CN102283565A

CN102283565A - Energy-saving heat insulation boiler

Info

Publication number: CN102283565A
Application number: CN201110174208A
Authority: CN
Inventors: 叶春云
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-06-27
Filing date: 2011-06-27
Publication date: 2011-12-21

Abstract

The invention discloses an energy-saving heat insulation boiler. The boiler comprises a boiler body bracket, a boiler body arranged on the bracket and a boiler arranged on the boiler body, wherein the boiler body comprises a boiler body outer cover consisting of an asbestos baffler plate, an asbestos thermal insulation layer and a shell, a heat accumulation layer and a heat insulation layer which are arranged in the outer cover, and a heat conducting pipe connected with a boiler body bottom plate; the heat insulation layer is arranged between the heat accumulation layer and the outer cover, and a gap is formed between the heat insulation layer and the heat accumulation layer and another gap is formed between the heat insulation layer and the outer cover; the heat conducting pipe connected with the boiler body bottom plate is communicated with the gap between the heat accumulation layer and the heat insulation layer and the gap between the heat insulation layer and the outer cover; the upper part of the heat accumulation layer and the lower part of the heat insulation layer are provided with a through hole respectively; and a boiler body bottom cover positioned below the boiler body bottom plate is arranged at the lower end of the boiler body outer cover. The invention has the advantages that: the heat insulation layer and the asbestos thermal insulation layer are additionally arranged, so that heat cannot be dissipated, and a heat insulation effect is greatly improved; and due to the adoption of the heat conducting pipe below the gaps which are reserved between the heat insulation layer and the heat accumulation layer as well as between the heat insulation layer and the outer cover respectively, the heat can be thermally circulated in the boiler body, so that heat energy can be effectively utilized, and fuel gas can be prevented from wasting and can be saved by 25 to 28 percent.

Description

The energy-saving heat preserving pot

Technical field

The present invention relates to a kind of cooker, specifically a kind of energy-saving heat preserving pot that boils, steams, stewes etc. that is used in each sumptuous meal onstage before starting on a long aria.

Background technology

At present, the ordinary pan heat insulation effect is relatively poor in the domestic like product, mainly is not have thermal insulation layer, and well trap heat scatters and disappears; Design aspect in pot inside does not have heat build-up layer and hot Xun loop device, thereby can not effectively utilize heat energy in the ordinary pan, cause the combustion gas waste.

Summary of the invention

In view of the foregoing, the purpose of this invention is to provide a kind of energy-saving heat preserving pot that has good heat insulating and can improve the heat energy utilization rate greatly, make it to save gas quantity.

The object of the present invention is achieved like this: it comprises pot body stent and places the pot body on this support and place pot on pot body, it is characterized in that: heat build-up layer, heat-insulation layer in the pot body comprises pot external cover that is made of asbestos baffle plate, insulating layer of asbestos, shell and places this outer cover and the heat pipe that links to each other with pot body base plate; Heat-insulation layer place between heat build-up layer and the outer cover and heat-insulation layer and heat build-up layer and outer cover between leave the space respectively; Between the heat pipe that links to each other with pot body base plate and heat build-up layer and the heat-insulation layer between space, heat-insulation layer and the outer cover space communicate; Be respectively equipped with ventilation holes on the top of heat build-up layer and the bottom of heat-insulation layer; The external cover of pot lower end be positioned at pot body base plate below be provided with pot body at the bottom of the cover.During use, gas kitchen is placed on the heating gate igniting, this moment, flame began the pot of dress water is heated, waste heat is absorbed by the heat build-up layer, the heat that is absorbed by the heat build-up layer does not enter space between heat build-up layer and the heat-insulation layer by the set hole in heat build-up layer top, heat build-up this moment layer still absorbs this part heat, when heat acquires a certain degree, heat enters space between heat-insulation layer and the outer cover by the set hole in heat-insulation layer bottom, because the effect of insulating layer of asbestos guarantees that heat can not lose in the outer cover; When gas kitchen heats when saturated, this moment, heat can compress at pot nside, heat can between heat build-up layer and the heat-insulation layer between space, heat-insulation layer and the outer cover under the space heat pipe go out, enter in the cavity below pot body, heat carries out thermal cycle by heat pipe in the pot body.

Advantage of the present invention is owing to set up heat-insulation layer and insulating layer of asbestos, and heat can not be scattered and disappeared, and improves heat insulation effect greatly; Utilize the heat pipe that leaves respectively between heat-insulation layer and heat build-up layer and the outer cover below the space to make heat carry out thermal cycle in the pot body, what be effective utilizes heat energy, prevents the combustion gas waste, saves gas quantity at 25-28%.

Below in conjunction with accompanying drawing the present invention is done with explanation.

Description of drawings

Fig. 1 is a structural representation of the present invention;

Fig. 2 is Fig. 1 left view;

Fig. 3 is the vertical view of Fig. 1.

The specific embodiment

By accompanying drawing as can be known, this energy-conservation fireless cooker comprises pot body stent 1 and places the pot body on this support and place pot 4 on pot body.Wherein the pot body comprise by asbestos baffle plate 11, insulating layer of asbestos 6, shell 12 constitute the pot external cover with place this outer cover in heat build-up layer 5, heat-insulation layer 10 and the heat pipe 3 that links to each other with pot body base plate 14.Heat build-up layer 5 is made by cast iron powder, aluminium end and is filled between the insulation outer wall 9 and 13; Heat-insulation layer 10 and insulation outer wall 9,13 adopt heat resisting steel; Between the asbestos baffle plate 11 of heat-insulation layer 10 and heat build-up layer 5 and outer cover, leave the space respectively; Sequence number 19 is the loam cake outlet pipe, passing between the cover 15 at the bottom of pot body loam cake 7 and pot body base plate 14 and the pot body, is used for the release of loam cake storage of water; The outlet pipe of sequence number 17 for being connected with pot 4 bottoms, the water valve 20 which is provided with can be used to control the moisture of emitting in the pot; Sequence number 2 is firm steel pipe, is located on the pot body stent 1, is used for firm support, prevents deformation of timbering; Sequence number 18 is for being located at the Non-slip material of pot body stent 1 bottom; Sequence number 8 is a pot cover; On the external cover of pot, also be provided with escape pipe 16 and air outlet valve 21.Air outlet valve 21 can be opened when needs cool off, this moment, heat entered escape pipe 16 by the hole left of the external cover of pot (asbestos baffle plate 11, insulating layer of asbestos 6, shell 12), and was emitted pot external by air outlet valve 21.During use, gas kitchen is placed on heating gate JR igniting, this moment, flame began the pot 4 of dress water is heated, waste heat is absorbed by heat build-up layer 5, the heat that is absorbed by the heat build-up layer does not enter space between heat build-up layer 5 and the heat-insulation layer 10 by the hole 5-1 on heat build-up layer 5 top, heat build-up this moment layer still absorbs this part heat, when heat acquires a certain degree, the hole 10-1 of heat below heat-insulation layer 10 enters space between heat-insulation layer 5 and the asbestos baffle plate 11, because the effect of insulating layer of asbestos guarantees that heat can not lose in the outer cover; When gas kitchen heats when saturated, this moment, heat can compress at pot nside, heat can between heat build-up layer 5 and the heat-insulation layer 10 between space, heat-insulation layer 10 and the asbestos baffle plate 11 heat pipe 3 under the space go out, enter in the cavitys that pot body base plate 14 and cover 15 at the bottom of the pot body form below pot body, heat carries out thermal cycle by heat pipe 3 in the pot body.When water in the pot seethes with excitement, stop heating, the interior thermal current of pot body this moment can also circulate, and 5 beginning of while heat build-up layer are emitted the heat of absorption to pot 4, even stop to heat the water continuation boiling that also can make pot interior this moment.For example: when heating 10 kg of water, ordinary pan needed 17 minutes to heat water to boiling, and this energy-conservation fireless cooker only needs 12 minutes.Ordinary pan stops to stop boiling after the heating, and this energy-conservation fireless cooker can keep continuing in 30 minutes boiling.After ceasing fire one hour, ordinary pan also needs long-time heating to make the water boiling, and this energy-conservation fireless cooker only need just can make water continue boiling about 10 seconds heat time heating time.

Claims

1. energy-saving heat preserving pot, it comprises pot body stent and places the pot body on this support and place pot on pot body, it is characterized in that: heat build-up layer, heat-insulation layer in the pot body comprises pot external cover that is made of asbestos baffle plate, insulating layer of asbestos, shell and places this outer cover and the heat pipe that links to each other with pot body base plate; Heat-insulation layer place between heat build-up layer and the outer cover and heat-insulation layer and heat build-up layer and outer cover between leave the space respectively; Between the heat pipe that links to each other with pot body base plate and heat build-up layer and the heat-insulation layer between space, heat-insulation layer and the outer cover space communicate; Be respectively equipped with ventilation holes on the top of heat build-up layer and the bottom of heat-insulation layer; The external cover of pot lower end be positioned at pot body base plate below be provided with pot body at the bottom of the cover.