What is the working system of hyperbaric oxygen chamber
1. Medical staff should be neatly dressed, dignified, rigorous, careful, and meticulous to ensure the safety of hyperbaric chamber treatment.
2. People who are not in this room are not allowed to enter at will. Visitors must ask for permission before receiving. Smoking is strictly prohibited in the room.
3. Familiar with the hyperbaric chamber environment and the performance of various facilities, master the operation and use methods, and ensure that the components are in good working condition.
4. Except for the cabin crew, all instruments, switches, and communication systems on the console are not allowed to be touched casually. During the opening of the cabin, it is not allowed to use the private line contact number inside and outside the cabin. Chatting, listening to music, etc. are not allowed.
5. All kinds of rescue items, equipment and conventional supplies should be prepared in the cabin, and a dedicated person should be responsible for regular inspection, supplementation, positioning and placement, and maintaining a standing state.
6. Before entering the cabin, the patient must change cotton clothes, trousers, socks and slippers. It is strictly forbidden to bring flammable, explosive, and pressure-sensitive items into the cabin, such as chemical fiber clothes (cotton, nylon, polyester, cyan), ethanol , Lighters, matches, pens, watches, tape recorders, pagers, mobile phones, etc. Strictly supervise and inspect each time before entering the cabin to avoid accidents.
Seven, do a good job of explaining the patient, introduce in detail the precautions for entering the cabin, eliminate tension, and obtain the cooperation of the patient.
8. It is forbidden to play around in the cabin, walk back and forth and make loud noises, spit on the ground, littering peels and other debris, not to disturb the cabin equipment and hit the bulkhead with heavy objects to avoid accidents.
9. Operators must strictly guard their jobs and are not allowed to go out without permission. Always keep in touch with the cabin, inquire about changes in the condition, report to the doctor immediately in case of special circumstances, and make emergency treatment.
X. Strict operating procedures, carefully keep operating records, and are not allowed to change the treatment plan without asking for instructions.
11. After exiting the cabin, clean up the cabin, irradiate it with ultraviolet rays for 30 minutes, and ventilate for 30 minutes in time, mopping the ground with 0.2% peroxyacetic acid, cleaning once a week, and air cultivation once a month. Keep the cabin clean, tidy, and orderly placed.
12. Bacillus infections or infectious diseases should be thoroughly disinfected after leaving the cabin. The cabin should be closed for 3 days and the bacteria culture should be negative for 3 consecutive days before it can be activated.
Main technical parameters of medical hyperbaric oxygen chamber
1. Main technical data
1) Cabin type: one cabin, two rooms and four doors
2) Main technical data and requirements:
Diameter of cabin body: Φ2200mm.
Length of cabin: 6000mm.
Cabin volume: total volume 21m3, main cabin volume 13.8m3, auxiliary cabin volume 7.2m3.
Effective height in the cabin: greater than 1.80m.
Clear ground width: 0.8m.
3) Design pressure: 0.30MPa (4.0ATA).
4) Working pressure: 0.20MPa (3.0ATA).
5) Number of people treated: 6 (4+2).
6) Pressure and pressure control method: manual control.
7) Increasing and decompressing rate:
Minimum compression rate: ≤0.004MPa/min when used as a treatment cabin
When used as a transition chamber ≤0.004MPa/min
Maximum compression rate: when used as a treatment cabin ≥0.050MPa/min
When used as a transition tank ≥0.100MPa/min
Minimum decompression rate: when used as a treatment cabin ≤0.008MPa/min
When used as a transition chamber ≤0.008MPa/min
Maximum decompression rate: when used as a treatment chamber ≥0.050MPa/min
When used as a transition chamber ≥0.080MPa/min
8) Temperature control requirements: Summer: 24-28℃±2℃ Winter: 18-22℃±2℃
9) Cabin noise: When pressurized: ≤65dB (A) When air-conditioned: ≤60dB (A)
The actual noise of the air conditioner is around 55dB(A)
10) In-cabin illuminance: In-cabin illuminance value Ë≥60Lx, illuminance unevenness ≤60%.
11) Ambient oxygen concentration in the cabin: ≯21%
12) Oxygen inhalation and discharge resistance: oxygen inhalation resistance≮-50Pa, exhalation resistance≯50Pa
13) Grounding resistance value: ≯2Ω
14) Entry voltage: ≯12V
15) Emergency equipment outside the cabin:
The time from the highest working pressure to 0.01MPa ≤ 2.5 minutes ≥ 1.0 minutes
medical hyperbaric oxygen chamber
2. Main supporting equipment
1) 4 sets of cabin airtight doors
Rectangular self-sealing thin shell door
Door clearance size: height 1300mm width 650mm
[Self-sealing thin-shell rectangular door]
The sealed door is processed by a stamping one-step forming process, and the stress distribution of the door panel is uniform. Only a small cabin pressure (0.005MPa) is required to tightly fit the door panel and the fence.
The handle of the cabin door adopts an elastic self-sealing structure. Pull the handle gently outward, and the handle can step into the self-sealing elastic positioning groove. At this time, the door can tightly close to the door hole fence. In the process of closing the cabin door, no ancient and complicated mechanical locking device is needed, which is convenient to open and close and has good sealing performance.
2) 6 sets of oxygen inhalation device
Equipped with 6 sets of oxygen breathing machines for hyperbaric oxygen chambers, assembled in a stainless steel plate processing equipment box. Oxygen inhalation and oxygen exhaust devices are assembled into an assembly, which are respectively arranged on the side of the reserved seat, which can be used by patients to inhale and exhaust oxygen in the cabin.
3) 6 sets of seats in the cabin
The cabin seats are designed as fixed luxury seats, arranged in two rows along the bulkhead on both sides of the floor in the cabin. The width and length of the seat are in line with the standard seat size.
4) 6 observation windows
Light transmission size of the observation window: Φ150mm.
There are 4 main cabins, 2 on each side, 2 auxiliary cabins, and 1 on each side.
The observation windows are assembled at the best positions on both sides of the cabin in an even number, and are at the same height; the center elevation of the observation windows is at a suitable height from the ground to facilitate the doctor to observe the patient. Before the formal use, the plexiglass of the observation window is protected by the plastic film. The observation window plexiglass is a transparent, pressure-resistant partition, made of industrial first-class plexiglass, the thickness is 30mm, and the design life is 5000 times of pressure. The medical staff can observe the condition of the patient in any position in the cabin through the observation window while standing on the ground.
5) Camera device The light transmission size is Φ100mm. 2 sets
1 set each for main and auxiliary cabins
6) 3 sets of cold light source lighting devices
2 sets in the main cabin
1 set of auxiliary cabin
7) 4 sets of emergency relief valves for cabins
(1) Location: The emergency relief valve outside the cabin is installed near the console;
(2) Marking and valve handle: the valve body is painted with red eye-catching mark, the valve stem is upward, and the valve handle is pressed down;
The emergency relief valve configured in each compartment can release the pressure of the compartment at a working pressure of 0.2MPa within 2 minutes.
8) Cabin delivery tube
(1) Quantity: 2 sets;
(2) The size of the delivery tube: Φ325×400mm (clear space)
(3) Attachment of the delivery barrel: equipped with 1 balance valve and 1 pressure gauge; 1 set of safety interlock device.
Sealing structure: The outer end cover is equipped with a quick-opening swing ring compression sealing device, and the inner end cover is a special opening and closing system.
The delivery barrel is assembled on the back side of the door hole at the outer end of the treatment cabin, and the delivery time of the delivery barrel is not more than 1 minute.
9) Bulkhead outfitting materials
The bulkheads are outfitted with plastic-sprayed panels, which have high strength, do not change color and will not oxidize. The joints are decorated with aluminum alloy battens, and the structural framework for outfitting is welded with square steel.
10) The ceiling and outfitting materials in the cabin are made of high-grade mirror-finished stainless steel plates: the floor in the cabin is laid with imported ceramic tiles.
11) Seat skirt
The apron under the seat and the side guard of the seat are outfitted with electrostatic sprayed steel plate.
12) 2 sets of multifunctional connecting board (including first-level oxygen inhalation device)
1 set each for treatment cabin and transition cabin
The multi-function connecting board is equipped with oxygen supply flow meter, flow control valve, quick-plug oxygen supply nozzle, sputum suction vacuum meter, connection socket and other devices. It can be used for severe patients such as tracheotomy and nasal intubation, and it can be used at the same time. It is connected with a balanced oxygen inhalation and exhaustion helmet and a mobile micro-resistance respirator.
Each set of multifunctional connectors can temporarily connect 2 sets of oxygen inhalation and exhaust devices to increase oxygen therapy for two patients.
13) 1 set of balanced oxygen suction and exhaust helmet
It has the functions of supplying oxygen on demand, automatically balancing the pressure inside and outside the hood, and discharging oxygen appropriately. The CO2 concentration in the helmet can be controlled according to the oxygen flow. It can save the oxygen consumed by the human body exponentially, without consuming the gas in the cabin, and will not increase the oxygen concentration in the cabin environment.
14) Supply and exhaust system
Non-asbestos materials are used for the gasket material of the supply and exhaust system. The pipeline from the air filter to the cabin body is made of stainless steel pipes, which meet the requirements of the latest national standards.
15) Console
(1) Quantity: 1 group (combined type).
(2) Structural form
The longitudinal axis of the main console is parallel to the longitudinal axis of the oxygen chamber body. It adopts piano structure, beautiful and coordinated appearance, and the color of the surface paint is the same as that of the cabin. Arranged in the middle of the oxygen cabin body, the console inspection door is 600mm away from the oxygen cabin body. The arrangement of instrumentation fully takes into account the independence of each system and the concentration of each instrument function.
16) Instrumentation
(1) One oxygen source pressure gauge
(2) One oxygen pressure gauge
(3) Two air pressure gauges in the cabin
(4) 2 precision pressure gauges
(5) Air source pressure gauge 1 pc
(6) 2 sets of temperature controller
(7) One intercom monitoring emergency alarm system
(8) 1 set of CD music device
17) Monitoring system
Color monitor 14 inches
Color lens 2 sets
2 cameras
Switch 1
18) Oxygen supply control device
Single oxygen inhalation flow meter 6 sets
19) Oxygen meter
2 intelligent oxygen measurement and printing integrated machines
20) 2 sets of gas sampling flow meters
Use with oxygen meter
21) Emergency call device 2 sets
Performance: Non-contact proximity switch .
22) Split type air-conditioning system (external magnetic driving device) 2 sets
[Air conditioner magnetic drive device]
All the electrical components and electrical parts on the original air conditioner were moved out of the cabin, and the motor on the original air conditioner fan was removed and replaced with a magnetic drive device installed outside the cabin. The air-conditioning magnetic drive device can drive the air-conditioning fan in the cabin through the cabin, its power is greater than the actual power of the original air-conditioning motor, and the combined noise of the operation with the air-conditioning fan is less than 55dB(A). During the operation of the device, the personnel in the cabin basically cannot hear the noise, and the gas in the cabin will not leak out under any conditions, and the service life can reach at least a ten-year continuous operation period.
23) Air supply system
(1) 2 sets of oil-free air compressor
0.7m3/min 1.4MPa
(2) 2 sets of gas storage tanks of 5 cubic meters and 1.4MPa
(3) 1 air filter
(4) 1 air cooler
(5) 1 oil-water separator
(6) 4 silencers
24) Oxygen cabin power distribution cabinet
(1) One isolation transformer
(2) Emergency power supply
(3) 1 air compressor distribution box
(4) 1 set of electrical components and facilities
(5) Cabinet shell 1
25) Water sprinkler system
(1) 2 sets of mechanical manual control valves
(2) 6 sets of deluge valves
(3) Fire water tank
Main technical parameters of pulse vacuum sterilizer
1. Technical parameters of pulsating vacuum steam sterilizer:
1) Specifications: 1.0 cubic motor double door
2) Interior size: 1790*610*915 (mm)
3) Design pressure: 0.25(-0.1)Mpa
4) Design temperature: 138℃
5) Working pressure: 0.23Mpa
6) Working temperature: 136℃
7) Total power of equipment: ≤35KW/380V
8) Equipment net weight: ≥2000Kg
9) Stroke cycle: about 45min
10) Cooling water consumption: ≤260 Kg /time
11) Dimensions: 2136*1264*1823 (mm)
2. Description of functional requirements: motorized double doors, color touch screen control, Chinese number, curve printer, built-in steam generator.
1) Door and door rubber strips: The door rubber strips are installed on the back of the door, not on the cylinder body to avoid long-term heating of the door rubber strips and prolong the service life.
2) Vacuum pump: bipolar split water ring vacuum pump, belt drive.
3) Pneumatic valve: Imported pneumatic valve, no trouble-free operation for more than 4 million times.
4) Main control system: imported brand programmable controller (PLC).
5) Software program: There are six programs for dressing, equipment, BD, lower exhaust steam, two free settings, set in minutes (0-999 minutes), easy to understand, minimum display value Is 0.1 seconds.
6) Touch screen: 5.0-inch color touch screen, Chinese and digital dynamic display, self-test function, automatic alarm and fault printing record when failure occurs, and can display the temperature and pressure of the jacket and interior at the same time (convenient for timely inspection to ensure safety ).
7) Micro printer: imported printer, Chinese number, curve printing.
8) Door motor: high temperature silent door motor.
9) Pressure sensor: imported pressure sensor.
10) Safety: Double doors are automatically interlocked, pressure and temperature are over-high alarm, dual control, safer, the thickness of the cylinder is 8mm, and the service life of the equipment is guaranteed to be more than 10 years.
11) The programmable controller of the main control system and the original electrical control are separated from the cylinder and installed on the panel side of the equipment, which can be repaired and monitored from the front; avoid long-term heating of the programmable controller of the main control system and the original electrical control , Reduce the failure rate.
12) Vacuum pumps, pipes, electrical appliances and all accessories that need to be repaired must be installed on one side of the equipment, independently suspended to reduce vibration, facilitate maintenance, reduce vibration, and extend the service life of the equipment.
13) The equipment comes standard with 1 sterilization vehicle and 2 loading vehicles.
Main technical parameters of fully computerized multifunctional steam therapy machine
1. A treatment bed with massage function can perform multi-mode and multi-part treatment at the same time.
2. The treatment bed is equipped with two sets of medicine boxes, which can choose multiple medicines for steam bath therapy at the same time.
3. 11 sets of waterproof mattresses can be freely combined to adjust the fumigation position.
4. The treatment bed has multiple steam spray holes and unique steam spray hoods, and can perform up and down front and back, whole body or local moving positioning treatment at the same time.
5. One machine with multiple functions, in addition to steam therapy, it also has bath therapy and massage functions.
6. Adopting the most advanced secondary cycle temperature adjustment technology, the temperature can be adjusted from 38-60℃, the steam volume is large, and the temperature adjustment is accurate.
7. Full computer control, touch buttons, LCD screen, and display of human body treatment diagram.
8. Adopting the most advanced PLD digital control technology, automatic decoction, automatic time control, automatic temperature control, automatic heat preservation and other functions.
9. The equipment has the functions of low water level automatic alarm and shutdown, automatic alarm and shutdown when the time is reached, automatic shutdown with anti-leakage protection, heat preservation in standby state, and high temperature and ultra low temperature control.
10. The bed body is made of high-strength anti-corrosion materials, and the interior is all stainless steel, which is durable, elegant and beautiful.
11. Five groups of ten major acupoints, multi-site and multi-way massage, effectively stimulate acupoints and accelerate drug penetration.
(Massage parts: neck, shoulders, waist, legs and feet, body parts; massage methods: acupressure, flapping, pounding, pounding, slow kneading, circulation mode; massage five levels of intensity (strong, medium, weak).
12. Equipped with patient temperature controller, which is convenient for patients to adjust the treatment temperature by themselves.
13. Free ozone sterilization device, safe and reliable to use.
14. Voltage: 220V/50HZ; power single bed 2000W.
15. Size: Bed: 2000×700×1250mm.
Hyperbaric chamber manufacturers in China have those to know
Hyperbaric oxygen chamber manufacturers, treatment equipment for various hypoxia. The cabin is a closed cylinder, and pure oxygen or purified compressed air is input through the pipeline and control system. The doctor outside the cabin can communicate with the patient through the observation window and the intercom. The large oxygen cabin has 10-20 seats.
working principle
Oxygen is carried by the blood. When oxygen enters the lungs, it will immediately dissolve in the blood. The dissolution process is like putting a spoonful of white sugar in water and it will be quickly dissolved. The amount of oxygen dissolved in the blood of a normal person is related to the environmental pressure. We live in an environment of atmospheric pressure. Since the oxygen in the air is only 1/5, there is very little oxygen dissolved in human blood, which cannot meet the needs of the human body. Oxygen easily enters the red blood cells and is transported along with the movement of the red blood cells. The oxygen dissolved in the blood is very small but very important. Because the oxygen carried by red blood cells is dozens of times higher than the oxygen dissolved in the blood, normal people can meet the oxygen intake for oxygen delivery. Such as the hyperbaric oxygen experiment: the Dutch scientist experiment in 1956. The blood of the piglet is drawn from the artery and then saline is injected from the vein, and then put into the hyperbaric oxygen chamber and added with three atmospheres of oxygen. The piglet lives in this hyperbaric oxygen chamber for 15 minutes, and the blood is reinfused into The piglet is still alive after its body. The piglet continues to live by dissolved oxygen. Scientists named this experiment a bloodless life. After many experiments, it is concluded that the oxygen dissolved in the blood in the hyperbaric oxygen chamber increases as the pressure of the oxygen chamber increases. The oxygen dissolved in the blood increased by 14 times after inhaling pure oxygen in a 2 atmospheres oxygen chamber, and it increased by 21 times at 3 atmospheres.
Scope of application
Hyperbaric oxygen is suitable for the following diseases: gas, hydrogen sulfide, biogas and other harmful gas poisoning, cerebral thrombosis, cerebral hemorrhage, brain trauma, neuritis, vasculitis, diabetic gangrene, difficult-to-heal ulcers, fetal developmental failure, neonatal asphyxia, Acute air embolism, decompression sickness, altitude sickness, sudden deafness, Meniere syndrome, vertigo. The inhaled carbon monoxide combines with red blood cells and red blood cells, and the combination will squeeze out the ability of red blood cells to transport oxygen. Under normal circumstances, people live on oxygen, but after gas poisoning, the oxygen in the body is replaced by carbon monoxide, and then there will be hypoxia. The brain is most in need of oxygen. The symptoms of gas poisoning are manifestations of the nervous system. Mild symptoms such as dizziness, headache, nausea, vomiting, lethargy, and severe coma are related to hypoxia in the brain. The binding capacity of carbon monoxide and red blood cells is stronger than that of oxygen. Put patients with gas poisoning into fresh air. Since the oxygen content in the atmosphere is only 1/5 of the air, the excretion of gas poisoning takes 10-20 hours. After the gas-poisoned patient is put into the hyperbaric oxygen chamber, the amount of oxygen inhaled by the patient is far greater than the oxygen content in the air. Many severe patients wake up before the treatment is over, and the symptoms of poisoning can be seen after 40-50 minutes Be relieved.
Treatment of cerebral thrombosis
The advantage of entering the hyperbaric oxygen chamber is that blood is supplied from the surrounding normal brain tissue to the lesion area. Blood inverted and reversed blood phenomenon: After giving patients with cerebral thrombosis a blood vessel dilation medicine, normal brain tissue cells respond sensitively to the drug, but the response of the lesion area is not very sensitive, and the blood vessels are not expanded. The blood of the brain is also from normal brain tissue. The phenomenon of flowing through the expanded area without passing through the diseased area is called bleeding. Hyperbaric oxygen therapy can reverse the blood.
Safety care of hyperbaric oxygen chamber
Points of preparation before entering the cabin
1: All patients who require hyperbaric oxygen therapy must be checked by a hyperbaric oxygen specialist before treatment, and they can enter the cabin for treatment after confirming that there are no contraindications. Second: do a good job in missionary work, teach patients to do inflating and pressure adjustment, prevent earaches from affecting the pressure during the compression process, and enable patients to actively cooperate with the cabin treatment. Third: Educate patients and escorts that it is strictly forbidden to bring fire, fire sources, flammable, explosive, volatile items and electric and electronic toys into the cabin to prevent fire. Explain that bringing the watch into the cabin can easily cause mechanical damage or inaccurate travel time, and the pen can easily cause ink spillage. Fourth: As the cabin takes a long time (approximately 2 hours), instruct the patient and escort to empty their bowels before entering the cabin. It is not advisable to eat too full or gassy foods, such as milk, soy milk, potatoes, radishes, leeks, etc. . Fifth: Equipped with lockers and dedicated oxygen supplies. Assist patients to properly keep and store treatment items, and distribute patient gowns and locker keys to facilitate item turnover and management. Sixth: Instruct patients to contact doctors and nurses in time when they have special circumstances, and enter the cabin after diagnosis and treatment. When you have a cold, you can rest for a few days and enter the cabin after the symptoms are relieved, otherwise the Eustachian tube cannot be opened, which will affect the pressure regulation and cause earache. Seventh: Check vital signs of critically ill patients in the air pressurized cabin before entering the cabin. Fix and debug various catheters and keep them unobstructed, prepare rescue equipment and items, connect the oxygen tube and exhalation tube for the patient, check and adjust the oxygen resistance in time. Critically ill, comatose rescue, oxygen inhalation from a ventilator in the cabin, infusion or tracheotomy in the cabin, patients who need medical care in the cabin, the elderly and infirm, children, and those with relative contraindications to hyperbaric oxygen, cannot take care of themselves In order to prevent accidents, patients with restlessness, flat cars, wheelchairs entering the cabin and other special circumstances must be accompanied by medical staff and their family members. Eighth: Personnel entering the pure oxygen cabin must take off their underwear, and replace the body with the pure cotton underwear provided by the undergraduate, covering the pure cotton bedding provided by the undergraduate. The patient’s own clothes are not allowed into the cabin. Children can carry a piece of pure cotton. Cotton (paper) diapers, bring a milk (water) bottle into the cabin. No other items are allowed. All personnel entering the pure oxygen cabin must wear cotton work caps to cover all hair. Combing hair and other actions that may cause static electricity are strictly prohibited in the cabin ; Strictly grasp the indications, critically ill, agitated patients should not enter the pure oxygen chamber for treatment. The cabin crew strictly grasps the treatment plan, observes the patient's condition changes through the observation window at any time, and reports the abnormality in time for timely treatment.
Key points of safety care during in-cabin treatment
After the door is closed, ask the patient to concentrate and follow the instructions of the cabin crew. During the pressurization process, adjust the pressure and blow air. If earache occurs, notify the operator in time, slow down or suspend the pressurization, so as not to cause middle ear barotrauma, and continue pressurization after the pressure adjustment is adjusted. Individuals who fail to regulate pressure can take the patient out of the transition chamber for atmospheric oxygen inhalation. Second: It is best to breathe through the nose when inhaling oxygen to warm and humidify the inhaled gas; at the same time, maintain a normal breathing rate. Third: Care for patients in the air pressurized cabin: After the pressure reaches the treatment pressure, follow the instructions of the cabin operator and wear a mask to inhale oxygen; it is best to use an open bottle for the infusion patients in the cabin, because the water level in the Murphy's tube rises when pressurizing You can’t see the instillation situation clearly, so pay attention to the adjustment of the level; to prevent oxygen poisoning, rest 10 minutes between two oxygen inhalations; you can read newspapers, magazines or listen to the music played on the console during oxygen inhalation; Do a good job of monitoring the heart rate, blood pressure and respiration in the critically ill patient's cabin, adjust the infusion rate, check whether the catheters are in place, and keep breathing smooth. Fourth: Care of patients in the pure oxygen chamber: the child should be placed on his side and facing the observation window for observation; to ensure safety, friction should be reduced; the cabin crew should operate in strict accordance with the regulations, strictly control the treatment plan, and pay attention to the temperature in the cabin , Regular ventilation after stabilization.
Key points of safety care during decompression
During the decompression process, do not rely on any part of the body on the metal bulkhead, do not move or hold your breath in large amounts, so as not to affect blood circulation and prevent induction of decompression sickness and barotrauma. Second: During the decompression process, when the cabin temperature drops and reaches the dew point, mist will appear in the cabin, and the patient should not be panicked. This is a normal phenomenon, and the mist will disappear after ventilation. The temperature during decompression can be lowered by 2~3 ℃ than that during constant pressure. The patient must keep warm. Third: Air pressurized cabin: After the patient finishes inhaling oxygen, remove the mask to stop oxygen inhalation. Due to changes in gas volume and pressure during decompression, the level of the Murphy's tube drops in patients undergoing infusion. The level should be adjusted in time to prevent air from entering the blood vessels. During the whole process of treatment in the cabin, pay attention to the hygiene in the cabin, do not throw away peels, spit, and keep the cabin clean.
Key points of safety care after leaving the cabin
As the gas density increases under high pressure conditions, the respiratory resistance increases, the endocrine level increases, and the body's metabolism is vigorous. Therefore, some people will feel tired after the treatment, and the symptoms can be relieved after the patient is asked to take a hot bath or rest. Second: Due to improper pressure regulation, some patients still feel uncomfortable in their ears after exiting the cabin. Explain to the patients that there is no need for treatment in general and the symptoms can be relieved by themselves. Individual patients who feel unwell can leave after being checked by a doctor. Third: the treatment of oxygen chamber equipment after exiting the cabin. Supervise and assist hygienists in cleaning, disinfecting, and ventilating the oxygen chamber to prevent cross-infection, bacterial culture and monitoring the intensity of ultraviolet light once a month. Check the oxygen chamber equipment and keep it in good condition.
Whether the operation complies with the regulations
Secondly, whether the operation of medical staff complies with the regulations is also a cause of the explosion. Due to the special nature of hyperbaric oxygen chamber treatment, local health departments should certify the hospitals that introduced the equipment, and conduct induction training for the operators and obtain qualification certificates. Generally, hospitals have strict regulations on the operation of hyperbaric oxygen chambers.
Patient Code of Conduct
Whether the patient's behavior is standardized is also the main reason for the explosion. The movement and friction of personnel in the cabin may generate thousands or even tens of thousands of volts of static electricity. The collision of seats or treatment beds may generate sparks and provide the minimum ignition energy. If the conditions are suitable, it will cause burning. Form a fire. There are very strict regulations when entering the hyperbaric oxygen chamber for treatment. Patients must undergo strict inspections by the doctor and must change their clothes and shoes. According to the requirements, patients must wear cotton clothes when entering the hyperbaric oxygen chamber, and they must not carry any metal objects on their bodies. Generate static electricity to cause a fire. Wet your hair, because the gel and water on your hair may cause friction and static electricity to catch fire. It is also not allowed to carry matches, lighters, stoves, MP4, mobile phones, children's toys, pens, oil pens, etc. Something that sparks static electricity. In addition, the aging of the wiring in the cabin may also cause fire and explosion. Special clothing products for hyperbaric oxygen chamber
Which diseases are good for hyperbaric oxygen chamber
The treatment of hyperbaric oxygen chamber is to put the human body in a chamber and inhale oxygen under high pressure to achieve the purpose of curing diseases. It has a wide range of applications, such as cardiovascular and cerebrovascular diseases, gas poisoning, brain trauma, post-fracture surgery, skin grafting Later, skin necrosis, diabetes, sudden deafness, etc. Compared with ordinary oxygen inhalation, hyperbaric oxygen is more powerful and effective. It can directly use oxygen to solve the problem of hypoxia. Hyperbaric oxygen also has antibacterial effects.
What is the operation process of hyperbaric oxygen chamber
1. Preparation before pressurization
1. Check the compressed air storage, check whether the pipeline valve is in good condition, and then open it when it is used.
2. Check whether the oxygen system is in good condition, whether there is any leakage, check whether the storage capacity and pressure are normal, and whether the pipeline valve is good. Check whether the oxygen supply device in the cabin is normal.
3. Check the cabin door, delivery tube, observation window glass and all devices in the cabin. Close the balance valve of the cabin door, close the inner and outer doors of the delivery tube and the balance valve.
4. Check the position of each monitoring instrument and pointer of the console, check whether the switches and buttons are in good condition and whether the positions are correct.
5. Turn on the power switch, turn on the lighting in the cabin, turn on the intercom and emergency communication device, turn on the oxygen meter and recording device, check whether it is working normally, and check whether the signal indication is normal.
6. Turn on the TV monitoring device and check whether the controller, camera and monitor are working properly.
7. Start the air-conditioning device according to the operating procedures and determine whether it is working properly.
8. After the patient enters the cabin, the usage method of the accessories in the cabin and the precautions in the cabin are introduced.
9. Close the cabin door to ensure that it is airtight.
2. Pressure
1. Use the walkie-talkie device to notify the cabin personnel to prepare for pressurization, turn on the air source, open the intake valve, and slowly pressurize.
2. When the pressure rise rate is below 0.03MPa, the pressure should be increased slowly to adapt to the pressure regulation of the eustachian tube of the personnel in the cabin.
3. Continuously supervise the crew in the cabin to do the pressure adjustment of the Eustachian tube, and often ask if they feel uncomfortable. If you have earaches and other discomfort, you should reduce the rate of pressure increase, or even pause the pressure, and then continue to press after you feel better.
4. Pay attention to temperature changes in the cabin, turn on the ventilator, and turn on the cabin refrigeration system if necessary.
3, voltage regulation
1. When the pressure reaches the cabin pressure of the predetermined treatment plan, close the intake valve and open the oxygen valve to notify the patient in the cabin to wear a mask to start oxygen intake, and at the same time open the oxygen exhaust regulating valve, control the hoisting according to the number of oxygen inhalers and the cabin pressure Oxygen flow.
2. Keep the cabin pressure stable, if it rises or falls, it should be exhausted or supplemented in time.
3. The oxygen concentration in the air in the cabin must be strictly controlled below 25%, and ventilation should be timely when it exceeds the specified value.
4. According to the treatment plan, strictly control the oxygen inhalation time and the rest time. When the oxygen inhalation time is over, the oxygen valve should be closed in time, and the patient should be notified to remove the oxygen mask.
5. Monitor and monitor the situation in the cabin at all times, and report in time if there are special circumstances.
5, decompression
1. The patients in the cabin should be notified to make relevant preparations before decompression. The decompression stop and stay time should be strictly in accordance with the prescribed decompression plan.
2. Pay attention to the temperature changes in the cabin. If the cabin temperature is lower than 18℃, the heating device should be turned on.
3. Pay attention to the feelings of the patients in the cabin at all times. If there is any adverse reaction, stop decompression immediately and report to the doctor on duty.
4. Fill in the cabin operation records carefully.
5. Cleaning up after leaving the cabin
1. Check whether the various devices in the cabin are in good condition, clean up various items in the cabin, clean the cabin and perform disinfection treatment.
2. Turn off the compressed air and oxygen sources, remove the remaining pressure in the system, and close the intake valve and exhaust valve.
3. Turn off the lighting, monitoring, and monitoring system power, and turn off the main power switch of the console.
4. Open the delivery tube door and the oxygen compartment door to make the rubber seal in a relaxed state.
Operating rules for delivery barrel
1. Transfer items from inside to outside
1. The outside operator closes and locks the outer door and closes the pressure balance valve.
2. The cabin operator opens the inner door pressure balance valve to inflate and pressurize the cylinder.
3. When the airflow sound of the balance valve disappears, or the pressure gauge on the outer door of the cylinder is consistent with the pressure in the cabin, it indicates that the pressure in the cylinder has been balanced with the pressure of the oxygen chamber, and the locking device can be released and the inner door can be opened.
4. Put in the items that need to be delivered, close and lock the inner door, and close the balance valve.
5. Report to operators outside the cabin, and fetching operations are possible.
6. After the operator outside the cabin gets the report in the cabin, he first opens the pressure balance valve of the outer door to reduce pressure. When the pointer of the pressure gauge of the delivery cylinder returns to zero or the airflow sound of the balance valve has disappeared, the locking device can be released, the outer door can be opened, and the items can be taken out.
7. Since the outer door of the delivery barrel is an outward opening structure, you must pay attention to safety when opening the door.
(1) The locking device can only be released after the pressure in the cylinder is completely relieved;
(2) The operator should stand on the side of the outer opening of the cylinder to prevent injuries caused by the pressure in the cylinder due to residual pressure in the cylinder or incorrect operation.
Second, transfer items from outside the cabin to the ship
1. The operator should check the state of the outer door of the cabin delivery tube, if it is closed, press one. 6. Program operation.
2. Put in items that need to be delivered.
3. Close the outer door and close the pressure balance valve.
4. The operator in the report cabin can fetch objects.
5. After the operators in the cabin get the report from outside the cabin, follow the procedure for fetching operations. 2.3. operating.
6. The inner door and pressure balance valve should be closed in time after taking out the items.
Hyperbaric oxygenation is a physiotherapy procedure that is carried out in special household hyperbaric chamber. Here a person breathes only pure oxygen, under increased pressure. Moreover, much more oxygen enters the body than during normal breathing.
The use of hyperbaric oxygenation makes it possible to improve the penetration of oxygen from the lungs into the blood vessels. It is to achieve 100% saturation of hemoglobin with oxygen.
Oxygen, 5 times more concentrated than in air. And under pressure dissolves better in the blood flowing through the lungs, then in all body fluids. Thus, saturates the entire body, all tissues, even those in which blood circulation is severely impaired. Du to this reason, household hyperbaric chamber is getting popularity.
The essence of the method is to restore self-regulation of oxygen consumption and energy production in the cell.
Why go there?
Oxygen capsule - a technology aimed at combating oxygen starvation.
Sessions in a pressure chamber will help improve the condition of the:
Skin
hair and
nails,
It slowdowns the aging process. Moreover, it also significantly enhances the effect of any weight loss program! An oxygen capsule is a breath of fresh air that will nourish the body with health and increase efficiency.
The method of barotherapy , which is now used in household hyperbaric chamber, has been successfully applied in Europe, in large medical clinics.
Effects of sessions in the household hyperbaric chamber:
- Prevention and treatment of:
vascular diseases
hypertension
heart attack and stroke
asthma and allergies
It helps in getting rid of meteorological dependence and headache. Similarly, it normalizes of the work of internal organs, pressure and sleep, improving the quality and duration of life. Improving mental and physical performance, getting rid of lethargy and chronic fatigue syndrome.
In addition, it improves the condition of the skin, hair and nails, slowing down the aging process. Significantly enhance the effect of any weight loss program. In addition, household hyperbaric chamber improves memory and concentration.
How does brain work in household hyperbaric chamber?
- The brain, which has absorbed enough oxygen, begins to produce more endorphins - hormones of joy. A positive attitude and confidence will improve your quality of life.
- Sessions in the oxygen chamber increase mental and physical performance. It relieves lethargy, chronic fatigue syndrome and headache. The brain consumes about 25% of the oxygen entering the body.
Normalization of oxygen delivery activates brain cells. This is manifested by a decrease in lethargy:
increased attention
concentration
and improved memory.
As a result, the efficiency of mental and creative work, learning and assimilation of new material in children increases.
How does household hyperbaric chamber help in weight loss?
Household hyperbaric chamber are used for a rejuvenating effect. They can significantly enhance any weight loss program. Furthermore, it provides an instant effect for the recovery of the athlete's body after exertion, injuries and before preparing for competitions.
It is a well-known fact that athletes and other sports persons use household hyperbaric chamber to heal their bodies. Because, it helps them to increase the flow of oxygen in the body. A number of celebrities have purchase portable chambers to carry with the on various trips.
How does a household hyperbaric chamber work?
The essence of the method is to improve the transport of oxygen into the cell. And increase its useful use with the release of carbon dioxide. Thereby, it restores the regulation of oxygen delivery to the brain on demand.
Indeed, the main regulator of oxygen delivery is carbon dioxide. It is formed during its useful (with the formation of energy) consumption. Therefore, the therapeutic effect of a short session is persistent and grows from session to session.
Moreover, with an improvement in oxygen consumption, pressure is normalized. Because the body does not need to increase the pressure in the vessels in order to improve the blood supply to the tissues. Cell membranes are restored. It means there is no development of aging factors.
The body becomes, as it were, younger, because oxygen consumption is restored to normal and enough energy is generated,
household hyperbaric chamber Contraindications
The main contraindications of household hyperbaric chamber are:
chronic and acute inflammatory processes in the lungs
ears, runny nose
poor airplane flight tolerance
the presence of cysts and cavities in the lungs,
Consult your healthcare professional before use.
What is a cryosauna?
Cryosauna (from the Greek kryos - "cold", "frost") is a modern technology of treatment with metered cold, which appeared in the middle of the last century. But is now gaining popularity all over the world.
This gives explanation very simply - with high efficiency, cryotherapy has no side effects. It is not associated with pain, discomfort, or the use of any synthetic drugs that destroy the body.
Cryotherapy is an effective analgesic and anti-inflammatory agent that enhances blood circulation. It restores microcirculation in tissues, and elasticity of muscle-ligamentous structures. Cryotherapy relieves muscle spasm, increases immunity and has a general strengthening effect on all functional systems of the human body.
Why household hyperbaric chamber?
In response to temperature stress, our body announces "general mobilization". A powerful "shake-up" of all regulatory systems of the body takes place: nervous, endocrine, immune.
All protective and restorative processes activate. Natural anesthetic substances release. Blood circulation, microcirculation and metabolism, nutrition of bone, cartilaginous, muscle tissue increase. As a result, pains pass, swelling and inflammation subside, and many diseases recede.
You can also minimize all these problems by passing a household hyperbaric chamber from an expert hyperbaric oxygen chamber maker.
The effect of cold treatment in terms of its power of influence on the body is much stronger than that of any newfangled medicine. Unlike drugs, cryotherapy does not destroy the body's self-regulation system. But, on the contrary, improves it many times over.
Scientists have proven that household hyperbaric chamber is able to restore the normal functioning of the immune system. Therefore, cryosauna comes with as a means of treating inflammatory and autoimmune processes in joints and throughout the body.
Arthritis
rheumatoid arthritis
gout, psoriasis, allergies
dermatitis of non-infectious origin.
How it works?
The cryosauna looks like a vertical solarium. The cabin fills with cryogenic gas - a mixture of liquid nitrogen vapor and air cooled to an ultra-low temperature. Due to the special properties of cold gas, the procedure is comfortable.
During a session in a cryochamber, the body immerses up to the shoulders in clouds of liquid nitrogen. Hands and feet get covering by special gloves and socks, and the head is above the surface of the booth.
The first session usually lasts only 30-40 seconds. Subsequent visits last no more than 2-3 minutes.
The health-improving course is 10-15 sessions for 2-3 weeks. The effect lasts from six months to two years.
How many types of household hyperbaric chamber therapy procedures are there?
It is important to understand that today there are different types of cryo procedures:
cryo masks
massages
cryo peeling
cryo moxibustion with liquid nitrogen.
All of them act locally, on certain parts of the body, and prescribe for cosmetic purposes. You can practice it at your home in a household hyperbaric chamber too.
Household hyperbaric chamber Conclusion
The use of household hyperbaric chamber is increasing day by day. It has been scientifically proven that hyperbaric therapy brings astonishing results on body. Subsequently, its use is not limited to any age. Moreover, before using it is necessary to know all precautions.
What is difference between mono place and multi place oxygen chamber?
What is hyperbaric oxygen chamber therapy?
Have you ever heard about hyperbaric oxygen chamber therapy if not then we are here to explain about it? Basically, it is another name forHyperbaric Oxygen Therapy. Furthermore, this oxygen therapy has performed in hyperbaric oxygen chamber.
In fact, HBOT stands for Hyperbaric Oxygen Therapy. Moreover, it is a kind of medical treatment which doctors use in order to accelerate the healing of,
gangrene
carbon monoxide poisoning
infections
stubborn wounds.
Because in the above issues the tissues become more starve for oxygen. HBOT actually includes oxygen in more pressure than the normal atmosphere. Actually, during HBOT doctors raise the oxygen pressure up to three times more than the normal pressure. But they have to perform this treatment only in hyperbaric oxygen chamber.
Under Hyperbaric oxygen chamber therapy patients breathe extra clean and pure oxygen in a great pressured environment. Mostly this pressure lies between 1.5 and 3 times higher than the normal pressure of air.
The main goal of this therapy is to fill the blood with enough amount of oxygen. In this way, it repairs the tissues and also restores normal functions of your body. In this therapy patients actually breathe extra pure oxygen inside a special small chamber or room.
Additionally, this special chamber is famous as hyperbaric oxygen chamber. And physicians carry out this Hyperbaric Oxygen Therapy only in this special chamber. Moreover, the main use of this therapy is to treat the patients with illness that relate to diving. But it can also help to healing the people in many other diseases.
When was the first hyperbaric oxygen chamber therapy start?
The first hyperbaric oxygen chamber therapy had started in 1662 by Orville Cunningham.
He had used it successfully to treat a patient who was almost dying from a serious flu. He had also developed a chamber but smashed it after this use. Because he thought it was not a proper therapy for other conditions. It was actually a sealed room with a series of many valves and bellows.
But after that time all experts were believing that this therapy could help them to treat many respiratory diseases. Furthermore, in 1940 the physicians of United States start to treat military divers with the help of this treatment. Hence, it became a regular treatment for military divers.
How many kinds of hyperbaric oxygen chamber therapy?
There are two main kinds of hyperbaric oxygen chambers for hyperbaric oxygen therapy. These are:
Monoplace chamber
Multiplace chamber
Monoplace chamber:
In this chamber physicians can treat only one person at a time. It is just like a small cabin. Basically, its shape is like a long plastic tube. Moreover, it mostly resembles to an MRI machine. So, patient has to slip within this chamber. And its oxygen level slowly increases up to 100%.
Multiplace chamber:
In this chamber, physicians can treat two or more patients by hyperbaric oxygen chamber therapy. It is like a room and patients can feel free and comfortable during their therapy. They can even talk with the other patients or physician.
Furthermore, the treatment is just like the treatment in monoplace chamber. But patients breathe clean and pure oxygen with the help of hoods or masks.
Basically, this therapy increases oxygen amount which your blood can carry. So, this temporary increase in blood oxygen actually restores the normal level of blood. Moreover, it also helps tissue functions and gases in order to promote healing and fight against several infections.
Hence, doctors prescribe HBOT to treat many different kinds of medical conditions.
As it is a fact that tissues of our body need appropriate supply of oxygen to function properly. When our tissues injure, they need extra amount of oxygen to remain alive.
This increasing level of oxygen in our blood promote healing and helps to fight against infections.
So, physicians prescribe HBOT in order to treat many different kinds of tissue injuries.
Which diseases do physicians treat during hyperbaric oxygen chamber therapy?
Nowadays doctors use this therapy in order to treat people who are paining from poisoning of carbon monoxide. This disease generally includes,
Miners
Firefighters, etc.
Moreover, they also treat scuba divers by this oxygen therapy. Physicians also have approved this therapy for several other conditions that lies from bone disease to burns. They also use hyperbaric oxygen chamber therapy for several different serious health conditions. Such as:
Brain abscess
Carbon monoxide poisoning
Anemia, severe
Gangrene
Burn
Deafness, sudden
Decompression sickness
Infection of skin or bone which causes tissue death
Crushing injury
Radiation injury
What are some more serious diseases which doctors treat by using hyperbaric oxygenchamber therapy?
Diabetic wounds which are not healing properly
Long-term (chronic) infection called actinomycosis
Arterial insufficiencies
Vision loss, sudden and painless
Bubbles of air in your blood vessels (arterial gas embolism)
Skin grafts and flaps
For which diseases physicians not approve hyperbaric oxygen chamber therapy?
Although this evidence is not sufficient in order to support that hyperbaric oxygen chamber therapy can successfully treat the conditions, like:
Arthritis
Allergies
Asthma
Brain injury
Bell's palsy
Hepatitis
What are the benefits of hyperbaric oxygen chamber therapy?
On the other hand, many people get advantages fromhyperbaric oxygen therapy. Specially, those who are already living with constant or habitual wounds. This therapy can also help in healing the tissues via,
To prevent the complications and side effects of HBOT, one should follow rules properly.
So, if they have not completed their course then advise them to complete it. Moreover, if they claim that they have completed their training then ask them to see their certificate.
What will you feel after hyperbaric oxygen chamber therapy?
During HBOT people may have some feelings of hungry or tiredness. But it does not restrict normal or daily activities. As you know that during this therapy pressure of air in the chamber is two or three times higher than normal pressure.
Hence, in hyperbaric oxygen chamber therapy patients have to bear this pressure. This increasing pressure will obviously create a tentative feeling of fullness in their ears. This feeling is same as people feel at great height or in the Aeroplan.
What are some risks of hyperbaric oxygen chamber therapy?
Physicians advise that this therapy is normally safe. But there are some rare or unique risks of this therapy. And these are:
pressure and Sinus congestion
Claustrophobia
Middle ear injuries
Temporary nearsightedness
Seizures
Oxygen poisoning, etc.
If you want to buy a personal machine for hyperbaric oxygen chamber therapy, you can buy it from here:
Veterinary hyperbaric oxygen chamber is one of the latest technologies build for animals especially. If you love to keep pets or you want to use advantages of oxygen therapy, hyperbaric chambers are the best options. These chambers come in various sizes. In this article I will explain what benefits and features hyperbaric oxygen chambers provide to animals and humans.
What is the hyperbaric oxygen chamber?
Hyperbaric oxygen therapy treatment is the use of oxygen at a pressure greater than atmospheric pressure. The customer is therefore placed in an environment with an ambient pressure higher than atmospheric pressure. It increases the oxygen pressure that the person will breathe.
The benefits of the Veterinary hyperbaric oxygen chamber
Do you know the benefits of the Veterinary hyperbaric oxygen chamber here are some of them?
- Increase energy
- Relieve pain
- Better sleep
- Increase concentration
- Increase at cognitive and motor level etc.
What is the Veterinary hyperbaric oxygen chamber used for?
Hyperbaric medicine takes care of vital emergencies such as diving accidents, gas embolisms or carbon monoxide poisoning. This technique can also treat chronic conditions, such as difficult healing wounds such as lesions after radiation therapy or diabetic ulcer wounds.
Different hospitals provide Veterinary hyperbaric oxygen chamber facility these days where you can maintain a regular hyperbaric therapy for your animal. Moreover, you can also maintain this by purchasing a new Veterinary hyperbaric oxygen chamber. Each pressurized chamber can rise up to 4 bars, the same pressure as 30 meters deep underwater.
How does the hyperbaric chamber work?
In a physiological (normal) context, the vast majority of oxygen is transported in the blood by hemoglobin (red blood cells). And a very small part is dissolved in the plasma: in ambient air, 0.2 ml of oxygen is transported by plasma per 100 ml of blood.
This rate increases to 2.5ml dissolved oxygen / 100ml blood if the patient breathes with a 100% oxygen mask. And this value increases to 7ml dissolved oxygen / 100ml blood. While breathing pure oxygen in a pressurized atmosphere at 3 bars such as inside a hyperbaric chamber.
Veterinary hyperbaric oxygen chamber then acts as a drug. Delivered in large quantities under conditions of higher than normal pressure. It regenerates damaged, infected or hypoxic (oxygen-poor) tissues. In addition, it promotes the proliferation of blood vessels,
Oxygen is the source of life, on this issue there is no doubt. But what could happen if we fed our bodies more oxygen than our biology is used to? The hyperbaric chamber brings us more and more answers on the question.
Another frequently asked question: Why not just use an oxygen concentrator to increase our oxygen level? It's all about the change in atmospheric pressure that we manage to achieve in a hyperbaric chamber. A pressure that is unattainable with just an oxygen concentrator. But that's another story…
Remember, I'm not a doctor and this Blog post is just a personal opinion summary of several dozen studies found on Veterinary hyperbaric oxygen chamber.
Veterinary hyperbaric oxygen chamber Features
Treats carbon monoxide poisoning
Carbon monoxide poisoning can cause serious brain damage and even death. Carbon monoxide can somehow block the movement of oxygen in the blood. This thus reduces the amount of oxygen supplied to the tissues.
Sessions in a Veterinary hyperbaric oxygen chamber have shown a decrease in mortality in people who have been poisoned by CO2. By increasing the oxygen saturation in the blood by pressure, it helps the body to dislodge the carbon monoxide molecules that are still present.
3- Improves certain vision problems
The hyperbaric could help certain vision problems like occlusion of the central retinal artery. It's a bit like an "eye infarction". That is to say, the main artery that supplies the eye becomes blocked for all kinds of reasons. From there, if not treated quickly, the affected person may have partial or even permanent vision loss!
Could restore damaged tissue: Veterinary hyperbaric oxygen chamber
Bacteriological infections can destroy certain tissues in our epidermis. Sometimes everything can even turn into gangrene! A trial on 1583 people proved that hyperbaric sessions could significantly improve conventional treatments during infection.
Veterinary hyperbaric oxygen chamber can reduce inflammation and promote restoration of affected tissue. In addition, in certain cases and depending on the type of antibiotic used, hyperbaric solutions could increase the effect of these during bacteriological infection.
Reduces chronic pain
Hyperbaric sessions tested on 60 people demonstrated a reduction in chronic pain. People with fibromyalgia have felt benefits after 8 weeks of continuous treatment. Some people with muscle ailments saw a marked improvement in their health after 3 weeks.
Others were even able to reduce their pain medication. It is really not trivial for people suffering for several years.
How is a session going in Veterinary hyperbaric oxygen chamber?
Comfortably installed in a room where there are 8 armchairs. The pets breathe oxygen through a mask. Veterinary hyperbaric oxygen chamber session lasts 1 hour 30 minutes. The pressure rises to 3 bars. A pet that has a pacemaker or orthopedic equipment such as a hip prosthesis can be treated in the chamber.
There is no age limit. During the session, patients remain permanently under the control of caregivers through the windows and technicians who check:
the pressurization
the gases inhaled
various controls, etc. on the screens
Precautions before entering the hyperbaric chamber:
Metal jewelry should be removed
synthetic clothing such as nylon which can induce static electricity should be avoided
and cotton clothing should be preferred
An ophthalmologic check-up is systematically done because hyperbaric oxygen therapy can cause transient myopia. In this case we stop the sessions for a while and then after a new eye check we can resume the sessions. Diabetic retinopathies are not a contraindication to treatment. Veterinary hyperbaric oxygen chamber also comes with some requirement in the case of pets’ treatment.
Monitoring the evolution of wounds:
Once a week, the doctor wants to see the wounds and assess their healing. Photos are taken and archived.
How many sessions does it take to observe an evolution?
You need at least 15 to 20 sessions, 3 times a week, otherwise it's useless. The treatment can be continued as many times as necessary as long as healing is not complete.
This surely helped this very positive and courageous patient avoid amputation of her toes or even a foot. She did these time-consuming sessions because she saw the good evolution. Today his wound is closed and we stop the sessions.
Hyperbaric therapy involves placing one or more individuals in an airtight chamber in which the air pressure is increased by means of a compressor.
The increased pressure allows oxygen to be "forced" into body fluids such as blood plasma, lymphatic fluid and cerebrospinal fluid.
Veterinary hyperbaric oxygen chamber makes it possible to oxygenate parts of the pet body which do not receive oxygen through the simple process of respiration. It is to stimulate blood circulation in the brain, to improve cell metabolism and to reactivate cell repair mechanisms.
Hyperbaric chamber treatments would have a beneficial effect in treating people who are victims of a stroke. Breathing 100% oxygen seems to restart the formation of new neurons.
Conclusion
After reading the various articles on our website you have been able to understand what our site is and Veterinary hyperbaric oxygen chamber. We invite you here to better understand the strengths and benefits of hyperbaric oxygen therapy on your health and well-being. You can buy a range of hyperbaric chambers from here. They will help you in maintain continuous therapy challenges.
Hyperbaric oxygen therapy has indeed many therapeutic virtues. The benefits of hyperbaric oxygen therapy sessions are based on the combined effects of intensive oxygenation and ambient air pressurization. This pressurized oxygen treatment is made possible thanks to the hyperbaric chamber. The oxygen therapy in a hyperbaric chamber have benefits both on health, well-being and as part of a preparation or sports recovery.
Oxygen, as we all know, is the most essential gas of all. Without it, it is not possible for us to even survive in this world. This oxygen can also be used in several therapies for benefiting the health conditions. One such therapy is the HBOT therapy or hyperbaric oxygen therapy. So, WHAT IS HBOT THERAPY? The hyperbaric oxygen therapy is one of the popular treatments used worldwide for treating several infections, wounds etc. This therapy is actually breathing of 100% pure oxygen while under some increased atmospheric pressure. It is a completely safe and natural therapy that uses the power of pressurized oxygen for regenerating and revitalizing the healing system of your body. Over the time, this therapy is also used as a skin treatment therapy for improving the quality of the skin.
HISTORY OF THE HBOT THERAPY
This hyperbaric oxygen therapy was first used in the early 20th century in the United States. This therapy was used by Orville Cunningham for treating someone suffering badly from flu. He built a hyperbaric chamber on his own for this purpose but then he dismantled it too after the use. This therapy was again used in the 1940s by the U.S Navy to treat some of their deep-sea divers who were suffering from decompression sick ness. Later in the 1960s, this hyperbaric oxygen therapy was also used for combating the harmful carbon monoxide poisoning.
HOW DOES HBOT THERAPY WORK?
The hyperbaric oxygen therapy works in different ways. It can help you in wound healing as well as healing the damaged tissues. Also it can help in blocking some of the actions by harmful viruses and bacteria. The patient who will go through this therapy will be put into a pressurized chamber where the atmospheric pressure will be raised up to about 3 times more than the normal. The patient will breath in 100% pure oxygen up to 3 times more than the normal air pressure. To know exactly how it works, here are some of the points you should know about:
* The HBOT helps in bringing the plasma rich in oxygen to the tissues that are starving for oxygen. This can help to heal the wounds much faster. Some of the wounds can damage the blood vessels resulting in release of the fluid into the tissues. This can cause swelling resulting in deprivation of oxygen to the damaged cells. Due to lack of oxygen the tissue starts to die. This therapy helps in reducing the swelling and flooding the tissue with oxygen.
* The HBOT can also help in blocking some of the worst actions of the harmful virus and bacteria by strengthening the immunity system of your body. The hyperbaric oxygen therapy uses pure oxygen which can disable the toxin of certain viruses and bacteria while increasing the oxygen concentration in your tissues. This can help them to successfully fight with any potential infection.
* Also, the HBOT help in improving the potential and ability of your WBC (white blood cells). These cells are responsible for finding and destroying the invaders in your body which can cause potential damages.
* The hyperbaric oxygen therapy can also encourage the formation of new connective tissues which is also called collagen and new skin cells. It also encourage the formation of new blood vessel which can stimulate the cells for producing substance for better growth and immunity. This can increase the speed of healing.
BENEFITS OF HYPERBARIC OXYGEN THERAPY
After you got the idea about WHAT IS HBOT THERAPY, it is time for you to know about the different benefits. The hyperbaric oxygen therapy is valued all over the world as one of the best treatments to heal wounds and many infections and health problems. We have mentioned some of the benefits here for you to know more about the value of this therapy:
1. DECREASED EDEMA (INFLAMMATION/SWELLING)
The swilling or edema can be caused due to injuries and wounds. The hyperbaric oxygen therapy helps to decrease the swelling by stimulating a better circulation of blood. Some of the fluids that are built up inside the body resulting in swelling can move through the body to be eliminated.
2. HYPER OXYGENATION OF TISSUES
With the help of the HBOT therapy, the tissues get hyper-oxygenated. It becomes saturated with the oxygen and it can stimulate the tissues to heal in a better way. As it helps in formation of tissues and collagen, it can help to rejuvenate your skin conditions and keep it healthier and younger naturally.
3. FIGHTS AGAINST BACTERIA
Another prominent benefit of the hyperbaric oxygen therapy is the antibacterial actions. When the body gets excessive amount of oxygen through this therapy, antibacterial activity increases. This can help you to fight against the harmful bacteria efficiently.
4. INCREASED ANGIOGENESIS
The excessive amount of oxygen by the HBOT therapy helps in creating some blood vessels which is called angiogenesis. Without this, the tissues will not be able to survive or even repair themselves after being injured.
5. STIMULATE GROWTH
The HBOT can maximize the effect of the antibiotic by increasing the amount of oxygen in your body. It can also enhance the leukocytes which can effectively kill the dangerous bacteria. It can also stimulate the growth factors of blood platelets.
USES OF HBOT THERAPY
The hyperbaric oxygen therapy is used for treating different medical and health conditions. From the above benefits and how it works, it is quite evident that this therapy can be quite useful. There is no doubt that the doctors use this therapy for treating some of the diseases, infections and injuries. After all, the oxygen can help in different ways. Some of the conditions that this hyperbaric oxygen therapy can help are:
This is all about the hyperbaric oxygen therapy. Besides being used for different purposes to heal the injuries and to increase the tissues, it can be used for enhancing the skin condition too. Many skin improvement therapies include the oxygenation as it can increase the elasticity of the skin by stimulating the collagen production, as mentioned above. Thus, the hyperbaric oxygen therapy is not only used for medical purposes, but it is also used for reducing wrinkles and fines on your skin and to make it look younger and healthier.
What is an oxygen chamber? Does it help to treat physical and mental issues? We all are aware of the benefits of our tissues. Our tissue needs oxygen for functioning. The oxygen is normally carried in the human body through red blood cells. However, when your tissue will be injured, your body will need more oxygen to ensure fast healing. The oxygen generated in your body will not be adequate to promote a speedy recovery. Here an oxygen chamber comes in. Oxygen chamber or hyperbaric oxygen therapy can enable the plasma of the human body to carry the amount of the oxygen needed to cure wounds or injured tissues.
When you place your body under the oxygen chamber, you will be breathing only oxygen. As a result, your plasma will be super-saturated and will transport oxygen to those tissues compromised by radiation, trauma, or some other issues. Under the hyperbaric condition, human tissues will get more oxygen. They will become hyperoxic.
Do you want to know more about an oxygen chamber and how it works? If yes, you can consider having a look at the following. We will know more about oxygen chambers, benefits, and a few other things.
OXYGEN CHAMBER: WHAT EXACTLY IT IS?
Oxygen chambers are designed to offer full oxygen exposure to a person who needs it most at that time. These are mostly made of clear and large double cylinders. The design ensures a clearer outside view and full inside oxygen exposure. These chambers will have a limited 3ATA operating pressure. The pressure is safe and offers maximum oxygen exposure.
Oxygen chambers are designed to provide the most efficient oxygen therapy that delivers through your skin and lung. In a multiplace chamber, the capability will be more. The pressure can reach above 6 ATA to treat some acute issues. Oxygen chambers need to meet some strict safety guidelines.
The hyperbaric oxygen chambers are considered the safest and the most effective technology available in the current condition. An oxygen chamber will deliver 100% oxygen while maximizing its absorption. As it will be exposed to your skin and lung, it can be the best way to increase oxygen concentration in your body.
HOW DOES AN OXYGEN CHAMBER WORK?
As you know, the key objective of an oxygen chamber is to help users with enough oxygen to treat some particular health conditions. These chambers will stimulate the stem cell release from your bone marrow. They will target the injured tissue to speed up the recovery. However, when these injured tissues do not receive the required blood supply, they start to create new blood vessels. This process is known as vasculogenesis.
Our white blood cells are effective to kill bacteria. Your body will need a large amount of oxygen to create superoxide radicals. These radicals will kill bacteria while ensuring a fast recovery. What will happen if you do not have an adequate amount of oxygen? The recovery will be slow. Your tissues will not be able to provide the required amount of oxygen to kill bacteria. An oxygen chamber will offer the required oxygen to boost the effectiveness of your body’s mechanism. With an improved defense mechanism, you can expect a fast recovery. Also, more oxygen supply is effective to minimize your body’s response to the inflammation. As a result, the pain will be less, and the recovery will be fast.
WHAT ARE THE BENEFITS OF OXYGEN CHAMBERS?
As mentioned above, oxygen chambers are made to help people with the maximum amount of oxygen exposure. It can help to optimize, heal, and improve some injuries, diseases, and disorders. You might find the process a bit anxious. However, you can expect a lot of benefits. It can be helpful for bone infections, skin grafts, burns, severe anemia, frostbite, and injuries. Let’s cover more details.
OXYGEN CHAMBERS ARE EFFECTIVE IN FAST HEALING
When you will have the exposure of 100% oxygen, your body will have the ability to absorb more oxygen. You can expect some amazing benefits when you will have an adequate amount of oxygen. The extra oxygen will be absorbed into the bloodstream, and it will increase the oxygen delivery to different parts of the body. You cannot expect such benefits when you will not have the required amount of oxygen in your body.
When there will be a limited supply of oxygen, you can experience more inflammation. However, you can deliver the most valuable nutrient to your tissue in an oxygen chamber. It will help your tissues to survive and heal while reducing the inflammation. In the absence of the inflammation, your tissue will be revived through the fresh blood delivery, and that will promote fast healing.
OXYGEN CHAMBERS FIGHT RADIATION ILLNESS
Oxygen chambers are specialized to repair and improve your vascular system. It helps you to recover from the radiation illness. We all know that sometimes radiation damages our sensitive cells and even makes recovery slow. In some cases, it can damage your sensitive organs to such an extent that they cannot perform their functions efficiently. When you will have maximum oxygen concentration, all your organs will get an adequate amount of the blood flow. That will repair the damaged tissues and will enable them to function well.
TREATS ARTHRITIS PAIN
As we discussed earlier, oxygen chambers can minimize the inflammation response, and that will be helpful to treat the symptoms of the arthritis pain. In addition to the arthritis pain, you can expect less pain in other affected areas. When the inflammation will be less, the overall body pain will be healed naturally.
These are some key benefits you can expect from oxygen chambers. Also, these chambers shorten the healing time and help you with young-looking skin by improving the skin elasticity. You can get glowing and young-looking skin. Also, adequate oxygen supply will improve your mood, memory, and other brain functions.
WRAPPING UP
Oxygen chambers are effective to treat many health issues. However, you should always choose an experienced professional for this procedure to maximize the benefits. If anything goes wrong, you might find yourself in an adverse condition. So, act smart and decide after proper research.
HBOT or hyperbaric oxygen therapy is a kind of treatment that can help in making healing faster from certain conditions, where tissues starve for oxygen like gangrene, poisoning with carbon monoxide, infections, and stubborn wounds. The information provided here under will help you to know WHAT IS HBOT TREATMENT.
While using this therapy the patient is entered into a particular chamber where he can breathe in air containing pure oxygen under a higher pressure, 1.5 to 3 times more than usual. The main aim of this therapy is to restore the normal functioning of the body and repairing tissues by providing them enough oxygen.
HISTORY OF HBOT OR HYPERBARIC OXYGEN THERAPY
In the start of 20th century, HBOT was initially used in the US by Orville Cunningham to treat a flu affected dying patient successfully. For this purpose, he designed and developed a chamber but after failing in treating other conditions he destroyed it.
In the 1940s, this therapy was again used by the US navy to treat decompression sickness of the sea divers.
In the 1960s, this therapy was used to treat poisoning from carbon monoxide.
At present, it is normally used to cure people poisoned with carbon monoxide and sick scuba divers, miners and firefighters, etc.
The FDA has approved to use HBOT for treating several bones and burn-related injuries as well as cyanide poisoning, poisoning from carbon monoxide, gangrene, crush injuries, the acute inadequate flow of blood in the arteries, decompression sickness, bone infection, compromised skin flaps and grafts, a disease that eat flesh, belated radiation injury, chronic infections, the trapped air bubble in a vessel of blood and non-healing wounds of diabetic people.
This oxygen therapy for treating such conditions has also been covered by Medicaid, Medicare, and several other health insurance companies according to circumstances. So before going for an HBOT treatment you should check with your insurance provider about its coverage in your case.
WORKING OF HYPERBARIC OXYGEN THERAPY
In HBOT, plasma rich in oxygen is brought to the tissues starving for oxygen to heal wounds. The blood vessels of your body get damaged due to injuries and wounds. In this situation, swelling is caused due to leak of the fluid released by these blood vessels into the tissues. The cells damaged in the injury could not get oxygen due to swelling on the body part. The amount of oxygen in the blood is increased due to the increased pressure in the HBOT chamber. The main aim of using HBOT is to disturb the cycle of starvation for oxygen, death of tissues, and swelling.
The flow of blood through the injury is prevented by HBOT. The blood flows through the injury when the tissues are severely damaged and the supply of blood returns to the tissue, due to lack of oxygen. The damaged cells release harmful molecules of oxygen when the flow of blood is obstructed by the injury caused by crushing as it triggers several effects inside the cells. These harmful oxygen molecules can cause irreversible damage to the tissues and stop the flow of blood by clamping the blood vessels. The hunters of these oxygen radicals in your body are encouraged by HBOT to continue healing the injury wound and finding out the problems caused by the harmful blood molecules.
HBOT helps in strengthening the immune system of the body along with stopping the action of harmful bacteria by disabling tier toxins. It also enables the tissues to resist infections by increasing the concentration of oxygen in them. Moreover, this therapy also boosts the ability of white cells in your blood to detect and demolish the intruders.
HBOT also encourages the formation of new blood vessels which in turn help in the formation of new cells of the skin as well as new connective tissues known as collagens. The cells of your body are also encouraged by HBOT to produce substances like a factor of vascular endothelial growth to attract and encourage endothelial cells required for healing wounds faster.
TYPES OF OXYGEN CHAMBERS USED FOR HBOT
Two types of chambers are used for hyperbaric oxygen therapy including monoplace and muliplace chambers.
* Monoplace chamber is used to treat one person at a time. It is a long tube made of plastic and it looks like the machine of MRI. The patient is slipped into the chamber and 100% pure oxygen is gradually entered into it under pressure.
* Multiplace chamber can be used to treat two or more persons at a time. But they have the breath in pure oxygen through their hoods or masks.
THINGS THAT HAPPEN DURING HBOT
The treatment from HBOT can be prescribed only by a health care provider. The chambers of hyperbaric oxygen therapy can be found in several hospitals. In these chambers, people lie or sit comfortably for up to 2 hours to deep breathe pure oxygen and relax.
As the pressure of oxygen in increased you may feel as your ears are plugged as you feel while on a mountain or in an airplane. Your ears can return to normal levels if hearing just by chewing or swallowing chewing gum.
To infuse the injured tissues, additional oxygen is carried away throughout your body by your blood so that they can start healing by getting more oxygen. You may feel light and wobbly after the completion of a session. You can also experience fatigue, headaches, and claustrophobia as a side effect of this treatment.
To heal all the wounds and injuries you may need several sessions of HBOT. So to cover the costs you should check with your Medicaid, Medicare, or other insurance companies in advance.
PRECAUTIONS TO TAKE BEFORE GETTING HBOT TREATMENT
Everyone may not be suitable for hyperbaric oxygen therapy. People who have recently had a trauma or surgery in the ear, lung disease of certain types, fever, or cold should not go for this treatment.
After HBOT, a trauma in the middle of the ear can be the complication commonly experienced. Sinus problems and damage to the eye are some of the other possible complications after this treatment. This oxygen treatment can become poisonous in severe cases but it rarely happens. But if it happens then it can cause problems like fluid in lungs, seizures, and failure of lungs, etc.
So, before going for HBOT you must meet your health care provider to know its pros and cons.
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