CN205641375U - Automatically, air conditioner control system that adjusts temperature of intelligence - Google Patents

Automatically, air conditioner control system that adjusts temperature of intelligence Download PDF

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CN205641375U
CN205641375U CN201620471297.4U CN201620471297U CN205641375U CN 205641375 U CN205641375 U CN 205641375U CN 201620471297 U CN201620471297 U CN 201620471297U CN 205641375 U CN205641375 U CN 205641375U
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temperature
ambient temperature
microprocessor
temperature adjustment
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徐新华
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Heyuan Baishitai Technology Co ltd
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Guangdong Bestek ECommerce Co Ltd
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Abstract

The utility model discloses an automatically, air conditioner control system that adjusts temperature of intelligence, including intelligent air conditioner, ambient temperature watch -dog, smart mobile phone and intelligent remote controller: the intelligence air conditioner includes main control unit, power module, temperature regulation module and infrared receiver module, the ambient temperature watch -dog includes microprocessor, data storage module, ambient temperature collection module, control module and infrared transceiver module, when ambient temperature that ambient temperature collection module gathered was not in default temperature adjusts threshold range, control module sent the temperature regulation instruction to microprocessor, microprocessor according to temperature regulation the instruction generate with the corresponding collection module 1 of temperature regulation instruction to loop through infrared transceiver module and infrared receiver module transmits to main control unit with control information so that main control unit control temperature regulation module with air conditioner temperature automatically regulated to predetermine temperature regulation threshold range in. The utility model discloses realize that intelligent air conditioner is according to ambient temperature automatic temperature adjustment for have more the practicality.

Description

可自动智能调温的空调控制系统Air conditioning control system with automatic and intelligent temperature adjustment

技术领域technical field

本实用新型涉及医用器材设备技术领域,具体地讲,涉及一种可自动智能调温的空调控制系统。The utility model relates to the technical field of medical equipment, in particular to an air-conditioning control system capable of automatic and intelligent temperature regulation.

背景技术Background technique

空调,空气调节器(air conditioner)的简称,是指用人工手段,对建筑/构筑物内环境空气的温度、湿度、洁净度、速度等参数进行调节和控制的过程。Air conditioning, short for air conditioner, refers to the process of adjusting and controlling the temperature, humidity, cleanliness, speed and other parameters of the ambient air in a building/structure by artificial means.

其一般包括冷源/热源设备,冷热介质输配系统,末端装置等几大部分和其他辅助设备。主要包括水泵、风机和管路系统。末端装置则负责利用输配来的冷热量,具体处理空气,使目标环境的空气参数达到要求。It generally includes cold source/heat source equipment, cold and hot medium transmission and distribution system, terminal devices and other auxiliary equipment. It mainly includes water pumps, fans and piping systems. The terminal device is responsible for using the cold and heat from the transmission and distribution to specifically process the air so that the air parameters of the target environment meet the requirements.

然而,现有技术中的空调,一般均不具备根据环境温度及设定的适宜温度阈值来实现空调的自动调温,以使变化后的环境温度符合人体所需要的所设定的适宜温度,使得便于用户无需手动调温,并且,现有的空调一般均通过智能遥控器进行手动控制,其使用起来不具智能化,也使得使用不便利及操作不便携。However, the air conditioners in the prior art generally do not have the ability to automatically adjust the temperature of the air conditioner according to the ambient temperature and the set suitable temperature threshold, so that the changed ambient temperature meets the set suitable temperature required by the human body. This makes it convenient for users to not need to manually adjust the temperature, and the existing air conditioners are generally manually controlled by an intelligent remote controller, which is not intelligent in use, and also makes it inconvenient to use and inconvenient to operate.

藉此,针对现状,设计出一种可自动智能调温的空调控制系统,则是非常有必要的。Therefore, aiming at the current situation, it is very necessary to design an air-conditioning control system that can automatically and intelligently adjust the temperature.

实用新型内容Utility model content

本实用新型的目的在于克服上述现有技术之不足而提供的一种可自动智能调温的空调控制系统。The purpose of the utility model is to overcome the above-mentioned deficiencies in the prior art and provide an air-conditioning control system capable of automatic and intelligent temperature regulation.

本实用新型解决现有技术问题所采用的技术方案是:一种可自动智能调温的空调控制系统,包括:The technical solution adopted by the utility model to solve the problems of the prior art is: an air-conditioning control system capable of automatic and intelligent temperature regulation, comprising:

智能空调,所述智能空调包括主控制器、用以为所述主控制器供电的电源模块、用以自动调节空调温度的温度调节模块及用以接收数据指令的红外接收模块;其中,An intelligent air conditioner, the intelligent air conditioner includes a main controller, a power supply module for supplying power to the main controller, a temperature adjustment module for automatically adjusting the temperature of the air conditioner, and an infrared receiving module for receiving data instructions; wherein,

所述电源模块、温度调节模块及所述红外接收模块分别与所述主控制器相连接;The power supply module, the temperature adjustment module and the infrared receiving module are respectively connected to the main controller;

环境温度监控器,所述环境温度监控器包括微处理器、存储有预设温度调节阈值的数据存储模块、用以采集环境温度的环境温度采集模块、用以判断所述环境温度采集模块所采集到的环境温度是否在预设温度调节阈值范围内,并当所述环境温度采集模块所采集到的环境温度不在预设温度调节阈值范围内时向所述微处理器发送第一温度调节指令的控制模块及用以收发数据指令的红外收发模块;其中,An ambient temperature monitor, the ambient temperature monitor includes a microprocessor, a data storage module storing a preset temperature adjustment threshold, an ambient temperature acquisition module for collecting ambient temperature, and an ambient temperature acquisition module for judging the temperature collected by the ambient temperature acquisition module. Whether the ambient temperature is within the preset temperature adjustment threshold range, and when the ambient temperature collected by the ambient temperature acquisition module is not within the preset temperature adjustment threshold range, send the first temperature adjustment instruction to the microprocessor A control module and an infrared transceiver module for sending and receiving data instructions; wherein,

所述控制模块连接于所述环境温度采集模块与所述微处理器之间,所述数据存储模块及所述红外收发模块分别与所述微处理器相连接,且所述红外收发模块与所述红外接收模块信号连接;The control module is connected between the ambient temperature acquisition module and the microprocessor, the data storage module and the infrared transceiver module are respectively connected to the microprocessor, and the infrared transceiver module is connected to the microprocessor. The signal connection of the infrared receiving module;

当所述环境温度采集模块所采集到的环境温度不在预设温度调节阈值范围内时,所述控制模块向所述微处理器发送第一温度调节指令,所述微处理器根据所述第一温度调节指令生成与所述第一温度调节指令相对应的第一控制信息,并将所述第一控制信息依次通过所述红外收发模块及所述红外接收模块传输至所述主控制器,以使所述主控制器控制所述温度调节模块将空调温度自动调节至所述预设温度调节阈值范围内。When the ambient temperature collected by the ambient temperature acquisition module is not within the preset temperature adjustment threshold range, the control module sends a first temperature adjustment instruction to the microprocessor, and the microprocessor The temperature adjustment command generates first control information corresponding to the first temperature adjustment command, and transmits the first control information to the main controller through the infrared transceiver module and the infrared receiver module in sequence, so as to The main controller controls the temperature adjustment module to automatically adjust the temperature of the air conditioner to within the range of the preset temperature adjustment threshold.

下面对以上技术方案作进一步阐述:The above technical scheme is further elaborated below:

优选地,所述环境温度监控器还包括用以调整所述预设温度调节阈值的温度设置模块,所述温度设置模块与所述微处理器相连接。Preferably, the ambient temperature monitor further includes a temperature setting module for adjusting the preset temperature adjustment threshold, and the temperature setting module is connected with the microprocessor.

优选地,所述环境温度监控器还包括用以显示环境温度值的显示屏,所述显示屏与所述微处理器相连接。Preferably, the ambient temperature monitor further includes a display screen for displaying the ambient temperature value, and the display screen is connected with the microprocessor.

优选地,所述环境温度采集模块为温度传感器。Preferably, the ambient temperature acquisition module is a temperature sensor.

优选地,所述环境温度监控器还包括用以与外接设备相连接的数据传输接口,所述数据传输接口与所述微处理器相连接。Preferably, the ambient temperature monitor further includes a data transmission interface for connecting with an external device, and the data transmission interface is connected with the microprocessor.

优选地,所述数据传输接口为USB接口。Preferably, the data transmission interface is a USB interface.

优选地,它还包括智能手持终端,所述智能手持终端内设有第一无线模块,且所述智能手持终端的控制系统中装置有用以调节空调温度的APP应用软件;Preferably, it also includes a smart hand-held terminal, the smart hand-held terminal is provided with a first wireless module, and the control system of the smart hand-held terminal is equipped with an APP application software for adjusting the temperature of the air conditioner;

所述环境温度监控器还包括用以与所述第一无线模块无线连接的第二无线模块,所述第二无线模块与所述微处理器相连接;The ambient temperature monitor also includes a second wireless module for wireless connection with the first wireless module, and the second wireless module is connected with the microprocessor;

当操控所述智能手持终端内的相关APP应用软件,手动输入第二温度调节指令时,所述智能手持终端生成与该第二温度调节指令相对应的第二控制信息,并将所述第二控制信息依次通过所述第一无线模块及所述第二无线模块传输至所述微处理器,以使所述微处理器再将所述第二控制信息依次通过所述红外收发模块及所述红外接收模块传输至所述主控制器,继而以使所述主控制器控制所述温度调节模块将空调温度自动调节至所述预设温度调节阈值范围内。When manipulating the relevant APP application software in the smart handheld terminal and manually inputting the second temperature adjustment instruction, the smart handheld terminal generates second control information corresponding to the second temperature adjustment instruction, and sends the second temperature adjustment instruction The control information is sequentially transmitted to the microprocessor through the first wireless module and the second wireless module, so that the microprocessor then passes the second control information sequentially through the infrared transceiver module and the The infrared receiving module transmits to the main controller, and then the main controller controls the temperature adjustment module to automatically adjust the temperature of the air conditioner to within the preset temperature adjustment threshold range.

优选地,所述第一无线模块及所述第二无线模块同为WiFi模块或蓝牙模块。Preferably, the first wireless module and the second wireless module are both WiFi modules or Bluetooth modules.

优选地,所述智能手持终端为智能手机或平板电脑。Preferably, the smart handheld terminal is a smart phone or a tablet computer.

优选地,它还包括带有显示屏的智能遥控器,所述智能遥控器内设有用以与所述红外收发模块无线连接的红外发送模块;Preferably, it also includes an intelligent remote control with a display screen, the intelligent remote control is provided with an infrared transmission module for wireless connection with the infrared transceiver module;

当操控所述智能遥控器,手动输入第三温度调节指令时,所述智能遥控器生成与该第三温度调节指令相对应的第三控制信息,并将所述第三控制信息依次通过所述红外发送模块及所述红外收发模块传输至所述微处理器,以使所述微处理器再将所述第三控制信息依次通过所述红外收发模块及所述红外接收模块传输至所述主控制器,继而以使所述主控制器控制所述温度调节模块将空调温度自动调节至所述预设温度调节阈值范围内。When manipulating the smart remote controller and manually inputting a third temperature adjustment instruction, the smart remote controller generates third control information corresponding to the third temperature adjustment instruction, and passes the third control information through the The infrared sending module and the infrared transceiver module are transmitted to the microprocessor, so that the microprocessor then transmits the third control information to the main computer through the infrared transceiver module and the infrared receiving module in sequence. The controller then enables the main controller to control the temperature adjustment module to automatically adjust the temperature of the air conditioner to within the range of the preset temperature adjustment threshold.

本实用新型的有益效果是:The beneficial effects of the utility model are:

其一、本实用新型所提供的一种可自动智能调温的空调控制系统,在具体实施时,设置有一可监测环境温度的环境温度监控器,相应环境温度监控器的数据存储模块存储有预设温度调节阈值,当所述环境温度采集模块所采集到的环境温度不在预设温度调节阈值范围内时,所述控制模块即会向所述微处理器发送第一温度调节指令,所述微处理器即会根据所述第一温度调节指令生成与所述第一温度调节指令相对应的第一控制信息,并将所述第一控制信息依次通过所述红外收发模块及所述红外接收模块传输至所述主控制器,以使所述主控制器控制所述温度调节模块将空调温度自动调节至所述预设温度调节阈值范围内,如此,即实现智能空调根据环境温度及设定的适宜温度阈值来实现自动调温,以使变化后的环境温度符合人体所需要的所设定的适宜温度,使得用户省去了手动调温的麻烦,进而,本实用新型更具实用性。One, an air-conditioning control system that can automatically and intelligently adjust the temperature provided by the utility model is provided with an ambient temperature monitor that can monitor the ambient temperature during specific implementation, and the data storage module of the corresponding ambient temperature monitor stores preset data. A temperature adjustment threshold is set, and when the ambient temperature collected by the ambient temperature acquisition module is not within the preset temperature adjustment threshold range, the control module will send a first temperature adjustment instruction to the microprocessor, and the microprocessor The processor will generate first control information corresponding to the first temperature adjustment instruction according to the first temperature adjustment instruction, and pass the first control information through the infrared transceiver module and the infrared receiver module in sequence transmitted to the main controller, so that the main controller controls the temperature adjustment module to automatically adjust the temperature of the air conditioner to the preset temperature adjustment threshold range, so that the intelligent air conditioner can realize the An appropriate temperature threshold is used to realize automatic temperature adjustment, so that the changed ambient temperature meets the set appropriate temperature required by the human body, so that the user saves the trouble of manual temperature adjustment, and furthermore, the utility model is more practical.

其二、在本技术方案中,一方面,通过所述温度设置模块可设置相关温度调节阈值,如可将相关温度调节阈值设置成20度-28度,则通过所述环境温度监控器的监测及所述智能空调的控制,调节后的环境温度则可永远保持在20度-28度范围,另一方面,通过所述显示屏,可实时查看环境温度,以使便于本实用新型的使用,进而,本实用新型使用效果好。Second, in this technical solution, on the one hand, the relevant temperature adjustment threshold can be set through the temperature setting module, if the relevant temperature adjustment threshold can be set to 20-28 degrees, then through the monitoring of the ambient temperature monitor And the control of the intelligent air conditioner, the adjusted ambient temperature can be kept in the range of 20°-28° forever. On the other hand, through the display screen, the ambient temperature can be checked in real time, so as to facilitate the use of the utility model. Furthermore, the utility model has a good use effect.

其三、在实施例中,本实用新型还包括与所述环境温度监控器无线连接的智能手持终端,用户通过所述智能手持终端内的用以调节空调温度的相关APP应用软件,亦可远程调节空调温度,进而,本实用新型的使用效果能得到进一步提高。Third, in the embodiment, the utility model also includes a smart handheld terminal that is wirelessly connected to the ambient temperature monitor, and the user can also remotely control the temperature of the air conditioner through the relevant APP application software in the smart handheld terminal to adjust the temperature of the air conditioner. Adjust the temperature of the air conditioner, and then, the use effect of the utility model can be further improved.

其四、在具体实施时,本实用新型还包括与所述环境温度监控器无线连接的智能遥控器,用户通过所述智能遥控器,亦可远程调节空调温度,如此一来,即使得本实用新型的使用效果能达到最佳。Fourth, in actual implementation, the utility model also includes an intelligent remote controller wirelessly connected to the ambient temperature monitor, and the user can remotely adjust the temperature of the air conditioner through the intelligent remote controller. The new type of use can achieve the best effect.

附图说明Description of drawings

图1是本实用新型可自动智能调温的空调控制系统的整体结构示意图;Fig. 1 is the overall structure schematic diagram of the air-conditioning control system of the utility model that can automatically and intelligently regulate temperature;

图2是本实用新型可自动智能调温的空调控制系统的电路方框图;Fig. 2 is the circuit block diagram of the air-conditioning control system of the utility model that can automatically and intelligently regulate temperature;

本实用新型目的的实现、功能特点及优点将结合实施例,参照附图做进一步说明。The realization of the purpose of the utility model, functional features and advantages will be further described in conjunction with the embodiments and with reference to the accompanying drawings.

附图标号:Figure number:

智能空调100Smart air conditioner 100

主控制器101;电源模块102;温度调节模块103;红外接收模块104;Main controller 101; power supply module 102; temperature adjustment module 103; infrared receiving module 104;

环境温度监控器200;Ambient temperature monitor 200;

微处理器201;数据存储模块202;环境温度采集模块203;控制模块204;红外收发模块205;温度设置模块206;显示屏207;数据传输接口208;第二无线模块209;Microprocessor 201; data storage module 202; ambient temperature acquisition module 203; control module 204; infrared transceiver module 205; temperature setting module 206; display screen 207; data transmission interface 208; second wireless module 209;

智能手持终端300;Smart handheld terminal 300;

第一无线模块301;The first wireless module 301;

智能遥控器400;Smart remote control 400;

红外发送模块401。Infrared sending module 401.

具体实施方式detailed description

以下将结合附图及具体实施例详细说明本实用新型的技术方案,以便更清楚、直观地理解本实用新型的发明实质。The technical solution of the utility model will be described in detail below in conjunction with the accompanying drawings and specific embodiments, so as to understand the essence of the utility model more clearly and intuitively.

图1是本实用新型可自动智能调温的空调控制系统的整体结构示意图;图2是本实用新型可自动智能调温的空调控制系统的电路方框图;Fig. 1 is a schematic diagram of the overall structure of the air-conditioning control system capable of automatic intelligent temperature regulation of the present invention; Fig. 2 is a circuit block diagram of the air-conditioning control system of the present utility model capable of automatic intelligent temperature regulation;

结合图1及图2所示;As shown in Figure 1 and Figure 2;

本实用新型所提供的一种可自动智能调温的空调控制系统,包括:An air-conditioning control system capable of automatic and intelligent temperature regulation provided by the utility model includes:

智能空调100,所述智能空调100包括主控制器101、用以为所述主控制器101供电的电源模块102、用以自动调节空调温度的温度调节模块103及用以接收数据指令的红外接收模块104;其中,An intelligent air conditioner 100, the intelligent air conditioner 100 includes a main controller 101, a power supply module 102 for supplying power to the main controller 101, a temperature adjustment module 103 for automatically adjusting the temperature of the air conditioner, and an infrared receiving module for receiving data instructions 104; where,

所述电源模块102、温度调节模块103及所述红外接收模块104分别与所述主控制器101相连接;The power supply module 102, the temperature adjustment module 103 and the infrared receiving module 104 are respectively connected to the main controller 101;

环境温度监控器200,所述环境温度监控器200包括微处理器201、存储有预设温度调节阈值的数据存储模块202、用以采集环境温度的环境温度采集模块203、用以判断所述环境温度采集模块203所采集到的环境温度是否在预设温度调节阈值范围内,并当所述环境温度采集模块203所采集到的环境温度不在预设温度调节阈值范围内时向所述微处理器201发送第一温度调节指令的控制模块204及用以收发数据指令的红外收发模块205;其中,An environment temperature monitor 200, the environment temperature monitor 200 includes a microprocessor 201, a data storage module 202 storing a preset temperature adjustment threshold, an environment temperature acquisition module 203 for collecting the environment temperature, and an environment temperature acquisition module 203 for judging the environment Whether the ambient temperature collected by the temperature acquisition module 203 is within the preset temperature adjustment threshold range, and when the ambient temperature collected by the ambient temperature acquisition module 203 is not within the preset temperature adjustment threshold range, report to the microprocessor 201 Send the control module 204 of the first temperature adjustment instruction and the infrared transceiver module 205 for sending and receiving data instructions; wherein,

所述控制模块204连接于所述环境温度采集模块203与所述微处理器201之间,所述数据存储模块202及所述红外收发模块205分别与所述微处理器201相连接,且所述红外收发模块205与所述红外接收模块104信号连接;The control module 204 is connected between the ambient temperature acquisition module 203 and the microprocessor 201, the data storage module 202 and the infrared transceiver module 205 are respectively connected with the microprocessor 201, and the Described infrared transceiver module 205 is connected with described infrared receiving module 104 signal;

当所述环境温度采集模块203所采集到的环境温度不在预设温度调节阈值范围内时,所述控制模块204向所述微处理器201发送第一温度调节指令,所述微处理器201根据所述第一温度调节指令生成与所述第一温度调节指令相对应的第一控制信息,并将所述第一控制信息依次通过所述红外收发模块205及所述红外接收模块104传输至所述主控制器101,以使所述主控制器101控制所述温度调节模块103将空调温度自动调节至所述预设温度调节阈值范围内。When the ambient temperature collected by the ambient temperature acquisition module 203 is not within the preset temperature adjustment threshold range, the control module 204 sends a first temperature adjustment instruction to the microprocessor 201, and the microprocessor 201 according to The first temperature adjustment instruction generates first control information corresponding to the first temperature adjustment instruction, and the first control information is sequentially transmitted to the infrared transceiver module 205 and the infrared receiving module 104 The main controller 101, so that the main controller 101 controls the temperature adjustment module 103 to automatically adjust the temperature of the air conditioner to within the preset temperature adjustment threshold range.

如此,本实用新型所提供的一种可自动智能调温的空调控制系统,在具体实施时,可实现智能空调100根据环境温度及设定的适宜温度阈值来实现自动调温,以使变化后的环境温度符合人体所需要的所设定的适宜温度,使得用户省去了手动调温的麻烦,进而,本实用新型更具实用性。In this way, the air-conditioning control system with automatic intelligent temperature adjustment provided by the utility model can realize automatic temperature adjustment according to the ambient temperature and the appropriate temperature threshold value set by the intelligent air conditioner 100 during specific implementation, so that after the change The ambient temperature meets the set suitable temperature required by the human body, so that the user saves the trouble of manual temperature adjustment, and furthermore, the utility model is more practical.

此处,需要说明的是,本实用新型尤其适用于夜间使用,将所述环境温度监控器200放置于床头柜等处,在用户睡着时,所述智能空调100可根据环境温度及设定的适宜温度阈值来实现自动调温,以使变化后的环境温度符合人体所需要的所设定的适宜温度,使得用户省去了起床调温的麻烦。Here, it should be noted that the utility model is especially suitable for use at night, and the ambient temperature monitor 200 is placed on a bedside table, etc., and when the user is asleep, the intelligent air conditioner 100 The appropriate temperature threshold is used to realize automatic temperature adjustment, so that the changed ambient temperature meets the set appropriate temperature required by the human body, so that the user saves the trouble of getting up to adjust the temperature.

进一步的,在本技术方案中,所述环境温度监控器200还包括用以调整所述预设温度调节阈值的温度设置模块206,所述温度设置模块206与所述微处理器201相连接。Further, in this technical solution, the ambient temperature monitor 200 further includes a temperature setting module 206 for adjusting the preset temperature adjustment threshold, and the temperature setting module 206 is connected with the microprocessor 201 .

并且,本实用新型的所述环境温度监控器200还包括用以显示环境温度值的显示屏207,所述显示屏207与所述微处理器201相连接。Moreover, the ambient temperature monitor 200 of the present invention further includes a display screen 207 for displaying the ambient temperature value, and the display screen 207 is connected with the microprocessor 201 .

如此,一方面,通过所述温度设置模块206可设置相关温度调节阈值,如可将相关温度调节阈值设置成20度-28度,则通过所述环境温度监控器200的监测及所述智能空调100的控制,调节后的环境温度则可永远保持在20度-28度范围,另一方面,通过所述显示屏207,可实时查看环境温度,以使便于本实用新型的使用,进而,本实用新型使用效果好。In this way, on the one hand, the relevant temperature adjustment threshold can be set through the temperature setting module 206, such as the relevant temperature adjustment threshold can be set to 20-28 degrees, then through the monitoring of the ambient temperature monitor 200 and the intelligent air conditioner 100 control, the adjusted ambient temperature can be kept in the range of 20°-28° forever. On the other hand, through the display screen 207, the ambient temperature can be viewed in real time, so as to facilitate the use of the present utility model. The utility model has good application effect.

需要强调的是,在本技术方案中,所述环境温度采集模块203为温度传感器。It should be emphasized that, in this technical solution, the ambient temperature collection module 203 is a temperature sensor.

再进一步的,在具体实施时,本实用新型的所述环境温度监控器200还包括用以与外接设备相连接的数据传输接口208,所述数据传输接口208与所述微处理器201相连接。Still further, during specific implementation, the ambient temperature monitor 200 of the present utility model also includes a data transmission interface 208 for connecting with an external device, and the data transmission interface 208 is connected with the microprocessor 201 .

优选的,所述数据传输接口208为USB接口。Preferably, the data transmission interface 208 is a USB interface.

如此,本实用新型的所述环境温度监控器200可直接与智能手机等智能设备相连,以使进行数据的传输。In this way, the ambient temperature monitor 200 of the present invention can be directly connected to smart devices such as smartphones for data transmission.

更进一步的,在本实施例中,本实用新型还包括智能手持终端300,所述智能手持终端300内设有第一无线模块301,且所述智能手持终端300的控制系统中装置有用以调节空调温度的APP应用软件;Furthermore, in this embodiment, the utility model also includes a smart handheld terminal 300, the smart handheld terminal 300 is provided with a first wireless module 301, and the device in the control system of the smart handheld terminal 300 is used to adjust APP application software for air conditioner temperature;

所述环境温度监控器200还包括用以与所述第一无线模块301无线连接的第二无线模块209,所述第二无线模块209与所述微处理器201相连接;The ambient temperature monitor 200 also includes a second wireless module 209 for wireless connection with the first wireless module 301, and the second wireless module 209 is connected with the microprocessor 201;

当操控所述智能手持终端300内的相关APP应用软件,手动输入第二温度调节指令时,所述智能手持终端300生成与该第二温度调节指令相对应的第二控制信息,并将所述第二控制信息依次通过所述第一无线模块301及所述第二无线模块209传输至所述微处理器201,以使所述微处理器201再将所述第二控制信息依次通过所述红外收发模块205及所述红外接收模块104传输至所述主控制器101,继而以使所述主控制器101控制所述温度调节模块103将空调温度自动调节至所述预设温度调节阈值范围内。When manipulating the relevant APP application software in the smart handheld terminal 300 and manually inputting a second temperature adjustment instruction, the smart handheld terminal 300 generates second control information corresponding to the second temperature adjustment instruction, and sends the The second control information is sequentially transmitted to the microprocessor 201 through the first wireless module 301 and the second wireless module 209, so that the microprocessor 201 then sequentially transmits the second control information through the The infrared transceiver module 205 and the infrared receiving module 104 transmit to the main controller 101, and then the main controller 101 controls the temperature adjustment module 103 to automatically adjust the temperature of the air conditioner to the preset temperature adjustment threshold range Inside.

如此,用户通过所述智能手持终端300内的用以调节空调温度的相关APP应用软件,亦可远程调节空调温度,进而,本实用新型的使用效果能得到进一步提高。In this way, the user can also remotely adjust the temperature of the air conditioner through the relevant APP application software in the smart handheld terminal 300 for adjusting the temperature of the air conditioner, and further, the use effect of the utility model can be further improved.

需要强调的是,在本技术方案中,所述第一无线模块301及所述第二无线模块209同为WiFi模块或蓝牙模块。并且,所述智能手持终端300优选为智能手机或平板电脑。It should be emphasized that, in this technical solution, the first wireless module 301 and the second wireless module 209 are both WiFi modules or Bluetooth modules. Moreover, the smart handheld terminal 300 is preferably a smart phone or a tablet computer.

需要补充说明的是,在较佳方案中,本实用新型还包括带有显示屏207的智能遥控器400,所述智能遥控器400内设有用以与所述红外收发模块205无线连接的红外发送模块401;It needs to be added that, in a preferred solution, the utility model also includes an intelligent remote control 400 with a display screen 207, and the intelligent remote control 400 is provided with an infrared transmitter for wireless connection with the infrared transceiver module 205. module 401;

当操控所述智能遥控器400,手动输入第三温度调节指令时,所述智能遥控器400生成与该第三温度调节指令相对应的第三控制信息,并将所述第三控制信息依次通过所述红外发送模块401及所述红外收发模块205传输至所述微处理器201,以使所述微处理器201再将所述第三控制信息依次通过所述红外收发模块205及所述红外接收模块104传输至所述主控制器101,继而以使所述主控制器101控制所述温度调节模块103将空调温度自动调节至所述预设温度调节阈值范围内。When manipulating the smart remote controller 400 and manually inputting a third temperature adjustment instruction, the smart remote controller 400 generates third control information corresponding to the third temperature adjustment instruction, and passes the third control information sequentially through The infrared sending module 401 and the infrared transceiver module 205 are transmitted to the microprocessor 201, so that the microprocessor 201 passes the third control information sequentially through the infrared transceiver module 205 and the infrared transceiver module 205. The receiving module 104 transmits to the main controller 101, and then the main controller 101 controls the temperature adjustment module 103 to automatically adjust the temperature of the air conditioner to within the preset temperature adjustment threshold range.

如此,用户通过所述智能遥控器400,亦可远程调节空调温度,以使本实用新型的使用效果能达到最佳。In this way, the user can remotely adjust the temperature of the air conditioner through the smart remote controller 400, so as to achieve the best effect of the utility model.

进一步需要补充说明的是,在实施时,用户还可直接通过所述智能遥控器400来控制所述智能空调100,以使所述智能空调100进行环境温度的调温,其为现有技术,在此,不做详细说明。It should be added that during implementation, the user can also directly control the smart air conditioner 100 through the smart remote controller 400, so that the smart air conditioner 100 can adjust the ambient temperature, which is a prior art. Here, no detailed description will be given.

并且,在另一实施例中,所述环境温度监控器200可设计成手环状结构,以使佩戴于用户手腕,使得跟用户肌体几乎零距离接触,尤其在夜间用户睡觉时,所述环境温度监控器200所检测的环境温度则接近用户肌体皮肤温度,在当相关环境温度不是所适宜的温度时,所述环境温度监控器200则会立即给予所述智能空调100温度调节指令,使得所述智能空调100立即响应相应动作来调节空调温度,使得能快速将环境温度调节至所设定的适宜温度,如此,即使得本实用新型的使用效果达到最优。And, in another embodiment, the ambient temperature monitor 200 can be designed as a wristband structure, so that it can be worn on the user's wrist, so that it has almost zero contact with the user's body, especially when the user sleeps at night, the environment The ambient temperature detected by the temperature monitor 200 is close to the skin temperature of the user's body. When the relevant ambient temperature is not the appropriate temperature, the ambient temperature monitor 200 will immediately give the intelligent air conditioner 100 a temperature adjustment command, so that all The smart air conditioner 100 immediately responds to the corresponding action to adjust the temperature of the air conditioner, so that the ambient temperature can be quickly adjusted to the set suitable temperature, so that the utility model can achieve the best use effect.

其他实施例等,在此,也不做详细说明。Other embodiments and the like are not described in detail here.

综上所述,本实用新型所提供的一种可自动智能调温的空调控制系统,在具体实施时,设置有一可监测环境温度的环境温度监控器200,相应环境温度监控器200的数据存储模块202存储有预设温度调节阈值,当所述环境温度采集模块203所采集到的环境温度不在预设温度调节阈值范围内时,所述控制模块204即会向所述微处理器201发送第一温度调节指令,所述微处理器201即会根据所述第一温度调节指令生成与所述第一温度调节指令相对应的第一控制信息,并将所述第一控制信息依次通过所述红外收发模块205及所述红外接收模块104传输至所述主控制器101,以使所述主控制器101控制所述温度调节模块103将空调温度自动调节至所述预设温度调节阈值范围内,如此,即实现智能空调100根据环境温度及设定的适宜温度阈值来实现自动调温,以使变化后的环境温度符合人体所需要的所设定的适宜温度,使得用户省去了手动调温的麻烦,进而,本实用新型更具实用性。In summary, the utility model provides an air-conditioning control system that can automatically and intelligently adjust the temperature. During specific implementation, an ambient temperature monitor 200 that can monitor the ambient temperature is provided. The module 202 stores a preset temperature adjustment threshold, and when the ambient temperature collected by the ambient temperature acquisition module 203 is not within the range of the preset temperature adjustment threshold, the control module 204 will send the first A temperature adjustment instruction, the microprocessor 201 will generate first control information corresponding to the first temperature adjustment instruction according to the first temperature adjustment instruction, and pass the first control information through the The infrared transceiver module 205 and the infrared receiving module 104 transmit to the main controller 101, so that the main controller 101 controls the temperature adjustment module 103 to automatically adjust the temperature of the air conditioner to within the preset temperature adjustment threshold range In this way, the intelligent air conditioner 100 realizes automatic temperature adjustment according to the ambient temperature and the set suitable temperature threshold, so that the changed ambient temperature meets the set suitable temperature required by the human body, so that the user does not need to manually adjust the temperature. warm trouble, and then, the utility model is more practical.

此外,在本技术方案中,一方面,通过所述温度设置模块206可设置相关温度调节阈值,如可将相关温度调节阈值设置成20度-28度,则通过所述环境温度监控器200的监测及所述智能空调100的控制,调节后的环境温度则可永远保持在20度-28度范围,另一方面,通过所述显示屏207,可实时查看环境温度,以使便于本实用新型的使用,进而,本实用新型使用效果好。In addition, in this technical solution, on the one hand, the relevant temperature adjustment threshold can be set through the temperature setting module 206, such as the relevant temperature adjustment threshold can be set to 20 degrees -28 degrees, then through the Monitoring and the control of the intelligent air conditioner 100, the adjusted ambient temperature can be kept in the range of 20-28 degrees forever. On the other hand, through the display screen 207, the ambient temperature can be checked in real time, so that the utility model use, and then, the utility model has good use effect.

再次,在实施例中,本实用新型还包括与所述环境温度监控器200无线连接的智能手持终端300,用户通过所述智能手持终端300内的用以调节空调温度的相关APP应用软件,亦可远程调节空调温度,进而,本实用新型的使用效果能得到进一步提高。Again, in the embodiment, the utility model also includes a smart hand-held terminal 300 wirelessly connected to the ambient temperature monitor 200, and the user uses the relevant APP application software for adjusting the temperature of the air conditioner in the smart hand-held terminal 300 to The temperature of the air conditioner can be adjusted remotely, and further, the use effect of the utility model can be further improved.

并且,在具体实施时,本实用新型还包括与所述环境温度监控器200无线连接的智能遥控器400,用户通过所述智能遥控器400,亦可远程调节空调温度,如此一来,即使得本实用新型的使用效果能达到最佳。Moreover, during specific implementation, the utility model also includes an intelligent remote controller 400 wirelessly connected to the ambient temperature monitor 200, and the user can remotely adjust the temperature of the air conditioner through the intelligent remote controller 400. In this way, even The use effect of the utility model can reach the best.

相应的,本实用新型所构成的整个技术方案及整个系统,易实施,易操作,在实用性强及专用性强的同时,本实用新型也不会花费太多的成本,使得本实用新型必然具有很好的市场推广价值。Correspondingly, the entire technical scheme and the entire system constituted by the utility model are easy to implement and operate, and while having strong practicability and specificity, the utility model will not spend too much cost, making the utility model necessarily It has good marketing value.

以上所述仅为本实用新型的优选实施例,并非因此限制本实用新型的专利范围,凡是利用本实用新型说明书及附图内容所作的等效结构或等效流程变换,或直接或间接运用在其他相关的技术领域,均同理包括在本实用新型的专利保护范围内。The above is only a preferred embodiment of the utility model, and does not limit the patent scope of the utility model. Any equivalent structure or equivalent process conversion made by using the specification of the utility model and the contents of the accompanying drawings may be directly or indirectly used in Other relevant technical fields are all included in the patent protection scope of the present utility model in the same way.

Claims (10)

1.一种可自动智能调温的空调控制系统,其特征在于,它包括:1. An air-conditioning control system capable of automatic and intelligent temperature regulation, characterized in that it comprises: 智能空调,所述智能空调包括主控制器、用以为所述主控制器供电的电源模块、用以自动调节空调温度的温度调节模块及用以接收数据指令的红外接收模块;其中,An intelligent air conditioner, the intelligent air conditioner includes a main controller, a power supply module for supplying power to the main controller, a temperature adjustment module for automatically adjusting the temperature of the air conditioner, and an infrared receiving module for receiving data instructions; wherein, 所述电源模块、温度调节模块及所述红外接收模块分别与所述主控制器相连接;The power supply module, the temperature adjustment module and the infrared receiving module are respectively connected to the main controller; 环境温度监控器,所述环境温度监控器包括微处理器、存储有预设温度调节阈值的数据存储模块、用以采集环境温度的环境温度采集模块、用以判断所述环境温度采集模块所采集到的环境温度是否在预设温度调节阈值范围内,并当所述环境温度采集模块所采集到的环境温度不在预设温度调节阈值范围内时向所述微处理器发送第一温度调节指令的控制模块及用以收发数据指令的红外收发模块;其中,An ambient temperature monitor, the ambient temperature monitor includes a microprocessor, a data storage module storing a preset temperature adjustment threshold, an ambient temperature acquisition module for collecting ambient temperature, and an ambient temperature acquisition module for judging the temperature collected by the ambient temperature acquisition module. Whether the ambient temperature is within the preset temperature adjustment threshold range, and when the ambient temperature collected by the ambient temperature acquisition module is not within the preset temperature adjustment threshold range, send the first temperature adjustment instruction to the microprocessor A control module and an infrared transceiver module for sending and receiving data instructions; wherein, 所述控制模块连接于所述环境温度采集模块与所述微处理器之间,所述数据存储模块及所述红外收发模块分别与所述微处理器相连接,且所述红外收发模块与所述红外接收模块信号连接;The control module is connected between the ambient temperature acquisition module and the microprocessor, the data storage module and the infrared transceiver module are respectively connected to the microprocessor, and the infrared transceiver module is connected to the microprocessor. The signal connection of the infrared receiving module; 当所述环境温度采集模块所采集到的环境温度不在预设温度调节阈值范围内时,所述控制模块向所述微处理器发送第一温度调节指令,所述微处理器根据所述第一温度调节指令生成与所述第一温度调节指令相对应的第一控制信息,并将所述第一控制信息依次通过所述红外收发模块及所述红外接收模块传输至所述主控制器,以使所述主控制器控制所述温度调节模块将空调温度自动调节至所述预设温度调节阈值范围内。When the ambient temperature collected by the ambient temperature acquisition module is not within the preset temperature adjustment threshold range, the control module sends a first temperature adjustment instruction to the microprocessor, and the microprocessor The temperature adjustment command generates first control information corresponding to the first temperature adjustment command, and transmits the first control information to the main controller through the infrared transceiver module and the infrared receiver module in sequence, so as to The main controller controls the temperature adjustment module to automatically adjust the temperature of the air conditioner to within the range of the preset temperature adjustment threshold. 2.根据权利要求1所述的可自动智能调温的空调控制系统,其特征在于,所述环境温度监控器还包括用以调整所述预设温度调节阈值的温度设置模块,所述温度设置模块与所述微处理器相连接。2. The air-conditioning control system capable of automatic and intelligent temperature regulation according to claim 1, wherein the ambient temperature monitor further comprises a temperature setting module for adjusting the preset temperature adjustment threshold, and the temperature setting A module is connected to the microprocessor. 3.根据权利要求1所述的可自动智能调温的空调控制系统,其特征在于,所述环境温度监控器还包括用以显示环境温度值的显示屏,所述显示屏与所述微处理器相连接。3. The air-conditioning control system capable of automatic intelligent temperature regulation according to claim 1, characterized in that, the ambient temperature monitor also includes a display screen for displaying the ambient temperature value, and the display screen and the microprocessor connected to the device. 4.根据权利要求1所述的可自动智能调温的空调控制系统,其特征在于,所述环境温度采集模块为温度传感器。4. The air-conditioning control system capable of automatic and intelligent temperature regulation according to claim 1, wherein the ambient temperature acquisition module is a temperature sensor. 5.根据权利要求1所述的可自动智能调温的空调控制系统,其特征在于,所述环境温度监控器还包括用以与外接设备相连接的数据传输接口,所述数据传输接口与所述微处理器相连接。5. The air-conditioning control system capable of automatic and intelligent temperature regulation according to claim 1, wherein the ambient temperature monitor further includes a data transmission interface for connecting with external devices, and the data transmission interface is connected to the connected to the microprocessor. 6.根据权利要求5所述的可自动智能调温的空调控制系统,其特征在于,所述数据传输接口为USB接口。6. The air-conditioning control system capable of automatic and intelligent temperature regulation according to claim 5, wherein the data transmission interface is a USB interface. 7.根据权利要求1-6任一项所述的可自动智能调温的空调控制系统,其特征在于,它还包括智能手持终端,所述智能手持终端内设有第一无线模块,且所述智能手持终端的控制系统中装置有用以调节空调温度的APP应用软件;7. The air-conditioning control system capable of automatic and intelligent temperature regulation according to any one of claims 1-6, characterized in that it also includes a smart hand-held terminal, a first wireless module is arranged in the smart hand-held terminal, and the The control system of the smart handheld terminal is equipped with an APP application software for adjusting the temperature of the air conditioner; 所述环境温度监控器还包括用以与所述第一无线模块无线连接的第二无线模块,所述第二无线模块与所述微处理器相连接;The ambient temperature monitor also includes a second wireless module for wireless connection with the first wireless module, and the second wireless module is connected with the microprocessor; 当操控所述智能手持终端内的相关APP应用软件,手动输入第二温度调节指令时,所述智能手持终端生成与该第二温度调节指令相对应的第二控制信息,并将所述第二控制信息依次通过所述第一无线模块及所述第二无线模块传输至所述微处理器,以使所述微处理器再将所述第二控制信息依次通过所述红外收发模块及所述红外接收模块传输至所述主控制器,继而以使所述主控制器控制所述温度调节模块将空调温度自动调节至所述预设温度调节阈值范围内。When manipulating the relevant APP application software in the smart handheld terminal and manually inputting the second temperature adjustment instruction, the smart handheld terminal generates second control information corresponding to the second temperature adjustment instruction, and sends the second temperature adjustment instruction The control information is sequentially transmitted to the microprocessor through the first wireless module and the second wireless module, so that the microprocessor then passes the second control information sequentially through the infrared transceiver module and the The infrared receiving module transmits to the main controller, and then the main controller controls the temperature adjustment module to automatically adjust the temperature of the air conditioner to within the preset temperature adjustment threshold range. 8.根据权利要求7所述的可自动智能调温的空调控制系统,其特征在于,所述第一无线模块及所述第二无线模块同为WiFi模块或蓝牙模块。8 . The air-conditioning control system capable of automatic and intelligent temperature regulation according to claim 7 , wherein the first wireless module and the second wireless module are both WiFi modules or Bluetooth modules. 9.根据权利要求7所述的可自动智能调温的空调控制系统,其特征在于,所述智能手持终端为智能手机或平板电脑。9. The air-conditioning control system capable of automatic and intelligent temperature regulation according to claim 7, wherein the intelligent handheld terminal is a smart phone or a tablet computer. 10.根据权利要求1-6任一项所述的可自动智能调温的空调控制系统,其特征在于,它还包括带有显示屏的智能遥控器,所述智能遥控器内设有用以与所述红外收发模块无线连接的红外发送模块;10. The air-conditioning control system capable of automatic intelligent temperature regulation according to any one of claims 1-6, characterized in that it also includes an intelligent remote controller with a display screen, and the intelligent remote controller is equipped with a device for communicating with An infrared sending module connected wirelessly by the infrared transceiver module; 当操控所述智能遥控器,手动输入第三温度调节指令时,所述智能遥控器生成与该第三温度调节指令相对应的第三控制信息,并将所述第三控制信息依次通过所述红外发送模块及所述红外收发模块传输至所述微处理器,以使所述微处理器再将所述第三控制信息依次通过所述红外收发模块及所述红外接收模块传输至所述主控制器,继而以使所述主控制器控制所述温度调节模块将空调温度自动调节至所述预设温度调节阈值范围内。When manipulating the smart remote controller and manually inputting a third temperature adjustment instruction, the smart remote controller generates third control information corresponding to the third temperature adjustment instruction, and passes the third control information through the The infrared sending module and the infrared transceiver module are transmitted to the microprocessor, so that the microprocessor then transmits the third control information to the main computer through the infrared transceiver module and the infrared receiving module in sequence. The controller then enables the main controller to control the temperature adjustment module to automatically adjust the temperature of the air conditioner to within the range of the preset temperature adjustment threshold.
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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105910240A (en) * 2016-05-20 2016-08-31 广东百事泰电子商务股份有限公司 Air conditioner control system capable of automatically intelligently conditioning temperature
CN106907841A (en) * 2017-04-17 2017-06-30 苏州腾华能源科技有限公司 Air conditioner intelligent management system based on energy internet
CN107367989A (en) * 2017-08-03 2017-11-21 安徽泰然信息技术工程有限公司 Building HVAC control system
CN110118425A (en) * 2019-05-19 2019-08-13 江苏经贸职业技术学院 A kind of energy-saving indoor temperature adjusting system

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105910240A (en) * 2016-05-20 2016-08-31 广东百事泰电子商务股份有限公司 Air conditioner control system capable of automatically intelligently conditioning temperature
WO2017197843A1 (en) * 2016-05-20 2017-11-23 广东百事泰电子商务股份有限公司 Air conditioner control system capable of regulating temperature automatically and intelligently
CN106907841A (en) * 2017-04-17 2017-06-30 苏州腾华能源科技有限公司 Air conditioner intelligent management system based on energy internet
CN107367989A (en) * 2017-08-03 2017-11-21 安徽泰然信息技术工程有限公司 Building HVAC control system
CN110118425A (en) * 2019-05-19 2019-08-13 江苏经贸职业技术学院 A kind of energy-saving indoor temperature adjusting system

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