Automatic emergency syringe

Abstract

The invention provides an automatic emergency syringe, which comprises a percussion portion and a drug loading portion. The percussion portion is provided with a percussion unit (2), an ejector bar (3), a spring (4) and an upper tube (5). The drug loading portion is provided with a liquor tube (6), a piston (7), a lower tube (8) and an injection needle (9). The percussion unit (2) is held at the top of the upper tube (5). A plurality of jaws (10) are arranged at the upper end of the ejector bar (3). The upper end of each jaw (10) is abutted to the percussion unit (2), and the lower end of each jaw (10) is abutted to the upper surface of an inner ring (11) inside the upper tube (3). The spring (4) is wound around the ejector bar (3) and is compressed. The upper end of the spring (4) is abutted to the lower surface of the inner ring (11). The liquor tube (6) containing liquor is disposed inside the lower tube (8). A rubber plug (7) is disposed at the lower end of the liquor tube (6). The piston (7) is disposed at the upper end of the liquor tube (6). The lower end of the ejector bar (3) is inserted into the piston (7). The injection needle (9) is disposed inside the lower tube (8) and on the lower portion of the rubber plug (12) inside the liquor tube (6). The automatic emergency syringe is suitable for emergency treatment, can be used for self-rescue, and is reasonable in structure and safe and convenient in use.

Description

technical field [0001] The invention relates to a syringe, more specifically to an automatic emergency syringe suitable for field first aid, field work and home first aid and capable of self-rescue. Background technique [0002] At present, in my country's medical device market, there are many types of syringes, which can be simply divided into four generations of syringes in the form of syringes: (1) The first generation of syringes is made of all glass, used many times in hospitals, and repeatedly cooked at high temperature and high pressure , easy to produce cross-infection, it is also very complicated to use in first aid and self-rescue, and it is not safe and inconvenient to use. At present, only underdeveloped countries such as Africa are still using it. (2) The second generation of syringes is the disposable plastic syringes commonly used in China at present. When used in normal times, it requires a high degree of aseptic operation, complicated operations, high work in...

AI Technical Summary

Problems solved by technology

[0002] At present, in my country's medical device market, there are many types of syringes, which can be simply divided into four generations of syringes in the form of syringes: (1) The first generation of syringes is made of all glass, used many times in hospitals, and repeatedly cooked under high temperature and high pressure , prone to cross-infection, complicated to use in first aid and self-rescue, unsafe and inconvenient to use, currently only underdeveloped countries in Africa and other places are still using it

(2) The second generation of syringes is the disposable plastic syringes commonly used in China. In normal use, it requires a high degree of aseptic operation, complex operations, high work intensity, low efficiency, easy cross-infection, and valuable drug residues. large

However, there are some problems in the auto-injectors currently on the market: (1) structurally, the structure of some auto-injectors is too complicated and the number of parts will inevitably lead to a decline in the reliability and safety of the device, and when adapting to vibration, extrusion, etc. There are deficiencies in pressure, collision, etc.

(2) In terms of appearance, some automatic injectors have insufficient shape design. The shape is too large, which is not conducive to carrying and storage; the shape is too small, which is not conducive to the patient's handling of the device when he is in danger.

Some auto-injectors have not taken into account nighttime use and are not adaptable enough

(3) In terms of operation, some automatic injectors are still lacking in operability, and an automatic injector that can be used for first aid should complete the administration within 2 to 3 steps

The more operation steps, the longer the corresponding wasted time, which is more unfavorable for emergency medical rescue

(4) In terms of safety, some auto-injectors on the market do not have a safety insurance part, and the pre-filled drugs in the auto-injector are usually single-dose, and the device is under complex conditions (vibration, extrusion, collision, etc.) The adaptability of the

(5) In terms of hygiene, some automatic syringes on the market are not easy to be sterilized during production, or cannot be stored for a long time, so that the cleanliness of the medicine in the medicine bag cannot be guaranteed, and there are relatively large problems in the hygiene and safety of use.

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