CN101904583B - A kind of portable air-conditioning system and manufacture thereof, using method - Google Patents
A kind of portable air-conditioning system and manufacture thereof, using method Download PDFInfo
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- CN101904583B CN101904583B CN201010255249.9A CN201010255249A CN101904583B CN 101904583 B CN101904583 B CN 101904583B CN 201010255249 A CN201010255249 A CN 201010255249A CN 101904583 B CN101904583 B CN 101904583B
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
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Abstract
The invention discloses a kind of portable air-conditioning system, comprise thermoregulating system and supply air system, wherein, thermoregulating system comprises energy-storage box and accumulation of energy agent reservoir bag further; Supply air system comprises leather belt head, air-supply arrangement and hollow air quantity conveyer belt further, and energy-storage box top is provided with energy-storage box seal cover, energy-storage box seal cover is provided with energy-storage box air inlet and heat-preserving hose; The side of air-supply arrangement is provided with lithium battery kit, and opposite side is provided with ajutage; The inside of hollow air quantity conveyer belt is provided with some metal supporting frames, and the side of hollow air quantity conveyer belt is provided with some air outlets; Be provided with energy-storage box built-in metal box in energy-storage box further, the outer wall coiling of energy-storage box built-in metal box is provided with spiral duct, and the inwall of energy-storage box is provided with heat-insulation layer further.Structure of the present invention is simple, and easy to use, beautiful and comfortable, good airproof performance, can freeze or heat, and really accomplishes the air conditioning that individual is carry-on.
Description
Technical field:
The present invention relates to air handling system technical field, be specifically related to a kind of portable air-conditioning system and manufacture thereof, using method.
Background technology:
At present, the generally use of air-conditioning system, bring comfortable and convenient, but this air-conditioning system is usually bulky, can only be arranged on the air conditioning of fixed position for fixed space to the work of people, life.And some special work crowds, because of the reason of its working environment, cannot be in the environment of air-conditioning system, as: the traveller climbed the mountain that climbs rocks, the soldier stood guard, police on duty, the workman of steel mill's smelting furnace, the driver etc. of the builder of outdoor work, the coal miner of underground work, lorry, because it is in working environment in natural environment or special, this environment cannot be installed again and arrange air-conditioning system.
For this situation, for the object takeed good care of labourer, there is personal carry-on air-supply arrangement on the market, as ' chain type ventilation waistband ' patent of invention of China Patent No. 2008201055001, it arranges fan box on waistband, and waistband adopts the chain regulating device of metal, utilizes fan box to blow to waistband, wind blows out from the air outlet hollow chain link, to reach the object of air-supply.But, the waistband of this structure, because it is metal structure, and the position of air-conditioning box is positioned at waistband side, causes discomfort to user; In addition, chain-type structure must cause its poor sealing, and fan box can only send natural wind, cannot accomplish real air conditioning.
In view of above-mentioned many disadvantages, in the urgent need to occurring that a kind of structure is simple, easy to use, beautiful and comfortable, good airproof performance, can freeze or heat, and really accomplishes the portable air-conditioning system of air conditioning.
Summary of the invention:
The object of the invention is to overcome the shortcoming existed in prior art, provide a kind of structure simple, easy to use, beautiful and comfortable, good airproof performance, can freeze or heat, and really accomplishes the portable air-conditioning system of air conditioning and manufacture thereof, using method.
To achieve these goals, the invention provides a kind of portable air-conditioning system, comprise thermoregulating system and supply air system, wherein, described thermoregulating system comprises energy-storage box and accumulation of energy agent reservoir bag further; Described supply air system comprises leather belt head, air-supply arrangement and hollow air quantity conveyer belt further, and described air-supply arrangement is anchored on the inside of described leather belt head.
Described energy-storage box top is provided with energy-storage box seal cover, and described energy-storage box seal cover is provided with energy-storage box air inlet and heat-preserving hose; The bottom of described air-supply arrangement is provided with air-supply arrangement air inlet further, and described air-supply arrangement air inlet is connected with plugging together between described heat-preserving hose.
The side of described air-supply arrangement is provided with lithium battery kit, and opposite side is provided with ajutage; The inside of described hollow air quantity conveyer belt is provided with some metal supporting frames, and the side of described hollow air quantity conveyer belt is provided with some air outlets; Be electrically connected between described lithium battery kit with described air-supply arrangement, be threaded between described air-supply arrangement with described ajutage; Described ajutage, described metal supporting frames, described air outlet are for forming air-out path.
The downside of described leather belt head is provided with USB charging inlet, and the upside of described leather belt head is provided with power switch, is provided with lithium battery in described lithium battery kit, described USB charging inlet, is electrically connected between described power switch with described lithium battery kit.
Be provided with energy-storage box built-in metal box in described energy-storage box further, the outer wall coiling of described energy-storage box built-in metal box is provided with spiral duct, and one end of spiral duct plugs together with energy-storage box air inlet and is connected, and the other end plugs together with heat-preserving hose and is connected; Be fastened and connected between described energy-storage box seal cover and described energy-storage box.
The inwall of described energy-storage box is provided with heat-insulation layer further, is provided with blowing agent in described energy-storage box, and described heat-insulation layer is benzene plate, polystyrol plastic foam plate, glass bead, any one in glue powder polyphenyl particle or polyurethane foam.
The link position of described leather belt head and described hollow air quantity conveyer belt is provided with fixed screw, described leather belt head is provided with slotting ring and eye-splice, described hollow air quantity conveyer belt is provided with some hollow air quantity conveyer belt buttonholes; Described hollow air quantity conveyer belt is through after described slotting ring, and described eye-splice plugs together with described hollow air quantity conveyer belt buttonhole and is connected.
Described accumulation of energy agent reservoir bag is positioned at the inside of described energy-storage box built-in metal box, and described accumulation of energy agent reservoir bag is provided with accumulation of energy agent reservoir bag draw ring, described air-supply arrangement is fan or vavuum pump.
Object to better implement the present invention, the invention also discloses a kind of manufacture method of portable air-conditioning system, wherein, comprises the steps:
A, be provided with some metal supporting frames by the middle of two-layer cortical material, make metal supporting frames that two-layer cortical material is supported the thickness of 5mm-8mm, after making to stick with glue and the method for making, obtained inside is the hollow air quantity conveyer belt of hollow, then some air outlets are set out with puncher in the side of hollow air quantity conveyer belt, make the inside of hollow air quantity conveyer belt and the natural environment gravity-flow ventilation of its outside
B, select metal material make leather belt head, leather belt head inside is fixedly installed air-supply arrangement, the side of air-supply arrangement arranges lithium battery kit, opposite side arranges ajutage, after ajutage and air-supply arrangement screw thread screw, after ajutage being inserted one end of hollow air quantity conveyer belt, and by hollow air quantity conveyer belt and leather belt head fixed screw fastening, make ajutage, metallic support, air outlet form air-out passage
Be provided with USB charging inlet on the downside of c, leather belt head, upside is provided with power switch; Be electrically connected between lithium battery kit, power switch, air-supply arrangement, USB charge port, now, namely the making of supply air system of the present invention is completed, after power-on switch mouth, natural wind can be sent into hollow air quantity conveyer belt hollow structure inside, natural wind is discharged along the air outlet of hollow air quantity conveyer belt
D, make thermoregulating system of the present invention, the inwall of energy-storage box arranges heat-insulation layer, heat-insulation layer is preferably benzene plate, energy-storage box built-in metal box is set in energy-storage box, the upper spiral duct of outer wall coiling of energy-storage box built-in metal box, accumulation of energy agent reservoir bag is put in the inside of energy-storage box built-in metal box, between energy-storage box and energy-storage box built-in metal box, region within the jurisdiction is filled with blowing agent, one end of spiral duct is connected to the energy-storage box air inlet on energy-storage box seal cover, the other end is connected to the heat-preserving hose on energy-storage box seal cover, now, namely the making of thermoregulating system of the present invention is completed,
E, by the lower openings of the air-supply arrangement on the leather belt head of step c, be set to air-supply arrangement air inlet, air-supply arrangement air inlet is plugged together with the heat-preserving hose of steps d and is connected, namely making of the present invention is completed, after power-on switch, under the effect of air-supply arrangement, hollow air quantity conveyer belt hollow structure inside produces negative pressure, extraneous air sucks by the spiral duct in vacuum suction energy-storage box, air is after energy-storage box, heat exchange is completed with accumulation of energy agent reservoir bag, air after heat exchange is sent into the hollow air quantity conveyer belt of hollow by air-supply arrangement, air outlet on hollow air quantity conveyer belt is discharged.
Object to better implement the present invention, the invention also discloses a kind of using method of portable air-conditioning system, wherein, comprises the steps:
(1) after hollow air quantity conveyer belt is passed slotting ring by user, eye-splice is plugged together with hollow air quantity conveyer belt buttonhole and is connected, make air outlet on hollow air quantity conveyer belt above human body, now power-on switch, lithium battery kit is powered to air-supply arrangement, air-supply arrangement rotates, suck natural wind and send into hollow air quantity conveyer belt inside along ajutage, natural wind is under the dynamic action of air-supply arrangement, air outlet on hollow air quantity conveyer belt is discharged, to human body with the environment of natural wind, and between coat and body surface, form natural ventilated environment
(2) heat-preserving hose on energy-storage box seal cover is inserted on the air-supply arrangement air inlet below leather belt head by user, now power-on switch, lithium battery kit is powered to air-supply arrangement, air-supply arrangement rotates, cause negative pressure, the energy-storage box air inlet of energy-storage box is made to suck air from natural environment, air is through the spiral duct of energy-storage box inside, heat exchange is completed with the accumulation of energy agent reservoir bag of energy-storage box built-in metal box inside, air after heat exchange is along heat-preserving hose, air-supply arrangement, it is inner that ajutage enters hollow air quantity conveyer belt, then the air outlet on hollow air quantity conveyer belt is discharged, to human body with the environment after temperature adjustment.
Outstanding advantages of the present invention is: structure is simple, and easy to use, beautiful and comfortable, good airproof performance, can freeze or heat, and really accomplishes the air conditioning that individual is carry-on.Specific as follows:
1, the present invention is provided with supply air system and thermoregulating system, and supply air system comprises hollow air quantity conveyer belt, leather belt head and air-supply arrangement, and all component set are in leather belt head, and supply air system can complete the air-supply of natural wind.Thermoregulating system is Portable energy-storage box, size is as thermos cup, it is built with accumulation of energy agent reservoir bag, after accumulation of energy agent reservoir bag is heated in refrigerator freezing or micro-wave oven, be placed in energy-storage box built-in metal box, be connected with supply air system by thermoregulating system and namely complete the present invention, structure is simple, easy to use.
2, critical piece is integrated in leather belt head, beautiful and comfortable, and supply air system main material is cortex or other flexible material, by its bonding after and make, good airproof performance, supply air system can be used alone, also can combinationally use with thermoregulating system, thermoregulating system and supply air system can freely be dismantled or combine, and are convenient for carrying, and thermoregulating system can freeze or heat, be applicable to various work crowd and use.
Accompanying drawing illustrates:
Fig. 1 is schematic diagram of the present invention.
Accompanying drawing identifies:
1. power switch 2. power line 3. air-supply arrangement
4. leather belt head 5. ajutage 6. air outlet
7. hollow air quantity conveyer belt 8. metal supporting frames 9. hollow air quantity conveyer belt buttonhole
10. heat-preserving hose 11. energy-storage box seal cover 12. heat-insulation layer
13. blowing agent 14. spiral duct 15. energy-storage box built-in metal boxes
16. accumulation of energy agent reservoir bag 17. energy-storage box 18. accumulation of energy agent reservoir bag draw rings
19. energy-storage box air inlet 20. fixed screw 21. slotting rings
22. air-supply arrangement air inlet 23.USB charging inlet 24. lithium battery kits
25. eye-splices
Detailed description of the invention:
Below in conjunction with accompanying drawing, the present invention will be described.
As shown in Figure 1, Fig. 1 is schematic diagram of the present invention.Wherein, wherein, comprise thermoregulating system and supply air system, thermoregulating system comprises energy-storage box 17 and accumulation of energy agent reservoir bag 16 further; Supply air system comprises leather belt head 4, air-supply arrangement 3 and hollow air quantity conveyer belt 7 further, and air-supply arrangement 3 is anchored on the inside of leather belt head 4.Energy-storage box 17 top is provided with energy-storage box seal cover 11, energy-storage box seal cover 11 is provided with energy-storage box air inlet 19 and heat-preserving hose 10; The bottom of air-supply arrangement 3 is provided with air-supply arrangement air inlet 19 further, plugs together and be connected between air-supply arrangement air inlet 19 with heat-preserving hose 10.The side of air-supply arrangement 3 is provided with lithium battery kit 24, and opposite side is provided with ajutage 5; The inside of hollow air quantity conveyer belt 7 is provided with some metal supporting frames 8, and the side of hollow air quantity conveyer belt 7 is provided with some air outlets 6; Be electrically connected between lithium battery kit 24 with air-supply arrangement 3, be threaded between air-supply arrangement 3 with ajutage 5; Ajutage 5, metal supporting frames 8, air outlet 6 and hollow air quantity conveyer belt 7 are for forming air-out path.The downside of leather belt head 4 is provided with USB charging inlet 23, and the upside of leather belt head 4 is provided with power switch 1, is provided with lithium battery in lithium battery kit 24, USB charging inlet 23, is electrically connected between power switch 1 with lithium battery kit 24.Be provided with energy-storage box built-in metal box 15 in energy-storage box 17 further, the outer wall coiling of energy-storage box built-in metal box 15 is provided with spiral duct 14, and one end of spiral duct 14 plugs together with energy-storage box air inlet 19 and is connected, and the other end plugs together with heat-preserving hose 10 and is connected; Be fastened and connected between energy-storage box seal cover 11 and energy-storage box 17.The inwall of energy-storage box 17 is provided with heat-insulation layer 12 further, is provided with blowing agent 13 in energy-storage box 17, and heat-insulation layer 12 is benzene plate, polystyrol plastic foam plate, glass bead, any one in glue powder polyphenyl particle or polyurethane foam.Leather belt head 4 is provided with fixed screw 20 with the link position of hollow air quantity conveyer belt 7, leather belt head 4 is provided with slotting ring 21 and eye-splice 25, hollow air quantity conveyer belt 7 is provided with some hollow air quantity conveyer belt buttonholes 9; Hollow air quantity conveyer belt 7 is through after slotting ring 21, and eye-splice 25 plugs together with hollow air quantity conveyer belt buttonhole 9 and is connected.Accumulation of energy agent reservoir bag 16 is positioned at the inside of energy-storage box built-in metal box 15, and accumulation of energy agent reservoir bag 16 is provided with accumulation of energy agent reservoir bag draw ring 18, air-supply arrangement 3 is fan or vavuum pump.Accumulation of energy agent reservoir bag 16 of the present invention is built with gel accumulation of energy agent, and accumulation of energy agent market is on sale, can be placed in the cold or heat accumulation of storage in refrigerator or micro-wave oven.
Manufacture method of the present invention, comprises the steps:
A, be provided with some metal supporting frames by the middle of two-layer cortical material, make metal supporting frames that two-layer cortical material is supported the thickness of 5mm-8mm, after making to stick with glue and the method for making, obtained inside is the hollow air quantity conveyer belt of hollow, then some air outlets are set out with puncher in the side of hollow air quantity conveyer belt, make the inside of hollow air quantity conveyer belt and the natural environment gravity-flow ventilation of its outside
B, select metal material make leather belt head, leather belt head inside is fixedly installed air-supply arrangement, the side of air-supply arrangement arranges lithium battery kit, opposite side arranges ajutage, after ajutage and air-supply arrangement screw thread screw, after ajutage being inserted one end of hollow air quantity conveyer belt, and by hollow air quantity conveyer belt and leather belt head fixed screw fastening, make ajutage, metallic support, air outlet form air-out passage
Be provided with USB charging inlet on the downside of c, leather belt head, upside is provided with power switch; Be electrically connected between lithium battery kit, power switch, air-supply arrangement, USB charge port, now, namely the making of supply air system of the present invention is completed, after power-on switch mouth, natural wind can be sent into hollow air quantity conveyer belt hollow structure inside, natural wind is discharged along the air outlet of hollow air quantity conveyer belt
D, make thermoregulating system of the present invention, the inwall of energy-storage box arranges heat-insulation layer, heat-insulation layer is preferably benzene plate, energy-storage box built-in metal box is set in energy-storage box, the upper spiral duct of outer wall coiling of energy-storage box built-in metal box, accumulation of energy agent reservoir bag is put in the inside of energy-storage box built-in metal box, between energy-storage box and energy-storage box built-in metal box, region within the jurisdiction is filled with blowing agent, one end of spiral duct is connected to the energy-storage box air inlet on energy-storage box seal cover, the other end is connected to the heat-preserving hose on energy-storage box seal cover, now, namely the making of thermoregulating system of the present invention is completed,
E, by the lower openings of the air-supply arrangement on the leather belt head of step c, be set to air-supply arrangement air inlet, air-supply arrangement air inlet is plugged together with the heat-preserving hose of steps d and is connected, namely making of the present invention is completed, after power-on switch, under the effect of air-supply arrangement, hollow air quantity conveyer belt hollow structure inside produces negative pressure, extraneous air sucks by the spiral duct in vacuum suction energy-storage box, air is after energy-storage box, heat exchange is completed with accumulation of energy agent reservoir bag, air after heat exchange is sent into the hollow air quantity conveyer belt of hollow by air-supply arrangement, air outlet on hollow air quantity conveyer belt is discharged.
Using method of the present invention, comprises the steps:
(1) after hollow air quantity conveyer belt is passed slotting ring by user, eye-splice is plugged together with hollow air quantity conveyer belt buttonhole and is connected, make air outlet on hollow air quantity conveyer belt above human body, now power-on switch, lithium battery kit is powered to air-supply arrangement, air-supply arrangement rotates, suck natural wind and send into hollow air quantity conveyer belt inside along ajutage, natural wind is under the dynamic action of air-supply arrangement, air outlet on hollow air quantity conveyer belt is discharged, to human body with the environment of natural wind, and between coat and body surface, form natural ventilated environment.
(2) heat-preserving hose on energy-storage box seal cover is inserted on the air-supply arrangement air inlet below leather belt head by user, now power-on switch, lithium battery kit is powered to air-supply arrangement, air-supply arrangement rotates, cause negative pressure, the energy-storage box air inlet of energy-storage box is made to suck air from natural environment, air is through the spiral duct of energy-storage box inside, heat exchange is completed with the accumulation of energy agent reservoir bag of energy-storage box built-in metal box inside, air after heat exchange is along heat-preserving hose, air-supply arrangement, it is inner that ajutage enters hollow air quantity conveyer belt, then the air outlet on hollow air quantity conveyer belt is discharged, to human body with the environment after temperature adjustment.
The present invention is provided with supply air system and thermoregulating system, and supply air system comprises hollow air quantity conveyer belt, leather belt head and air-supply arrangement, and all component set are in leather belt head, and supply air system can complete the air-supply of natural wind.Thermoregulating system is Portable energy-storage box, and size is as thermos cup or box of mobile telephone, and it is built with accumulation of energy agent reservoir bag, by accumulation of energy agent reservoir bag after refrigerator freezing, be placed in energy-storage box built-in metal box, thermoregulating system be connected with supply air system and namely complete the present invention, structure is simple, easy to use.Critical piece of the present invention is integrated in leather belt head, beautiful and comfortable, and supply air system main material is made after to be cortex or other flexible material bonding, good airproof performance, supply air system can be used alone, and also can combinationally use with thermoregulating system, and thermoregulating system and supply air system can freely be dismantled or combine, be convenient for carrying, and thermoregulating system can freeze or heat.
The present invention is applicable to various work crowd and uses, not only be applicable to general public, and applicable specific group as: climb rocks the traveller climbed the mountain, the soldier that stands guard, police on duty, the workman of steel mill's smelting furnace, the driver etc. of the builder of outdoor work, the coal miner of underground work, lorry.Energy-storage box in the course of the work, can be placed in knapsack, pocket or hiddenly be fixed on leg by these people, and supply air system of the present invention (waistband) part is lain in loins.Heat-preserving hose is plugged together with air-supply arrangement air inlet and is connected, the air of heat exchange can be discharged along air outlet, form gentle breeze environment, the wind of discharge by the clothes of user and skin isolated, user is in comfortable temperature.Its outstanding advantages is that structure is simple, and easy to use, beautiful and comfortable, good airproof performance, can freeze or heat, and really accomplishes the air conditioning that individual is carry-on.。In addition, due to a large amount of uses of air-conditioning, cause the energy to consume in a large number, cold-producing medium pollution problem, as this device is widely used, a large amount of energy will be saved, reduce the use amount of air-conditioning, create the environment of energy-conserving and environment-protective more.
Claims (2)
1. a portable air-conditioning system, comprises thermoregulating system and supply air system, and described thermoregulating system comprises energy-storage box and accumulation of energy agent reservoir bag; Described supply air system comprises leather belt head, air-supply arrangement and hollow air quantity conveyer belt, and described air-supply arrangement is anchored on the inside of described leather belt head; Described energy-storage box top is provided with energy-storage box seal cover, and described energy-storage box seal cover is provided with energy-storage box air inlet and heat-preserving hose; The bottom of described air-supply arrangement is provided with air-supply arrangement air inlet further, and described air-supply arrangement air inlet is connected with plugging together between described heat-preserving hose; The side of described air-supply arrangement is provided with lithium battery kit, and opposite side is provided with ajutage; The downside of described leather belt head is provided with USB charging inlet, and the upside of described leather belt head is provided with power switch, is provided with lithium battery in described lithium battery kit, described USB charging inlet, is electrically connected between described power switch with described lithium battery kit; The link position of described leather belt head and described hollow air quantity conveyer belt is provided with fixed screw, described leather belt head is provided with slotting ring and eye-splice, described hollow air quantity conveyer belt is provided with some hollow air quantity conveyer belt buttonholes; Described hollow air quantity conveyer belt is through after described slotting ring, and described eye-splice plugs together with described hollow air quantity conveyer belt buttonhole and is connected; Described air-supply arrangement is fan or vavuum pump, it is characterized in that, the inside of described hollow air quantity conveyer belt is provided with some metal supporting frames, two-layer cortical material is supported the thickness of 5mm-8mm by metal supporting frames, after making to stick with glue and the method for making, obtained inside is the hollow air quantity conveyer belt of hollow, and the side of described hollow air quantity conveyer belt is provided with some air outlets; Be electrically connected between described lithium battery kit with described air-supply arrangement, be threaded between described air-supply arrangement with described ajutage; Described ajutage, described metal supporting frames, described air outlet are for forming air-out path;
Be provided with energy-storage box built-in metal box in described energy-storage box further, the outer wall coiling of described energy-storage box built-in metal box is provided with spiral duct, and one end of spiral duct plugs together with energy-storage box air inlet and is connected, and the other end plugs together with heat-preserving hose and is connected; Be fastened and connected between described energy-storage box seal cover and described energy-storage box;
The inwall of described energy-storage box is provided with heat-insulation layer further, is provided with blowing agent in described energy-storage box, and described heat-insulation layer is benzene plate;
Described accumulation of energy agent reservoir bag is positioned at the inside of described energy-storage box built-in metal box, described accumulation of energy agent reservoir bag is provided with accumulation of energy agent reservoir bag draw ring.
2. a manufacture method for portable air-conditioning system as claimed in claim 1, is characterized in that, comprise the steps:
A, be provided with some metal supporting frames by the middle of two-layer cortical material, make metal supporting frames that two-layer cortical material is supported the thickness of 5mm-8mm, after making to stick with glue and the method for making, obtained inside is the hollow air quantity conveyer belt of hollow, then some air outlets are set out with puncher in the side of hollow air quantity conveyer belt, make the inside of hollow air quantity conveyer belt and the natural environment gravity-flow ventilation of its outside
B, select metal material make leather belt head, leather belt head inside is fixedly installed air-supply arrangement, the side of air-supply arrangement arranges lithium battery kit, opposite side arranges ajutage, after ajutage and air-supply arrangement screw thread screw, after ajutage being inserted one end of hollow air quantity conveyer belt, and by hollow air quantity conveyer belt and leather belt head fixed screw fastening, make ajutage, metallic support, air outlet form air-out passage
Be provided with USB charging inlet on the downside of c, leather belt head, upside is provided with power switch; Be electrically connected between lithium battery kit, power switch, air-supply arrangement, USB charge port, now, namely the making of supply air system of the present invention is completed, after power-on switch mouth, natural wind can be sent into hollow air quantity conveyer belt hollow structure inside, natural wind is discharged along the air outlet of hollow air quantity conveyer belt
D, make thermoregulating system of the present invention, the inwall of energy-storage box arranges heat-insulation layer, heat-insulation layer is preferably benzene plate, energy-storage box built-in metal box is set in energy-storage box, the upper spiral duct of outer wall coiling of energy-storage box built-in metal box, accumulation of energy agent reservoir bag is put in the inside of energy-storage box built-in metal box, between energy-storage box and energy-storage box built-in metal box, region within the jurisdiction is filled with blowing agent, one end of spiral duct is connected to the energy-storage box air inlet on energy-storage box seal cover, the other end is connected to the heat-preserving hose on energy-storage box seal cover, now, namely the making of thermoregulating system of the present invention is completed,
E, by the lower openings of the air-supply arrangement on the leather belt head of step c, be set to air-supply arrangement air inlet, air-supply arrangement air inlet is plugged together with the heat-preserving hose of steps d and is connected, namely making of the present invention is completed, after power-on switch, under the effect of air-supply arrangement, hollow air quantity conveyer belt hollow structure inside produces negative pressure, extraneous air sucks by the spiral duct in vacuum suction energy-storage box, air is after energy-storage box, heat exchange is completed with accumulation of energy agent reservoir bag, air after heat exchange is sent into the hollow air quantity conveyer belt of hollow by air-supply arrangement, air outlet on hollow air quantity conveyer belt is discharged.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010255249.9A CN101904583B (en) | 2010-08-09 | 2010-08-09 | A kind of portable air-conditioning system and manufacture thereof, using method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010255249.9A CN101904583B (en) | 2010-08-09 | 2010-08-09 | A kind of portable air-conditioning system and manufacture thereof, using method |
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| CN101904583A CN101904583A (en) | 2010-12-08 |
| CN101904583B true CN101904583B (en) | 2015-08-26 |
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| KR20160059166A (en) * | 2014-11-18 | 2016-05-26 | 삼성에스디아이 주식회사 | Battery pack |
| CN105000046A (en) * | 2015-07-14 | 2015-10-28 | 安徽省舒城三乐童车有限责任公司 | Trolley capable of preventing mosquito and insect bites |
| CN111791828B (en) * | 2020-06-24 | 2023-03-28 | 廊坊市金色时光科技发展有限公司 | Safety belt and car seat |
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| CN201322390Y (en) * | 2008-10-17 | 2009-10-07 | 黄存余 | Personal movable-type micro cooling-heating all-powerful air conditioner |
| CN201491762U (en) * | 2009-10-13 | 2010-06-02 | 张卫 | Air-cooled cooling belt |
| CN201821993U (en) * | 2010-08-09 | 2011-05-11 | 宗致远 | Portable air conditioning system |
-
2010
- 2010-08-09 CN CN201010255249.9A patent/CN101904583B/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| CN101904583A (en) | 2010-12-08 |
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