CN208370998U - A kind of wearable human cooling system - Google Patents

Abstract

The utility model discloses a kind of wearable human cooling systems, including vest, power supply and refrigerating plant, multiple mounting holes are provided on vest, multiple mounting holes are distributed in the front and back of vest, refrigerating plant includes multiple refrigeration mechanisms, multiple refrigeration mechanism one-to-one correspondence are mounted at multiple mounting holes, each refrigeration mechanism respectively includes box body, semiconductor chilling plate, heat conducting module, fan and mesh enclosure, box body is fixed in mounting hole, semiconductor chilling plate, heat conducting module, fan and mesh enclosure are separately mounted in box body, semiconductor chilling plate and fan connect to power supply, the side contacts of semiconductor chilling plate and box body close to human body, the lower end surface of semiconductor chilling plate is contacted with heat conducting module, fan is located at the lower section of heat conducting module, mesh enclosure is located on fan, the material of box body is Heat Conduction Material, heat release hole is provided on box body；Advantage is that refrigerating speed is fast, and good cooling effect is easy to carry, and noise is small, will not cause adverse effect to human body and environment.

Description

A kind of wearable human cooling system

Technical field

The utility model relates to a kind of human body cooling-down systems, more particularly, to a kind of wearable human cooling system.

Background technique

In summer high temperature and some high-temperature work environment places, the Self-regulation ability of human body is limited, is easy to happen not Suitable reaction, even can cause the illnesss such as thermoplegia and heat exhaustion when serious, cause organ failure and human body death etc. it is serious after Fruit.Air-conditioning not can solve outdoor high temperature which are mainly applied in indoor environment as the most significant equipment of current cooling effect The problem that worker is faced.Therefore, a kind of wearable human cooling system is produced, realizes setting for " wearing air-conditioning " Think, reach post cooling, ensures human health and improve the purpose of working efficiency, become the research hotspot of many scientific research personnel.

Currently, occurring the various human body cooling-down systems based on different principle in the market, than if any gas type body temperature lowering System, liquid-type human body cooling-down system and phase-change material formula human body cooling-down system etc..In gas type human body cooling-down system, pass through The body local skin contacted is blowed in the small fan of setting, realizes heat loss through convection and sweat evaporation.But gas Air-flow poor mobile performance between formula human body cooling-down system and human body surface, cooling effect is poor and noise is big, can not meet human body Cooling demand.Liquid-type human body cooling-down system flows recirculated water using water pump to reach system using recirculated water as cold source, then Cold purpose, and constant temperature effect is reached by temperature-sensitive conduction.Although the liquid-type human body cooling-down system cooling effect is relatively good, It is that the water circulating apparatus equipment that is arranged in the liquid-type human body cooling-down system is cumbersome, it has not been convenient to carry, and liquid Long Term Contact people Body skin can generate some potentially hazardous.Phase-change material formula human body cooling-down system is by sewing multiple cooling mouths in clothing surface Pre-cooling phase-change material is placed in pocket by bag, decalescence cooling.But the temperature fall time of phase-change material formula human body cooling-down system It is excessively very long, generally 2-4 hours, and it is easy to produce chemical substance leakage, human body and ambient enviroment are adversely affected.

To solve the above-mentioned problems, the utility model select semiconductor refrigerating mode, have the advantages that it is many significant, such as Small in size, rate of temperature fall is fast, run smoothly the remarkable advantages such as noiseless, environmentally friendly, and passes through combined semiconductor cooling piece Mode can be further improved its refrigeration work consumption, have certain research significance in human body cooling-down system field.

Summary of the invention

The technical problem to be solved by the utility model is to provide a kind of refrigerating speed is fast, good cooling effect is easy to carry, Noise is small, and a kind of dysgenic wearable human cooling system will not be caused to human body and environment.

Technical solution adopted by the utility model to solve the above technical problems is as follows: a kind of wearable human cooling system, Including vest, power supply and refrigerating plant, multiple mounting holes are provided on the vest, multiple mounting holes are distributed in institute The front and back for the vest stated, the refrigerating plant include multiple refrigeration mechanisms, and multiple refrigeration mechanisms one are a pair of It should be mounted at multiple mounting holes, each refrigeration mechanism respectively includes box body, semiconductor chilling plate, thermally conductive mould Block, fan and mesh enclosure, the box body are fixed in the mounting hole, the semiconductor chilling plate, the thermally conductive mould Block, the fan and the mesh enclosure are separately mounted in the box body, the semiconductor chilling plate and the wind Fan connect with the power supply, the semiconductor chilling plate and the box body close to human body a side contacts, it is described The lower end surface of semiconductor chilling plate is contacted with the heat conducting module, and the fan is located at the lower section of the heat conducting module, The mesh enclosure is located on the fan, and the material of the box body is Heat Conduction Material, is provided on the box body scattered Hot hole, the heat release hole is close to the fan.

There are six mounting hole, mounting hole described in two of them or so is arranged at intervals on described for setting on the vest The front of vest, mounting hole described in four is arranged at intervals on the back side of the vest in the way of 2 rows × 2 column, described Refrigerating plant include six refrigeration mechanisms, the described refrigeration mechanism one-to-one correspondence be mounted on six described in mounting hole.

The power supply is battery, and the power supply is described by the connection of refrigeration mechanism described in six electric wires and six Vest on the separated time slot for extending downwardly into the vest lower end, institute are respectively arranged at each mounting hole The lower end for the vest stated is provided with the inlet wire slot being connected to separated time slot described in six, and one end of electric wire described in six is and institute The battery connection stated, and electric wire described in six corresponds after the inlet wire slot respectively via separated time described in six It connects one to one after slot with refrigeration mechanism described in six.In the structure, electric wire is placed in inlet wire slot and separated time slot, reduces electricity The use space of line, and a plurality of conducting wire merges, and one piece of cell support muti-piece semiconductor chilling plate can be made to work at the same time, make human body Fast cooling.

The material of the box body is aluminium alloy.Box body conductivity of heat is strong in the structure, can be further improved refrigeration effect.

Compared with prior art, multiple the utility model has the advantage of by being provided with multiple mounting holes on vest Mounting hole is distributed in the front and back of vest, and refrigerating plant includes multiple refrigeration mechanisms, and multiple refrigeration mechanisms correspond peace At multiple mounting holes, each refrigeration mechanism respectively includes box body, semiconductor chilling plate, heat conducting module, fan and mesh enclosure, box Body is fixed in mounting hole, and semiconductor chilling plate, heat conducting module, fan and mesh enclosure are separately mounted in box body, semiconductor refrigerating Piece and fan connect to power supply, the side contacts of semiconductor chilling plate and box body close to human body, the lower end of semiconductor chilling plate Face is contacted with heat conducting module, and fan is located at the lower section of heat conducting module, and mesh enclosure is located on fan, and the material of box body is heat conduction material Expect, heat release hole is provided on box body, heat release hole close to fan, realize human body by semiconductor chilling plate direct by the utility model Cooling, refrigerating speed is fast, good cooling effect, and easy to carry, noise is small, will not cause adverse effect to human body and environment.

Detailed description of the invention

Fig. 1 is the front view of the utility model；

Fig. 2 is the side view of the utility model；

Fig. 3 is the internal structure chart one of the refrigeration mechanism of the utility model；

Fig. 4 is the internal structure chart two of the refrigeration mechanism of the utility model；

Specific embodiment

The utility model is described in further detail below in conjunction with figure embodiment.

Embodiment: as shown, a kind of wearable human cooling system, including vest 1, power supply and refrigerating plant, vest 1 On be provided with multiple mounting holes 2, multiple mounting holes 2 are distributed in the front 11 and the back side 12 of vest 1, and refrigerating plant includes multiple systems Cold structure, multiple refrigeration mechanism one-to-one correspondence are mounted at multiple mounting holes 2, and each refrigeration mechanism respectively includes box body 3, partly leads Body cooling piece 4, heat conducting module 5, fan 6 and mesh enclosure 7, box body 3 are fixed in mounting hole 2, semiconductor chilling plate 4, heat conducting module 5, fan 6 and mesh enclosure 7 are separately mounted in box body 3, and semiconductor chilling plate 4 and fan 6 connect to power supply, semiconductor chilling plate 4 with box body 3 close to a side contacts of human body, the lower end surface of semiconductor chilling plate 4 contacts with heat conducting module 5, and fan 6 is positioned at thermally conductive The lower section of module 5, mesh enclosure 7 are located on fan 6, and the material of box body 3 is Heat Conduction Material, is provided with heat release hole 8 on box body 3, are dissipated Hot hole 8 is close to fan 6.

In the present embodiment, there are six mounting holes 2, two of them mounting hole 2 or so to be arranged at intervals on vest for setting on vest 1 1 front 11, four mounting holes 2 are arranged at intervals on the back side 12 of vest 1 in the way of 2 rows × 2 column, and refrigerating plant includes six A refrigeration mechanism, refrigeration mechanism one-to-one correspondence are mounted in six mounting holes 2.

In the present embodiment, power supply is battery, and power supply is connected by six electric wires and six refrigeration mechanisms, every on vest 1 The separated time slot 9 for extending downwardly into 1 lower end of vest is respectively arranged at a mounting hole 2, the lower end of vest 1 is provided with and six The inlet wire slot 10 that separated time slot 9 is connected to, one end of six electric wires are connect with battery, and six electric wires are distinguished after inlet wire slot 10 One-to-one correspondence connects one to one via after six separated time slots 9 with six refrigeration mechanisms.

In the present embodiment, the material of box body 3 is aluminium alloy.

Claims (4)

1. a kind of wearable human cooling system, including vest, power supply and refrigerating plant, it is characterised in that set on the vest Multiple mounting holes are equipped with, multiple mounting holes are distributed in the front and back of the vest, the refrigerating plant packet Include multiple refrigeration mechanisms, multiple refrigeration mechanisms, which correspond, to be mounted at multiple mounting holes, each described Refrigeration mechanism respectively includes box body, semiconductor chilling plate, heat conducting module, fan and mesh enclosure, and the box body is fixed on described In mounting hole, the semiconductor chilling plate, the heat conducting module, the fan and the mesh enclosure are separately mounted to institute In the box body stated, the semiconductor chilling plate and the fan are connect with the power supply, the semiconductor refrigerating Close to a side contacts of human body, the lower end surface of the semiconductor chilling plate connects with the heat conducting module for piece and the box body Touching, the fan are located at the lower section of the heat conducting module, and the mesh enclosure is located on the fan, the box body Material be Heat Conduction Material, be provided with heat release hole on the box body, the heat release hole is close to the fan.

2. a kind of wearable human cooling system according to claim 1, it is characterised in that be provided on the vest Six mounting holes, mounting hole described in two of them or so are arranged at intervals on the front of the vest, installation described in four Hole is arranged at intervals on the back side of the vest in the way of 2 rows × 2 column, and the refrigerating plant includes six refrigeration machines Structure, the described refrigeration mechanism one-to-one correspondence be mounted on six described in mounting hole.

3. a kind of wearable human cooling system according to claim 2, it is characterised in that the power supply is battery, institute The power supply stated is connected by refrigeration mechanism described in six electric wires and six, on the vest at each mounting hole It is respectively arranged with the separated time slot for extending downwardly into the vest lower end, the lower end of the vest is provided with and six institutes The inlet wire slot for the separated time slot connection stated, one end of electric wire described in six is connect with the battery, and electricity described in six Line corresponded respectively after the inlet wire slot via after separated time slot described in six with refrigeration mechanism one described in six One is correspondingly connected with.

4. a kind of wearable human cooling system according to claim 1, it is characterised in that the material of the box body is Aluminium alloy.