Fluid control temperature balance valve

Abstract

The invention relates to a fluid control temperature balance valve, which comprises a first fluid valve pipe, a second fluid valve pipe, and a temperature sensing device. The first fluid valve pipe is of a T-shaped structure with three end openings, and the three end openings are respectively a first fluid inlet, a first fluid outlet and a first installation port; the second fluid valve pipe is of a tubular structure with one end sealed and three end openings, and the three end openings are respectively a second fluid inlet and a second fluid outlet arranged at two sides of the second fluid valve pipe, and a second installation port; the lower end of the second fluid valve pipe is inserted into the first installation port; an interception cover body is arranged on the second installation port; the temperature sensing device penetrates through the lower end of the second fluid valve pipe and extends into the first fluid valve pipe; a fluid control bolt is arranged on the upper end of the temperature sensing device, is arranged on the bottom part of the first fluid valve pipe, and is arranged in a fluid control port installation piece in the first fluid valve pipe through a first reset elastic structural member in a clamping way. The fluid control temperature balance valve provided by the invention controls the function fluid flow through the natural fluid temperature so as to realize the applied fluid temperature constancy.

Description

technical field [0001] The invention relates to a flow control temperature balance valve. Background technique [0002] At present, in many technical fields, fluid devices whose delivery temperature is prone to change are often used. Take gas water heaters as an example: gas water heaters generally do not have the function of controlling the flow of functional fluid gas through natural fluid temperature, and usually need to use electric proportional valves or It adopts stepping motor to control the flow of functional fluid, and only uses heating or rapid heating to provide a certain or constant heat source or installs an electric proportional valve to control the output fluid to achieve constant temperature. Due to the problem of gas supply itself, when bathing It is often encountered that the temperature of the natural fluid is hot and cold, that is, when the temperature of the natural fluid changes excessively, the heat provided by the heat source will cause the fluid to b...

AI Technical Summary

Problems solved by technology

[0002] At present, in many technical fields, fluid devices whose delivery temperature is prone to change are often used. Take gas water heaters as an example: gas water heaters generally do not have the function of controlling the flow of functional fluid gas through natural fluid temperature, and usually need to use electric proportional valves or It adopts stepping motor to control the flow of functional fluid, and only uses heating or rapid heating to provide a certain or constant heat source or installs an electric proportional valve to control the output fluid to achieve constant temperature. Due to the problem of gas supply itself, when bathing It is often encountered that the temperature of the natural fluid is hot and cold, that is, when the temperature of the natural fluid changes excessively, the heat provided by the heat source will cause the fluid to be overheated or overcooled, resulting in the inability to fundamentally achieve the effect of constant temperature. Bring discomfort to users and cause waste of resources

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