CN-224203692-U - Heat supply terminal equipment for running heat supply system simulation model

CN224203692UCN 224203692 UCN224203692 UCN 224203692UCN-224203692-U

Abstract

The utility model provides a heating terminal device for running a heating system simulation model, which effectively solves the problems of overload and rapid heating caused by a processing module running the heating system simulation model, and the stability of the heating terminal device is affected. The heat supply terminal equipment further comprises a power supply monitoring module, wherein the power supply monitoring module respectively detects the display module, the heat dissipation module, the processing module and the power supply module to obtain a first power signal, a second power signal, a third power signal and a fourth power signal, processes the first power signal, the second power signal, the third power signal and the fourth power signal to obtain compensation signals, and outputs the compensation signals to the power supply module respectively, the power supply monitoring module comprises a primary monitoring unit and a secondary output unit, and the power supply module respectively outputs the compensation signals to the heat dissipation module and the processing module.

Inventors

ZHANG CHANGHAO
WANG CHENGYUAN
WANG ERXI
Yang Shuanghuan
YANG XIAOFEI
CHEN XING
KUANG AMIN

Assignees

郑州热力集团有限公司
郑州英集动力科技有限公司

Dates

Publication Date: 20260505
Application Date: 20250530

Claims (7)

1. The heat supply terminal equipment comprises a processing module, a heat radiation module, a power supply module and a display module, wherein the processing module is used for running the heat supply system simulation model, and the heat supply terminal equipment is characterized by further comprising a power supply monitoring module, wherein the power supply monitoring module respectively detects the display module, the heat radiation module, the processing module and the power supply module to obtain a first power signal, a second power signal, a third power signal and a fourth power signal, processes the first power signal, the second power signal, the third power signal and the fourth power signal to obtain compensation signals, and the compensation signals are respectively output to the power supply module; the power supply monitoring module comprises a primary monitoring unit and a secondary output unit; The power module outputs the compensation signal to the heat dissipation module and the processing module respectively.
2. The heating terminal device for heating system simulation model operation according to claim 1, wherein the primary monitoring unit calculates the first power signal, the second power signal and the third power signal to obtain a calculation signal, and obtains the first signal based on the calculation signal and the fourth power signal.
3. The heating terminal device for heating system simulation model operation according to claim 2, wherein the primary monitoring unit obtains an operation signal by adding the first power signal, the second power signal and the third power signal.
4. A heating terminal for a heating system simulation model operation according to claim 2, wherein the primary monitoring unit performs a subtraction operation based on the operation signal and the fourth power signal to obtain the first signal.
5. A heating terminal for heating system simulation model operation according to claim 2, wherein the secondary output unit obtains a second signal based on the third power signal, and processes the first signal based on the second signal to obtain a compensation signal.
6. A heating terminal for heating system simulation model operation according to claim 5, wherein the secondary output unit performs a subtraction operation based on the third power signal to obtain a second signal.
7. A heating terminal for heating system simulation model operation according to claim 1, wherein the power supply module comprises a computing unit; the calculating unit is used for calculating the compensation signal and the corresponding proportional coefficient signal and then outputting the calculated compensation signal and the corresponding proportional coefficient signal to the heat dissipation module and the processing module respectively.

Description

Heat supply terminal equipment for running heat supply system simulation model Technical Field The utility model relates to the technical field of computers, in particular to a heat supply terminal device for running a heat supply system simulation model. Background In operation, the simulation model of the heating system generally has simulation effects related to the actual system running state, the equipment performance and the accuracy of the simulation model. In addition, the operation stability of the heating terminal equipment where the heating system simulation model is located can also influence the simulation effect of the heating system simulation model. According to the heat supply diode network leakage fault diagnosis method based on double temperature and double pressure provided by the patent document with the application number 202411333405.7, a well trained double temperature and double pressure data leakage fault diagnosis model is input by collecting double temperature and double pressure sensor data of a heat supply system, a fault pipe section with leakage is obtained, the heat supply diode network leakage fault diagnosis is completed, and a good effect is achieved. The heat supply terminal device supporting the operation of the heat supply system simulation model is generally provided with a display module, a heat radiation module, a processing module and a power supply module, wherein the processing module is used for supporting the operation of the heat supply system simulation model, the power supply module is used for supporting the operation of the display module, the heat radiation module and the processing module, after the processing module operates the heat supply system simulation model, the power supplied by the power supply module is increased due to the fact that mass data are processed, the heat supply terminal device is rapidly heated, the heat radiation module is required to provide a heat radiation effect with higher power, the heat supply module can be used for normal operation of the processing module, otherwise, the rapid heating of the processing module cannot be inhibited, and the stability of the heat supply terminal device where the heat supply system simulation model is located is affected. Namely, after the processing module runs the heating system simulation model, the overload and the rapid heating phenomenon caused by the existing heating terminal equipment influence the stability of the heating terminal equipment. The present utility model thus provides a new solution to this problem. Disclosure of Invention Aiming at the problems existing in the prior art, the utility model aims to provide a heating terminal device for the operation of a heating system simulation model, which effectively solves the problems of overload and rapid heating caused by the operation of a processing module after the operation of the heating system simulation model, and influences the stability of the heating terminal device. The technical scheme includes that the heat supply terminal equipment for running the heat supply system simulation model comprises a processing module, a heat dissipation module, a power supply module and a display module, wherein the processing module is used for running the heat supply system simulation model, the heat supply terminal equipment further comprises a power supply monitoring module, the power supply monitoring module respectively detects the display module, the heat dissipation module, the processing module and the power supply module to obtain a first power signal, a second power signal, a third power signal and a fourth power signal, and the first power signal, the second power signal, the third power signal and the fourth power signal are processed to obtain compensation signals based on the first power signal, the second power signal, the third power signal and the fourth power signal, and the compensation signals are respectively output to the power supply module; the power supply monitoring module comprises a primary monitoring unit and a secondary output unit; The power module outputs the compensation signal to the heat dissipation module and the processing module respectively. Further, the primary monitoring unit calculates the first power signal, the second power signal and the third power signal to obtain a calculation signal, and obtains a first signal based on the calculation signal and the fourth power signal. Further, the primary monitoring unit performs addition operation on the first power signal, the second power signal and the third power signal to obtain an operation signal. Further, the primary monitoring unit performs subtraction operation based on the operation signal and the fourth power signal to obtain a first signal. Further, the secondary output unit obtains a second signal based on the third power signal, and processes the first signal based on the second signal to obtain a compensation signal. Further, the seconda