Multifunctional chest decompression and handle-operated exhaust gas drainage
Needle for puncture, including pen tube, needle for decompression and abduction and drainage cannula, decompression
The expiratory decompression needle from China factory consists of a needle base for expiratory and decompression puncture and a needle body.
The drainage cannula consists of the base of the drainage cannula and the body of the cannula.
Pneumatic needle for puncture and positioning in the drainage cannula, needle for decompression and abduction and drainage
The bushings are inserted together and positioned in the handle tube as one unit. Less
At the base of the pressure relieving puncture needle is a one-way air valve chamber and the one-way air valve chamber has
Valve type One-way valve • Insert the drain cannula into the front of the base of the decompression / extraction needle.
The center hole of the base, in the center, the utility model uses the handle tube type packaging.
It has good damage resistance, can be sterilized repeatedly and can simultaneously decompress and exhale from the chest cavity.
And drainage function, very suitable for quick rescue of the injured in the field。
The purpose of the China decompression needle manufacturer, if not sharp, is to decompress by converting a tension pneumothorax into an open pneumothorax. If you can do this quickly enough, a direct tube thoracostomy is a reasonable alternative. In a pinch, anything that opens that side of the chest will do its job - you can stick a knife in and find something to hold the hole open, maybe even a knife handle. Just a 14-hole China decompression needle is typically used ubiquitous in emergency rooms and hospitals, so it's the first helpful tool to get the job done quickly. You usually don't have time to scratch your head waiting for MacGyver's inspiration.
The basic principle of emergency decompression needles is to insert a catheter into the pleural space to create a channel for the air to escape and the accumulated pressure to escape. Although this approach is not the definitive treatment for tension pneumothorax, emergency needle decompression stops its progression and helps restore cardiorespiratory function slightly. For people with large pectoral muscles, China decompression needle length can be an issue and a long needle or vascular catheter may be needed.
Usually a large diameter vascular catheter is inserted into the midclavicular line between the second or third intercostal space. The use of a large diameter catheter is important because hemothorax can be associated with pneumothorax and the patient may require immediate IV fluids. A standing position may be helpful if it is not inappropriate due to the cervical spine or injury. This is the bridge to the definitive treatment of tubular thoracostomy. The catheter remains in place until the thoracic catheter is placed.
The procedure is as follows:
Locate anatomical landmarks and quickly prepare the puncture site with an iodine-based solution
Insert a large diameter decompression needle from China factory with catheter into the second intercostal space, above the third rib along the mid-clavicular line, 1-2 cm from the edge of the sternum (i.e. to avoid injury to the internal mammary artery)
Use a catheter or needle at least 5 cm long inserted perpendicular to the chest; however, it is important to note that in some patients the chest thickness may be greater than 5 cm and the inability to relieve symptoms may be associated with insufficient needle length ; longer pots are recommended (eg 8 cm)
Once the needle is in the pleural cavity, listen for the hissing of the escaping air to confirm the diagnosis of tension pneumothorax (note this on the patient's medical record); the air outlet may not be visible in places with high ambient noise levels
Remove the needle when the catheter is in place.
Secure the conduit in place and install the flicker valve.
Immediately after decompression, the needles begin preparing for thoracostomy tube insertion. Then reassess the patient, noting major aspects of trauma management (eg, airway, breathing, circulation). The hemothorax component is characteristic of tension pneumothorax; therefore, patients may require additional thoracostomy catheters.
Follow-up chest radiographs were taken to evaluate lung re-expansion, thoracostomy tube placement, and correction of mediastinal displacement .
A follow-up blood gas test (arterial blood gas) is required. All patients with tension pneumothorax were hospitalized.
The purpose of the needle is to allow the air that created the pneumothorax to escape, thus making room for the lung to re-expand.
Speaking of stretchers, we all know that whether it is a family war or a natural disaster a tool we all use when we do harm. It's hard for us without a stretcher to let the patient get proper treatment.
Stretchers are also divided into many according to the situation of patients. Now let's introduce the 3 models basket stretcher ----integrate, separate, and Stainless Steel Basket Stretcher.
The basket stretcher is designed for air-sea rescue operations to rescue injured persons from locations where the altitude is high, from water or complex terrains. With an adjustable feet-securing mechanism, safety belts, a mattress, and a special sling device, it is ideal for lifting and transport by helicopter. It can be broken into two halves which can be back-packed to the point of rescue and assembled in seconds.
The structure of this stretcher focuses on the particularity of first aid, such as rugged mountains and air or maritime rescue.
The frame is firm and durable, and the simple and reliable device enables the operator to operate safely and quickly.Take first aid measures if necessary.
The hanging hook can be linked with the hook on the aircraft to realize field rescue, and the stretcher is equipped with a safety full belt and cushion.
It is made of stainless steel pipe and net, which will not cause additional damage to patients, which is more than ordinary
The stretcher is more firm and can be used together with the plate stretcher.
It can be divided into two parts, easy to transport and store.
Model : Integrate basket stretcher--DW-BS002
Max loading capacity :300kg
Packing : 1pc /carton
Packing size :223*67*19cm
Model :Separate basket stretcher--DW-BS003
Unfold size :218*64*18cm
Folding size :123*64*22cm
Max loading capacity :300kg
Packing size :125*67*24cm
Model: Stainless Steel basket stretcher--DW-BS001
Max loading capacity :300kg
Packing size :125*71*22cm
The way most places do it now is by using a basket stretcher. This is just what it sounds like its kind of like a backboard only it is more of a basket in the way that it has walls that surround the patient preventing them from falling off. At minimum two guys but sometimes four, sometimes six it depends on the patient's weight, they then carry the stretcher to the ambulance.
Building a new stretcher to be used instead of a basket stretcher isn’t going to work really well for a couple of reasons. Now when I thought about how I would do this I began to think about the stretcher I use. Going over speed bumps and potholes with a patient on board is a big no-no.
The reason is that when you are wheeling a patient to or from the truck, all of the weight is being held up high above the ground on four small wheels. That creates a problem when one wheel is lower than the others, the weight shifts to that wheel and that side of the stretcher and you then end up with a patient on the ground.
So I imagine using a track system would work, kind of like the tracks on a tank. It would be difficult to move though, so the stretcher would have to be able to move the tracks electronically. That adds more weight to an already heavy stretcher. Then you have to have even more weight at the bottom of the stretcher because of the rough terrain, even with tracks the weight up top can go one way or another, so you need to balance it.
Overall I would say that the basket stretcher is the best thing, it can be towed up a hill, it can be carried by some big guys, it holds the patient securely, and as long as no one trips or loses their grip then the patient will be fine.
A manual hospital bed is a bed that is operated by hand, as opposed to an electronic hospital bed. There are several benefits to using a manual hospital bed, including improved patient comfort, safety, and overall health.
A manual hospital bed is a bed that is operated by hand, as opposed to an electronically controlled bed. They are often used in hospitals, nursing homes, and other long-term care facilities. There are several different types of manual hospital beds, but all of them work in basically the same way.
The head and foot of a manual hospital bed can be raised and lowered independently of each other. This allows the patient to be raised to a more comfortable height and also makes it easier to get in and out of the bed. The bed can also be tilted in various directions, which can be helpful for patients who need to be turned or who are suffering from GERD or other digestive problems.
Most manual hospital beds come with a number of safety features, such as bed rails and a braking system that prevents the bed from moving accidentally. They are also usually a bit more sturdy than standard beds, which makes them ideal for patients who need to be closely monitored or who are at risk of falling.
Manual hospital beds are a great option for people who need a bed that can be easily adjusted. These beds are often more affordable than electric beds, and they can be moved more easily. They are also a good option for people who need to be transferred in and out of bed frequently.
There are three types of manual hospital beds: the standard bed, the bariatric bed, and the Hi-Lo bed.
The standard bed is the most common type of manual hospital bed. It is adjustable to different heights and has a tilt feature that allows the head and feet of the bed to be raised and lowered.
The bariatric bed is designed for larger patients. It is wider and has a higher weight capacity than the standard bed.
The Hi-Lo bed is adjustable to different heights and can be lowered to a height of just 12 inches. This makes it ideal for use in hospital rooms with limited space.
When it comes to choosing a hospital bed, there are a few things you need to take into account. The most important factor is deciding what type of bed will best suit your needs. There are three main types of hospital beds: manual, semi-electric, and electric.
Manual hospital beds are the most basic type. They are operated by a hand crank, which raises and lowers the head and foot of the bed. This type of bed is ideal for people who don't need a lot of assistance getting in and out of bed or who only need to use the bed for a short period of time.
Semi-electric hospital beds are a step up from manual beds. They are operated by a hand crank like a manual bed, but they also have an electric motor that raises and lowers the head and foot of the bed. This type of bed is ideal for people who need a little bit of assistance getting in and out of bed or who need to use the bed for a longer period of time.
Electric hospital beds are the most advanced type of bed. They are operated by a remote control and can be raised and lowered to any position. This type of bed is ideal for people who need a lot of assistance getting in and out of bed or who need to use the bed for a long period of time.
Once you've decided on the type of bed you need, you need to decide on the size. Hospital beds come in a variety of sizes, from small single beds to large double beds. You also need to decide on the height of the bed. The height of a hospital bed can be adjusted to fit your needs.
Once you've decided on the type of bed,
If you or a loved one needs to use a hospital bed, it is important to understand how to use it properly. Here are some tips:
Make sure the bed is in the lowest position before getting into or out of it.
Use the bed handles to help you get into or out of the bed.
When you are in bed, keep your head and shoulders elevated, and keep your feet elevated at least six inches above the level of your heart.
If you need to get up, roll to the edge of the bed and use the bed handles to help you stand up.
Manual wheelchairs are those that require human strength to move them. Manual wheelchairs can be folded, stored, or placed in a vehicle, although modern wheelchairs may also be rigid frames. Ordinary manual wheelchairs are wheelchairs sold by general medical equipment companies.
It is roughly the shape of a chair. Four wheels, a giant rear wheel, a push wheel, and brakes are also added to the rear wheel, the front wheel is smaller for steering, and an anti-roll wheel is added to the back of the wheelchair. Suitable for people with general conditions or short-term mobility impairment, not ideal for sedentary periods.
The outdoor electric wheelchair is a wheelchair that adds means of electric motor and navigation control. Usually, a small joystick is installed on the armrest instead of manual power wheelchair movement.
Depending on the mode of operation, the rocker is used, and various switches are controlled by the head or blow suction system. For people who are severely paralyzed or need to move a lot, using an electric wheelchair is a good option if they have good cognitive skills but require more space to move.
Depending on the patient's condition, there are various accessories such as reinforced weights, unique cushions or backrests, neck support systems, etc.
Specially designed wheelchairs used for recreational sports or competitions. They are shared for racing or basketball and are commonly used for dancing. Generally speaking, lightweight and durability are characteristic, and many high-tech materials are used.
For example, scooters are wheelchairs in the broad sense and are used by many older adults. It is roughly divided into three and four wheels, driven by an electric motor, with a speed limit of 15km/h, and graded by load capacity.
Electric wheelchairs are made by superimposing high-performance power drives, intelligent controls, batteries, and other components based on traditional manual wheelchairs.
The new generation of intelligent wheelchairs with artificial control smart controllers can drive wheelchairs to complete various functions such as forward, backward, steering, standing, lying flat, etc. It is a high-tech product combining modern precision machinery, intelligent CNC, engineering mechanics, and other fields.
Nowadays, the outdoor electric wheelchair has become an indispensable transportation tool for the elderly and the disabled with reduced mobility. It is suitable for a wide range of applications. As long as the user's awareness is apparent and cognitive ability is average, an electric wheelchair is a good choice. Still, it requires a certain amount of activity space.
1. Lithium battery electric wheelchair, driven by a lithium battery, can be recharged repeatedly, small in size, light in weight, energy-saving, and environmental protection.
2. Can be pushed by hand, shaken, electric driving, and converted at will.
3. Foldable rack, easy for storage and transportation.
4. Both left and right hands can control the intelligent operation control lever.
5. Wheelchair armrests are also lifted, and the pedals can be adjusted and removed.
6. Adopt PU solid tires, waterproof and breathable cushion backrest, and seat belt.
7. Five-speed adjustment, 360° rotation at will with zero radii in situ.
8. Strong climbing ability and anti-tilting tail wheel design.
9. High safety factor, intelligent electromagnetic brake, and manual brake.
Wide audience. Compared with traditional wheelchairs, the powerful features of outdoor electric wheelchairs are suitable for the elderly and frail elderly and for severely disabling injuries. Stability, long-lasting power, and speed adjustability are the unique advantages of electric wheelchairs.
Convenient. Traditional pushchairs must rely on human push and pull to move forward. If there is no one around you, you have to push the roller yourself. Electric wheelchairs are not the same. As long as they are charged, you can efficiently operate them yourself without having to be accompanied by your family.
Environmental protection. Electric wheelchairs use electricity to start, which is more environmentally friendly.
Safety. The production technology of electric wheelchairs is becoming more and more mature, and the brake equipment on the body can only be mass-produced after many tests by professionals. The chance of an electric wheelchair getting out of control is close to zero.
Use outdoor electric equipment to enhance self-care ability. With an electric wheelchair, you can consider doing daily grocery shopping, cooking, ventilation, etc. One person plus an electric wheelchair can do it.
Seat width: Measure the distance between two hips or two strands when sitting down. After adding 5cm to sit down, there is a gap of 2.5cm on each side. The seat is too narrow; it is difficult to get on and off the wheelchair. The hip and thigh tissue is compressed; the heart is too wide to sit steadily; it is inconvenient to operate the wheelchair, the limbs are easy to fatigue, and it is difficult to enter and exit the gate.
Seat Length: Measure the horizontal distance between your back hip and calf fibula when you sit down and reduce the measurement by 6.5cm. If the seat is too short, the weight will fall mainly on the sciatic bone, which can easily cause excessive pressure. If the heart is too long, it will compress the burrow to affect local blood circulation and easily irritate the skin. It is better to use a short seat for patients with short thighs or hip or knee flexion contractures.
Seat Height: Measure the distance from the heel (or heel) to the burrow when sitting down; add 4cm; when placing the foot pedal, the board surface is at least 5cm from the ground. The seat is too high for the wheelchair to be at the table; the sciatic bone bears too much weight if the heart is too low.
Cushion: To be comfortable and prevent bedsores, the chair of the wheelchair should be placed with a cushion. Standard cushions are foam rubber cushions (5~10cm thick) or gel cushions. To prevent the seat from sagging, you can set a piece of plywood 0.6 cm wide under the seat cushion.
Chair back height: The higher the chair back, the more stable it is; the lower the chair back, the greater the movement of the upper body and upper limbs. Low chair back: Measure the distance from the seat to the armpit and reduce this result by 10cm. High chair back: Measure the actual height of the heart to the shoulder or back pillow.
Armrest Height: When sitting down, the upper arm is vertical, the forearm is flat on the armrest; measure the height of the chair to the lower edge of the forearm, plus 2.5cm. Proper armrest height helps maintain good body posture and balance and allows upper limbs to be comfortable. The armrests are too high, and the upper arm is forced to lift, making you prone to fatigue. If the armrests are too low, you need to lean forward to maintain balance, which is prone to fatigue and can also affect breathing.
Electric wheelchair supplier Other auxiliary parts: It is designed to meet the needs of particular patients, such as increasing the handle friction surface, carcass extension, anti-vibration device, armrest mounting armrest, or wheelchair table convenient for patients to eat and write, etc.
DRAGON Co., Ltd. is a high-tech enterprise engaged in the research and development, production, and sales of electric wheelchairs as an electric wheelchair supplier. Since its establishment, DRAGON has always adhered to the business principle of people-oriented, honest business and the ingenious spirit of "focusing on making products, keeping quality wholeheartedly," developing products that are genuinely suitable for consumers with mobility needs, and determined to become a service provider to solve travel problems.
Now our DRAGON electric wheelchair supplier's products have been exported to more than 30 countries, as electric wheelchair suppliers at home and abroad, we have a professional international logistics team to ensure that our customers receive the goods safely and on time.
Based in China, we are committed to continuously improving services and upgrading products. As an electric wheelchair supplier, we will strive to become one of the most reliable cooperative suppliers in the field of emergency rescue and safety protection. Our mission is to develop, manufacture and supply world-class products that meet our extremely high quality standards and exceed customer expectations. We warmly welcome customers from all over the world to establish cooperation with us!
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