CN2912444Y

CN2912444Y - Container with 3D liquid heat accumulator

Info

Publication number: CN2912444Y
Application number: CN 200620002132
Authority: CN
Inventors: 詹弘仪
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-01-26
Filing date: 2006-01-26
Publication date: 2007-06-20
Anticipated expiration: 2016-01-26

Abstract

The utility model relates to a container with a solid heat-gathering device, which is characterized in that: the underside of a heating container is fixedly provided with a heat-gathering device, whereas the heating-gathering device has relatively good heat-gathering performance; when the underside of the heating container is heated, the heat-gathering device can quickly conduct the heat to the inside of the container so that the heated substances in the container can be heated in more concentrated way and reach stated high temperature in a relatively short time, thereby shortening the heating time and saving the fuel.

Description

Container with three-dimensional Accumulated Heat Units

Technical field

The utility model is a kind of container with three-dimensional Accumulated Heat Units, is the container that provides a kind of bottom surface to be installed with Accumulated Heat Units, and the heated material that is positioned at container is heated rapidly, reaches certain high temperature in the short time.

Background technology

Traditional mode of heating is the top that the bottom surface of a container is set up in a thermal source, by the thermal source energize article in the container are heated, and its bottom surface of existing container mostly is a plane, so when thermal source contacts with container bottoms, its thermal source will be along the bottom surface, and towards around shed, so cause the container bottoms heating temperature to concentrate, and cause heat energy to run off.

Do not concentrate because the bottom surface is heated, cause the article in the container to need long heated time, so just can reach required high temperature, and long heated time will consume more fuel, and cause unnecessary waste.

The utility model content

The design people is because existing container needs long heated time, just can make the article that are heated that place in it reach required high temperature, so consumed more fuel, and form unnecessary waste, so redesign a kind of container with three-dimensional Accumulated Heat Units, because Accumulated Heat Units has preferable thermal-arrest, so conduction by Accumulated Heat Units, and make heat energy within the short time, conduct to internal tank, and make that being heated article can be heated more fully, and within the short time, reach certain high temperature, and then shorten heat time heating time, fuel saving.

The purpose of this utility model is to provide a kind of container with three-dimensional Accumulated Heat Units, wherein is installed with Accumulated Heat Units in the bottom surface of a container.

In order to reach aforesaid utility model purpose, technological means of the present utility model is to provide a kind of container with three-dimensional Accumulated Heat Units, bottom surface in a container is installed with Accumulated Heat Units, and this Accumulated Heat Units can be metal long and short lamellar body, lamellar body, has the arc lamellar body or the cylinder of perforation.

When container is heated, Accumulated Heat Units with preferable thermal-arrest can be passed to internal tank in the short time, and can be with the more direct distribution of heat energy, like this being heated article and just can being heated fast in the container, and can reach certain high temperature quickly, and then shorten heat time heating time, but so with regard to fuel saving or quicker machine heat.

Description of drawings

Fig. 1 is the sectional perspective exploded view of first embodiment of the present utility model.

Fig. 2 is that the utility model is in the user mode reference diagram.

Fig. 3 is the solid sight figure of second embodiment of the present utility model.

Fig. 4 is the solid sight figure of the 3rd embodiment of the present utility model.

Fig. 5 is the sectional perspective exploded view of the 4th embodiment of the present utility model.

[main element symbol description]

10 containers, 20 Accumulated Heat Units

21 lengthy motion picture bodies, 211 top side end faces

212 bottom side end faces, 22 short-movie bodies

221 top side end faces, 222 bottom side end faces

23 ring slices, 24 lamellar bodies

241 bottom side end faces, 25 ring slices

261 perforation of 26 arc lamellar bodies

262 bottom side end faces, 263 tabs

27 cylinders, 271 end faces

30 heaters, 31 supporting frames

The specific embodiment

The utility model is a kind of container with three-dimensional Accumulated Heat Units, please cooperate with reference to shown in Figure 1, be installed with Accumulated Heat Units 20 in the bottom surface of a container 10, in present embodiment, Accumulated Heat Units 20 can be number of metal system and the different lengthy motion picture body 21 of length constitutes with short-movie body 22, lengthy motion picture body 21 and short-movie body 22 are that the center of circle and interval radially are provided with the centre of container 10 bottom surfaces, lengthy motion picture body 21 is to be formed with the less top side end face 211 of area with short-movie body 22,221 with bottom side end face 212,222, top side end face 211,221 are provided with the bottom surface perpendicular to container 10, and per two short-movie bodies 22 are to be arranged between the two lengthy motion picture bodies 21;

One ring slice 23, it is bottom side end face 212,222 places that are fixedly arranged on lengthy motion picture body 21 and short-movie body 22.

Container 10 can be multiple different embodiment, for example: electrical equipment, boiler or slaughterhouse or the like, please cooperate with reference to shown in Figure 2, and in the present embodiment only the embodiment with regard to one container 10 describe, when container 10 is arranged at supporting frame 31 tops of heater 30, steel container 10 can be existing slaughterhouse, and this heater 30 can be gas oven or the like, when heater 10 is heating, the bottom surface of container 10 and lengthy motion picture body 21 and short-movie body 22 are to be heated simultaneously, and lengthy motion picture body 21 has preferable heat conductivity with short-movie body 22, and can concentrate heat energy, so heat energy can will conduct to container 10 bottom surfaces by lengthy motion picture body 21 and short-movie body 22, therefore conduct to container 10 inside again, can make to place to be heated the article thermally equivalent in the container 10, and can comparatively fast reach certain high temperature, shorten heat time heating time whereby, and fuel saving.

In addition, the function of ring slice 23 be to prevent the supporting frame 31 of heater 30 be fastened in lengthy motion picture body 21 and short-movie body 22 between the gap.

Moreover lengthy motion picture body 21 is got over for a long time with the quantity of short-movie body 22, and its Heat-collecting effect is better, so when the lengthy motion picture body 21 and the quantity of short-movie body 22 were intensive more, container 10 can reach certain high temperature in the shortest time, so save more fuel.

Comprehensive above institute says to have preferable thermal-arrest by lengthy motion picture body 21 and short-movie body 22, and with centralized heat energy, make to be heated article and can faster to reach certain high temperature, thus shortened heat time heating time, and can fuel saving.

Please cooperate with reference to shown in Figure 3, be second embodiment of the present utility model, in present embodiment, Accumulated Heat Units 20 can be some centre with container 10 bottom surfaces by the center of circle radially and the made lamellar body 24 of the metal of space constituted, lamellar body 24 is formed with area less top side end face (not shown) and bottom side end face 241, top side end face setting is installed with a ring slice 25 in bottom side end face 241 in addition perpendicular to the bottom surface that is fixedly arranged on container 10.

Please cooperate with reference to shown in Figure 4, be the 3rd embodiment of the present utility model, in present embodiment, Accumulated Heat Units 20 can be that some centre with container 10 bottom surfaces are arranged in the form of a ring by the center of circle and the made arc lamellar body 26 of metal of space is constituted, arc lamellar body 26 is formed with area less top side end face (not shown) and bottom side end face 262, top side end face setting is perpendicular to the bottom surface that is fixedly arranged on container 10, be provided with some perforation 261 in each arc lamellar body 26, the purpose of perforation 261 is to increase the convection effects of heat energy, in addition, the bottom side end face 262 that is arranged at container 10 outermost arc lamellar bodies 26 is installed with the tab 263 that extends towards container 10 bottom center, and tab 263 is parallel shape with container 10 bottoms.

Please cooperate with reference to shown in Figure 5, be the 4th embodiment of the present utility model, in present embodiment, Accumulated Heat Units 20 can be some centre with container 10 bottom surfaces by the center of circle in the form of a ring and the made cylinder 27 of the metal of space constituted, the end face 271 of cylinder 27 is the bottom surface that is fixedly arranged on container 10, and is vertical configuration with the bottom surface of container 10.

Comprehensive above each embodiment, Accumulated Heat Units 20 can be long and short lamellar body 21,22, lamellar body 24, has the arc lamellar body 26 and cylinder 27 of perforation 261, has preferable thermal-arrest by above-mentioned grade, and make that heat energy can be more quickly via Accumulated Heat Units 20, import container 10 inside again, so make heated material in the short time, to reach certain high temperature, and then shorten heat time heating time, and fuel saving.

In addition, as aforementioned when the set quantity of length, lamellar body 21,22, lamellar body 24, arc lamellar body 26 and cylinder 27 more for a long time, it is just short more to reach the certain high temperature time in the container 10, so can save more fuel.

Claims

1. the container with three-dimensional Accumulated Heat Units is characterized in that, is installed with Accumulated Heat Units in the bottom surface of a container.

2. the container with three-dimensional Accumulated Heat Units as claimed in claim 1, it is characterized in that, this Accumulated Heat Units is constituted by number of metal system and different lengthy motion picture body and the short-movie bodies of length, lengthy motion picture body and short-movie body are that the center of circle and interval radially are provided with the centre of container bottoms, lengthy motion picture body and short-movie body are formed with less top side end face of area and bottom side end face, and the top side end face is provided with the bottom surface perpendicular to container.

3. the container with three-dimensional Accumulated Heat Units as claimed in claim 2 is characterized in that, per two short-movie bodies are to be arranged between the two lengthy motion picture bodies.

4. the container with three-dimensional Accumulated Heat Units as claimed in claim 3 is characterized in that, a ring segment system is fixedly arranged on the end, bottom side of lengthy motion picture body and short-movie body.

5. the container with three-dimensional Accumulated Heat Units as claimed in claim 1, it is characterized in that, this Accumulated Heat Units be some centre with container bottoms by the center of circle radially and the made lamellar body of the metal of space constituted, lamellar body is formed with less top side end face of area and bottom side end face, and the top side end face of lamellar body and the bottom surface of container are vertical configuration.

6. the container with three-dimensional Accumulated Heat Units as claimed in claim 5 is characterized in that, a ring segment system is fixedly arranged on the end, bottom side of lamellar body.

7. the container with three-dimensional Accumulated Heat Units as claimed in claim 1, it is characterized in that, this Accumulated Heat Units is that some centre with container bottoms are arranged in the form of a ring by the center of circle and the made arc lamellar body of metal of space is constituted, the arc-like sheet body is formed with less top side end face of area and bottom side end face, and the bottom surface of arc lamellar body top side end face and container is vertical configuration.

8. the container with three-dimensional Accumulated Heat Units as claimed in claim 7 is characterized in that, each arc lamellar body is provided with some perforation.

9. as claim 7 or 8 described containers with three-dimensional Accumulated Heat Units, it is characterized in that the bottom side end face that is arranged at the outermost arc lamellar body of container is installed with the tab that extends towards the container bottom center, tab and container bottom are parallel shape.

10. the container with three-dimensional Accumulated Heat Units as claimed in claim 1, it is characterized in that, this Accumulated Heat Units be some centre with container bottoms by the center of circle in the form of a ring and the made cylinder of the metal of space constituted, and the bottom surface of the end face of cylinder and container is vertical configuration.