CN2429071Y - Thermal insulating cooker with quick heat conduction - Google Patents

Abstract

The utility model relates to a heat insulating cooker with rapid heat conduction. The heat insulating cooker with rapid heat conduction is composed of a cooker body, an isolated layer body, a base body and an upper cover body. The surrounding wall and the bottom wall of the cooker body have proper wall thickness. The interior of the cooker body is vacuum. A proper action fluid is filled in the interior of the cooker body. The isolated layer body is enclosed on the outer ring wall of the cooker body. A proper interval is maintained between the isolated layer body and the outer ring wall. Thus, a vacuum layer is formed. The base body, wherein, the interior of which is a vacuum layer has proper wall thickness. A cover is arranged at the bottom of the cooker body. The interior of the upper cover body is a vacuum layer. The upper cover body is covered on the top of the cooker body. The utility model has the efficiency of high speed boiling, heat insulation and energy saving.

Description

The stewing insulation pan that boils of quick conductive

The utility model provides that a kind of quick conductive is stewing boils the insulation pan, is meant a kind of special setting of being made up of pot body, interlayer body, base body and upper cover body especially, so that pan has concurrently and cook, boil in a covered pot over a slow fire the benefit of boiling, being incubated, and then significantly reduces fuel energy.

Traditional pan of cooking, generally all with metal plate compression moulding, this kind pan is positioned in the process of cooking on the thermal source, all must rely on thermal source that fuel combustion produced and lasting the heating, and then can boil food, because in heating process, heating source is positioned at the pan bottom, and its conduction that must see through the metal pan could be distributed in the whole wall of pan slowly, because the conduction of velocity of thermal source is very slow, vertically can conduct to the pan perisporium, the shortcoming of thermal source skewness is also arranged; Moreover heating source makes the food boiling of being heated via the conduction of metal pan, this moment, thermal source also continued the loss that sheds via metal pan wall, so the thermal source that produced of fuel combustion can't make full use of,, and then cause the shortcoming that wastes energy so that the time of cooking must extend.

Main purpose of the present utility model is to provide a kind of quick conductive the stewing insulation pan that boils, fill the special setting of an amount of action fluid by the pot body, but so that heating source Fast Heating boiling action fluid, and make the action fluid produce the thermal current effect of circulation, and then conduct to the perisporium of pot body rapidly, so can be fast thermal source be seen through the action effect of action fluid and the average pot body perisporium that is distributed in, so that the boiling time that is heated of cooking food significantly shortens, and then reach the application target of fuel saving.

Another purpose of the present utility model is that the thermal source of breaking off pot body by the vacuum layer setting of interlayer body, upper cover body and base body scatters and disappears, so can boil food fast, again the pot body is placed in the base body top, so that unlikely the scattering and disappearing of pot body bottom thermal source, also can reach stewing and boil, heat preservation effect, integral body has the real benefit of the fuel saving energy.

The purpose of this utility model is achieved in that the stewing insulation pan that boils of a kind of quick conductive, constituted by pot body, interlayer body, base body and upper cover body, it is characterized in that: the perisporium of this pot body and diapire tool proper wall thickness, its inner tool appropriate gap and vacuumizing earlier, recharge into an amount of action fluid and encapsulated, it is vacuum that there is 80 percent space in the formed gap of the perisporium of this pot body and diapire, and other has 20 percent space to be the action fluid; This interlayer body is located in the external annulus of pot body, and in the inner tool appropriate gap of interlayer body and the tool vacuum is provided with; This bottom body tool proper wall thickness and inner tool gap and be the vacuum layer setting cover at a pot body bottom; This upper cover body inside is the vacuum layer setting also, is covered on the top of pot body.

Major advantage of the present utility model is: integral body has the real benefit of the fuel saving energy.

Further specify below in conjunction with preferred embodiment and accompanying drawing.

Fig. 1 is a schematic perspective view of the present utility model.

Fig. 2 is a decomposing schematic representation of the present utility model.

Fig. 3 does not dispose the generalized section of base body for the utility model.

Fig. 4 is the generalized section of the utility model configuration base body.

Consult Fig. 1-Fig. 4, the stewing insulation pan that boils of quick conductive of the present utility model, by one pot of body 10, one interlayer body 11, one base body 12 and a upper cover body 13 constitute, the wherein perisporium of this pot body 10 and diapire tool proper wall thickness, an amount of action fluid 14 is filled for vacuum in its inside, this interlayer body 11 is to be located in the external annulus of pot body 10 and to keep appropriate intervals and the setting of tool vacuum layer, these base body 12 tool proper wall thickness and inside also are vacuum layer, and then can cover at pot body 10 bottoms, these upper cover body 13 inside are all the vacuum layer setting again, so that upper cover body 13 can cover a pot bodies top, composition by above-mentioned member, can make pan with real benefit quick and insulation, and then reach the purpose of saving the energy.

The wall thickness inner space of pot body 10 has 80 of percentage to be vacuum approximately, there is 20 of percentage to be the action fluid in addition approximately, this is that the action fluid is made the heat transfer effect of " phase change " under vacuum environment, moreover, pot body interior tool vacuum and fill the action fluid, so with the high heat transfer characteristic of heat pipe principle by pot body bottom to the upper strata around around the whole cooker body, utilize pot body periphery with the interlayer body disconnected heat of vacuum in addition again, be difficult for allowing thermal source scatter and disappear, so impel the time of boiling of pot interior food or liquid significantly to reduce, and then save the effect of the energy (thermal source is concentrated) and external security (preventing to scald) with the pot body interior.Utilization is positioned at the heating source of pot body 10 bottoms, action fluid 14 heating with diapire inside, evaporation also produces the fluid movement effect, the action fluid 14 that is positioned at heating source this moment is carried a large amount of latent heat, and the characteristic of temperature distribution homogenization, that is pan is positioned over when using on the heating source, be vulnerable to the heating boiling fast of thermal source because of the action fluid 14 of pot body 10 inside, so thermal source can be distributed in pot body 10 perisporiums rapidly and uniformly, this moment pot body 10 walls conduct the thermal source that, broken off conduction effect by the vacuum layer between interlayer body 11 and the pot body 10, also by the vacuum layer of upper cover body 13, food is boiled the thermal source that is produced to be closed in the pot, so under the thermal source unlikely lost situation, adding thermal source utilization action fluid 14, to conduct to pot body 10 perisporiums very quick, so can significantly shorten the time of cooking, and then the use of fuel saving, integral body reaches the real benefit of saving the energy.Pan is in the process of cooking in addition, need not continue heating and boil food, only need to confirm to cook in the pot behind the liquid boiling, pot body 10 can be taken off and is positioned over base body 12 tops, so that the thermal source of pot body 10 bottoms is blocked by the vacuum layer of base body 12, so can bring into play stewing cooking food and heat preservation effect, that is pan of the present utility model is in process is cooked in heating, significantly shortened the time of cooking, needn't continue heating kettle body 10 again, and then utilize the stewing mode of boiling that food is stewing ripe, so the comparable traditional thermos-cooker of fuel energy more reduces.The user also can select the mode that food is boiled in directly heating in addition, pot body 10 is positioned over burning use on the heating source, so can cooperate the characteristic of food and allocate uses, also can reach and save the energy, advantage easy to use, the whole economic benefit that has the best in fact.

Wherein this pot body hollow wall thickness is filled the setting of action fluid, also fills the action fluid applicable to the hollow body thing of hollow tube, hollow plate body or Any shape is inner, and then cooperates household appliances or tableware or need the facility of quick conductive to use.

Claims (1)

1, the stewing insulation pan that boils of a kind of quick conductive, constituted by pot body, interlayer body, base body and upper cover body, it is characterized in that: the perisporium of this pot body and diapire tool proper wall thickness, its inner tool appropriate gap and vacuumizing earlier, recharge into an amount of action fluid and encapsulated, it is vacuum that there is 80 percent space in the formed gap of the perisporium of this pot body and diapire, and other has 20 percent space to be the action fluid; This interlayer body is located in the external annulus of pot body, and in the inner tool appropriate gap of interlayer body and the tool vacuum is provided with; This bottom body tool proper wall thickness and inner tool gap and be the vacuum layer setting cover at a pot body bottom; This upper cover body inside is the vacuum layer setting also, is covered on the top of pot body.

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