CN2472611Y

CN2472611Y - Compound ceramic pot

Info

Publication number: CN2472611Y
Application number: CN 01235744
Authority: CN
Inventors: 潘明佳
Original assignee: Individual
Current assignee: Individual
Priority date: 2001-04-28
Filing date: 2001-04-28
Publication date: 2002-01-23
Anticipated expiration: 2011-04-28

Abstract

The utility model relates to a complex gallipot which has even heating, good ventilation property and is hard to crack. The utility model is characterized in that: the outside of the gallipot is wrapped with metal layer; a heat conducting layer is arranged between the pottery layer and the metal layer of the gallipot, the heat conducting layer is provided with metal granules or metal powders or magnesia powders, the top of the heat conducing layer is provided with airproofing rings which are provided with riser vents so as to make the heat conducting layer be communicated with the ether, the outside of the pottery layer is provided with at least two ears which are even distributed along the radial outside of the gallipot, the ears are provided with grooves, the inner side of the metal layer is provided with convex buckles which match the grooves.

Description

A kind of ceramic pot

The utility model relates to a kind of cooker for kitchen use, particularly a kind of ceramic pot for kitchen use.

At present the kitchen in family and restaurant is used for the terrine of Baoshang, is the micro-porous permeable that utilizes pottery, characteristics such as extremely efficient in preserving heat, the food taste deliciousness of the cooking.But shortcoming is that heating is inhomogeneous, makes the terrine explosion easily.

The purpose of this utility model just provides a kind of homogeneous heating, good permeability to be difficult for the ceramic pot of explosion again.

The technical solution of the utility model is characterized in that: be wrapped with metal level in the terrine outside.

Terrine described in the utility model, its feature also is: terrine is made pottery and is provided with heat-conducting layer between layer and the metal level.

Terrine described in the utility model, its feature also is: the terrine pottery layer outside is provided with at least two, and ear is provided with groove along the equally distributed ear of terrine outer radial, and the metal level inboard is provided with the protruding button that matches with this groove.

Terrine described in the utility model; its feature also is: heat-conducting layer is clipped wire or metal powder or magnesia powder; heat-conducting layer top is provided with sealing ring, leaves a little gap between heat-conducting layer top and sealing ring, has air-vent on the sealing ring heat-conducting layer is communicated with atmosphere.

Owing to adopted technical scheme described in the utility model, the direct heating of metal layer of flame, metal level by heat-conducting layer with the heat transferred terrine, because metal level and heat-conducting layer all are the good materials of heat conductivility, the pottery layer of terrine is heated evenly, and the terrine inner chamber is by more ventilative than the air-vent of offering on make pottery layer better powdery of gas permeability or granular heat-conducting layer and the sealing ring, and therefore, described ceramic pot had not only kept the gas permeability of terrine but also terrine is heated evenly being difficult for explosion.

Be described further below in conjunction with accompanying drawing:

Fig. 1 is the structure cutaway view of terrine described in the utility model.

Fig. 2 be Fig. 1 along B-B to cutaway view.

Fig. 3 is the partial enlarged view of C part among Fig. 1.

Fig. 4 is that the A of Fig. 2 is to view.

From Fig. 1, Fig. 2, Fig. 3, Fig. 4 as seen, terrine described in the utility model is wrapped with metal level 4 in the outside of the layer 1 of making pottery, make pottery and be provided with heat-conducting layer 5 between layer 1 and the metal level 4, pottery layer 1 outside is provided with three along the radially equally distributed ear 2 of terrine, ear 2 is provided with groove 8, metal level 4 inboards are provided with the protruding button 3 that matches with this groove 8, and heat-conducting layer 5 tops are provided with sealing ring 7, have air-vent 6 on the sealing ring 7 heat-conducting layer 5 is communicated with atmosphere; Heat-conducting layer 5 can be clipped wire or the good particulates of thermal conductivity such as metal powder or magnesia powder; Sealing ring 7 adopts heat-resisting silica gel manufacturing, and its effect is to stop the particulate of heat-conducting layer 5 to be run out of.

Fig. 4 be the described ceramic pot of Fig. 2 pottery layer 1 along A to partial view.As shown in the figure, the layer 1 of making pottery is provided with groove 8, and groove 8 matches with the protruding button 3 that metal level 4 is provided with; When the assembling ceramic pot, with the opening of layer 1 bottom of making pottery over against metal level 4, and the ear 2 on the layer 1 of making pottery is staggered with protruding button 3 on the metal level 4, the layer 1 of will making pottery is put into metal level 4, when the ear 2 of the layer 1 of making pottery is crossed the protruding button 3 of metal level 4, rotate to make pottery layer 1 or metal level 4 make on the ear 2 groove 8 over against protruding button 3 again the pull-up layer 1 of making pottery protruding button 3 is placed in the groove 8, inject granular between layer 1 and the metal level 4 from making pottery or flour formation heat-conducting layer 5, pour into heat-proof silica gel at last and get final product at heat-conducting layer 5 tops formation sealing ring 7.

When using ceramic pot described in the utility model, the direct heating of metal layer 4 of flame, metal level 4 passes through the good heat-conducting layer 5 of heat conductivility with heat transferred pottery layer 1, because of the thermal conductivity of metal level 4 and heat-conducting layer 5 is all very high, so the pottery layer 1 of ceramic pot is heated evenly.In the use, because of the heat-conducting layer 5 of 4 of the pottery layer 1 of ceramic pot and metal levels is granular or flour, when so 4 distances of pottery layer 1 that causes because of expanding with heat and contract with cold and metal level reduce, granular or the flour of heat-conducting layer 5 is extruded and moves up and promote the sealing ring 7 small displacement that makes progress, in order to avoid the layer 1 of making pottery is swarmed in; Otherwise, granular or the flour of heat-conducting layer 5 resets because of the gravity effect moves down (sealing ring 7 can not followed and be moved down but do not influence the effect of ceramic pot described in the utility model this moment) when the distance of make pottery 4 of layer 1 and metal levels increases, and layer 1 and 4 of metal levels are filled with granular or flour comes heat conduction guarantees to make pottery; Ceramic pot reaches ventilative purpose by gap and the air-vent 6 granular or flour on original micropore, the heat-conducting layer 5 on the layer 1 of making pottery; Therefore, described ceramic pot had not only kept the gas permeability of terrine but also can make being heated evenly and being difficult for explosion of terrine.

Claims

1. a ceramic pot is characterized in that: be wrapped with metal level (4) outside the pottery layer (1) of terrine.

2. ceramic pot according to claim 1 is characterized in that: making pottery is provided with heat-conducting layer (5) between layer (1) and the metal level (4).

3. ceramic pot according to claim 2, it is characterized in that: layer (1) outside of making pottery is provided with at least two along the equally distributed ear of terrine outer radial (2), ear (2) is provided with groove (8), and metal level (4) inboard is provided with the protruding button (3) that matches with this groove (8).

4. ceramic pot according to claim 3 is characterized in that: heat-conducting layer (5) is the metal shot-like particle, and heat-conducting layer (5) top is provided with sealing ring (7), has air-vent (6) on the sealing ring (7) heat-conducting layer (5) is communicated with atmosphere.

5. ceramic pot according to claim 3 is characterized in that: heat-conducting layer (5) is a metal powder, and heat-conducting layer (5) top is provided with sealing ring (7), has air-vent (6) on the sealing ring (7) heat-conducting layer (5) is communicated with atmosphere.

6. ceramic pot according to claim 3 is characterized in that: heat-conducting layer (5) is a magnesia powder, and heat-conducting layer (5) top is provided with sealing ring (7), has air-vent (6) on the sealing ring (7) heat-conducting layer is communicated with atmosphere.