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Solid protective clothing for medical epidemic prevention or labor protection

A kind of protective clothing and solid-state technology, applied in the direction of protective clothing, clothing, clothing, etc., can solve the problems of few functional uses, lack of protective equipment, single raw materials, etc., achieve a wide range of use, improve the use range, and stable physical properties Effect

Pending Publication Date: 2021-04-02
耿金杰
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] Although there are many types of existing protective equipment, some manufacturing processes are too complicated, some manufacturing costs are too high, and some have too few functional uses, especially disposable protective equipment used for medical treatment and epidemic prevention, and cannot be cleaned. And replacement, once it is taken off during use, it will be scrapped. Not only does it cost a lot of money to reserve, but it also wastes resources. It is also easy to cross-infect during recycling and use.
[0003] The existing protective clothing in the fields of medical treatment, epidemic prevention, and labor insurance, one is partial or full-body protection, and the partial ones are obviously not safe enough. The full-body protective clothing is in the field of medical care and epidemic prevention. One is to use masks, hoods, goggles, gloves, etc. Partial splicing into full-body protection, this situation is very easy to overlap infection, the other is a full-body one-piece, but it is very bloated to wear, and it is inconvenient to move, and it needs to be worn next to the body. This kind of soft material cannot be replaced midway, and many people use it Patients are forced to use diapers to defecate. More importantly, the fatal weakness of protective clothing made of this soft material is that it is not strong enough, and it is easy to be worn and scratched, and the damaged parts often cause fatal injuries to users. Injury; this is very different from the solid protective clothing of the present invention, and the existing public records and various documents do not use solid protective clothing in the fields of medical treatment and epidemic prevention
[0004] In the field of labor protection, the existing open and advanced one is the remote control manipulator, which does not require human beings to operate at dangerous sites. It is very safe for human beings, and it can also complete many tasks that cannot be done by human hands, but this cannot replace more human hands. work; the other is that people wear heavy protective clothing to work on site, and can complete the operations that are competent by human hands, but people need to pay a lot of physical strength , And work efficiency is not high, and long-term work also can cause injury to health, and this is also quite different from the present invention
[0005] In addition, the current protective clothing for medical care, sanitation and labor insurance is similar in design materials, basically a single raw material, such as medical non-woven fabrics, currently there is no substitute, these obvious technical defects , It is not obvious to the enterprise, but it is fatal to the society. In the event of an epidemic outbreak or an emergency, the enterprise cannot produce in time at all, let alone keep up with the spread of the epidemic. Unable to obtain protective equipment in time
[0006] In epidemic areas or heavily polluted areas, except for a few professionals who can obtain bulky and expensive protective equipment, there is no protective equipment suitable for residents to maintain their lives and travel. This kind of disaster is the same at home and abroad; from developed countries Japan From the Fukushima nuclear leak to the Indonesian tsunami, from Ebola to today’s coronavirus epidemic, after each outbreak, people simply cannot get protective equipment suitable for living and traveling, and cannot obtain effective protection. Administrative measures include sealing off cities, roads, customs, and airports to prevent people from infecting each other, so that people can only stay at home, but domestic garbage must continue to be cleaned up, order must be maintained, and many jobs must continue to work. Vegetables, grains, oils, and necessities of life have to be purchased and delivered on the street. In order to live, without suitable protective equipment, people can only rely on wearing a simple mask and take the risk of being infected to buy daily necessities on the street and work. Personnel are risking their lives to maintain order, and there are still many important jobs that can only be done by willpower; using masks, goggles and partial protective equipment, the virus can still spread through clothing and hair, and close-fitting protective clothing is too troublesome. If you accidentally get infected, you can’t really cut off the transmission route, and these protective equipment need to be used close to the skin. Prolonged use will damage the skin, especially the face and eyes, and even cause permanent damage to the facial muscles; and wear these protective equipment close to the body Equipment, especially trouser legs, are not light enough for daily travel and use, and the weight of protective equipment will increase the pressure on oneself. This design is even more inappropriate for non-professional residents
[0007] Existing protective equipment is also designed for a single purpose. It is useless after epidemic prevention or operation, causing a lot of waste. The same is true for protective equipment used in other industries. Some are easy to scratch and leak, have few functions, and some are not wear-resistant. , some are not resistant to high temperatures, some are not waterproof, and cannot be widely used in most harsh environments such as epidemics, radiation, pollution, high temperature, low temperature, poisonous, dust, etc. in reality, even in rain, snow, wind, sand, high temperature Due to natural changes in weather such as direct sunlight, different protective equipment must be replaced; it has seriously increased people's expenditure on protection and wasted more resources, resulting in the lack of protective equipment for many occupations that originally needed protection, especially in chemical spills, etc. It becomes more prominent during emergencies; the technical defects in the use, material selection, design and production of these protective equipment have caused many people to give up protection, such as disease prevention and control medical workers, manual picking of agricultural products, radiation, pollution, high temperature, low temperature , poisonous, dust, disaster relief and other high-hazard industries, many people suffer from various diseases, and more people lose their lives because of this

Method used

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  • Solid protective clothing for medical epidemic prevention or labor protection
  • Solid protective clothing for medical epidemic prevention or labor protection
  • Solid protective clothing for medical epidemic prevention or labor protection

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0067] A solid protective suit, such as figure 1 As shown, the solid protective clothing includes a protective cabin 1, a protective helmet 2, a protective arm 3, a filter ventilation port 5, a driving device 6, a chassis 9, a support frame 12, a support rod 14, a hatch door 16, and a telescopic bar 17; The user performs operations outside the protective cabin 1 through the protective arm 3, and does not need to bear the weight of the protective clothing, which not only realizes the isolation and protection of the body, but also can easily move the operation; the production of solid protective clothing components is realized through the following steps:

[0068] Step 1. When the main material of the protective cabin 1 is metal, it can be cut and blanked and stamped; when plastic is used, it can be formed at one time by injection molding, extrusion, etc.; Different anti-seismic, thermal insulation or other protective materials;

[0069] Step 2, such as Figure 10 As shown, th...

Embodiment 2

[0087] A solid protective clothing, refer to Figure 9 , Figure 10 , Figure 11 , Figure 18 , the solid protective clothing includes a protective cabin 1, a chassis 9, a driving device 6, a protective helmet 2, a protective arm 3, a hatch 16, a filter vent 5, a controller 13, and an object box 8; the protective cabin 1 A protective helmet 2 is provided on the top; the protective cabin 1 is provided with a hatch 16, and the hatch 16 is preferentially set on both sides. The protective cabin 1 is also provided with a protective arm 3, and the protective arm 3 mainly allows the user's arm to extend out of the protective cabin. 1 outside; the protective cabin 1 is also provided with a filter vent 5, such as Figure 18 As shown, the user clamps or replaces the cloth 25 through the net buckle cover 27 and the net seat 26. The protective cabin 1 is also provided with a communication port, and the filter ventilation port 5 is preferentially used to communicate outside the protecti...

Embodiment 3

[0090] Referring to Example 1 or Example 2, another application method of the solid protective clothing of the present invention: for the protection of medical personnel, when the medical personnel use the protective equipment of the present invention, they first enter the protective cabin 1, and then perform external disinfection on the equipment , when nursing, operating or diagnosing patients, and making ward rounds, both doctors and patients can be protected; after use or when a new patient number is about to be replaced, they can directly enter the disinfection room for automatic disinfection again, which is better than traditional hand washing and disposable Clothes are safer and thoroughly disinfected, saving time and effectively reducing the rate of cross-infection.

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PUM

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Abstract

The invention discloses solid-state protective clothing for medical epidemic prevention or labor protection. The solid-state protective clothing comprises a protective cabin 1, a protective helmet 2,protective arms 3, a filtering ventilation opening 5, a driving device 6, a chassis 9, a supporting frame 12, a supporting rod 14, a cabin door 16 and a telescopic rod 17. A user operates outside theprotective cabin 1 through the protective arms 3, does not need to bear the weight of the protective clothing; the body of the user is isolated and protected; moving operation can be conducted easily;the manufacturing cost is lower; and the application range of the protective clothing is wider.

Description

technical field [0001] The invention relates to the field of protective equipment, in particular to a solid protective clothing used for medical and epidemic prevention or labor protection. Background technique [0002] Although there are many types of existing protective equipment, some manufacturing processes are too complicated, some manufacturing costs are too high, and some have too few functional uses, especially disposable protective equipment used for medical treatment and epidemic prevention, and cannot be cleaned. And replacement, once it is taken off during use, it will be scrapped, which not only needs to spend a lot of money reserves, but also wastes resources, and it is also easy to cross-infect during recycling and use. [0003] The existing protective clothing in the fields of medical treatment, epidemic prevention, and labor insurance, one is partial or full-body protection, and the partial ones are obviously not safe enough. The full-body protective clothin...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A41D13/00A41D27/00
CPCA41D13/00A41D27/00
Inventor 不公告发明人
Owner 耿金杰
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