CN212789480U - Spring and autumn medical rescue clothes - Google Patents
Spring and autumn medical rescue clothes Download PDFInfo
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- CN212789480U CN212789480U CN202021067312.1U CN202021067312U CN212789480U CN 212789480 U CN212789480 U CN 212789480U CN 202021067312 U CN202021067312 U CN 202021067312U CN 212789480 U CN212789480 U CN 212789480U
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- trousers
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Abstract
The utility model discloses a spring and autumn medical rescue garment, which comprises a coat and trousers, and is of an upper and lower split structure, wherein the coat adopts a design of a stand-up collar and a windproof cap, and the cuffs and the lower hem of the coat are both provided with adjusting tab knots; the front piece of the jacket adopts a loop structure and is provided with a suspension band; the chest pocket of the coat is a three-dimensional high-capacity pocket, is provided with a cover and is fixed through a snap fastener, and a small patch pocket and a small hanging belt are arranged inside the chest pocket; a double-inlaid-wire pocket is designed at the waist part at one side, and the zipper is closed; an arm bag is also designed at the position of the small arm; the utility model has the advantages that: the windproof waterproof garment is good in windproof and waterproof effects, comfortable to wear, capable of meeting the requirements of medical rescue and capable of improving safety.
Description
Technical Field
The utility model relates to a rescue clothes, specifically speaking are medical rescue clothes in spring and autumn belongs to the rescue clothes field.
Background
The concept of individual protective equipment is derived from aviation lifesaving equipment, and is a guarantee system for passengers to leave an aircraft and safely save life when an emergency occurs in the flight of the aircraft, and the guarantee system comprises a parachute, an ejection seat, a closed lifesaving device, a traction lifesaving device and the individual protective equipment. The individual protective equipment comprises an anti-loading garment which pressurizes the abdomen and the lower limbs to improve the positive overload resistance, a compensation garment which pressurizes the body surfaces of the trunk and the four limbs to resist the increase of the intrapulmonary pressure due to pressurization and oxygen supply, a ventilation garment which enables air to circulate in the garment and generates proper temperature on the whole body of a pilot, a protective helmet and a safety belt which prevent collision damage, a life vest, an underarm life preserver and a life neck ring which ensure that the head of a flying person can float out of the water surface without drowning after falling into water, an anti-immersion garment which ensures that the heat of the body is prevented from being greatly dissipated in a short time after the flying person falls into water, and the like. With the increase of protection requirements and the development of protection equipment, the damage factors of individual equipment relate to physical, chemical and biological aspects. The concept of individual protective equipment is beyond the original scope, and the protective objects of the individual protective equipment are beyond the aviation astronomical boundary, and relate to officers such as soldiers, police officers and the like, workers such as workers, farmers, business workers, science and technology workers and everyone who enters a potentially dangerous public place. Therefore, the allocation and the use of individual protective equipment for medical rescue are an important part of the task of safe execution, and when the technical measures cannot eliminate the dangerous and harmful factors in production and life and can not reach the national standard and relevant regulations or can not be technically processed, the wearing of corresponding protective articles becomes the only means for defending against external injury and ensuring the safety and the health of individuals, and is the last line of defense. In human production activities, the device has important significance for ensuring normal production and scientific work and protecting the safety and health of workers, and is unique and indispensable personal equipment.
In recent years, various disaster events frequently occur in the global scope, particularly, the frequently occurring disaster events such as earthquakes, fire disasters, dangerous chemical accidents, riots, and the like in China all cause serious casualties in large area, and the life and property safety of people is seriously influenced. Statistically, the above disasters cause up to 6% of GDP loss each year and result in over 20 million people being deprived of life. In the aspect of post-disaster medical rescue, medical workers bear huge psychological pressure and bear the delightful mission of rescuing and supporting injuries in the face of complex and variable disaster environments. When a medical rescue team member carries out a rescue task, high-risk substances such as smoke, harmful gas and the like are easy to suck in the high-temperature and humid environment if no effective protective measures are available; under the disaster environment that infectious diseases spread and public health face threats, the antibacterial protection aiming at medical rescue personnel is very necessary; under the dangerous environment of facing criminal cases and terrorist events, rescue protective clothing with safety guarantee function is indispensable.
Disclosure of Invention
An object of the utility model is to design a spring and autumn medical rescue clothes, prevent wind, water-proof effects is good, and is comfortable and easy to wear, can adapt to medical rescue's requirement, has improved the security.
The technical scheme of the utility model is that:
the spring and autumn medical rescue suit comprises a jacket and trousers, and is of an upper and lower split structure, the jacket adopts a design of a stand-up collar and a windproof cap, and cuffs and a lower hem of the jacket are both provided with adjusting loop knots so as to meet the requirement of a three-tight structure of the rescue suit, improve the fit degree of a part structure and a human body, and enhance the windproof and warm-keeping effects; the front piece of the jacket adopts a loop structure and is provided with a suspension band, so that external rescue tools such as a safety rope, an emergency rescue bag and the like can be hung conveniently, and the tools can be taken and used quickly; the chest pocket of the jacket is a three-dimensional high-capacity pocket, is provided with a cover and is fixed through a snap fastener, and a small patch pocket and a small hanging belt are arranged inside the jacket, so that rescue tools can be conveniently placed and taken in a classified manner; besides the four three-dimensional bags on the chest, a double-rule pocket is designed on the waist at one side, and the zipper is closed; the small arm is also designed with an arm bag.
The upper part of the three-dimensional high-capacity pocket is provided with a fixed belt loop for holding an interphone and the like; the inner side of the pocket is provided with an interlayer, the two sides of the pocket are provided with spliced corners, and the centers of the spliced corners are provided with zippers.
The elbow of the jacket is provided with an anti-abrasion structure, namely, a wear-resistant fabric layer made of terylene material is sewn on the elbow; molle belts are arranged on two sides of the front part of the jacket.
The coat and the trousers are provided with reflective warning marks and reflective strips.
The knee parts of the trousers are provided with buffer materials such as buffer pads, so that the impact resistance is improved; the foot opening adopts a windproof foot opening, thereby keeping warm and preventing wind and foreign matter from permeating.
The knee of the trousers can be additionally provided with an anti-collision structure, namely a thick cushion layer made of spandex is sewn at the knee; the foot openings of the trousers are provided with drawstrings so as to better protect the ankle parts; the pocket zipper of the trousers is a waterproof invisible zipper, so that the possibility of hooking and scraping is reduced.
The waist of the trousers is provided with an elastic band, so that the anti-skid effect is improved.
The front parts of the thighs of the trousers are provided with three-dimensional pockets.
In order to adapt to wearers with different body types, a drawstring is designed at the lower hem of the coat, side seams of 29cm are provided with hidden folds, and the zipper is closed, so that the coat can adapt to different waist and hip sizes.
The design that elasticity and magic tape combine is adopted at the cuff department of jacket, can adapt to different wrist sizes. Considering that the sweat amount under the armpit is large, armpit tucks with the length of 29cm are designed under the armpit of the coat, the double-zipper is closed, and the mesh cloth is spliced.
For effective wind and water prevention, the upper outer garment and the trousers are made of flame-retardant, protective and breathable fabrics. The flame-retardant breathable fabric is formed by blending a high-strength fiber raw material and a natural fiber raw material, after the flame-retardant function is finished, the comfort of the fabric is further improved due to the soft airflow, a high-molecular environment-friendly coating is adopted, a TPEE (thermoplastic polyester elastomer) non-porous film is compounded on the inner layer of the fabric, and the high-molecular material is subjected to hydrophilic treatment by utilizing the adsorption-diffusion-desorption principle, so that one-way liquid guiding is realized; in addition, TPEE film has strong breathing ability, excellent hand feeling, resistance to hydrolysis, barrier against bacteria, light weight like skin.
80% of high-strength flame-retardant vinylon and 20% of cotton fiber, and 54S/3 yarn and 60S/2 yarn are selected for spinning and weaving. Embedding conductive yarn by adopting a warp-backed weave principle, namely dividing the fabric into surface warp and inner warp, and showing the flame-retardant yarn on the front surface of the fabric as the surface warp; the conductive yarn is used as the inner warp and is displayed on the reverse side of the fabric. In order to improve the performances of water resistance, wind resistance, rain resistance, moisture permeability, cold resistance, bacteria microorganism isolation and the like of the fabric, the flame-retardant fabric needs to be subjected to composite functional coating finishing, a polyurethane coating is compounded on the surface layer of the fabric, the thickness of the coating is 0.012-0.025mm, and the low-transmittance, medium-transmittance and high-transmittance effects are achieved according to different moisture permeability requirements. The windproof performance can reach within 5 mm/s; the water resistance is not lower than 3 grade. The surface of the fabric is subjected to one-way drainage finishing, when medical rescue personnel contact sick and wounded persons or even corpses, the medical rescue personnel can contact body fluid with pathogenic bacteria, and the possible toxic body fluid is prevented from infiltrating; when sweat exists on the body surface in summer or in a high-temperature and high-humidity environment, the sweat can be smoothly discharged. The method is realized by respectively performing hydrophilic and hydrophobic finishing on the surface of the fabric on a setting machine.
In the aspect of garment manufacturing technology, a heat-sealing adhesive tape (mainly concentrated at the splicing positions of fabrics such as armpits, collars, zippers and the like) technology is adopted, so that the waterproof effect of the protective garment is improved.
The utility model has the advantages that: the windproof waterproof garment is good in windproof and waterproof effects, comfortable to wear, capable of meeting the requirements of medical rescue and capable of improving safety.
The present invention will be further explained with reference to the drawings and examples.
Drawings
Fig. 1 is a schematic front structure view of a medical rescue garment in spring and autumn according to an embodiment of the present invention;
fig. 2 is a back structure schematic view of the medical rescue suit in spring and autumn according to the embodiment of the utility model;
fig. 3 is a schematic view of the chest bag structure of the medical rescue suit in spring and autumn of the utility model.
Detailed Description
The following description of the preferred embodiments of the present invention is provided for the purpose of illustration and description, and is not intended to limit the invention.
Example 1
As shown in fig. 1, for effective wind and water prevention, a fabric with flame retardant, protective and air permeable properties, i.e., a flame retardant and air permeable fabric, is selected for the spring and autumn medical rescue suit. The flame-retardant breathable fabric is formed by blending a high-strength fiber raw material and a natural fiber raw material, after the flame-retardant function is finished, the comfort of the fabric is further improved due to the soft airflow, a high-molecular environment-friendly coating is adopted, a TPEE (thermoplastic polyester elastomer) non-porous film is compounded on the inner layer of the fabric, and the high-molecular material is subjected to hydrophilic treatment by utilizing the adsorption-diffusion-desorption principle, so that one-way liquid guiding is realized; in addition, TPEE film has strong breathing ability, excellent hand feeling, resistance to hydrolysis, barrier against bacteria, light weight like skin.
80% of high-strength flame-retardant vinylon and 20% of cotton fiber, and 54S/3 yarn and 60S/2 yarn are selected for spinning and weaving. Embedding conductive yarn by adopting a warp-backed weave principle, namely dividing the fabric into surface warp and inner warp, and showing the flame-retardant yarn on the front surface of the fabric as the surface warp; the conductive yarn is used as the inner warp and is displayed on the reverse side of the fabric. In order to improve the performances of water resistance, wind resistance, rain resistance, moisture permeability, cold resistance, bacteria microorganism isolation and the like of the fabric, the flame-retardant fabric needs to be subjected to composite functional coating finishing, a polyurethane coating is compounded on the surface layer of the fabric, the thickness of the coating is 0.012-0.025mm, and the low-transmittance, medium-transmittance and high-transmittance effects are achieved according to different moisture permeability requirements. The windproof performance can reach within 5 mm/s; the water resistance is not lower than 3 grade. The surface of the fabric is subjected to one-way drainage finishing, when medical rescue personnel contact sick and wounded persons or even corpses, the medical rescue personnel can contact body fluid with pathogenic bacteria, and the possible toxic body fluid is prevented from infiltrating; when sweat exists on the body surface in summer or in a high-temperature and high-humidity environment, the sweat can be smoothly discharged. The method is realized by respectively performing hydrophilic and hydrophobic finishing on the surface of the fabric on a setting machine.
The upper garment 1 adopts a design of a collar and a windproof hat, and the cuffs and the lower hem of the upper garment 1 are both provided with adjusting loop knots so as to meet the requirement of a three-fastening structure of the rescue garment, improve the fit degree of the part structure and a human body, and enhance the windproof and warm-keeping effects; the front piece of the jacket adopts a loop structure and is provided with a suspension band, so that external rescue tools such as a safety rope, an emergency rescue bag and the like can be hung conveniently, and the tools can be taken and used quickly; the chest pocket of the jacket is a three-dimensional high-capacity pocket, is provided with a cover and is fixed through a snap fastener, and a small patch pocket and a small hanging belt are arranged inside the jacket, so that rescue tools can be conveniently placed and taken in a classified manner; besides the four three-dimensional bags on the chest, a double-rule pocket is designed on the waist at one side, and the zipper is closed; the lower arm is also designed with an arm pocket 4.
The upper part of the three-dimensional high-capacity pocket is provided with a fixed belt loop 12 for holding an interphone and the like; the inner side of the pocket is provided with an interlayer 13, the two sides of the pocket are provided with spliced corners 14, and the center of each spliced corner 14 is provided with a zipper.
The elbow of the jacket 1 is provided with an anti-abrasion structure (namely, a wear-resistant fabric layer made of terylene material is sewn on the elbow) 3; molle belts 8 are arranged on two sides of the front part of the jacket 1.
The coat 1 and the trousers 2 are provided with reflective warning marks and reflective strips 7.
The knee parts of the trousers are provided with buffer materials, so that the impact resistance is improved; the foot opening adopts a windproof foot opening, thereby keeping warm and preventing wind and foreign matter from permeating.
The knee of the trousers can be additionally provided with an anti-collision structure (namely a thick cushion layer made of spandex is sewn at the knee) 11; the foot openings of the trousers are provided with drawstrings so as to better protect the ankle parts; the pocket zipper of the trousers is a waterproof invisible zipper, so that the possibility of hooking and scraping is reduced.
The waist of the trousers 2 is provided with an elastic band 9, which improves the anti-skid effect.
The front part of the thigh of the trousers 2 is provided with a three-dimensional pocket 10.
In order to adapt to wearers with different body types, a drawstring is designed at the lower hem of the coat 1, side seams of 29cm are provided with hidden folds 5, and the zipper is closed, so that the coat can adapt to different waist and hip sizes.
The design that the cuffs of the coat 1 are combined by the elastic tape and the magic tape can adapt to different wrist sizes. Considering that the sweat amount under the armpit is large, armpit tucks 6 with the length of 29cm are designed under the armpit of the coat 1, the double zippers are closed, and the mesh fabrics are spliced.
In the aspect of garment manufacturing technology, a heat-sealing adhesive tape (mainly concentrated at the splicing positions of fabrics such as armpits, collars, zippers and the like) technology is adopted, so that the waterproof effect of the protective garment is improved.
Claims (10)
1. Spring autumn medical treatment rescue clothes, its characterized in that: the windproof garment comprises a coat and trousers, and is of an upper and lower split structure, the coat adopts a design of a collar and a windproof cap, and the cuffs and the lower hem of the coat are both provided with adjusting loop knots; the front piece of the jacket adopts a loop structure and is provided with a suspension band; the chest pocket of the coat is a three-dimensional high-capacity pocket, is provided with a cover and is fixed through a snap fastener, and a small patch pocket and a small hanging belt are arranged inside the chest pocket; a double-inlaid-wire pocket is designed at the waist part at one side, and the zipper is closed; an arm bag is also designed at the small arm.
2. The spring and autumn medical rescue suit of claim 1, wherein: the upper part of the three-dimensional high-capacity pocket is provided with a fixed belt loop; the inner side of the pocket is provided with an interlayer, the two sides of the pocket are provided with spliced corners, and the centers of the spliced corners are provided with zippers.
3. The spring and autumn medical rescue suit of claim 2, wherein: the elbow of the jacket is provided with an anti-abrasion structure, and a wear-resistant fabric layer made of terylene material is sewn on the elbow; molle belts are arranged on two sides of the front part of the jacket.
4. The spring and autumn medical rescue suit of claim 3, wherein: the coat and the trousers are provided with reflective warning marks and reflective strips.
5. The spring and autumn medical rescue suit of claim 4, wherein: the knee parts of the trousers are provided with buffer materials; the foot opening is a windproof foot opening.
6. The spring and autumn medical rescue suit of claim 1, wherein: the knee of the trousers can be additionally provided with an anti-collision structure, namely a thick cushion layer made of spandex is sewn at the knee; the foot openings of the trousers are provided with drawstrings; the pocket zipper of the trousers is a waterproof invisible zipper.
7. The spring and autumn medical rescue suit of claim 6, wherein: the waist of the trousers is provided with an elastic band, and the front parts of the thighs of the trousers are provided with a three-dimensional pocket.
8. The spring and autumn medical rescue suit of claim 7, wherein: a drawstring is designed at the lower hem of the coat, 29cm side seam tucks are arranged at the side seams, and a zipper is closed.
9. The spring and autumn medical rescue suit of claim 8, wherein: the cuff of the coat is of an elastic structure and a magic tape, armpit tucks with the length of 29cm are arranged under armpits of the coat, the double zippers are closed, and the mesh fabrics are spliced.
10. The spring and autumn medical rescue suit of any one of claims 1-9, wherein: the coat and the trousers adopt the fabrics with flame retardant, protection and air permeability, namely flame retardant and air permeable fabrics; the flame-retardant breathable fabric is formed by blending a high-strength fiber raw material and a natural fiber raw material, a high-molecular environment-friendly coating is adopted, and a TPEE non-porous film is compounded on the inner layer of the fabric.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021067312.1U CN212789480U (en) | 2020-06-11 | 2020-06-11 | Spring and autumn medical rescue clothes |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021067312.1U CN212789480U (en) | 2020-06-11 | 2020-06-11 | Spring and autumn medical rescue clothes |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN212789480U true CN212789480U (en) | 2021-03-26 |
Family
ID=75096000
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202021067312.1U Expired - Fee Related CN212789480U (en) | 2020-06-11 | 2020-06-11 | Spring and autumn medical rescue clothes |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN212789480U (en) |
-
2020
- 2020-06-11 CN CN202021067312.1U patent/CN212789480U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20210326 |
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| CF01 | Termination of patent right due to non-payment of annual fee |