CN209202187U - A kind of heated garment - Google Patents

Abstract

The utility model embodiment is related to dress ornament technical field, more particularly to a kind of heated garment.Heated garment includes: garment body, is provided with thermal conductive cavity；Heating device, it is fixed with garment body, heating device includes thermally insulating housing, heat generating component and component of supplying gas, heating chamber and vent passages are provided in thermally insulating housing, heating chamber is connected to thermal conductive cavity with one end of vent passages respectively, the other end of vent passages is connect with ambient atmosphere, and heat generating component is set in heating chamber, and component of supplying gas is set in vent passages；Wherein, component of supplying gas is for transmitting air for heating chamber, and heat generating component is used to heat the air in heating chamber, and the air being heated in heating chamber will enter thermal conductive cavity and be garment body heat supply.As a result, after heated garment in user's dress, the heating device in heated garment will be garment body heat supply, and user can directly acquire a large amount of, large area heat from garment body, to realize the purpose that heating is warded off the cold.

Description

A kind of heated garment

Technical field

The utility model embodiment is related to dress ornament technical field, more particularly to a kind of heated garment.

Background technique

Field exploration and operation or when the outdoor study of some cold districts on highland, people require to put on thick Clothes keep the temperature, but excessively thick and heavy clothes can reduce the flexibility ratio of people, this is unacceptable in some scenes.This When need the equipment of some mobile carry-on heat supplies, to reduce the requirement to clothing thickness.Current main settling mode packet Carrying hot-water bottle is included with or other heat generating devices, such as hand warmer etc. are warded off the cold so that user warms oneself.

But inventor is in the process of implementing the utility model, there are following technical problems for the discovery prior art: in mesh In preceding technology, the carrying of hot-water bottle or other heat generating devices is not convenient enough, and the heating of large area cannot be provided for human body, The cold extermination effect of ice box is very general.

Utility model content

The utility model embodiment is mainly solving the technical problems that provide a kind of heated garment, after user wears heated garment Heated garment can directly ward off the cold for human body heating, it is intended to which large area can not be provided for human body, more preferably heat by solving current technology The problem of mode.

In order to solve the above technical problems, the technical solution that the utility model embodiment uses is: providing a kind of confession Warm clothes, comprising:

Garment body is provided with thermal conductive cavity；

Heating device is fixed with the garment body, and the heating device includes thermally insulating housing, heat generating component and supplies gas Component, is provided with heating chamber and vent passages in the thermally insulating housing, the heating chamber respectively with the thermal conductive cavity and described logical The one end in wind channel is connected to, and the other end of the vent passages is connect with ambient atmosphere, and the heat generating component is set to described add Heat is intracavitary, and the component of supplying gas is set in the vent passages；

Wherein, the component of supplying gas is for transmitting air for the heating chamber, and the heat generating component is for heating described add Air in hot chamber, the air being heated in the heating chamber will enter the thermal conductive cavity and for the garment body heat supplies.

Optionally, the heating device further includes semiconductor temperature difference generator, and the semiconductor temperature difference generator is partly led Body piece is set in the one side wall of the heating chamber, and the semiconductor temperature difference generator connect with the component of supplying gas and is described It supplies gas assembly power supply.

Optionally, the heating device further includes cooling fin, and the cooling fin is set to the lateral wall of the thermally insulating housing On, and the cooling fin is oppositely arranged with the semiconductor chip, the cooling fin is located at opening for the other end of the vent passages At mouthful.

Optionally, the garment body further includes heat preservation Heat Conduction Material, and the heat preservation Heat Conduction Material is set to described thermally conductive It is intracavitary.

Optionally, the heat preservation Heat Conduction Material includes sawdust and cotton.

Optionally, the heat generating component includes solid fuel and fuel limit body, and the fuel limit body is fixed on described In heating chamber, the fuel limit body is provided with first through hole and limit chamber, and the limit chamber passes through the first through hole and institute Heating chamber connection is stated, the solid fuel is set in the limit chamber, and the fuel limit body is used for the solid fuel It is limited.

Optionally, the side wall of the thermally insulating housing is additionally provided with gallery ports, the gallery ports respectively with the heating chamber and The limit chamber connection.

Optionally, the thermally insulating housing further includes the second through-hole, collecting chamber and collection box, and the collection box is set to described In collecting chamber, the collecting chamber is connected to the heating chamber and the limit chamber respectively by second through-hole.

Optionally, the component of supplying gas includes fan or aspiration pump.

Optionally, the garment body further includes exhaust outlet, and the heating chamber is connected to one end of the thermal conductive cavity, described Exhaust outlet is connected to the other end of the thermal conductive cavity.

The beneficial effect of the utility model embodiment is: being in contrast to the prior art, the utility model embodiment party A kind of heated garment of formula, comprising: garment body is provided with thermal conductive cavity；Heating device is fixed with the garment body, institute Stating heating device includes thermally insulating housing, heat generating component and component of supplying gas, and heating chamber is provided in the thermally insulating housing and ventilation is logical Road, the heating chamber are connected to the thermal conductive cavity with one end of the vent passages respectively, the other end of the vent passages with Ambient atmosphere connection, the heat generating component are set in the heating chamber, and the component of supplying gas is set in the vent passages, Wherein, it is described supply gas component for for the heating chamber transmit air, the heat generating component be used for heat in the heating chamber Air, the air being heated in the heating chamber will enter the thermal conductive cavity and for the garment body heat supplies.Work as user as a result, In dress after the heated garment, the heating device in the heated garment will be the garment body heat supply, and user can be from institute It states garment body and directly acquires a large amount of, large area heat, to realize the purpose that heating is warded off the cold.

Detailed description of the invention

One or more embodiments are illustrated by the picture in corresponding attached drawing, these are exemplary Illustrate not constitute the restriction to embodiment, the element in attached drawing with same reference numbers label is expressed as similar member Part, unless there are special statement, composition does not limit the figure in attached drawing.

Fig. 1 is the main view of the utility model heated garment embodiment；

Fig. 2 is the partial sectional view of garment body in the utility model heated garment embodiment；

Fig. 3 is the cross-sectional view of heating device in the utility model heated garment embodiment.

Specific embodiment

For the ease of understanding the utility model, with reference to the accompanying drawings and detailed description, the utility model is carried out more Detailed description.It should be noted that it can be directly in another element when element is expressed " being fixed on " another element Upper or placed in the middle there may be one or more therebetween elements.When an element is expressed " connection " another element, it can To be directly to another element or elements placed in the middle there may be one or more therebetween.This specification is used Term "vertical", "horizontal", "left" and "right" and similar statement for illustrative purposes only.

Unless otherwise defined, technical and scientific term all used in this specification and the skill for belonging to the utility model The normally understood meaning of the technical staff in art field is identical.Art used in the description of the utility model in this specification Language is only for the purpose of describing specific embodiments, and is not intended to limitation the utility model.Art used in this specification Language "and/or" includes any and all combinations of one or more related listed items.

It please refers to Fig.1 to Fig.3, the utility model embodiment provides a kind of heated garment 100, and heated garment 100 includes: clothes Ontology 10 and heating device 20, garment body 10 and heating device 20 are fixed, and heating device 20 is used to carry out for garment body 10 Heating, user can obtain heat from garment body 10 after wearing garment body 10 to ward off the cold.

Specifically, garment body 10 includes thermal conductive cavity 11, heat preservation Heat Conduction Material 12, heating pipe 13, exhaust outlet 14, elastic bunch Band 15, exclusion region 16, fixing belt 17, ontology internal layer 18 and this volume surrounding 19.Wherein, thermal conductive cavity 11 is located within the body layer 18 and this Between volume surrounding 19, heat preservation Heat Conduction Material 12 be set in thermal conductive cavity 11, heat preservation Heat Conduction Material 12 be mainly used for realize heat absorption and The effect of energy storage, after hot-air after heating device 20 heats enters thermal conductive cavity 11, heat preservation Heat Conduction Material 12 is empty by absorption The heat of gas simultaneously stores, and in order to make hot-air preferably circulate in thermal conductive cavity 11, keeps the temperature the density of Heat Conduction Material 12 not Can be too high, and the specific heat capacity for keeping the temperature Heat Conduction Material 12 wants bigger, optionally, heat preservation Heat Conduction Material 12 includes sawdust and cotton The weight of mixture, sawdust and cotton is all very light, will not obviously increase the weight of heated garment 100, and since cotton specific heat capacity is small, So needing to be added specific heat capacity very close to the sawdust of water to mix, the specific heat capacity of mixture is improved, improves heat preservation Heat Conduction Material 12 Heat absorption and heat storage capacity.Heating pipe 13 is connected to one end of thermal conductive cavity 11, and exhaust outlet 14 is connected to the other end of thermal conductive cavity 11, Heating pipe 13 with heating device 20 for being connected to, and exhaust outlet 14 with ambient atmosphere for being connected to, wherein the heat in heating device 20 Air will be moved to the another of thermal conductive cavity 11 along one end of thermal conductive cavity 11 behind one end that heating pipe 13 enters thermal conductive cavity 11 End, the heat of hot-air absorbs insulation Heat Conduction Material 12 gradually in the process, when it is moved to the another of thermal conductive cavity 11 There is no more heats when end, and air can be discharged into atmosphere by the exhaust outlet 14 of the other end of thermal conductive cavity 11 at this time In, it avoids the gas in garment body 10 too many and is split up, while avoiding remaining too many cold air shadow in garment body 10 The heating effect of heated garment 100 is rung, further, partition is provided between one end of thermal conductive cavity 11 and the other end of thermal conductive cavity 11 Area 16, the effect of exclusion region 16 are to walk shortest path after avoiding hot-air from entering in garment body 10 to be discharged from exhaust outlet, with Improve the utilization rate of hot-air.Elastic straps 15 are used to heating pipe 13 being fixed to heating device 20.Optionally, this volume surrounding 19 are made of the very strong material of heat-proof quality, reduce the heat exchange of hot-air and outside air, the heat-proof quality of ontology internal layer 18 Heat-proof quality than this volume surrounding 19 is weak, is user's heating to allow the heat of part hot-air to penetrate ontology internal layer 18, is left Most of heat stored by the heat preservation Heat Conduction Material 12 in thermal conductive cavity 11.Fixing belt 17 is set to the outer of this volume surrounding 19 Portion, for fixed with heating device 20.

It is worth noting that: in the utility model embodiment, without limitation to the specific appearance of garment body 10, clothes Dress ontology 10 can be vest or vest shape etc., in addition, with the scheme phase of hot-air as a heat transfer medium is directly used Than because the heat preservation Heat Conduction Material 12 for having specific heat capacity high exists in the utility model embodiment, heat preservation Heat Conduction Material 12 absorbs heat The temperature of hot-air can be reduced afterwards, in case user is scalded by high temperature.And the irregular structure of Heat Conduction Material 12 is kept the temperature, increase The distance of hot-air circulation allows hot-air and heat preservation Heat Conduction Material 12 to have the longer time to carry out heat exchange, this provides for improved The effect of heat transfer and heat accumulation, improves energy utilization rate.

Heating device 20 includes thermally insulating housing 21, heat generating component 22, component 23 of supplying gas, semiconductor temperature difference generator 24, dissipates Backing 25, filter screen 26 and fixing piece 27.Wherein, it is provided with heating chamber 211 and vent passages 212 in thermally insulating housing 21, heats Chamber 211 is connected to thermal conductive cavity 11 with one end of vent passages 212 respectively, and the other end of vent passages 212 is connected to ambient atmosphere, Heat generating component 22 is set in heating chamber 211, and component 23 of supplying gas is set in vent passages 212, semiconductor temperature difference generator 24 Semiconductor chip (not marking) be set in the one side wall of heating chamber 211, semiconductor temperature difference generator 24 and supply gas component 23 company It connects and is the power supply of component 23 of supplying gas.

Further, heat generating component 22 includes solid fuel 221 and fuel limit body 222, and fuel limit body 222 is fixed on In heating chamber 211, fuel limit body 222 is provided with first through hole 2221 and limit chamber 2222, and limit chamber 2222 is logical by first Hole 2221 is connected to heating chamber 211, and solid fuel 221 is set in limit chamber 2222, and fuel limit body 222 is used to fire solid Material 221 is limited, it is ensured that and during the motion, solid fuel 221 is limited in fuel limit body 222 user always, and first Through-hole 2221 is conducive to the circulation of hot-air, while the aperture design of first through hole 2221 guarantees that hot-air can circulate, solid Fuel 221 will not be leaked out by first through hole 2221.Wherein, use solid fuel 221 the advantages of be solid fuel 221 energy Metric density is high, and heating effect is fine, and relative liquid fuel is safer, the solid fuel 221 in the utility model embodiment Including solid alcohol, when use, only needs a match that can light, and cigarette will not be generated in the combustion process of solid alcohol Dirt, homogeneous flame temperature, flame temperature can reach 600 DEG C or so, pass through the temperature of the hot-air of flame heating and the stream of air Speed and air initial temperature etc. are related, and the temperature of the hot-air after being heated is lower than 100 degree, and every 250g can burn it is 1.5 small When more than, heating duration is long.Optionally, fuel limit body 222 is made of Heat Conduction Materials such as metal plates, fuel limit body 222 Monnolithic case can be in cuboid, and further alternative, fuel limit body 222 is set to the bottom of heating chamber 211.

Further, thermally insulating housing 21 further includes gallery ports 213, the second through-hole 214, collecting chamber 215 and collection box 216.Specifically, gallery ports 213 are set on the side wall of thermally insulating housing 21, gallery ports 213 respectively with heating chamber 211 and limit chamber 2222 connections, optionally, gallery ports 213 use heat-insulated material or heat-insulated and transparent material, and gallery ports 213 are for being isolated The connection of heating chamber 211, limit chamber 2222 and ambient atmosphere, when unlatching charging 213, user can be to limit chamber 2222 Addition or recycling solid fuel 221, and solid fuel 221 is lighted, in addition, when gallery ports 213 are heat-insulated and transparent materials When material is made, it is also convenient for the combustion case that user observes solid fuel 221.Optionally, collecting chamber 215 and collection box 216 are located at The integrally-built least significant end of thermally insulating housing 21, when user is in normal use process, collecting chamber 215 is located at heating chamber 211 Lower section, and collection box 216 is set in collecting chamber 215, collecting chamber 215 by the second through-hole 214 respectively with heating chamber 211 and limit Position chamber 2222 is connected to.In actual use, solid fuel 221 might have partial melting in burning into liquid fuel, Be melted into liquid fuel part will by the second through-hole 214 enter collecting chamber 215 in collection box 216 in, liquid fuel from After opening heating chamber 211, solid fuel 221 will be become again after temperature decline, flow into heating chamber so as to avoid liquid fuel 211 or thermal conductive cavity 11 after cause danger, it is ensured that the personal safety of user, and user can be by collection box 216 from collecting chamber 215 Middle extraction simultaneously collects the solid fuel 221 after solidification and secondary use.

In the utility model embodiment, when the heat generating component 22 in heating chamber 211 is when carrying out combustion heating, partly lead Body thermoelectric generator 24 will collect the temperature difference inside and outside heating chamber 211, realizes thermo-electric generation, and then drive component 23 of supplying gas, supplies gas Ambient atmosphere is sent into heating chamber 211 by component 23 by vent passages 212 again, and the main function for component 23 of supplying gas is for solid The burning of fuel 221 provides oxygen and enhances the power that hot-air enters thermal conductive cavity 11 from heating chamber 211.Further, exist In the utility model embodiment, cooling fin 25 is set on the lateral wall of thermally insulating housing 21, and cooling fin 25 and semiconductor chip It is oppositely arranged, i.e. semiconductor chip is set on one side on the inner wall of heating chamber 211, and the another side and cooling fin 25 of semiconductor chip connect It connects, due to the heat spreading function of cooling fin 25, further reduces the temperature of the cold end of semiconductor chip, it is ensured that work as heating chamber The surface temperature that heat generating component 22 in 211 is set to the one side in heating chamber 211 when being burnt, on semiconductor chip will be remote Higher than the surface temperature for the another side connecting on semiconductor chip with cooling fin 25, the power generation of semiconductor temperature difference generator 24 is improved Effect, at this point, semiconductor temperature difference generator 24 will endlessly supply gas, component 23 is powered, so component 23 of supplying gas will in a steady stream Ambient atmosphere is sent into heating chamber 211 by continuous operating by vent passages 212, and cooling fin 25 is located at vent passages 212 The other end opening, the structure of cooling fin 25 also acts as the first collection air filter screen, prevents some biggish impurity from being inhaled Enter in heating chamber 211, further, filter screen 26 is set at the port of the other end of vent passages 212, that is, is located at group of supplying gas Between part 23 and cooling fin 25, further purified treatment is done to the air for being inhaled into heating chamber 211, introduced contaminants is avoided to cause 100 inside of heated garment is dirty or even blocks.Optionally, component 23 of supplying gas includes fan or aspiration pump.Optionally, hot chamber 211 Heat outlet and heating pipe 13 be connected and fixed by elastic straps 15.Optionally, heating device 20 passes through fixing piece 27 and clothes The fixing belt 17 filled on ontology 10 is fixed, so that garment body 10 and heating device 20 are fixed together, wherein fixing piece 27 It may include that outgoing hooks.

It is worth noting that: in the utility model embodiment, since the combustion heating situation in heating chamber 211 is more sharp Strong, the temperature in heating chamber 211 also will be higher, and the temperature difference so as to cause semiconductor chip huyashi-chuuka (cold chinese-style noodles) and hot face is bigger, therefore semiconductor The power generation of thermoelectric generator 24 is more, voltage is higher, and the revolving speed for component 23 of supplying gas or the speed supplied gas are faster, can be heating Burning in chamber 211 provides more oxygen, and the flow velocity of hot-air is also faster, quickly brings thermal conductive cavity into conducive to by the heat of burning In 11, when the combustion heating situation in heating chamber 211 more mitigates, when burning slack-off, then conversely, being consequently formed one adaptively Control, without controller carry out control combustion case it is corresponding with the matching for situation of supplying gas, save manufacturing cost, and reached and When the effect that responds.

In the utility model embodiment, heated garment 100 includes: garment body 10, is provided with thermal conductive cavity 11；Heating Device 20, fixed with garment body 10, heating device 20 includes thermally insulating housing 21, heat generating component 22, supply gas component 23 and half Conductor thermoelectric generator 24, is provided with heating chamber 211 and vent passages 212 in thermally insulating housing 21, heating chamber 211 respectively with it is thermally conductive Chamber 11 is connected to one end of vent passages 212, and the other end of vent passages 212 is connect with ambient atmosphere, and heat generating component 22 is arranged It is set in vent passages 212 in component 23 of in heating chamber 211, supplying gas, the semiconductor chip setting of semiconductor temperature difference generator 24 In in the one side wall of heating chamber 211, semiconductor temperature difference generator 24 connect with component 23 of supplying gas and powers for component 23 of supplying gas；Its In, component 23 of supplying gas is used to transmit air for heating chamber 211, and heat generating component 23 is used to heat the air in heating chamber 211, heating The air being heated in chamber 211 will enter thermal conductive cavity 11 and be 10 heat supply of garment body.As a result, when heated garment in user's dress After 100, the heating device 20 in heated garment 100 will be 10 heat supply of garment body, and user can directly obtain from garment body 10 A large amount of, large area heat is taken, to realize the purpose that heating is warded off the cold.

It is worth noting that: the beneficial effect of heated garment 100 in the utility model embodiment compared to current technology Including at least following: the first, heated garment 100 is not influenced the normal action of user, is worked as user in the form of the clothes such as vest It wears heated garment 100 and when the upper part of the body, heated garment 100 heats to the upper part of the body of user, using the circulatory system of human body, allow body Other positions also warm up, user in use, only need to place fuel into heating device 20 again by heating device 20 and clothes Dress ontology 10 is fixed and is worn by.The second, semiconductor temperature difference generator 24 feeds pneumatic module 23 and powers, and supplies gas 23 turns of component Dynamic initiative oxygen supply air-supply, stable environment is provided to fuel combustion, flame when having higher wind outside heating device 20 Be not easy to extinguish, and the air of high flow rate can reduce the temperature of hot-air, will not scald, burn more prosperous, blow it is stronger from Suitable solution function does not need controller, does not need additional power supply yet.Third increases specific gravity in the circulation path of hot-air Small, the big heat preservation Heat Conduction Material 12 of specific heat capacity reduces the temperature of hot-air, prevents by keeping the temperature the heat absorption of Heat Conduction Material 12 User is burned, while increasing the flow path of hot-air, extends the time of heat exchange, the energy of most hot-air Amount stores, later slow release again, improves heat utilization ratio.

The foregoing is merely the embodiments of the present invention, and therefore it does not limit the scope of the patent of the utility model, all It is equivalent structure or equivalent flow shift made based on the specification and figures of the utility model, directly or indirectly uses In other related technical areas, it is also included in the patent protection scope of the utility model.

Claims (9)

1. a kind of heated garment characterized by comprising

Garment body is provided with thermal conductive cavity；

Heating device is fixed with the garment body, and the heating device includes thermally insulating housing, heat generating component and group of supplying gas Part, is provided with heating chamber and vent passages in the thermally insulating housing, the heating chamber respectively with the thermal conductive cavity and the ventilation The one end in channel is connected to, and the other end of the vent passages is connect with ambient atmosphere, and the heat generating component is set to the heating Intracavitary, the component of supplying gas is set in the vent passages；

Wherein, it is described supply gas component for for the heating chamber transmit air, the heat generating component be used for heat the heating chamber In air, the air being heated in the heating chamber will enter the thermal conductive cavity and for the garment body heat supply.

2. heated garment according to claim 1, which is characterized in that

The heating device further includes semiconductor temperature difference generator, and the semiconductor chip of the semiconductor temperature difference generator is set to institute It states in the one side wall of heating chamber, the semiconductor temperature difference generator connect with the component of supplying gas and is the component confession of supplying gas Electricity.

3. heated garment according to claim 2, which is characterized in that

The heating device further includes cooling fin, and the cooling fin is set on the lateral wall of the thermally insulating housing, and described scattered Backing is oppositely arranged with the semiconductor chip, and the cooling fin is located at the opening of the other end of the vent passages.

4. heated garment according to claim 1, which is characterized in that

The garment body further includes heat preservation Heat Conduction Material, and the heat preservation Heat Conduction Material is set in the thermal conductive cavity.

5. heated garment according to claim 4, which is characterized in that

The heat preservation Heat Conduction Material includes sawdust and cotton.

6. heated garment according to claim 1, which is characterized in that

The heat generating component includes solid fuel and fuel limit body, and the fuel limit body is fixed in the heating chamber, institute It states fuel limit body and is provided with first through hole and limit chamber, the limit chamber is connected by the first through hole and the heating chamber Logical, the solid fuel is set in the limit chamber, and the fuel limit body is for limiting the solid fuel.

7. heated garment according to claim 6, which is characterized in that

The side wall of the thermally insulating housing is additionally provided with gallery ports, and the gallery ports connect with the heating chamber and the limit chamber respectively It is logical.

8. heated garment according to claim 6, which is characterized in that

The thermally insulating housing further includes the second through-hole, collecting chamber and collection box, and the collection box is set in the collecting chamber, institute Collecting chamber is stated to be connected to the heating chamber and the limit chamber respectively by second through-hole.

9. heated garment according to any one of claims 1 to 8, which is characterized in that

The component of supplying gas includes fan or aspiration pump.