Breathable raincoat and raincoat breathable piece

Abstract

The breathable raincoat comprises a raincoat fabric, and is characterized in that common screen cloth is used as a raincoat lining on the inner side of the raincoat fabric, and breathable bodies are arranged in the whole area or part of the area of one side or two sides of the common screen cloth, or the breathable bodies are arranged in the whole area or part of the area of one side or two sides of the common screen cloth. The breathable body is used as a raincoat lining on the inner side of the raincoat fabric, or the breathable body is arranged in a partial area of the inner side of the raincoat fabric; the breathable body has enough thickness and elasticity, gaps which are communicated with each other and are communicated with the outside of the body are formed in the breathable body, air inside and outside the breathable body freely circulates, and the breathable body is suitable for cutting and machine sewing processing; the breathable body is made of 3D mesh cloth or sandwich mesh cloth. The raincoat breathable piece can better achieve manufacturing and using of the breathable raincoat. The breathable body enables the raincoat fabric not to cling to the human body, air inside and outside the raincoat circulates freely, breathability of the raincoat is improved, and sweating stuffiness of the human body is effectively reduced.

Description

Technical Field

[0001] The present application belongs to the field of raincoat manufacturing, and specifically relates to a breathable raincoat and a breathable part of a raincoat. Background Art

[0002] Raincoats on the market are basically not breathable. Common raincoats rely on machine-sewing ordinary mesh cloth on the inside of the raincoat fabric as the raincoat lining, or setting downward-opening vents on the back, armpits, etc. to achieve the purpose of ventilation. But facts have proved that these two methods can hardly achieve the breathable effect. The mesh cloth lining is very thin and has no thickness. It is easy to stick to the raincoat fabric and the human body, so that there is no horizontal gap between the three. The air inside the raincoat cannot circulate, and the heat of the human body cannot be dissipated. After a long time, a lot of sweating will occur; the downward-opening vents set on the back, armpits, etc. are covered with raincoat cloth, but the vents themselves have no support and cannot keep the vents in an open state. When it rains, under the weight of the raincoat cloth and the weight of rain, the inner and outer layers of the vents are naturally attached together, so that there is no gap between the raincoat fabric and the human body, and the purpose of air circulation inside and outside the raincoat and improving the breathability of the raincoat cannot be achieved.

[0003] The present application provides a breathable raincoat and a breathable raincoat component that overcome the above-mentioned shortcomings and thoroughly improve the breathability. Summary of the invention

[0004] The technical solution of the present application: a breathable raincoat, comprising a raincoat fabric, characterized in that: ordinary mesh cloth is used as the raincoat lining on the inner side of the raincoat fabric, and a permeable gas is arranged in the whole area or part of the area on one side or both sides of the ordinary mesh cloth, or, the permeable gas is used as the raincoat lining on the inner side of the raincoat fabric or the permeable gas is arranged in a part of the area on the inner side of the raincoat fabric; the permeable gas has sufficient thickness and elasticity and has gaps in the body that are interconnected and communicated with the outside of the body, air can flow freely inside and outside the permeable gas, and the permeable gas is suitable for cutting and machine sewing; the permeable gas is a 3D mesh cloth or a sandwich mesh cloth.

[0005] As a preferred embodiment, the air-permeable partial area is the area where the raincoat fabric exerts pressure on the human body, such as the head, collar, shoulder, chest, back, front of the arm, abdomen, buttocks, front of the thigh, or a combination of these areas.

[0006] As a preferred embodiment, the raincoat fabric is provided with ventilation holes which open downward and are covered by the raincoat fabric, and the permeable gas is arranged in the ventilation holes.

[0007] Furthermore, a water retaining line made of waterproof material is provided below the air vent, and the water retaining line has a certain thickness.

[0008] As a preferred embodiment, the entire inner side of the raincoat fabric is lined with the gas-permeable material, and the raincoat fabric and the gas-permeable material are integrally manufactured.

[0009] A raincoat breathable piece, characterized in that: it comprises a permeable gas or comprises the permeable gas and ordinary mesh cloth, the raincoat breathable piece is matched with a raincoat, and the raincoat breathable piece is located on the inner side of the raincoat when worn; the raincoat breathable piece comprising only the permeable gas is made of the permeable gas, and the raincoat breathable piece comprising the permeable gas and the ordinary mesh cloth is made by arranging the permeable gas on one side or both sides, in the entire area or in a partial area of ​​the ordinary mesh cloth; the raincoat breathable piece is a breathable cap or a breathable vest or a breathable coat or a breathable short coat or breathable pants or breathable shorts or a breathable tube; the permeable gas is a 3D mesh cloth or a sandwich mesh cloth.

[0010] As a preferred embodiment, the raincoat breathable member is made into a raincoat breathable liner, and the raincoat breathable liner is movably connected or fixedly connected to the raincoat fabric on the inner side of the raincoat fabric.

[0011] Furthermore, the breathable liner of the raincoat is movably connected to the raincoat fabric on the inner side of the raincoat fabric by a zipper, a button, a buckle or a lacing method.

[0012] As a preferred embodiment, the breathable member of the raincoat is provided with warning colors or warning words or warning symbols or a combination thereof, or is used as special logo clothing for outdoor workers, or is used as a breathable member of a raincoat without lining, or is used as a breathable member of a raincoat with ordinary mesh as lining.

[0013] The benefits of the present application are as follows: 1. A free air circulation channel is provided under the raincoat fabric so that the raincoat fabric does not cling to the human body, which facilitates heat dissipation, reduces sweating, and improves the feeling of stuffiness in the body; 2. The air holes of the raincoat are kept open and rainwater cannot enter the air holes, ensuring heat dissipation, ventilation and waterproofing; 3. The 3D mesh or sandwich mesh material used is a common woven fabric with excellent air permeability, elasticity and support, which is very convenient to cut and sew; 4. The use of gas-permeable gas to make the breathable parts of the raincoat or the inner liner of the raincoat makes processing and use simpler, reduces costs, and makes the present application more practical.

[0014] The present application is further described below in conjunction with the accompanying drawings and specific implementation methods. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] The drawings described herein are only for explanation purposes and are not intended to limit the scope of the present application in any way; in addition, the shapes and proportional dimensions of the components in the drawings are only for illustration purposes and are used to help understand the present application, but are not intended to specifically limit the shapes and proportional dimensions of the components of the present application. Under the guidance of the present application, those skilled in the art can select various possible shapes and proportional dimensions to implement the present application according to specific circumstances. In the drawings:

[0016] Figure 1 , a gas permeable side view is provided between the raincoat fabric and the ordinary mesh lining;

[0017] Figure 2 , a gas permeable side view is provided in some areas between the raincoat fabric and the ordinary mesh lining;

[0018] Figure 3 , Schematic diagram of the inner lining of the raincoat made of air-permeable inner side of the raincoat fabric;

[0019] Figure 4 , schematic diagram of gas permeable structure;

[0020] Figure 5 , Schematic diagram of the ventilation holes on the back of the raincoat;

[0021] Figure 6 , bottom view of the vent hole;

[0022] Figure 7 , schematic diagram of some breathable parts;

[0023] In each picture: 1. Raincoat fabric; 2. Ordinary mesh cloth; 3. Air-permeable gas; 4. Breathable cap; 5. Breathable vest; 6. Breathing tube; 7. Air holes; 8. Water retaining line. Example

[0024] The following will be combined with the accompanying drawings to clearly and completely describe the technical solutions of the embodiments of the present application. Obviously, the described embodiments are only some embodiments of the present application, not all embodiments. Based on the embodiments in the present application, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of this application.

[0025] Unless otherwise defined, all technical and scientific terms used herein have the same meaning as those commonly understood by those skilled in the art to which this application belongs. The terms used herein in the specification of this application are only for the purpose of describing specific embodiments and are not intended to limit this application.

[0026] Implementation method 1, see Figures 1 to 4The present application provides a breathable raincoat, including a raincoat fabric 1, characterized in that: an ordinary mesh 2 is used as the inner lining of the raincoat fabric 1, and a permeable gas 3 is provided in the whole area or part of one side or both sides of the ordinary mesh 2, or the permeable gas 3 is used as the inner lining of the raincoat fabric 1 or the permeable gas 3 is provided in part of the inner area of ​​the raincoat fabric 1; the permeable gas 3 has sufficient thickness and elasticity and has gaps that are interconnected and communicated with the outside of the body, and air inside and outside the permeable gas 3 can flow freely, and the permeable gas 3 is suitable for cutting and machine sewing; the permeable gas 3 is a 3D mesh or a sandwich mesh. At present, ordinary mesh 2 is commonly used as the inner lining of raincoats. The ordinary mesh 2 is very thin, inelastic, and has no gap between the two sides. When the ordinary mesh 2 is pressed by objects on both sides, the objects on both sides are almost stuck together without any gap in the middle, and the air cannot flow between the objects on both sides. This is an important reason why the ordinary mesh 2 makes the raincoat airtight. The permeable gas 3 described in the present application has sufficient thickness, elasticity, and gaps. When it is used as a raincoat lining or is arranged on one or both sides of the raincoat lining of the ordinary mesh cloth 2, it is sufficient to overcome the pressure of the raincoat fabric 1 on the human body, maintain the gap between the raincoat fabric 1 and the human body, so that the air inside the raincoat can flow freely. In fact, the raincoat fabric 1 only exerts pressure on the human body in some areas and does not exert pressure on the human body in other areas. It is sufficient to set the permeable gas 3 in the area where the raincoat fabric 1 exerts pressure on the human body. Even if the permeable gas 3 is not set in the area where the raincoat fabric 1 exerts no pressure on the human body, there is a gap between the raincoat fabric 1 and the human body for air circulation. It should be noted that the permeable gas 3 described in the present application does not affect the free circulation of the surrounding air and the air inside the permeable gas after cutting and machine sewing. As long as the air outside the raincoat fabric 1 can enter the inside of the raincoat fabric 1, due to the effect of the permeable gas 3, the air inside the raincoat fabric 1 can freely circulate with the air outside the raincoat fabric 1, and the heat of the human body is dissipated through air circulation to achieve the purpose of ventilation. Of course, if the raincoat is provided with ventilation holes to assist, the ventilation effect will be better. The breathable raincoat is a split raincoat or a one-piece raincoat or a raincoat. 3D mesh is a new pure fabric material with excellent breathability, elasticity and support. It has good breathability and moderate adjustment ability. Its three-dimensional mesh organizational structure is more breathable than other flat fabrics, and the surface is kept comfortable and dry through air circulation; it also has unique elasticity. Its mesh structure has been high-temperature finalized in the production process. When subjected to external force, it can extend in the direction of the force, and the mesh can return to its original state when the external force is reduced and withdrawn. 3D mesh is a good raw material for the breathable body 3 of the present application, which is sufficient to ensure the thickness and elasticity of the breathable body 3 of the present application and maintain excellent breathability. Since the breathable body 3 is made of 3D mesh or sandwich mesh, it has excellent breathability and considerable resilience, and the raincoat fabric 1 will not stick to the human body.No matter what kind of raincoat it is, as long as the entire or partial area inside the raincoat is provided with air-permeable gas, as long as the external air can enter and exit the raincoat, an air circulation channel can be formed inside the raincoat, thereby realizing air circulation inside and outside the raincoat, and the body heat inside the raincoat can be dissipated to the outside of the raincoat, reducing human sweating and stuffiness.

[0027] Implementation method 2, see Figure 2 , the partial area provided with the permeable gas 3 is the area where the raincoat fabric 1 exerts pressure on the human body, such as the head, collar, shoulder, chest, back, front of the arm, abdomen, buttocks, front of the thigh, or a combination of these areas. As long as we observe carefully, we can find that only some areas between the raincoat fabric 1 of the traditional raincoat and the human body, such as the head, collar, shoulder, chest, back, front of the arm, abdomen, buttocks, front of the thigh, etc., exert pressure on the human body, while in other areas, the raincoat fabric 1 exerts no pressure on the human body; in the pressure area, whether there is ordinary mesh 2 or not, there is no gap between the raincoat fabric 1 and the human body, and air cannot circulate, while in the pressure-free area, a gap is naturally formed between the raincoat fabric 1 and the human body, allowing air to circulate freely; therefore, a permeable gas 3 of sufficient size is provided in the pressure area, and a full-area permeable gap will be formed between the inner side of the raincoat fabric 1 and the human body, so that air inside and outside the raincoat fabric 1 can circulate freely, achieving the purpose of ventilation.

[0028] Implementation method three, see Figure 5 , Figure 6 , the raincoat fabric 1 is provided with a ventilation hole 7 which opens downward and is covered by the raincoat fabric, and the air permeable gas 3 is arranged in the ventilation hole. Some raincoats on the market also have old-style ventilation holes at the back or armpits, but there is no air permeable gas 3 in the old-style ventilation holes, and the raincoat fabric cloth outside the old-style ventilation holes is easy to stick together with the raincoat cloth inside the old-style ventilation holes under the pressure of its own weight and rain, so that the gap of the old-style ventilation holes no longer exists, and the ventilation holes cannot play a ventilation role. When the air permeable gas 3 is arranged in the ventilation hole 7 described in the present application, because the air permeable gas 3 has sufficient thickness and elasticity and good support, it is enough to make the raincoat fabric 1 outside the ventilation hole 7 overcome its own weight and rain pressure to remain in an open state, so that the ventilation hole 7 always maintains the largest air permeable gap under rain, which serves the purpose of auxiliary ventilation. The ventilation hole 7 on the raincoat fabric 1 is preferably arranged at a position where the raincoat fabric 1 exerts a large pressure on the human body, so that the effect is more obvious. The more ventilation holes 7 there are, the better the ventilation effect will be. However, too many ventilation holes will increase the cost, so both the effect and the cost should be taken into consideration.

[0029] A water retaining line 8 made of waterproof material is provided below the air vent 7, and the water retaining line 8 has a certain thickness. If the user bends down while wearing the breathable raincoat, the air vent 7 at certain positions, such as on the back, may open upward, causing rainwater falling from above to enter the raincoat through the air vent 7. If a water retaining line 8 made of waterproof material is provided below the air vent 7, when the user bends down, the water retaining line 8 is located just above the opening of the air vent 7. As long as the water retaining line 8 has a sufficient thickness, it can effectively prevent rainwater from entering the raincoat. Even if the water retaining line is not thick enough, it can reduce the amount of rainwater entering the raincoat.

[0030] Implementation method 4, reference Figure 3 The whole area inside the raincoat fabric 1 is made of the permeable gas 3 as the raincoat lining, and the raincoat fabric 1 and the permeable gas 3 are made in one piece. Whether the permeable gas 3 is directly used as the raincoat lining, or the permeable gas 3 is arranged on one side or both sides of the raincoat lining of the ordinary mesh cloth 2, it is relatively troublesome. If the permeable gas 3 can be made in one piece with the raincoat fabric 1, a new type of raincoat fabric will be generated. The new type of raincoat fabric is actually a combination of the raincoat fabric 1 and the permeable gas 3. Therefore, the new type of raincoat fabric has both waterproof and breathable properties. Making raincoats with the new type of raincoat fabric will save a lot of labor costs and facilitate operation.

[0031] Implementation method five, reference Figure 7The present application also provides a breathable piece for a raincoat, comprising a permeable gas 3 or comprising the permeable gas 3 and ordinary mesh 2, the breathable piece for a raincoat is matched with a raincoat, and the breathable piece for a raincoat is located inside the raincoat when worn; the breathable piece for a raincoat comprising only the permeable gas 3 is made of the permeable gas 3, and the breathable piece for a raincoat comprising the permeable gas 3 and the ordinary mesh 2 is made by arranging the permeable gas 3 on one side or both sides, in the whole area or in a part of the ordinary mesh 2; the breathable piece for a raincoat is a breathable cap or a breathable vest or a breathable coat or a breathable short coat or a breathable trouser or a breathable shorts or a breathable tube; the permeable gas 3 is a 3D mesh or a sandwich mesh. Using the permeable gas 3 as the inner lining of a raincoat or adding the permeable gas 3 on one side or both sides of the inner lining of a raincoat made of ordinary mesh 2 is complicated to manufacture, and the original size of the raincoat also needs to be slightly changed, and the technology for manufacturing the permeable gas 3 and the raincoat fabric 1 as one piece is more complicated. The present embodiment adopts the air-permeable gas 3 to be made into various breathable parts of raincoat suitable for human body, such as breathable cap 4 or breathable vest 5 or breathable coat or breathable short coat or breathable trousers or breathable shorts or breathable tube 6, etc. When using, wear the breathable parts of raincoat first, and then wear the traditional raincoat. As long as the collar and bottom edge of the raincoat and the trouser legs of the trousers are not tightened, the air outside the raincoat can enter the inside of the raincoat, and can freely circulate inside and outside through the air-permeable gas, so as to achieve good ventilation effect. These breathable parts can be matched with various existing traditional raincoats immediately, and help the existing traditional raincoat to achieve ventilation function when in use. If the raincoat is provided with air holes 7 or a raincoat is used, the raincoat has better ventilation effect. The breathable tube 6 can be used to be put on the forearm or calf, which is helpful for ventilation at the forearm or calf, and the other breathable parts are helpful for ventilation of the body parts corresponding to the names of the breathable parts.

[0032] Implementation method six, reference Figure 3 , the breathable part of the raincoat is made into a breathable liner of the raincoat, and the breathable liner of the raincoat is movably connected or fixedly connected to the raincoat fabric 1 on the inner side of the raincoat fabric 1. It is convenient, feasible and low-cost to make the breathable part of the raincoat by the air permeable body 3, but after all, it is separated from the raincoat fabric 1, and it needs to be put on twice when using it. If the breathable part of the raincoat, such as a breathable cap or a breathable coat or breathable pants, is made into a movable breathable liner or a dead breathable liner of the raincoat, and is movably connected or fixedly connected to the raincoat fabric 1 on the inner side of the raincoat fabric 1, it is similar to making a cold-proof clothing or a cotton-padded jacket into a matching coat and a movable liner or a dead liner, and it only needs to be put on once when using it, which is more convenient. At the same time, as long as the sizes of the raincoat fabric and the liner of the same model that match each other are designed well, the raincoat and the liner can be processed separately, which simplifies the processing difficulty, improves the production efficiency, and reduces the production cost.

[0033] The ventilated liner of the raincoat is movably connected to the raincoat fabric 1 on the inner side of the raincoat fabric 1 by means of a zipper, button, buckle or tie. A conventional zipper, button, snap button, buckle or tie can be installed between the raincoat fabric 1 and the ventilated liner of the raincoat. The specific method depends on market demand and is not specified in this application.

[0034] Embodiment 7: The breathable raincoat is provided with warning colors or warning words or warning symbols or a combination thereof, or is used as special sign clothing for outdoor staff, or is used as a breathable raincoat without lining, or is used as a breathable raincoat with ordinary mesh 2 as lining. After the breathable vest is provided with colors, words or symbols according to the requirements of the using industry or unit, it can be used as the existing outdoor sign vest for the traffic police, sanitation and other industries. If it rains, you can directly wear a raincoat without lining or a raincoat with ordinary mesh lining, and the breathability of the breathable vest will play a good breathability role.

[0035] It should be pointed out that in the present application, when 3D meshes are machine-sewn together, two ordinary meshes or other thin cloth strips can be inserted and different 3D meshes can be machine-sewn together on both sides to avoid thick connecting lines caused by the 3D meshes being machine-sewn together, thereby improving body perception.

[0036] It can be seen from the above scheme that the implementation method of the present application achieves good air permeability of the raincoat in the simplest way by adding a permeable gas 3 in the raincoat fabric 1, which greatly improves human comfort; and it is low-cost, simple to make, easy to use, and beautiful in appearance, which meets the comfort needs of current consumers and has great market value.

[0037] It should be understood that the above description is for illustration and not for limitation. By reading the above description, many embodiments and many applications beyond the examples provided will be apparent to those skilled in the art. Therefore, the scope of the teachings of this application should not be determined with reference to the above description, but should be determined with reference to the foregoing claims and the full scope of equivalents possessed by these claims. For the purpose of comprehensiveness, all articles and references, including the disclosures of patent applications and announcements, are incorporated herein by reference. The omission of any aspect of the subject matter disclosed herein in the foregoing claims is not intended to be a waiver of the subject matter, nor should it be considered that the applicant has not considered the subject matter as part of the disclosed application subject matter.

Claims

1. A breathable raincoat, comprising a raincoat fabric, characterized in that: Ordinary mesh is used as the inner lining of the raincoat on the inner side of the raincoat fabric, and the whole area or part of the area on one side or both sides of the ordinary mesh is provided with a permeable gas. Alternatively, the permeable gas is used as the inner lining of the raincoat on the inner side of the raincoat fabric, or the permeable gas is provided in part of the inner side of the raincoat fabric. The permeable gas has sufficient thickness and elasticity and has gaps inside the gas that are interconnected and communicate with the outside of the gas. Air can flow freely inside and outside the permeable gas. The permeable gas is suitable for cutting and machine sewing. The permeable gas is a 3D mesh or a sandwich mesh.

2. A breathable raincoat according to claim 1, characterized in that: The gas-permeable partial area is an area where the raincoat fabric exerts pressure on the human body, such as the head, collar, shoulder, chest, back, front of the arm, abdomen, buttocks, front of the thigh, or a combination of these areas.

3. A breathable raincoat according to claim 1, characterized in that: The raincoat fabric is provided with a ventilation hole which opens downward and is covered by the raincoat fabric, and the permeable body is arranged in the ventilation hole.

4. A breathable raincoat according to claim 3, characterized in that: A water retaining line made of waterproof material is arranged below the air vent, and the water retaining line has a certain thickness.

5. A breathable raincoat according to claim 1, characterized in that: The whole inner side of the raincoat fabric is lined with the gas permeable gas. The raincoat fabric and the gas permeable gas are made in one piece.

6. A breathable raincoat, characterized in that: The raincoat breathable piece comprises a permeable gas or comprises the permeable gas and ordinary mesh cloth, the raincoat breathable piece is matched with the raincoat, and the raincoat breathable piece is located on the inner side of the raincoat when worn; the raincoat breathable piece comprising only the permeable gas is made of the permeable gas, and the raincoat breathable piece comprising the permeable gas and the ordinary mesh cloth is made by arranging the permeable gas on one side or both sides, in the whole area or in part of the ordinary mesh cloth; the raincoat breathable piece is a breathable cap or a breathable vest or a breathable coat or a breathable short coat or breathable pants or breathable shorts or a breathable tube; the permeable gas is a 3D mesh cloth or a sandwich mesh cloth.

7. A breathable member for raincoats according to claim 6, characterized in that: The breathable piece of the raincoat is made into a breathable liner of the raincoat, and the breathable liner of the raincoat is movably connected or fixedly connected with the raincoat fabric on the inner side of the raincoat fabric.

8. A breathable member for raincoats according to claim 7, characterized in that: The air-permeable liner of the raincoat is movably connected to the raincoat fabric on the inner side of the raincoat fabric by means of a zipper, buttons or lacing.

9. A breathable member for raincoats according to claim 6, characterized in that: The breathable raincoat piece is provided with warning colors or warning words or warning symbols or a combination thereof, or is used as special-marked clothing for outdoor workers, or is used as a breathable raincoat piece without an inner lining, or is used as a breathable raincoat piece with an inner lining of a raincoat made of ordinary mesh cloth.

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