Temperature collecting device

Abstract

The invention relates to the technical field of temperature measurement, in particular to a temperature collecting device, which comprises a temperature collector, a boosting energy storage device andan energy supply device. The temperature collector is used for collecting real-time temperature data; the boosting energy storage device comprises a boosting module and an energy storage module, wherein the boosting module is electrically connected with the energy storage module; the boosting module is used for providing a constant voltage; the energy storage module is used for storing electric energy; the energy storage device comprises an electric heating member for generating electric energy by utilizing thermal energy and a heat radiating member for radiating heat on one side of the electric heating member so as to form a temperature gradient inside the electric heating member. The invention can eliminate the need for wiring or batteries, reduce the interference and cost of wiring, reduce the pollution of replacing batteries, and reduce the cost. When the heating or cooling is stopped, the electric heating member loses the heat or cold source, the temperature collector will stop automatically, the operation is smart, energy is save and human cost is reduced.

Description

technical field [0001] The invention relates to the technical field of temperature measurement, in particular to a temperature acquisition device. Background technique [0002] With the advancement of science and technology, people are pursuing intelligence and comfort in their lives; especially for residents living in the north, most people spend more time in offices or houses in winter, and the human body is very sensitive to indoor temperature. The comfort of residences and offices is greatly affected by temperature, and a comfortable temperature can improve people's quality of life and work efficiency. When the ambient temperature is lower than the minimum temperature that the human body can accept, various diseases will be induced, which is harmful to people's health. It will have adverse effects, and at the same time, it will affect people's quality of life and delay people's work process. [0003] Choosing the right indoor temperature will bring great convenience to ...

AI Technical Summary

Problems solved by technology

[0002] With the advancement of science and technology, people are pursuing intelligence and comfort in their lives; especially for residents living in the north, most people spend more time in offices or houses in winter, and the human body is very sensitive to indoor temperature. The comfort of residences and offices is greatly affected by temperature, and a comfortable temperature can improve people's quality of life and work efficiency. When the ambient temperature is lower than the minimum temperature that the human body can accept, various diseases will be induced, which is harmful to people's health. It will have adverse effects, and at the same time affect people's quality of life and delay people's work process

[0003] Choosing the right indoor temperature will bring great convenience to people's life, so the level of indoor temperature has become the primary indicator of residents' heating. If the indoor temperature is too low, it will have a great adverse effect on human health, and if the indoor temperature is too high, it will cause energy consumption. waste of

For example, taking the heating area of ​​50,000 square meters as an example, natural gas is used for heating. If the indoor temperature is not controlled and monitored, the heating area of ​​50,000 square meters will waste hundreds of thousands of cubic meters of natural gas every year. , in order to avoid waste, heating units generally adopt the typical method of door-to-door monitoring of indoor temperature by residents. Time, in order not to affect the life and work and rest time of the residents, and reduce the workload at the same time, the heating unit will not monitor the indoor temperature of each resident every day, but use the traditional rough method to calculate and estimate, which will cause most of the Heating units cannot achieve substantial energy saving and emission reduction

[0004] With the above problems, a temperature collector is required to monitor the indoor temperature of each resident. The traditional temperature collector needs to provide wired power supply for power supply. The wiring is complicated, and the power supply is also prone to dry winding problems caused by too long wires. ; The temperature collector powered by battery needs to replace the battery irregularly, which is not intelligent enough. At the same time, a large number of discarded batteries will pollute the environment. If the temperature collector is powered by solar power, it is restricted by the environment. It will stop working in places where there is no light or where the light is weak. At the same time, temperature collectors powered by solar power generally use lithium batteries. Lithium batteries have a short service life and high replacement costs. It is urgent to design a suitable power supply method. temperature collector

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