Stretchers were invented in practice by ancient working people. They are relatively simple and single. With the development of science and the progress of society, according to the situation of different patients and the position of patients, unique stretchers for various patients were invented through continuous research and improvement. Next, let's talk about shovel stretchers.
The scoop stretcher is composed of left and right two aluminium alloy plates. Unlike a regular stretcher, it can insert two vessels under the patient's body and lift it after buckling. The multifunctional scoop folding stretcher is a novel, convenient and efficient rescue stretcher integrating a folding stretcher, shovel stretcher, wheeled stretcher and ambulance stretcher bed.
The scoop stretcher belongs to a detachable rescue stretcher, which is mainly used for battlefield rescue and transfer of fractured and seriously injured patients; characterized by: two ends of the stretcher are provided with hinged clutch devices, which can separate the stretcher into left and right parts; without moving the patient, the patient is quickly placed in the stretcher and transported to the operating table or hospital bed, and then the stretcher is drawn out from under the patient's body. The length of the stretcher can be adjusted according to the patient's size.
Easy to use and easy to master. The stretcher surface does not need to be removed from the whole body during patient handling, thereby saving the workforce, being safer, reducing complications in the handling process, and having various functions such as folding, separating, pushable, dripping, surgery, convenient X-ray irradiation, etc.
The scoop stretcher is convenient to carry and place, can quickly transfer the injured, quickly rescue, minimize the secondary injury caused to the patient during handling, and significantly improve the rescue efficiency. It is worth clinical promotion and use.
The scoop stretcher has clutch devices at both ends, which can be divided into left and right parts; the patient can be quickly shovelled without moving the patient to avoid secondary injury to the patient; the length of the stretcher can be adjusted according to the actual height of the patient, and it can be folded; it is mainly used in ambulances, hospitals and emergency centres.
Detachable design with clutch devices at both ends can split the stretcher into left and right parts and quickly scoop the patient in or pull the stretcher out from under the patient without moving the patient. The grooves at the head end are adjusted to keep the patient's spine aligned.
1. Retractable design: The length of the stretcher can be adjusted according to the person's size; there are 3 positions suitable for patients of any body type and height.
2. The product is equipped with a seat belt to ensure the patient's safety.
3. Scoop stretcher can be used with head guard.
4. The specifications and parameters of the three scoop stretcher are as follows:
1)
Material: aluminium alloy
Model Number: DW-SC003
Size: 167*43*6cm,
Unfold 203*43*6cm,
Folded: 120*43*9cm
Advantages: Affordable, hot selling model
2)
Material: PE plastic
Model Number: DW-SC004
Size: 162*44*7cm,
Folded: 120*45*9cm
Advantages: the patient's body temperature is not too cold or too hot compared to metal stretchers
3)
Material: carbon fibre
Model Number: DW-SC006
X-ray transparency, CT nuclear magnetic resonance
Size: 167*43*6.7 cm,
Unfold: 205*43.7*6.7cm
Folded: 120*43*9cm
Advantages: low-temperature resistance, high-temperature resistance, acid and alkali resistance, lightweight, long service life
1. Before using the scoop stretcher to carry the injured person, check the vital signs of the injured person and the injured part. According to the injury, check whether the injured person has any trauma to the head, spine and chest, especially the cervical spine.
2. Before handling, the injured must be prepared and adequately handled. First, the respiratory tract of the injured person must be kept open to avoid suffocation, and then stop bleeding, bandaging and fixing the wounded part of the injured person. After handling it, it can only be carried out.
3. Do not carry the injured person until the personnel, scoop stretcher, etc., are out of order. When handling overweight or unconscious wounded, careful consideration should be given to preventing accidents such as falls and falls.
4. During the handling process, observe the changes in the condition of the injured person at any time, pay attention to the breathing, mind, etc. of the wounded person etc., and keep warm, but do not wrap the head and face too tightly, so as not to affect breathing. In an emergency during handling, such as suffocation, respiratory arrest, convulsions, etc., stop handling immediately and carry out first aid treatment directly.
5. On particular sites, handling should be carried out according to unique methods. At the fire scene, the wounded should be bent over or prostrate forward in heavy smoke; at the site of toxic gas leakage, the porter should first cover his mouth and nose with a wet towel or use a gas mask to avoid being fumigated by the poison gas.
6. When carrying the injured person with spinal or spinal cord injury, the injured person should be placed flat on the rigid board spade stretcher. The body should be fixed with a triangle towel or other cloth band together with the stretcher, especially the cervical spine injury, sandbags, pillows, clothing, etc. must be placed on both sides of the head and neck to fix, limit the movement of the cervical spine in all directions, and then use triangular scarves, etc. Fix it, and then use a triangle towel, etc., for the whole body with a shovel. Stretchers are enclosed together.
The Decompression Needles from China factory is mainly used for thoracentesis and drainage. Its main function is to puncture patients with pleural effusion to drain pleural effusion, or to draw pus in the pleural cavity to treat empyema. It can also be injected into the pleural cavity. , as the treatment of disease. The China Decompression Needles is mainly composed of a puncture needle and a three-way device. Before performing thoracentesis, the patient's pleural effusion should be located by color Doppler ultrasound. Select the puncture site, disinfect the puncture skin, explain the puncture risk and process to the patient and their family members, and perform the operation after obtaining informed consent.
In American TV series, you can see that doctors often use trocars to relieve pneumothorax in trauma patients. The patient may be having trouble breathing or has been in cardiac arrest. The doctor inserts a long thin needle straight into the patient's chest wall, and the patient is immediately saved.
This technique is thoracentesis, which is also translated as (Needle Decompression in China). When using a trocar for thoracentesis decompression, doctors found that the chest wall of some patients is too thick, and the 14G/16G trocar may not be able to enter the pleura. Cavity (the space between the parietal pleura and the visceral pleura, where air accumulates during pneumothorax, and it should be negative pressure under normal conditions). A trocar with a length of at least 6 cm is sufficient.
Therefore, the decompression needle from China factory came into being. ARS is similar to a trocar, but with a longer length and is designed in the form of a "writing pen", which is easy to carry.The China Decompression needles can be seen in many tactical first aid kits.Commonly used items include chest seals, nasopharyngeal tubes, etc.
Tension pneumothorax is a life-threatening condition in which excess air is introduced into the pleural space surrounding the lung, either through trauma to the chest cavity or as air leaks spontaneously from the lung itself. Air trapped in the pleural cavity causes the lungs to separate from the chest wall, disrupting normal breathing mechanisms. A pneumothorax may be small and not convert into tension, but when air is trapped in the pleural cavity significantly and inflates in volume, this abnormal increase in air pressure causes the lungs to shrink and collapse, resulting in respiratory distress. This pressure also pushes the mediastinum (including the heart and its great vessels) to change the central position, causing blood to fail to return to the heart and reducing cardiac output. Spontaneous pneumothorax tension causes chest pain, extreme shortness of breath, respiratory failure, hypoxia, tachycardia, and hypotension. They need to be relieved urgently when a patient is under extreme circumstances.
Spontaneous tension pneumothorax is clearly managed with procedures that allow the removal of trapped air, such as insertion of a chest tube. However, chest tube materials are generally not available in hospital settings. Palliative measures are required in deteriorating patients before or while chest tube material is collected. In these cases, emergency needle thoracic (also known as "needle decompression") is performed. Simply put, it is the insertion of a large hole needle or cannula through the chest wall and pleural cavity to allow air to escape into the pleural cavity. If the catheter or cannula is not immediately available, the procedure may be performed with a long, large-bore needle attached to a syringe. Insufficient space in the chest cavity where air can be drawn with a syringe. The metal needle cannot be left in the pleural cavity, as the pointed tip may cause further damage; therefore, it needs to inhale air from the chest wall once.
Hospital beds are beds designed for individuals who typically require medical care/nursing with greater versatility,mobility,safety and comfort,as well as other specialized functions and features,than regular beds.The beds have been carefully designed to provide patients with a healthy recovery and rehabilitation environment with great attention to their comfort,stability and safety.However,one type of bed may perfectly meet the requirements of a specific user;some specific patients require different types of beds.The wide variety of beds available can be divided into three main types of bed options:
1. Manual hospital bed;
2.Semi-electric hospital bed;
3.Fully electric hospital bed;
4.Adjustable hospital bed;
5.Specialty hospital bed.
Manual hospital beds use hand cranks for mechanical adjustment (eg headrest/footrest/bed height,depending on the function of the bed).These beds use hand cranks to adjust the height of the bed and raise and lower the head and feet. The patient or caregiver must be able to operate the crank, reducing the usability of such beds and thus reducing patient independence and comfort.The hand crank is usually located at the foot of the bed. Depending on the functions available to the bed,there may be more than one crank per adjustment function (ie,one hand crank for headrest adjustment,one hand crank for footrest adjustment,etc.).
These are great if you're on a tight budget but you need a functional bed for your home.While they are cheaper,you have to make sure that the person using the bed can physically manipulate it.Often,the bed must be shaken manually to adjust the bed to the desired position.These beds have fallen out of favor in recent years as semi-electric and fully-electric home hospital beds have become more popular and more affordable.Semi-electric beds are the middle ground between manual beds and fully electric beds.In this type of medical bed,the headrest and footrests are usually adjusted electrically,while the overall height is adjusted manually using a hand crank.All adjustments of the fully electric hospital bed are carried out by the motor control unit,which adjusts the different functions of the bed (such as headrest,footrest, height,etc.).If you think the person using the bed doesn't have the physical ability to use a manual bed,but you're still on a tight budget,a semi-electric bed is a great option.These beds are less expensive than fully electric beds;while providing the user with comfort and support.The sleeping part of the bed including back and leg adjustments is electric, but the bed height still needs to be adjusted manually a function usually handled by a caregiver.Electric motor lifts the head and feet of the bed.Adjusting the height of the bed is performed by the patient or caregiver using a hand crank.These adjustments are made by pressing buttons on the remote or on the side/foot pedal controls of the bed (depending on what's included in your bed).Fully electric hospital beds often need to be plugged in to operate.
The patient can control the height and position of the bed using a pendant or remote control.It doesn't require a hand crank,making it easier to get in and out of bed or raise the bed to a comfortable height so caregivers can care for patients or change sheets. Some models can also be moved to more positions.Some fully electric beds have additional features such as Trendelenburg and reverse Trendelenburg,CPR capabilities,etc.Today, electric hospital beds are a mainstream choice for individuals looking to purchase a home hospital bed.They provide users with the best level of support,convenience and comfort.Because every functional part of the bed is electrically powered,its daily operation requires little effort from caregivers and patients.Functions such as raising and lowering the bed,adjusting the backrest and leg rests of the bed are all one-touch. Most electric home beds come with a durable and easy-to-use wired remote.Some high-end hospital beds are equipped with wireless remote controls,which are often difficult for users to find.Adjustable hospital beds come in a variety of options;they are designed to look like regular beds but have the functionality of a home hospital bed.These beds come in a variety of sizes-from double to king.If you're looking to equip your room with a hospital bed as a permanent fixture,and you want aesthetic value,then an adjustable bed is the way to go.Specialty beds are high-end beds that function most similarly to the beds you'll see in a hospital. Equipped with plastic railings,advanced positioning options,embedded controls for personnel and silent operation,these hospital beds bring the latest technological advancements to the home care environment.If you want to buy a special hospital bed,you will pay more than a standard electric hospital bed-however,you will get what you pay for:an upgraded level of functionality and quality.
Even with this information,it can be difficult to find a bed for sale that meets your needs.Vital Mobility puts a lot of time and effort into making sure we have options that fit your needs and wallet.If you have any other questions or still need help picking the right bed,please call us today.We are happy to assist you.
Entering November also means that the winter of 2022 is slowly kicking in. Cold weather can shorten the journey of electric wheelchairs, and if you want them to have a long journey, the usual maintenance is indispensable. When the temperature is very low it affects the battery voltage, causing the battery to become less powerful and the power stored in the electric wheelchair battery to be reduced. A fully charged journey in winter will be roughly 5 km shorter than in summer. How should I keep the batteries of my electric wheelchair warm, and how can I extend the life of my electric wheelchair battery? Here are some solutions you may like to realize.
Unlike charging a cell phone, to charge the battery of the electric wheelchair, it is better to charge the battery when it is half used. Make the battery in a "full state" for a long time, and charge it on the same day after use. If the battery is left idle for a few days and then charged, it is easy for the pole plate to sulphate and the capacity to drop. After charging is completed, it is best not to immediately cut off the power, and continue to charge for 1-2 hours to ensure that "full charge".
It is recommended that you perform a deep discharge every two months of use, i.e. long distance riding until the undervoltage indicator flashes and the power runs out, then recharge to restore the battery capacity. You will then be able to see if the current capacity level of the battery needs maintenance.
Storage of batteries at a loss of power will seriously affect the service life, and the longer the battery is left idle, the more serious the damage to the battery. When the battery needs to be stored for a long time, it must be fully charged and replenished once a month.
To prevent the battery from freezing, the battery of the electric wheelchair can be placed inside the house at a higher temperature when not in use, and should not be placed directly outdoors.
When you encounter rain and snow, wipe it clean and dry before charging; in winter, there is more rain and snow, do not ride into deep water and deep snow to prevent the battery and motor from getting wet.
