CN205947179U

CN205947179U - Heat dissipation clothing and fan unit thereof

Info

Publication number: CN205947179U
Application number: CN201620862500.0U
Authority: CN
Inventors: 喻孟华
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-08-10
Filing date: 2016-08-10
Publication date: 2017-02-15
Anticipated expiration: 2026-08-10

Abstract

The utility model provides a heat dissipation clothing, contains a clothing body and an at least fan unit. This clothing body has a surface, an internal surface, and an at least income wind gap, should go into wind gap this surface of intercommunication and this internal surface. This fan unit detachably sets up in the internal surface of this clothing body and corresponds the intercommunication and to go into the wind gap, and this fan unit has the guide duct that just upwards extend in at least one this income wind gap of intercommunication, and when this fan unit operation, an air current that gets into this fan unit via this income wind gap upwards blows via this guide duct. Borrow internal surface by at this clothing body to set up this fan unit, can be directly need radiating skin surface area territory for example armpit and back to blow the air to the human body, reach the effect of cooling, increase the radiating efficiency.

Description

Radiating clothing and its fan assembly

Technical field

This utility model relates to a kind of clothes, particularly relates to a kind of radiating clothing and its fan assembly.

Background technology

In recent years, in order to keep working space in comfortable temperature it will usually select to use air-conditioning system under hot summer Unite and to reach this purpose.However, the ozone of the suitable power consumption of air conditioning system and discharge will be harmful to atmosphere.For effective energy-conservation and Environmental protection purpose, existing settling mode be wearing a kind of can radiate and low power consumption radiating clothing.This radiating clothing has an inner face And outside one, and comprising a fan being arranged at inner face, this fan directly can send to human body and blow air, but wearing need to will radiate The clothing bottom is pricked in trousers, and otherwise air is by directly loss at the bottom opening of radiating clothing.

Even if however, pricking radiating clothing into trousers, the air that fan is blown out is only capable of flowing out from cuff and neckline, in radiating Air circulation in clothing has some setbacks and is difficult to discharge, and radiating clothing can be made to heave, the upper part of the body of user will become too fat to move and be not easy to Work.Therefore, how improved heat radiation clothing will be a theme being worth research.

Utility model content

The purpose of this utility model is to provide a kind of light and air can be allowed smoothly to circulate between clothes and user And discharge, to produce the radiating clothing of great heat radiation effect.

Another object of the present utility model is to provide a kind of fan assembly changing airflow blow direction.

This utility model radiating clothing comprises a clothing body, has an outer surface, an inner surface, and at least one air intake vent, should Air intake vent connects this outer surface and this inner surface；And at least one fan assembly, it is removable installed in the inner surface of this clothing body And corresponding to this air intake vent of connection, this fan assembly has at least one this air intake vent of connection and upwardly extending guide duct, when this wind During fan device operating, it is to be blown up via this guide duct via the air-flow that this air intake vent enters this fan assembly.

Implement in aspects at some, this fan assembly includes a housing, this housing has a body and outside by this body This guide duct extending, this body interior defines a wind-guiding space and has the inlet scoop of this air intake vent of connection, and order should Guide duct is connected with this wind-guiding space, and makes the outgassing direction that this guide duct is sent enter gas side different from the one of this inlet scoop To.

Implement in aspect at some, this fan assembly also includes the airduct of an inlet scoop peripheral region being fixedly arranged on this body even Fitting, this air pipe connector has an air vent connecting with this inlet scoop, and this air pipe connector can pass through this air intake vent with one Outside airduct connect.

Some implement aspects in, this fan assembly also includes a cold generating module, this cold generating module include an installing plate, one Cooling chip, a heat absorbing member and a radiating fin, this installing plate is arranged at this body with this body separately, and position with should Inlet scoop is corresponding, and this cooling chip is embedded at this installing plate and has one and be located at this cold end towards the cold end of this inlet scoop and one The hot junction of opposition side, this heat absorbing member connects the cold end of this cooling chip, so that this air-flow can be lowered the temperature by this heat absorbing member, this radiating Fin connects the hot junction of this cooling chip, to carry out the radiating of this cooling chip.

Implement in aspect at some, this cold generating module also includes a radiator fan being arranged on this radiating fin.

Implement in aspect at some, this clothing body includes a front face, the rear face of this front face of connection and two sides Wind outlet area, this rear face have one after wind outlet area, described side air-out area is located at two top-cross of this front face and this rear face respectively At boundary.

Implement in aspect at some, this rear wind outlet area and described side air-out area are using netted cloth.

Implement, in aspect, also to comprise a controller and a power supply at some, this controller is removable installed in this clothing originally Body, and with this fan assembly electric coupling, to control the rotation of this fan assembly, this power supply is in order to provide this controller and this fan The required electric power of device operating.

Implement, in aspect, also to comprise the first accommodating bag of at least one inner surface being arranged at this clothing body, this wind at some Fan device is removable installed in this first accommodating bag.

Implement, in aspect, also to comprise the second of an outer surface being arranged at this clothing body and inner surface one of which at some Accommodating bag, this controller and this power supply are removable installed in this second accommodating bag.

This utility model fan assembly comprises a housing, including a body, first wind-guiding being stretched out by this body Pipe and second guide duct being stretched out by this body, this body interior defines a wind-guiding space and has an inlet scoop, And make this first guide duct and this second guide duct connect with this wind-guiding space, and this first guide duct sends one first is made to go out Gas direction enters gas direction different from the one of this inlet scoop, and one second outgassing direction that this second guide duct is sent enters different from this Gas direction and this first outgassing direction.

Implement, in aspect, also to comprise the air pipe connector of an inlet scoop peripheral region being fixedly arranged on this body, this wind at some Pipe connections have an air vent connecting with this inlet scoop, and this air pipe connector can be connected with an outside airduct.

Some implement aspects in, also comprise a cold generating module, this cold generating module include an installing plate, a cooling chip, One heat absorbing member and a radiating fin, this installing plate is arranged at this body with this body separately, and position and this inlet scoop phase Corresponding, this cooling chip is embedded at this installing plate and has one and be located at this cold end opposition side towards the cold end of this inlet scoop and one Hot junction, this heat absorbing member connects the cold end of this cooling chip, so that this air-flow can be lowered the temperature by this heat absorbing member, and this radiating fin connects The hot junction of this cooling chip, to carry out the radiating of this cooling chip.

The beneficial effects of the utility model are：By this fan assembly of inner surface setting in this clothing body, can be direct The skin surface area such as oxter and back more flourishing to human sweat glands blow air, reach the effect of cooling, increase radiating Efficiency.

Brief description

Fig. 1 is a floor map of an embodiment of this utility model radiating clothing；

Fig. 2 is a schematic rear view of this embodiment；

Fig. 3 is an axonometric chart of one first enforcement aspect of a fan assembly of this embodiment；

Fig. 4 is a three-dimensional exploded view of this first enforcement aspect of this fan assembly；

Fig. 5 is this first enforcement schematic diagram of being connected with an external source of aspect of this fan assembly of this embodiment；

Fig. 6 is an axonometric chart of one second enforcement aspect of this fan assembly；

Fig. 7 is a three-dimensional exploded view of this second enforcement aspect of this fan assembly；

Fig. 8 is the side view diagram of this second enforcement aspect of this fan assembly；And

Fig. 9 is an axonometric chart of one the 3rd enforcement aspect of this fan assembly.

Specific embodiment

Before this utility model is described in detail it shall be noted that in the following description content, similar element be with It is identically numbered to represent.

Refering to Fig. 1, this utility model radiates an embodiment of clothing, comprises a clothing body 1, two the first accommodating bag 2,1 the Two accommodating bag 3, two fan assemblys 4, a controller 5 and a power supply 6.

Refering to Fig. 1 to Fig. 2, clothing body 1 has an outer surface 11, an inner surface 12 and two air intake vents 16, and includes one Front face 13, a rear face 14 and Liang Ge side air-out area 15.Described air intake vent 16 is opened in rear face 14 respectively and connects appearance Face 11 and inner surface 12, rear face 14 have one after wind outlet area 141, each side air-out area 15 is by before the one of front face 13 Half area 151 and be located at rear face 14 later half area 152 formed.Wind outlet area 141 and described side air-out area 15 are using netted afterwards Cloth, and position corresponds to the back of a user and two oxters respectively, beneficial to the steam discharging described position and make inside and outside clothing body 1 Air more circulate.Described first accommodating bag 2 is the inner surface 12 being separately positioned on positioned at rear face 14, and the second accommodating bag 3 outer surfaces 11 being disposed on front face 13 in the present embodiment and be located at user left breast at it is also possible to be arranged at Inner surface 12, is not limited.

One first enforcement aspect of fan assembly 4 introduced below, refering to Fig. 3 and Fig. 4, described fan assembly 4 is removable respectively It is arranged at unloading in the first accommodating bag 2 and the described air intake vent 16 of corresponding connection, each fan assembly 4 includes a housing 41, a fan Leaf 42 and an air pipe connector 43.Housing 41 include the first guide duct 412 that a body 411, stretches out by body 411 and One the second guide duct 413 being stretched out by body 411, defines a wind-guiding space S and has an inlet scoop inside body 411 414, and make the first guide duct 412 and the second guide duct 413 connect with wind-guiding space S, and make that the first guide duct 412 sends one First outgassing direction F1 enters gas direction D, and one second side of giving vent to anger that the second guide duct 413 is sent different from the one of inlet scoop 414 It is different from into gas direction D and the first outgassing direction F1 to F2.Flabellum 42 is arranged at housing 41 and is located in wind-guiding space S, in order to Self-priming air port 414 is entered an air-flow of housing 41 via the first guide duct 412 and the second guide duct 413 along the first outgassing direction F1 and the second outgassing direction F2 outwards blows.Air pipe connector 43 is the inlet scoop 414 weeks being fixedly arranged on body 411 in screw lock mode At edge, and be there is an air vent 431 being connected with inlet scoop 414 and air intake vent 16.By first, second guide duct 412,413 Setting, from arbitrary air intake vent 16 via air vent 431 enter fan assembly 4 air-flow can be via first, second guide duct 412nd, 413 blow up towards the back of user and oxter, steam is taken away and via rear wind outlet area 141 and described side air-out area 15 outflows, reach the effect of cooling, increase radiating efficiency.

Furthermore, refering to Fig. 4 and Fig. 5, air pipe connector 43 can pass through air intake vent 16 with one and be inserted in the outer of air vent 431 Portion's airduct 7 connects, whereby, an external source 8, such as cold air conditioner equipment, it includes an air main 81, and air main 81 has many Individual branch airduct 811, external source 8 can pass through the described branch airduct 811 of air main 81 and dissipating of multiple user wearing Outside airduct 7 on the fan assembly 4 of hot clothing connects, and the cold air of generation is transported to each fan assembly 4, then via fan dress Put 4 to blow cold air towards the back of each user and oxter, to radiate to human body, so can further be lifted The radiating effect of radiating clothing.It is for example quickly to connect by a connection piece 82 between each branch airduct 811 and each outside airduct 7 Head connects, and only needs when user must leave seat to separate outside airduct 7 with connector 82, and snap joint is existing Component, its principle will not be described here.Wherein, air intake vent 16, the first accommodating bag 2, fan assembly 4 and guide duct be (i.e. first, Second guide duct 412,413) quantity be not limited with two shown in the present embodiment, at least one, and air intake vent 16, first The quantity of accommodating bag 2 and fan assembly 4 is identical.And if it is noted that being not required to external external source 8, air pipe connector 43 can remove, and still can reach the effect of radiating.

Refering to Fig. 1, the controller 5 of the present embodiment and power supply 6 are to be removable installed in the second accommodating bag 3, controller 5 With described fan assembly 4 electric coupling, to control the rotation of described fan assembly 4.In the present embodiment, power supply 6 is a line galvanic electricity Source 6, and electrically connected with controller 5 and described fan assembly 4 with USB transmission line, in order to provide controller 5 and described fan assembly The required electric power of 4 operatings.

It is noted that being all to be removable installed in clothing body by described fan assembly 4, controller 5 and power supply 6 1, when the clothing that radiates needs cleaning, just described fan assembly 4, controller 5 and power supply 6 can be disassembled from clothing body 1, with The cleaning of the convenient clothing that radiates.

One second enforcement aspect of fan assembly 4 introduced below, refering to Fig. 6 to Fig. 8, each fan assembly 4 includes a shell Body 41, a flabellum 42 and a cold generating module 44.Wherein, housing 41 is identical with the first enforcement aspect with the part of flabellum 42, in this Repeat no more.Cold generating module 44 include an installing plate 441, a cooling chip 442, a heat absorbing member 443, a radiating fin 444 and One radiator fan 445.Installing plate 441 is to be fixedly arranged on body 411 with body 411 separately, and position and suction in screw lock mode Air port 414 is corresponding.Cooling chip 442 is embedded at installing plate 441 and has one towards cold end 442a of inlet scoop 414 and one Hot junction 442b in cold end 442a opposition side.Heat absorbing member 443 connects cold end 442a of cooling chip 442, and has a main body The blade 443b that 443a and multiple autonomous agent 443a extends radially outwardly, main body 443a connection cold end 442a, and blade 443b Design can make air-flow and the contact area of heat absorbing member 443 increase, and significantly lowers the temperature when causing air flow through blade 443b.Radiating fin 444 connection hot junction 442b are simultaneously fixedly arranged on installing plate 441 in screw lock mode, to carry out the radiating of cooling chip 442.Because working as refrigeration When the temperature of cold end 442a of chip 442 is lower, the temperature of the hot junction 442b of cooling chip 442 will be higher, so, if can be by The temperature drop of the hot junction 442b of cooling chip 442, the temperature of its cold end 442a just can be lower.Therefore, by radiating fin 444 connection hot junction 442b radiate to cooling chip 442, will make the temperature drop of hot junction 442b, and then improve cold end 442a Cooling-down effect to air-flow.Radiator fan 445 is to be fixedly arranged on radiating fin 444 in screw lock mode, to enter to radiating fin 444 Row radiating, strengthens the radiating effect of radiating fin 444.In short, the second enforcement aspect of fan assembly 4, it is by refrigeration mould Block 44 improves the radiating effect of fan assembly 4, and being different from the first enforcement aspect is through outside by external source (not shown) Airduct 7 to improve radiating effect to fan assembly 4 blowing cooling air.And air-flow enters the direction of fan assembly 4 also different from first That implements aspect enters gas direction D (see Fig. 3), but the radial direction along heat absorbing member 443 flows through heat absorbing member 443 warp more from outside to inside Fan assembly 4 is entered by inlet scoop 414.

One the 3rd enforcement aspect of fan assembly 4 introduced below, refering to Fig. 4, Fig. 7 and Fig. 9, each fan assembly 4 includes One housing 41, a flabellum 42, implement unlike aspect from first, the case outlines external form similar round shape of this enforcement aspect, such as This can be easy to insert the first accommodating bag 2 (see Fig. 1) of radiating clothing, and the also design of inlet scoop 414 is changed into multiple elongated strips Opening.And, the fan assembly 4 of this enforcement aspect is it is also possible to external air pipe connector as shown by the first two implements aspect 43, or cold generating module 44 is it is only necessary to adjust its shape to coordinate the housing 41 of this enforcement aspect.

In sum, this utility model radiating clothing, arranges described fan assembly 4 by the inner surface 12 in clothing body 1, and The the first outgassing direction F1 sending by first, second guide duct 412,413 of each fan assembly 4 and the second outgassing direction F2 is not Be same as inlet scoop 411 enters gas direction D, and changes the blowing direction of air-flow, skin table that can be directly more flourishing to human sweat glands Face region such as oxter and back blow air, reach the effect of cooling, increase radiating efficiency, therefore it is new really to reach this practicality The purpose of type.

Only as described above, the only embodiment of this utility model, when can not with this limit this utility model implement Scope, every simple equivalence changes made according to this utility model claims and description and modification, all still In the range of genus this utility model is covered.

Claims

1. a kind of radiating clothing it is characterised in that：This radiating clothing comprises：

One clothing body, has an outer surface, an inner surface, and at least one air intake vent, and this air intake vent connects this outer surface and this is interior Surface；And

At least one fan assembly, is removable installed in the inner surface of this clothing body and corresponding this air intake vent of connection, and this fan fills Put and there is at least one this air intake vent of connection and upwardly extending guide duct, when this fan assembly operates, enter via this air intake vent The air-flow entering this fan assembly is to be blown up via this guide duct.

2. as claimed in claim 1 radiating clothing it is characterised in that：This fan assembly includes a housing, and this housing has one Body and this guide duct being stretched out by this body, this body interior defines a wind-guiding space and has this air intake vent of a connection Inlet scoop, and make this guide duct connect with this wind-guiding space, and make the outgassing direction that this guide duct is sent be different from this suction The one of air port enters gas direction.

3. as claimed in claim 2 radiating clothing it is characterised in that：This fan assembly also includes an air draught being fixedly arranged on this body The air pipe connector of mouth peripheral region, this air pipe connector has an air vent connecting with this inlet scoop, and this air pipe connector can It is connected by the outside airduct of this air intake vent with one.

4. as claimed in claim 2 radiating clothing it is characterised in that：This fan assembly also includes a cold generating module, this refrigeration mould Block includes an installing plate, a cooling chip, a heat absorbing member and a radiating fin, this installing plate be arranged at this body and with this body Separately, and position is corresponding with this inlet scoop, this cooling chip is embedded at this installing plate and has one towards this inlet scoop Cold end and one is located at the hot junction of this cold end opposition side, and this heat absorbing member connects the cold end of this cooling chip, and so that this air-flow can be passed through should Heat absorbing member and lower the temperature, this radiating fin connects the hot junction of this cooling chip, to carry out the radiating of this cooling chip.

5. as claimed in claim 4 radiating clothing it is characterised in that：This cold generating module also includes one and is arranged on this radiating fin Radiator fan.

6. as claimed in claim 1 radiating clothing it is characterised in that：This clothing body includes a front face, this front face of connection Rear face and Liang Ge side air-out area, this rear face have one after wind outlet area, described side air-out area respectively be located at this front face with The both sides intersection of this rear face.

7. as claimed in claim 6 radiating clothing it is characterised in that：This rear wind outlet area and described side air-out area are to adopt mesh cloth Material.

8. as claimed in claim 1 radiating clothing it is characterised in that：Also comprise a controller and a power supply, this controller is removable Be arranged at this clothing body with unloading, and with this fan assembly electric coupling, to control the rotation of this fan assembly, this power supply is in order to provide Electric power needed for this controller and the operating of this fan assembly.

9. as claimed in claim 1 radiating clothing it is characterised in that：Also comprise at least one inner surface being arranged at this clothing body First accommodating bag, this fan assembly is removable installed in this first accommodating bag.

10. as claimed in claim 8 radiating clothing it is characterised in that：Also comprise an outer surface being arranged at this clothing body and interior Second accommodating bag of surface one of which, this controller and this power supply are removable installed in this second accommodating bag.

A kind of 11. fan assemblys it is characterised in that：This fan assembly comprises：

One housing, being stretched out by this body including a body, first guide duct being stretched out by this body and Two guide ducts, this body interior defines a wind-guiding space and has an inlet scoop, and make this first guide duct and this second lead Airduct is connected with this wind-guiding space, and so that one first outgassing direction that this first guide duct is sent is entered different from the one of this inlet scoop Gas direction, and one second outgassing direction that this second guide duct is sent enters gas direction and this first outgassing direction different from this.

12. fan assemblys as claimed in claim 11 it is characterised in that：Also comprise an inlet scoop periphery being fixedly arranged on this body The air pipe connector at place, this air pipe connector has an air vent connecting with this inlet scoop, this air pipe connector can with one outside Portion's airduct connects.

13. fan assemblys as claimed in claim 11 it is characterised in that：Also comprise a cold generating module, this cold generating module includes One installing plate, a cooling chip, a heat absorbing member and a radiating fin, this installing plate is arranged at this body alternate with this body Every, and position is corresponding with this inlet scoop, this cooling chip is embedded at this installing plate and has a cold end towards this inlet scoop And the hot junction being located at this cold end opposition side, this heat absorbing member connects the cold end of this cooling chip, makes this air-flow can pass through this heat absorption Part and lower the temperature, this radiating fin connects the hot junction of this cooling chip, to carry out the radiating of this cooling chip.

14. fan assemblys as claimed in claim 13 it is characterised in that：This cold generating module also includes one and is arranged at this heat radiating fin Radiator fan on piece.