CN-122005192-A - Wearable human body temperature adjusting device

Abstract

A wearable human body temperature adjusting device comprises a supporting main body made of hard materials, wherein a plurality of ventilation holes are formed in the supporting main body, two shoulder belts used for realizing equipment wearing are symmetrically arranged on the supporting main body, the supporting main body is attached to the upper back of a human body when the supporting main body is worn, a plurality of temperature adjusting mechanisms attached to the upper back and the front chest of the human body are respectively arranged on the supporting main body and the shoulder belts, the supporting main body comprises a first attaching region and a second attaching region, the first attaching region and the second attaching region are respectively attached to the upper regions of shoulder blades and latissimus dorsi when the supporting main body is worn, a plurality of temperature adjusting mechanisms arranged on the supporting main body are respectively arranged in the first attaching region and the second attaching region, and the temperature adjusting mechanisms arranged on the shoulder belts are attached to the upper regions of pectoral muscles when the supporting main body is worn. The invention has the beneficial effects that the contradiction between easy fatigue relaxation and poor adhesion of the hard material of the existing soft material is solved by adopting the design of adhering the hard support main body to a specific partition.

Inventors

• Peng Penghai

Assignees

• 温州高大纸管机械有限公司

Dates

Publication Date

20260512

Application Date

20260317

Claims (15)

1. 1. The wearable human body temperature adjusting device comprises a supporting main body made of hard materials, wherein a plurality of ventilation holes are formed in the supporting main body, two shoulder belts used for realizing equipment wearing are symmetrically arranged on the supporting main body, the wearable human body temperature adjusting device is characterized in that the supporting main body is attached to the upper back of a human body when being worn, a plurality of temperature adjusting mechanisms attached to the upper back and the chest of the human body are respectively arranged on the supporting main body and the shoulder belts, the supporting main body comprises a first attaching area and a second attaching area, the first attaching area and the second attaching area are respectively attached to the upper areas of shoulder blades and latissimus dorsi when being worn, a plurality of temperature adjusting mechanisms arranged on the supporting main body are respectively arranged in the first attaching area and the second attaching area, and the temperature adjusting mechanisms arranged on the shoulder belts are attached to the upper areas of pectoral muscles when being worn.
2. 2. The wearable human body temperature adjusting device of claim 1, wherein the center line of the supporting body facing the end face of the user corresponds to the spine of the human body when the supporting body is worn, and the plurality of temperature adjusting mechanisms arranged on the supporting body are arranged in the first attaching area and the second attaching area in an axisymmetric manner by taking the center line of the supporting body facing the end face of the user as the center line when the supporting body is worn.
3. 3. The wearable human body temperature adjusting device according to claim 2, wherein the number of the temperature adjusting mechanisms arranged on the supporting body is four, the temperature adjusting mechanisms are symmetrically distributed in the first attaching area and the second attaching area in pairs, and the distance between the temperature adjusting mechanism in the first attaching area and the center line of the supporting body facing the end face of the user when the supporting body is worn is larger than the distance between the temperature adjusting mechanism in the second attaching area and the center line of the supporting body facing the end face of the user when the supporting body is worn.
4. 4. The wearable human body temperature regulating device as set forth in any one of claims 2 or 3, wherein an arc-shaped transition area is provided between the first fitting area and the second fitting area, and an angle between an end face of the first fitting area facing the user side and an end face of the second fitting area facing the user side is 150-170 °.
5. 5. The wearable body temperature adjusting device of claim 1, wherein one end of the shoulder strap is connected to the support body, the other end of the shoulder strap is connected to the temperature adjusting mechanism, the shoulder strap is made of hard elastic material, the shoulder strap extends from the end connected to the support body to the end connected to the temperature adjusting mechanism and gradually approaches to the other shoulder strap, and the shoulder strap generates opposite moments on the support body and the temperature adjusting mechanism after being expanded.
6. 6. The wearable human body temperature adjusting device of claim 5, wherein the shoulder strap is internally provided with a wire groove for a wire, which is electrically connected with the temperature adjusting mechanism arranged on the supporting main body and the temperature adjusting mechanism arranged on the shoulder strap, to pass through, the shoulder strap is provided with a plurality of blocking plates in the wire groove, and the blocking plates are matched with the inner walls of the adjacent blocking plates or the shoulder strap to separate the wire groove into a plurality of independent wire arranging grooves.
7. 7. The wearable body temperature regulating device as claimed in claim 1 or 5, wherein the shoulder strap is sleeved with a soft cover, and the soft cover covers the rest of the shoulder strap except for the portion inserted into the support body and the front-end temperature regulating mechanism.
8. 8. The wearable human body temperature adjusting device of claim 1, wherein a dynamic attaching mechanism for enabling the temperature adjusting mechanism to be attached to the supporting body or the shoulder belt dynamically is arranged between the temperature adjusting mechanism and the supporting body or the shoulder belt, the dynamic attaching mechanism can drive the temperature adjusting mechanism to swing up and down, left and right and move in the front-back direction based on the center of the end face attached to the body of the user, the swinging or the moving in any direction can be combined with other directions except the opposite direction to swing or move, the dynamic attaching mechanism enables the temperature adjusting mechanism to be arranged on the surface of the supporting body in a protruding mode, and the height of the surface protruding from the supporting body is lowered when the supporting body is worn on the body of the user, and the dynamic attaching mechanism enables the temperature adjusting mechanism to move towards the direction of the user.
9. 9. The wearable human body temperature adjusting device of claim 8, wherein the dynamic fitting mechanism comprises a moving seat, a mounting hole and a pushing component arranged between the mounting hole and the moving seat, the temperature adjusting mechanism is arranged at the center of the moving seat, the mounting hole is arranged on the supporting main body, the moving seat is arranged in the mounting hole, clearance fit is formed between the outer peripheral surface of the moving seat and the inner wall of the mounting hole, and the pushing component is used for realizing movement or swinging of the moving seat.
10. 10. The wearable human body temperature adjusting device according to claim 9, wherein the mounting hole comprises a swinging groove in clearance fit with the movable seat and an assembly groove for mounting the pushing piece, the assembly groove is symmetrically arranged on two sides of the swinging groove, the movable seat is provided with swinging blocks extending towards the direction of the assembly groove at four corners of the assembly groove, the swinging blocks are matched with the pushing assembly to realize movement or swinging of the movable seat, the pushing assembly comprises a positioning seat and a first elastic piece, a first positioning hole is formed in the positioning seat corresponding to the position of the swinging blocks, a second positioning hole is formed in the swinging block towards the direction of the pushing assembly, two ends of the first elastic piece are respectively abutted to the first positioning hole and the second positioning hole, the first elastic piece is a spring, two ends of the first elastic piece are respectively sleeved on the first positioning column and the second positioning column, a guide sleeve is arranged between the two first positioning holes, and the guide sleeve is correspondingly arranged in the guide sleeve.
11. 11. The wearable human body temperature adjusting device of claim 1, further comprising a power supply device which is detachably clamped with the support body, wherein the power supply device comprises an interface connected with an upper port of the support body, an energy storage part electrically connected with the interface and a charging port electrically connected with the energy storage part, the energy storage part is used for supplying power to the shoulder strap or the temperature adjusting mechanism on the support body, the power supply device is not arranged on the end face of the support body facing the user, and the interface is arranged facing the support body and is hidden between the support body and the power supply device after being connected with the support body.
12. 12. The wearable human body temperature adjusting device of claim 11, wherein the two ends of the end surface of the power supply device facing the support body are respectively clamped on the support body, and one or both ends of the power supply device can release the clamping relation with the support body.
13. 13. The wearable human body temperature adjusting device of claim 12, wherein the power supply device is symmetrically provided with fixing buckles at one end of the end face facing the equipment body, and the support body is provided with positioning buckle holes corresponding to the fixing buckles.
14. 14. The wearable human body temperature adjusting device according to claim 12 or 13, wherein a pressing buckle piece is arranged at one end or two ends of the end face, facing the supporting body, of the power supply device, a fixing buckle hole is arranged on the supporting body corresponding to the pressing buckle piece, a buckle hole for allowing the pressing buckle piece to move in is arranged on the power supply device, the pressing buckle piece comprises a pressing piece, a buckle is arranged on one side, corresponding to the buckle hole, of the pressing piece, a second elastic piece propped against the pressing piece is arranged on one side, facing the buckle hole, of the pressing piece, the other end of the second elastic piece props against the bottom of the buckle hole, and the second elastic piece is used for preventing the buckle from falling out of the fixing buckle hole.
15. 15. The wearable human body temperature adjusting device according to any one of claims 11-13, wherein an auxiliary adsorption piece is arranged on the end face, facing the equipment body, of the power supply device, the auxiliary adsorption piece is used for enhancing the connection relation between the power supply device and the support body, a concave auxiliary positioning hole is formed in the support body, the auxiliary adsorption piece protrudes out of the end face, facing the equipment body, of the power supply device and is provided with magnetism, and the auxiliary adsorption piece and the auxiliary positioning hole are matched to form magnetic adsorption force.

Description

Wearable human body temperature adjusting device Technical Field The invention relates to a portable temperature adjusting device, in particular to a wearable human body temperature adjusting device. Background Wearable human body temperature regulating devices have wide application in a variety of fields, such as outdoor exercises, military operations, industrial production, medical care, and the like. In outdoor exercises, athletes often wear the device to cope with high-temperature or severe cold environments, maintain body temperature balance and improve exercise performance, in industrial scenes, workers use the device to prevent heatstroke or frostbite and ensure operation safety, and medical aspects are used for body temperature regulation and control or rehabilitation treatment of patients, such as helping fever patients to cool down or providing local warmth for postoperative patients. The use process typically involves the user wearing the device on a body part (e.g., back, neck, or extremities) with active heat dissipation or heating via a built-in temperature regulation module (e.g., micro-fan, semiconductor cooling fins, or heating elements). The device is powered by a battery, and a user can adjust temperature setting through a simple controller or intelligent equipment to realize personalized thermal comfort management. With the advancement of wearable technology, these devices are gradually integrating more functions such as sensor monitoring and wireless connection, but their core is still to adjust the local temperature of the human body by physical means to enhance the adaptability of the user in diverse environments. In the prior art, the wearable temperature regulating device has obvious limitation on the design of main materials. If the soft elastic material is used as the main body, the material can provide good fitting degree and comfort when being worn initially, but after long-term use, the material is easy to generate elastic fatigue, so that the fitting degree with the body of a user is reduced, and the uniformity and the efficiency of temperature regulation are affected. Meanwhile, the soft material has insufficient structural strength, the inside is difficult to accommodate a larger air channel space, the air flow flux is limited, the heat dissipation or heating function is weak, and the high-strength application requirement cannot be met. On the contrary, if adopt hard material preparation main part, though can increase the wind channel space in order to strengthen the adjustment capability, but the stereoplasm structure lacks the pliability, and the comfort level is poor when wearing, and is difficult to adapt to different users' body type changes, produces oppression sense or space easily, leads to the laminating degree not good, has reduced user experience and practicality. This contradiction in material selection restricts the popularity and performance optimization of the device. Disclosure of Invention Aiming at the defects of the prior art, the invention provides a wearable human body temperature regulating device which has wearing stability, comfort and high-efficiency regulating capability. The wearable human body temperature adjusting device comprises a supporting main body made of hard materials, wherein a plurality of vent holes are formed in the supporting main body, two shoulder belts used for realizing equipment wearing are symmetrically arranged on the supporting main body, the supporting main body is attached to the upper back of a human body when the device is worn, a plurality of temperature adjusting mechanisms attached to the upper back and the front chest of the human body are respectively arranged on the supporting main body and the shoulder belts, the supporting main body comprises a first attaching area and a second attaching area, the first attaching area and the second attaching area are respectively attached to the upper parts of shoulder blade areas and latissimus dorsi when the device is worn, a plurality of temperature adjusting mechanisms arranged on the supporting main body are respectively arranged in the first attaching area and the second attaching area, and the temperature adjusting mechanisms arranged on the shoulder belts are attached to the upper parts of pectoral muscles when the device is worn. The invention has the beneficial effects that the scheme creatively solves the contradiction of easy fatigue relaxation and poor adhesion of the hard material of the traditional soft material through the design of adhering the hard support main body to a specific partition. On the one hand, the high structural strength of hard materials (such as hard plastic or carbon fiber composite materials) is utilized to provide a stable framework for the device, so that a larger air duct space can be accommodated to improve the through flow, and the loosening phenomenon caused by material creep due to long-term wearing is avoided. On the other hand, throug