CN105876917A - Clothes with constant temperature refrigeration structure and temperature control method of clothes - Google Patents
Clothes with constant temperature refrigeration structure and temperature control method of clothes Download PDFInfo
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- CN105876917A CN105876917A CN201610417333.3A CN201610417333A CN105876917A CN 105876917 A CN105876917 A CN 105876917A CN 201610417333 A CN201610417333 A CN 201610417333A CN 105876917 A CN105876917 A CN 105876917A
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- self
- refrigeration
- closing lock
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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
- A41D13/005—Professional, industrial or sporting protective garments, e.g. surgeons' gowns or garments protecting against blows or punches with controlled internal environment with controlled temperature
- A41D13/0051—Heated garments
-
- 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
- A41D13/005—Professional, industrial or sporting protective garments, e.g. surgeons' gowns or garments protecting against blows or punches with controlled internal environment with controlled temperature
- A41D13/0053—Cooled garments
-
- 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
- A41D31/06—Thermally protective, e.g. insulating
- A41D31/065—Thermally protective, e.g. insulating using layered materials
-
- A—HUMAN NECESSITIES
- A41—WEARING APPAREL
- A41D—OUTERWEAR; PROTECTIVE GARMENTS; ACCESSORIES
- A41D2400/00—Functions or special features of garments
- A41D2400/10—Heat retention or warming
- A41D2400/12—Heat retention or warming using temperature-controlled means
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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)
- Physics & Mathematics (AREA)
- Thermal Sciences (AREA)
- Professional, Industrial, Or Sporting Protective Garments (AREA)
Abstract
The invention discloses clothes with a constant temperature refrigeration structure and a temperature control method of the clothes. The clothes comprise a heat energy isolation structure, a refrigeration structure, an intelligent temperature control module and a heating structure which is arranged in the clothes body; the heat energy isolation structure comprises a clothes insulation part and an external insulation part, the clothes insulation part can be arranged on the inside surface of the clothes body and can be in contact with human body, and the external insulation part can be connected with the clothes; a liquid cooling conduit of the refrigeration structure is evenly sewn inside the clothes body; the intelligent temperature control module is respectively connected with the refrigeration structure and the heating structure in an electrical manner. The clothes are provided with the heat energy isolation structure, the refrigeration structure, the intelligent temperature control module and the heating structure, wherein the intelligent temperature control module achieves the function of constant temperature being controllable for most areas of the clothes, and greatly saves energy. The clothes are convenient to use and simple in structure, and are extensively used in a plurality of areas such as aerospace and aviation, military and police forces, fire protection and people's livelihood.
Description
Technical field
The present invention relates to clothing technical field of freezing, particularly relate to a kind of clothes with constant temperature refrigeration structure and temperature control thereof
Method processed.
Background technology
Summer high-temperature season, usual outdoor temperature can reach 36-38 degree, the operating ambient temperature in some special environments
Even above 40 degree, such as naval vessels engine room, the panzer in high-speed motion, tank, the tractor driving when three summer jobs are very busy
Cabin, before converter, even in fighter plane, has data display U.S. army because of heat on Iraq battlefield, armoring vehicle interior temperature
Up to 70 degree, soldier is forced to abandon car dismounted patrol；The Xisha of south China, the frontier front officers and men on the Nansha Islands, adhere in city
Traffic police on point duty post, city, the construction site workman of open work, the Hui Shi National People's Congress measures the most in high temperature environments
Antiperspirant, serious causes heatstroke, and when typically encountering hot weather, people need to reduce ambient temperature, as started air conditioner, have a shower,
Or hide under tree shade to reduce the high temperature impact to human body.But it is in the personnel in open air or specific environment in the case of a lot
High temperature and heating summer cannot be hidden.Be simultaneous for the areas such as desert, in the daytime highest temperature 70-80 DEG C, night the subzero 5-10 of lowest temperature
DEG C, there is no a kind of efficient constant temperature clothing, possess the most controlled temperature incubation function and use with convenient, even if this field is in state simultaneously
Border developed country also belongs to blank.
The cooling clothes being suitable under high temperature and heating summer using, the water on USN naval vessel in 1989 is being developed for these a lot of countries
Soldier have employed the cool-down method filling frozen water front and back in pocket to lower the temperature.This original cool-down method is equipped with frozen water
Flexible pipe be sewn in vest, make it circulate with water pump, this cooling system is referred to as personal cooling system.This system pump
Make about 2 liters of ice water circulation, about can maintain 35-45 minute cool time.This system can use with biochemical defence suit, explosion-proof clothing simultaneously,
Owing to cooling time is too short, fail extensively to apply the most always.
During 1991 Gulf War, when U.S. army and multinational forces enter Bay area, for making ground crew have chemistry
Normally working under the heat that war agent exists, air force of U.S. is that Fairchild Aircraft Company (Fairchild) has invested 3,860,000 U.S.s
Unit, a kind of novel intermittent many people cooling system of development and production.This system is by air-conditioner, chemical warfare agent filter and vest three
Part composition, the cold air that air-conditioner produces flows through flexible pipe and is passed through chemical warfare agent filter, is passed through in the vest of protective garment the most again,
To play cooling effect.This system can be 10 ground crew's feed cold air simultaneously.
It is reported: accredit Afghanistan tommy atkins on duty when taking tulwar (scimitar) tank patrol desert area,
Maximum temperature in car is up to 70 DEG C.In order to solve cooling problem, British scientist develops a set of simple cooling system: two
Bar trunnion injects jacket and trousers, accesses tank vent, open air relatively Cryogenic air is pumped into clothes, temperature can be made to be down to 58
℃。
According to another report: US Naval Air Arm systems command is just developing a kind of vest type air-conditioning being referred to as " the refrigeration armor "
System.Whole system only has notebook-sized, weighs 5 kilograms, is equivalent to current USN and marine corps pilot uses
Bulletproof cover.During use, only need to be installed in the front portion of pilot's vest, hang piggyback with braces." refrigeration helmet
First " it is a kind of portable, Two-way Cycle chiller.For reaching refrigeration, in " the refrigeration armor " vest, have a little water bag, profit
Steam around is absorbed by the temperature difference between air and water.The method that this system uses is: by a set of filtration blower by week
The air inspiration enclosed is positioned at the air conditioner of air inlet side, and the air through overregulating enters leading in flying suit from gas outlet
Pipe, reduces the purpose of pilot's body temperature.After system starts running, internal electric fan will be opened, and releasing cool air.
So that the temperature around pilot is reduced by 18 DEG C." the refrigeration armor " system uses battery to power, not by aviation power supply
The impact of system, even if pilot can also use after leaving aircraft.The expection of this system will equip F/A-18 " Radix Et Rhizoma Rhei after 3 years
Honeybee " fighter plane.
U.S. army is to deal with extremely hot invasion and attack, and the military currently steps up to research and develop the novel individual soldier dress possessing temp regulating function
Standby, to guarantee army's fighting capacity under hot environment.By " US Army soldiers systematic study " center " (has another name called Na Dike experiment
Room) " interceptor " air-cooled tactical vest of developing, it is simply that the first batch of practical equipment developed based on this demand.It uses honeybee
Nest shape structure, and promote to circulate in air space between protective garment and skin by electric fan, thus reach refrigeration
The effect perspired with auxiliary.It is introduced, this product started just to allot to quartering at Baghdad and area, Tikrit from last year
Army try on, according to feedback opinion, designer the most also will make improvements, including using compatible preferably battery,
Alleviate engine weight, reduce fan noise etc..
It is reported that Nansha Shou Jiao army of China organizational equipment spe-cial-purpose uniform of automatic cooling has passed through expert testimony.Should
Type clothing are made up of hot-zone islands and reefs camouflage fatigue, hot-zone islands and reefs underwear, knee cap shoulder protector, Sunshade cool cap, high waist Puncture-proof shoes etc., have
Anti-ultraviolet, antibacterial deodourizing, wet-guide quick-drying and the function that cools.
At present, the novel Portable individual cooling system of another money of China had been researched and developed successfully already, and this cooling system is by lowering the temperature
Vest and refrigeration system composition；Refrigeration system has battery, pump and the ice bag as low-temperature receiver, and other parts respectively.Use
Time vest is connected with refrigeration system, after power-on, utilize the water pump in refrigeration system to be followed by heat by the frozen water of ice bag
Ring injects in vest so that it is circulation reaches refrigerating function, and makes system reach constant temperature effect by temperature-sensitive conduction.After tested, exist
Under 40 degrees Celsius of environment, the minimum cooling time of vest is 6 hours, and can provide persistently make by changing low-temperature receiver mode
Cold.Temperature can be set as 18 degrees Celsius, 20 degrees Celsius and 22 degrees Celsius etc. by system as requested, is characterized in that constant temperature is imitated
The best, meanwhile, also frozen water can be drunk by demand for user offer.This system gross weight is 2.2 kilograms (without drinking waters), band
Weight 4-5 kilogram during drinking water.Owing to the Cooling vest of this Portable individual cooling system can wear next to the skin, refrigeration system can be made
Put in march knapsack for bearing, individual soldier is also had to the advantages such as easy to carry, be relatively suitable for individual soldier and use；Additionally this system is also
Can equip as the cooling of tank, helicopter, fighter plane etc..Therefore it will be widely used in air force, naval and ground force
In the army fought in high temperature environments, thus keep soldier's muscle power and promote fighting capacity.But, can provide under war condition
Substantial amounts of ice is a problem.
Existing note constant temperature clothing, refrigeration clothing of a great variety, its refrigerating method is broadly divided into 6 big classes, sweat cooling, phase transformation material
Material constant temperature (heat absorption heat release), semiconductor refrigerating, carry low-temperature receiver refrigeration (air-cooled or liquid is cold), compact mechanism cold, step-powered
Refrigeration.
Sweat cooling such as Chinese patent CN201610048990-evaporation type refrigeration clothing etc., need when its shortcoming is evaporation
Wind to be had could use (confined space cannot use), and refrigerating efficiency is low, and the persistent period is short.And do not possess the most controlled perseverance
Temperature function.Can not really solve the market demand.
The Intelligent refrigeration of phase-change material constant temperature (heat absorption heat release) style as convertible in Chinese patent CN200410043157-
Clothes, CN200920297088-temperature control energy storage refrigeration suit etc., its shortcoming be refrigeration or heating efficiency low, be only capable of people is raised and lowered
Body body surface environment 3-5 DEG C, and need perspiring or outside energy to change phase-change material form in advance, can be only achieved constant temperature mesh
's.Using inconvenience, refrigeration or heating efficiency are the highest, and do not possess the most controlled temperature incubation function.Can not really solve market
Demand.
Semiconductor refrigerating such as Chinese patent CN200820038275-semiconductor refrigeration clothes, CN200920216817-constant temperature clothing
Clothes etc., its shortcoming is that refrigeration efficiency is low, and equipment is heavy, and uses air as energy carrier (blowing a cold wind over or warm braw).Cold wind or
Energy entrained by warm braw not yet carries out preferable heat exchange with human body and the most quickly leaves human body, and energy dissipation is bigger.And part
Patent uses solar powered, and efficiency conversion ratio is extremely low, and does not possess the most controlled temperature incubation function.Can not really solve city
Field demand.
Carry low-temperature receiver refrigeration (air-cooled or liquid is cold) such as Chinese patent CN200920124785-cooling coat device,
CN201420781566-mono-kind refrigeration clothing etc., its shortcoming is that total system needs to add refrigeration former (such as frozen water, ice cube etc.), relies on
Air or water circulation realize and the heat exchange of human body, and wherein refrigerating capacity is dissipated naturally by the refrigeration such as ice chest or water bag is former greatly
Sending out and consume, the actually used cooling power of human body is less, and must prepare ice cube or frozen water in advance, uses the time shorter
Capacity usage ratio is the highest.And the time of use is short, and do not possesses the most controlled temperature incubation function.Can not really solve market to need
Ask.
Compact mechanism cold such as Chinese patent 201020604331.3-human body cooling device, 201120000654.6-is micro-
Weather human body cooling-down system and refrigeration system, 201120011323.2-Portable double-compressor refrigeration system etc., its system
Using compact mechanism cold, energy consumption is relatively big, complicated integral structure, and weight is relatively big, and owing to employing compressor, it is relatively being run
Its refrigerating efficiency can be affected in the case of winnowing with a dustpan.And do not possess the most controlled temperature incubation function.Can not really solve the market demand.
The step-powered refrigeration such as Chinese patent CN201120308017-cold clothing of step-powered liquid, CN201510513655-joint
Energy environment-friendly air conditioner clothing etc., its total system dependence anthropochemistry can convert kinetic energy and utilize kinetic energy to combine compressor arrangement cooling, but
Do not take into account while human body manufactures kinetic energy and can produce amount of heat yet, utilize body kinetic energy to provide power for compressor arrangement
Amount of heat certainly will be produced, if human body, compressor, refrigeration clothes are regarded as a closed system and (do not considered external environment simultaneously
Interference), utilize this system to operate for a long time on the contrary to increase system-wide heat (because human consumption chemical energy, to produce heat
Amount is much larger than the refrigerating capacity of compressor).Even if system postulation set up also must athleticism refrigeration, as you were in the case of lose
Remove refrigerating function.And do not possess the most controlled temperature incubation function.Can not really solve the market demand.
In the refrigeration clothing authorized in China's patent, being mostly direct liquid cooling, air-cooled, cooling mode is in addition to liquid is cold, also
Having an other employing high polymer sweat cooling, up-to-date is to utilize semiconductor cooling device refrigeration to provide low-temperature receiver such as CN1156236,
CN2508588, CN1695507, CN2648844, CN201213457 etc., the isothermic garment that Tianjin University of Technology develops is according to money
Material display uses paraffin microcapsule coated particle, and phase-change material large capsule a diameter of 4～9. 8mm prepared, phase transition temperature is
28.2～25.4 DEG C and 32.1～28.5 DEG C two kinds, quantity of heat storage reaches more than 150J/g, heat-resisting good with water resistance.Manufacture and design
Tool isothermic garment with dissection, clothing when ambient temperature 38 DEG C, keep internal temperature less than 30 DEG C, and the persistent period reaches
2.5 hours, it is stated that the own small lot batch manufacture of this product, and in in-service operational trial, there is significantly cooling and heat insulation effect.But it uses
Before Storage in refrigerator 1 hour or 25 degree of indoor placements more than 3 hours, and washing must be forbidden, must be placed into after 2.5 hours
Refrigerator brings back to life and can reuse, and this makes troubles to the use under the environment of specific occasion.
In sum, develop a kind of lightweight, easy to use, possess the most controlled temperature incubation function, use the time long,
The homothermal dress that can enable whenever and wherever possible, and the demand adapting to all kinds of occasion necessitates.
Summary of the invention
For weak point present in above-mentioned technology, the present invention provide a kind of clothes with constant temperature refrigeration structure and
Temperature-controlled process；This clothes is easy to use, possesses the most controlled temperature incubation function, and can enable constant temperature whenever and wherever possible.
For achieving the above object, the present invention provides a kind of clothes with constant temperature refrigeration structure, including heat energy isolation structures,
Refrigeration structure, intelligent temperature control module and the heat radiating structure being arranged in garment body；Described heat energy isolation structures includes being arranged on
Garment body inner surface and the clothing insulation portion that can contact with human body and the external insulation portion can being connected with clothing；Institute
The cold conduit of liquid stating refrigeration structure uniformly sews in garment body；Described intelligent temperature control module respectively with refrigeration structure and heating
Structure electrically connects；
Described intelligent temperature control module senses human body surface microenvironment temperature, and when temperature is more than 28 DEG C, refrigeration structure is cold water
Pouring in the cold conduit of liquid, the cold water and human body in the cold conduit of liquid produces heat exchange, takes away the heat of human body surface；When sensing people
Surface microenvironment temperature is when 22 DEG C to 28 DEG C, and heat radiating structure and refrigeration structure all quit work；When to human body surface micro-loop
When border temperature is below 22 DEG C, heat radiating structure is powered by intelligent temperature control module.
Wherein, described intelligent temperature control module includes the electron temperature sensing original paper for sensing human body surface microenvironment temperature
With the servo power supply of a power supply function, described electron temperature sensing original paper is placed in garment body, and described servo power supply is placed in body
In external thermal insulation portion, described servo power supply senses original paper by connecting line with electron temperature, and described servo power supply is by connecting wire
Electrically connecting with heat radiating structure, described servo power supply also electrically connects with refrigeration structure.
Wherein, described refrigeration structure also includes refrigeration source, refrigeration water bag and and the servo being arranged in external insulation portion
Power supply electrical connection water pump, and described refrigeration source be placed in refrigeration water bag in, one end of the cold conduit of described liquid by water pump connect system
Cold water bag, and the other end of the cold conduit of described liquid is connected to freeze on water bag by end after channel circulation structure；Described water pump,
Refrigeration water bag, between the cold conduit of liquid and channel circulation structure formed waterway circulating return-flow structure, refrigeration water bag in heat up after
Cooling liquid return to freeze in water bag after waterway circulating return-flow structure.
Wherein, described channel circulation structure includes two fast flashboard joints and two water route distributive pipes, and described liquid is cold leads
The other end of pipe forms two-way branched pipe, institute after passing sequentially through one of them fast flashboard joint and one of them water route distributive pipe
Stating after branched pipe connects into another water route branch water pipe and form a water route, the cold conduit of liquid in this water route is fast by another
Access in chilled water bag after speed plate joint.
Wherein, described clothing insulation portion includes overlapping the high thermoresistance layer of first between planar cloth and the first lining and
One heat energy back layer, and the one side of described first high thermoresistance layer fits with planar cloth, the one side of described first heat energy back layer
Fit with the first lining, and described first lining can contact with human body；Described external insulation portion includes face yardage roll and successively
Be set in the second high thermoresistance layer and the second heat energy back layer of face yardage roll inwall, and described second high thermoresistance layer and the second heat energy anti-
Penetrate and between layer, be clamped with the second lining；Described heat radiating structure and branched pipe are arranged at the bottom surface of the first lining；Described chilled water
Bag, servo power supply and water pump are contained in the round cavity that the second heat energy back layer encloses；Described first high thermoresistance layer and
Second high thermoresistance layer is made by high thermal resistance material, and this high thermal resistance material is 100% polyester fiber.
Wherein, each fast flashboard joint all includes male and female, and the bottom seam of described male is provided with an annular
Groove, is provided with the Self-closing lock buckle suitable with annular groove at the top joint of described female；Described Self-closing lock buckle and ring
After the suitable clamping of connected in star, male and female fix grafting；First can moved up and down it is provided with self-closing in described male
Lock valve mechanism, and when described male disconnects with female, the bottom of the first Self-closing lock valve mechanism is extended outside the interface of male
A sealing cavity is enclosed in rear male；The the second Self-closing lock valve mechanism that also can move up and down it is provided with in described female,
The through hole suitable with the interface of male is offered in the interface of described female, after described male and female fix grafting, male
Interface contact through the first Self-closing lock valve mechanism after through hole and the second Self-closing lock valve mechanism, and liquid can be smooth by male
Through-flow enter to flow out after female；The two ends of described male and female all connect the cold conduit of liquid by hose coupling.
Wherein, described first Self-closing lock valve mechanism includes the first spring and the first Self-closing lock valve, described first spring
One end be fixed on top in male, the other end of described first spring and the first Self-closing lock valve are fixing to be connected；Described first
After spring-compressed, the first Self-closing lock valve rebound male interface in after open the opening of this interface；Described first spring reset
After, the rear opening closing this interface outside the interface of the first Self-closing lock valve ejection male；Described second Self-closing lock valve mechanism bag
Including the second spring and the second Self-closing lock valve, one end of described second spring is fixed on the interior bottom of female, described second spring
The other end and the second Self-closing lock valve connect；It is equipped with multiple opening on described first Self-closing lock valve and the second Self-closing lock valve
Hole；After described male and female grafting, described second Self-closing lock valve and the first Self-closing lock valve contact extruding, and second oneself
Locking type valve and the first Self-closing lock valve communicate, the liquid hose coupling from male top flow successively through the perforate of male, first
After the perforate of Self-closing lock valve export, the second Self-closing lock valve inlet and female, the hose coupling from female bottom flows out；Described
In Self-closing lock buckle includes the snap-fastener outside the interface of the 3rd spring, female and is installed in the interface of female and with annular groove phase
Adaptive projection, described snap-fastener is connected with projecting elastic by the 3rd spring, and after described projection springs in groove, described male is solid
Surely insert in female.
Wherein, each hose coupling all includes pressure snap close and is arranged on the first Self-closing lock valve or the second Self-closing lock valve
The valve interface of top；Described valve interface is provided with multistage first overhead kick, the inwall of described pressure snap close is provided with multistage
Second overhead kick suitable with the first overhead kick, is respectively formed a clamping sky fixing flexible pipe between each first overhead kick and the second overhead kick
Between, after being connected by multiple fixing bolt presses between described pressure snap close, flexible pipe and valve interface three, the first overhead kick and the
After the two suitable compressions of overhead kick, flexible pipe is secured firmly in the extruding space of clamping.
Wherein, described branched pipe and the cold conduit of liquid all include cylindrical flexible catheter and by two solid load-bearing keel tube structures
The load-bearing keel structure become, and the equal indent in inner side of said two load-bearing keel tube has the inner arc suitable with the extrados of flexible pipe
Face, encloses the arc cavity suitable with cylindrical flexible catheter shape size between two intrados, described cylinder is soft to be led
Pipe is fixed in this arc-shaped cavity body；Power produced by described cylindrical force direction suffered by flexible catheter and load-bearing keel structure
In opposite direction and size is identical, and two power can be offset；Described cylindrical flexible catheter is boring structure, and it is internally formed
Liquid communication space.
For achieving the above object, the present invention also provides for the temperature-controlled process of a kind of clothes with constant temperature refrigeration structure,
Intelligent temperature control module senses human body surface microenvironment temperature, and when temperature is more than 28 DEG C, it is cold that refrigeration structure pours into liquid cold water
In conduit, the cold water and human body in the cold conduit of liquid produces heat exchange, takes away the heat of human body surface；Micro-when sensing human body surface
Ambient temperature is when 22 DEG C to 28 DEG C, and heat radiating structure and refrigeration structure all quit work；When existing to human body surface microenvironment temperature
When less than 22 DEG C, heat radiating structure is powered by intelligent temperature control module；The method can realize the most controlled temperature incubation function.
The beneficial effects of the present invention is, this clothes be provided with heat energy isolation structures, refrigeration structure, intelligent temperature control module and
Heat radiating structure, intelligent temperature control module can sense human body surface microenvironment temperature, when temperature is too high, then starts refrigerating function；Work as temperature
Spend low, then start heating function；When temperature is suitable for, then simultaneously close off refrigeration and heating function, thus can realize this clothes big
The temperature incubation function of range-controllable, and it is greatly saved the energy.The most easy to use, simple in construction, can extensively navigate with for aviation
My god, military, police, fire-fighting, multiple fields such as the people's livelihood.
Accompanying drawing explanation
Fig. 1 is the structural representation of the clothes with constant temperature refrigeration structure of the present invention；
Fig. 2 is the structural representation in clothing insulation portion in the present invention；
Fig. 3 is the structural representation in external insulation portion in the present invention；
Fig. 4 is the male and female head of fast flashboard joint in present invention profile when disconnecting；
Fig. 5 is the profile during male and female head connection of fast flashboard joint in the present invention；
Water flow inside schematic diagram when Fig. 6 is the male and female head connection of fast flashboard joint in the present invention；
Fig. 7 is the profile of hose coupling in the present invention；
Fig. 8 is the profile of the cold conduit of liquid in the present invention；
Fig. 9 is liquid cold conduit vertical direction force diagram in the present invention；
Figure 10 is liquid cold conduit horizontal direction force figure in the present invention.
Main element symbol description is as follows:
1, heat energy isolation structures 2, refrigeration structure
3, intelligent temperature control module 4, garment body
5, heat radiating structure 6, channel circulation structure
7, hose coupling 8, human body
11, clothing insulation portion 12, external insulation portion
21, the cold conduit of liquid 22, refrigeration source
23, refrigeration water bag 24, water pump
31, electron temperature sensing original paper 32, servo power supply
33, connecting line 34, connection wire
51, U-shaped heater 52, square heater
61, fast flashboard joint 62, water route distributive pipe
63, branched pipe 71, pressure snap close
72, valve interface 73, flexible pipe
111, planar cloth the 112, first lining
113, first high thermoresistance layer the 114, first heat energy back layer
121, face yardage roll the 122, second high thermoresistance layer
123, second heat energy back layer the 124, second lining
211, cylindrical flexible catheter 212, load-bearing keel tube
611, male 612, female
613, Self-closing lock buckle the 614, first Self-closing lock valve mechanism
615, the second Self-closing lock valve mechanism 616, perforate
617, protection cushion rubber the 721, first overhead kick
711, the second overhead kick 6111, annular groove
6121, through hole the 6141, first spring
6142, first Self-closing lock valve the 6151, second spring
6152, the second Self-closing lock valve the 6131, the 3rd spring
6132, snap-fastener 6133, projection.
Detailed description of the invention
In order to more clearly state the present invention, below in conjunction with the accompanying drawings the present invention is further described.
Referring to Fig. 1, the clothes with constant temperature refrigeration structure of the present invention, including heat energy isolation structures 1, refrigeration structure
2, intelligent temperature control module 3 and the heat radiating structure 5 being arranged in garment body 4；Heat energy isolation structures 1 includes being arranged on garment body
4 inner surfaces and the clothing insulation portion 11 that can contact with human body and the external insulation portion 12 can being connected with clothing；Refrigeration
The cold conduit of liquid 21 of structure 2 uniformly sews in garment body 4；Intelligent temperature control module 3 respectively with refrigeration structure 2 and heat radiating structure
5 electrical connections；
Intelligent temperature control module 3 senses human body surface microenvironment temperature, and when temperature is more than 28 DEG C, 2 cold water of refrigeration structure fill
Entering in the cold conduit of liquid 21, the cold water and human body in the cold conduit of liquid 21 produces heat exchange, takes away the heat of human body surface；When sensing
Human body surface microenvironment temperature is when 22 DEG C to 28 DEG C, and heat radiating structure 5 and refrigeration structure 2 all quit work；When to human body surface
When microenvironment temperature is below 22 DEG C, heat radiating structure 5 is powered by intelligent temperature control module 3.Heat radiating structure 5 include U-shaped heater and
It is placed in the square heater 52 in U type heater.
Compared to prior art, the clothes with constant temperature refrigeration structure that the present invention provides, intelligent temperature control module 3 can sense
Human body surface microenvironment temperature, when temperature is too high, then starts refrigerating function；When temperature is too low, then start heating function；Work as temperature
It is suitable for, then simultaneously closes off refrigeration and heating function, thus can realize the temperature incubation function that this clothes is the most controlled, and be greatly saved
The energy.The most easy to use, simple in construction, can be extensively with for multiple necks such as Aero-Space, military, police, fire-fighting, the people's livelihood
Territory.
In the present embodiment, intelligent temperature control module 3 includes the electron temperature sense for sensing human body surface microenvironment temperature
Surveying original paper 31 and play the servo power supply 32 of power supply function, electron temperature sensing original paper 31 is placed in garment body 4, servo power supply 32
Being placed in external insulation portion 12, servo power supply 32 senses original paper 31 by connecting line 33 with electron temperature, and servo power supply 32 passes through
Connecting wire 34 to electrically connect with heat radiating structure 5, servo power supply 32 also electrically connects with refrigeration structure 2.
In the present embodiment, refrigeration structure 2 also includes refrigeration source 22, the refrigeration water bag being arranged in external insulation portion 11
23 and the water pump 24 that electrically connects with servo power supply 32, and refrigeration source 22 is placed in refrigeration water bag 23, one end of the cold conduit of liquid 21 leads to
Cross water pump 24 and connect refrigeration water bag 23, and the other end of the cold conduit of liquid 21 is connected to refrigeration by end after channel circulation structure 6
On water bag 23；Water pump 24, refrigeration water bag 23, formation waterway circulating backflow between the cold conduit of liquid 21 and channel circulation structure 6 four
Structure, the cooling liquid after heating up in refrigeration water bag 23 returns to freeze in water bag 21 after waterway circulating return-flow structure.This knot
Liquid in structure can recycle, and then has reached the effect of energy-saving consumption.
In the present embodiment, channel circulation structure 6 includes two fast flashboard joints 61 and two water route distributive pipes 62, liquid
The other end of cold conduit 21 forms two after passing sequentially through one of them fast flashboard joint 61 and one of them water route distributive pipe 62
Road branched pipe 63, branched pipe 63 forms a water route after connecting into another water route branch water pipe 62, and the liquid in this water route is cold leads
Pipe 21 is by accessing in chilled water bag 23 after another fast flashboard joint 61.Can be cold by liquid by water route distributive pipe in this structure
Conduit water route in garment body is divided into several, and every road branched pipe and the cold conduit of liquid are all that one end is entered, at the other end, and thus shape
Become a loop capable of circulation.This case is not limited to the concrete structure of channel circulation structure, can carry out according to actual needs
Improve, as long as can guarantee that refrigeration structure is circulating reflux structure.
Further referring to Fig. 2-3, clothing insulation portion 11 includes overlapping between planar cloth 111 and the first lining 112
The first high thermoresistance layer 113 and the first heat energy back layer 114, and the one side of the first high thermoresistance layer 113 is affixed with planar cloth 111
Closing, the one side of the first heat energy back layer 112 fits with the first lining 112, and the first lining 112 can contact with human body 8；Body
External thermal insulation portion 12 includes that face yardage roll 121 and the second high thermoresistance layer 122 and the second heat energy that are sequentially sleeved at face yardage roll 121 inwall are anti-
Penetrate and be clamped with the second lining 124 between layer 123, and the second high thermoresistance layer 122 and the second heat energy back layer 123；Heat radiating structure 5 He
Branched pipe 63 is arranged at the bottom surface of the first lining 112；Refrigeration water bag 23, servo power supply 32 and water pump 24 are contained in the second heat
In the round cavity that energy reflecting layer 123 encloses.
The advantage of heat energy isolation structures is: this structure includes clothing insulation portion 10 He being thermally shielded clothing section
To the external external insulation portion 11 being thermally shielded, the two part is provided with high thermoresistance layer and heat energy back layer, this heat energy every
Structure absolutely utilizes high thermoresistance layer to completely cut off contact heat energy transmission, uses heat energy back layer to completely cut off infrared emanation transmission, two-layer
Structure matching uses the heat energy transmission that can completely cut off more than 90%.The improvement of said structure, human body and whole refrigerated constant temperature system profit
Wrap up by heat energy isolation structures, completely cut off the ambient temperature impact on human body surface microenvironment.Energy can be saved greatly
Amount loss.It addition, the refrigeration water bag of refrigeration structure and water pump etc. are put into external insulation portion, energy loss can be saved greatly.
Improve effect of heat insulation further.
In the present embodiment, the first high thermoresistance layer 113 and the second high thermoresistance layer 114 are made by high thermal resistance material, this height
Thermal resistance material is 100% polyester fiber.High thermal resistance material uses 100% polyester fiber to make the superfine fibre of 0.3 denier, and this is fine
Dimension is assembled in a large number and forms this high thermoresistance layer.Heat energy back layer is made up of heat energy back material, and its specific embodiments refer to
The structure of heat-reflective coating in Chinese patent " the heat-reflective coating structure of ZL201520625589.4-heating clothes ".
The constant temperature clothing of heat energy isolation structures, refrigeration clothing system, its heating, system it is equipped with under reality test is at equal ambient
Cold usefulness, the performance boost 500-600% such as persistent period.
Further referring to 4-6, each fast flashboard joint 61 all includes male 611 and female 612, the end of male 611
It is provided with an annular groove 6111 at end interface, is provided with suitable with annular groove 6111 self-closing at the top joint of female 612
Pintle hook lock buckles 613；After Self-closing lock buckle 613 and the suitable clamping of annular groove 6111, male 611 and female 612 fix grafting；Public
The the first Self-closing lock valve mechanism 614 that can move up and down it is provided with in 611, and when male 611 disconnects with female 612, the
The bottom of one Self-closing lock valve mechanism encloses a sealing cavity in male after extending outside the interface of male；Set in female 612
There is the second Self-closing lock valve mechanism 615 that also can move up and down, offer the interface with male in the interface of female and fit mutually
The through hole 6121 joined, after male 611 and female 612 fix grafting, the interface of male passes the first Self-closing lock valve machine after through hole
Structure 614 contacts with the second Self-closing lock valve mechanism 615, and liquid can be flowed out by after male unimpeded inflow female；Male and mother
The two ends of head all connect the cold conduit of liquid 21 by hose coupling 7.First Self-closing lock valve mechanism 614 includes the first spring 6141 He
First Self-closing lock valve 6142, one end of the first spring is fixed on top in male, the other end of the first spring and first self-closing
Lock valve is fixing to be connected；After first spring-compressed, the first Self-closing lock valve rebound male interface in after open opening of this interface
Mouthful；After first spring reset, the rear opening closing this interface outside the interface of the first Self-closing lock valve ejection male；Second Self-closing lock
Valve mechanism 615 includes the second spring 6151 and the second Self-closing lock valve 6152, and one end of the second spring is fixed on the interior of female
Bottom, the other end of the second spring and the second Self-closing lock valve connect；On first Self-closing lock valve and the second Self-closing lock valve all
It is provided with multiple perforate；After male and female grafting, the second Self-closing lock valve and the first Self-closing lock valve contact extruding, and second
Self-closing lock valve and the first Self-closing lock valve communicate, the liquid hose coupling from male top flow successively through the perforate of male,
Flow out from the hose coupling 7 of female bottom after the perforate of one Self-closing lock valve export, the second Self-closing lock valve inlet and female.
The advantage of fast flashboard joint is: the seam in male arranges annular groove, and the seam in female is provided with
The Self-closing lock buckle suitable with annular groove, can reinforce the connection of male and female by both adaptations, effectively prevents from connecing
Head is unexpected to come off；Meanwhile, in male and female head, it is provided with Self-closing lock valve mechanism, when needs disconnect water route connection, it is only necessary to press
Self-closing lock buckle in female, can disconnect the connection of male and female, when connect disconnect time, self-closing with within female of male
Lock valve mechanism will turn off, sealing liquid pipeline outlet immediately after reaching to disconnect, and prevents the mesh that internal liquid flows out
, when both connect, Self-closing lock valve mechanism is opened, and liquid can unimpeded flow through.This structure can prevent joint from surprisingly coming off,
The most internal with Self-closing lock valve mechanism, when male and female head connects, Self-closing lock valve mechanism is opened, and liquid can unimpeded flow through.
It addition, the effect that this structure is by spring, stretching up and down of Self-closing lock valve can be realized；When after male, the grafting of both females, by
In the shortening of distance, the contact of two Self-closing lock valves, causing spring to extrude, Self-closing lock valve bounces back, then connect from flexible pipe
After the liquid that head flows into can flow into male, then flow into female.After spring reset, under the elastic force of spring, Self-closing lock valve will be answered
Position.
In the present embodiment, Self-closing lock buckle 613 includes snap-fastener 6132 and outside the interface of the 3rd spring 6131, female
Being installed in the projection 6133 that the interface of female is interior and suitable with annular groove 6111, snap-fastener passes through the 3rd spring and projecting elastic
Connecting, after projection springs in groove, male is fixing to be inserted in female.When male and female head is off, connect if being intended to both
Connecing, then press snap-fastener, after male is inserted, projection snaps in annular groove, the most locked two interfaces.The top of the first Self-locking valve
Edge is arranged with waterproof apron 16, and interior and the second Self-locking valve 142 the bottom end of female 11 is all arranged with waterproof apron 16, public
10 with female 11 grafting after, the outer wall of the interface opening part of male is enclosed within the waterproof apron in female.After both grafting, from
The perforate of Lock valve can break through the sealant that waterproof apron is constituted.
Present invention Self-locking valve when male and female head connects is opened, and liquid can unimpeded flow through.When male and female head connects and disconnects, from
Lock valve is automatically switched off, and prevents liquid from flowing out.When needs disconnect water route connection, it is only necessary to press the Self-closing lock buckle in female,
Can disconnect the connection of male and female, when connecting disconnection, male will turn off with the automatic locking valve within female,
Sealing liquid pipeline outlet immediately after reaching to disconnect, prevents the purpose that internal liquid flows out
Further referring to Fig. 7, each hose coupling 7 all includes pressure snap close 71 and is arranged on the first Self-closing lock valve or second
Valve interface 72 above Self-closing lock valve；Valve interface 72 is provided with multistage first overhead kick 721, on the inwall of pressure snap close 71
It is provided with multistage second overhead kick 711 suitable with the first overhead kick 721, between each first overhead kick 721 and the second overhead kick 711 all
Form a grasping part fixing flexible pipe, by multiple fixing spiral shells between pressure snap close 71, flexible pipe 73 and valve interface 72 three
Bolt compresses after connecting, and flexible pipe 73 is secured firmly to after first overhead kick 721 and the second suitable compression of overhead kick 711 extruding of clamping
In space.The design of overhead kick structure on valve interface, it is possible to increase interface and hose surface frictional force, when internal pressure increases, soft
Pipe expands because of high pressure, thicker time, pressure snap close is fastened outside flexible pipe, limits hose connection demi-inflation；Meanwhile, resistance to
First overhead kick structure of the pressure the second overhead kick respective outer side edges valve interface within snap close, is secured firmly to flexible pipe valve overhead kick and connects
On mouth, it is to avoid the phenomenon come off occurs in flexible pipe.Traditional valve interface is after pressure is more than 0.14Mpa, and hose inner wall is because of high pressure
Expand, thicker, the great reduction of interface surface frictional force, cause interface position to come off.This patent structure utilizes valve interface to be down
Hooking structure increases interface and hose surface frictional force, and pressure snap close has inside overhead kick structure the overhead kick structure with valve interface
Match each other, utilize fixing bolt that pressure snap close, flexible pipe, valve this three of overhead kick interface are pressed connection.In internal system pressure
Power increases, flexible pipe expands because of high pressure, thicker time, pressure snap close fasten outside flexible pipe, and restriction hose connection part is swollen
Swollen.Testing through reality, utilize the flexible pipe that this structure connects, its joint bearing capacity can reach 6.9 Mpa.
Cylindrical flexible catheter and solid by two is all included further referring to Fig. 8-10, branched pipe 63 and the cold conduit of liquid 21
Load-bearing keel tube constitute load-bearing keel structure.As a example by the cold conduit of liquid, the cold conduit of liquid 21 includes cylindrical flexible catheter 211 He
The load-bearing keel structure being made up of two solid load-bearing keel tubes 212；And the equal indent in inner side of two load-bearing keel tubes have with
The intrados that the extrados of flexible pipe is suitable, encloses suitable with cylindrical flexible catheter shape size between two intrados
Arc cavity, cylindrical flexible catheter is fixed in this arc-shaped cavity body；Cylindrical force direction suffered by flexible catheter and load-bearing Os Draconis
In opposite direction and the size of power produced by structure is identical, and two power can be offset；Cylindrical flexible catheter is boring structure,
And it is internally formed liquid communication space.The advantage that branched pipe 63 and liquid cold conduit 21 structure use is: only include cylinder
Flexible catheter 211 and load-bearing keel tube 212, and load-bearing keel tube is solid, cylindrical flexible catheter is placed on two load-bearing Os Draconis
In the arc-shaped cavity body that the intrados of pipe is enclosed；The design of this structure so that cylindrical force direction suffered by flexible catheter with
In opposite direction and the size of power produced by load-bearing keel structure is identical, such as Fig. 9, when there being vertical direction external force (human body weight etc.
When acting on flexible pipe, Os Draconis produce reverse supporting force and offset external force；Such as Figure 10, when there being horizontal direction external force, (human body twists
Deng) act on flexible pipe time, Os Draconis produce reverse supporting force offset external force；Thus without carrying out motion compressing flexible pipe or making soft
Pipe bends, and then ensures the flow rate of liquid of liquid cooling system, it is to avoid cause the cold effect of liquid to decline.
The design of load-bearing keel structure so that this cylinder flexible catheter has the protective effect of one layer, outside, and this two-layer
Active force is contrary, oppresses it on cylindrical flexible catheter thus without acting on effectively.The material of two load-bearing keel tubes
Identical with the material of cylindrical flexible catheter.
The people testing body weight 115KG through reality is sitting in conventional hoses, and the flow rate of liquid of its whole liquid cooling system reduces
82.43%, use the flow rate of liquid of the liquid cooling system of this pressure anti-bending hose construction only to reduce by 3.52%.
For achieving the above object, the present invention also provides for the temperature-controlled process of a kind of clothes with constant temperature refrigeration structure,
Intelligent temperature control module senses human body surface microenvironment temperature, and when temperature is more than 28 DEG C, it is cold that refrigeration structure pours into liquid cold water
In conduit, the cold water and human body in the cold conduit of liquid produces heat exchange, takes away the heat of human body surface；Micro-when sensing human body surface
Ambient temperature is when 22 DEG C to 28 DEG C, and heat radiating structure and refrigeration structure all quit work；When existing to human body surface microenvironment temperature
When less than 22 DEG C, heat radiating structure is powered by intelligent temperature control module；The method can realize the most controlled temperature incubation function.
With electron temperature sensing original paper and servo power supply in intelligent temperature control system of the present invention, servo power supply is water pump simultaneously
Power with heat radiating structure.Be also added with outside total system heat energy isolation structures come energy affect outside barrier systems (heat or
Cold air).When the electron temperature sensing original paper in temperature control system senses human body surface microenvironment temperature more than 28 DEG C, servo electricity
Source starts and is that water pump is powered, and the cold water in pump handle refrigeration water bag pours in the cold conduit of the liquid in clothing, in the cold conduit of liquid
Cold water and human body produces heat exchange, takes away the heat of human body surface.Cooling liquid after intensification is back to system through waterway circulating
In cold water bag, and with refrigeration water bag in install refrigeration source produce heat exchange, again refrigerating fluid cooling thus constitute one complete
Whole down cycles system.Human body surface microenvironment temperature is sensed at 22 DEG C when the electron temperature in temperature control system senses original paper
During to 28 DEG C, total system quits work (neither freeze and do not heat), to save the energy.When the electron temperature sense in temperature control system
Survey original paper sense human body surface microenvironment temperature below 22 DEG C time, servo power supply starts and is that heat-generating system is powered.Thus
It is reached for the purpose that human body heats.Use native system can realize the most controlled temperature incubation function.Such as ambient temperature 60 to 70
DEG C time, constant temperature clothing internal body surface microenvironment temperature control is between 22 DEG C to 28 DEG C, and temperature drop reaches 40 to 50 DEG C.Such as ring
During border temperature-30 DEG C, heat-generating system starts, and heats for total system.Constant temperature clothing internal body surface microenvironment temperature control exists
Between 22 DEG C to 28 DEG C, temperature rise can reach 58 DEG C.Through reality test, total system weight use time 8 of freezing when 3KG is little
Time, heat the time 16 hours.Maximum positive and negative about 50 to 60 DEG C of temperature-control range.Achieve the most controlled temperature incubation function.With
Time easy to use, simple in construction.Can be extensively with for multiple fields such as Aero-Space, military, police, fire-fighting, the people's livelihood.Fill up
Technological gap both at home and abroad.
Existing know that great majority refrigeration clothing all uses ice cube as refrigeration source, but there is no the situation of ice making equipment in field etc.
Under cannot use refrigeration clothing, this give constant temperature clothing, refrigeration clothing application bring very big inconvenience.The refrigeration source of the present invention is mainly used in family
In the case of ice cube cannot being obtained outward, it is achieved outdoor unregulated power refrigeration uses.Its chemicals formula national used produces by daily use chemicals
Product, nontoxic.Specific implementation method is as follows: refrigerant composition is phosphoamide (carbamide), molecular formula H2NCONH2(CO
(NH2) 2), English another name: Carbamide; Urea solution; Urea, USP Grade Carbamide, USP
Grade; Urea, MBGrade(1.12007);Urea(Medical);Urea-12C;10-Hydroxy-2-trans-
Decenoic Acid, fusing point: 131-135 DEG C of boiling point: 196.6 ° of Cat760mmHg refractive index: n20/D 1.40, Inchi:
InChI=1/CH4N2O/c2-1 (3) 4/h (H4,2,3,4), density: 1.335, water solublity: 1080 g/L (20 DEG C).
Its preparation method of this refrigeration source is 2.8～4.5 will to be mixed in molar ratio with carbon dioxide through the ammonia purified
Entering and synthesize pressure vessel, in pressure vessel, pressure is 13.8～24.6 MPa, and temperature is 180～200 DEG C, when reaction mass stops
Between be 25～40min, obtain, containing superfluous ammonia and the carbon amide solution of aminoquinoxaline, through decompression cooling, ammonia and ammonia to be isolated
Liquid after base ammonium formate is evaporated to more than 99.5%, then obtains this cold-producing medium finished product.
Its principle be this cold-producing medium when mixing with water diffusion process absorb amount of heat (CO (NH2) 2+H2O=CO2+
2NH3), thus reach refrigeration.
During use, first this cold-producing medium put into refrigeration water bag or put in other high thermal conductive containers (such as aluminum kettle), so
Rear addition clear water, can reduce the temperature of water greatly and reach refrigeration and (can be cooled to 5 during room temperature 24 DEG C when cold-producing medium is dissolved in water
DEG C), owing to its process uses principles of chemistry cooling, need not any electric power, compressor work etc..It is especially suitable for not having in field etc.
Use in the case of ice making equipment.
This method can replace ice cube to use as low-temperature receiver.Actual test refrigerating efficiency reaches 113792J/KG.
The several specific embodiments being only the present invention disclosed above, but the present invention is not limited to this, any ability
What the technical staff in territory can think change all should fall into protection scope of the present invention.
Claims (10)
1. a clothes with constant temperature refrigeration structure, it is characterised in that include heat energy isolation structures, refrigeration structure, Intelligent temperature
Control module and the heat radiating structure being arranged in garment body；Described heat energy isolation structures includes being arranged on garment body inner surface
And the clothing insulation portion that can contact with human body and the external insulation portion can being connected with clothing；The liquid of described refrigeration structure is cold
Conduit uniformly sews in garment body；Described intelligent temperature control module electrically connects with refrigeration structure and heat radiating structure respectively；
Described intelligent temperature control module senses human body surface microenvironment temperature, and when temperature is more than 28 DEG C, refrigeration structure is cold water
Pouring in the cold conduit of liquid, the cold water and human body in the cold conduit of liquid produces heat exchange, takes away the heat of human body surface；When sensing people
Surface microenvironment temperature is when 22 DEG C to 28 DEG C, and heat radiating structure and refrigeration structure all quit work；When to human body surface micro-loop
When border temperature is below 22 DEG C, heat radiating structure is powered by intelligent temperature control module.
The clothes with constant temperature refrigeration structure the most according to claim 1, it is characterised in that described intelligent temperature control module bag
Include the electron temperature sensing original paper for sensing human body surface microenvironment temperature and play the servo power supply of power supply function, described electronics
Temperature sensing original paper is placed in garment body, and described servo power supply is placed in external insulation portion, and described servo power supply is by connecting
Line senses original paper with electron temperature, and described servo power supply electrically connects with heat radiating structure by connecting wire, and described servo power supply is also
Electrically connect with refrigeration structure.
The clothes with constant temperature refrigeration structure the most according to claim 1, it is characterised in that described refrigeration structure also includes
It is arranged at the refrigeration source in external insulation portion, refrigeration water bag and the water pump electrically connected with servo power supply, and described refrigeration source is put
In refrigeration water bag, one end of the cold conduit of described liquid connects refrigeration water bag by water pump, and the other end of the cold conduit of described liquid leads to
After crossing channel circulation structure, end is connected to freeze on water bag；Described water pump, refrigeration water bag, the cold conduit of liquid and channel circulation structure
Forming waterway circulating return-flow structure between four, the cooling liquid after heating up in refrigeration water bag is after waterway circulating return-flow structure
Return to freeze in water bag.
The clothes with constant temperature refrigeration structure the most according to claim 3, it is characterised in that described channel circulation structure bag
Including two fast flashboard joints and two water route distributive pipes, the other end of the cold conduit of described liquid passes sequentially through one of them quick inserting
Forming two-way branched pipe after plate joint and one of them water route distributive pipe, described branched pipe connects into another water route branch water pipe
One water route of rear formation, the cold conduit of liquid in this water route is by accessing in chilled water bag after another fast flashboard joint.
The clothes with constant temperature refrigeration structure the most according to claim 4, it is characterised in that described clothing insulation portion wraps
Include the high thermoresistance layer of first overlapped between planar cloth and the first lining and the first heat energy back layer, and described first high thermoresistance layer
One side fit with planar cloth, the one side of described first heat energy back layer fits with the first lining, and described first lining
Can contact with human body；Described external insulation portion include face yardage roll and be sequentially sleeved at face yardage roll inwall the second high thermoresistance layer and
It is clamped with the second lining between second heat energy back layer, and described second high thermoresistance layer and the second heat energy back layer；Described heating
Structure and branched pipe are arranged at the bottom surface of the first lining；Described refrigeration water bag, servo power supply and water pump are contained in the second heat
In the round cavity that energy reflecting layer encloses；Described first high thermoresistance layer and the second high thermoresistance layer are made by high thermal resistance material,
This high thermal resistance material is 100% polyester fiber.
The clothes with constant temperature refrigeration structure the most according to claim 3, it is characterised in that each fast flashboard joint is equal
Including male and female, the bottom seam of described male is provided with an annular groove, be provided with at the top joint of described female with
The Self-closing lock buckle that annular groove is suitable；After described Self-closing lock buckle and the suitable clamping of annular groove, male is solid with female
Determine grafting；It is provided with the first Self-closing lock valve mechanism that can move up and down in described male, and described male disconnects with female
Time, the bottom of the first Self-closing lock valve mechanism encloses a sealing cavity in male after extending outside the interface of male；Described mother
It is provided with the second Self-closing lock valve mechanism that also can move up and down in Tou, offers in the interface of described female and the connecing of male
The through hole that mouth is suitable, after described male and female fix grafting, the interface of male passes the first Self-closing lock valve machine after through hole
Structure and the second Self-closing lock valve mechanism contact, and liquid can be flowed out by after male unimpeded inflow female；Described male and female
Two ends all by hose coupling connect the cold conduit of liquid.
The clothes with constant temperature refrigeration structure the most according to claim 6, it is characterised in that described first Self-closing lock valve
Mechanism includes the first spring and the first Self-closing lock valve, and one end of described first spring is fixed on top in male, described first
The other end of spring and the fixing connection of the first Self-closing lock valve；After described first spring-compressed, the first Self-closing lock valve rebounds public affairs
The opening of this interface is opened after in the interface of head；After described first spring reset, the first Self-closing lock valve ejects the interface of male
The opening of this interface is closed after outer；Described second Self-closing lock valve mechanism includes the second spring and the second Self-closing lock valve, described
One end of second spring is fixed on the interior bottom of female, and the other end of described second spring and the second Self-closing lock valve connect；Institute
State and be equipped with multiple perforate on the first Self-closing lock valve and the second Self-closing lock valve；After described male and female grafting, described the
Two Self-closing lock valves and the first Self-closing lock valve contact extruding, and the second Self-closing lock valve and the first Self-closing lock valve communicate,
The liquid hose coupling from male top flows successively through the perforate of male, the first Self-closing lock valve export, the second Self-closing lock valve
After the perforate of import and female, the hose coupling from female bottom flows out；Described Self-closing lock buckle includes the 3rd spring, female
The projection that snap-fastener outside interface is interior and suitable with annular groove with the interface being installed in female, described snap-fastener passes through the 3rd bullet
Spring is connected with projecting elastic, and after described projection springs in groove, described male is fixing to be inserted in female.
The clothes with constant temperature refrigeration structure the most according to claim 7, it is characterised in that each hose coupling all includes
Pressure snap close and be arranged on the valve interface above the first Self-closing lock valve or the second Self-closing lock valve；Set on described valve interface
There is multistage first overhead kick, the inwall of described pressure snap close is provided with multistage second overhead kick suitable with the first overhead kick, each
A grasping part fixing flexible pipe, described pressure snap close, flexible pipe and valve interface it is respectively formed between first overhead kick and the second overhead kick
After being connected by multiple fixing bolt presses between three, after the first overhead kick and the suitable compression of the second overhead kick, flexible pipe is firmly solid
It is scheduled in the extruding space of clamping.
The clothes with constant temperature refrigeration structure the most according to claim 4, it is characterised in that described branched pipe and liquid is cold leads
Guan Jun includes cylindrical flexible catheter and the load-bearing keel structure being made up of two solid load-bearing keel tubes, and said two load-bearing
The equal indent in inner side of keel tube has the intrados suitable with the extrados of flexible pipe, encloses with cylindrical between two intrados
The arc cavity that flexible catheter shape size is suitable, described cylindrical flexible catheter is fixed in this arc-shaped cavity body；Described cylinder
Produced by force direction suffered by flexible catheter and load-bearing keel structure, the in opposite direction and size of power is identical, and two power can be supported
Disappear；Described cylindrical flexible catheter is boring structure, and it is internally formed liquid communication space.
10. the temperature-controlled process of a clothes with constant temperature refrigeration structure, it is characterised in that intelligent temperature control module senses people
Surface microenvironment temperature, and when temperature is more than 28 DEG C, refrigeration structure pours into cold water in the cold conduit of liquid, in the cold conduit of liquid
Cold water and human body produces heat exchange, takes away the heat of human body surface；When sensing human body surface microenvironment temperature at 22 DEG C to 28
DEG C time, heat radiating structure and refrigeration structure all quit work；When to human body surface microenvironment temperature below 22 DEG C, intelligent temperature control
Heat radiating structure is powered by module；The method can realize the most controlled temperature incubation function.
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| CN108041713A (en) * | 2018-02-07 | 2018-05-18 | 徐子麦 | Automatically adjust the clothes of temperature |
| CN108182986A (en) * | 2016-12-01 | 2018-06-19 | E.I.内穆尔杜邦公司 | For the electrical connection of wearable object and other products |
| CN108497577A (en) * | 2018-04-04 | 2018-09-07 | 陕西科技大学 | A kind of clothes refrigeration system and method based on vortex cooler |
| CN109619723A (en) * | 2019-01-28 | 2019-04-16 | 北京龙软科技股份有限公司 | A kind of high-tech mining clothes |
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Application publication date: 20160824 |