Wearable fitting type cooling air-conditioning vest

Abstract

The utility model relates to the technical field of wearable cooling equipment manufacturing, in particular to a wearable attached cooling air conditioning vest with a good cooling effect, which is provided with a vest main body and silica gel hoses, the vest main body consists of a back main body, a left front side main body and a right front side main body, and is characterized in that the vest main body is provided with two silica gel hoses, the first silica gel hose is arranged on the inner side of the back main body, the second silica gel hose is arranged on the left front side main body and the right front side main body, the silica gel hoses are arranged in the vertical direction, the water inlet ends and the water outlet ends of the two silica gel hoses are located on the same side of the vest main body, and the value range of the bending radius r of the silica gel hoses is 15 mm larger than or equal to r smaller than or equal to 65 mm.

Description

Technical Field

[0001] The utility model relates to the technical field of manufacturing wearable cooling equipment, in particular to a wearable, fitted cooling air-conditioning vest with good cooling effect. Background Art

[0002] Currently, many occupations require working in extreme temperature environments, such as boiler rooms, die-casting workshops, construction sites, power workers, traffic police, and other jobs that require long-term exposure to the outdoors. These people are affected by the environment and have a high probability of developing symptoms such as heat stroke. Wearable, fitted cooling air-conditioning vests are specially developed for the prevention of heat stroke. Currently, there are many types of cooling air-conditioning vests on the market, including fan-type, semiconductor refrigeration, etc. The existing similar products have a simple structure, resulting in unobvious cooling effect, slow cooling or heating speed, uneven temperature control area, and poor experience.

[0003] When setting up cooling pipelines, in order to avoid cooling blind spots, the cooling fluid medium should be distributed as evenly as possible on the wearable device (clothing). However, if the cooling fluid medium pipeline is too long and repeatedly coiled in a limited area, it will lead to low fluid operation efficiency in the pipeline and reduce the cooling effect. In order to solve this problem at this stage, multi-channel cooling medium pipelines are chosen, that is, multiple groups of pipelines are set up corresponding to the front and back pieces of the wearable device, and the multiple groups of pipelines are respectively connected to external pumping equipment. This method shortens the pipeline length and improves the operation efficiency of the cooling fluid in the pipeline, but the number of pipe joints increases significantly. For products worn close to the body, multiple pipe joints are respectively led out to external pumping equipment, which can easily lead to problems such as pipeline hooking and poor fit. Summary of the Invention

[0004] In view of the shortcomings and deficiencies in the prior art, the utility model proposes a wearable, fitted cooling air-conditioning vest that has good cooling effect and is comfortable to wear.

[0005] The utility model adopts the following measures to achieve:

[0006] A wearable, fitted cooling air-conditioning vest is provided with a vest body and a silicone hose, wherein the vest body consists of a back body, a left front body, and a right front body. The invention is characterized in that two silicone hoses are provided, the first silicone hose is arranged on the inner side of the back body, and the second silicone hose is arranged on the left front body and the right front body. The silicone hoses are arranged in a vertical direction, and the water inlet and outlet ends of the two silicone hoses are located on the same side of the vest body. The value range of the bending radius r of the silicone hose is: 15mm≥r≤65mm.

[0007] The silicone hoses of the present invention are all arranged in an S shape and in a vertical direction. The water inlet end of the first silicone hose extends upward along the bottom edge of one side of the vest main body, and after being wound around the other side of the back of the vest main body, it is arranged in an S-shaped longitudinal reciprocating manner until the water outlet end of the first silicone hose is close to the water inlet end of the first silicone hose. Furthermore, in order to improve the cooling efficiency of the water outlet side, the arrangement area of ​​the first silicone hose is divided into a first cooling side area and a rear cooling side area of ​​the back according to the area. The arrangement spacing of the first silicone hoses located in the rear cooling side area is smaller than the arrangement spacing of the first silicone hoses located in the first cooling side area, so that the cooling medium can flow in the rear cooling side area for as long as possible, thereby alleviating the problem of cooling efficiency attenuation caused by the temperature rise of the cooling medium.

[0008] The second silicone hose of the utility model is symmetrically arranged on the inner sides of the left front body and the right front body, and the second silicone hose distributed on the left front body extends horizontally along the upper edge of the back of the vest body to the right front body area, is arranged longitudinally in an S shape, and again goes around the upper edge of the back of the vest body, and then returns to the left front body in the horizontal direction, so that when the cooling fluid medium is conducted in the two arrangement areas, it can use the vertical gravity to increase the circulation efficiency.

[0009] The silicone hose of the utility model has an inner diameter of 3 mm, an outer diameter of 5 mm, a hardness of 65±5, a tensile strength of ≥6.5, and a continuous use temperature range of -60°C to 240°C.

[0010] When the utility model is working, after it is turned on, pure water will circulate in the two hoses, and the compressor will cool or heat, with a fast cooling or heating speed and uniform temperature distribution. As the wearer adjusts the temperature of the air-conditioning vest, the wearer can clearly feel the temperature change of the air-conditioning vest worn on the body, and the experience is good. BRIEF DESCRIPTION OF THE DRAWINGS

[0011] Attachment Figure 1 It is a structural diagram of the present utility model.

[0012] Reference numerals: back body 1 , left front body 2 , right front body 3 , first silicone hose 4 , second silicone hose 5 , front cooling side area 6 , rear cooling side area 7 . DETAILED DESCRIPTION

[0013] The present invention will be further described below with reference to the accompanying drawings and embodiments. Example

[0014] As attached Figure 1As shown, this example provides a wearable and fitted cooling air-conditioning vest, which is provided with a vest main body and a silicone hose, wherein the vest main body is composed of a back main body, a left front main body, and a right front main body. A wearable and fit cooling air-conditioning vest is provided with a vest main body and a silicone hose, wherein the vest main body is composed of a back main body, a left front main body, and a right front main body. Two silicone hoses are provided, wherein the first silicone hose is arranged on the inner side of the back main body, and the second silicone hose is arranged on the left front main body and the right front main body. The silicone hoses are arranged in a vertical direction, and the water inlet and outlet ends of the two silicone hoses are located on the same side of the vest main body, and the bending radius of the silicone hose is 15mm≥r≤65mm.

[0015] The silicone hoses are all arranged in an S shape and in a vertical direction. The water inlet end of the first silicone hose extends upward along the bottom edge of one side of the vest body, and after being wound around the other side of the back of the vest body, it is arranged in an S-shaped longitudinal reciprocating manner until the water outlet end of the first silicone hose is close to the water inlet end of the first silicone hose. Furthermore, in order to improve the cooling efficiency of the water outlet side, the arrangement area of ​​the first silicone hose is divided into a first cooling side area and a rear cooling side area of ​​the back according to the area. The arrangement spacing of the first silicone hoses located in the rear cooling side area is 1.2-1.8 cm, and the arrangement spacing of the first silicone hoses located in the first cooling area is 2.0-3.0 cm. The arrangement spacing of the first silicone hoses in the rear cooling side area is smaller than the arrangement spacing of the first silicone hoses in the first cooling side area, so that the cooling medium flows in the rear cooling side area for as long as possible, thereby alleviating the problem of cooling efficiency attenuation caused by the temperature rise of the cooling medium. Through the setting of this example, it can be ensured that the difference in surface temperature between the rear cooling side area and the front cooling side area is less than 2°C.

[0016] The second silicone hose is symmetrically arranged on the inner sides of the left front body and the right front body. The second silicone hose distributed on the left front body extends horizontally along the upper edge of the back of the vest body to the right front body area, is arranged longitudinally in an S shape, and then wraps around the upper edge of the back of the vest body again, and then returns horizontally to the left front body. In this way, when the cooling fluid medium is conducted in the two arrangement areas, it can use the vertical gravity to increase the circulation efficiency.

[0017] The silicone hose in this example has an inner diameter of 3 mm, an outer diameter of 5 mm, a hardness of 65 ± 5, a tensile strength ≥ 6.5, and a continuous operating temperature range of -60 ° C to 240 ° C; the distribution is as follows Figure 1 As shown, the silicone tubes are tightly and evenly distributed and beautifully arranged. The contact area between the silicone tubes and the body is increased as much as possible during design, so that silicone tubes are laid on the front, back, left and right sides of the vest. The silicone tubes are divided into two paths, each with a water inlet and outlet to achieve closed-loop circulation. One silicone tube is distributed on the right front side of the vest to fit the right side of the human chest and abdomen, and the other silicone tube is distributed on the left front and right front sides of the vest to fit the left side of the human chest and abdomen.

[0018] In this example, the silicone hose is sewn onto the air-conditioning vest fabric through a silicone wiring machine. The air-conditioning vest fabric uses cotton-spandex ribbing and the lining uses 5-1 filament large mesh. The process is safe and reliable.

Claims

1. A wearable, fitted cooling air conditioning vest, comprising a vest body and a silicone hose, wherein the vest body comprises a back body, a left front body, and a right front body, and is characterized in that: Two silicone hoses are provided. The first silicone hose is arranged on the inner side of the back body, and the second silicone hose is arranged on the left front body and the right front body. The silicone hoses are arranged in a vertical direction. The water inlet and outlet ends of the two silicone hoses are located on the same side of the vest body. The bending radius of the silicone hose is 15mm≤r≤65mm; The silicone hoses are arranged in an S-shape and in a vertical direction. The water inlet end of the first silicone hose extends upward along the bottom edge of one side of the vest body, and is wound around the other side of the back of the vest body, and then arranged in an S-shape longitudinally and reciprocatingly until the water outlet end of the first silicone hose is close to the water inlet end of the first silicone hose; The arrangement area of ​​the first silicone hose is divided into the first cooling side area and the rear cooling side area of ​​the back with equal area. The arrangement spacing of the first silicone hose in the rear cooling side area is smaller than the arrangement spacing of the first silicone hose in the first cooling side area; the arrangement spacing of the first silicone hose in the rear cooling side area is 1.2-1.8cm, and the arrangement spacing of the first silicone hose in the first cooling area is 2.0-3.0cm.

2. A wearable, fitted cooling air conditioning vest according to claim 1, characterized in that: The second silicone hose is symmetrically arranged on the inner sides of the left front body and the right front body, and the second silicone hose distributed on the left front body extends horizontally along the upper edge of the back of the vest body to the right front body area, and then is arranged longitudinally in an S shape, and after wrapping around to the upper edge of the back of the vest body again, it returns to the left front body horizontally.

3. The wearable, fitted cooling air conditioning vest according to claim 1, characterized in that: The inner diameter of the silicone hose is 3 mm, the outer diameter is 5 mm, the tensile strength is ≥6.5, and the continuous use temperature range is -60°C to 240°C.

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