CN107440177B - A kind of low-carbon air conditioning type gym suit - Google Patents
A kind of low-carbon air conditioning type gym suit Download PDFInfo
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- CN107440177B CN107440177B CN201710610479.4A CN201710610479A CN107440177B CN 107440177 B CN107440177 B CN 107440177B CN 201710610479 A CN201710610479 A CN 201710610479A CN 107440177 B CN107440177 B CN 107440177B
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- A—HUMAN NECESSITIES
- A41—WEARING APPAREL
- A41D—OUTERWEAR; PROTECTIVE GARMENTS; ACCESSORIES
- A41D13/00—Professional, industrial or sporting protective garments, e.g. surgeons' gowns or garments protecting against blows or punches
- A41D13/002—Professional, industrial or sporting protective garments, e.g. surgeons' gowns or garments protecting against blows or punches with controlled internal environment
- A41D13/0025—Professional, industrial or sporting protective garments, e.g. surgeons' gowns or garments protecting against blows or punches with controlled internal environment by means of forced air circulation
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- A—HUMAN NECESSITIES
- A41—WEARING APPAREL
- A41D—OUTERWEAR; PROTECTIVE GARMENTS; ACCESSORIES
- A41D31/00—Materials specially adapted for outerwear
- A41D31/02—Layered materials
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- A—HUMAN NECESSITIES
- A41—WEARING APPAREL
- A41D—OUTERWEAR; PROTECTIVE GARMENTS; ACCESSORIES
- A41D31/00—Materials specially adapted for outerwear
- A41D31/04—Materials specially adapted for outerwear characterised by special function or use
- A41D31/10—Impermeable to liquids, e.g. waterproof; Liquid-repellent
- A41D31/102—Waterproof and breathable
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- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Environmental & Geological Engineering (AREA)
- Health & Medical Sciences (AREA)
- General Health & Medical Sciences (AREA)
- Physical Education & Sports Medicine (AREA)
- Professional, Industrial, Or Sporting Protective Garments (AREA)
Abstract
The present invention proposes a kind of low-carbon air conditioning type gym suit, it further include the first conditioner in jacket main body, the second conditioner in trousers main body, the controller that first conditioner and the second conditioner are controlled, to the battery that the first conditioner, the second conditioner and controller are powered, and to the mobile terminal that controller is remotely controlled.Low-carbon air conditioning type gym suit of the invention can carry out air conditioning to human skin surface, wear dry and comfortable comfortable, the discharge of reduction carbon dioxide etc., practical.
Description
Technical field
The present invention relates to new energy fields, and in particular to a kind of low-carbon air conditioning type 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, is such as moving
It easily perspires in the process and is not easy to carry out the air conditioning of skin surface, human body is made to be easier carbon dioxide of perspiring and be discharged, dress
It is not comfortable enough.
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, and air conditioning can be carried out to human skin surface, and dress is dry and comfortable comfortable, subtracts
The discharge of few carbon dioxide etc., practical low-carbon air conditioning type gym suit.
In order to achieve the above object, the present invention uses such technical solution:
A kind of low-carbon air conditioning type 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 conditioner in the jacket main body, the second conditioner in trousers main body, to the first air
The controller that regulating device and the second conditioner are controlled fills the first conditioner, the second air conditioning
The battery being powered with controller is set, and to the mobile terminal that controller is remotely controlled；
First conditioner includes the first air circulation power device set on the main body point, by upper
To main body described in lower edge it is point circular first on air circulation duct and two respectively along the coat-sleeve it is circular second on
Air circulation duct；The first air circulation power device includes the first air circulation shell heated to air, and
The first power device for flowing air；The first air circulation shell is flat-shaped in the square flat extended along human skin；Institute
Stating the first air circulation shell includes the first inner sidewall towards human body, outwardly and on the outside of parallel with the first inner sidewall first
Wall, and be connected between the first inner sidewall and the first lateral wall and successively the first connection wall, the second connection wall of arranged adjacent,
Third connection wall and the 4th connection wall；First inner sidewall has the first medial surface towards first lateral wall, described
First medial surface is equipped with the first heating plate, and first inner sidewall is thermal insulation layer made of heat-barrier material, and first air follows
It is equipped with first next door parallel with first connection wall and third connection wall in toroidal shell body, first next door is by described the
The first cavity for being separated into one air circulation shell between the first next door and the first connection wall and in the first next door with
The second cavity between third connection wall；The first air circulation shell has first be formed in first connection wall
Air outlet slit and the second air outlet slit, the first air intlet and the second air intlet being formed in the third connection wall, shape
It is connected to first cavity and extraneous first row stomata on first lateral wall described in Cheng Yu, and is formed in first outside
Second cavity and the first extraneous blowhole are connected on wall；First air outlet slit and the second air outlet slit are equipped with confession
The unidirectional outflow valve of air outflow, first air intlet and the second air intlet are equipped with the unidirectional inflow flowed into for air
Valve, the first row stomata are equipped with the first electric control valve controlled by the controller, first blowhole be equipped with by
Second electric control valve of the controller control；
First power device includes being in the intracorporal first motor of the first air circulation shell, and be set to described the
The first fan driven on one next door by first motor；First next door is equipped with the first support for supporting the first motor,
First next door is formed with the first port for accommodating first fan；
Air circulation duct includes effuser road on first be connected to first air outlet slit on described first, and with
Flowing into pipeline on the first of the first air intlet connection；Flowing into pipeline is flat on effuser road and described first on described first
Row links together, and effuser road is formed with the arrangement of multiple effuser roads along first and towards human skin on described first
First venthole, flowing into pipeline is formed with multiple arrangements of the flowing into pipeline along first and towards the of human skin on described first
One air inlet；Air circulation duct includes effuser road on second be connected to second air outlet slit on described second, and
Flowing into pipeline on second be connected to second air intlet；Flowing into pipeline on effuser road and described second on described second
It is connected in parallel at together, effuser road is formed with the arrangement of multiple effuser roads along second and towards human skin on described second
The second venthole, flowing into pipeline is formed with multiple arrangements of the flowing into pipeline along second and towards human skin on described second
Second air inlet；
Second conditioner includes the second air circulation power device set on the lower main part, by upper
To the first circular lower air circulation duct of lower main part described in lower edge and two respectively along the trouser legs it is circular second under
Air circulation duct；The second air circulation power device includes the second air circulation shell heated to air, and
The second power device for flowing air；The second air circulation shell is flat-shaped in the square flat extended along human skin；Institute
Stating the second air circulation shell includes the second inner sidewall towards human body, outwardly and on the outside of parallel with the second inner sidewall second
Wall, and be connected between the second inner sidewall and the second lateral wall and successively the 5th connection wall, the 6th connection wall of arranged adjacent,
7th connection wall and the 8th connection wall；Second inner sidewall has the second medial surface towards second lateral wall, described
Second medial surface is equipped with the second heating plate, and second inner sidewall is thermal insulation layer made of heat-barrier material, and second air follows
It is equipped with second next door parallel with the 5th connection wall and the 7th connection wall in toroidal shell body, second next door is by described the
The third cavity that is separated into two air circulation shells between the second next door and the 5th connection wall and in the second next door with
The 4th cavity between 7th connection wall；The second air circulation shell has the third being formed in the 5th connection wall
Air outlet slit and the 4th air outlet slit, the third air intlet and the 4th air intlet being formed in the 7th connection wall, shape
It is connected to the third cavity and extraneous second row stomata on second lateral wall described in Cheng Yu, and is formed in second outside
The 4th cavity and the second extraneous blowhole are connected on wall；The third air outlet slit and the 4th air outlet slit are equipped with confession
The unidirectional outflow valve of air outflow, the third air intlet and the 4th air intlet are equipped with the unidirectional inflow flowed into for air
Valve, the second row stomata are equipped with the third electric control valve controlled by the controller, second blowhole be equipped with by
4th electric control valve of the controller control；
Second power device includes being in intracorporal second motor of the second air circulation shell, and be set to described the
By the second motor-driven second fan on two next doors；Second next door is equipped with the second support for supporting second motor,
Second next door is formed with the second port for accommodating second fan；
Described first lower air circulation duct includes the first lower effuser road being connected to the third air outlet slit, and with
The lower flowing into pipeline of the first of the third air intlet connection；Described first lower effuser road and the first lower flowing into pipeline are flat
Row links together, and the described first lower effuser road is formed with multiple along the first lower effuser road arrangement and towards human skin
Third venthole, the described first lower flowing into pipeline are formed with multiple along the first lower flowing into pipeline arrangement and towards the of human skin
Three air inlets；Described second lower air circulation duct includes the second lower effuser road being connected to the 4th air outlet slit, and
The lower flowing into pipeline of second be connected to the 4th air intlet；Described second lower effuser road and the second lower flowing into pipeline
It is connected in parallel at together, the described second lower effuser road is formed with multiple along the second lower effuser road arrangement and towards human skin
The 4th venthole, the described second lower flowing into pipeline is formed with multiple along the second lower flowing into pipeline arrangement and towards human skin
4th air inlet；
Air circulation duct is embedded in the jacket main body in air circulation duct and second on described first；On described
Clothing main body includes being in the first air-permeable layer of inside, the first waterproof airtight layer in outside, and is in the first air-permeable layer
And first the first three-dimensional scrim layer between waterproof airtight layer；The lateral surface of described first three-dimensional scrim layer is formed with accommodating institute
State the first accommodation groove of air circulation duct in air circulation duct and second on first；
Described first lower air circulation duct and the second lower air circulation duct are embedded in the trousers main body；The trousers
Sub- main body includes being in the second air-permeable layer of inside, the second waterproof airtight layer in outside, and is in the second air-permeable layer
And second the second three-dimensional scrim layer between waterproof airtight layer；The lateral surface of described second three-dimensional scrim layer is formed with accommodating institute
State the second accommodation groove of the first lower air circulation duct and the second lower air circulation duct.
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 the first waterproof airtight layer and multiple resilient support in first scrim layer and
The first resilient support fiber between first outer net layer of cloth；Have between circulating between adjacent the first resilient support fiber
Gap；Described second three-dimensional scrim layer includes scrim layer in second connect in inside with second air-permeable layer, is in outside
The second outer net layer of cloth being connect with the second waterproof airtight layer and multiple resilient support scrim layers and second in second
The second resilient support fiber between outer net layer of cloth；There are passage gaps between adjacent the second resilient support fiber.
Effuser stage property has the first proximal end corresponding with first air outlet slit and in the other end on described first
First distally, and effuser road is by first proximal end to first distal end tapers down on each described first；On described first
Second distal end of the flowing into pipeline with the second proximal end corresponding with first air intlet and in the other end, each described first
Upper flowing into pipeline is by second proximal end to second distal end tapers down；There is and described effuser stage property on described second
The corresponding third proximal end of two air outlet slits and third distal end in the other end, effuser road is by the third on each described second
Proximal end is to the third distal end tapers down；Described second upper inlet pipe road has and second air intlet the corresponding 4th
Proximal end and the 4th distal end in the other end, on each described second flowing into pipeline by the third proximal end to the 4th distal end by
Gradual change is thin；
Described first lower effuser stage property has the 5th proximal end corresponding with the third air outlet slit and in the other end
5th distal end, each described first lower effuser road is by the 5th proximal end to the 5th distal end tapers down；Under described first
Sixth distal end of the flowing into pipeline with the 6th proximal end corresponding with the third air intlet and in the other end, each described first
Lower flowing into pipeline is by the 6th proximal end to the 6th distal end tapers down；Described second lower effuser stage property has and described the
Corresponding 7th proximal end of four air outlet slits and the 7th distal end in the other end, each described second lower effuser road is by the described 7th
Proximal end is to the 7th distal end tapers down；The second dirty inlet pipe road has and the 4th air intlet the corresponding 8th
Proximal end and the 8th distal end in the other end, each described second lower flowing into pipeline by the 8th proximal end to the 8th distal end by
Gradual change is thin.
First port is equipped with the first moisture absorption layer of the first port block, and second port is equipped with the second port
Second moisture absorption layer of block.
After adopting the above technical scheme, low-carbon air conditioning type 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 conditioner
It is adjusted with air circulation of second conditioner to gym suit, when needing to carry out air conditioning to human body upper body,
Mobile terminal sends control signal to controller, and controller controls first motor and drives the rotation of the first fan by the sky in the second cavity
Gas is conveyed into the first cavity, and the first heating plate heats air in the first air circulation shell, can be to the first air
The circulation intracorporal air of shell dehumidifies, and the air after dehumidifying leads to upper via effuser road on effuser road and second on first
Main part and coat-sleeve are flowed out from each first venthole and the second venthole everywhere and on the way, from the first venthole and the second outlet
The air of hole outflow enters in the first three-dimensional scrim layer and ventilative through first after evenly dispersed in the first three-dimensional scrim layer
Layer is contacted with human skin, makes human body skin contact to dry and comfortable air, as the air in the second cavity progresses into first
In cavity, flowing into pipeline is three-dimensional by first using each first air inlet and the second air inlet on flowing into pipeline and second on first
Scrim layer and the first air-permeable layer will be drawn into the second cavity with the air that human contact crosses, due to unidirectionally flowing out valve and one-way flow
Entering valve has the effect of one-way flow, and the air on first on effuser road and second in effuser road will not be flow backwards into first
Cavity, the air in the second cavity will not flow on first flowing into pipeline on flowing into pipeline and second, and the first inner sidewall
It avoids the first heating plate heat from excessively passing to human skin using the heat insulation of itself, while the can be controlled by controller
One electric control valve and the second electric control valve carry out exhaust and air inlet appropriate, realize that carrying out in due course inner air and outer air to human body upper body follows
Ring exchange；When needing to carry out air conditioning to lower part of humanbody, mobile terminal sends control signal, controller control the to controller
Two motors drive the rotation of the second fan to convey the air in the 4th cavity into third cavity, and the second heating plate is in the second air
Air is heated in circulation shell, can be dehumidified to the second intracorporal air of air circulation shell, the air warp after dehumidifying
Lower main part and trouser legs are led to everywhere and on the way from each third venthole by the first lower effuser road and the second lower effuser road
Flowed out with the 4th venthole, the air flowed out from third venthole and the 4th venthole enter in the second three-dimensional scrim layer and
In second three-dimensional scrim layer it is evenly dispersed after contacted through the second air-permeable layer with human skin, make human body skin contact to dry and comfortable
Air, as the air in the 4th cavity progresses into third cavity, the first lower flowing into pipeline and the second lower flowing into pipeline benefit
The air that will be crossed with human contact with each third air inlet and the 4th air inlet by the second three-dimensional scrim layer and the second air-permeable layer
It is drawn into the 4th cavity, has the effect of one-way flow, the first lower effuser road due to unidirectionally flowing out valve and the unidirectional valve that flows into
It will not flow backwards with the air in the second lower effuser road into third content cavity, the air in the 4th content cavity will not flow into the
Once flowing into pipeline and the second lower flowing into pipeline, and the second inner sidewall avoids the second heating plate hot using the heat insulation of itself
Amount excessively passes to human skin, while can be carried out by controller the first electric control valve of control and the second electric control valve appropriate
Exhaust and air inlet are realized and carry out in due course inner air and outer air circulation exchange to lower part of humanbody；The first heating plate and second can be passed through simultaneously
Heating plate suitably heats the first air circulation shell and the second intracorporal air of air circulation shell, warming to realize with this
Effect.Compared with prior art, low-carbon air conditioning type gym suit of the invention can carry out air tune to human skin surface
Section wears dry and comfortable comfortable, the discharge of reduction carbon dioxide etc., 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 14- the first waterproof airtight layer
Scrim layer 152- the first outer net layer of cloth 153- first flexibly supports fiber in the three-dimensional scrim layer 151- first of 15- first
2- trousers main body 21- lower main part 22- trouser legs 23- the second air-permeable layer 24- the second waterproof airtight layer
Scrim layer 252- the second outer net layer of cloth 253- second flexibly supports fiber in the three-dimensional scrim layer 251- second of 25- second
3- the first conditioner 31- the first air circulation power device 311- the first air circulation shell 3111-
First the first next door inner sidewall 3112- the first lateral wall 3113- the first heating plate 3114- the first port of 31141-
31142- the first moisture absorption layer 3115- the first cavity 3116- the second cavity 3117- the first air outlet slit the second air of 3118-
Export the second air intlet of the first air intlet of 3119- 3110- 311a- first row stomata the first blowhole of 311b-
311c- the first electric control valve 311d- the second electric control valve 311e- first support the first power device of 312- 3121- first
Effuser road the first venthole of 3211- on air circulation duct 321- first on the first fan of motor 3122- 32- first
Effuser road on air circulation duct 331- second on the first air inlet of flowing into pipeline 3221- 33- second on 322- first
The second air inlet of flowing into pipeline 3321- on the second venthole of 3311- 332- second
4- the second conditioner 41- the second air circulation power device 411- the second air circulation shell 4111-
Second the second next door inner sidewall 4112- the second lateral wall 4113- the second heating plate 4114- the second port of 41141-
The 4th air of the 4th cavity 4117- third air outlet slit 4118- of 41142- the second moisture absorption layer 4115- third cavity 4116-
Export the 4th air intlet 411a- second row stomata the second blowhole of 411b- of 4119- third air intlet 4110-
The 4th electric control valve 411e- second support the second power device of 412- 4121- second of 411c- third electric control valve 411d-
The lower effuser road 4211- third venthole of the lower air circulation duct 421- first of the second fan of motor 4122- 42- first
The lower effuser road the lower air circulation duct 431- second of the lower flowing into pipeline 4221- third air inlet 43- second of 422- first
Lower the 4th air inlet of flowing into pipeline 4321- of the 4th venthole 432- second of 4311-
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 low-carbon air conditioning type 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 conditioner 3 in jacket main body 1, in trousers main body 2
Second conditioner 4, it is right to the controller 5 that the first conditioner 3 and the second conditioner 4 are controlled
The battery 6 that first conditioner 3, the second conditioner 4 and controller 5 are powered, and controller 5 is carried out
The mobile terminal 7 of remote control；
First conditioner 3 includes the first air circulation power device 31 set on main body points 11, by up to
The lower air circulation duct 32 in main body points 11 circular first and two respectively along coat-sleeve 12 it is circular second on air
Circulating line 33；First air circulation power device 31 includes the first air circulation shell 311 heated to air, and is made
First power device 312 of air flowing；First air circulation shell 311 is flat-shaped in the square flat extended along human skin；The
One air circulation shell 311 includes the first inner sidewall 3111 towards human body, outwardly and parallel with the first inner sidewall 3111
One lateral wall 3112, and be connected between the first inner sidewall 3111 and the first lateral wall 3112 and successively the first of arranged adjacent
Connection wall, the second connection wall, third connection wall and the 4th connection wall；First inner sidewall 3111 has towards the first lateral wall 3112
The first medial surface, the first medial surface be equipped with the first heating plate 3113, the first inner sidewall 3111 be heat-barrier material made of it is heat-insulated
Layer, is equipped with first next door 3114 parallel with the first connection wall and third connection wall in the first air circulation shell 311, and first
Next door 3114 holds be separated between the first next door 3114 and the first connection wall in the first air circulation shell 311 first
Chamber 3115 and the second cavity 3116 between the first next door 3114 and third connection wall；First air circulation shell 311 tool
There are the first air outlet slit 3117 and the second air outlet slit 3118 being formed in the first connection wall, is formed in third connection wall
First air intlet 3119 and the second air intlet 3110 are formed on the first lateral wall 3112 and are connected to the first cavity 3115 and outer
The first row stomata 311a on boundary, and be formed in and be connected to the second cavity 3116 and extraneous first on the first lateral wall 3112 and enter gas
Hole 311b；First air outlet slit 3117 and the second air outlet slit 3118 are equipped with the unidirectional outflow valve for air outflow, and first is empty
Gas import 3119 and the second air intlet 3110 are equipped with the unidirectional inflow valve flowed into for air, and first row stomata 311a is equipped
The first the electric control valve 311c, the first blowhole 311b controlled by controller 5 is equipped with the second electrically-controlled valve controlled by controller 5
Door 311d；
First power device 312 includes the first motor 3121 in the first air circulation shell 311, and is set to first
The first fan 3122 driven on next door 3114 by first motor 3121；First next door 3114 is equipped with support first motor 3121
First support 311e, the first next door 3114 are formed with the first port 31141 of the first fan 3122 of accommodating；
Air circulation duct 32 includes effuser road 321 on first be connected to the first air outlet slit 3117 on first, and
Flowing into pipeline 322 on first be connected to the first air intlet 3119；Flowing into pipeline on effuser road 321 and first on first
322 are connected in parallel at together, and effuser road 321 is formed with the arrangement of multiple effuser roads 321 along first and towards people on first
First venthole 3211 of body skin, flowing into pipeline 322 is formed with multiple arrangements of the flowing into pipeline along first 322 and court on first
To the first air inlet 3221 of human skin；Air circulation duct 33 includes be connected to the second air outlet slit 3118 on second
Effuser road 331 on two, and be connected to the second air intlet 3110 second on flowing into pipeline 332；Effuser road 331 on second
With second on flowing into pipeline 332 be connected in parallel at together, effuser road 331 is formed with multiple effuser roads along second on second
331 arrangements and towards the second venthole 3311 of human skin, flowing into pipeline 332 is formed on second multiple flows into along second
The arrangement of pipeline 332 and towards the second air inlet 3321 of human skin；
Second conditioner 4 includes the second air circulation power device 41 set on lower main part 21, by up to
The second lower air circular along trouser legs 22 respectively of the lower first lower air circulation duct 42 circular along lower main part 21 and two
Circulating line 43；Second air circulation power device 41 includes the second air circulation shell 411 heated to air, and is made
Second power device 412 of air flowing；Second air circulation shell 411 is flat-shaped in the square flat extended along human skin；The
Two air circulation shells 411 include the second inner sidewall 4111 towards human body, outwardly and parallel with the second inner sidewall 4111
Two lateral walls 4112, and be connected between the second inner sidewall 4111 and the second lateral wall 4112 and successively the 5th of arranged adjacent
Connection wall, the 6th connection wall, the 7th connection wall and the 8th connection wall；Second inner sidewall 4111 has towards the second lateral wall 4112
The second medial surface, the second medial surface be equipped with the second heating plate 4113, the second inner sidewall 4111 be heat-barrier material made of it is heat-insulated
Layer, is equipped with second next door 4114 parallel with the 5th connection wall and the 7th connection wall in the second air circulation shell 411, and second
Next door 4114 holds the third being separated between the second next door 4114 and the 5th connection wall in the second air circulation shell 411
Chamber 4115 and the 4th cavity 4116 between the second next door 4114 and the 7th connection wall；Second air circulation shell 411 tool
There are the third air outlet slit 4117 and the 4th air outlet slit 4118 being formed in the 5th connection wall, is formed in the 7th connection wall
Third air intlet 4119 and the 4th air intlet 4110 are formed on the second lateral wall 4112 and are connected to third cavity 4115 and outer
The second row stomata 411a on boundary, and be formed in the 4th cavity 4116 of connection and extraneous second on the second lateral wall 4112 and enter gas
Hole 411b；Third air outlet slit 4117 and the 4th air outlet slit 4118 are equipped with the unidirectional outflow valve for air outflow, and third is empty
Gas import 4119 and the 4th air intlet 4110 are equipped with the unidirectional inflow valve flowed into for air, and second row stomata 411a is equipped
Third the electric control valve 411c, the second blowhole 411b controlled by controller 5 is equipped with the 4th electrically-controlled valve controlled by controller 5
Door 411d；
Second power device 412 includes the second motor 4121 in the second air circulation shell 411, and is set to second
The second fan 4122 driven on next door 4114 by the second motor 4121；Second next door 4114 is equipped with the second motor 4121 of support
Second support 411e, the second next door 4114 are formed with the second port 41141 of the second fan 4122 of accommodating；
First lower air circulation duct 42 includes the first lower effuser road 421 being connected to third air outlet slit 4117, and
The lower flowing into pipeline 422 of first be connected to third air intlet 4119；First lower effuser road 421 and the first lower flowing into pipeline
422 are connected in parallel at together, and the first lower effuser road 421 is formed with multiple along the first lower arrangement of effuser road 421 and towards people
The third venthole 4211 of body skin, the first lower flowing into pipeline 422 are formed with multiple along the first lower arrangement of flowing into pipeline 422 and court
To the third air inlet 4221 of human skin；Second lower air circulation duct 43 includes the be connected to the 4th air outlet slit 4118
Two lower effuser roads 431, and the second lower flowing into pipeline 432 being connected to the 4th air intlet 4110；Second lower effuser road 431
It is connected in parallel at together with the second lower flowing into pipeline 432, the second lower effuser road 431 is formed with multiple along the second lower effuser road
431 arrangements and towards the 4th venthole 4311 of human skin, the second lower flowing into pipeline 432 is formed with multiple to be flowed under second
The arrangement of pipeline 432 and towards the 4th air inlet 4321 of human skin；
Air circulation duct 33 is embedded in jacket main body 1 in air circulation duct 32 and second on first；Jacket main body 1
The first air-permeable layer 13 including being in inside, the first waterproof airtight layer 14 in outside, and it is in the first air-permeable layer 13
And first the first three-dimensional scrim layer 15 between waterproof airtight layer 14；The lateral surface of first three-dimensional scrim layer 15 is formed with accommodating
On first in air circulation duct 32 and second air circulation duct 33 the first accommodation groove；
First lower air circulation duct 42 and the second lower air circulation duct 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 airtight layer 24 in outside, and it is in the second air-permeable layer 23
And second the second three-dimensional scrim layer 25 between waterproof airtight layer 24；The lateral surface of second three-dimensional scrim layer 25 is formed with accommodating
Second accommodation groove of the first lower air circulation duct 42 and the second lower air circulation duct 43.The present invention is in actual use process
In, controller 5 can be remotely controlled by mobile terminal 7, controller 5 controls the first conditioner 3 and the second air conditioning
The air circulation of gym suit is adjusted in device 4, when needing to carry out air conditioning to human body upper body, the control of 7 pairs of mobile terminal
Device 5 sends control signal, and controller 5 controls first motor 3121 and drives the rotation of the first fan 3122 will be in the second cavity 3116
Air is conveyed into the first cavity 3115, and the first heating plate 3113 heats air in the first air circulation shell 311,
It can dehumidify to the air in the first air circulation shell 311, the air after dehumidifying is via effuser road 321 and on first
Effuser road 331 leads to main body point 11 and coat-sleeve 12 everywhere and on the way from each first venthole 3211 and the second outlet on two
Hole 3311 is flowed out, and the air flowed out from the first venthole 3211 and the second venthole 3311 enters in the first three-dimensional scrim layer 15
And evenly dispersed rear first air-permeable layer 13 that penetrates is contacted with human skin in the first three-dimensional scrim layer 15, makes human body skin contact
To dry and comfortable air, as the air in the second cavity 3116 progresses into the first cavity 3115, flowing into pipeline 322 on first
With second on flowing into pipeline 332 using each first air inlet 3221 and the second air inlet 3321 pass through the first 15 He of three-dimensional scrim layer
First air-permeable layer 13 will be drawn into the second cavity 3116 with the air that human contact crosses, due to unidirectionally flowing out valve and unidirectional inflow
Valve has the effect of one-way flow, and the air on first on effuser road 321 and second in effuser road 331 will not flow backwards entrance
First cavity 3115, the air in the second cavity 3116 will not flow on first flowing into pipeline on flowing into pipeline 322 and second
332, and the first inner sidewall 3111 avoids 3113 heat of the first heating plate from excessively passing to human body using the heat insulation of itself
Skin, at the same can be controlled by controller 5 first electric control valve 311c and the second electric control valve 311d carry out exhaust appropriate and
Air inlet is realized and carries out in due course inner air and outer air circulation exchange to human body upper body；When needing to carry out air conditioning to lower part of humanbody, move
Moved end 7 sends control signal to controller 5, and controller 5 controls the second motor 4121 and drives the rotation of the second fan 4122 by the 4th
Air in cavity 4116 is conveyed into third cavity 4115, and the second heating plate 4113 is right in the second air circulation shell 411
Air is heated, and can be dehumidified to the air in the second air circulation shell 411, and the air after dehumidifying flows down via first
Pipeline and the second lower effuser road lead to lower main part 21 and trouser legs 22 everywhere and on the way from each 4211 He of third venthole out
The outflow of 4th venthole 4311, the air flowed out from third venthole 4211 and the 4th venthole 4311 enter the second stereoscopic graticule
It is contacted in layer of cloth 25 and after evenly dispersed in the second three-dimensional scrim layer 25 through the second air-permeable layer 23 with human skin, makes human body
Skin contact is to dry and comfortable air, and as the air in the 4th cavity 4116 progresses into third cavity 4115, first flows down
Inlet pipe road 422 and the second lower flowing into pipeline utilize each third air inlet 4221 and the 4th air inlet 4321 to pass through the second three-dimensional screen cloth
Layer 25 and the second air-permeable layer 23 will be drawn into the 4th cavity 4116 with the air that human contact crosses, due to unidirectionally flowing out valve and list
Has the effect of one-way flow to valve is flowed into, the air in the first lower effuser road and the second lower effuser road will not flow backwards entrance
Third content cavity, the air in the 4th content cavity will not flow into the first lower flowing into pipeline 422 and the second lower flowing into pipeline, and
Second inner sidewall 4111 avoids 4113 heat of the second heating plate from excessively passing to human skin using the heat insulation of itself, simultaneously
The first electric control valve 311c and the second electric control valve 311d can be controlled by controller 5 and carries out exhaust and air inlet appropriate, realized
In due course inner air and outer air circulation exchange is carried out to lower part of humanbody；It simultaneously can be right by the first heating plate 3113 and the second heating plate 4113
Air in first air circulation shell 311 and the second air circulation shell 411 is suitably heated, warming to realize with this
Effect.Concretely the existing air-locked resin of various waterproofs is compounded to form each waterproof airtight layer with cloth.
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 airtight layer 14 and multiple resilient support are in first
The first resilient support fiber 153 between interior scrim layer 151 and the first outer net layer of cloth 152；The first adjacent resilient support fiber
There are passage gaps between 153；Second three-dimensional scrim layer 25 includes the second Intranet connecting in inside with the second air-permeable layer 23
Layer of cloth 251, the second outer net layer of cloth 252 being connect in outside with the second waterproof airtight layer 24 and it is multiple resilient support in
The second resilient support fiber 253 in second between scrim layer 251 and the second outer net layer of cloth 252；The second adjacent resilient support
There are passage gaps between fiber 253.In actual use, the first resilient support fiber 153 is to the first Intranet by the present invention
Layer of cloth 151 and the first outer net layer of cloth 152 are flexibly supported, and keep the first three-dimensional scrim layer 15 in flexible solid netted
And one way or another is penetrating form, the second resilient support fiber 253 is to scrim layer 251 and the second outer net layer of cloth in second
252 are flexibly supported, and the three-dimensional scrim layer 25 of holding second is penetrating in flexible solid netted and one way or another
Form.
Preferably, effuser road 321 has first proximal end corresponding with the first air outlet slit 3117 and in another on first
Distally, effuser road 321 is by the first proximal end to the first distal end tapers down on each first for the first of one end；Flowing into pipeline on first
322 the second distal end with second proximal end corresponding with the first air intlet 3119 and in the other end, each first upper inlet pipe
Road 322 is by the second proximal end to the second distal end tapers down；Effuser road 331 has corresponding with the second air outlet slit 3118 on second
Third proximal end and third distal end in the other end, on each second effuser road 331 by third proximal end to third distal end gradually
Attenuate；On second flowing into pipeline 332 have the 4th proximal end corresponding with the second air intlet 3110 and in the other end the 4th
Distally, on each second flowing into pipeline 332 by third proximal end to the 4th distal end tapers down；
First lower effuser road 421 have the 5th proximal end corresponding with third air outlet slit 4117 and in the other end the
Five distal ends, each first lower effuser road 421 is by the 5th proximal end to the 5th distal end tapers down；First lower flowing into pipeline 422 has
The 6th proximal end corresponding with third air intlet 4119 and the 6th distal end in the other end, each first lower flowing into pipeline 422 by
6th proximal end to the 6th distal end tapers down；Second lower effuser road 431 has and the 4th air outlet slit 4118 the corresponding 7th
Proximal end and the 7th distal end in the other end, each second lower effuser road 431 is by the 7th proximal end to the 7th distal end tapers down；The
Two lower flowing into pipeline 432 have the 8th proximal end corresponding with the 4th air intlet 4110 and the 8th distal end in the other end, respectively
Second lower flowing into pipeline 432 is by the 8th proximal end to the 8th distal end tapers down.The present invention in actual use, each pipeline to
Distal end tapers down can ensure that each venthole on each pipeline or air inlet ventilation uniformly, be not in distal end venthole or into
Stomata is ventilated faint situation.Further each pipeline can be made to be formed with the branch being tapered, similar human vas form, and it is each
Also venthole or air inlet have been correspondingly formed in branch.
Preferably, the first port 31141 is equipped with the first moisture absorption layer 31142 of 31141 block of the first port, the second port
41141 are equipped with the second moisture absorption layer 41142 of 41141 block of the second port.The present invention in actual use, the first moisture absorption
Moisture absorption in the air of circulation can be made the air for contacting human skin is dry and comfortable to relax by layer 31142 and the second moisture absorption layer 41142
It is suitable.The cloth of first moisture absorption layer 31142 and the second moisture absorption layer 41142 concretely attachment activity charcoal, while moisture absorption can be carried out
It can also keep the air for contacting skin cleaner air filtration, especially adapt to the crowd to dirty air allergy.
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 (2)
1. a kind of low-carbon air conditioning type 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 conditioner in the jacket main body, the second conditioner in trousers main body,
To the controller that the first conditioner and the second conditioner are controlled, to the first conditioner, second
The battery that conditioner and controller are powered, and to the mobile terminal that controller is remotely controlled；
First conditioner includes the first air circulation power device set on the main body point, from top to bottom
Along the main body it is point circular first on air circulation duct and two respectively along the coat-sleeve it is circular second on air
Circulating line；The first air circulation power device includes the first air circulation shell heated to air, and makes sky
First power device of flow of air；The first air circulation shell is flat-shaped in the square flat extended along human skin；Described
One air circulation shell includes the first inner sidewall towards human body, outwardly and first lateral wall parallel with the first inner sidewall, with
And it is connected between the first inner sidewall and the first lateral wall and successively the first connection wall, the second connection wall, third of arranged adjacent
Connection wall and the 4th connection wall；First inner sidewall have towards first lateral wall the first medial surface, described first
Medial surface is equipped with the first heating plate, and first inner sidewall is thermal insulation layer made of heat-barrier material, the first air circulation shell
It is equipped with first next door parallel with first connection wall and third connection wall in vivo, first next door is empty by described first
The first cavity between the first next door and the first connection wall is separated into gas circulation shell and is in the first next door and third
The second cavity between connection wall；The first air circulation shell has the first air being formed in first connection wall
Outlet and the second air outlet slit, the first air intlet and the second air intlet being formed in the third connection wall are formed in
It is connected to first cavity and extraneous first row stomata on first lateral wall, and is formed on first lateral wall
It is connected to second cavity and the first extraneous blowhole；First air outlet slit and the second air outlet slit are equipped for air
The unidirectional outflow valve of outflow, first air intlet and the second air intlet are equipped with the unidirectional inflow valve flowed into for air,
The first row stomata is equipped with the first electric control valve controlled by the controller, and first blowhole is equipped by described
Second electric control valve of controller control；
First power device include be in the intracorporal first motor of the first air circulation shell, and be set to described first every
The first fan driven on wall by first motor；First next door is equipped with the first support for supporting the first motor, described
First next door is formed with the first port for accommodating first fan；
Air circulation duct includes effuser road on first be connected to first air outlet slit on described first, and with it is described
Flowing into pipeline on the first of first air intlet connection；On described first effuser road with flowing into pipeline is parallel on described first connects
It is connected together, effuser road is formed with the arrangement of multiple effuser roads along first and towards the first of human skin on described first
Venthole, on described first flowing into pipeline be formed with multiple arrangements of the flowing into pipeline along first and towards human skin first into
Stomata；Air circulation duct includes effuser road on second be connected to second air outlet slit on described second, and with institute
State flowing into pipeline on the second of the second air intlet connection；Effuser road is parallel with flowing into pipeline on described second on described second
It links together, effuser road is formed with the arrangement of multiple effuser roads along second and towards the of human skin on described second
Two ventholes, flowing into pipeline is formed with multiple arrangements of the flowing into pipeline along second and towards the second of human skin on described second
Air inlet；
Second conditioner includes the second air circulation power device set on the lower main part, from top to bottom
Along the second lower air circular along the trouser legs respectively of the first circular lower air circulation duct of the lower main part and two
Circulating line；The second air circulation power device includes the second air circulation shell heated to air, and makes sky
Second power device of flow of air；The second air circulation shell is flat-shaped in the square flat extended along human skin；Described
Two air circulation shells include the second inner sidewall towards human body, outwardly and second lateral wall parallel with the second inner sidewall, with
And it is connected between the second inner sidewall and the second lateral wall and successively the 5th connection wall, the 6th connection wall, the 7th of arranged adjacent
Connection wall and the 8th connection wall；Second inner sidewall have towards second lateral wall the second medial surface, described second
Medial surface is equipped with the second heating plate, and second inner sidewall is thermal insulation layer made of heat-barrier material, the second air circulation shell
It is equipped with second next door parallel with the 5th connection wall and the 7th connection wall in vivo, second next door is empty by described second
The third cavity between the second next door and the 5th connection wall is separated into gas circulation shell and is in the second next door and the 7th
The 4th cavity between connection wall；The second air circulation shell has the third air being formed in the 5th connection wall
Outlet and the 4th air outlet slit, the third air intlet and the 4th air intlet being formed in the 7th connection wall are formed in
It is connected to the third cavity and extraneous second row stomata on second lateral wall, and is formed on second lateral wall
It is connected to the 4th cavity and the second extraneous blowhole；The third air outlet slit and the 4th air outlet slit are equipped for air
The unidirectional outflow valve of outflow, the third air intlet and the 4th air intlet are equipped with the unidirectional inflow valve flowed into for air,
The second row stomata is equipped with the third electric control valve controlled by the controller, and second blowhole is equipped by described
4th electric control valve of controller control；
Second power device include be in intracorporal second motor of the second air circulation shell, and be set to described second every
By the second motor-driven second fan on wall；Second next door is equipped with the second support for supporting second motor, described
Second next door is formed with the second port for accommodating second fan；
Described first lower air circulation duct includes first time effuser road be connected to the third air outlet slit, and with it is described
The lower flowing into pipeline of the first of third air intlet connection；Described first descends effuser road to descend with described first, and flowing into pipeline is parallel to be connected
It is connected together, the described first lower effuser road is formed with multiple along the first lower effuser road arrangement and towards the third of human skin
Venthole, the described first lower flowing into pipeline be formed with it is multiple along the first lower flowing into pipeline arrangement and towards the third of human skin into
Stomata；Described second lower air circulation duct includes second time effuser road be connected to the 4th air outlet slit, and with institute
State the second lower flowing into pipeline of the 4th air intlet connection；Described second lower effuser road is parallel with the described second lower flowing into pipeline
It links together, the described second lower effuser road is formed with multiple along the second lower effuser road arrangement and towards the of human skin
Four ventholes, the described second lower flowing into pipeline are formed with multiple along the second lower flowing into pipeline arrangement and towards the 4th of human skin the
Air inlet；
Air circulation duct is embedded in the jacket main body in air circulation duct and second on described first；The jacket master
Body includes the first air-permeable layer in inside, the first waterproof airtight layer in outside, and in the first air-permeable layer and the
The first three-dimensional scrim layer between one waterproof airtight layer；The lateral surface of the first three-dimensional scrim layer is formed with accommodating described the
On one in air circulation duct and second air circulation duct the first accommodation groove；
Described first lower air circulation duct and the second lower air circulation duct are embedded in the trousers main body；The trousers master
Body includes the second air-permeable layer in inside, the second waterproof airtight layer in outside, and in the second air-permeable layer and the
The second three-dimensional scrim layer between two waterproof airtight layers；The lateral surface of the second three-dimensional scrim layer is formed with accommodating described the
The second accommodation groove of air circulation duct and the second lower air circulation duct once；
On described first effuser stage property have the first proximal end corresponding with first air outlet slit and in the other end first
Distally, on each described first effuser road by first proximal end to first distal end tapers down；It is flowed on described first
Pipeline has the second proximal end corresponding with first air intlet and the second distal end in the other end, and each described first is upper
Inlet pipe road is by second proximal end to second distal end tapers down；There is and second sky effuser stage property on described second
Gas exports corresponding third proximal end and the third distal end in the other end, and effuser road is by the third proximal end on each described second
To the third distal end tapers down；Described second upper inlet pipe road has the 4th proximal end corresponding with second air intlet
Distally with the 4th in the other end, flowing into pipeline is gradually become by the third proximal end to the 4th distal end on each described second
Carefully；
Described first lower effuser stage property have the 5th proximal end corresponding with the third air outlet slit and in the other end the 5th
Distally, each described first lower effuser road is by the 5th proximal end to the 5th distal end tapers down；It is flowed under described first
Pipeline has the 6th proximal end corresponding with the third air intlet and the 6th distal end in the other end, and each described first flows down
Inlet pipe road is by the 6th proximal end to the 6th distal end tapers down；Described second lower effuser stage property has and the 4th sky
Gas exports corresponding 7th proximal end and the 7th distal end in the other end, and each described second lower effuser road is by the 7th proximal end
To the 7th distal end tapers down；The second dirty inlet pipe road has the 8th proximal end corresponding with the 4th air intlet
With the 8th distal end in the other end, each described second lower flowing into pipeline is gradually become by the 8th proximal end to the 8th distal end
Carefully；
First port is equipped with the first moisture absorption layer of the first port block, and second port is equipped with the second port block
The second moisture absorption layer.
2. a kind of low-carbon air conditioning type gym suit according to claim 1, 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, airtight in outside and first waterproof
The first bullet of first outer net layer of cloth of layer connection and multiple resilient support in first between scrim layer and the first outer net layer of cloth
Property support fiber；There are passage gaps between adjacent the first resilient support fiber；The second three-dimensional scrim layer includes
The scrim layer in second that inside is connect with second air-permeable layer is connect in outside with the second waterproof airtight layer
The second outer net layer of cloth and it is multiple resilient support in second between scrim layer and the second outer net layer of cloth second resilient support
Fiber；There are passage gaps between adjacent the second resilient support fiber.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710610479.4A CN107440177B (en) | 2017-07-25 | 2017-07-25 | A kind of low-carbon air conditioning type gym suit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710610479.4A CN107440177B (en) | 2017-07-25 | 2017-07-25 | A kind of low-carbon air conditioning type gym suit |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107440177A CN107440177A (en) | 2017-12-08 |
| CN107440177B true CN107440177B (en) | 2019-02-12 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201710610479.4A Active CN107440177B (en) | 2017-07-25 | 2017-07-25 | A kind of low-carbon air conditioning type gym suit |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN111588109A (en) * | 2020-05-29 | 2020-08-28 | 山西医科大学 | Protective clothing |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2190463Y (en) * | 1994-01-28 | 1995-03-01 | 李先富 | Temperature-controlled health sleeping bag |
| CN104432624B (en) * | 2014-10-28 | 2016-05-25 | 陈标 | A kind of hot water clothes |
| CN106937807A (en) * | 2016-01-05 | 2017-07-11 | 福建三井科技有限公司 | A kind of both cooling and heating pad |
| CN105962476A (en) * | 2016-06-23 | 2016-09-28 | 广东石油化工学院 | Cold and hot dual-purpose special functional clothes |
| CN107676882A (en) * | 2017-10-30 | 2018-02-09 | 天津市泰博睿科技有限公司 | One kind purification air circulation pad |
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