CN204292899U

CN204292899U - Casting integrated energy saving pot

Info

Publication number: CN204292899U
Application number: CN201420800426.0U
Authority: CN
Inventors: 甘瑞秋
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-12-18
Filing date: 2014-12-18
Publication date: 2015-04-29
Anticipated expiration: 2024-12-18

Abstract

The utility model discloses a kind of casting integrated energy saving pot, comprise pot body and panhandle, it is characterized in that: the outer wall of described pot body is provided with some thermal-arrest fins, described thermal-arrest fin is longitudinally extended to heat affected zone outer radially by the heat affected zone center of the external wall of pot, same thermal-arrest fin is circumferentially evenly distributed, different thermal-arrest fin Heterogeneous Permutation circumferentially; The heat affected zone that described thermal-arrest fin is connected to the external wall of pot is cast as one with the external wall of pot.Described thermal-arrest fin is long almond shape.Centroclinal to pot external wall heat affected zone gradually successively to the two ends of the thermal-arrest fin of heat affected zone outer from pot external wall heat affected zone center.This energy saving pot heat utilization rate is high, can shorten cooking time, saves valuable combustion gas resource.

Description

Casting integrated energy saving pot

Technical field

The utility model relates to a kind of kitchen tools, particularly a kind of energy saving pot.

Background technology

The requisite apparatus of the daily culinary art of Guo Shi family, present most family still uses the smooth traditional pot in outside, but its often thermal source utilization rate is low, time-consumingly take the energy, do not reach energy-efficient object, do not met the requirement that modern society is energy-conservation.Also some energy saving pots are had on the market at present, the heating surface area in its bottom of a pan is larger than traditional pan, heat absorption efficiency is higher than traditional pan, but these energy saving pots cut the stifled ring device stayed realize energy-conservation object, the CO that these devices produce after stove fire can be caused to burn by being provided with in the bottom of a pan heat affected zone to enclose stove fire ₂cannot effectively spread to periphery thus produce backrush phenomenon, have impact on the burning quality of follow-up combustion gas, cause combustion gas there is no complete after-flame and generate CO and scatter in air and affect air quality; In addition, some energy saving pots are also had to be that spill guiding gutter by arranging outside forms of radiation in the bottom of a pan heat affected zone realizes energy-conservation object, though such design effectively can be shunted stove fire and be strengthened heat absorption efficiency, but such design certainly will cause a pot body became uneven, cause Guo Ti local heating unbalanced, have influence on the taste of cooking.

Summary of the invention

The utility model provides that a kind of heat utilization rate is high, the casting energy saving integral pot of efficient energy-saving.

For achieving the above object, the technical solution of the utility model is:

A kind of casting integrated energy saving pot, comprises pot body and panhandle, it is characterized in that:

The outer wall of described pot body is provided with some thermal-arrest fins, and described thermal-arrest fin is longitudinally extended to heat affected zone outer radially by the heat affected zone center of the external wall of pot, and same thermal-arrest fin is circumferentially evenly distributed, different thermal-arrest fin Heterogeneous Permutation circumferentially; The heat affected zone that described thermal-arrest fin is connected to the external wall of pot is cast as one with the external wall of pot.

Described thermal-arrest fin is long almond shape.

Centroclinal to pot external wall heat affected zone gradually successively to the two ends of the thermal-arrest fin of heat affected zone outer from pot external wall heat affected zone center.

Described thermal-arrest fin reduces height, until combine together with the external wall of pot gradually by the heat affected zone center of the external wall of pot is curved to heat affected zone outer.

The casting energy saving integral pot of above structure, have the following advantages: (1) thermal-arrest fin increase effectively the heat affected zone of the external wall of pot, increase the contact area of the external wall of pot and stove fire, significantly improve the heat absorption efficiency of pot body to stove fire, because pot body entirety is heated comparatively even, the heat of absorption is many compared with traditional pot, and therefore heat utilization rate is high, shorten cooking time, save valuable combustion gas resource; (2) thermal-arrest fin design growth almond shape, can effectively to external diffusion, reduce the resistance of stove fire to external diffusion by water conservancy diversion stove fire, can make the CO that stove fire burning generates ₂fast and effeciently to external diffusion, do not affect the burning quality of stove fire; (3) thermal-arrest fin is tilted to heat affected zone outer by the heat affected zone center of the external wall of pot, effectively can comply with the outward-dipping intensity of a fire of stove fire, allow stove fire outward-dipping gradually directly lick each face of thermal-arrest fin as best one can, avoid stove fire cause backrush at thermal-arrest fin clearance and affect the burning quality of combustion gas; (4) thermal-arrest fin adopts the mode of the evenly longitudinal radiation of dislocation from inside to outside to arrange, effectively make use of the space of the external wall heat affected zone of pot, increase the heating surface area of the external wall heat affected zone of pot, also pot physical efficiency can be made to be placed on more reposefully on gas furnace support simultaneously, be unlikely larger depressed area and a pot body is tiltedly turned on support.

Accompanying drawing explanation

Fig. 1 is structural representation of the present utility model

In figure, pot body 1, panhandle 2, thermal-arrest fin 3.

Detailed description of the invention

Below in conjunction with accompanying drawing, the utility model is described in further detail:

As shown in Figure 1, a kind of casting integrated energy saving pot, comprise pot body 1 and panhandle 2, some thermal-arrest fins 3 are provided with at the outer wall of pot body 1, thermal-arrest fin 3 is longitudinally extended to heat affected zone outer radially by the heat affected zone center of pot body 1 outer wall, same thermal-arrest fin 3 is circumferentially evenly distributed, different thermal-arrest fin 3 Heterogeneous Permutation circumferentially; The heat affected zone that described thermal-arrest fin 3 is connected to pot body 1 outer wall is cast as one with pot body 1 outer wall.Thermal-arrest fin 3 radially increase effectively the heat affected zone of the external wall of pot, increases the contact area of pot body 1 outer wall and stove fire, significantly improves the heat absorption efficiency of pot body 1 pair of stove fire,

Described thermal-arrest fin 3 is in long almond shape.This thermal-arrest fin 3 can reduce the resistance of stove fire to external diffusion, can make the CO that stove fire burning generates ₂fast and effeciently to external diffusion

Tilt to pot body 1 outer wall-heated regional center gradually successively to the two ends of the thermal-arrest fin 3 of heat affected zone outer from pot body 1 outer wall-heated regional center, namely thermal-arrest fin 3 protrudes from the outer wall of pot body 1, thermal-arrest fin 3 from heat affected zone center more away from, the two ends of thermal-arrest fin 3 are larger towards the gradient of pot body 1 outer wall-heated regional center, so effectively can comply with the outward-dipping intensity of a fire of stove fire, allow stove fire outward-dipping gradually directly lick each face of thermal-arrest fin as best one can, avoid stove fire cause backrush at thermal-arrest fin clearance and affect the burning quality of combustion gas

Thermal-arrest fin 3 reduces height, until combine together with pot body 1 outer wall gradually by the heat affected zone center of pot body 1 outer wall is curved to heat affected zone outer.

Claims

1. a casting integrated energy saving pot, comprise pot body and panhandle, it is characterized in that: the outer wall of described pot body (1) is provided with some thermal-arrest fins (3), described thermal-arrest fin (3) is longitudinally extended to heat affected zone outer radially by the heat affected zone center of pot body (1) outer wall, same thermal-arrest fin (3) is circumferentially evenly distributed, different thermal-arrest fin (3) Heterogeneous Permutation circumferentially; The heat affected zone that described thermal-arrest fin (3) is connected to a pot body (1) outer wall is cast as one with pot body (1) outer wall.

2. casting integrated energy saving pot according to claim 1, is characterized in that: described thermal-arrest fin (3) is in long almond shape.

3. casting integrated energy saving pot according to claim 1, is characterized in that: the two ends from pot body (1) outer wall-heated regional center to the thermal-arrest fin (3) of heat affected zone outer tilt to pot body (1) outer wall-heated regional center successively gradually.

4. casting integrated energy saving pot according to claim 1, is characterized in that: described thermal-arrest fin (3) reduces height, until combine together with pot body (1) outer wall gradually by the heat affected zone center of pot body (1) outer wall is curved to heat affected zone outer.