CN2376249Y

CN2376249Y - Pot for cooking soup or meal

Info

Publication number: CN2376249Y
Application number: CN 99236437
Authority: CN
Inventors: 甘懋辉
Original assignee: Individual
Current assignee: Individual
Priority date: 1999-06-28
Filing date: 1999-06-28
Publication date: 2000-05-03
Anticipated expiration: 2009-06-28

Abstract

The utility model relates to a pot for cooking soup and meal, which is composed of a pot cover, a pot body and a pot base, wherein the bottom of the pot body is provided with a heat accumulation ring with a conical annular lug boss, a heat accumulation disk which is provided with uniformly distributed through holes and supports a lug boss of an inner pot is arranged on the heat accumulation ring with a conical annular lug boss. A corrugated ring is arranged on the bottom of the inner pot, and a heat energy distributor in a shape of a circular ring is connected with the inner surface of the pot body. The inner pot passes through the heat energy distributor in a shape of a circular ring and is arranged on the lug boss of the heat accumulation disk, and a certain gap is formed between the outer surface of the inner pot and an inner ring of the heat energy distributor. The pot for cooking soup and meal not only can accumulate and store heat energy produced by open flames on the outer edge of the pot bottom efficiently for use, but also can make the thermal insulation of food in the pot long after flameout.

Description

Pot for cooking soup or meal

The utility model relates to a kind of culinary pot, particularly relates to a kind of pot that can enlarge the area of heating surface.

Existing pressure cooker, slaughterhouse generally all adopt naked light that the bottom of a pan is heated when heating, and at this moment the peripheral heat energy that produces of naked light has been lost unintentionally in the bottom of a pan outer rim, and after the cutoff, can not make the food insulation in the pot again, therefore cause the waste on the energy; And electric cooker, Gas-burning rice pot and multifunctional pot, it is after food is cooked, by continuing the temperature that connection power supply or source of the gas keep pot interior food, because of needs loss electric energy or gas energy, so cost is higher; The method of fill insulant material has solved the insulation of food in the pot after the cutoff in the pot body though Vacuum cooker, thermos-cooker adopt, and during the food heating, the naked light of the bottom of a pan outer rim still can not be fully utilized.

The purpose of this utility model provide a kind of not only energy-conservation, save time, and the long Pot for cooking soup or meal of temperature retention time, it can not only be assembled the heat energy that naked light produced of the bottom of a pan outer rim, store to get up to be used effectively, and the interior food of pot is incubated long after can making cutoff.

For achieving the above object, the utility model Pot for cooking soup or meal is made up of pot cover, pot body and the bottom of a pan seat, and bottom of pot body is provided with heat absorbing ring, and described heat absorbing ring is provided with heat-collecting disc, and be connected with the heat energy distributor on inner surface of pot body, interior pot passes the heat energy distributor and places on the heat-collecting disc.

Described heat absorbing ring is two-layer above tapered annular boss; Be evenly equipped with the through hole that varies in size on the described heat-collecting disc, and the heat-collecting disc upper surface be provided with three with upper support in the pot boss; The bottom of a pan of pot is provided with corrugated ring in described; Described heat energy distributor is an annular, its upper surface is provided with the spacing block set more than three, and uniform porose on described annulus, interior pot passes described annular heat energy distributor and places on the boss of heat-collecting disc, and leaves certain clearance between the interior ring of interior pot outer surface and heat energy distributor.

The utility model Pot for cooking soup or meal has been owing to increased step-like heat absorbing ring at bottom of pot body, makes heat energy that naked light burning back produces effectively in the inspiration heat absorbing ring; Owing on heat absorbing ring, be provided with the heat-collecting disc of band through hole, make the naked light of heat absorbing ring reception and the through hole that hot-air can waltz through on the heat-collecting disc supply with the interior pot that places on the heat-collecting disc boss again; The bottom of a pan of pot is a corrugated ring in adding, and it not only makes naked light and hot-air obtain prolonging in the holdup time in the interior the bottom of a pan, and has enlarged heating surface (area) (HS effectively; The heat energy distributor of setting up simultaneously can will enter into the interior hot-air of pot body by the hole on it, between interior pot outer surface and inner surface of pot body, form the three-dimensional circulation of eddy current, carry out omnibearing Fast Heating, food is heated evenly, and can make full use of heat energy realize energy-conservation, save time and be incubated.

Below in conjunction with accompanying drawing the utility model Pot for cooking soup or meal is described in further detail.

Fig. 1 is the structural representation of the utility model Pot for cooking soup or meal;

Fig. 2 is the pot body of the utility model Pot for cooking soup or meal and the structural representation of interior pot;

Fig. 3 is the vertical view of the utility model Pot for cooking soup or meal heat absorbing ring;

Fig. 4 is that Fig. 3 A-A is to cutaway view;

Fig. 5 is the structural representation of the utility model Pot for cooking soup or meal heat-collecting disc;

Fig. 6 is that Fig. 5 B-B is to cutaway view;

Fig. 7 is the structural representation of the utility model Pot for cooking soup or meal heat energy distributor embodiment one;

Fig. 8 is that Fig. 7 C-C is to cutaway view;

Fig. 9 is the structural representation of the utility model Pot for cooking soup or meal heat energy distributor embodiment two;

Figure 10 is that Fig. 7 D-D is to cutaway view;

Figure 11 is the structural representation of pot in the utility model Pot for cooking soup or meal;

Figure 12 is that Fig. 9 E-E is to cutaway view.

Pot for cooking soup or meal shown in Figure 1 is made up of pot cover 1, pot body 3 and the bottom of a pan seat 8 of interior band packing material, the heat absorbing ring 6 of the tapered annular boss of one multilayer is arranged at pot body 3 bottoms, its size and geometry change along with the volume size of Pot for cooking soup or meal, it is not only applicable to the stove or the cooking stove of naked light burnings such as various gas energy, coal, timber, kerosene, and can be effectively in the inspiration heat absorbing ring 6, shown in Fig. 2,3 and 4 with the whole heat energy after the naked light burning.The heat-collecting disc 11 that one dribbling shape is arranged on heat absorbing ring 6, be distributed with the through hole 5 that varies in size on the heat-collecting disc 11 equably, this through hole 5 can be various geometries, and is best with the bellmouth effect, the boss 9 of pot in heat-collecting disc 11 upper surfaces are distributed with three supportings equably is shown in Fig. 5,6.Through hole 5 total flows on the heat-collecting disc 11 must satisfy and naked light and the hot-air supplied with greater than heat absorbing ring 6 pass through smoothly, and this heat-collecting disc 11 can select for use heat-resisting clay to add graphite material or other packing material is made.In pot body 3 inner surfaces middle parts interference fit or be welded with a heat energy distributor 4, this heat energy distributor 4 is an annular, encircle upper surface within it three spacing block sets 14 are arranged, and on annulus, have the hole of various geometries equably, this hole can be the louver fenestra, the louver fenestra is provided with corresponding louvre blade 13, the angle and direction of control louver fenestra page or leaf sheet 13 can distribute mobile direction of hot-air and flowing velocity, be controlled at 1 °～89 °, direction for upwards inwardly to be advisable, shown in Fig. 7,8 with the angle of louver fenestra page or leaf sheet 13; Hot-air after heat energy distributor 4 distributes forms the three-dimensional circulation track of eddy current, carries out omnibearing pressure heating apace, and can be with in the filled composite materials of thermal energy storage in pot body 3.The annular shape structure that heat energy distributor 4 can also be made up of several laminations 15, this lamination ring is interference fitted on pot body 3 inner surfaces, shown in Fig. 9,10.Interior pot 2 passes annular heat energy distributor 4, by 14 location of three spacing block sets on the heat energy distributor 4, interior pot 2 is placed on three supporting boss 9 of heat-collecting disc 11, at this moment need leave enough gaps between the interior ring of pot 2 outer surfaces and heat energy distributor 4 in, make from the flow direction and the speed of the hot-air on the heat-collecting disc 11 and effectively distributed.Multilayer corrugated annular 12 is adopted in the bottom of a pan of interior pot 2, makes naked light and hot-air prolong in the holdup time at 2 ends of interior pot, has enlarged heating surface (area) (HS, has saved heat time heating time, has reached purpose of energy saving.

When using Pot for cooking soup or meal, the food that will fill up water is earlier put interior pot 2 into, then interior pot 2 is placed in pot body 3, and pot body 3 placed on stove and accessory or the cooking stove igniting heating, at this moment naked light and Hot air quilt heat absorbing ring 6 are assembled back supply heat-collecting disc 11, the cone-shaped hole 5 that naked light and hot-air pass on the heat-collecting disc 11 is supplied with 2 ends of pot in the annular of being with ripple, owing between interior pot 2 outer surfaces and pot body 3 inner surfaces enough gaps are arranged, make the hot-air that rises not only supply with interior pot 2, and make that pot body 3 inwalls are also heated, because pot body 3 inwalls are by heat build-up, the heat-insulation and heat-preservation material is made, therefore pot body 3 inwalls just can get up the thermal energy storage that heat-collecting disc 11 is supplied with, both can give interior pot 2 heating, be again the heat energy source of interior pot 2 insulations after the cutoff.The annular heat energy distributor 4 that connects on while pot body 3 inner surfaces, not only controlled air mobile direction and the speed of heating, and can produce to make and produce negative pressure eddy current shuttling movement through the hot-air behind the heat energy distributor 4, thereby pot 2 heating are quicker in making, evenly and pot body 3 inwalls assemble rapidly and store heat energy, for the heat energy sources of pot 2 insulations in after the cutoff.Food in interior pot 2 is once boiling, just pot body 3 of pot 2 in being built-in with can be removed stove and accessory or cooking stove is put the bottom of a pan seat 8 into, and covers pot cover.At this moment, interior pot 2 li food just can continue heating and insulation in this Pot for cooking soup or meal.In order to make temperature retention time longer, can be respectively arranged with adiabatic ring 10 at heat absorbing ring 6 and pot body 3 upper surfaces, lower surface, between the thermal insulation ring 10 of pot body 3 lower surfaces and the bottom of a pan seat 8, be provided with sealing gasket 7, thermal energy transfer speed is slowed down, must energy support thereby reach not, make temperature retention time hold the purpose of length.

Claims

1. a Pot for cooking soup or meal is made up of pot cover (1), pot body (3) and the bottom of a pan seat (8), it is characterized in that: described pot body (3) bottom is provided with heat absorbing ring (6), described heat absorbing ring (6) is provided with heat-collecting disc (11), and be connected with heat energy distributor (4) on pot body (3) inner surface, interior pot (3) passes heat energy distributor (4) and places on the heat-collecting disc (11).

2. Pot for cooking soup or meal according to claim 1 is characterized in that: described heat absorbing ring (6) is two-layer above tapered annular boss; Be evenly equipped with the through hole (5) that varies in size on the described heat-collecting disc (11), and heat-collecting disc (11) upper surface be provided with three with upper support in the pot boss (9); The bottom of a pan of pot (2) is provided with and is corrugated ring (12) in described; Described heat energy distributor (4) is an annular, uniform porose on the described annulus, in pot (2) pass on the boss (9) that described annular heat energy distributor (4) places heat-collecting disc (11), and leave certain clearance between the interior ring of interior pot (2) outer surface and heat energy distributor (4).

3. Pot for cooking soup or meal according to claim 1 and 2 is characterized in that: the through hole (5) on the described heat-collecting disc (11) is various geometries.

4. Pot for cooking soup or meal according to claim 1 and 2 is characterized in that: the hole that is evenly equipped with various geometries on the annulus of described heat energy distributor (4).

5. Pot for cooking soup or meal according to claim 1 and 2, it is characterized in that: the annulus upper surface of described heat energy distributor (4) is provided with the positive stop lug boss (14) more than three, and on described annulus, be evenly equipped with the louver fenestra, the louver fenestra is provided with corresponding louvre blade (13), the angle of louver sheet (13) is between 1 °～89 °, and direction is for upwards inside.

6. Pot for cooking soup or meal according to claim 1 and 2 is characterized in that: the circulus that described heat energy distributor (4) is made up of several laminations (15).

7. Pot for cooking soup or meal according to claim 1 and 2 is characterized in that: described heat absorbing ring (6) is respectively equipped with adiabatic ring (10) with upper surface, the lower surface of pot body (3).