CN107373794B

CN107373794B - A kind of new energy Intelligent thermal-protection gym suit

Info

Publication number: CN107373794B
Application number: CN201710610433.2A
Authority: CN
Inventors: 郑志勇
Original assignee: Fujian Redshine Sports Polytron Technologies Inc
Current assignee: Fujian Redshine Sports Polytron Technologies Inc
Priority date: 2017-07-25
Filing date: 2017-07-25
Publication date: 2019-01-04
Anticipated expiration: 2037-07-25
Also published as: CN107373794A; CN109452702A; CN109619725A; CN109619725B; CN109452702B

Abstract

The present invention proposes a kind of new energy Intelligent thermal-protection gym suit, it further include the first heating installation in jacket main body, the second heating installation in trousers main body, the controller that first heating installation and the second heating installation are controlled, to the battery that the first heating installation, the second heating installation and controller are powered, and to the mobile terminal that controller is remotely controlled.New energy Intelligent thermal-protection gym suit of the invention can carry out flexible intelligent temperature control adjusting to gym suit by mobile terminals such as mobile phones, have the warming effect of hommization, practical.

Description

A kind of new energy Intelligent thermal-protection gym suit

Technical field

The present invention relates to new energy fields, and in particular to a kind of new energy Intelligent thermal-protection gym suit.

Background technique

With the development of science and technology, new energy is throughout the various fields such as automobile, but new energy is in clothings such as gym suits Domain variability is not widely used, and the practicability of clothing is no longer satisfied the demand of people now, such as in cold Winter, down jackets etc. wears in inconvenience when people move, but wearing to commonly use gym suit and will appear to be cooled again leads to players Situations such as flu, occurs, so the practicability of the clothings such as gym suit for wearing of winter is to be improved.

In consideration of it, inventor furthers investigate the above problem, there is this case generation then.

Summary of the invention

The purpose of the present invention is to provide one kind to carry out flexible intelligent temperature control to gym suit by mobile terminals such as mobile phones It adjusts, there is the warming effect of hommization, practical new energy Intelligent thermal-protection gym suit.

In order to achieve the above object, the present invention uses such technical solution:

A kind of new energy Intelligent thermal-protection gym suit, including jacket main body and trousers main body, the jacket main body include and people The corresponding main body of body upper body trunk is divided to and two coat-sleeves set on main body point top two sides, the trousers main body packet It includes lower main part corresponding with human body waist and belly and two is set to the trouser legs that lower main part extends downwardly；It further include being set to The first heating installation in the jacket main body, the second heating installation in trousers main body, to the first heating installation and The controller that two heating installations are controlled, to the battery that the first heating installation, the second heating installation and controller are powered, And to the mobile terminal that controller is remotely controlled；

First heating installation includes the first thermal cycle power device set on the main body point, from top to bottom edge The first point circular upper fluid circulating line of the main body and two follow along the second circular upper fluid of the coat-sleeve respectively Endless tube road；The first thermal cycle power device includes the first thermal cycle shell heated to fluid, and flows fluid The first power device；The first thermal cycle shell is flat-shaped in the square flat extended along human skin；First thermal cycle Shell includes the first inner sidewall towards human body, outwardly and first lateral wall parallel with the first inner sidewall, and is connected to Between one inner sidewall and the first lateral wall and successively the first connection wall, the second connection wall, third connection wall of arranged adjacent and Four connection walls；Equipped with first heating parallel with first inner sidewall and the first lateral wall in the first thermal cycle shell Plate has the first internal clearance, first heating plate and the first outside between first heating plate and first inner sidewall There is the first external series gap between wall；There is the first thermal cycle shell first fluid being formed in first connection wall to go out Mouthful, and the first fluid import being formed in the third connection wall；First fluid outlet include with described first between Fluid outlet in the first of gap connection, and the first outer fluid outlet being connected to first external series gap；The first fluid into Mouth includes fluid inlet in first be connected to first internal clearance, and the first outer fluid being connected to first external series gap Import；In described first fluid outlet and the first outer fluid outlet be equipped with for fluid outflow unidirectional outflow valve, described first Interior fluid inlet and the first outer fluid import are equipped with the unidirectional inflow valve flowed into for fluid；First power device includes pair The first internally-powered device that fluid in first internal clearance is driven, and the fluid in first external series gap is carried out First outer power device of driving；

The first internally-powered device includes and output shaft outer in the first thermal cycle shell vertically described the Motor in the first of three connection walls is sealed with the inner sidewall of first inner sidewall in the first thermal cycle shell and is slided It contacts and the pushing plate along first that the direction for being parallel to first connection wall and third connection wall extends, and is connected to the In one in pushing plate and first between the output shaft of motor first in transmission parts；Transmission parts include and institute in described first State motor in first output shaft it is coaxially connected first in drive screw, and connect with pushing plate in described first first in Gear frame；Gear frame includes outer and parallel with pushing plate in described first in the first thermal cycle shell in described first It is driven cross bar in first and two run through the third connection wall and are vertically connected at transmission cross bar and first in described first Between interior promotion board ends first in vertical links；Be formed in the middle part of transmission cross bar in described first with described first in pass The first internal thread hole that dynamic screw rod matches；The third connection wall, which is formed with, supplies vertical links sealing sliding in described first Sealing hole in first；The both ends of pushing plate are in sealing contact with second connection wall and the 4th connection wall respectively in described first, Pushing plate has towards corresponding surface in the first of first heating plate in described first, corresponding surface and described the in described first Have in first between one heating plate and correspond to gap, it is long to be formed with multiple pushing plates along described first for corresponding surface in described first Elastic sealing strip in direction extends first is spent, the tip of elastic sealing strip connects with first heating plate in each described first It touches, the height of elastic sealing strip is greater than the size that gap is corresponded in described first, elasticity in each described first in each described first Diaphragm seal is gradually tilted to first connection wall direction from root to tip；First outer power device includes in described First thermal cycle shell is outer and the first outer motor of the output shaft vertically third connection wall, in first thermal cycle Simultaneously edge is parallel to first connection wall and third is connect with the inner sidewall of first lateral wall sealing sliding contact in shell The first outer pushing plate that the direction of wall extends, and be connected between the first outer pushing plate and the output shaft of the first outer motor the One outer transmission parts；The first outer transmission parts include first unofficial biography coaxially connected with the output shaft of the described first outer motor Dynamic screw rod, and the first outer gear frame being connect with the described first outer pushing plate；The first outer gear frame includes in described the It is driven cross bar outside one thermal cycle shell and outside parallel with the described first outer pushing plate first and two connect through the third It connects wall and is vertically connected at the first outer vertical links outside described first between transmission cross bar and the first outer pushing plate both ends；It is described The first outside threaded holes matched with the described first outer drive screw are formed in the middle part of transmission cross bar outside first；The third connects It connects wall and is formed with the first outer seal bore slided for the described first outer vertical links sealing；The both ends of the first outer pushing plate point Not in sealing contact with second connection wall and the 4th connection wall, the first outer pushing plate has towards first heating plate The first outer corresponding surface, there is corresponding gap outside first between the first outer corresponding surface and first heating plate, described the One outer corresponding surface is formed with multiple the first outer elastic sealing strips extended along the described first outer pushing plate length direction, and each described the The tip of one outer elastic sealing strip and first contact heater plate, the height of each first outer elastic sealing strip are greater than described The size in corresponding gap outside first, each first outer elastic sealing strip is from root to tip gradually to the first connection wall side To inclination；

The first upper fluid circulating line includes effuser road on first be connected to fluid outlet in described first, and Flowing into pipeline on first be connected to fluid inlet in described first；On described first effuser stage property have with described first in flow Body exports corresponding first proximal end and the first distal end in the other end, the first upper inlet pipe road have with described first in Corresponding second proximal end of fluid inlet and in the other end second distal end；Effuser road and first upstream on described first Inlet pipe road is connected in parallel at together, and first distal end is connected to the second distal end；The second upper fluid circulating line includes With the second of the first outer fluid outlet on effuser road, and with it is the second of the first outer fluid inlet communication upper Inlet pipe road；There is effuser stage property on described second exports corresponding third proximal end with first outer fluid and in the other end Third distal end, the described second upper inlet pipe road have the 4th proximal end corresponding with the first outer fluid import and are in the other end The 4th distal end；Flowing into pipeline is connected in parallel at together on effuser road and described second on described second, and the third is remote End is connected to the 4th distal end；

Second heating installation includes the second thermal cycle power device set on the lower main part, from top to bottom edge The first circular lower fluid circulation pipe of the lower main part and two follow along the second circular lower fluid of the trouser legs respectively Endless tube road；The second thermal cycle power device includes the second thermal cycle shell heated to fluid, and flows fluid The second power device；The second thermal cycle shell is flat-shaped in the square flat extended along human skin；Second thermal cycle Shell includes the second inner sidewall towards human body, outwardly and second lateral wall parallel with the second inner sidewall, and is connected to Between two inner sidewalls and the second lateral wall and successively the 5th connection wall, the 6th connection wall, the 7th connection wall of arranged adjacent and Eight connection walls；Equipped with second heating parallel with second inner sidewall and the second lateral wall in the second thermal cycle shell Plate has the second internal clearance, second heating plate and the second outside between second heating plate and second inner sidewall There is the second external series gap between wall；There is the second thermal cycle shell second fluid being formed in the 5th connection wall to go out Mouthful, and the second fluid import being formed in the 7th connection wall；Second fluid outlet include with described second between Fluid outlet in the second of gap connection, and the second outer fluid outlet being connected to second external series gap；The second fluid into Mouth includes fluid inlet in second be connected to second internal clearance, and the second outer fluid being connected to second external series gap Import；In described second fluid outlet and the second outer fluid outlet be equipped with for fluid outflow unidirectional outflow valve, described second Interior fluid inlet and the second outer fluid import are equipped with the unidirectional inflow valve flowed into for fluid；Second power device includes pair The second internally-powered device that fluid in second internal clearance is driven, and the fluid in second external series gap is carried out Second outer power device of driving；

The second internally-powered device includes and output shaft outer in the second thermal cycle shell vertically described the Motor in the second of seven connection walls is sealed with the inner sidewall of second inner sidewall in the second thermal cycle shell and is slided It contacts and the pushing plate along second that the direction for being parallel to the 5th connection wall and the 7th connection wall extends, and is connected to the In two in pushing plate and second between the output shaft of motor second in transmission parts；Transmission parts include and institute in described second State motor in second output shaft it is coaxially connected second in drive screw, and connect with pushing plate in described second second in Gear frame；Gear frame includes outer and parallel with pushing plate in described second in the second thermal cycle shell in described second It is driven cross bar in second and two run through the 7th connection wall and are vertically connected at transmission cross bar and second in described second Between interior promotion board ends second in vertical links；Be formed in the middle part of transmission cross bar in described second with described second in pass The second internal thread hole that dynamic screw rod matches；7th connection wall, which is formed with, supplies vertical links sealing sliding in described second Sealing hole in second；The both ends of pushing plate are in sealing contact with the 6th connection wall and the 8th connection wall respectively in described second, Pushing plate has towards corresponding surface in the second of second heating plate in described second, corresponding surface and described the in described second Have in second between two heating plates and correspond to gap, it is long to be formed with multiple pushing plates along described second for corresponding surface in described second Elastic sealing strip in direction extends second is spent, the tip of elastic sealing strip connects with second heating plate in each described second It touches, the height of elastic sealing strip is greater than the size that gap is corresponded in described second, elasticity in each described second in each described second Diaphragm seal is gradually tilted to the 5th connection wall direction from root to tip；Second outer power device includes in described Second thermal cycle shell is outer and the second outer motor of output shaft vertically the 7th connection wall, in second thermal cycle Sliding contact is sealed with the inner sidewall of second lateral wall in shell and is connect along the 5th connection wall and the 7th is parallel to The second outer pushing plate that the direction of wall extends, and be connected between the second outer pushing plate and the output shaft of the second outer motor the Two outer transmission parts；The second outer transmission parts include second unofficial biography coaxially connected with the output shaft of the described second outer motor Dynamic screw rod, and the second outer gear frame being connect with the described second outer pushing plate；The second outer gear frame includes in described the It is driven cross bar outside two thermal cycle shells and outside parallel with the described second outer pushing plate second and two connect through the described 7th It connects wall and is vertically connected at the second outer vertical links outside described second between transmission cross bar and the second outer pushing plate both ends；It is described The second outside threaded holes matched with the described second outer drive screw are formed in the middle part of transmission cross bar outside second；Described 7th connects It connects wall and is formed with the second outer seal bore slided for the described second outer vertical links sealing；The both ends of the second outer pushing plate point Not in sealing contact with the 6th connection wall and the 8th connection wall, the second outer pushing plate has towards second heating plate The second outer corresponding surface, there is corresponding gap outside second between the second outer corresponding surface and second heating plate, described the Two outer corresponding surfaces are formed with multiple the second outer elastic sealing strips extended along the described second outer pushing plate length direction, and each described the The tip of two outer elastic sealing strips and second contact heater plate, the height of each second outer elastic sealing strip are greater than described The size in corresponding gap outside second, each second outer elastic sealing strip is from root to tip gradually to the 5th connection wall side To inclination；

Described first lower fluid circulation pipe includes the first lower effuser road being connected to fluid outlet in described second, and The lower flowing into pipeline of first be connected to fluid inlet in described second；Described first lower effuser stage property have with described second in flow Body export corresponding 5th proximal end and in the other end the 5th distal end, the first dirty inlet pipe road have with described second in Corresponding 6th proximal end of fluid inlet and in the other end the 6th distal end；Described first lower effuser road and described first flows down Inlet pipe road is connected in parallel at together, and the 5th distal end is connected to the 6th distal end；Fluid circulation pipe includes under described second Effuser road is descended with the second of the second outer fluid outlet, and is flowed down with the second of the second outer fluid inlet communication Inlet pipe road；Described second lower effuser stage property, which has, exports corresponding 7th proximal end with second outer fluid and in the other end 7th distal end, the second dirty inlet pipe road have the 8th proximal end corresponding with the second outer fluid import and are in the other end The 8th distal end；Described second lower effuser road and the second lower flowing into pipeline are connected in parallel at together, and the described 7th is remote End is connected to the 8th distal end.

The first upper fluid circulating line and the second upper fluid circulating line are embedded in the jacket main body；On described Clothing main body includes the first air-permeable layer in inside, the first waterproof ventilative layer in outside, and in the first air-permeable layer and The first three-dimensional scrim layer between first waterproof ventilative layer；The lateral surface of the first three-dimensional scrim layer is formed with accommodating described the First accommodation groove of one upper fluid circulating line and the second upper fluid circulating line；

Described first lower fluid circulation pipe and the second lower fluid circulation pipe are embedded in the trousers main body；The trousers Sub- main body includes the second air-permeable layer in inside, the second waterproof ventilative layer in outside, and in the second air-permeable layer and The second three-dimensional scrim layer between second waterproof ventilative layer；The lateral surface of the second three-dimensional scrim layer is formed with accommodating described the The second accommodation groove of fluid circulation pipe and the second lower fluid circulation pipe once.

Described first three-dimensional scrim layer includes scrim layer in first connect in inside with first air-permeable layer, is in The first outer net layer of cloth that outside is connect with first waterproof ventilative layer and multiple resilient support scrim layer and the in first The first resilient support fiber between one outer net layer of cloth；There are passage gaps between adjacent the first resilient support fiber； Described second three-dimensional scrim layer includes scrim layer in second connect in inside with second air-permeable layer, is in outside and institute State the second outer net layer of cloth and multiple resilient support scrim layer and second outer net-cloths in second of the connection of the second waterproof ventilative layer The second resilient support fiber between layer；There are passage gaps between adjacent the second resilient support fiber.

First outer fluid exports there are two being formed in first connection wall, is formed with two in the third connection wall A first outer fluid import, on two described second effuser road respectively with the two first outer fluid outlets, two institutes State on second flowing into pipeline respectively with the two first outer fluid inlet communications；It is formed there are two described in 5th connection wall Second outer fluid exports, and there are two the second outer fluid import, two described second lower outflows for formation in the 7th connection wall Pipeline respectively with the two second outer fluid outlets, two described second lower flowing into pipeline respectively with two second outer fluids Inlet communication.

Elastic sealing strip in described first, the first outer elastic sealing strip, elastic sealing strip and the second outer elasticity are close in second Mounting is gradually thinning by root to tip.

After adopting the above technical scheme, new energy Intelligent thermal-protection gym suit of the invention, breaks through the construction of conventional motion clothes Form can be remotely controlled controller by mobile terminal in actual use, and controller controls the first heating installation and the The temperature of gym suit is adjusted in two heating installations, specifically, in first pushing plate by the internal separation of the first heating plate at First content chamber between the first inner pushing plate and the first connection wall and between the first inner pushing plate and third connection wall Second content cavity, the first outer pushing plate will be separated between the first outer pushing plate and the first connection wall on the outside of the first heating plate The first outer cavity and the second outer cavity between the first outer pushing plate and third connection wall, the first heating plate first heat Fluid is heated in circulation shell, using the two sides of the first heating plate simultaneously to the entire intracorporal stream of first thermal cycle shell Body carries out high-efficiency heating；Pushing plate is by the internal separation of the second heating plate in the second inner pushing plate and the 5th connection wall in second Between third content cavity and the 4th content cavity between the second inner pushing plate and its connection wall, the second outer pushing plate will It is separated into cavity outside the third between the second outer pushing plate and the 5th connection wall on the outside of second heating plate and is in outside second The 4th outer cavity between push plate and the 7th connection wall, the second heating plate heat fluid in the second thermal cycle shell, High-efficiency heating is carried out to the intracorporal fluid of entire second thermal cycle shell simultaneously using the two sides of the second heating plate.When needing to people When body upper body trunk conveys heat, mobile terminal sends control signal, motor driven first in controller control first to controller The rotation of interior drive screw drives in first pushing plate along the first heating by being driven vertical links in cross bar and two first in first Plate is slided to the first connection wall, and the side of pushing plate and first inner sidewall are in sealing contact in first, pushing plate in first The other side is in sealing contact by elastic sealing strip in each first and the first heating plate, in first pushing plate to the first connection wall Direction is mobile, and the intracavitary fluid of first content generates resistance to elastic sealing strip in each first, makes elastic sealing strip in each first With the trend swung to third connection wall direction, to keep the tip of elastic sealing strip and the first heating plate in each first more next It is more in close contact, the intracavitary fluid the being heated fluid outlet out of first of first content is so extruded into effuser on first Road, while colder fluid flows into flowing into pipeline on first in effuser road on first, colder stream in flowing into pipeline on first Body flows into the second content cavity through fluid inlet in first and re-starts heating；Then motor driven the in controller control first Drive screw rotates backward in one, drives in first pushing plate along the by being driven vertical links in cross bar and two first in first One heating plate is slided to third connection wall, has the effect of one-way flow due to unidirectionally flowing out valve and the unidirectional valve that flows into, on first Fluid in outflow pipeline will not be flow backwards into first content chamber, and the fluid in the second content cavity, which will not flow on first, to be flowed into Pipeline, as pushing plate is mobile to third connection wall direction in first, the fluid in the second content cavity is close to elasticity in each first Mounting generates resistance, so that elastic sealing strip in each first is had the trend swung to the first connection wall direction, to make each first The tip of interior elastic sealing strip swings to the first connection wall direction and separates with the first heating plate, the fluid meeting in the second content cavity It is flowed into first content chamber from the gap in each first between elastic sealing strip and the first heating plate, then controller control first Interior motor drives pushing plate in first that the intracavitary hot fluid of first content is pushed on first in effuser road again, while first Cold fluid on upper effuser road and first in flowing into pipeline flows back in the first thermal cycle shell, so to effuser road on first With first on fluid in flowing into pipeline carry out circulating-heating, and heated using the fluid of heating to human body upper body trunk. When needing to convey heat to human body arm, mobile terminal sends control signal to controller, and the outer motor of controller control first drives Dynamic first outer drive screw rotation, by transmission cross bar outside first and two first outer vertical links the first outer pushing plates of drive along the One heating plate is slided to the first connection wall, and the side of the first outer pushing plate and first lateral wall are in sealing contact, the first extrapolation The other side of movable plate is in sealing contact by each first outer elastic sealing strip and the first heating plate, as the first outer pushing plate is to first Connection wall direction is mobile, and the fluid in the first outer cavity generates resistance to each first outer elastic sealing strip, makes each first outer elasticity Diaphragm seal has the trend swung to third connection wall direction, to make the tip of each first outer elastic sealing strip and the first heating Plate is increasingly in close contact, and so extrudes into the fluid being heated in the first outer cavity on second from the outlet of the first outer fluid Flow out pipeline, while colder fluid flows into flowing into pipeline on second in effuser road on second, on second in flowing into pipeline compared with Cold fluid flows into the second outer cavity through the first outer fluid import and re-starts heating；Then controller controls the first outer motor The first outer drive screw of driving rotates backward, and by first, transmission cross bar and two first outer vertical links drive first to push outside outside Plate is slided along the first heating plate to third connection wall, has the effect of one-way flow due to unidirectionally flowing out valve and the unidirectional valve that flows into, Fluid on second in effuser road will not be flow backwards into the first outer cavity, and the fluid in the second outer cavity will not flow into second Upper flowing into pipeline, as the first outer pushing plate is mobile to third connection wall direction, fluid in the second outer cavity is to outside each first Elastic sealing strip generates resistance, so that each first outer elastic sealing strip is had the trend swung to the first connection wall direction, to make The tip of each first outer elastic sealing strip swings to the first connection wall direction and separates with the first heating plate, in the second outer cavity Fluid can be flowed into the first outer cavity, then controller control from the gap between each first outer elastic sealing strip and the first heating plate The first outer motor of system drives the first outer pushing plate to be pushed into the hot fluid in the first outer cavity on second in effuser road, together again When second on cold fluid on effuser road and second in flowing into pipeline flow back in the first thermal cycle shell, so to the second upstream The fluid on pipeline and second in flowing into pipeline carries out circulating-heating out, and is supplied using the fluid of heating human body arm It is warm.When needing to convey heat to human body waist and belly, mobile terminal sends control signal, electricity in controller control second to controller Drive screw rotation in machine driving second drives pushing plate in second by being driven vertical links in cross bar and two second in second It is slided along the second heating plate to the 5th connection wall, the side of pushing plate and second inner sidewall are in sealing contact in second, and second The other side of interior pushing plate is in sealing contact by elastic sealing strip in each second and the second heating plate, in second pushing plate to 5th connection wall direction is mobile, and the fluid in the second content cavity generates resistance to elastic sealing strip in each second, makes in each second Elastic sealing strip has the trend swung to the 7th connection wall direction, to make the tip of elastic sealing strip and second in each second Heating plate is increasingly in close contact, and so by the fluid being heated in third content cavity, fluid outlet extrudes into out of second Pipeline is once flowed out, while colder fluid flows into the first lower flowing into pipeline, the first lower flowing into pipeline in the first lower effuser road Interior colder fluid flows into the 4th content cavity through fluid inlet in second and re-starts heating；Then in controller control second Drive screw rotates backward in motor driven second, is driven in second by being driven vertical links in cross bar and two second in second Pushing plate is slided along the second heating plate to the 7th connection wall, due to unidirectionally flowing out valve and the unidirectional effect for flowing into valve and having one-way flow Fruit, first descends the fluid in effuser road not flow backwards into third content cavity, and the fluid in the 4th content cavity will not flow into First lower flowing into pipeline, as pushing plate is mobile to the 7th connection wall direction in second, the fluid in the 4th content cavity is to each the Elastic sealing strip generates resistance in two, and elastic sealing strip in each second is made to have the trend swung to the 5th connection wall direction, from And the tip of elastic sealing strip in each second is made to swing to the 5th connection wall direction and separate with the second heating plate, the 4th content cavity Interior fluid can be flowed into third content cavity from the gap in each second between elastic sealing strip and the second heating plate, then control Motor drives pushing plate in second by the lower effuser road of hot fluid push-in first in third content cavity again in device control second It is interior, while the cold fluid in the first lower effuser road and the first lower flowing into pipeline flows back in the second thermal cycle shell, so to the The fluid once flowed out in pipeline and the first lower flowing into pipeline carries out circulating-heating, and using the fluid of heating to human body waist and belly It heats.When needing to convey heat to human leg, mobile terminal sends control signal, controller control second to controller The rotation of outer motor driven second outer drive screw, by second, transmission cross bar and two second outer vertical links drive the second extrapolation outside Movable plate is slided along the second heating plate to the first connection wall, and the side of the second outer pushing plate and second lateral wall are in sealing contact, The other side of second outer pushing plate is in sealing contact by each second outer elastic sealing strip and the second heating plate, with the second promotion outside Plate is mobile to the 5th connection wall direction, and the fluid in the outer cavity of third makes each the to each second outer elastic sealing strip generation resistance Two outer elastic sealing strips have the trend that swings to the 7th connection wall direction, thus make each second outer elastic sealing strip tip and Second heating plate is increasingly in close contact, so by the fluid being heated in cavity outside third from the second outer fluid outlet squeeze out into Enter the second lower effuser road, while colder fluid flows into the second lower flowing into pipeline in the second lower effuser road, flows under second Colder fluid flows into the 4th outer cavity through the second outer fluid import and re-starts heating in pipeline；Then controller control the The two outer drive screws of outer motor driven second rotate backward, and pass through transmission cross bar outside second and two second outer vertical links drives the Two outer pushing plates are slided along the second heating plate to the 7th connection wall, have one-way flow due to unidirectionally flowing out valve and the unidirectional valve that flows into Effect, the fluid in the second lower effuser road will not flow backwards into cavity outside third, and the fluid in the 4th outer cavity will not Flow into the second lower flowing into pipeline, the fluid pair as the second outer pushing plate is mobile to the 7th connection wall direction, in the 4th outer cavity Each second outer elastic sealing strip generates resistance, and each second outer elastic sealing strip is made to have to become to what the 5th connection wall direction was swung Gesture, to make the tip of each second outer elastic sealing strip swing to the 5th connection wall direction and be separated with the second heating plate, the 4th Fluid in outer cavity can be flowed into cavity outside third from the gap between each second outer elastic sealing strip and the second heating plate, so The second outer motor of controller control drives the second outer pushing plate that the hot fluid push-in second outside third in cavity flows down again afterwards Out in pipeline, while the cold fluid in the second lower effuser road and the second lower flowing into pipeline flows back in the second thermal cycle shell, such as This carries out circulating-heating to the fluid in the second lower effuser road and the second lower flowing into pipeline, and using the fluid of heating to human body It heats leg.Compared with prior art, new energy Intelligent thermal-protection gym suit of the invention, can pass through the mobile terminals pair such as mobile phone Gym suit carries out flexible intelligent temperature control adjusting, has the warming effect of hommization, practical.

Detailed description of the invention

Fig. 1 is the first easy structure schematic diagram of the invention；

Fig. 2 is the second easy structure schematic diagram of the invention；

Fig. 3 is first partial schematic cross-sectional view of the invention；

Fig. 4 is partial structural diagram of the invention；

Fig. 5 is the second local schematic cross-sectional view of the invention.

In figure:

1- jacket main body 11- main body divides 12- coat-sleeve 13- the first air-permeable layer the first waterproof ventilative layer of 14- 15- first vertical Scrim layer 152- the first outer net layer of cloth 153- first flexibly supports fiber in body scrim layer 151- first

2- trousers main body 21- lower main part 22- trouser legs 23- the second air-permeable layer the second waterproof ventilative layer of 24- 25- second is vertical Scrim layer 252- the second outer net layer of cloth 253- second flexibly supports fiber in body scrim layer 251- second

3- the first heating installation 31- the first thermal cycle power device 311- the first thermal cycle shell the first inner sidewall of 3111- Between the first outer seal bore of sealing hole 3113- 3114- the first lateral wall the first heating plate of 3115- 3116- first is interior in 3112- first Gap 3117- the first external series gap 3118- first fluid exports the first outer fluid of fluid outlet 31182- outlet in 31181- first Fluid inlet 31192- the first outer fluid import 312- the first internally-powered device in 3119- first fluid import 31191- first Transmission parts in elastic sealing strip 3123- first in pushing plate 31221- first in motor 3122- first in 3121- first The outer motor 3132- of the first outer power device of gear frame 313- 3131- first in drive screw 31232- first in 31231- first The first outer drive screw of outer first outer the first outer transmission parts 31331- first of elastic sealing strip 3133- of pushing plate 31321- Flowing into pipeline on effuser road 322- first on outer gear frame 32- the first upper fluid circulating line 321- first of 31332- first Flowing into pipeline on effuser road 332- second on 33- the second upper fluid circulating line 331- second

4- the second heating installation 41- the second thermal cycle power device 411- the second thermal cycle shell the second inner sidewall of 4111- Between the second outer seal bore of sealing hole 4113- 4114- the second lateral wall the second heating plate of 4115- 4116- second is interior in 4112- second Gap 4117- the second external series gap 4118- second fluid exports the second outer fluid of fluid outlet 41182- outlet in 41181- second Fluid inlet 41192- the second outer fluid import 412- the second internally-powered device in 4119- second fluid import 41191- second Transmission parts in elastic sealing strip 4123- second in pushing plate 41221- second in motor 4122- second in 4121- second The outer motor 4132- of the second outer power device of gear frame 413- 4131- second in drive screw 41232- second in 41231- second The second outer drive screw of outer second outer the second outer transmission parts 41331- second of elastic sealing strip 4133- of pushing plate 41321- The lower flowing into pipeline of the lower effuser road 422- first of the lower fluid circulation pipe 421- first of the outer gear frame 42- first of 41332- second The lower flowing into pipeline of the lower effuser road 432- second of the lower fluid circulation pipe 431- second of 43- second

The mobile terminal 5- controller 6- battery 7-.

Specific embodiment

In order to further explain the technical solution of the present invention, being described in detail below by specific embodiment.

A kind of new energy Intelligent thermal-protection gym suit of the invention, as shown in Figs. 1-5, including jacket main body 1 and trousers main body 2, jacket main body 1 include main body corresponding with human body upper body trunk be divided to 11 and two be set to main body be divided to 11 tops two The coat-sleeve 12 of side, trousers main body 2 include that lower main part 21 corresponding with human body waist and belly and two are set to lower main part 21 trouser legs 22 extended downwardly；It further include the first heating installation 3 in the jacket main body 1, second in trousers main body 2 Heating installation 4, to the controller 5 that the first heating installation 3 and the second heating installation 4 are controlled, to the first heating installation 3, The battery 6 that two heating installations 4 and controller 5 are powered, and to the mobile terminal 7 that controller 5 is remotely controlled；

First heating installation 3 includes the first thermal cycle power device 31 set on main body point 11, from top to bottom along upper The second upper fluid circulation pipe circular along coat-sleeve 12 respectively of the first circular upper fluid circulating line 32 of main part 11 and two Road 33；First thermal cycle power device 31 includes the first thermal cycle shell 311 heated to fluid, and flows fluid First power device；First thermal cycle shell 311 is flat-shaped in the square flat extended along human skin；First thermal cycle shell 311 Including the first inner sidewall 3111 towards human body, outwardly and first lateral wall 3114 parallel with the first inner sidewall 3111, and It is connected between the first inner sidewall 3111 and the first lateral wall 3114 and successively the first connection wall of arranged adjacent, second connects Wall, third connection wall and the 4th connection wall；It is equipped with and the first inner sidewall 3111 and the first lateral wall in first thermal cycle shell 311 3114 the first parallel heating plates 3115, have the first internal clearance between the first heating plate 3115 and the first inner sidewall 3111 3116, there is the first external series gap 3117 between the first heating plate 3115 and the first lateral wall 3114；First thermal cycle shell 311 tool There is the first fluid being formed in the first connection wall to export 3118, and the first fluid import being formed in third connection wall 3119；First fluid outlet 3118 includes fluid outlet 31181 in first be connected to the first internal clearance 3116, and with first outside The first outer fluid outlet 31182 that gap 3117 is connected to；First fluid import 3119 includes being connected to the first internal clearance 3116 Fluid inlet 31191 in first, and the first outer fluid import 31192 being connected to the first external series gap 3117；Fluid goes out in first Mouth 31181 and the first outer fluid outlet 31182 are equipped with the unidirectional outflow valve for fluid outflow, fluid inlet 31191 in first The unidirectional inflow valve flowed into for fluid is equipped with the first outer fluid import 31192；First power device includes between in first The first internally-powered device 312 that fluid in gap 3116 is driven, and the fluid in the first external series gap 3117 is driven The first outer power device 313；

First internally-powered device 312 includes that vertically third connects and output shaft outer in the first thermal cycle shell 311 Motor 3121 in the first of wall connects in the first thermal cycle shell 311 with the sealing sliding of the inner sidewall of the first inner sidewall 3111 The simultaneously pushing plate 3122 along first that the direction for being parallel to the first connection wall and third connection wall extends is touched, and is connected to first In interior pushing plate 3122 and first between the output shaft of motor 3121 first in transmission parts 3123；Transmission parts in first 3123 include with first in motor 3121 output shaft it is coaxially connected first in drive screw 31231, and with first in push Gear frame 31232 in the first of the connection of plate 3122；Gear frame 31232 includes being in outside the first thermal cycle shell 311 simultaneously in first It is driven cross bar and two in first through third connection wall with pushing plate 3122 is parallel in first and is vertically connected at first Vertical links in interior first be driven in cross bar and first between 3122 both ends of pushing plate；The middle part of transmission cross bar is formed in first There is the first internal thread hole matched with drive screw 31231 in first；Third connection wall is formed with for vertical links in first Sealing hole 3112 in the first of sealing sliding；In first the both ends of pushing plate 3122 respectively with the second connection wall and the 4th connection wall In sealing contact, pushing plate 3122 has towards corresponding surface in the first of the first heating plate 3115 in first, in first corresponding surface with Have in first between first heating plate 3115 and correspond to gap, corresponding surface is formed with multiple pushing plate 3122 along first in first Length direction extend first in elastic sealing strip 31221, the tip of elastic sealing strip 31221 and the first heating plate in each first 3115 contact, and the height of elastic sealing strip 31221 is greater than the size that gap is corresponded in first in each first, and elasticity is close in each first Mounting 31221 is gradually tilted to the first connection wall direction from root to tip；First outer power device 313 includes in the first heat Recycle that shell 311 is outer and the first outer motor 3131 of output shaft vertically third connection wall, in the first thermal cycle shell 311 The interior inner sidewall sealing sliding contact with the first lateral wall 3114 and edge are parallel to the direction of the first connection wall and third connection wall The the first outer pushing plate 3132 extended, and be connected between the first outer pushing plate 3132 and the output shaft of the first outer motor 3131 The first outer transmission parts 3133；First outer transmission parts 3133 include coaxially connected with the output shaft of the first outer motor 3131 First outer drive screw 31331, and the first outer gear frame 31332 being connect with the first outer pushing plate 3132；First outer gear frame 31332 include outer in the first thermal cycle shell 311 and parallel with the first outer pushing plate 3132 first is driven cross bar outside, and Two run through third connection wall and are vertically connected at first be driven between cross bar and the first outer 3132 both ends of pushing plate outside first Outer vertical links；The first external screw thread matched with the first outer drive screw 31331 is formed in the middle part of transmission cross bar outside first Hole；Third connection wall is formed with the first outer seal bore 3113 for the first outer vertical links sealing sliding；First outer pushing plate 3132 both ends are in sealing contact with the second connection wall and the 4th connection wall respectively, and the first outer pushing plate 3132, which has towards first, to be added The outer corresponding surface of the first of hot plate 3115 has corresponding gap outside first between first outer corresponding surface and the first heating plate 3115, the One outer corresponding surface is formed with multiple the first outer elastic sealing strips 31321 extended along the first outer 3132 length direction of pushing plate, respectively The tip of first outer elastic sealing strip 31321 is contacted with the first heating plate 3115, the height of each first outer elastic sealing strip 31321 The size in corresponding gap outside greater than first, each first outer elastic sealing strip 31321 is from root to tip gradually to the first connection wall Direction inclination；

First upper fluid circulating line 32 include with fluid outlet 31181 is connected in first on first effuser road 321, With with fluid inlet 31191 is connected in first on first flowing into pipeline 322；On first effuser road 321 have with first in Corresponding first proximal end of fluid outlet 31181 and the first distal end in the other end, flowing into pipeline 322 has and first on first Corresponding second proximal end of interior fluid inlet 31191 and in the other end second distal end；On first on effuser road 321 and first Flowing into pipeline 322 is connected in parallel at together, and the first distal end is connected to the second distal end；Second upper fluid circulating line 33 include with First outer fluid exports effuser road 331 on the second of 31182 connections, and second be connected to the first outer fluid import 31192 Upper flowing into pipeline 332；Effuser road 331, which has, on second exports 31182 corresponding third proximal ends with the first outer fluid and is in Distally, flowing into pipeline 332 has the 4th proximal end corresponding with the first outer fluid import 31192 and place to the third of the other end on second In the 4th distal end of the other end；Flowing into pipeline 332 is connected in parallel at together on effuser road 331 and second on second, and third Distal end is connected to the 4th distal end；

Second heating installation 4 includes the second thermal cycle power device 41 set on lower main part 21, from top to bottom under The second lower fluid circulation tubes circular along trouser legs 22 respectively of the first circular lower fluid circulation pipe 42 of main part 21 and two Road 43；Second thermal cycle power device 41 includes the second thermal cycle shell 411 heated to fluid, and flows fluid Second power device；Second thermal cycle shell 411 is flat-shaped in the square flat extended along human skin；Second thermal cycle shell 411 Including the second inner sidewall 4111 towards human body, outwardly and second lateral wall 4114 parallel with the second inner sidewall 4111, and It is connected between the second inner sidewall 4111 and the second lateral wall 4114 and successively the 5th connection wall of arranged adjacent, the 6th connects Wall, the 7th connection wall and the 8th connection wall；It is equipped with and the second inner sidewall 4111 and the second lateral wall in second thermal cycle shell 411 4114 the second parallel heating plates 4115, have the second internal clearance between the second heating plate 4115 and the second inner sidewall 4111 4116, there is the second external series gap 4117 between the second heating plate 4115 and the second lateral wall 4114；Second thermal cycle shell 411 tool There is the second fluid being formed in the 5th connection wall to export 4118, and the second fluid import being formed in the 7th connection wall 4119；Second fluid outlet 4118 includes fluid outlet 41181 in second be connected to the second internal clearance 4116, and with second outside The second outer fluid outlet 41182 that gap 4117 is connected to；Second fluid import 4119 includes being connected to the second internal clearance 4116 Fluid inlet 41191 in second, and the second outer fluid import 41192 being connected to the second external series gap 4117；Fluid goes out in second Mouth 41181 and the second outer fluid outlet 41182 are equipped with the unidirectional outflow valve for fluid outflow, fluid inlet 41191 in second The unidirectional inflow valve flowed into for fluid is equipped with the second outer fluid import 41192；Second power device includes between in second The second internally-powered device 412 that fluid in gap 4116 is driven, and the fluid in the second external series gap 4117 is driven The second outer power device 413；

Second internally-powered device 412 includes outer in the second thermal cycle shell 411 and output shaft vertically the 7th connection Motor 4121 in the second of wall connects in the second thermal cycle shell 411 with the sealing sliding of the inner sidewall of the second inner sidewall 4111 The simultaneously pushing plate 4122 along second that the direction for being parallel to the 5th connection wall and the 7th connection wall extends is touched, and is connected to second In interior pushing plate 4122 and second between the output shaft of motor 4121 second in transmission parts 4123；Transmission parts in second 4123 include with second in motor 4121 output shaft it is coaxially connected second in drive screw 41231, and with second in push Gear frame 41232 in the second of the connection of plate 4122；Gear frame 41232 includes being in outside the second thermal cycle shell 411 simultaneously in second It is driven cross bar and two in second through the 7th connection wall with pushing plate 4122 is parallel in second and is vertically connected at second Vertical links in interior second be driven in cross bar and second between 4122 both ends of pushing plate；The middle part of transmission cross bar is formed in second There is the second internal thread hole matched with drive screw 41231 in second；7th connection wall is formed with for vertical links in second Sealing hole 4112 in the second of sealing sliding；In second the both ends of pushing plate 4122 respectively with the 6th connection wall and the 8th connection wall In sealing contact, pushing plate 4122 has towards corresponding surface in the second of the second heating plate 4115 in second, in second corresponding surface with Have in second between second heating plate 4115 and correspond to gap, corresponding surface is formed with multiple pushing plate 4122 along second in second Length direction extend second in elastic sealing strip 41221, the tip of elastic sealing strip 41221 and the second heating plate in each second 4115 contact, and the height of elastic sealing strip 41221 is greater than the size that gap is corresponded in second in each second, and elasticity is close in each second Mounting 41221 is gradually tilted to the 5th connection wall direction from root to tip；Second outer power device 413 includes in the second heat Recycle that shell 411 is outer and the second outer motor 4131 of output shaft vertically the 7th connection wall, in the second thermal cycle shell 411 The interior inner sidewall sealing sliding contact with the second lateral wall 4114 and edge are parallel to the direction of the 5th connection wall and the 7th connection wall The the second outer pushing plate 4132 extended, and be connected between the second outer pushing plate 4132 and the output shaft of the second outer motor 4131 The second outer transmission parts 4133；Second outer transmission parts 4133 include coaxially connected with the output shaft of the second outer motor 4131 Second outer drive screw 41331, and the second outer gear frame 41332 being connect with the second outer pushing plate 4132；Second outer gear frame 41332 include outer in the second thermal cycle shell 411 and parallel with the second outer pushing plate 4132 second is driven cross bar outside, and Two run through the 7th connection wall and are vertically connected at second be driven between cross bar and the second outer 4132 both ends of pushing plate outside second Outer vertical links；The second external screw thread matched with the second outer drive screw 41331 is formed in the middle part of transmission cross bar outside second Hole；7th connection wall is formed with the second outer seal bore 4113 for the second outer vertical links sealing sliding；Second outer pushing plate 4132 both ends are in sealing contact with the 6th connection wall and the 8th connection wall respectively, and the second outer pushing plate 4132, which has towards second, to be added The outer corresponding surface of the second of hot plate 4115 has corresponding gap outside second between second outer corresponding surface and the second heating plate 4115, the Two outer corresponding surfaces are formed with multiple the second outer elastic sealing strips 41321 extended along the second outer 4132 length direction of pushing plate, respectively The tip of second outer elastic sealing strip 41321 is contacted with the second heating plate 4115, the height of each second outer elastic sealing strip 41321 The size in corresponding gap outside greater than second, each second outer elastic sealing strip 41321 is from root to tip gradually to the 5th connection wall Direction inclination；

First lower fluid circulation pipe 42 includes with first time effuser road 421 that fluid outlet 41181 be connected in second, With with fluid inlet 41191 is connected in second the first lower flowing into pipeline 422；First lower effuser road 421 have with second in Corresponding 5th proximal end of fluid outlet 41181 and the 5th distal end in the other end, the first lower flowing into pipeline 422 have and second Corresponding 6th proximal end of interior fluid inlet 41191 and in the other end the 6th distal end；Under first lower effuser road 421 and first Flowing into pipeline 422 is connected in parallel at together, and the 5th distal end is connected to the 6th distal end；Second lower fluid circulation pipe 43 include with Second outer fluid exports the second lower effuser road 431 of 41182 connections, and second be connected to the second outer fluid import 41192 Lower flowing into pipeline 432；Second lower effuser road 431, which has, to be exported 41182 corresponding 7th proximal ends with the second outer fluid and is in 7th distal end of the other end, the second lower flowing into pipeline 432 have the 8th proximal end corresponding with the second outer fluid import 41192 and place In the 8th distal end of the other end；Second lower effuser road 431 and the second lower flowing into pipeline 432 are connected in parallel at together, and the 7th Distal end is connected to the 8th distal end.The present invention in actual use, can be remotely controlled controller 5 by mobile terminal 7, control Device 5 controls the first heating installation 3 and the temperature of gym suit is adjusted in the second heating installation 4, specifically, pushing plate in first 3122 by the internal separation of the first heating plate 3115 between the first inner pushing plate and the first connection wall first content chamber and The second content cavity between the first inner pushing plate and third connection wall, the first outer pushing plate 3132 is by the first heating plate 3115 Outside is separated into the first outer cavity between the first outer pushing plate and the first connection wall and connects in the first outer pushing plate and third The second outer cavity between wall is connect, the first heating plate 3115 heats fluid in the first thermal cycle shell 311, available The two sides of first heating plate 3115 carry out high-efficiency heating to the fluid in entire first thermal cycle shell 311 simultaneously；It is pushed away in second Movable plate 4122 is by the internal separation of the second heating plate 4115 in the third content between the second inner pushing plate and the 5th connection wall Chamber and the 4th content cavity between the second inner pushing plate and its connection wall, the second outer pushing plate 4132 is by the second heating plate 4115 outside be separated into outside the third between the second outer pushing plate and the 5th connection wall cavity and in the second outer pushing plate with The 4th outer cavity between 7th connection wall, the second heating plate 4115 heat fluid in the second thermal cycle shell 411, High-efficiency heating is carried out to the fluid in entire second thermal cycle shell 411 simultaneously using the two sides of the second heating plate 4115.When When needing to convey heat to human body upper body trunk, mobile terminal 7 sends control signal, electricity in the control of controller 5 first to controller 5 Drive screw 31231 rotates in the driving of machine 3,121 first, drives the by being driven vertical links in cross bar and two first in first Pushing plate 3122 is slided along the first heating plate 3115 to the first connection wall in one, in first in the side and first of pushing plate 3122 Side wall 3111 is in sealing contact, and the other side of pushing plate 3122 passes through elastic sealing strip 31221 and first in each first and adds in first Hot plate 3115 is in sealing contact, in first pushing plate 3122 to the first connection wall direction mobile, the intracavitary fluid of first content Resistance is generated to elastic sealing strip 31221 in each first, there is elastic sealing strip 31221 in each first to third connection wall side To the trend of swing, so that the tip of elastic sealing strip 31221 in each first be made more and more closely to connect with the first heating plate 3115 Touching, so extrudes into effuser road on first for the intracavitary fluid being heated of first content fluid outlet 31181 out of first 321, while colder fluid flows into flowing into pipeline 322 on first, flowing into pipeline 322 on first in effuser road 321 on first Interior colder fluid flows into the second content cavity through fluid inlet 31191 in first and re-starts heating；Then controller 5 controls Drive screw 31231 rotates backward in the driving of motor 3,121 first in first, is hung down by being driven in cross bar and two first in first Straight connecting rod drives pushing plate 3122 in first to slide along the first heating plate 3115 to third connection wall, due to unidirectionally flowing out valve and list Having the effect of one-way flow to valve is flowed into, the fluid on first in effuser road 321 will not be flow backwards into first content chamber, the Fluid in two content cavities will not flow into flowing into pipeline 322 on first, in first pushing plate 3122 to third connection wall Direction is mobile, and the fluid in the second content cavity generates resistance to elastic sealing strip 31221 in each first, keeps elasticity in each first close Mounting 31221 has the trend that swings to the first connection wall direction, thus make the tip of elastic sealing strip 31221 in each first to First connection wall direction swings and separates with the first heating plate 3115, and the fluid in the second content cavity can be elastic close out of each first Gap between mounting 31221 and the first heating plate 3115 is flowed into first content chamber, then motor in the control of controller 5 first 3121 drive pushing plate 3122 in first to be pushed into the intracavitary hot fluid of first content on first in effuser road 321, together again When first on cold fluid on effuser road 321 and first in flowing into pipeline 322 flow back in the first thermal cycle shell 311, so Circulating-heating is carried out to the fluid in flowing into pipeline 322 on effuser road 321 and first on first, and utilizes the fluid pair of heating Human body upper body trunk heats.When needing to convey heat to human body arm, mobile terminal 7 sends control signal to controller 5, The first outer motor 3131 of control the first outer drive screw 31331 of driving of controller 5 rotates, and is driven cross bar and two the outside by first One outer vertical links drives the first outer pushing plate 3132 to slide along the first heating plate 3115 to the first connection wall, the first outer pushing plate 3132 side and the first lateral wall 3114 are in sealing contact, and the other side of the first outer pushing plate 3132 is close by each first outer elasticity Mounting 31321 and the first heating plate 3115 are in sealing contact, as the first outer pushing plate 3132 is mobile to the first connection wall direction, the Fluid in one outer cavity generates resistance to each first outer elastic sealing strip 31321, has each first outer elastic sealing strip 31321 The trend that oriented third connection wall direction is swung, to make tip and the first heating plate of each first outer elastic sealing strip 31321 3115 are increasingly in close contact, so by the fluid being heated in the first outer cavity from the first outer fluid outlet 31182 squeeze out into Enter effuser road 331 on second, while colder fluid flows into flowing into pipeline 332 on second in effuser road 331 on second, the Colder fluid flows into the second outer cavity through the first outer fluid import 31192 and re-starts heating in flowing into pipeline 332 on two； Then the outer motor 3131 of the control of controller 5 first drives the first outer drive screw 31331 to rotate backward, and is driven outside by first horizontal Bar and two first outer vertical links drive the first outer pushing plate 3132 to slide along the first heating plate 3115 to third connection wall, due to Unidirectional outflow valve and the unidirectional valve that flows into have the effect of one-way flow, the fluid on second in effuser road 331 will not flow backwards into Enter the first outer cavity, the fluid in the second outer cavity will not flow into flowing into pipeline 332 on second, with the first outer pushing plate 3132 is mobile to third connection wall direction, and the fluid in the second outer cavity generates resistance to each first outer elastic sealing strip 31321, Make each first outer elastic sealing strip 31321 that there is the trend swung to the first connection wall direction, to keep each first outer elasticity close The tip of mounting 31321 swings to the first connection wall direction and separates with the first heating plate 3115, the fluid in the second outer cavity It can be flowed into the first outer cavity from the gap between each first outer elastic sealing strip 31321 and the first heating plate 3115, then controlled Device 5 processed controls the first outer motor 3131 and drives the first outer pushing plate 3132 by the hot fluid push-in second in the first outer cavity again In upper effuser road 331, while the cold fluid on second on effuser road 331 and second in flowing into pipeline 332 flows back to the first heat It recycles in shell 311, circulating-heating so is carried out to the fluid in flowing into pipeline 332 on effuser road 331 and second on second, And it is heated using the fluid of heating to human body arm.When needing to convey heat to human body waist and belly, the control of 7 pairs of mobile terminal Device 5 sends control signal, and drive screw 41231 rotates in the driving of motor 4,121 second in the control of controller 5 second, passes through second Vertical links drives in second pushing plate 4122 along the second heating plate 4115 to the 5th connection wall in interior transmission cross bar and two second It slides, the side of pushing plate 4122 and the second inner sidewall 4111 are in sealing contact in second, the other side of pushing plate 4122 in second It is in sealing contact by elastic sealing strip 41221 in each second and the second heating plate 4115, in second pushing plate 4122 to Five connection wall directions are mobile, and the fluid in the second content cavity generates resistance to elastic sealing strip 41221 in each second, make each second Interior elastic sealing strip 41221 has the trend swung to the 7th connection wall direction, to make elastic sealing strip 41221 in each second Tip be increasingly in close contact with the second heating plate 4115, so the fluid being heated in third content cavity is flowed out of second Body outlet 41181 extrudes into the first lower effuser road 421, while colder fluid flows into the in the first lower effuser road 421 Flowing into pipeline 422 once, colder fluid flows into the 4th through fluid inlet 41191 in second in the first lower flowing into pipeline 422 Heating is re-started in cavity；Then drive screw 41231 reversely turns in the driving of motor 4,121 second in the control of controller 5 second It is dynamic, by be driven in second vertical links in cross bar and two second drive in second pushing plate 4122 along the second heating plate 4115 to The sliding of 7th connection wall has the effect of one-way flow, the first lower effuser road 421 due to unidirectionally flowing out valve and the unidirectional valve that flows into Interior fluid will not be flow backwards into third content cavity, and the fluid in the 4th content cavity will not flow into the first lower flowing into pipeline 422, As pushing plate 4122 is mobile to the 7th connection wall direction in second, the fluid in the 4th content cavity is to elastic packing in each second Piece 41221 generates resistance, and elastic sealing strip 41221 in each second is made to have the trend swung to the 5th connection wall direction, thus The tip of elastic sealing strip 41221 in each second is set to swing to the 5th connection wall direction and separate with the second heating plate 4115, the Fluid in four content cavities can the gap between elastic sealing strip 41221 in each second and the second heating plate 4115 be flowed into Three content cavities, then motor 4121 drives in second that pushing plate 4122 will be in third content cavity again in the control of controller 5 second The lower effuser road 421 of hot fluid push-in first in, while in the first lower effuser road 421 and the first lower flowing into pipeline 422 Cold fluid flows back in the second thermal cycle shell 411, so in the first lower effuser road 421 and the first lower flowing into pipeline 422 Fluid carries out circulating-heating, and is heated using the fluid of heating to human body waist and belly.It is hot when needing to convey human leg When amount, mobile terminal 7 sends control signal to controller 5, and the outer motor 4131 of the control of controller 5 second drives the second outer drive screw 41331 rotations, by second, transmission cross bar and two second outer vertical links drive the second outer pushing plates 4132 along the second heating outside Plate 4115 is slided to the first connection wall, and the side of the second outer pushing plate 4132 and the second lateral wall 4114 are in sealing contact, outside second The other side of pushing plate 4132 is in sealing contact by each second outer elastic sealing strip 41321 and the second heating plate 4115, with Two outer pushing plates 4132 are mobile to the 5th connection wall direction, and the fluid in the outer cavity of third is to each second outer elastic sealing strip 41321 generate resistance, so that each second outer elastic sealing strip 41321 is had the trend swung to the 7th connection wall direction, to make The tip of each second outer elastic sealing strip 41321 is increasingly in close contact with the second heating plate 4115, so by cavity outside third The fluid being inside heated extrudes into the second lower effuser road 431, while the second lower effuser from the second outer fluid outlet 41182 Colder fluid flows into the second lower flowing into pipeline 432 in road 431, and colder fluid is through outside second in the second lower flowing into pipeline 432 Fluid inlet 41192 flows into the 4th outer cavity and re-starts heating；Then second outer motor 4131 of the control of controller 5 drives the Two outer drive screws 41331 rotate backward, and by second, transmission cross bar and two second outer vertical links drive promotion outside second outside Plate 4132 is slided along the second heating plate 4115 to the 7th connection wall, has one-way flow due to unidirectionally flowing out valve and the unidirectional valve that flows into Effect, the fluid in the second lower effuser road 431 will not flow backwards into cavity outside third, and the fluid in the 4th outer cavity is not yet The second lower flowing into pipeline 432 can be flowed into, as the second outer pushing plate 4132 is mobile to the 7th connection wall direction, in the 4th outer cavity Fluid resistance is generated to each second outer elastic sealing strip 41321, there is each second outer elastic sealing strip 41321 to the 5th company The trend of wall direction swing is connect, so that the tip of each second outer elastic sealing strip 41321 be made to swing simultaneously to the 5th connection wall direction It is separated with the second heating plate 4115, the fluid in the 4th outer cavity can be from each second outer elastic sealing strip 41321 and the second heating Gap between plate 4115 is flowed into the outer cavity of third, and then controller 5 controls the second outer motor 4131 and drives outside second again Hot fluid outside third in cavity is pushed into the second lower effuser road 431 by pushing plate 4132, while the second lower effuser road 431 It is flowed back in the second thermal cycle shell 411 with the cold fluid in the second lower flowing into pipeline 432, so to the second lower effuser road 431 Circulating-heating is carried out with the fluid in the second lower flowing into pipeline 432, and is heated using the fluid of heating to human leg.The One upper fluid circulating line 32 and the second upper fluid circulating line 33 and the first lower fluid circulation pipe 42 and the second lower fluid Circulating line 43 is pipe structure made of elastic material, concretely rubber tube.First thermal cycle power device 31 is specifically set At corresponding human body back, the second thermal cycle power device 41 is specifically set at corresponding human body low back.Sealing hole 3112 in first, Sealing hole 4112 and the second outer seal bore 4113 are equipped with sealing ring in first outer seal bore 3113, second.Each waterproof and breathable Concretely PTFE (polytetrafluoroethylene (PTFE)) is compounded to form layer with cloth.

Preferably, the first upper fluid circulating line 32 and the second upper fluid circulating line 33 are embedded in jacket main body 1；On Clothing main body 1 includes being in the first air-permeable layer 13 of inside, the first waterproof ventilative layer 14 in outside, and ventilative in first The first three-dimensional scrim layer 15 between layer 13 and the first waterproof ventilative layer 14；The lateral surface of first three-dimensional scrim layer 15 is formed with appearance Set the first accommodation groove of the first upper fluid circulating line 32 and the second upper fluid circulating line 33；

First lower fluid circulation pipe 42 and the second lower fluid circulation pipe 43 are embedded in trousers main body 2；Trousers main body 2 The second air-permeable layer 23 including being in inside, the second waterproof ventilative layer 24 in outside, and it is in 23 He of the second air-permeable layer The second three-dimensional scrim layer 25 between second waterproof ventilative layer 24；The lateral surface of second three-dimensional scrim layer 25 is formed with accommodating first Second accommodation groove of lower fluid circulation pipe 42 and the second lower fluid circulation pipe 43.The present invention in actual use, on Clothing main body 1 accommodates air using the first three-dimensional scrim layer 15, and trousers main body 2 accommodates air using the second three-dimensional scrim layer 25, the What the fluid in one upper fluid circulating line 32 and the second upper fluid circulating line 33 accommodated the around first three-dimensional scrim layer 15 Air is heated, and the first air-permeable layer of air permeable 13 being heated heats to human skin, the first lower fluid circulation tubes The air that fluid in road 42 and the second lower fluid circulation pipe 43 accommodates the around second three-dimensional scrim layer 25 heats, quilt The second air-permeable layer of air permeable 23 of heating heats to human skin.

Preferably, the first three-dimensional scrim layer 15 includes scrim layer in first connect in inside with the first air-permeable layer 13 151, the first outer net layer of cloth 152 connecting in outside with the first waterproof ventilative layer 14 and multiple resilient support are in first The first resilient support fiber 153 between scrim layer 151 and the first outer net layer of cloth 152；The first adjacent resilient support fiber 153 Between have passage gaps；Second three-dimensional scrim layer 25 includes scrim layer in second connect in inside with the second air-permeable layer 23 251, the second outer net layer of cloth 252 connecting in outside with the second waterproof ventilative layer 24 and multiple resilient support are in second The second resilient support fiber 253 between scrim layer 251 and the second outer net layer of cloth 252；The second adjacent resilient support fiber 253 Between have passage gaps.In actual use, the first resilient support fiber 153 is to scrim layer 151 in first by the present invention It is flexibly supported with the first outer net layer of cloth 152, keeps the first three-dimensional scrim layer 15 in flexible solid netted and towards each A direction is penetrating form, and the second resilient support fiber 253 carries out scrim layer 251 in second and the second outer net layer of cloth 252 Resilient support, the three-dimensional scrim layer 25 of holding second are penetrating form in flexible solid netted and one way or another.

Preferably, the first outer fluid exports 31182 there are two being formed in the first connection wall, is formed with two in third connection wall A first outer fluid import 31192, effuser road 331 is connected to two first outer fluids outlet 31182 respectively on two second, and two the Flowing into pipeline 332 is connected to two first outer fluid imports 31192 respectively on two；Second outflow there are two being formed in 5th connection wall Body exports, and is formed in the 7th connection wall there are two the second outer fluid import, two second lower effuser roads outflow with two second respectively Body outlet, two second lower flowing into pipeline respectively with two second outer fluid inlet communications.The present invention in actual use, The outlet 31182 of two first outer fluids and two first outer fluid imports 31192 are respectively cooperating on two second effuser road 331 and two the Flowing into pipeline 332 forms two circulation canals on two, is convenient for smooth independent circulation；Two second outer fluids outlet 41182 Two second lower effuser roads 431 are respectively cooperating with two second outer fluid imports 41192 and two second lower flowing into pipeline 432 form two A circulation canal is convenient for smooth independent circulation.

Preferably, elastic sealing strip 31221 in first, elastic sealing strip in the first outer elastic sealing strip 31321, second 41221 and second outer elastic sealing strip 41321 it is gradually thinning by root to tip.The present invention in actual use, first Elastic sealing strip 41221 and the second outer elastic packing in interior elastic sealing strip 31221, the first outer elastic sealing strip 31321, second Piece 41321 can make tip more soft in the case where proof strength, and leakproofness is strong.

Product form of the invention is not limited to this case diagram and embodiment, anyone carries out the appropriate of similar thinking to it Changes or modifications all should be regarded as not departing from patent category of the invention.

Claims

1. a kind of new energy Intelligent thermal-protection gym suit, including jacket main body and trousers main body, the jacket main body includes and human body The corresponding main body of upper body trunk is divided to and two coat-sleeves set on main body point top two sides, and the trousers main body includes Lower main part corresponding with human body waist and belly and two trouser legs extended downwardly set on lower main part；It is characterized by: It further include the first heating installation in the jacket main body, the second heating installation in trousers main body takes to first The controller that heater device and the second heating installation are controlled carries out the first heating installation, the second heating installation and controller The battery of power supply, and to the mobile terminal that controller is remotely controlled；

First heating installation includes the first thermal cycle power device set on the main body point, from top to bottom along described The second upper fluid circulation pipe circular along the coat-sleeve respectively of the first point circular upper fluid circulating line of main body and two Road；The first thermal cycle power device includes the first thermal cycle shell heated to fluid, and make that fluid flows the One power device；The first thermal cycle shell is flat-shaped in the square flat extended along human skin；The first thermal cycle shell Including the first inner sidewall towards human body, outwardly and first lateral wall parallel with the first inner sidewall, and it is connected in first Between side wall and the first lateral wall and successively the first connection wall, the second connection wall, third connection wall of arranged adjacent and the 4th connect Connect wall；First heating plate parallel with first inner sidewall and the first lateral wall, institute are equipped in the first thermal cycle shell Stating has the first internal clearance between the first heating plate and first inner sidewall, between first heating plate and the first lateral wall With the first external series gap；The first thermal cycle shell has the first fluid outlet being formed in first connection wall, and The first fluid import being formed in the third connection wall；The first fluid outlet includes being connected to first internal clearance First in fluid outlet, and be connected to first external series gap the first outer fluid outlet；The first fluid import includes Fluid inlet in first be connected to first internal clearance, and the first outer fluid import being connected to first external series gap； Fluid outlet and the outlet of the first outer fluid are equipped with the unidirectional outflow valve for fluid outflow, fluid in described first in described first Import and the first outer fluid import are equipped with the unidirectional inflow valve flowed into for fluid；First power device includes to described The first internally-powered device that fluid in one internal clearance is driven, and the fluid in first external series gap is driven First outer power device；

The first internally-powered device includes that vertically the third connects and output shaft outer in the first thermal cycle shell Motor in the first of wall is connect, seals sliding contact with the inner sidewall of first inner sidewall in the first thermal cycle shell And the pushing plate along first that the direction for being parallel to first connection wall and third connection wall extends, and be connected in first In pushing plate and first between the output shaft of motor first in transmission parts；Transmission parts include and described in described first Drive screw in the output shaft of motor is coaxially connected in one first, and connect with pushing plate in described first first in be driven Frame；Gear frame includes outer in the first thermal cycle shell and parallel with pushing plate in described first first in described first Interior transmission cross bar and two push away through the third connection wall and being vertically connected in described first in transmission cross bar and first Between movable plate both ends first in vertical links；Be formed in the middle part of transmission cross bar in described first with described first in be driven spiral shell The first internal thread hole that bar matches；The third connection wall, which is formed with, supplies first of vertical links sealing sliding in described first Interior sealing hole；The both ends of pushing plate are in sealing contact with second connection wall and the 4th connection wall respectively in described first, described Pushing plate has towards corresponding surface in the first of first heating plate in first, in described first corresponding surface with described first plus Have in first between hot plate and correspond to gap, corresponding surface is formed with multiple pushing plate length sides along described first in described first The elastic sealing strip into the first of extension, the tip of elastic sealing strip and first contact heater plate in each described first, respectively The height of elastic sealing strip is greater than the size that gap is corresponded in described first, elastic sealing strip in each described first in described first It is gradually tilted from root to tip to first connection wall direction；First outer power device includes in first heat It recycles that shell is outer and the first outer motor of the output shaft vertically third connection wall, is in the first thermal cycle shell Inner sidewall sealing sliding contact and edge with first lateral wall are parallel to the side of first connection wall and third connection wall To the first outer pushing plate of extension, and the first unofficial biography being connected between the first outer pushing plate and the output shaft of the first outer motor Dynamic component；The first outer transmission parts include that spiral shell is driven outside coaxially connected with the output shaft of the described first outer motor first Bar, and the first outer gear frame being connect with the described first outer pushing plate；The first outer gear frame includes in first heat Cross bar is driven outside circulation shell and outside parallel with the described first outer pushing plate first and two run through the third connection wall And it is vertically connected at the first outer vertical links outside described first between transmission cross bar and the first outer pushing plate both ends；Described first The first outside threaded holes matched with the described first outer drive screw are formed in the middle part of outer transmission cross bar；The third connection wall It is formed with the first outer seal bore for the described first outer vertical links sealing sliding；The both ends of the first outer pushing plate respectively with Second connection wall and the 4th connection wall are in sealing contact, and the first outer pushing plate has the towards first heating plate One outer corresponding surface has corresponding gap outside first, outside described first between the first outer corresponding surface and first heating plate Corresponding surface is formed with multiple the first outer elastic sealing strips extended along the described first outer pushing plate length direction, outside each described first The height of the tip of elastic sealing strip and first contact heater plate, each first outer elastic sealing strip is greater than described first The size in outer corresponding gap, each first outer elastic sealing strip are gradually inclined to first connection wall direction from root to tip Tiltedly；

The first upper fluid circulating line includes effuser road on first be connected to fluid outlet in described first, and with institute State flowing into pipeline on first of fluid inlet connection in first；On described first effuser stage property have with described first in fluid go out Mouthful corresponding first proximal end and the first distal end in the other end, the described first upper inlet pipe road have with described first in fluid Corresponding second proximal end of import and in the other end second distal end；Effuser road and the first upper inlet pipe on described first Road is connected in parallel at together, and first distal end is connected to the second distal end；The second upper fluid circulating line includes and institute State effuser road on the second of the first outer fluid outlet, and the second upper inlet pipe with the first outer fluid inlet communication Road；There is effuser stage property on described second exports corresponding third proximal end with first outer fluid and in the third of the other end Distally, the described second upper inlet pipe road have the 4th proximal end corresponding with the first outer fluid import and in the other end the Four distal ends；Flowing into pipeline is connected in parallel at together on effuser road and described second on described second, and the third distal end and 4th distal end is connected to；

Second heating installation includes the second thermal cycle power device set on the lower main part, from top to bottom along described The second lower fluid circulation tubes circular along the trouser legs respectively of the first circular lower fluid circulation pipe of lower main part and two Road；The second thermal cycle power device includes the second thermal cycle shell heated to fluid, and make that fluid flows the Two power devices；The second thermal cycle shell is flat-shaped in the square flat extended along human skin；The second thermal cycle shell Including the second inner sidewall towards human body, outwardly and second lateral wall parallel with the second inner sidewall, and it is connected in second Between side wall and the second lateral wall and successively the 5th connection wall, the 6th connection wall, the 7th connection wall of arranged adjacent and the 8th connect Connect wall；Second heating plate parallel with second inner sidewall and the second lateral wall, institute are equipped in the second thermal cycle shell Stating has the second internal clearance between the second heating plate and second inner sidewall, between second heating plate and the second lateral wall With the second external series gap；The second thermal cycle shell has the second fluid outlet being formed in the 5th connection wall, and The second fluid import being formed in the 7th connection wall；The second fluid outlet includes being connected to second internal clearance Second in fluid outlet, and be connected to second external series gap the second outer fluid outlet；The second fluid import includes Fluid inlet in second be connected to second internal clearance, and the second outer fluid import being connected to second external series gap； Fluid outlet and the outlet of the second outer fluid are equipped with the unidirectional outflow valve for fluid outflow, fluid in described second in described second Import and the second outer fluid import are equipped with the unidirectional inflow valve flowed into for fluid；Second power device includes to described The second internally-powered device that fluid in two internal clearances is driven, and the fluid in second external series gap is driven Second outer power device；

The second internally-powered device includes and output shaft outer in the second thermal cycle shell vertically the 7th company Motor in the second of wall is connect, seals sliding contact with the inner sidewall of second inner sidewall in the second thermal cycle shell And the pushing plate along second that the direction for being parallel to the 5th connection wall and the 7th connection wall extends, and be connected in second In pushing plate and second between the output shaft of motor second in transmission parts；Transmission parts include and described in described second Drive screw in the output shaft of motor is coaxially connected in two second, and connect with pushing plate in described second second in be driven Frame；Gear frame includes outer in the second thermal cycle shell and parallel with pushing plate in described second second in described second Interior transmission cross bar and two push away through the 7th connection wall and being vertically connected in described second in transmission cross bar and second Between movable plate both ends second in vertical links；Be formed in the middle part of transmission cross bar in described second with described second in be driven spiral shell The second internal thread hole that bar matches；7th connection wall, which is formed with, supplies second of vertical links sealing sliding in described second Interior sealing hole；The both ends of pushing plate are in sealing contact with the 6th connection wall and the 8th connection wall respectively in described second, described Pushing plate has towards corresponding surface in the second of second heating plate in second, in described second corresponding surface with described second plus Have in second between hot plate and correspond to gap, corresponding surface is formed with multiple pushing plate length sides along described second in described second The elastic sealing strip into the second of extension, the tip of elastic sealing strip and second contact heater plate in each described second, respectively The height of elastic sealing strip is greater than the size that gap is corresponded in described second, elastic sealing strip in each described second in described second It is gradually tilted from root to tip to the 5th connection wall direction；Second outer power device includes in second heat It recycles that shell is outer and the second outer motor of output shaft vertically the 7th connection wall, is in the second thermal cycle shell Inner sidewall sealing sliding contact and edge with second lateral wall are parallel to the side of the 5th connection wall and the 7th connection wall To the second outer pushing plate of extension, and the second unofficial biography being connected between the second outer pushing plate and the output shaft of the second outer motor Dynamic component；The second outer transmission parts include that spiral shell is driven outside coaxially connected with the output shaft of the described second outer motor second Bar, and the second outer gear frame being connect with the described second outer pushing plate；The second outer gear frame includes in second heat Cross bar is driven outside circulation shell and outside parallel with the described second outer pushing plate second and two run through the 7th connection wall And it is vertically connected at the second outer vertical links outside described second between transmission cross bar and the second outer pushing plate both ends；Described second The second outside threaded holes matched with the described second outer drive screw are formed in the middle part of outer transmission cross bar；7th connection wall It is formed with the second outer seal bore for the described second outer vertical links sealing sliding；The both ends of the second outer pushing plate respectively with 6th connection wall and the 8th connection wall are in sealing contact, and the second outer pushing plate has the towards second heating plate Two outer corresponding surfaces have corresponding gap outside second, outside described second between the second outer corresponding surface and second heating plate Corresponding surface is formed with multiple the second outer elastic sealing strips extended along the described second outer pushing plate length direction, outside each described second The height of the tip of elastic sealing strip and second contact heater plate, each second outer elastic sealing strip is greater than described second The size in outer corresponding gap, each second outer elastic sealing strip are gradually inclined to the 5th connection wall direction from root to tip Tiltedly；

Described first lower fluid circulation pipe includes first time effuser road be connected to fluid outlet in described second, and with institute State the first lower flowing into pipeline that fluid inlet is connected in second；Described first lower effuser stage property have with described second in fluid go out Mouthful corresponding 5th proximal end and the 5th distal end in the other end, the first dirty inlet pipe road have with described second in fluid Corresponding 6th proximal end of import and in the other end the 6th distal end；Described first lower effuser road and the first dirty inlet pipe Road is connected in parallel at together, and the 5th distal end is connected to the 6th distal end；Fluid circulation pipe includes and institute under described second State the second lower effuser road of the second outer fluid outlet, and the second dirty inlet pipe with the second outer fluid inlet communication Road；Described second lower effuser stage property have with second outer fluid export corresponding 7th proximal end and in the other end the 7th Distally, the described second dirty inlet pipe road have the 8th proximal end corresponding with the second outer fluid import and in the other end the Eight distal ends；Described second lower effuser road and the second lower flowing into pipeline are connected in parallel at together, and the 7th distal end and 8th distal end is connected to；

Elastic sealing strip in described first, the first outer elastic sealing strip, elastic sealing strip and the second outer elastic sealing strip in second It is gradually thinning by root to tip.

2. a kind of new energy Intelligent thermal-protection gym suit according to claim 1, it is characterised in that: first upper fluid follows Endless tube road and the second upper fluid circulating line are embedded in the jacket main body；The jacket main body includes first in inside Air-permeable layer, the first waterproof ventilative layer in outside, and first between the first air-permeable layer and the first waterproof ventilative layer Three-dimensional scrim layer；The lateral surface of described first three-dimensional scrim layer is formed on accommodating the first upper fluid circulating line and second First accommodation groove of fluid circulation pipe；

Described first lower fluid circulation pipe and the second lower fluid circulation pipe are embedded in the trousers main body；The trousers master Body includes the second air-permeable layer in inside, the second waterproof ventilative layer in outside, and is in the second air-permeable layer and second The second three-dimensional scrim layer between waterproof ventilative layer；The lateral surface of described second three-dimensional scrim layer is formed under accommodating described first Second accommodation groove of fluid circulation pipe and the second lower fluid circulation pipe.

3. a kind of new energy Intelligent thermal-protection gym suit according to claim 2, it is characterised in that: the described first three-dimensional screen cloth Layer includes scrim layer in first connect in inside with first air-permeable layer, in outside and first waterproof ventilative layer The first elasticity of first outer net layer of cloth of connection and multiple resilient support in first between scrim layer and the first outer net layer of cloth Support fiber；There are passage gaps between adjacent the first resilient support fiber；Described second three-dimensional scrim layer includes place In scrim layer in second that inside is connect with second air-permeable layer, connect in outside with second waterproof ventilative layer The second resilient support of two outer net layer of cloths and multiple resilient support in second between scrim layer and the second outer net layer of cloth is fine Dimension；There are passage gaps between adjacent the second resilient support fiber.

4. a kind of new energy Intelligent thermal-protection gym suit according to claim 3, it is characterised in that: in first connection wall First outer fluid exports there are two being formed, the first outer fluid import there are two formation in the third connection wall, and two Effuser road is respectively with the two first outer fluid outlets on described second, and flowing into pipeline is respectively with two on two described second The first outer fluid inlet communication；Second outer fluid exports there are two being formed in 5th connection wall, and the described 7th It is formed in connection wall there are two the second outer fluid import, two described second lower effuser roads outflow with two described second respectively Body outlet, two described second lower flowing into pipeline respectively with the two second outer fluid inlet communications.