CN2341108Y

CN2341108Y - Energy enhancing heat exchanger

Info

Publication number: CN2341108Y
Application number: CN 98209562
Authority: CN
Inventors: 王仕国; 于德清
Original assignee: Individual
Current assignee: Individual
Priority date: 1998-04-15
Filing date: 1998-04-15
Publication date: 1999-09-29
Anticipated expiration: 2008-04-15

Abstract

The utility model relates to an energy-increasing heat exchanger for medium heat exchange, which belongs to the field of heat exchange. The existing heat exchanger has the disadvantages of low heat-exchanging efficiency, complicated structure and inconvenient maintenance, so the utility model is provided. Mainly, a partition board between an upper and a lower casings of the heat exchanger is provided with a plurality of energy-increasing super-heat conducting pipes; one end of each of the heat pipes is positioned in a cavity of the upper casing, and the other end is positioned in a cavity of the lower casing; thus, the heat exchange of mediums which enter the cavities of the upper and the lower casings is realized. Because of the functions of the energy-increasing super-heat conducting pipes, the heat-exchanging efficiency of the heat exchanger can be improved greatly. The utility model can be widely used in heat-exchanging devices of flowing medium.

Description

The energization heat exchanger

The utility model belongs to the energization heat exchanger that is used for the medium heat exchange in the heat exchange field.

Heat exchanger is a kind of device that is used for exchange heat between the medium, pipe heat exchanger commonly used at present is that circulation has a kind of medium in coiled pipe, also circulating in the container outside the coiled pipe has a kind of medium, and the conduction that contacts with medium by coiled pipe carries out exchange heat.Because this heat exchanger volume is bigger, the amount that consumes metal is also bigger, and efficient is low simultaneously, and difficulty is also compared in maintenance.

The energization heat exchanger that the utility model is design at the deficiencies in the prior art simple in structure, heat exchange efficiency is high.

The utility model realizes that by following measure the energization heat exchanger is made up of upper and lower casing, dividing plate and energization super heat-conductive pipe (notes).On the dividing plate between the upper and lower casing, some energization super heat-conductive pipes are housed, an end of heat pipe is in the upper casing body cavity, and the other end is in the lower casing body cavity; Junction between upper and lower casing and the dividing plate is all with encapsulant sealing and fixing; The import and export that cold working medium is arranged on the upper shell has the import and export of hot working fluid on the lower house.

When cold working medium is entered heat exchanger, hot working fluid and is entered heat exchanger and carried out heat exchange by the cavity of resorption import by the epicoele import, because the energization super heat-conductive pipe not only has the effect of conduction heat, simultaneously under the exciting of hot working fluid, energization effect in addition, and discharge certain heat.So this heat exchanger can not only carry out heat exchange efficiently, fully, and can also increase heat, has improved the thermal efficiency of heat exchanger greatly.

The utility model has the advantages that, simple in structure, easily manufactured, and also the thermal efficiency is higher.Can be widely used in the heat-exchange device of flow media.

Accompanying drawing is a structural representation of the present utility model, and (1) is cold working medium import among the figure; (2) be upper shell; (3) be dividing plate; (4) be the energization super heat-conductive pipe; (5) be cold sender property outlet; (6) be the hot working fluid outlet; (7) be base; (8) be lower house; (9) be the hot working fluid import.

Below in conjunction with a description of drawings embodiment of the present utility model.On the dividing plate (3) between upper shell (2) and the lower house (8), some energization super heat-conductive pipes (4) are housed, an end of heat pipe (4) is in the chamber of upper shell (2), and the other end is in the chamber of lower house (8); Junction between upper and lower casing and the dividing plate is all with encapsulant sealing and fixing; There are import and export (6) and (9) of hot working fluid in import and export (1) and (5) that cold working medium is arranged on the upper shell (2) on the lower house (8).When cold working medium is entered heat exchanger, hot working fluid and is entered heat exchanger and carried out heat exchange by cavity of resorption import (9) by epicoele import (1), because energization super heat-conductive pipe (4) not only has the effect of conduction heat, under the exciting of hot working fluid, also have the energization effect, and discharge certain heat simultaneously.So this heat exchanger can not only carry out heat exchange efficiently, fully, and can also increase heat, has improved the thermal efficiency of heat exchanger greatly.

Annotate: super heat-conductive pipe is the former Qu Yuzhi professor of Chinese Academy of Sciences invention, has obtained United States Patent (USP), and the patent No. is: 69169USPTO 08/957148.

Claims

1, a kind of energization heat exchanger, form by upper and lower casing, dividing plate and energization super heat-conductive pipe, it is characterized in that: on the dividing plate (3) between upper and lower casing (2) and (8), some energization super heat-conductive pipes (4) are housed, one end of heat pipe is in the chamber of upper shell (2), and the other end is in the chamber of lower house (8); Junction between upper and lower casing and the dividing plate is all with encapsulant sealing and fixing; There are import and export (6) and (9) of hot working fluid in import and export (1) and (5) that cold working medium is arranged on the upper shell (2) on the lower house (8).