CN212787557U

CN212787557U - Summer medical rescue clothes

Info

Publication number: CN212787557U
Application number: CN202021067335.2U
Authority: CN
Inventors: 侯世科; 樊毫军; 白松; 张永忠; 吕琪; 曹春霞; 刘子泉; 赵艳梅; 孟祥艳; 卢鲁; 董文龙; 卢明; 史杰
Original assignee: Tianjin University
Current assignee: Tianjin University
Priority date: 2020-06-11
Filing date: 2020-06-11
Publication date: 2021-03-26
Anticipated expiration: 2030-06-11

Abstract

The utility model discloses a summer medical rescue suit, which comprises a jacket and rescue trousers and is a split structure of long sleeves and trousers; the long sleeves are provided with cuff fixing adjusting tabs; the knees and the buttocks of the trousers are easy to adopt a double-layer reinforcing structure; the back of the coat is provided with a pleat structure; the crotch of the rescue pants adopts a triangular folding structure, namely a triangular wear-resistant fabric layer is sewn on the crotch, and the knee part adopts a pumping-saving structure; the utility model has the advantages that: the problem of current clothing sultriness, travelling comfort not enough is solved, the motion loose volume problem in the use has been increased, security performance, warning function, occupation aesthetic feeling improve.

Description

Summer medical rescue clothes

Technical Field

The utility model relates to a rescue clothes, specifically speaking are medical rescue clothes in summer belongs to the rescue clothes field.

Background

The concept of individual protective equipment is originated from aviation lifesaving equipment, and is a guarantee system for passengers to leave an aircraft and safely save lives when the aircraft has an emergency in flight, 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 medical rescue clothes in summer, solved the current situation that current clothing is sultry, the travelling comfort is not enough, increased the motion loose amount in the use, improved security performance, warning function, occupation aesthetic feeling.

The technical scheme of the utility model is that:

the summer medical rescue suit comprises a jacket and rescue trousers, and is of a split structure of long sleeves and long trousers; the long sleeves are provided with cuff fixing adjusting tabs, so that the length of the sleeves can be adjusted; the knees and the buttocks of the trousers are easy to adopt a double-layer reinforcing structure; the back of the coat is provided with a pleat structure; the crotch of the rescue pants is of a triangular folding structure, namely a triangular wear-resistant fabric layer is sewn on the crotch, and the knee is of a pumping-saving structure.

The front fly of the jacket adopts a hidden front fly structure, so that the front fly flat garment is attractive, and buttons are prevented from being hooked; the buttons at the cuffs and the pocket cover of the jacket are all snap buttons, so that the jacket is convenient to open and close.

The left side and the right side of the cutting line of the back part of the jacket are provided with pleats; the armpit part of the coat is provided with a triangular inserting piece which is used as an opening, and the armpit fabric is breathable eyelet fabric; the rear lower hem of the jacket is lengthened and provided with a radian, so that the situation that the back skin of a rescuer is exposed when squatting and the like are performed can be avoided; the chest bag of the coat is a double-layer three-dimensional pocket with box-type folds to increase the capacity of the pocket, the pocket cover of the pocket is trapezoidal and is not sealed completely, objects exceeding the length of the pocket can be placed, and the side face of the pocket is provided with a zipper design, so that rescue tools can be taken conveniently.

The waist of the rescue pants is provided with an anti-slip belt; the knees and the buttocks of the rescue trousers are subjected to wear-resistant treatment, and a layer of grid cloth is covered on the rescue trousers; a layer of lining is added inside the rescue trousers, and the opening is tightened by using knitted threads; the crotch of the rescue trousers is subjected to tucking treatment, so that the activity is improved, and meanwhile, the air permeability is increased; two symmetrical inner bags and an outer bag with a cover are arranged at the front side part of the thigh of the rescue pants. A rear bag is arranged above the hip of the rescue pants, and side bags are arranged on two sides of the rear bag.

The foot openings of the rescue trousers are provided with built-in threaded foot openings.

The left side and the right side of the chest of the jacket are respectively provided with a hanging belt and a magic tape; the front side under the waist of the rescue trousers is also provided with a suspension band.

The long sleeves are provided with arm belts.

A15-centimeter buckle loop is sewn on the inner layer of each sleeve, a button is sewn at a position 5 centimeters above the elbow of the outer layer, the long sleeves can be folded from the wrists to the elbows and fixed by the buttons, the requirement of a wearer for adjusting the length of the sleeves is met, the sleeves are prevented from sliding off in the moving process, the structure of fixing the adjusting loop on the cuffs is added, and the adjustment of the length change of the sleeves is realized.

And in consideration of the visibility/conspicuity of the medical rescue suit, the front fly, the cuffs, the sleeves and the side seam dividing lines of the jacket are provided with reflective strips so as to ensure the safety of rescuers in a dark environment.

In summer, the rescue site is often in an environment with high temperature, high humidity and more mosquitoes, so the protective clothing has to pay attention to the moisture absorption and air permeability, the bacteriostatic comfort, the pollutant and blood splashing prevention and the mosquito prevention performance of the fabric in terms of functional design.

The fabric of the jacket mainly adopts twill woven fabric which can regulate humidity and dry quickly and conduct moisture in one direction, and is subjected to crease-resistant treatment; the twill woven fabric is made of three fiber blended yarns of cotton, polyester fiber embedded with active particles (carbon nano particles extracted from volcanic ash) and spandex serving as raw materials, and is made into the twill woven fabric, and breathable moisture-absorbing bacteriostatic mesh fabric materials are adopted at parts which are easy to sweat under armpits, so that sweat volatilization is increased;

the rescue pants adopt a woven fabric made of wool, cool fibers, polyester fibers embedded with active particles and conductive fiber blended yarns as raw materials, the fabric weaving process adopts a principle of double-layer organization to embed the conductive fiber blended yarns, namely, the fabric is divided into surface warps and inner warps, and the conductive fiber blended yarns are used as the surface warps and are displayed on the front surface of the fabric; the wool, cool fiber and polyester fiber embedded with active particles are used as inner warps and are displayed on the back surface of the fabric, so that the fabric has the functions of softness, comfort, cool body feeling, static electricity resistance, moisture absorption, quick drying and the like.

Considering that the on-site rescue environment is complex after a disaster, and the on-site debris is extremely easy to generate physical injuries such as friction, scratch and the like on the exposed part of the rescue personnel, a split structure of long sleeves and long trousers is adopted on the clothing style; meanwhile, in order to meet the adjustment requirement of the wearer on the length of the sleeves and prevent the sleeves from sliding off in the movement process, the structure of the cuff fixing adjusting tab is added to realize the adjustment of the length change of the sleeves; knees and buttocks are easy to scratch and abrade, and a double-layer reinforcing structure is adopted to reinforce and protect key parts.

The action of medical rescue personnel in the course of the work is decomposed, through analyzing that the arm front curve is more serious to the tractive of clothing back position, it is more obvious to the tearing of crotch portion when striding, the volume of loosing demand to the knee position is great when squatting, consequently in the aspect of the version design of rescue clothes, at the clothing back increase pleat structural design, crotch portion adopts the folding design of three angie types, the knee position is taken out and is economized the structural processing, improve the motion volume of loosing of clothing in-process, avoid unnecessary tractive, cause the restriction of range of motion, form the potential safety hazard.

In the aspect of safety protection, because the biting of mosquitoes, snakes and scorpions in summer is serious, the built-in threaded foot openings are added at the foot openings of the rescue trousers, so that the mosquitoes, the snakes and the scorpions are prevented from entering the body through the foot openings to cause injury, and meanwhile, the damage of broken stone sundries to the legs can be avoided. The range of motion is great in the rescue process, and in the process of squatting rapidly, very easily cause the gliding of trousers, based on this condition, in rescue waist of trousers structural design, increase the design of anti-skidding structure, ensure the laminating of rescue trousers dress and human body.

In the process of making the clothes, the process of overedging and edge covering is adopted, so that the strength of the seam part of the clothes is improved, the splicing part is smooth and attractive, and the durability and the comfort when the clothes are worn are improved.

The utility model has the advantages that: the problem of current clothing sultriness, travelling comfort not enough is solved, the motion loose volume problem in the use has been increased, security performance, warning function, occupation aesthetic feeling improve.

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 suit in summer according to an embodiment of the present invention;

fig. 2 is a schematic view of a back structure of a medical rescue suit in summer according to an embodiment of the present invention;

fig. 3 is a schematic view of a cuff loop structure of a medical rescue suit in summer according to an embodiment of the present invention.

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. 1-3, a summer medical rescue garment comprises a coat 1 and rescue pants 2, which are of a split structure of long sleeves and long pants; the long sleeves are provided with cuff fixing adjusting tabs, so that the length of the sleeves can be adjusted; the knees and the buttocks of the trousers are easy to adopt a double-layer reinforcing structure; the back of the coat is provided with a pleat structure; the crotch of the rescue pants is of a triangular folding structure (namely a triangular wear-resistant fabric layer is sewn on the crotch), and the knee is of a pumping-saving structure.

The left and right sides of the cutting line of the back part of the jacket are provided with pleats 8; the armpit part of the coat is provided with a triangular inserting piece 9 which is used as an opening, and the armpit fabric is breathable eyelet fabric; the rear lower hem of the jacket is lengthened and provided with a radian, so that the situation that the back skin of a rescuer is exposed when squatting and the like are performed can be avoided; the chest bag of the coat is a double-layer three-dimensional pocket with box-type folds to increase the capacity of the pocket, the pocket cover of the pocket is trapezoidal and is not sealed completely, objects exceeding the length of the pocket can be placed, and the side face of the pocket is provided with a zipper design, so that rescue tools can be taken conveniently.

The waist of the rescue pants is provided with an anti-slip belt 7; the knees and the buttocks of the rescue trousers are subjected to wear-resistant treatment, and a layer of grid cloth is covered on the rescue trousers; a layer of lining is added inside the rescue trousers, and the binding openings 12 are tightened by using knitting threads; the crotch of the rescue trousers is subjected to tucking treatment, so that the activity is improved, and meanwhile, the air permeability is increased; two symmetrical inner bags (zipper seals) 10 and outer bags 11 with covers are arranged at the front side parts of the thighs of the rescue trousers. A rear bag 13 is arranged above the hip of the rescue pants, and side bags 14 are arranged on two sides of the hip.

The left side and the right side of the chest of the coat 1 are respectively provided with a suspension belt 4 and a magic tape 3; the front side under the waist of the rescue trousers is also provided with a suspension belt 4.

The long sleeves are provided with arm belts 5.

And in consideration of the visibility/conspicuity of the medical rescue suit, the front fly, the cuffs, the sleeves and the side seam dividing lines of the jacket are provided with the reflective strips 6 so as to ensure the safety of rescuers in a dark environment.

The fabric of the jacket mainly adopts twill woven fabric which can regulate humidity and dry quickly and conduct moisture in one direction, and is subjected to crease-resistant treatment; the twill woven fabric is made of three fiber blended yarns of cotton, polyester fiber embedded with active particles (carbon nano particles extracted from volcanic ash) and spandex serving as raw materials, and is woven by selecting a 2-over-1-down-right twill weave structure. The test weaving process comprises the following steps: warp density x weft density: 500X 230 roots/10 cm; reed number: 82, 3 in; designing the breadth: 150 cm; gray fabric gram weight: 160 g/m²(ii) a Sizing process: light-slurry and shaft oiling; and (3) a machining process: the technology of middle and high back beam height, small tension and large opening ensures the antifriction, stretch-keeping and reinforcement in the process of loading, and adopts breathable moisture-absorbing bacteriostatic mesh cloth material at the position which is easy to sweat under the armpit to increase the volatilization of sweat;

the rescue pants are made of woven fabrics made of wool, cool fibers, polyester fibers embedded with active particles and conductive fiber blended yarns (the proportion of the four materials is 5%, 10% and 80%) as raw materials, the fabric weaving process adopts a principle of double-layer organization to embed the conductive fiber blended yarns, namely, the fabrics are divided into surface warps and inner warps, and the conductive fiber blended yarns are used as the surface warps and are displayed on the front surfaces of the fabrics; the wool, cool fiber and polyester fiber embedded with active particles are used as inner warps and are displayed on the back surface of the fabric, so that the fabric has the functions of softness, comfort, cool body feeling, static electricity resistance, moisture absorption, quick drying and the like.

Claims

1. summer medical rescue clothes, it is characterized in that: comprise jacket and rescue trousers, it is the split structure of long-sleeved, long trousers; Described long-sleeve is provided with cuff fixing adjustment loop; The knee of described trousers, buttock adopt double layer Reinforcing structure; the back of the jacket is provided with a pleated structure; the crotch of the rescue pants adopts a triangular folding structure, that is, a triangular wear-resistant fabric layer is sewn on the crotch, and the knee part adopts a dart structure.

2 . The summer medical rescue suit according to claim 1 , wherein: the placket of the jacket adopts a dark placket structure; the cuffs of the jacket and the buttons at the bag cover are all snap buttons. 3 .

3. summer medical rescue suit according to claim 2 is characterized in that: the left and right sides at the dividing line on the back of the jacket are pleats; the underarm part of the jacket is provided with a triangular insert to make an opening, and the underarm fabric It is a breathable mesh cloth; the back hem of the jacket is lengthened and provided with an arc; the chest pocket of the jacket is a double-layer three-dimensional pocket, the bag cover of the pocket is trapezoidal, and is not completely sealed, and the side of the pocket has Zipper design.

4. The summer medical rescue suit according to claim 3, characterized in that: the waist of the rescue pants is provided with an anti-skid belt; the knees and buttocks of the rescue pants are wear-resistant and covered with a layer of mesh cloth; A layer of lining is added to the inside of the rescue trousers, and a knitted thread is used to tighten the opening; the crotch of the rescue trousers is treated with dark pleats; the rescue trousers are provided with two symmetrical inner pockets and a belt cover on the front side of the thigh. Outer bag.

5 . The summer medical rescue suit according to claim 4 , wherein the rescue trousers are provided with rear pockets above the buttocks and side pockets on both sides; the foot openings of the rescue trousers are provided with built-in threaded feet. 6 . mouth.

6 . The summer medical rescue suit according to claim 5 , characterized in that: the left and right sides of the front chest of the jacket are respectively provided with suspension belts and Velcro; the lower front side of the waistband of the rescue pants is also provided with suspension belts ; Armbands are provided on the long sleeves.

7 . The summer medical rescue suit according to claim 6 , wherein a 15 cm button loop is sewn on the inner layer of the sleeve of the jacket, and a button is sewn 5 cm above the elbow of the outer layer. 8 .

8 . The summer medical rescue suit according to claim 7 , wherein reflective strips are provided on the placket, cuffs, sleeves and side seam dividing lines of the jacket. 9 .

9 . The summer medical rescue suit according to claim 8 , characterized in that: the fabric of the top is mainly made of twill woven fabrics with adjustable wetness, quick-drying, and unidirectional wettability, and is treated with anti-wrinkle; The fabric is made of cotton, polyester fiber embedded with active particles, and spandex three fiber blended yarns as raw materials to make twill woven fabric.

10 . The summer medical rescue suit according to claim 9 , wherein the rescue pants are made of woven fabrics made of wool, cool-feeling fibers, polyester fibers embedded with active particles, and conductive fiber blended yarns as raw materials. 11 . , The fabric weaving process adopts the principle of double weaving to embed the conductive fiber blended yarn, that is, the fabric is divided into surface warp and inner warp, and the conductive fiber blended yarn is used as the surface warp, which appears on the front of the fabric; wool, cool fiber, The polyester fiber embedded with active particles is used as the inner warp and appears on the reverse side of the fabric.