CN109875148A - A kind of student's radiation protection intelligent heating keeps warm school uniform and its manufacture craft - Google Patents
A kind of student's radiation protection intelligent heating keeps warm school uniform and its manufacture craft Download PDFInfo
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- CN109875148A CN109875148A CN201910306863.4A CN201910306863A CN109875148A CN 109875148 A CN109875148 A CN 109875148A CN 201910306863 A CN201910306863 A CN 201910306863A CN 109875148 A CN109875148 A CN 109875148A
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- 238000010438 heat treatment Methods 0.000 title claims abstract description 117
- 230000005855 radiation Effects 0.000 title claims abstract description 29
- 238000004519 manufacturing process Methods 0.000 title claims abstract description 18
- 239000004744 fabric Substances 0.000 claims abstract description 318
- OKTJSMMVPCPJKN-UHFFFAOYSA-N Carbon Chemical compound [C] OKTJSMMVPCPJKN-UHFFFAOYSA-N 0.000 claims abstract description 61
- 229910021389 graphene Inorganic materials 0.000 claims abstract description 60
- BQCADISMDOOEFD-UHFFFAOYSA-N Silver Chemical compound [Ag] BQCADISMDOOEFD-UHFFFAOYSA-N 0.000 claims abstract description 37
- 239000000835 fiber Substances 0.000 claims abstract description 37
- 210000003127 knee Anatomy 0.000 claims abstract description 12
- 238000009958 sewing Methods 0.000 claims description 51
- 239000000463 material Substances 0.000 claims description 18
- 239000003990 capacitor Substances 0.000 claims description 17
- 210000000707 wrist Anatomy 0.000 claims description 17
- 238000007789 sealing Methods 0.000 claims description 6
- 238000009826 distribution Methods 0.000 claims description 5
- 235000007164 Oryza sativa Nutrition 0.000 claims description 3
- 230000003471 anti-radiation Effects 0.000 claims description 3
- 235000009566 rice Nutrition 0.000 claims description 3
- 229910052709 silver Inorganic materials 0.000 claims description 3
- 239000004332 silver Substances 0.000 claims description 3
- 150000001336 alkenes Chemical class 0.000 claims description 2
- 230000009466 transformation Effects 0.000 claims description 2
- 240000007594 Oryza sativa Species 0.000 claims 1
- 239000004575 stone Substances 0.000 claims 1
- 238000010792 warming Methods 0.000 abstract description 15
- 206010037660 Pyrexia Diseases 0.000 abstract description 5
- 230000002411 adverse Effects 0.000 abstract description 4
- 230000000694 effects Effects 0.000 abstract description 4
- 230000005611 electricity Effects 0.000 description 5
- 238000010586 diagram Methods 0.000 description 3
- 241000209094 Oryza Species 0.000 description 2
- 238000005284 basis set Methods 0.000 description 2
- 238000005520 cutting process Methods 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 210000001747 pupil Anatomy 0.000 description 2
- 241000196324 Embryophyta Species 0.000 description 1
- 241000607479 Yersinia pestis Species 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 201000010099 disease Diseases 0.000 description 1
- 208000037265 diseases, disorders, signs and symptoms Diseases 0.000 description 1
- 230000003628 erosive effect Effects 0.000 description 1
- 229910002804 graphite Inorganic materials 0.000 description 1
- 239000010439 graphite Substances 0.000 description 1
- 230000014759 maintenance of location Effects 0.000 description 1
- 239000007787 solid Substances 0.000 description 1
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Abstract
The invention discloses a kind of warming school uniform of student's radiation protection intelligent heating and its manufacture crafts, nano silver fibre radiation-proof cloth is sewed on the shirtfront of its housing and back region inner surface, trousers, which are located on the inner surface in region above knee, is sewed with nano silver fibre radiation-proof cloth, the inside of housing is fixed with a continuous graphene heating film along the laying of the profile of back cloth and sleeve fabric, and the inside of trousers is fixed with a continuous graphene heating film along the profile laying of trousers cloth；Have the function of that radiation protection and intelligent heating are warming, avoidable student contacts electromagenetic wave radiation too much and causes adverse effect to body development, and heating service can be carried out by the fever of graphene heating film, it needs in addition to put on thicker sweater when avoiding being in school uniform in winter；At the same time, manufacture craft is simple, production production cost is low.
Description
Technical field
The invention belongs to school uniform technical fields, and in particular to a kind of with radiation protection and intelligent heating heat-preserving function
The manufacture craft of school uniform and the school uniform.
Background technique
Current existing school uniform is usually common clothes, and function is relatively simple, and smart phone and network now
Than more developed, student is also using mobile phone including pupil, and multimedia teaching also generally appears on classroom, and mobile phone
Use and computer network teaching can all generate certain electromagenetic wave radiation, and to be in body raw by student especially pupil
In the long stage, contacting electromagenetic wave radiation too much will cause certain adverse effect to physical development.At the same time, existing
Then the raw also generally existing warmth retention property of school uniform poor problem when being in school uniform in winter, needs first to put on thicker sweater again
Putting on school uniform could effectively keep warm, so that student is more too fat to move in dress, movable inconvenience.
Summary of the invention
In view of the deficiencies of the prior art, the present invention is intended to provide a kind of with radiation protection and intelligent heating heat-preserving function
Biological and ecological methods to prevent plant disease, pests, and erosion radiates the warming school uniform of intelligent heating and its manufacture craft.
To achieve the above object, the present invention adopts the following technical scheme:
A kind of warming school uniform of student's radiation protection intelligent heating, including housing and trousers, the shirtfront of housing and back region inner surface
On be sewed with nano silver fibre radiation-proof cloth, the inside of housing is fixed with one along the laying of the profile of back cloth and sleeve fabric
The continuous graphene heating film of item, the wrist end charge level that the power connection end of graphene heating film passes through sleeve fabric be pierced by outwardly and with control
Device electrical connection processed, controller splendid attire is placed in controller bag, between the wrist end charge level outer surface of controller bag and sleeve fabric
Pass through velcro adhesion；Trousers, which are located on the inner surface in region above knee, is sewed with nano silver fibre radiation-proof cloth, trousers
Inside along trousers cloth profile laying be fixed with a continuous graphene heating film, the power connection end of graphene heating film is worn
The hip side material for crossing trousers cloth is pierced by and is electrically connected with the controller outwardly, and controller splendid attire is placed in controller bag, controls
Expect to pass through velcro adhesion between outer surface in the hip side of device bag and trousers cloth；
Controller includes rechargeable battery BAT, capacitor C1, resistance R1, diode D1, resistance R2, diode D2, diode D3, two
Pole pipe D4, resistance R3, resistance R4, switch control device BCR, triode BG1, variable resistance RP1, variable resistance RP2, can power transformation
Hinder the anode connection resistance R1 and electricity of RP3, capacitor C2, zener diode DW and time-base integrated circuit NE555, rechargeable battery BAT
The other end of one end of appearance C1, resistance R1 and capacitor C1 are connect with the cathode of the anode of diode D1, diode D3 respectively, two poles
Cathode connection one end of resistance R2 of pipe D1, the pin 4 of time-base integrated circuit NE555 and pin 8, triode BG1 emitter,
One end fixed point of variable resistance RP3, one end of capacitor C2 and zener diode DW cathode, resistance R2 the other end connection two
The anode of pole pipe D2, the pin 7 of the cathode connection time-base integrated circuit NE555 of diode D2, time-base integrated circuit NE555's draws
Foot 3 connects one end of resistance R3 and the anode of diode D4, and one end of the cathode connection resistance R4 of diode D4, resistance R4's is another
One end connects the cathode of rechargeable battery BAT, the cathode of the anode connection rechargeable battery BAT of diode D3, switch control device BCR
One end, the pin 1 of time-base integrated circuit NE555, one end fixed point of variable resistance RP2, the other end of variable resistance RP3 it is solid
Fixed point, the positive of the other end of capacitor C2, zener diode DW connect with the cathode of rechargeable battery BAT respectively, triode BG1's
Collector connects one end fixed point of variable resistance RP1, the other end fixed point connection variable resistance RP2's of variable resistance RP1
Other end fixed point, the pin 2 of the moving point connection time-base integrated circuit NE555 of variable resistance RP2, the work of variable resistance RP1
The pin 6 of dynamic point connection time-base integrated circuit NE555, the moving point connection time-base integrated circuit NE555's of variable resistance RP3 draws
One end receiving electrode connection of foot 5, the other end of the other end connection switch control device BCR of resistance R3, graphene heating film is opened
Close control device BCR and resistance R3, the anode of the other end receiving electrode connection rechargeable battery BAT of graphene heating film.
Further, it is provided with the USB interface connecting with graphene heating film on the controller, is corresponded on controller bag
USB interface is provided with jack, and graphene heating film passes through jack by USB joint and is plugged on realization and controller on USB interface
It is electrically connected, corresponds to switch control device BCR on controller bag and be provided with hollow hole, sealing is provided on the sack of controller bag
Cloth, sealing cloth are snapped on the outer bag face of controller bag by button.
Further, the housing is made of four sleeve fabrics, two panels predecessor cloth and a piece of back cloth, Qian Shenbu
Nano silver fibre radiation-proof cloth is sewed on the shirtfront region inner surface of material, is sewed and is received on the back region inner surface of back cloth
Rice silver fiber radiation-proof cloth, wherein the sewing of a piece of sleeve fabric connects on the arm mouth cloth edge of wherein a piece of predecessor's cloth, separately
A piece of sleeve fabric sewing is connected on the arm mouth cloth edge of another predecessor's cloth, between two panels predecessor cloth at collar splicing
Sewing connection, in addition two panels sleeve fabric sews respectively is connected on the two side arms mouth cloth edge of back cloth, stitches with back cloth
The contoured profile sewing of lateral edge sleeve fabric is connected with the interspersed set of heating film, the wheel of back cloth in the profile of the sleeve fabric connect
The contoured profile sewing of lateral edge back cloth is connected with the interspersed set of heating film in exterior feature, and it is interspersed that graphene heating film is interspersed in heating film
It puts on, in sleeve between the sleeve fabric on sleeve fabric and predecessor's distributing arm mouth cloth edge on back cloth two side arms mouth cloth edge
Connection is sewed at the splicing profile of cloth, between predecessor's cloth and back cloth below the shoulder contour line and arm mouth at splicing line
Sewing connection.
Further, the trousers are made of two panels trousers cloth and waist of trousers elastic band, and trousers cloth is located above knee
Nano silver fibre radiation-proof cloth is sewed on the inner surface in region, the wheel of lateral edge trousers cloth in the profile of the trousers cloth of rear side
Exterior feature distribution is stitched with the interspersed set of heating film, and graphene heating film is interspersed in that heating film is interspersed to be put on, between two panels trousers cloth
The sewing connection of its outer profile stitching portion, the sewing of waist of trousers elastic band are connected to the waist of trousers mouth that the sewing connection of two panels trousers cloth is formed
On.
A kind of manufacture craft of the warming school uniform of student's radiation protection intelligent heating, comprising the following steps:
S1, housing Cloth Cutting cut out four sleeve fabrics, two panels predecessor cloth and a piece of back cloth in advance；
S2, the sewing of housing nano silver fibre radiation-proof cloth, sew on the shirtfront region inner surface of two panels predecessor cloth respectively
Nano silver fibre radiation-proof cloth sews nano silver fibre radiation-proof cloth on the back region inner surface of back cloth；
S3, the sewing connection of housing sleeve fabric, by wherein a piece of sleeve fabric sewing connection in the arm of wherein a piece of predecessor's cloth
On mouth cloth edge, another sleeve fabric sewing is connected on the arm mouth cloth edge of another predecessor's cloth, in other two panels sleeve
The interspersed set of contoured profile sewing connection heating film of lateral edge sleeve fabric, the lateral edge in the profile of back cloth in the profile of cloth
The interspersed set of contoured profile sewing connection heating film of back cloth, other two panels sleeve fabric is sewed respectively and is connected to back cloth
On the two side arms mouth cloth edge of material；
S4, housing integrally sew, and connect sewing at collar splicing between two panels predecessor cloth, graphene heating film is interted
Intert on set in the heating film of the sleeve fabric and back cloth that are sewed up with back cloth, the power connection end of graphene heating film passes through
The wrist end charge level of the sleeve fabric sewed up with back cloth is pierced by outwardly, by the sleeve fabric on back cloth two side arms mouth cloth edge
Connection is sewed at the splicing profile of sleeve fabric between the sleeve fabric on predecessor's distributing arm mouth cloth edge, predecessor's cloth is with after
It carries on the back and sews connection, the wrist end charge level of controller bag and sleeve fabric between cloth below the shoulder contour line and arm mouth at splicing line
By velcro adhesion between outer surface, the power connection end of graphene heating film is connected to the control in controller bag by USB joint
On the USB interface of device processed；
S5, trousers Cloth Cutting, cut out two panels trousers cloth and waist of trousers elastic band in advance；
S6, the sewing of trousers nano silver fibre radiation-proof cloth, are located on the inner surface in region above knee in trousers cloth and sew
Nano silver fibre radiation-proof cloth, the contoured profile of lateral edge trousers cloth sews up heating film in the profile of the trousers cloth of rear side
Interspersed set, and graphene heating film is interspersed in heating film is interspersed to be put on, the power connection end of graphene heating film passes through the trousers of rear side
The hip side material of sub- cloth is pierced by outwardly；
S7, trousers integrally sew, and sew and connect in its outer profile stitching portion between two panels trousers cloth, the sewing of waist of trousers elastic band
Be connected on the waist of trousers mouth that the sewing connection of two panels trousers cloth is formed, the hip side of controller bag and trousers cloth material outer surface it
Between by velcro adhesion, the power connection end of graphene heating film is connected to the USB of the controller in controller bag by USB joint
On interface.
The invention has the following beneficial effects:
A kind of student's radiation protection intelligent heating of the present invention keeps warm school uniform, is sewed on the shirtfront of housing and back region inner surface
Nano silver fibre radiation-proof cloth, trousers, which are located on the inner surface in region above knee, is sewed with nano silver fibre Antiradiation protection cloth
The inside of material, housing is fixed with a continuous graphene heating film, graphite along the laying of the profile of back cloth and sleeve fabric
The wrist end charge level that the power connection end of alkene heating film passes through sleeve fabric is pierced by and is electrically connected with the controller outwardly, and controller, which contains, to be placed
In controller bag, pass through velcro adhesion, the inside of trousers between the wrist end charge level outer surface of controller bag and sleeve fabric
Profile laying along trousers cloth is fixed with a continuous graphene heating film, and the power connection end of graphene heating film passes through trousers
Cloth hip side material be pierced by and be electrically connected with the controller outwardly, controller splendid attire be placed in controller bag, controller bag and
Pass through velcro adhesion between the hip side material outer surface of trousers cloth；Have the function of that radiation protection and intelligent heating are warming, it can
It avoids student from contacting electromagenetic wave radiation too much and adverse effect is caused to body development, and the fever of graphene heating film can be passed through
Heating service is carried out, needs in addition to put on thicker sweater when avoiding being in school uniform in winter；At the same time, manufacture craft letter
List, production production cost are low.
Detailed description of the invention
Fig. 1 is a kind of overall structure diagram of the warming school uniform of student's radiation protection intelligent heating of the present invention；
Fig. 2 is a kind of enlarged structure schematic diagram of warming its controller bag of school uniform of student's radiation protection intelligent heating of the present invention；
Fig. 3 is a kind of composition schematic diagram of warming its controller of school uniform of student's radiation protection intelligent heating of the present invention；
Fig. 4 is that flow chart is sewed up in a kind of cutting of warming its housing of school uniform of student's radiation protection intelligent heating of the present invention；
Fig. 5 is that flow chart is sewed up in a kind of cutting of warming its trousers of school uniform of student's radiation protection intelligent heating of the present invention；
Fig. 6 is a kind of fabrication processing figure of the warming school uniform of student's radiation protection intelligent heating of the present invention.
In figure: 1, housing；2, trousers；3, nano silver fibre radiation-proof cloth；4, graphene heating film；5, controller bag；
6, controller；10, sleeve fabric；10a, wrist end charge level；11, predecessor's cloth；12, back cloth；20, trousers cloth；21, the waist of trousers
Elastic band；20a, hip side material；40, the interspersed set of heating film；41, USB joint；51, velcro；52, jack；53, hollow hole；
54, sack；55, cloth is sealed；56, button；61, USB interface.
Specific embodiment
With reference to the accompanying drawing and specific embodiment, the invention will be further described, in order to be more clearly understood that this
Invent claimed technical idea.
The warming school uniform of a kind of student's radiation protection intelligent heating of the present invention as shown in Figs. 1-5, including housing 1 and trousers 2, housing
Nano silver fibre radiation-proof cloth 3 is sewed on 1 shirtfront and back region inner surface, the inside of housing 1 is along back cloth 12
Profile laying with sleeve fabric 10 is fixed with a continuous graphene heating film 4, and the power connection end of graphene heating film 4 passes through
The wrist end charge level 10a of sleeve fabric 10 is pierced by outwardly and is electrically connected with controller 6, and the splendid attire of controller 6 is placed on controller bag 5
In, pass through 51 adhesion of velcro between the wrist end outer surface charge level 10a of controller bag 5 and sleeve fabric 10；Trousers 2 are located at knee
It is sewed with nano silver fibre radiation-proof cloth 3 on the inner surface of area above, the profile cloth of the inside of trousers 2 along trousers cloth 20
If being fixed with a continuous graphene heating film 4, the hip side that the power connection end of graphene heating film 4 passes through trousers cloth 20 is expected
20a is pierced by outwardly and is electrically connected with controller 6, and the splendid attire of controller 6 is placed in controller bag 5, controller bag 5 and trousers cloth
Pass through 51 adhesion of velcro between the 20 hip side material outer surface 20a；Controller 6 includes rechargeable battery BAT, capacitor C1, resistance
R1, diode D1, resistance R2, diode D2, diode D3, diode D4, resistance R3, resistance R4, switch control device BCR,
Triode BG1, variable resistance RP1, variable resistance RP2, variable resistance RP3, capacitor C2, zener diode DW and when basis set at electricity
One end of anode connection the resistance R1 and capacitor C1 of road NE555, rechargeable battery BAT, the other end difference of resistance R1 and capacitor C1
Connect with the cathode of the anode of diode D1, diode D3, one end of the cathode of diode D1 connection resistance R2, when basis set at electricity
One end of the pin 4 and pin 8 of road NE555, the emitter of triode BG1, one end fixed point of variable resistance RP3, capacitor C2
With the cathode of zener diode DW, the anode of the other end connection diode D2 of resistance R2, the base when cathode of diode D2 connects
The pin 7 of integrated circuit NE555, one end of the connection of the pin 3 resistance R3 of time-base integrated circuit NE555 and diode D4 are just
Pole, one end of the cathode connection resistance R4 of diode D4, the cathode of the other end connection rechargeable battery BAT of resistance R4, diode
The cathode of the anode connection rechargeable battery BAT of D3, one end of switch control device BCR, time-base integrated circuit NE555 pin 1,
One end fixed point, the other end fixed point of variable resistance RP3, the other end of capacitor C2, the zener diode DW of variable resistance RP2
Anode connect respectively with the cathode of rechargeable battery BAT, one end that the collector of triode BG1 connects variable resistance RP1 is fixed
Point, the other end fixed point of the other end fixed point connection variable resistance RP2 of variable resistance RP1, the moving point of variable resistance RP2
The pin 2 of time-base integrated circuit NE555 is connected, the moving point of variable resistance RP1 connects the pin 6 of time-base integrated circuit NE555,
The pin 5 of the moving point connection time-base integrated circuit NE555 of variable resistance RP3, the other end connection switch controller of resistance R3
The other end of part BCR, one end receiving electrode the connection switch control device BCR and resistance R3 of graphene heating film 4, graphene fever
The anode of the other end receiving electrode connection rechargeable battery BAT of film 4.
Wherein, it is provided with the USB interface 61 connecting with graphene heating film 4 on controller 6, corresponds to USB on controller bag 5
Interface 61 is provided with jack 52, and graphene heating film 4 is plugged on USB interface 61 across jack 52 by USB joint 41 and is realized
It is electrically connected with controller 6, switch control device BCR is corresponded on controller bag 5 and is provided with hollow hole 53, the sack of controller bag 5
Sealing cloth 55 is provided on 54, sealing cloth 55 is snapped on the outer bag face of controller bag 5 by button 56.
Housing 1 is made of four sleeve fabrics 10, two panels predecessor cloth 11 and a piece of back cloth 12, predecessor's cloth 11
Nano silver fibre radiation-proof cloth 3 is sewed on the inner surface of shirtfront region, is sewed and is received on the back region inner surface of back cloth 12
Rice silver fiber radiation-proof cloth 3, wherein arm mouth cloth edge of the sewing of a piece of sleeve fabric 10 connection in wherein a piece of predecessor's cloth 11
On, another sewing of sleeve fabric 10 is connected on the arm mouth cloth edge of another predecessor's cloth 11, between two panels predecessor cloth 11
Connection is sewed at collar splicing, in addition two panels sleeve fabric 10 sews the two side arms mouth cloth edge for being connected to back cloth 12 respectively
On, the contoured profile sewing of lateral edge sleeve fabric 10 is connected with fever in the profile of the sleeve fabric 10 sewed up with back cloth 12
Film is interspersed to cover 40, and the contoured profile sewing of lateral edge back cloth 12 is connected with the interspersed set of heating film in the profile of back cloth 12
40, graphene heating film 4 is interspersed on the interspersed set 40 of heating film, 10 He of sleeve fabric on 12 two side arms mouth cloth edge of back cloth
Connection, predecessor's cloth are sewed between sleeve fabric 10 on 11 arm mouth cloth edge of predecessor's cloth at the splicing profile of sleeve fabric 10
Sew connection between 11 and back cloth 12 below the shoulder contour line and arm mouth at splicing line.
Trousers 2 are made of two panels trousers cloth 20 and waist of trousers elastic band 21, and trousers cloth 20 is positioned at region above knee
Nano silver fibre radiation-proof cloth 3 is sewed on inner surface, the wheel of lateral edge trousers cloth 20 in the profile of the trousers cloth 20 of rear side
Exterior feature distribution is stitched with the interspersed set 40 of heating film, and graphene heating film 4 is interspersed on the interspersed set 40 of heating film, two panels trousers cloth 20
Between its outer profile stitching portion sew connect, waist of trousers elastic band 21 sewing is connected to two panels trousers cloth 20 sewing connection formed
Waist of trousers mouth on.
A kind of manufacture craft of the warming school uniform of student's radiation protection intelligent heating of the present invention, as Figure 4-Figure 6, including following step
It is rapid:
S1, housing Cloth Cutting cut out four sleeve fabrics 10, two panels predecessor cloth 11 and a piece of back cloth 12 in advance；
S2, the sewing of housing nano silver fibre radiation-proof cloth, are stitched on the shirtfront region inner surface of two panels predecessor cloth 11 respectively
Nano silver fibre radiation-proof cloth 3 processed sews nano silver fibre Antiradiation protection cloth on the back region inner surface of back cloth 12
Material 3；
S3, the sewing connection of housing sleeve fabric wherein a piece of sewing of sleeve fabric 10 will connect a piece of predecessor's cloth 11 wherein
Arm mouth cloth edge on, the sewing of another sleeve fabric 10 is connected on the arm mouth cloth edge of another predecessor's cloth 11, in addition
The interspersed set 40 of contoured profile sewing connection heating film of lateral edge sleeve fabric 10 in the profile of two panels sleeve fabric 10, in back cloth
The interspersed set 40 of contoured profile sewing connection heating film of lateral edge back cloth 12 in the profile of material 12, by other two panels sleeve fabric
10 respectively sewing be connected on the two side arms mouth cloth edge of back cloth 12；
S4, housing integrally sew, and connect sewing at collar splicing between two panels predecessor cloth 11, by graphene heating film 4
It is interspersed on the interspersed set 40 of heating film of the sleeve fabric 10 and back cloth 12 that are sewed up with back cloth 12, graphene heating film
The wrist end charge level 10a that 4 power connection end passes through the sleeve fabric 10 sewed up with back cloth 12 is pierced by outwardly, by 12 liang of back cloth
In sleeve fabric 10 between sleeve fabric 10 on 11 arm mouth cloth edge of sleeve fabric 10 on side arm mouth cloth edge and predecessor's cloth
Splice and sew connection at profile, is stitched at splicing line below the shoulder contour line and arm mouth between predecessor's cloth 11 and back cloth 12
System connection passes through 51 adhesion of velcro, graphene hair between controller bag 5 and the wrist end outer surface charge level 10a of sleeve fabric 10
The power connection end of hotting mask 4 is connected on the USB interface 61 of the controller 6 in controller bag 5 by USB joint 41；
S5, trousers Cloth Cutting cut out two panels trousers cloth 20 and waist of trousers elastic band 21 in advance；
S6, the sewing of trousers nano silver fibre radiation-proof cloth, are located on the inner surface in region above knee in trousers cloth 20 and stitch
Nano silver fibre radiation-proof cloth 3 processed, the contoured profile seam of lateral edge trousers cloth 20 in the profile of the trousers cloth 20 of rear side
The interspersed set 40 of sending and receiving hotting mask, and graphene heating film 4 is interspersed on the interspersed set 40 of heating film, graphene heating film 4 connects electricity
The hip side material 20a of the trousers cloth 20 across rear side is held to be pierced by outwardly；
S7, trousers integrally sew, and sew and connect in its outer profile stitching portion between two panels trousers cloth 20, waist of trousers elastic band 21
Sewing is connected on the waist of trousers mouth that the sewing connection of two panels trousers cloth 20 is formed, the hip side of controller bag 5 and trousers cloth 20
Expect that, by 51 adhesion of velcro between the outer surface 20a, the power connection end of graphene heating film 4 is connected to control by USB joint 41
On the USB interface 61 of controller 6 in device bag 5.
A kind of student's radiation protection intelligent heating of the present invention keeps warm school uniform, on the shirtfront of housing 1 and back region inner surface
It is sewed with nano silver fibre radiation-proof cloth 3, it is anti-that trousers 2 are sewed with nano silver fibre on the inner surface in region above knee
Cloth 3 is radiated, the inside of housing 1 is fixed with a continuous graphene along the laying of the profile of back cloth 12 and sleeve fabric 10
Heating film 4, the wrist end charge level 10a that the power connection end of graphene heating film 4 passes through sleeve fabric 10 be pierced by outwardly and with 6 electricity of controller
Connection, the splendid attire of controller 6 are placed in controller bag 5, the wrist end outer surface charge level 10a of controller bag 5 and sleeve fabric 10 it
Between by 51 adhesion of velcro, the inside of trousers 2 is fixed with a continuous graphene along the profile laying of trousers cloth 20 and sends out
Hotting mask 4, the hip side material 20a that the power connection end of graphene heating film 4 passes through trousers cloth 20 are pierced by outwardly and are electrically connected with controller 6
It connects, the splendid attire of controller 6 is placed in controller bag 5, between the hip side material outer surface 20a of controller bag 5 and trousers cloth 20
Pass through 51 adhesion of velcro；Have the function of that radiation protection and intelligent heating are warming, can avoid student and contact electromagnetism amplitude too much
It penetrates and adverse effect is caused to body development, and heating service can be carried out by the fever of graphene heating film 4, avoid wearing in winter
School uniform when need in addition to put on thicker sweater；At the same time, manufacture craft is simple, production production cost is low.
For those skilled in the art, it can make other each according to the above description of the technical scheme and ideas
Kind is corresponding to be changed and deforms, and all these change and deform the protection model that all should belong to the claims in the present invention
Within enclosing.
Claims (5)
- The school uniform 1. a kind of student's radiation protection intelligent heating keeps warm, including housing (1) and trousers (2), it is characterised in that: the housing (1) it is sewed with nano silver fibre radiation-proof cloth (3) on shirtfront and back region inner surface, the inside of housing (1) is along back The laying of the profile of cloth (12) and sleeve fabric (10) is fixed with a continuous graphene heating film (4), graphene heating film (4) wrist end charge level (10a) that power connection end passes through sleeve fabric (10) is pierced by outwardly and is electrically connected with controller (6), controller (6) it contains and is placed in controller bag (5), between outer surface wrist end charge level (10a) of controller bag (5) and sleeve fabric (10) Pass through velcro (51) adhesion；Trousers (2), which are located on the inner surface in region above knee, is sewed with nano silver fibre Antiradiation protection cloth Expect (3), the inside of trousers (2) is fixed with a continuous graphene heating film (4), stone along the profile laying of trousers cloth (20) The hip side material (20a) that the power connection end of black alkene heating film (4) passes through trousers cloth (20) is pierced by outwardly and is electrically connected with controller (6) It connects, controller (6) splendid attire is placed in controller bag (5), and (20a) is expected in the hip side of controller bag (5) and trousers cloth (20) Pass through velcro (51) adhesion between outer surface；Controller (6) include rechargeable battery BAT, capacitor C1, resistance R1, diode D1, resistance R2, diode D2, diode D3, Diode D4, it resistance R3, resistance R4, switch control device BCR, triode BG1, variable resistance RP1, variable resistance RP2, can be changed Resistance RP3, capacitor C2, zener diode DW and time-base integrated circuit NE555, rechargeable battery BAT anode connection resistance R1 and The other end of one end of capacitor C1, resistance R1 and capacitor C1 are connect with the cathode of the anode of diode D1, diode D3 respectively, and two The transmitting of one end, the pin 4 and pin 8, triode BG1 of time-base integrated circuit NE555 of the cathode connection resistance R2 of pole pipe D1 Pole, one end fixed point of variable resistance RP3, one end of capacitor C2 and zener diode DW cathode, the other end of resistance R2 connects Meet the anode of diode D2, the pin 7 of the cathode connection time-base integrated circuit NE555 of diode D2, time-base integrated circuit NE555 Pin 3 connect resistance R3 one end and diode D4 anode, diode D4 cathode connection resistance R4 one end, resistance R4 The other end connection rechargeable battery BAT cathode, diode D3 anode connection rechargeable battery BAT cathode, switch controller One end of part BCR, the pin 1 of time-base integrated circuit NE555, one end fixed point of variable resistance RP2, variable resistance RP3 it is another One end fixed point, the other end of capacitor C2, the positive of zener diode DW connect with the cathode of rechargeable battery BAT respectively, three poles One end fixed point of the collector connection variable resistance RP1 of pipe BG1, the other end fixed point connection of variable resistance RP1 can power transformation Hinder the other end fixed point of RP2, the pin 2 of the moving point connection time-base integrated circuit NE555 of variable resistance RP2, variable resistance The pin 6 of the moving point connection time-base integrated circuit NE555 of RP1, the moving point of variable resistance RP3 connect time-base integrated circuit The pin 5 of NE555, the other end of the other end connection switch control device BCR of resistance R3, one end of graphene heating film (4) The other end receiving electrode of receiving electrode connection switch control device BCR and resistance R3, graphene heating film (4) connect rechargeable battery The anode of BAT.
- The school uniform 2. a kind of student's radiation protection intelligent heating as described in claim 1 keeps warm, it is characterised in that: the controller (6) it is provided with the USB interface (61) connecting with graphene heating film (4) on, corresponds to USB interface (61) on controller bag (5) and sets It is equipped with jack (52), graphene heating film (4) passes through jack (52) by USB joint (41) and is plugged on USB interface (61) in fact It is now electrically connected with controller (6), switch control device BCR is corresponded on controller bag (5) and is provided with hollow hole (53), controller bag (5) sealing cloth (55) is provided on sack (54), sealing cloth (55) snaps onto the outer bag of controller bag (5) by button (56) On face.
- The school uniform 3. a kind of student's radiation protection intelligent heating as described in claim 1 keeps warm, it is characterised in that: the housing (1) It is made of four sleeve fabrics (10), two panels predecessor cloth (11) and a piece of back cloth (12), the shirtfront of predecessor's cloth (11) Nano silver fibre radiation-proof cloth (3) are sewed on the inner surface of region, sews and receives on the back region inner surface of back cloth (12) Rice silver fiber radiation-proof cloth (3), wherein a piece of sleeve fabric (10) sewing connects the arm of a piece of predecessor's cloth (11) wherein On mouth cloth edge, another sleeve fabric (10) sewing is connected on the arm mouth cloth edge of another predecessor's cloth (11), two panels predecessor Connection is sewed between cloth (11) at collar splicing, in addition two panels sleeve fabric (10) sews be connected to back cloth respectively (12) on two side arms mouth cloth edge, lateral edge sleeve fabric (10) in the profile of the sleeve fabric (10) sewed up with back cloth (12) Contoured profile sewing be connected with the interspersed set (40) of heating film, the wheel of lateral edge back cloth (12) in the profile of back cloth (12) Exterior feature distribution sewing is connected with the interspersed set (40) of heating film, and graphene heating film (4) is interspersed on the interspersed set (40) of heating film, back The sleeve fabric (10) on sleeve fabric (10) and predecessor's cloth (11) arm mouth cloth edge on cloth (12) two side arms mouth cloth edge it Between at the splicing profile of sleeve fabric (10) sew connection, in shoulder contour between predecessor's cloth (11) and back cloth (12) Connection is sewed at splicing line below line and arm mouth.
- The school uniform 4. a kind of student's radiation protection intelligent heating as described in claim 1 keeps warm, it is characterised in that: the trousers (2) It is made of two panels trousers cloth (20) and waist of trousers elastic band (21), trousers cloth (20) is located on the inner surface in region above knee It sews nano silver fibre radiation-proof cloth (3), the profile of lateral edge trousers cloth (20) in the profile of the trousers cloth (20) of rear side Distribution is stitched with the interspersed set (40) of heating film, and graphene heating film (4) is interspersed on the interspersed set (40) of heating film, two panels trousers cloth Expect to sew between (20) in its outer profile stitching portion and connect, waist of trousers elastic band (21) sewing is connected to two panels trousers cloth (20) seam On the waist of trousers mouth that system connection is formed.
- The manufacture craft of school uniform 5. a kind of student's radiation protection intelligent heating keeps warm, comprising the following steps:S1, housing Cloth Cutting cut out four sleeve fabrics (10), two panels predecessor cloth (11) and a piece of back cloth in advance (12)；S2, the sewing of housing nano silver fibre radiation-proof cloth, respectively on the shirtfront region inner surface of two panels predecessor cloth (11) It sews nano silver fibre radiation-proof cloth (3), it is anti-that nano silver fibre is sewed on the back region inner surface of back cloth (12) It radiates cloth (3)；S3, the sewing connection of housing sleeve fabric wherein a piece of sleeve fabric (10) sewing will connect a piece of predecessor's cloth wherein (11) on arm mouth cloth edge, another sleeve fabric (10) sewing is connected to the arm mouth cloth edge of another predecessor's cloth (11) On, the contoured profile sewing connection heating film of lateral edge sleeve fabric (10) is interspersed in the profile of other two panels sleeve fabric (10) It covers (40), the interspersed set of contoured profile sewing connection heating film of lateral edge back cloth (12) in the profile of back cloth (12) (40), other two panels sleeve fabric (10) is sewed respectively on the two side arms mouth cloth edge for being connected to back cloth (12)；S4, housing integrally sew, and connect sewing at collar splicing between two panels predecessor cloth (11), by graphene heating film (4) it is interspersed on the interspersed set (40) of heating film of the sleeve fabric (10) and back cloth (12) that are sewed up with back cloth (12), The power connection end of graphene heating film (4) passes through wrist end charge level (10a) court of the sleeve fabric (10) sewed up with back cloth (12) It is pierced by outside, by the sleeve on the sleeve fabric (10) and predecessor's cloth (11) arm mouth cloth edge on back cloth (12) two side arms mouth cloth edge Sew connection between sub- cloth (10) at the splicing profile of sleeve fabric (10), predecessor's cloth (11) and back cloth (12) it Between connection, the wrist end charge level of controller bag (5) and sleeve fabric (10) are sewed below the shoulder contour line and arm mouth at splicing line By velcro (51) adhesion between the outer surface (10a), the power connection end of graphene heating film (4) is connected by USB joint (41) On the USB interface (61) of the controller (6) in controller bag (5)；S5, trousers Cloth Cutting cut out two panels trousers cloth (20) and waist of trousers elastic band (21) in advance；S6, the sewing of trousers nano silver fibre radiation-proof cloth, are located on the inner surface in region above knee in trousers cloth (20) It sews nano silver fibre radiation-proof cloth (3), the wheel of lateral edge trousers cloth (20) in the profile of the trousers cloth (20) of rear side The interspersed set (40) of heating film is sewed up in exterior feature distribution, and graphene heating film (4) is interspersed on the interspersed set (40) of heating film, graphene The hip side material (20a) that the power connection end of heating film (4) passes through the trousers cloth (20) of rear side is pierced by outwardly；S7, trousers integrally sew, and sew and connect in its outer profile stitching portion between two panels trousers cloth (20), waist of trousers elastic band (21) sewing is connected on the waist of trousers mouth that two panels trousers cloth (20) sewing connection is formed, controller bag (5) and trousers cloth (20) by velcro (51) adhesion between hip side material outer surface (20a), the power connection end of graphene heating film (4) passes through USB joint (41) is connected on the USB interface (61) of the controller (6) in controller bag (5).
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| CN201910306863.4A CN109875148A (en) | 2019-04-17 | 2019-04-17 | A kind of student's radiation protection intelligent heating keeps warm school uniform and its manufacture craft |
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| CN201910306863.4A CN109875148A (en) | 2019-04-17 | 2019-04-17 | A kind of student's radiation protection intelligent heating keeps warm school uniform and its manufacture craft |
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Application publication date: 20190614 |