Protective clothing capable of isolating solar thermal radiation and ventilating

Abstract

The invention discloses a ventilated protective garment capable of isolating sunlight heat radiation, which comprises an aluminum foil cloth coat and an inner cushion close-fitting belt sleeve, the shoulder of the aluminum foil cloth coat is provided with a second exhaust port, and the inner cushion close-fitting belt sleeve is used for supporting the aluminum foil cloth coat, so that an exhaust channel is formed between the human skin and the aluminum foil cloth coat. According to the invention, the aluminum foil cloth coat and the inner cushion close-fitting belt sleeve are combined to form the protective clothing to prevent the damage of sunlight heat radiation energy to human bodies; an exhaust channel is formed between the aluminum foil cloth coat and the skin of the human body, and residual radiation energy and heat energy emitted from the human body are timely exhausted out of the protective clothing in an organized natural ventilation mode; and a comfortable environment is created for people.

Description

Technical Field

[0001] The invention relates to a ventilated protective clothing capable of isolating solar heat radiation, belonging to the technical field of human body protective equipment. Background Art

[0002] Due to the rapid warming of the global climate, the extreme temperatures in many parts of my country have continuously hit new highs since the beginning of summer. In South China, North China, Central China and other large areas, the extreme temperature has reached 48°C, and the number of days with super high temperatures has reached 60 days. In addition, the extreme temperature in Japan, Italy, the United States, Russia, Spain, India and other large areas of the world has reached above 48°C. These super-high temperatures are caused by the super-strong solar thermal radiation energy, which is extremely harmful to the health of people doing outdoor activities.

[0003] According to the data on surface radiation in heat transfer, the radiation process of the sun to the surface is as follows: if the total solar radiation energy is 1000W / m 2 , atmospheric reflection is about 330W / m 2 Atmospheric absorption is about 210W / m 2 , reaching the earth's surface is about 460W / m 2 , ground reflection is about 40W / m 2 , the ground absorbs about 420W / m 2 When people are outdoors in the sun, the sun’s radiation energy to the human body is about 670W / m 2 .

[0004] For such an extremely strong radiation energy environment, relevant researchers have found that aluminum foil has excellent barrier properties against light and heat radiation energy. The absorption rate and emissivity of aluminum foil to radiation energy are particularly small, about 0.02 to 0.06; aluminum foil is used for heat insulation and is a new type of thermal insulation material based on thermal radiation theory.

[0005] From ancient times to the present, people still wear various cloth clothes when they are active under the sun. Although cloth clothes can block a small part of the radiation energy, due to the relatively high absorption rate of radiation energy by cloth clothes, they will lose their blocking effect after being used for a long time. Therefore, under the exposure to super-strong solar radiation energy, cloth clothes lose their protective effect on people's health. Summary of the invention

[0006] The technical problem to be solved by the present invention is: how to solve the problem that cloth clothes lose their protective effect on people's health under the irradiation of super strong solar radiation energy.

[0007] In order to solve the above technical problems, the technical solution of the present invention is to provide a protective clothing that can isolate solar heat radiation and is ventilated, characterized in that it includes an aluminum foil cloth outer garment and an inner tight belt sleeve, the shoulder of the aluminum foil cloth outer garment is provided with a second exhaust port, and the inner tight belt sleeve is used to prop up the aluminum foil cloth outer garment, so that an exhaust channel is formed between human skin and the aluminum foil cloth outer garment.

[0008] Preferably, the inner padded tight belt sleeve comprises a vertical padding strap on the front chest and a vertical padding strap on the back, the lower ends of the vertical padding strap on the front chest and the vertical padding strap on the back are connected by a through waistband, the two ends of the through waistband are connected by a through waistband buckle ring, the upper ends of the vertical padding strap on the front chest and the vertical padding strap on the back are respectively connected with a tile-shaped shoulder pad, and the tile-shaped shoulder pad is provided with a second exhaust port corresponding to and matching the second exhaust port on the aluminum foil outer coat; the vertical padding strap on the front chest and the vertical padding strap on the back are structures that are interconnected on the left and right sides, and the through waistband is a structure that is interconnected on the upper and lower sides.

[0009] Preferably, the inner pad tight belt sleeve also includes left and right through-linking straps, the front chest vertical pad strap and the back vertical pad strap are respectively fixedly connected to the left and right through-linking straps, and the two ends of the left and right through-linking straps are connected by buckle rings; the left and right through-linking straps are located between the tile-shaped shoulder pads and the through waist belt; the left and right through-linking straps are structures that are connected at the upper and lower sides.

[0010] Preferably, the front chest vertical pad strap and the back vertical pad strap are two pad straps that are symmetrically arranged vertically on the left and right sides, and the two back vertical pad straps are connected by at least one back through-link strap, and the back through-link strap is located between the left and right through-link straps and the tile-shaped shoulder pad, and at least one buckle ring is connected between the two front chest vertical pad straps to lock or release the two front chest vertical pad straps; the back through-link strap is a structure that is connected at the upper and lower sides.

[0011] Preferably, the buckle ring includes a buckle ring and a strap ring, which are respectively fixed on two front chest vertical pad straps, an I-shaped insert strip is provided at one end of the strap ring, and a long strip-shaped insertion hole is provided on the buckle ring; when the strap ring and the buckle ring are connected, the insert strip is inserted into the insertion hole, and the insert strip is slid downward to clamp the I-shaped groove on the side wall of one side of the insertion hole.

[0012] Preferably, the through belt buckle ring includes a left ring and a right ring, the left ring is provided with two loops 6-4-1, a guide rod is provided at one end of the left ring, a strap and a loop are provided on the right ring, a guide groove is provided at one end of the right ring, the guide rod and the guide groove match, the left ring and the right ring of the through belt buckle ring 6-4 are respectively connected to the two ends of the through belt 6-1, so that the two ends of the through belt 6-1 can be connected together; before use, select a through belt 6-1 of suitable length, if it is too long, the excess single-section flat double-ring tube 6-2 can be cut off; when in use, insert the guide rod into the guide groove, then pass one end of the strap through a loop on the left ring, return and pass through the loop on the right ring, and finally pass through another loop on the left ring and tie a knot to fix it.

[0013] Preferably, the tile-shaped shoulder pad is a double-layer, four-sided through structure, with a second exhaust port on the top and a first exhaust port on the neck side; the air entering from the air inlet at the bottom of the aluminum foil outer garment continues to rise to the first exhaust port 3 on the neck and the second exhaust port 2 on the shoulder by relying on the power of natural rise, and is discharged outside the protective clothing.

[0014] Preferably, the interpenetrating structures are all formed by weaving a plurality of single-section flat double-loop tubes, the interpenetrating direction of each interpenetrating structure is the same as the interpenetrating direction of the single-section flat double-loop tube, and the plurality of single-section flat double-loop tubes are fixed on the base thin strip by weaving.

[0015] Preferably, the aluminum foil cloth outer garment comprises an outer garment body, sleeves, and buttons, and is characterized in that the aluminum foil cloth outer garment further comprises an upper arm semi-ring gasket and a wrist semi-ring gasket.

[0016] The present invention adopts an aluminum foil outer garment and an inner tight belt sleeve to form a protective garment to block the harm of solar thermal radiation energy to the human body, and can block most of the solar thermal radiation energy (about 98%) outside the protective garment; the exhaust channel formed between the aluminum foil outer garment and the human skin is used to discharge the remaining radiation energy and the heat energy emitted from the human body to the outside of the protective garment in time through organized natural ventilation; thus, a more comfortable environment is created for people. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1 The present invention is a front view of a protective clothing that can block solar heat radiation and is ventilated;

[0018] Figure 2 It is a schematic diagram of the through belt;

[0019] Figure 3 A rear view of a protective garment capable of isolating solar heat radiation and being ventilated;

[0020] Figure 4 It is the front view of the aluminum foil outer garment;

[0021] Figure 5This is the front view of the chest buckle ring;

[0022] Figure 6 for Figure 4 A top view of

[0023] Figure 7 It is a schematic diagram of the structure of the buckle ring of the through belt;

[0024] Figure 8 This is the front view of a single-section flat double-ring tube;

[0025] Fig. 9 It is a top view of a single-section flat double-ring pipe;

[0026] Fig.10 It is the front view of the tile-shaped shoulder pad;

[0027] Fig.11 It is a top view of the tile-shaped shoulder pad;

[0028] Fig.12 It is the front view of the upper arm half ring gasket;

[0029] Fig.13 It is a top view of the upper arm half ring gasket;

[0030] Fig.14 This is the front view of the wrist half ring gasket;

[0031] Fig.15 A top view of the wrist half ring gasket. DETAILED DESCRIPTION

[0032] In order to make the present invention more clearly understood, preferred embodiments are described in detail below with reference to the accompanying drawings.

[0033] The present invention provides a protective clothing that can isolate solar heat radiation and is ventilated. Figure 1-Figure 15 As shown, it includes an aluminum foil outer garment 7 and an inner padded tight belt set 6. The aluminum foil outer garment 7 includes an outer garment body, sleeves, and buttons that constitute normal clothes, and also includes an upper arm semi-ring gasket 12 and a wrist semi-ring gasket 13 newly added in the present invention; the inner padded tight belt set 6 includes a through belt 6-1, a tile-shaped shoulder pad 4, a front chest vertical pad belt 1, a back vertical pad belt 11, a single-section flat double-ring tube 6-2, a base thin belt 6-3, a through belt buckle ring 6-4, a front chest buckle ring 5, a back through connection belt 10, and left and right through connection belts 9.

[0034] The main function of the aluminum foil outer coat 7 is to block most of the solar heat radiation energy outside the aluminum foil outer coat 7; a second exhaust port 2 is arranged at the shoulder of the aluminum foil outer coat 7 for the gas in the natural exhaust channel to be discharged.

[0035] The functions of the inner padded tight belt cover 6 are: 1) the inner padded tight belt cover 6 and the aluminum foil outer garment 7 are combined into a protective garment that can effectively isolate the heat radiation energy of the sun; 2) the setting of the inner padded tight belt cover 6 forms an exhaust channel between the human skin and the aluminum foil outer garment 7, so that an organized natural ventilation method can be achieved.

[0036] The inner tight-fitting belt sleeve 6 includes a through belt 6-1 and a through belt buckle 6-4. The function of the through belt 6-1 is to connect the airflow between the lower body and the upper body at the waist. The naturally rising airflow at the lower part can enter the upper part of the belt through the through belt 6-1. The through belt 6-1 is the fixing point of the front and rear pads (i.e., the front chest vertical pad 1 and the back vertical pad 11) at the lower end; the through belt 6-1 is provided with a through belt buckle 6-4 at the front, which can be fastened and unfastened.

[0037] The inner tight-fitting belt sleeve 6 also includes a tile-shaped shoulder pad 4, which is symmetrically arranged on the left and right. The tile-shaped shoulder pad 4 is the fixing point of the vertical pad belt 1 on the front chest and the vertical pad belt 11 on the back at the upper end; the tile-shaped shoulder pad 4 is double-layered and connected on all four sides, with a second exhaust port 2 arranged on the top, and a first exhaust port 3 on the neck side, which together with other related components constitutes an exhaust port around the neck; the air entering from the air inlet 8 at the bottom of the aluminum foil outer garment 7, relying on the power of natural rise, continues to rise to the neck exhaust port (i.e., the first exhaust port 3) and the shoulder exhaust port (i.e., the second exhaust port 2), and is discharged outside the protective clothing. Among them, the air entering the air inlet 8, through each pad belt and the through-link, to the first exhaust port 3 and the second exhaust port 2 are all exhaust channels. In addition, aluminum foil is arranged on the lower side of the cavity of the tile-shaped shoulder pad 4.

[0038] The inner tight-fitting belt sleeve 6 also includes a front chest vertical pad belt 1, which is two symmetrical vertical arrangements, with the upper end fixed to the tile-shaped shoulder pad 4 and the lower end fixed to the through waist belt 6-1; it is also the fixing point of the buckle ring; it can be locked and released simultaneously with the through waist belt 6-1.

[0039] The inner tight-fitting belt sleeve 6 also includes a vertical pad belt 11 at the back, which is symmetrically arranged vertically on the left and right. The upper end is fixed to the tile-shaped shoulder pad 4, and the lower end is fixed to the through belt 6-1. It is also the fixing point of the through belt (i.e. the through belt 10 at the back and the through belt 9 on the left and right sides).

[0040] The inner tight-fitting belt sleeve 6 further comprises through-connecting straps 9 on left and right sides, and the through-connecting straps 9 on left and right sides are fixedly connected to the front chest vertical pad strap 1 and the back vertical pad strap 11 .

[0041] The inner tight-fitting belt sleeve 6 also includes a buckle ring, which is divided into left and right parts, that is, the left part is a buckle ring 5-3, and the right part is a buckle ring 5-2. The buckle ring is respectively fixed to the left and right vertical pads (i.e., the right side pad 5-1 and the left side pad 5-4) of the front chest vertical pad belt 1. In this embodiment, the buckle ring 5-2 is fixed to the right side pad 5-1 of the front chest, and the buckle ring 5-3 is fixed to the left side pad 5-4 of the front chest. An I-shaped insert strip is provided at one end of the buckle ring 5-2, and a long strip-shaped insertion hole is provided on the buckle ring 5-3. When the buckle ring 5-2 and the buckle ring 5-3 are connected, the insert strip is inserted into the insertion hole, and the insert strip is slid downward, so that the I-shaped groove can be stuck on the side wall of one side of the insertion hole.

[0042] The inner padded tight belt set 6 also includes a single-section flat double-loop tube 6-2, which is a basic unit component that runs through the waist belt 6-1 and all pads and connecting belts. The single-section flat double-loop tube 6-2 is used as a weaving unit, and is vertically woven to form the waist belt 6-1 and the connecting belt; it is horizontally woven to form the inner pad connecting belt (i.e. the front chest vertical pad belt 1 and the back vertical pad belt 11), and the length is determined by actual needs. The single-section flat double-loop tube 6-2 is a key component that allows the airflow to flow smoothly between the lower and upper parts of the waist belt 6-1, and is also a key component that ensures that the aluminum foil outer garment 7 can efficiently block the solar heat radiation energy.

[0043] The inner padded tight belt sleeve 6 also includes a base thin belt 6-3, which is a fixed base belt of a single-section flat double-loop tube 6-2. When the through waist belt 6-1 and the left and right through connecting belts are woven, the single-section flat double-loop tube 6-2 is vertically arranged; when the front chest vertical pad belt 1 and the back vertical pad belt 11 are woven, the single-section flat double-loop tube 6-2 is horizontally arranged.

[0044] The through belt buckle 6-4 comprises a left ring 6-4-2 and a right ring 6-4-6, wherein the left ring 6-4-2 is provided with two ties 6-4-1, one end of the left ring 6-4-2 is provided with a guide rod 6-4-3, the right ring 6-4-6 is provided with a ties 6-4-5 and a ties 6-4-1, one end of the right ring 6-4-6 is provided with a guide groove 6-4-4, the guide rod 6-4-3 matches the guide groove 6-4-4, the left ring 6-4-2 and the right ring 6-4-6 of the through belt buckle 6-4 are respectively connected to the two ends of the through belt 6-1, so that the two ends of the through belt 6-1 can be connected together. Before use, select a through belt 6-1 of suitable length, if it is too long, the redundant single-section flat double ring tube 6-2 can be cut off. When in use, insert the guide rod 6-4-3 into the guide groove 6-4-4, then pass one end of the belt 6-4-5 through a ring 6-4-1 on the left ring 6-4-2, return and pass through the ring 6-4-1 on the right ring 6-4-6, and finally pass through another ring 6-4-1 on the left ring 6-4-2 and tie a knot to fix it, so that the through belt 6-1 can be fixed on the human body.

[0045] The heat insulation principle of the protective clothing composed of the aluminum foil outer garment 7 and the inner tight belt sleeve 6 is described as follows:

[0046] When the protective clothing of the present invention is worn, the inner padded tight belt set 6 is first put on when the human body is naked (only wearing briefs), and then the aluminum foil outer coat 7 is put on to form the protective clothing; at this time, the human body is in the center of the protective clothing; this is a new special scene, when the body is naked, it is the state with the highest external heat dissipation efficiency, because the surface of the human skin is covered with sweat pores and sweat hairs, the rapid heat dissipation of the human body mainly depends on sweating, and the moisture in the human body is completely discharged by the sweat hairs on the skin; since an exhaust channel is formed between the human skin and the aluminum foil outer coat 7, the sweat discharged by the sweat hairs on the skin evaporates in the exhaust channel, and the water needs to absorb the heat in the air when evaporating, so the air temperature in the exhaust channel will decrease; since a small amount of radiation energy of the aluminum foil outer coat 7 still enters the exhaust channel, the lower part of the protective clothing also has an ascending airflow higher than the exhaust channel temperature entering the exhaust channel, so that the air temperature in the exhaust channel is always maintained in the ascending process, however, the acceleration of the ascending airflow will be beneficial to the evaporation of sweat, thereby maintaining the air temperature in the exhaust channel stable within a comfortable range. In addition, the starting ambient temperature of human sweating is about 31°C, and the relative humidity is about 35%. When the temperature in the exhaust duct exceeds 31°C, the human body will sweat outwards, the temperature will rise, and the amount of sweating will increase. In short, the rising airflow from the bottom of the protective clothing entering the exhaust duct is the main factor in maintaining the air temperature in the exhaust duct. Under normal circumstances, it can be maintained at about 32°C.

[0047] The working process of the organized natural ventilation system formed between the protective clothing and the human skin is described as follows:

[0048] The exhaust channel formed between the protective clothing and the human skin is a priority condition for organized natural ventilation. The natural convection of air is caused by changes in air temperature, which causes changes in its density. Temperature changes are the driving force for air flow. As air temperature rises, its density decreases, which naturally generates a lifting force. In the summer when super-strong solar thermal radiation shines on the earth, the sun heats the earth's surface from rising to setting. After the air on the earth's surface is heated by solar radiation, its temperature continues to rise and its density continues to decrease, which naturally generates a continuous upward airflow. People can feel the wind when they are outdoors.

[0049] Although the protective clothing blocks about 98% of the sun's thermal radiation energy, there is still about 2% of the radiation energy that needs to be eliminated; in addition, the human body will continuously discharge heat and moisture; all of this heat and moisture need to be discharged through the exhaust channel formed between the protective clothing and the human skin; the specific process is as follows: the continuous rising air flow on the earth's surface enters the bottom of the protective clothing, and flows upward from the bottom, from the lower part of the body through the through belt 6-1 into the upper part of the body, until it is discharged from the neck exhaust port (first exhaust port 3) and the tile-shaped shoulder pad 4 exhaust port (second exhaust port 2).

[0050] The reasons for innovatively designing each component in the present invention are as follows:

[0051] 1) The inner tight belt set 6 is combined with the aluminum foil outer garment 7 to form a protective garment. Since an exhaust passage is formed between the protective garment and the human skin, an organized natural ventilation airflow is provided to continuously flow upwards; and the protective garment is easy to wear and take off.

[0052] 2) The through-belt 6-1 is the lower end connecting part of the inner tight belt 6 and is also a passage for the air in the lower part of the inner side of the aluminum foil outer garment 7 to rise into the upper part of the body, ensuring that the airflow under the through-belt 6-1 can enter the upper exhaust passage unhindered by naturally forming an upward force; the through-belt 6-1 is provided with a buckle ring at the front to facilitate tightening and removing.

[0053] 3) The tile-shaped shoulder pad 4 is the upper end connecting component of the inner pad tight belt cover 6, and is also the exhaust outlet at the upper end of the exhaust channel and the upper end of the arm; at the same time, the tile-shaped shoulder pads 4 on the left and right sides and the related components on the front and back sides constitute the neck exhaust outlet.

[0054] 4) Single-section flat double-loop tube 6-2. Single-section flat double-loop tube 6-2 has the following special requirements: ① Single-section flat double-loop tube 6-2 needs to have high permeability and light weight, and requires that the contact surface with the aluminum foil outer garment 7 become a linear contact, which can greatly improve the efficiency of blocking radiation energy; ② Single-section flat double-loop tube 6-2 is the basic unit tube of the through waist belt 6-1, the through connecting belt and the pad belt; ③ The through waist belt 6-1 and the through connecting belt are vertically woven by single-section flat double-loop tube 6-2; the front chest vertical pad belt 1 and the back vertical pad belt 11 are horizontally woven.

[0055] 5) The chest buckle rings 5 ​​are provided with three pairs of upper, middle and lower front chest buckle rings 5, which are matched in left and right directions; the upper pair of front chest buckle rings 5 ​​are mainly used to tighten the upper chest padding belt; the middle pair of front chest buckle rings 5 ​​are mainly used to tighten the middle chest padding belt; the lower pair of front chest buckle rings 5 ​​are mainly used to tighten the lower chest padding belt and the through-connecting belts 9 on the left and right sides and the vertical padding belt 11 on the back; when the inner pad tight belt set 6 is put on, the through-belt buckle rings 6-4 are first locked, and then the three pairs of front chest buckle rings 5 ​​are connected and fastened; so that the inner pad tight belt set 6 and the human body are closely and comfortably combined.

[0056] The materials for each component are as follows:

[0057] 1) Production of single-section flat double-ring tube 6-2

[0058] The material is polymer plastic or other suitable material.

[0059] Professional enterprise production, mold making,

[0060] Length: 50mm; Width: 40mm; Thickness: 18mm; Wall thickness: 0.8mm;

[0061] The components are fixed to the base thin strip 6-3.

[0062] 2) Manufacturing of tile-shaped shoulder pad 4 (left and right symmetric)

[0063] The material is polymer plastic or other suitable material

[0064] Professional enterprise production, mold making

[0065] Length: 130mm; Width: 90mm, double layer thickness 18mm; Wall thickness: 0.8mm;

[0066] The bottom is fixed to the base surface thin strip 6-3.

[0067] 3) Upper arm half ring gasket 12 (symmetrical on both sides)

[0068] Diameter about 100mm; length about 130mm; double layer thickness 6mm; wall thickness 0.8mm;

[0069] Material: polymer plastic or other material parts fixed to the inside of the upper part of the sleeve.

[0070] 4) Wrist half ring gasket 13 (symmetrical on both sides)

[0071] Diameter: 7.5mm; length: 8mm; thickness: 4mm; wall thickness: 0.8mm;

[0072] Material: polymer plastic or other material parts are fixed to the inside of the sleeve at the wrist.

[0073] 5) Base thin strip 6-3

[0074] The base thin belt 6-3 includes a base thin belt 6-3 that passes through the waist belt 6-1 and a front chest vertical pad belt 1, a back pad belt, a back through-belt, and a base thin belt 6-3 that passes through the belts on both sides; the base thin belt 6-3 is 36mm wide and 0.2mm thick, and is made of tin foil or other materials.

[0075] 6) Front chest buckle ring 5 (left and right buckles, three pairs in total, divided into upper, middle and lower)

[0076] Material: polymer plastic or other materials;

[0077] Length: 100mm; Width: 16mm; Height: 18mm; Thickness: 0.8mm;

[0078] 7) Through belt buckle 6-4 (left and right matching)

[0079] Material: polymer plastic or other materials,

[0080] Left part: length 90mm, width 40mm, height 18mm, wall thickness 0.8mm;

[0081] Right piece: length 90mm, width 40mm, height 18mm, wall thickness 0.8mm;

[0082] Equipped with elastic ties. The bottom is fixed with a thin band 6-3 on the base surface.

[0083] 8) Production of aluminum foil outerwear 7

[0084] As a preparation, the following items should be measured for the wearer: height from shoulder to sole of foot, chest circumference, waist circumference, hip circumference, shoulder length, neck diameter, upper arm diameter, and wrist diameter.

[0085] 1) Aluminum foil outerwear 7 is made, which is divided into long and short coats;

[0086] 2) The lower end of the long coat is about 200 mm from the ground, and the lower end of the short coat is about 200 mm from the bottom of the through belt 6-1;

[0087] 3) Made by tailoring ordinary garments;

[0088] 4) An exhaust port is arranged at the shoulder of the aluminum foil outer garment 7, which is about 80 mm long and 50 mm wide; a coarse yarn mesh is arranged at the exhaust port.

[0089] 5) The outer surface of the aluminum foil outer garment 7 is colored, and the inner surface is smooth.

[0090] 6) When the aluminum foil outer garment 7 is sewn, the seam opening should not face the sunny side.

[0091] 7) The aluminum foil outer garment 7 should be made in coordination with the inner tight belt sleeve 6.

[0092] 8) The pattern size of the aluminum foil outer garment 7 is as follows:

[0093] ①, from the shoulder (including the tile-shaped shoulder pad 4) to the sole of the foot, the height is 1220mm, ② the waist circumference is about 480mm (with inner pad);

[0094] ③Chest circumference about 500mm (with inner padding);

[0095] ④ Shoulder length about 250mm;

[0096] ⑤Neck diameter: about 200mm;

[0097] ⑥The upper diameter of the arm is about 120mm;

[0098] ⑦Wrist diameter is about 70mm;

[0099] ⑧Hip diameter about 500mm;

[0100] ⑨The arm length is about 480mm.

Claims

1. A protective clothing that can isolate solar heat radiation and is ventilated, characterized in that: The invention comprises an aluminum foil outer garment (7) and an inner padded tight belt sleeve (6), wherein a second exhaust port (2) is provided at the shoulder of the aluminum foil outer garment (7), and the inner padded tight belt sleeve (6) is used to prop up the aluminum foil outer garment (7), so that an exhaust passage is formed between human skin and the aluminum foil outer garment (7).

2. The protective clothing capable of isolating solar heat radiation and being ventilated as claimed in claim 1, characterized in that: The inner padded tight belt sleeve (6) comprises a front chest vertical pad belt (1) and a back vertical pad belt (11); the lower ends of the front chest vertical pad belt (1) and the back vertical pad belt (11) are connected via a through waist belt (6-1); the two ends of the through waist belt (6-1) are connected via a through waist belt buckle (6-4); the upper ends of the front chest vertical pad belt (1) and the back vertical pad belt (11) are respectively connected with a tile-shaped shoulder pad (4); the tile-shaped shoulder pad (4) is provided with a second exhaust port (2) corresponding to and matching the second exhaust port (2) on the aluminum foil outer coat (7); the front chest vertical pad belt (1) and the back vertical pad belt (11) are both structures that are connected on the left and right sides, and the through waist belt (6-1) is a structure that is connected on the upper and lower sides.

3. The protective clothing capable of isolating solar heat radiation and being ventilated as claimed in claim 2, characterized in that: The inner padded tight belt sleeve (6) also includes left and right through-linking belts (9), the front chest vertical pad belt (1) and the back vertical pad belt (11) are respectively fixedly connected to the left and right through-linking belts (9), and the two ends of the left and right through-linking belts (9) are connected by buckle rings; the left and right through-linking belts (9) are located between the tile-shaped shoulder pads (4) and the through-belt (6-1); the left and right through-linking belts (9) are structures in which the upper and lower sides are connected.

4. The protective clothing capable of isolating solar heat radiation and being ventilated as claimed in claim 3, characterized in that: The front chest vertical pad strap (1) and the back vertical pad strap (11) are both two pad straps symmetrically arranged vertically on the left and right sides. The two back vertical pad straps (11) are connected by at least one back through-link (10). The back through-link (10) is located between the through-links (9) on the left and right sides and the tile-shaped shoulder pad (4). At least one buckle ring is connected between the two front chest vertical pad straps (1) to lock or release the two front chest vertical pad straps (1); the back through-link (10) is a structure in which the upper and lower sides are connected.

5. The protective clothing capable of isolating solar heat radiation and being ventilated as claimed in claim 4, characterized in that: The buckle ring comprises a buckle ring (5-3) and a loop (5-2), the buckle ring (5-3) and the loop (5-2) are respectively fixed on two front chest vertical pad belts (1), one end of the loop (5-2) is provided with an I-shaped inserting strip, and the buckle ring (5-3) is provided with a long strip insertion hole; when the loop (5-2) and the buckle ring (5-3) are connected, the inserting strip is inserted into the insertion hole, and the inserting strip is slid downward to clamp the I-shaped groove on one side wall of the insertion hole.

6. The protective clothing capable of isolating solar heat radiation and being ventilated as claimed in claim 2, characterized in that: The through belt buckle ring (6-4) comprises a left ring (6-4-2) and a right ring (6-4-6), the left ring (6-4-2) is provided with two rings 6-4-1, one end of the left ring (6-4-2) is provided with a guide rod (6-4-3), the right ring (6-4-6) is provided with a belt (6-4-5) and a ring (6-4-1), one end of the right ring (6-4-6) is provided with a guide groove (6-4-4), the guide rod (6-4-3) and the guide groove (6-4-4) match, and the left ring (6-4-2) and the right ring (6-4-6) of the through belt buckle ring 6-4 are respectively The two ends of the through belt 6-1 are connected so that the two ends of the through belt 6-1 can be connected together; before use, a through belt 6-1 of suitable length is selected, and if it is too long, the redundant single-section flat double-ring tube 6-2 can be cut off; when in use, the guide rod (6-4-3) is inserted into the guide groove (6-4-4), and then one end of the tie belt (6-4-5) is passed through a tie ring (6-4-1) on the left ring (6-4-2), returned and passed through the tie ring (6-4-1) on the right ring (6-4-6), and finally passed through another tie ring (6-4-1) on the left ring (6-4-2) and then tied and fixed.

7. The protective clothing capable of isolating solar heat radiation and being ventilated as claimed in claim 2, characterized in that: The tile-shaped shoulder pad (4) is a double-layer four-sided through structure, with a second exhaust port (2) arranged on the top and a first exhaust port (3) on the neck side; the air entering from the air inlet (8) at the bottom of the aluminum foil outer garment (7) continuously rises to the first exhaust port 3 at the neck and the second exhaust port 2 at the shoulder by relying on the power of natural rise, and is discharged outside the protective clothing.

8. A protective clothing capable of isolating solar heat radiation and being ventilated as claimed in claim 2, 3 or 4, characterized in that: The interpenetrating structures are all formed by weaving a plurality of single-section flat double-loop tubes (6-2), the interpenetrating direction of each interpenetrating structure is the same as the interpenetrating direction of the single-section flat double-loop tube (6-2), and the plurality of single-section flat double-loop tubes (6-2) are fixed on the base surface thin strip (6-3) by weaving.

9. The protective clothing capable of isolating solar heat radiation and being ventilated as claimed in claim 1, wherein the aluminum foil outer garment (7) comprises an outer garment body, sleeves, and buttons, and is characterized in that: The aluminum foil outer garment (7) further comprises an upper arm semi-ring gasket (12) and a wrist semi-ring gasket (13).

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