CN109907647A

CN109907647A - a heating vessel

Info

Publication number: CN109907647A
Application number: CN201910359370.7A
Authority: CN
Inventors: 冯晓涛
Original assignee: Shenzhen Hengtong Technology Co Ltd
Current assignee: Shenzhen Hengtong Technology Co Ltd
Priority date: 2019-04-30
Filing date: 2019-04-30
Publication date: 2019-06-21

Abstract

The invention relates to a heating container, which is composed of a bottom and a wall to form an accommodating cavity, the side of the bottom facing away from the accommodating cavity is formed with a collecting cavity for collecting hot gas, and a heat conducting pipe is attached to the wall, The first end of the heat-conducting pipe is communicated with the collecting cavity, and the second end of the heat-conducting pipe protrudes outward from the side of the wall facing away from the accommodating cavity. The advantage of the present invention is that, in the process of use, after the fuel is burned, part of its flame or heat is at the bottom of the heater, while the other part is transferred to the heat-conducting pipe through the collecting cavity, and the heat-conducting pipe is heated and finally transfers the heat to the wall of the vessel. Or directly used to heat the items placed in the container that need to be heated. Compared with the prior art solution, it increases the heat conduction pipe and the collection cavity, thereby increasing the heating area on the one hand and reducing the heating time, on the other hand. , to maximize the use of the heat after fuel combustion, saving costs.

Description

A kind of heating container

Technical field

The present invention relates to a kind of heating containers.

Background technique

Heating container such as pot on the market at present, pot body is made of bottom with side, when for heating, fuel combustion Generated heat is to be transmitted to be heated article by bottom and side, and during this, there are also a large amount of with heat Gas does not have enough time being utilized and exhaust gas being followed to be discharged together, very waste of resource.

Therefore, there are improved necessity for existing heating container.

Summary of the invention

The purpose of the present invention is to provide a kind of structures simply, increases heating surface (area) (HS and to greatest extent using after fuel combustion Heat heating container.

To achieve the above object, the invention adopts the following technical scheme:

A kind of heating container, is made of device bottom and wall and is formed with accommodating cavity, and device bottom is formed backwards to the one side of accommodating cavity There is the collecting chamber to collect hot gas, attachment is provided with heat conducting pipe on wall, and the first end of heat conducting pipe is connected to collecting chamber, thermally conductive The second end of pipe is protruding backwards to the one side of accommodating cavity from wall.

It is an advantage of the current invention that in use, its flare or a part of heater bottom of heat after fuel combustion, and Another part is sent in heat conducting pipe by the collecting chamber, and heat conducting pipe is heated and finally transfers heat to wall or straight It connects to heat the article for being placed on and in accommodating needing to heat, compares with prior art, which increase heat conducting pipes And collecting chamber, on the one hand increase heating surface (area) (HS, it is possible to reduce heating time, on the other hand, to the maximum extent by fuel Heat utilization after burning is got up, and cost is saved.

The present invention can be improved by following scheme:

The collecting chamber be using the center at device bottom as the annular recess in the center of circle, the port of the first end of heat conducting pipe be hot gas into Mouthful, hot air intake is provided on the bottom surface or medial surface of annular recess.

The wall is the cylinder of both ends open, and the device bottom is cup-shaped, and device bottom is connected to cylinder by its cup edge Inner wall and be connected with wall, the outer surface at device bottom, the cup edge at device bottom and its inner surface of wall are towards device bottom outer surface The collecting chamber is formed, the port of the first end of heat conducting pipe is hot air intake, and hot air intake is provided with outer surface or the device at device bottom In the cup edge at bottom.

Heat conducting pipe is on a section perpendicular to central shaft or is round or is ellipse or is square.

The heat conducting pipe spiral surrounding is attached to the inner wall of wall with rising, and the second end of heat conducting pipe, which passes through wall, makes it Accommodating cavity is stretched out in port, and the port of the second end of heat conducting pipe is heat outlet.

The heat conducting pipe spiral surrounding is attached to the outside wall surface of wall with rising, and the port of the second end of heat conducting pipe is hot gas Outlet.

Detailed description of the invention

Fig. 1 is the whole three-dimensional state structural schematic diagram that container is heated in embodiment.

Fig. 2 is the schematic diagram under the whole another visual angle of three-dimensional state structure for heating container in embodiment；

Fig. 3 is a cross-sectional view (section while the central axis and hot gas by heating container that container is heated in embodiment The central axis of import).

Fig. 4 is a cross-sectional view (section while the central axis and hot gas by heating container that container is heated in embodiment The central axis of outlet)

Specific embodiment

As shown in attached drawing 1 to attached drawing 4, a kind of heating container is made of device bottom 11 and wall 12 and is formed with accommodating cavity 13.

The collecting chamber 14 that is on one side formed with to collect hot gas of the device bottom 11 backwards to accommodating cavity 13.The collecting chamber 14 can be with For using the center at device bottom 11 as the annular recess in the center of circle, and receipts described in multiple tracks can be set backwards to accommodating cavity 13 in device bottom 11 on one side Collect chamber 14.Certainly, best mode is that as shown in each figure of attached drawing, the wall 12 is the cylinder of both ends open, described Device bottom 11 is cup-shaped, and device bottom 11 is connected by the inner wall that its cup edge is connected to cylinder with wall 12, device bottom 11 Outer surface, the cup edge at device bottom 11 and its inner surface of wall 12 form the collecting chamber 14 towards 11 outer surface of device bottom.

Attachment is provided with one or more heat conducting pipe 2 made of the material with Thermal conductivity on wall 12, leads The first end of heat pipe 2 is connected to collecting chamber 14, and the port of the first end of heat conducting pipe 2 is hot air intake 21；The second end of heat conducting pipe 2 Protruding backwards to the one side of accommodating cavity 13 from wall 12, the port of the second end of heat conducting pipe 2 is heat outlet 22.

When collecting chamber 14 is annular recess, hot air intake 21 is provided on the bottom surface or medial surface of annular recess.And work as The collecting chamber 14 is by the outer surface at device bottom 11, the cup edge at device bottom 11 and its inner surface of wall 12 towards 11 outer surface shape of device bottom At, hot air intake 21 is provided in the outer surface at device bottom 11 or the cup edge at device bottom 11, its hot air intake 21 shown in attached drawing is to set It sets in the cup edge at device bottom 11.

The heat conducting pipe 2 can be attached to the inner wall of wall 12 with rising with spiral surrounding, and which is i.e. as attached drawing is respectively schemed Shown, one side increases and needs to heat the contact area of article, on the other hand directly with need to heat article and contact, because And the utilization rate of hot gas is high.Heat conducting pipe 2 is attached to inner wall such case of wall 12, the second end of heat conducting pipe 2 need across Wall 12 makes its port stretch out accommodating cavity 13.

Certainly, heat conducting pipe 2 can also be attached to the outside wall surface of wall 12 with rising with spiral surrounding, mainly be able to achieve increase The conduction surface of heat, heat are passed to the article for then reheating on wall 12 and needing to heat by the tube wall of heat conducting pipe 2.

Heat conducting pipe 2 is on a section perpendicular to central shaft or is round or is ellipse or is square, In, section is to be more advantageous to the case where heat conducting pipe 2 is set to 12 outside wall surface of wall under square, i.e., advantageous heat is preferably from pipe Wall is passed on wall 12.

Claims

1. a heating vessel, which is formed with a container bottom and a container wall and is formed with an accommodating cavity, characterized in that, the side of the container bottom facing away from the accommodating cavity is formed with a collecting cavity for collecting hot gas, and the container wall is attached and provided with a heat-conducting cavity. The first end of the heat-conducting pipe communicates with the collecting cavity, and the second end of the heat-conducting pipe protrudes outward from the side of the wall facing away from the accommodating cavity.

2 . A heating vessel according to claim 1 , wherein the collection cavity is an annular groove with the center of the bottom as the center of the circle, and the port of the first end of the heat pipe is a hot gas inlet, and the hot gas inlet Open on the bottom or inner side of the annular groove.

3 . The heating vessel according to claim 1 , wherein the wall is a cylindrical body with two ends open, the bottom of the device is cup-shaped, and the bottom of the device is connected to the cylindrical body through its cup edge. 4 . The outer surface of the bottom of the device, the cup rim of the bottom of the device and the inner surface of the device wall facing the outer surface of the bottom of the device form the collection cavity, and the port of the first end of the heat pipe is the hot gas inlet , the hot air inlet is opened on the outer surface of the bottom of the device or on the rim of the cup at the bottom of the device.

4 . The heating vessel according to claim 1 , wherein the heat-conducting pipe is either circular, elliptical, or square on a section perpendicular to its central axis. 5 .

5. A heating vessel according to any one of claims 1 to 4, wherein the heat-conducting pipe is attached to the inner wall surface of the vessel wall in a spirally rising manner, and the second end of the heat-conducting pipe passes through The port of the device wall extends out of the accommodating cavity, and the port of the second end of the heat-conducting pipe is the hot gas outlet.

6. A heating vessel according to any one of claims 1 to 4, wherein the heat transfer pipe is attached to the outer wall surface of the vessel wall in a spirally rising manner, and the port at the second end of the heat transfer pipe is Hot air outlet.