阅读说明：本技术 一种温度检测单元执行三联操作的控制方法、计算机可读存储介质及除湿机 (Control method for temperature detection unit to execute triple operation, computer readable storage medium and dehumidifier ) 是由 张瑶 姚新祥 姚刚 李小怀 陈寒冬 李宗权 于 2019-08-28 设计创作，主要内容包括：本发明提供了一种温度检测单元执行三联操作的控制方法、计算机可读存储介质及除湿机,系统分别依据相对湿度信号控制除湿功能,依据温度信号调控温度情况,依据反馈的信号对整体环境进行监控。本发明中系统执行三联操作系统,环境中的温度与湿度建立逻辑联系,通过反馈相对湿度控制除湿系统,通过反馈环境温度信号调控环境温度,在一定程度上减少了因除湿机非智能调节、逻辑功能不清导致用户无法设定最佳值造成的开机时间长、运行过程中大幅度频繁调试带来的压缩机、电机等的转速切换,造成噪音大、耗电量大、影响机器寿命的不良后果。(The invention provides a control method for a temperature detection unit to execute triple operation, a computer readable storage medium and a dehumidifier. The system executes a triple operation system, the temperature and the humidity in the environment establish a logical relation, the dehumidification system is controlled by feeding back relative humidity, and the environment temperature is regulated and controlled by feeding back an environment temperature signal, so that the adverse effects of large noise, large power consumption and influence on the service life of the machine due to long startup time and rotation speed switching of a compressor, a motor and the like caused by large-amplitude frequent debugging in the operation process due to the fact that a user cannot set an optimal value due to non-intelligent adjustment and unclear logic functions of the dehumidifier are reduced to a certain extent.)

1. A control method for a temperature detection unit to execute triple operation is characterized in that a system controls a dehumidification function according to relative humidity signals, adjusts and controls temperature conditions according to temperature signals, and monitors the whole environment according to feedback signals.

2. The control method of the temperature detection unit to perform triple operation of claim 1, wherein: the function of controlling dehumidification according to the relative humidity signal is specifically as follows: establishing a relation between a humidity detection unit and a temperature detection unit, converting a temperature signal detected by the temperature detection unit into an ambient temperature saturated humidity value, establishing a relation between an ambient actual humidity value detected by the humidity detection unit and a saturated ambient temperature humidity value obtained after signal conversion, and calculating a relative humidity value U = ambient actual humidity value/ambient temperature saturated humidity value 100% by using a formula.

3. The control method of the temperature detection unit to perform triple operation of claim 2, wherein: and the relative humidity value is displayed through a display module and fed back to the system.

4. The control method of the temperature detection unit to perform triple operation of claim 1, wherein: the regulation and control of the temperature condition according to the temperature signal is specifically as follows: the system starts the heating unit to work after receiving the manually input environmental temperature regulating and controlling signal, and the regulated and controlled environmental temperature signal is sent to the system.

5. The control method of the temperature detection unit to perform triple operation of claim 4, wherein: the regulated temperature signal is fed back to the system, the system judges whether the temperature is normal according to the signal, if the temperature is too high, a control signal is sent to the heating unit to stop heating, and if the temperature is too low, a control signal is sent to the heating unit to improve the power.

6. The control method of the temperature detection unit to perform triple operation of claim 1, wherein: the regulation and control of the temperature condition according to the temperature signal is specifically as follows: the system receives a temperature signal inside the equipment, judges whether the temperature is normal or not by using the temperature signal, sends a control signal to the heating unit to stop heating if the temperature is too high, and sends a control signal to the heating unit to improve the power if the temperature is too low.

7. A computer-readable storage medium storing a computer program, characterized in that: the computer program, when invoked by a processor, implements a method of controlling the temperature sensing unit of any of claims 1 to 6 to perform triple operations.

8. The utility model provides a dehumidifier, includes temperature sensor and humidity transducer, temperature sensor and humidity transducer pass through signal connection, its characterized in that: the temperature sensor is operated to realize the control method of the temperature detection unit of any one of claims 1 to 6 for executing triple operation.

9. The dehumidifier of claim 8 wherein: the electric heater is connected with the temperature sensor through signals.

10. The dehumidifier of claim 8 wherein: two temperature sensors are arranged, one temperature sensor is used for detecting the temperature inside the machine when the whole machine runs and is used as a control signal for normal running of the whole machine; and the other is used for detecting the ambient temperature as a control signal of the environment adjusting system.

Technical Field

The invention relates to the technical field of dehumidifiers, in particular to a control method for a temperature detection unit to execute triple operation, a computer readable storage medium and a dehumidifier.

Background

The humidity value displayed by the dehumidifier produced on the market at present is only the actual moisture content of the environment, and is unscientific; the environmental temperature can not be adjusted through the operation of the dehumidifier, and the function is single; the detection mode usually adopts a mode of installing temperature and humidity detection plates around the two devices to detect the humidity, and the actual environmental moisture content is used as a control signal to regulate and control the dehumidification control system, so that the function of displaying the humidity in real time or setting a humidity fixed value is realized.

However, the following disadvantages exist in this way:

1) the humidity detected by the detection board is the actual moisture content in the air, and the humidity sensed by the human body is the relative humidity; the relative humidity is a variable related to temperature, air volume, atmospheric pressure and the like, the corresponding saturated moisture content in the air at different temperatures is different, and the actual situation is that the humidity detection unit and the temperature detection unit on the detection plate are independent from each other, have no correlation and cannot detect the relative humidity value at all; the actual display humidity and the relative humidity of the machine are different values, the actual environment humidity is used as a regulation signal by the whole dehumidification system, the actual humidity value of a human body is not, and a user cannot experience the most comfortable dehumidification effect brought by the dehumidifier.

2) The dehumidifier is single in function, environment temperature cannot be regulated and controlled through an operation system, the current market commodities are more and more intelligent and multifunctional, the dehumidifier is not listed, the current household dehumidifier in the market is only limited to the dehumidification function, the service cycle is only that the dehumidifier is idle at home in other time periods when the damp condition is serious in 3 ~ 5 month return south every year, and resource waste is caused.

Disclosure of Invention

Aiming at the defects of the prior art, the invention establishes the relation between the temperature detection unit and the humidity detection unit to obtain the relative humidity as the regulation and control condition of the humidity, is more scientific, increases the environmental temperature regulation function of the dehumidifier and expands the application of the dehumidifier.

In order to achieve the purpose, the invention adopts the following technical scheme:

a control method for a temperature detection unit to execute triple operation is characterized in that a system controls a dehumidification function according to relative humidity signals, regulates and controls temperature conditions according to temperature signals, and monitors the whole environment according to feedback signals. The system executes a triple operation system, the temperature and the humidity in the environment establish a logical relation, the dehumidification system is controlled by feeding back relative humidity, and the environment temperature is regulated and controlled by feeding back an environment temperature signal, so that the adverse consequences of high noise, high power consumption and influence on the service life of the machine due to long startup time and rotation speed switching of a compressor, a motor and the like caused by large-amplitude frequent debugging in the operation process due to the fact that a user cannot set an optimal value due to non-intelligent adjustment and unclear logic functions of the dehumidifier are reduced to a certain extent.

Further, the controlling the dehumidification function according to the relative humidity signal specifically comprises: establishing a relation between a humidity detection unit and a temperature detection unit, converting a temperature signal detected by the temperature detection unit into an ambient temperature saturated humidity value, establishing a relation between an ambient actual humidity value detected by the humidity detection unit and a saturated ambient temperature humidity value obtained after signal conversion, and calculating a relative humidity value U = ambient actual humidity value/ambient temperature saturated humidity value 100% by using a formula. The relative humidity value really experienced by a user is adopted to replace the actual environment humidity value on a traditional machine to be used as a feedback control signal for transmission, so that the humidity sensed by a human body is more comfortable, the control mode is more scientific and accurate, hardware equipment is not required to be added, only a temperature signal is required to be converted into an environment temperature saturated humidity value, and the accurate humidity control condition can be obtained by establishing the connection with the actual environment humidity value.

Further, the relative humidity value is displayed through a display module and fed back to the system. The current humidity control condition can be intuitively known by displaying the relative humidity value, and the appropriate humidity required by a human body can be accurately reflected by displaying the relative humidity value.

Further, the adjusting and controlling the temperature condition according to the temperature signal specifically comprises: the system starts the heating unit to work after receiving the manually input environmental temperature regulating and controlling signal, and the regulated and controlled environmental temperature signal is sent to the system. The function of regulating and controlling the ambient temperature is added, so that the user can regulate the temperature required by the user and experience better dehumidification effect; and the temperature control and the dehumidification control are two parallel operation systems, and the temperature can be independently controlled, so that the purpose of adjusting the ambient temperature is achieved by the circulating system.

Further, the regulated temperature signal is fed back to the system, the system judges whether the temperature is normal according to the signal, if the temperature is too high, a control signal is sent to the heating unit to stop heating, and if the temperature is too low, a control signal is sent to the heating unit to improve the power. Through the detection feedback of the signals, the system automatically judges the temperature condition and timely adjusts the temperature condition, so that the discomfort of a human body caused by overhigh or overlow temperature is avoided, the system is more humanized, the intelligent control is effective in energy conservation, and the waste of resources is avoided.

Further, the adjusting and controlling the temperature condition according to the temperature signal specifically comprises: the system receives a temperature signal inside the equipment, judges whether the temperature is normal or not by using the temperature signal, sends a control signal to the heating unit to stop heating if the temperature is too high, and sends a control signal to the heating unit to improve the power if the temperature is too low. The normal operation of the machine is ensured, the components are not damaged, and the machine is prevented from being stopped due to overcooling or overheating.

A computer-readable storage medium storing a computer program that, when invoked by a processor, implements the method of controlling a temperature sensing unit of any of the above to perform triple operation.

The dehumidifier comprises a temperature sensor and a humidity sensor, wherein the temperature sensor is in signal connection with the humidity sensor, and the temperature sensor is used for realizing the control method for the temperature detection unit to execute the triple operation during operation.

Further, the electric heating device also comprises an electric heater, and the electric heater is connected with the temperature sensor through signals. When the hot air outlet function of the dehumidifier can not meet the air outlet requirement of large area, long time and high temperature, the temperature can be regulated and controlled by the electric heater, the environment temperature is regulated, and the environment temperature is stabilized within a set temperature value range by the feedback system, so that the temperature regulation and control efficiency of the dehumidifier is improved.

Furthermore, two temperature sensors are arranged, wherein one temperature sensor is used for detecting the temperature inside the machine when the whole machine runs and is used as a control signal for normal running of the whole machine; and the other is used for detecting the ambient temperature as a control signal of the environment adjusting system. One is used for protecting the elements in the equipment from being damaged, and the other is used as a signal for regulating and controlling the ambient temperature, and the two signals are not interfered with each other and can communicate with each other, so that a better control and monitoring effect is achieved.

The control method for the temperature detection unit to execute the triple operation, the computer readable storage medium and the dehumidifier provided by the invention have the beneficial effects that:

(1) the function of the machine temperature detection unit in the market is only limited on the level of detecting the running temperature of the machine to prevent the machine from entering the start-stop protection by mistake, the invention adopts new control logic, writes a new algorithm, and the temperature detection unit executes a triple operation system: a set of execution systems perform feedback; the set of execution system is used for establishing a feedback signal associated with the humidity detection unit so as to control the intelligent dehumidification operation of the machine; the environment temperature is regulated and controlled in another set of execution, so that a user can experience a better control effect;

(2) the temperature detection unit executes a triple operation system, logical relation is established between temperature and humidity in the environment, the dehumidification system is controlled by feeding back relative humidity, and the environment temperature is regulated and controlled by feeding back an environment temperature signal, so that the adverse effects of high noise, high power consumption and influence on the service life of a machine due to long startup time and rotation speed switching of a compressor, a motor and the like caused by large-amplitude frequent debugging in the operation process due to the fact that a user cannot set an optimal value due to non-intelligent regulation and unclear logic functions of the dehumidifier are reduced to a certain extent;

(3) along with the improvement of the living standard of people, especially in the household appliance industry, the experience effect of users is more and more emphasized, and the control mode of a machine is more and more intelligent; according to the invention, a new logic function and algorithm are compiled, and firstly, on the dehumidification effect, the relative humidity value actually experienced by a user is adopted to replace the actual environment humidity value on the traditional machine and serve as a feedback control signal for transmission; in addition, a circulation control system that the traditional machine adopts a temperature detection plate to protect the normal operation of the machine is reserved, and the function of regulating and controlling the ambient temperature is added on the basis, so that the user can regulate the required temperature by himself and experience better dehumidification effect; and the temperature control and the dehumidification control are two parallel operation systems, and the temperature can be independently controlled, so that the purpose of adjusting the ambient temperature is achieved by the circulating system.

Drawings

FIG. 1 is a schematic flow chart of the present invention.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments obtained by a person skilled in the art without making any inventive step are within the scope of the present invention.