CN102613803A

CN102613803A - New energy charging travel energy storage bottle

Info

Publication number: CN102613803A
Application number: CN2012100940728A
Authority: CN
Inventors: 郑德强
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-03-31
Filing date: 2012-03-31
Publication date: 2012-08-01

Abstract

The invention discloses a new energy charging travel energy storage bottle capable of conveniently raising the temperature of drinking water when a user goes for an outing for long time in field and needs to drink hot water. The travel energy storage bottle comprises a bottle body, an inner container and electric heaters, wherein the inner container is a closed body made of a metal material, a high latent heat phase change energy storage material is arranged in the inner container, a water pipe is arranged in the inner container, the upper end of the water pipe is connected with an inlet end on the top of the inner container, and the lower end of the water pipe is connected with an outlet end on the side wall of the lower part of the inner container. The energy storage inner container is arranged in the bottle body, the water pipe penetrates through the inner container, and the electric heaters are arranged on the peripheral wall of the inner container, so that electrical energy can be previously converted into heat energy and the heat energy is stored in the energy storage material in outing; and when the drinking water is required to be heated, the drinking water can be put into the water pipe to absorb the heat energy stored in the high latent heat solid-liquid phase change energy storage material, so that the temperature of the drinking water is raised, and convenience is provided for drinking the hot water during outing in field.

Description

The rechargeable travelling energy storage of new forms of energy bottle

Technical field

The present invention relates to energy storage canister, the heat accumulation bottle of particularly travelling outdoors and being convenient for carrying.

Background technology

At present, the open-air outing of people play tired, thirsty, always will have a rest; Stop for a rest, drink water and replenish energy, entrained drink is not that beverage is exactly bottled mineral water, and these drink temperature are lower than environment temperature basically; For the empty people of some stomach colds, body, often drinking these drinks can influence healthyly, very easily causes gastrointestinal disease; Some the elderly always goes out with thermos cup band one kettle hot water with subsequent use, but the time one of travelling outdoors is long, before meeting again not behind the village not the situation in shop; Hot water in the kettle also can become cold water, in case drunk, just hesitates to separate with cold water and has drunk.

Summary of the invention

The purpose of this invention is to provide the rechargeable travelling energy storage of a kind of new forms of energy bottle, the technical problem that solve is longer in the open-air outing time of people, when needing drinking hot water, can improve the drinking water water temperature very easily.

The technical scheme that the present invention adopts is:

The rechargeable travelling energy storage of new forms of energy of the present invention bottle; Comprise bottle, inner bag and electric heater; Said inner bag is the obturator that metal material is processed, and is provided with high latent heat phase-changing energy storage material in the inner bag, also is provided with water service pipe in it; The entrance point on the upper end of this water service pipe and inner bag top joins, and its lower end and inner bag lower sides upper outlet end join.

The setting of said water service pipe in inner bag is shaped as spiral plate-like gyrotron.

Said water service pipe is made by copper or aluminum alloy materials.

Top at bottle is provided with water chamber, and the bottom of water chamber is provided with fistulae, and this fistulae communicates with entrance point on the said inner bag.

Said electric heater is the rotary heating furnace silk, and is looped around the periphery wall of said inner bag.

The bottom outer wall of bottle is provided with the electric power connecting mouth that links to each other with said electric heater.

The port of export at the said water service pipe of sidewall of bottle is provided with the push type water valve.

Top at bottle is provided with insulation cover.

Compared with prior art, the present invention is provided with the inner bag that has high latent heat solid-liquid phase change energy storage material owing to being employed in the bottle, and a water service pipe is passed inner bag; Add the structure of electric heater at the periphery wall of inner bag; Thereby when can be implemented in out on tours, convert electrical energy into heat energy in advance and be stored in the described high latent heat solid-liquid phase change energy storage material, when tourism in the open air; In the time of need heating up to the drinking water of lower temperature; Just can the drinking water of lower temperature be inserted in the water service pipe, absorb the water temperature raising that is stored in the heat energy in the high latent heat solid-liquid phase change energy storage material and makes drinking water, thereby convenience is provided for the open-air outing of people can drink hot water.

Description of drawings

Below in conjunction with the accompanying drawing and the specific embodiment the present invention is done further detailed description.

Fig. 1 is a profile sketch map of the present invention.

Fig. 2 is an A-A cutaway view among Fig. 1.

The specific embodiment

Like Fig. 1, shown in 2, the rechargeable travelling energy storage of new forms of energy of the present invention bottle comprises the bottle of being made by stainless steel or plastic material 1, the insulation cover 11 at bottle 1 top, heat-insulation layer 18, inner bag 5 and the electric heater 23 of bottle 1 inwall.

Said inner bag 5 is made by the higher metal material of thermal conductivity, can be that copper or aluminium alloy are made, and inner bag 5 is a closed cavity; High latent heat solid-liquid phase change energy storage material 21 is housed in this cavity; Also be provided with one in the cavity by copper or the made water service pipe 22 of aluminum alloy materials, water service pipe 22 plate-like in the shape of a spiral places high latent heat solid-liquid phase change energy storage material 21, and its upper end joins with the entrance point 15 at inner bag 5 tops; The port of export 16 on its lower end and inner bag 5 lower sides joins; Above the top of bottle 1, said entrance point 15, be provided with a water chamber 17, water chamber 17 peristomes flush with bottle 1 peristome, are provided with the pipe 171 that leaks in its bottom; The pipe 171 that leaks joins with the entrance point 15 of described water service pipe 22; Water is poured in the water chamber 17, opened the push type water valve 14 of being located at water service pipe 22 ports of export 16, the water in the water chamber 17 will be flowed out by the port of export 16 through inner bag 5.

Around bottle 1 inwall; Be provided with the heat-insulation layer 18 of good heat-insulation effect; On the outer wall of bottle 1 bottom, be provided with electric power connecting mouth 13, electric power connecting mouth 13 be located at inner bag 5 outer walls and link to each other with electric heater 23 between the heat-insulation layer 18, electric heater 23 is the annular electric furnace heating wire around inner bag 5 periphery walls; When opening 5 heating of 23 pairs of inner bags of electric heater; The heat energy that it produced absorbs through the high latent heat solid-liquid phase change energy storage materials 21 that inner bag 5 walls are placed in the inner bag 5, and after wherein institute's heat accumulation can reach certain value, high latent heat solid-liquid phase change energy storage material 21 transferred liquid phase to by solid phase; Under the insulation of heat-insulation layer 18, institute's heat accumulation can be able to store for a long time in high latent heat solid-liquid phase change energy storage material 21.

Method for using of the present invention

1) before will travelling outdoors, described electric heater 23 is opened heat energy storage.

2) thermometer 12 on the observation bottle 1, when displays temperature reached setting value, promptly institute's heat accumulation can reach setting value in the high latent heat solid-liquid phase change energy storage material 21 in the inner bag 5, can break off electric heater 23, stops heat accumulation.

3) insulation cover 11 is screwed placed traveling bag subsequent use.

4) when travelling in the open air, in the time of need heating to cold water, the insulation cover 11 of outwarding winding; Cold water is poured in the water chamber 17; Cold water promptly flows in the water service pipe 22 in the inner bag 5, the insulation cover 11 of screwing again, at this moment; Cold water in the water service pipe 22 absorbs heat and heats up from the high latent heat solid-liquid energy storage material 21 of liquid phase.

5) be raised to when suitable when water temperature, can unscrew insulation cover 11, push the water valve 14 of water side, can drink by water receiving.

Claims

1. the rechargeable travelling energy storage of new forms of energy bottle; Comprise bottle (1), heat-insulation layer (18), inner bag (2) and electric heater (23); It is characterized in that: the obturator that said inner bag (2) is processed for metal material, be provided with high latent heat phase-changing energy storage material (21) in the inner bag (2), also be provided with water service pipe (22) in it; The entrance point (15) at upper end of this water service pipe (22) and inner bag (2) top joins, and its lower end and inner bag (2) lower sides upper outlet end (16) joins.

2. the rechargeable travelling energy storage of new forms of energy according to claim 1 bottle is characterized in that: the setting of said water service pipe (22) in inner bag (2) is shaped as the spiral coil of pipes.

3. the rechargeable travelling energy storage of new forms of energy according to claim 2 bottle, it is characterized in that: said water service pipe (22) is made by copper or aluminum alloy materials.

4. the rechargeable travelling energy storage of new forms of energy according to claim 3 bottle; It is characterized in that: be provided with water chamber (17) on the top of bottle (1); The bottom of water chamber (17) is provided with the pipe (171) that leaks, and this pipe (171) that leaks communicates with entrance point (15) on the said inner bag (2).

5. the rechargeable travelling energy storage of new forms of energy according to claim 4 bottle, it is characterized in that: said electric heater (23) is the rotary heating furnace silk, and is looped around the periphery wall of said inner bag (2).

6. the rechargeable travelling energy storage of new forms of energy according to claim 5 bottle is characterized in that: the bottom outer wall of bottle (1) is provided with the electric power connecting mouth (13) that links to each other with said electric heater (23).

7. the rechargeable travelling energy storage of new forms of energy according to claim 1 bottle is characterized in that: the port of export (16) at the said water service pipe of sidewall (22) of bottle (1) is provided with push type water valve (14).

According to claim 1-7 at the rechargeable travelling energy storage of each described new forms of energy bottle, it is characterized in that: be provided with insulation cover (11) at the top of bottle (1).