CN201438924U

CN201438924U - Energy collecting pot

Info

Publication number: CN201438924U
Application number: CN2008202358694U
Authority: CN
Inventors: 林暐智
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-12-30
Filing date: 2008-12-30
Publication date: 2010-04-21
Anticipated expiration: 2018-12-30

Abstract

The utility model relates to an energy collecting pot which comprises an outer pot. A containing space is formed in the outer pot to contain an inner pot. The bottom surface of the inner pot is connected with an energy collecting plate, and the energy collecting plate comprises a bottom disc and a vertical plate which upwards extends from the top surface of the bottom disc. At least one through hole with upward and downward penetration is formed on the bottom disc, so that flame can penetrate through the through hole to simultaneously heat the inner pot and the energy collecting plate. The top end of the vertical plate is in contact with the bottom surface of the inner pot to uniformly transfer heat upwards. In addition, the top end of the vertical plate, the bottom surface of the inner pot and the top surface of the bottom disc enclose to form an energy collecting space in order to collect the hot gas generated by the energy collecting plate, thereby the heating time and soaking time of the inner pot can be prolonged.

Description

The cumulative pot

Technical field

The utility model relates to a kind of pan, more particularly, relate to a kind of interior the bottom of a pan face, the top of the riser of energy collecting plate is contacted with the bottom surface of interior pot in conjunction with the energy collecting plate, and between interior the bottom of a pan face and energy collecting plate, form the cumulative space with riser, heat and the cumulative pot of temperature retention time with prolongation.

Background technology

Heat preservation energy-saving products such as reboiler in the market, energy-conservation pot have energy-saving effect to a certain degree mostly, and its basic structure mainly comprises the outer pot with heat insulation and heat insulation function and can insert the interior interior pot of outer pot.And in use, after interior pot is heated to boiling, move in the outer pot again, by the heat-insulation and heat-preservation effect of outer pot, heat energy is retained in the pot then, continues to boil in a covered pot over a slow fire with the food in the internal pot and boil, enable to reach long insulation effect, it is not high enough that but the heat energy utilization rate in use often appears in these products, leave naked light heating after, continue the shortcoming that time of heating voluntarily falls short of.

Therefore, promptly there is the dealer to develop another kind of energy-conservation pot to improve above-mentioned shortcoming, its structure mainly is to be equipped with several stators or fixed block under the interior the bottom of a pan, again in the fixing suspension in the lower end of stator or fixed block heat absorbing ring, so that heat absorbing ring and interior the bottom of a pan face keep certain spacing, use pot in heating, when the interior food of pot is come to life, heating simultaneously makes the temperature of heat absorbing ring reach 500～600 ℃ aglow state, after interior pot moved in the outer pot, heat absorbing ring can produce the effect of " heating again " at interior pot, makes food stewing ripe faster, to shorten the stewing of food boiled the time, reduce the use of fuel simultaneously.

The thermos-cooker that compares prior art, the certain powerful enhancement part of above-mentioned energy-conservation pot only still has following disappearance to wait to improve:

1. be suspended on the bottom surface of interior pot owing to heat absorbing ring, and form open space between the bottom surface of heat absorbing ring and interior pot, therefore, when heating, make hot gas easily, and can't heat interior pot and heat absorbing ring faster via the outside dissipation of this open space.

2. because the heat build-up ring system is vacant state, when its when internally pot is heated action again, mainly be that the stator established by ring or the heat conduction of fixed block are internally heated the bottom surface of pot, have the heat concentrations easily and problem that food is burnt.

3. when heat absorbing ring dispels the heat, its heat is except via stator or fixed block upwards the conduction, in most system dissipates among the bottom surface of pot and the air between the outer pot inner bottom surface, when failing complete driving fit as if the outside of this space and outer pot, heat dissipation fast, and reduce heat insulation effect.

Therefore, need a kind of speed of boiling that makes the cumulative pot can not only quicken interior pot food, evenly heat interior pot again, and can significantly prolong the cumulative pot of the time of insulation.

The utility model content

The technical problems to be solved in the utility model is, above-mentioned defective at prior art, a kind of structure that forms at least one through hole that runs through up and down and be distributed with a plurality of heat-collecting blocks in the bottom surface of energy collecting plate on the chassis of energy collecting plate is provided, in order to do allowing the flame of heating simultaneously energy collecting plate and interior pot be heated, and make flame between each heat-collecting block, scurry row, with the increase heating surface (area) (HS, thereby improve the efficiency of heating surface, shorten heat time heating time.

Secondary objective of the present utility model is providing a kind of cumulative pot, extend upward riser by top, chassis at the energy collecting plate, to form the structure in cumulative space, in order to do the centralized heat energy that the energy collecting plate can be distributed, to prolong warm-up time again, and then the time shortening of the required heating of pot in making, with effective carbon reduction.

Another purpose of the present utility model is providing a kind of cumulative pot, by with the top of the top of the riser of energy collecting plate and a plurality of heat pipes respectively with interior pot the bottom of a pan contacting structure, evenly conduct to the bottom of a pan in order to do the heat that can make the energy collecting plate, avoiding the problem that food burns occurring because of heat concentrations conduction, and can improve the quality that boils in the process of boiling.

For reaching above-mentioned purpose, cumulative pot of the present utility model comprises outer pot, interior pot and energy collecting plate.The inside of this outer pot forms accommodation space, should be placed in the accommodation space of outer pot by interior pot, and this energy collecting plate is linked to the bottom surface of interior pot, this energy collecting plate comprises that the chassis reaches by the upwardly extending riser of chassis end face, form at least one through hole that runs through up and down on this chassis, and this riser forms the cumulative space in chassis end face corral, and the top of this riser contacts with the bottom surface of interior pot.

During enforcement, this riser is extended upward by the periphery of chassis end face, to form the cumulative space in chassis end face corral.

During enforcement, the utility model further comprises a plurality of heat-collecting blocks, and these heat-collecting blocks are distributed in the bottom surface on chassis, and the inside of arbitrary heat-collecting block formation energy collecting groove, and this energy collecting groove is communicated with the cumulative space of chassis end face.

During enforcement, the utility model further comprises a plurality of heat pipes, the bottom surface of pot and the chassis of energy collecting plate in the top of these heat pipes and bottom system link respectively.

Implement the utility model, can heat energy collecting plate and interior pot simultaneously, and make flame between each heat-collecting block, scurry row,, thereby improve the efficiency of heating surface, shorten heat time heating time with the increase heating surface (area) (HS; And the utility model can evenly conduct to the bottom of a pan with the heat of energy collecting plate, and the problem effectively to avoid because of the heat concentrations food being burnt boils and can improve; Moreover the centralized heat energy that the utility model can be distributed the energy collecting plate makes not dissipation fast in the cumulative space, by this, can effectively prolong the time of heating again, thereby pot shortened with the required time of naked light heating in making, to save the energy.

For ease of more deep understanding being arranged, after being specified in now to the utility model.

Description of drawings

The utility model is described in further detail below in conjunction with drawings and Examples, in the accompanying drawing:

Fig. 1 is the assembly exploded view of embodiment of the present utility model;

Fig. 2 is the stereo appearance figure of the energy collecting plate of embodiment of the present utility model;

Fig. 3 is the combination section of embodiment of the present utility model;

Fig. 4 is the user mode figure of embodiment of the present utility model.

The specific embodiment

See also shown in the 1st, 2 figure, it is the preferred embodiment of the utility model cumulative pot 1, comprises outer pot 2, interior pot 3 and energy collecting plate 4.

This inside and outside pot (3,2) is cylindric respectively, and the inside of this outer pot 2 forms accommodation space 21, and the external diameter of interior pot 3 is slightly less than the internal diameter of outer pot 2, in the accommodation space 21 that is placed in outer pot 2.

The solid sheet metal of this energy collecting plate 4 pot 3 external diameters in rounded and external diameter is slightly less than for summary comprises circular base plate 41 and by the upwardly extending laminar riser 42 of the periphery of chassis 41 end faces.Be formed with a plurality of running through up and down and equally distributed through hole 43 on this

chassis

41,41 end face corral forms cumulative space 44 to this riser 42 in the chassis, and this cumulative space 44 is communicated with each through hole 43.During enforcement, described riser 42 also can be made as a plurality of, to be extended upward by the end face edge on chassis 41 respectively, to form a plurality of cumulatives space 44.In addition, the end face on this chassis 41 is provided with four equally distributed circular fixing holes 47, the bottom surface on this chassis 41 is provided with a plurality of equally distributed cylindrical heat-collecting blocks 45, these heat-collecting blocks 45 be respectively by the bottom surface on chassis 41 extend downwards form, and the coaxial formation opening in the inside of arbitrary heat-collecting block 45 energy collecting groove 46 up, arbitrary energy collecting groove 46 is communicated with the cumulative space 44 of chassis 41 end faces.

See also shown in the 3rd figure, it is a combination section of the present utility model, the bottom system of the cylindrical heat pipe 48 of four tool classes inserts respectively in four fixing holes 47 of chassis 41 end faces, and upwards screw togather each heat pipe 48 by 41 belows, chassis respectively with four screws 5, the bottom of each heat pipe 48 is individually fixed on the chassis 41, and the top of these heat pipes 48 is linked to the bottom surface of interior pot 3 respectively in the mode of welding, make the top of laminar riser 42 press on the bottom surface of interior pot 3, and pot 3 bottom surfaces in making, form the cumulative space 44 of approximate sealing between chassis 41 end faces of energy collecting plate 4 and the riser 42.

By this, when the user is placed in the interior pot 3 of splendid attire food on the boiler, and with naked light when internally pot 3 and energy collecting plate 4 heat, partly flame will be by a plurality of through holes 43 on the chassis 41, and be enclosed in the cumulative space 44, with directly internally pot 3 heating, remaining flame is then scurried row between the bottom surface of energy collecting plate 4 and each heat-collecting block 45, with increase, make most heat accumulation (shown in the 4th figure) on the chassis 41 and each heat-collecting block 45 of energy collecting plate 4 by heating surface (area) (HS.

And heat when interior pot 3 leaves naked light, and after being placed in the accommodation space 21 of outer pot 2, accumulate in the chassis 41 of energy collecting plate 4 and the heat energy of each heat-collecting block 45 and will continue to discharge, and heat energy is restricted in cumulative space 44 and each heat accumulator 46, make interior pot 3 can continue to remain on the condition of high temperature and reach the longer time.And in the thermal energy transfer process of chassis 41 and each heat-

collecting block

45,3 thes bottom of a pan are equally distributed contacts because the top of the top of riser 42 and a plurality of heat pipe 48 is respectively with interior pot, not only heat can be conducted fast, internally pot 3 is heated again, and can avoid the heat concentrations, burn with the food in the pot 3 in preventing; In addition, because the heat build-up effect of cumulative space 44 and each heat accumulator 46 can prevent that then heat energy from discharging fast, to prolong the time of insulation.

Therefore, the utlity model has following advantage:

1, the utility model can heat energy collecting plate and interior pot simultaneously, and makes flame scurry row between each heat-collecting block, with the increase heating surface (area) (HS, thereby improves the efficiency of heating surface, shortens heat time heating time.

2, the utility model can evenly conduct to the bottom of a pan with the heat of energy collecting plate, with the problem of effectively avoiding because of the heat concentrations food being burnt, and can improve the quality that boils.

3, the centralized heat energy that the energy collecting plate can be distributed of the utility model makes not dissipation fast in the cumulative space, by this, can effectively prolong the time of heating again, thereby pot shortened with the required time of naked light heating in making, to save the energy.

In sum, according to the content that is above disclosed, the utility model really can reach the intended purposes of utility model, the speed of boiling of pot food in a kind of can not only the acceleration is provided, evenly heat interior pot again, and can significantly prolong the cumulative pot of temperature retention time, have practical value.

The above is specific embodiment of the utility model and the technological means used, can derive according to the exposure of this paper or instruction and to derive many changes and correction, if the equivalence of doing according to conception of the present utility model changes, when the effect that it produced does not exceed specification and the graphic connotation of containing yet, all should be considered as within the technology category of the utility model, closing first Chen Ming.

Claims

1. a cumulative pot is characterized in that, comprising:

Outer pot, its inner accommodation space that forms;

Interior pot is placed in the accommodation space of outer pot; And

The energy collecting plate, the bottom surface of pot in being linked to, described energy collecting plate comprise the chassis and by the upwardly extending riser of chassis end face, form at least one through hole that runs through up and down on the described chassis, and described riser forms the cumulative space at chassis end face corral, and the top of described riser contacts with the bottom surface of interior pot.

2. cumulative pot according to claim 1 is characterized in that described riser is extended upward by the periphery of chassis end face, to form the cumulative space in chassis end face corral.

3. cumulative pot according to claim 1 and 2 is characterized in that, described cumulative pot further comprises a plurality of heat-collecting blocks, and described a plurality of heat-collecting blocks are distributed in the bottom surface on chassis.

4. cumulative pot according to claim 3 is characterized in that, the inside of described heat-collecting block forms the energy collecting groove, and described energy collecting groove is communicated with the cumulative space of chassis end face.

5. cumulative pot according to claim 1 and 2 is characterized in that, described cumulative pot further comprises a plurality of heat pipes, and the bottom of the described a plurality of heat pipes in bottom surface of pot linked the chassis of energy collecting plate in the top of described a plurality of heat pipes linked.