CN115562093A - Automatic control method and device for intelligent air conditioning equipment - Google Patents

Automatic control method and device for intelligent air conditioning equipment Download PDF

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CN115562093A
CN115562093A CN202110752898.8A CN202110752898A CN115562093A CN 115562093 A CN115562093 A CN 115562093A CN 202110752898 A CN202110752898 A CN 202110752898A CN 115562093 A CN115562093 A CN 115562093A
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personnel
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intelligent air
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陈小平
林勇进
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Yunmi Internet Technology Guangdong Co Ltd
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    • GPHYSICS
    • G05CONTROLLING; REGULATING
    • G05BCONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
    • G05B19/00Programme-control systems
    • G05B19/02Programme-control systems electric
    • G05B19/04Programme control other than numerical control, i.e. in sequence controllers or logic controllers
    • G05B19/042Programme control other than numerical control, i.e. in sequence controllers or logic controllers using digital processors
    • G05B19/0423Input/output
    • GPHYSICS
    • G05CONTROLLING; REGULATING
    • G05BCONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
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Abstract

本发明公开了一种智能空调设备的自动控制方法及装置,该方法通过采集到的当前区域的信息,如环境信息、人员类别等,自动生成针对性的智能空调设备的设备控制参数,并自动基于生成的设备控制参数动态控制智能空调设备工作,能够提高智能空调设备的控制智能性,满足不同类别的人群对环境舒适度的需求,无需用户手动控制智能空调设备,即使在用户处于睡眠状态,同样能够为用户提供准确的舒适环境,提高了用户的使用体验;通过根据当前区域的环境信息以及人员信息(如人员类别)准确地控制智能空调设备,还能够减少电力资源的浪费。

Figure 202110752898

The invention discloses an automatic control method and device for intelligent air-conditioning equipment. The method automatically generates targeted equipment control parameters for intelligent air-conditioning equipment through the collected information of the current area, such as environmental information and personnel category, and automatically Dynamically control the work of smart air-conditioning equipment based on the generated equipment control parameters, which can improve the control intelligence of smart air-conditioning equipment and meet the needs of different types of people for environmental comfort. There is no need for users to manually control smart air-conditioning equipment, even when the user is sleeping. It can also provide users with an accurate and comfortable environment and improve the user experience; by accurately controlling intelligent air-conditioning equipment according to the current regional environmental information and personnel information (such as personnel categories), it can also reduce the waste of power resources.

Figure 202110752898

Description

智能空调设备的自动控制方法及装置Automatic control method and device for intelligent air-conditioning equipment

技术领域technical field

本发明涉及智能空调设备技术领域,尤其涉及一种智能空调设备的自动控制方法及装置。The invention relates to the technical field of intelligent air-conditioning equipment, in particular to an automatic control method and device for intelligent air-conditioning equipment.

背景技术Background technique

随着科学技术的快速发展,越来越多的设备朝着智能化方向发展,且基于操作方便快捷、省时省力等优点,智能设备在生活、工作、生产等场景中的应用越来越普及且也越来越重要,例如:空调设备。With the rapid development of science and technology, more and more devices are developing in the direction of intelligence, and based on the advantages of convenient and quick operation, saving time and effort, the application of smart devices in life, work, production and other scenarios is becoming more and more popular And also more and more important, such as: air conditioning equipment.

实际生活中,人们可以通过空调设备的遥控设备或者其用户终端预先对空调设备的工作模式(如:温度、风速)等手动设置,空调设备再根据用户预先设置的工作模式对目前功能进行调整,如:睡眠、强风等。然而,实践发现,现有的空调设备的控制方式仍旧需要人工参与且仅限于当前温度、时间,无法实现真正意义上的智能化,从而无法为用户提供准确的舒适环境。因此,提出一种如何提高空调设备的控制智能性,为用户提供准确的舒适环境的方案显得尤为重要。In real life, people can manually set the working mode (such as temperature and wind speed) of the air conditioner in advance through the remote control device of the air conditioner or its user terminal, and then the air conditioner adjusts the current function according to the working mode preset by the user. Such as: sleep, strong wind, etc. However, it has been found in practice that the existing control methods of air-conditioning equipment still require manual participation and are limited to the current temperature and time, which cannot be truly intelligent and thus cannot provide users with an accurate and comfortable environment. Therefore, it is particularly important to propose a scheme of how to improve the control intelligence of air-conditioning equipment and provide users with an accurate and comfortable environment.

发明内容Contents of the invention

本发明提供了一种智能空调设备的自动控制方法及装置,能够提高智能空调设备的控制智能性,满足不同类别的人群对环境舒适度的需求,为用户提供准确的舒适环境。The invention provides an automatic control method and device for intelligent air-conditioning equipment, which can improve the control intelligence of the intelligent air-conditioning equipment, meet the needs of different types of people for environmental comfort, and provide users with an accurate and comfortable environment.

为了解决上述技术问题,本发明第一方面公开了一种智能空调设备的自动控制方法,所述方法包括:In order to solve the above technical problems, the first aspect of the present invention discloses an automatic control method for intelligent air-conditioning equipment, the method comprising:

采集当前区域的信息,所述当前区域的信息包括所述当前区域的人员信息以及所述当前区域的环境信息,所述当前区域的人员信息包括所述当前区域的人员类别;collecting information in the current area, the information in the current area includes personnel information in the current area and environmental information in the current area, and the personnel information in the current area includes the category of personnel in the current area;

根据确定出的所述当前区域的信息包括的内容,生成与所述当前区域的信息匹配的设备控制参数;generating device control parameters matching the information of the current area according to the content included in the determined information of the current area;

基于生成的所述设备控制参数控制所述当前区域的智能空调设备进行工作。Controlling the smart air conditioner in the current area to work based on the generated device control parameters.

作为一种可选的实施方式,在本发明第一方面中,所述根据确定出的所述当前区域的信息包括的内容,生成与所述当前区域的信息匹配的设备控制参数,包括:As an optional implementation manner, in the first aspect of the present invention, the generating the device control parameters matching the information of the current area according to the content included in the determined information of the current area includes:

根据确定出的所述当前区域的信息包括的内容,确定与所述当前区域的人员匹配的感知信息,与所述当前区域的人员匹配的感知信息包括与所述当前区域的人员匹配的舒适感知温度;According to the content included in the determined information of the current area, determine perception information matching the personnel in the current area, where the perception information matching the personnel in the current area includes comfort perception matching the personnel in the current area temperature;

根据与所述当前区域的人员匹配的感知信息包括的内容,生成与所述当前区域的信息匹配的设备控制参数。Generate device control parameters that match information in the current area according to content included in the perception information that matches people in the current area.

作为一种可选的实施方式,在本发明第一方面中,所述根据确定出的所述当前区域的信息包括的内容,确定与所述当前区域的人员匹配的感知信息,包括:As an optional implementation manner, in the first aspect of the present invention, determining the perception information matching the personnel in the current area according to the content included in the determined information of the current area includes:

当所述当前区域的人员类别的数量大于1时,计算所述当前区域中每个所述人员类别对应的舒适感知温度的平均舒适感知温度,作为与所述当前区域的人员匹配的感知信息;或者,When the number of personnel categories in the current area is greater than 1, calculating the average comfortable perceived temperature of the comfortable perceived temperature corresponding to each of the personnel categories in the current area, as the perception information matching the personnel in the current area; or,

当所述当前区域的人员类别的数量大于1且所述当前区域的智能空调设备包括多个出风区域时,确定所述当前区域的每个所述人员类别对应的舒适感知温度为与所述当前区域的人员匹配的感知信息,且所述当前区域的智能空调设备的每个所述出风区域均存在对应的人员类别的感知信息;或者,When the number of personnel categories in the current area is greater than 1 and the smart air-conditioning equipment in the current area includes multiple air outlet areas, determine that the comfortable perceived temperature corresponding to each of the personnel categories in the current area is the same as the Perception information matched by personnel in the current area, and each of the air outlet areas of the smart air-conditioning equipment in the current area has the perception information of the corresponding personnel category; or,

当所述当前区域的人员类别的数量大于1且所述当前区域的人员类别的数量为奇数时,确定所述当前区域的所有所述人员类别对应的舒适感知温度,并从所有所述人员类别对应的舒适感知温度中筛选温度值处于中间值的舒适感知温度,作为与所述当前区域的人员匹配的感知信息;或者,When the number of personnel categories in the current area is greater than 1 and the number of personnel categories in the current area is an odd number, determine the comfort perception temperature corresponding to all the personnel categories in the current area, and select from all the personnel categories Selecting the comfortable perceived temperature whose temperature value is in the middle value among the corresponding comfortable perceived temperatures, as the perceived information matching the personnel in the current area; or,

当所述当前区域的人员类别的数量大于1时,确定所述当前区域中每个所述人员类别的人员对信息的敏感度,并从所有所述人员类别对应的敏感度中选择最大敏感度对应的人员类别匹配的舒适感知温度,作为与所述当前区域的人员匹配的感知信息,所述信息包括温度和/或灰尘。When the number of personnel categories in the current area is greater than 1, determine the sensitivity of the personnel of each of the personnel categories in the current area to information, and select the maximum sensitivity from the sensitivities corresponding to all the personnel categories The comfortable perceived temperature matched with the corresponding personnel category is used as the perceived information matched with the personnel in the current area, and the information includes temperature and/or dust.

作为一种可选的实施方式,在本发明第一方面中,所述根据确定出的所述当前区域的信息包括的内容,确定与所述当前区域的人员匹配的感知信息,包括:As an optional implementation manner, in the first aspect of the present invention, determining the perception information matching the personnel in the current area according to the content included in the determined information of the current area includes:

当所述当前区域的人员类别的数量大于1时,判断所述当前区域的智能空调设备是否处于工作状态;When the number of personnel categories in the current area is greater than 1, it is judged whether the smart air conditioner in the current area is in a working state;

当判断出所述当前区域的智能空调设备处于工作状态时,确定所述当前区域的智能空调设备的工作模式,并判断所述当前区域的智能空调设备的工作模式是否用于表示所述当前区域的智能空调设备本次工作是交替性工作,所述交替性工作用于表示所述当前区域的智能空调设备以所有所述人员类别中每个所述人员类别对应的舒适感知温度轮流工作对应的预设时长,其中,每个所述人员类别均存在对应的所述预设时长;When it is determined that the smart air conditioner in the current area is in a working state, determine the working mode of the smart air conditioner in the current area, and determine whether the working mode of the smart air conditioner in the current area is used to represent the current area The current work of the smart air-conditioning equipment is an alternate work, and the alternating work is used to indicate that the smart air-conditioning equipment in the current area is working in turn at the comfortable perceived temperature corresponding to each of the personnel categories. Preset duration, wherein, each of the categories of personnel has a corresponding preset duration;

当判断结果为是时,确定所述当前区域的智能空调设备以所述工作模式工作的起始工作时刻与当前工作时刻之间的间隔时长内每个所述人员类别对应的舒适感知温度的轮流工作次数;When the judgment result is yes, determine the rotation of the comfortable perceived temperature corresponding to each of the personnel categories in the interval between the initial working time and the current working time of the smart air-conditioning equipment in the current area working in the working mode number of jobs;

根据每个所述人员类别对应的舒适感知温度的轮流工作次数以及每个所述人员类别对应的舒适感知温度计算所有所述人员类别对应的舒适感知温度对应的平均舒适感知温度,作为与所述当前区域的人员匹配的感知信息。Calculate the average comfort perception temperature corresponding to the comfort perception temperature corresponding to all the personnel categories according to the number of shifts of the comfort perception temperature corresponding to each of the personnel categories and the comfort perception temperature corresponding to each of the personnel categories, as the Perception information matched by people in the current area.

作为一种可选的实施方式,在本发明第一方面中,所述当前区域的人员信息还包括每个所述人员类型对应的人员位置;As an optional implementation manner, in the first aspect of the present invention, the personnel information in the current area further includes a personnel position corresponding to each of the personnel types;

以及,所述方法还包括:And, the method also includes:

根据每个所述人员类型对应的人员位置从所述当前区域的智能空调设备的多个出风区域中确定与每个所述人员类型对应的人员位置匹配的出风区域;According to the personnel position corresponding to each of the personnel types, determine the air outlet area that matches the personnel position corresponding to each of the personnel types from the multiple air outlet areas of the intelligent air-conditioning equipment in the current area;

其中,所述根据确定出的所述当前区域的信息包括的内容,生成与所述当前区域的信息匹配的设备控制参数,包括:Wherein, the generating the device control parameters matching the information of the current area according to the content included in the determined information of the current area includes:

根据确定出的所述当前区域的信息包括的内容以及每个所述人员类型对应的人员位置匹配的出风区域,生成每个所述人员类型对应的人员位置匹配的出风区域对应的设备控制参数。According to the content included in the determined information of the current area and the wind outlet area matched with the position of the person corresponding to each type of person, generate the device control corresponding to the air outlet area matched with the position of the person corresponding to each type of person parameter.

作为一种可选的实施方式,在本发明第一方面中,所述根据确定出的所述当前区域的信息包括的内容,生成与所述当前区域的信息匹配的设备控制参数之前,所述方法还包括:As an optional implementation manner, in the first aspect of the present invention, before generating the device control parameters matching the information of the current area according to the content included in the determined information of the current area, the Methods also include:

当所述当前区域的人员类别的人员处于非睡眠状态时,采集所述人员类别对应的人员活动情况,根据采集到的所述人员类别对应的人员活动情况确定所述人员类别对应的代谢情况;When the personnel of the personnel category in the current area is in a non-sleeping state, collecting the personnel activity corresponding to the personnel category, and determining the metabolic condition corresponding to the personnel category according to the collected personnel activity corresponding to the personnel category;

其中,所述根据确定出的所述当前区域的信息包括的内容,生成与所述当前区域的信息匹配的设备控制参数,包括:Wherein, the generating the device control parameters matching the information of the current area according to the content included in the determined information of the current area includes:

根据所述人员类别对应的代谢情况以及确定出的所述当前区域的信息包括的内容,生成与所述当前区域的信息匹配的设备控制参数。According to the metabolic condition corresponding to the person category and the content included in the determined information of the current area, an equipment control parameter matching the information of the current area is generated.

作为一种可选的实施方式,在本发明第一方面中,所述方法还包括:As an optional implementation manner, in the first aspect of the present invention, the method further includes:

采集所述当前区域的智能空调设备的出风速度,根据所述人员类别查询所述人员类别匹配的平均舒适感知温度;Collect the air outlet speed of the intelligent air-conditioning equipment in the current area, and query the average comfortable perceived temperature matched by the personnel category according to the personnel category;

其中,所述根据所述人员类别对应的代谢情况以及确定出的所述当前区域的信息包括的内容,生成与所述当前区域的信息匹配的设备控制参数,包括:Wherein, the generation of device control parameters matching the information of the current area according to the metabolic condition corresponding to the person category and the content included in the determined information of the current area includes:

根据所述人员类别对应的代谢情况、所述当前区域的智能空调设备的出风速度、所述人员类别匹配的平均舒适感知温度以及确定出的所述当前区域的信息包括的内容,生成与所述当前区域的信息匹配的设备控制参数。According to the metabolic condition corresponding to the person category, the air output speed of the smart air conditioner in the current area, the average comfortable perceived temperature matched by the person category, and the content included in the determined information of the current area, a Device control parameters matching the information of the current region.

作为一种可选的实施方式,在本发明第一方面中,所述方法还包括:As an optional implementation manner, in the first aspect of the present invention, the method further includes:

判断是否接收到针对所述智能空调设备本次工作情况的反馈信息;Judging whether to receive feedback information on the current working conditions of the intelligent air-conditioning equipment;

当判断出接收到针对所述智能空调设备本次工作情况的反馈信息时,根据接收到的所述反馈信息修正所述智能空调设备本次工作对应的工作模式的设备控制参数,得到修正后的所述智能空调设备的设备控制参数;其中,修正后的所述智能空调设备的所述设备控制参数包括修正后的所述智能空调设备的温度控制参数,修正后的所述智能空调设备的温度控制参数包括所述智能空调设备下一工作时刻的温度控制参数或者所述智能空调设备下一次启动的温度控制参数。When it is judged that the feedback information on the current working condition of the intelligent air conditioner is received, modify the device control parameters of the working mode corresponding to the current work of the intelligent air conditioner according to the received feedback information, and obtain the corrected The equipment control parameters of the intelligent air conditioner; wherein, the corrected device control parameters of the intelligent air conditioner include the corrected temperature control parameters of the intelligent air conditioner, and the corrected temperature of the intelligent air conditioner The control parameters include the temperature control parameters at the next working time of the intelligent air conditioner or the temperature control parameters at the next startup of the intelligent air conditioner.

作为一种可选的实施方式,在本发明第一方面中,所述当前区域的人员类别包括性别类别、年龄段类别以及体质类别中的一种或者多种组合;所述当前区域的环境信息包括所述当前区域的环境温度、所述当前区域的环境湿度、所述当前区域的重点气体的浓度以及所述当前区域的气味中的一种或者多种组合;As an optional implementation, in the first aspect of the present invention, the personnel category of the current area includes one or more combinations of gender category, age group category, and physical fitness category; the environmental information of the current area Including one or more combinations of the ambient temperature of the current area, the ambient humidity of the current area, the concentration of key gases in the current area, and the odor of the current area;

进一步的,所述当前区域的信息还包括所述当前区域的节气信息,其中,所述当前区域的节气信息包括所述当前区域的节气类型,所述当前区域的节气类型包括所述当前区域的夏季类型、春季类型、冬季类型以及秋季类型中的其中一种。Further, the information of the current area also includes the solar term information of the current area, wherein the solar term information of the current area includes the solar term type of the current area, and the solar term type of the current area includes the solar terms of the current area One of summer type, spring type, winter type, and autumn type.

本发明第二方面公开了一种智能空调设备的自动控制装置,所述装置包括:The second aspect of the present invention discloses an automatic control device for intelligent air-conditioning equipment, the device comprising:

采集模块,用于采集当前区域的信息,所述当前区域的信息包括所述当前区域的人员信息以及所述当前区域的环境信息,所述当前区域的人员信息包括所述当前区域的人员类别;A collection module, configured to collect information in the current area, the information in the current area includes personnel information in the current area and environmental information in the current area, and the personnel information in the current area includes personnel categories in the current area;

生成模块,用于根据确定出的所述当前区域的信息包括的内容,生成与所述当前区域的信息匹配的设备控制参数;A generating module, configured to generate device control parameters matching the information of the current area according to the content included in the determined information of the current area;

控制模块,用于基于生成的所述设备控制参数控制所述当前区域的智能空调设备进行工作。A control module, configured to control the smart air conditioner in the current area to work based on the generated device control parameters.

作为一种可选的实施方式,在本发明第二方面中,所述生成模块,包括:As an optional implementation manner, in the second aspect of the present invention, the generating module includes:

确定子模块,用于根据确定出的所述当前区域的信息包括的内容,确定与所述当前区域的人员匹配的感知信息,与所述当前区域的人员匹配的感知信息包括与所述当前区域的人员匹配的舒适感知温度;The determination submodule is configured to determine the perception information matching the personnel in the current area according to the content included in the determined information of the current area, and the perception information matching the personnel in the current area includes The comfortable perceived temperature matched by the personnel;

生成子模块,用于根据与所述当前区域的人员匹配的感知信息包括的内容,生成与所述当前区域的信息匹配的设备控制参数。The generating submodule is configured to generate device control parameters matching the information of the current area according to the content included in the perception information matching the personnel in the current area.

作为一种可选的实施方式,在本发明第二方面中,所述确定子模块根据确定出的所述当前区域的信息包括的内容,确定与所述当前区域的人员匹配的感知信息的方式具体为:As an optional implementation manner, in the second aspect of the present invention, the determination submodule determines the manner of the perception information matching the personnel in the current area according to the content included in the determined information of the current area Specifically:

当所述当前区域的人员类别的数量大于1时,计算所述当前区域中每个所述人员类别对应的舒适感知温度的平均舒适感知温度,作为与所述当前区域的人员匹配的感知信息;或者,When the number of personnel categories in the current area is greater than 1, calculating the average comfortable perceived temperature of the comfortable perceived temperature corresponding to each of the personnel categories in the current area, as the perception information matching the personnel in the current area; or,

当所述当前区域的人员类别的数量大于1且所述当前区域的智能空调设备包括多个出风区域时,确定所述当前区域的每个所述人员类别对应的舒适感知温度为与所述当前区域的人员匹配的感知信息,且所述当前区域的智能空调设备的每个所述出风区域均存在对应的人员类别的感知信息;或者,When the number of personnel categories in the current area is greater than 1 and the smart air-conditioning equipment in the current area includes multiple air outlet areas, determine that the comfortable perceived temperature corresponding to each of the personnel categories in the current area is the same as the Perception information matched by personnel in the current area, and each of the air outlet areas of the smart air-conditioning equipment in the current area has the perception information of the corresponding personnel category; or,

当所述当前区域的人员类别的数量大于1且所述当前区域的人员类别的数量为奇数时,确定所述当前区域的所有所述人员类别对应的舒适感知温度,并从所有所述人员类别对应的舒适感知温度中筛选温度值处于中间值的舒适感知温度,作为与所述当前区域的人员匹配的感知信息;或者,When the number of personnel categories in the current area is greater than 1 and the number of personnel categories in the current area is an odd number, determine the comfort perception temperature corresponding to all the personnel categories in the current area, and select from all the personnel categories Selecting the comfortable perceived temperature whose temperature value is in the middle value among the corresponding comfortable perceived temperatures, as the perceived information matching the personnel in the current area; or,

当所述当前区域的人员类别的数量大于1时,确定所述当前区域中每个所述人员类别的人员对信息的敏感度,并从所有所述人员类别对应的敏感度中选择最大敏感度对应的人员类别匹配的舒适感知温度,作为与所述当前区域的人员匹配的感知信息,所述信息包括温度和/或灰尘。When the number of personnel categories in the current area is greater than 1, determine the sensitivity of the personnel of each of the personnel categories in the current area to information, and select the maximum sensitivity from the sensitivities corresponding to all the personnel categories The comfortable perceived temperature matched with the corresponding personnel category is used as the perceived information matched with the personnel in the current area, and the information includes temperature and/or dust.

作为一种可选的实施方式,在本发明第二方面中,所述确定子模块根据确定出的所述当前区域的信息包括的内容,确定与所述当前区域的人员匹配的感知信息的方式具体为:As an optional implementation manner, in the second aspect of the present invention, the determination submodule determines the manner of the perception information matching the personnel in the current area according to the content included in the determined information of the current area Specifically:

当所述当前区域的人员类别的数量大于1时,判断所述当前区域的智能空调设备是否处于工作状态;When the number of personnel categories in the current area is greater than 1, it is judged whether the smart air conditioner in the current area is in a working state;

当判断出所述当前区域的智能空调设备处于工作状态时,确定所述当前区域的智能空调设备的工作模式,并判断所述当前区域的智能空调设备的工作模式是否用于表示所述当前区域的智能空调设备本次工作是交替性工作,所述交替性工作用于表示所述当前区域的智能空调设备以所有所述人员类别中每个所述人员类别对应的舒适感知温度轮流工作对应的预设时长,其中,每个所述人员类别均存在对应的所述预设时长;When it is determined that the smart air conditioner in the current area is in a working state, determine the working mode of the smart air conditioner in the current area, and determine whether the working mode of the smart air conditioner in the current area is used to represent the current area The current work of the smart air-conditioning equipment is an alternate work, and the alternating work is used to indicate that the smart air-conditioning equipment in the current area is working in turn at the comfortable perceived temperature corresponding to each of the personnel categories. Preset duration, wherein, each of the categories of personnel has a corresponding preset duration;

当判断结果为是时,确定所述当前区域的智能空调设备以所述工作模式工作的起始工作时刻与当前工作时刻之间的间隔时长内每个所述人员类别对应的舒适感知温度的轮流工作次数;When the judgment result is yes, determine the rotation of the comfortable perceived temperature corresponding to each of the personnel categories in the interval between the initial working time and the current working time of the smart air-conditioning equipment in the current area working in the working mode number of jobs;

根据每个所述人员类别对应的舒适感知温度的轮流工作次数以及每个所述人员类别对应的舒适感知温度计算所有所述人员类别对应的舒适感知温度对应的平均舒适感知温度,作为与所述当前区域的人员匹配的感知信息。Calculate the average comfort perception temperature corresponding to the comfort perception temperature corresponding to all the personnel categories according to the number of shifts of the comfort perception temperature corresponding to each of the personnel categories and the comfort perception temperature corresponding to each of the personnel categories, as the Perception information matched by people in the current area.

作为一种可选的实施方式,在本发明第二方面中,所述当前区域的人员信息还包括每个所述人员类型对应的人员位置;As an optional implementation manner, in the second aspect of the present invention, the personnel information in the current area further includes a personnel position corresponding to each of the personnel types;

以及,所述装置还包括:And, the device also includes:

第一确定模块,用于根据每个所述人员类型对应的人员位置从所述当前区域的智能空调设备的多个出风区域中确定与每个所述人员类型对应的人员位置匹配的出风区域;The first determining module is configured to determine, from the multiple air outlet areas of the smart air-conditioning equipment in the current area, the air outlet that matches the location of the person corresponding to each type of person according to the location of the person corresponding to each type of person area;

其中,所述生成模块根据确定出的所述当前区域的信息包括的内容,生成与所述当前区域的信息匹配的设备控制参数的方式具体为:Wherein, according to the content included in the determined information of the current area, the generating module generates the device control parameters matching the information of the current area specifically as follows:

根据确定出的所述当前区域的信息包括的内容以及每个所述人员类型对应的人员位置匹配的出风区域,生成每个所述人员类型对应的人员位置匹配的出风区域对应的设备控制参数。According to the content included in the determined information of the current area and the wind outlet area matched with the position of the person corresponding to each type of person, generate the device control corresponding to the air outlet area matched with the position of the person corresponding to each type of person parameter.

作为一种可选的实施方式,在本发明第二方面中,所述采集模块,还用于在所述生成模块根据确定出的所述当前区域的信息包括的内容,生成与所述当前区域的信息匹配的设备控制参数之前,当所述当前区域的人员类别的人员处于非睡眠状态时,采集所述人员类别对应的人员活动情况;As an optional implementation manner, in the second aspect of the present invention, the acquisition module is further configured to generate, in the generation module, a Before the device control parameters matched by the information, when the personnel of the personnel category in the current area is in a non-sleeping state, collect the personnel activity situation corresponding to the personnel category;

以及,所述装置还包括:And, the device also includes:

第二确定模块,用于根据采集到的所述人员类别对应的人员活动情况确定所述人员类别对应的代谢情况;The second determination module is configured to determine the metabolic condition corresponding to the personnel category according to the collected personnel activity conditions corresponding to the personnel categories;

其中,所述生成模块根据确定出的所述当前区域的信息包括的内容,生成与所述当前区域的信息匹配的设备控制参数的方式具体为:Wherein, according to the content included in the determined information of the current area, the generating module generates the device control parameters matching the information of the current area specifically as follows:

根据所述人员类别对应的代谢情况以及确定出的所述当前区域的信息包括的内容,生成与所述当前区域的信息匹配的设备控制参数。According to the metabolic condition corresponding to the person category and the content included in the determined information of the current area, an equipment control parameter matching the information of the current area is generated.

作为一种可选的实施方式,在本发明第二方面中,所述采集模块,还用于采集所述当前区域的智能空调设备的出风速度,根据所述人员类别查询所述人员类别匹配的平均舒适感知温度;As an optional implementation, in the second aspect of the present invention, the collection module is further configured to collect the wind speed of the smart air-conditioning equipment in the current area, and query the personnel category matching according to the personnel category. The average comfortable perceived temperature of

其中,所述生成模块根据所述人员类别对应的代谢情况以及确定出的所述当前区域的信息包括的内容,生成与所述当前区域的信息匹配的设备控制参数的方式具体为:Wherein, the generating module generates the device control parameters matching the information of the current area according to the metabolic condition corresponding to the person category and the content included in the determined information of the current area as follows:

根据所述人员类别对应的代谢情况、所述当前区域的智能空调设备的出风速度、所述人员类别匹配的平均舒适感知温度以及确定出的所述当前区域的信息包括的内容,生成与所述当前区域的信息匹配的设备控制参数。According to the metabolic condition corresponding to the person category, the air output speed of the smart air conditioner in the current area, the average comfortable perceived temperature matched by the person category, and the content included in the determined information of the current area, a Device control parameters matching the information of the current region.

作为一种可选的实施方式,在本发明第二方面中,所述装置还包括:As an optional implementation manner, in the second aspect of the present invention, the device further includes:

判断模块,用于判断是否接收到针对所述智能空调设备本次工作情况的反馈信息;A judging module, configured to judge whether feedback information on the current working conditions of the smart air-conditioning equipment is received;

修正模块,用于当所述判断模块判断出接收到针对所述智能空调设备本次工作情况的反馈信息时,根据接收到的所述反馈信息修正所述智能空调设备本次工作对应的工作模式的设备控制参数,得到修正后的所述智能空调设备的设备控制参数;其中,修正后的所述智能空调设备的所述设备控制参数包括修正后的所述智能空调设备的温度控制参数,修正后的所述智能空调设备的温度控制参数包括所述智能空调设备下一工作时刻的温度控制参数或者所述智能空调设备下一次启动的温度控制参数。A correction module, configured to correct the working mode corresponding to the current work of the smart air conditioner according to the received feedback information when the judging module determines that the feedback information on the current working condition of the smart air conditioner is received The equipment control parameters of the intelligent air conditioning equipment are obtained to obtain the equipment control parameters of the intelligent air conditioning equipment after correction; wherein, the equipment control parameters of the intelligent air conditioning equipment after correction include the temperature control parameters of the intelligent air conditioning equipment after correction, and the correction The subsequent temperature control parameters of the intelligent air conditioner include the temperature control parameters at the next working time of the intelligent air conditioner or the temperature control parameters at the next startup of the intelligent air conditioner.

作为一种可选的实施方式,在本发明第二方面中,所述当前区域的人员类别包括性别类别、年龄段类别以及体质类别中的一种或者多种组合;所述当前区域的环境信息包括所述当前区域的环境温度、所述当前区域的环境湿度、所述当前区域的重点气体的浓度以及所述当前区域的气味中的一种或者多种组合;As an optional implementation, in the second aspect of the present invention, the personnel category of the current area includes one or more combinations of gender category, age group category, and physical fitness category; the environmental information of the current area Including one or more combinations of the ambient temperature of the current area, the ambient humidity of the current area, the concentration of key gases in the current area, and the odor of the current area;

进一步的,所述当前区域的信息还包括所述当前区域的节气信息,其中,所述当前区域的节气信息包括所述当前区域的节气类型,所述当前区域的节气类型包括所述当前区域的夏季类型、春季类型、冬季类型以及秋季类型中的其中一种。Further, the information of the current area also includes the solar term information of the current area, wherein the solar term information of the current area includes the solar term type of the current area, and the solar term type of the current area includes the solar terms of the current area One of summer type, spring type, winter type, and autumn type.

本发明第三方面公开了另一种智能空调设备的自动控制装置,所述装置包括:The third aspect of the present invention discloses another automatic control device for intelligent air-conditioning equipment, which includes:

存储有可执行程序代码的存储器;a memory storing executable program code;

与所述存储器耦合的处理器;a processor coupled to the memory;

所述处理器调用所述存储器中存储的所述可执行程序代码,执行本发明第一方面公开的任意一种智能空调设备的自动控制方法中的部分或全部步骤。The processor invokes the executable program code stored in the memory to execute some or all of the steps in any automatic control method for intelligent air-conditioning equipment disclosed in the first aspect of the present invention.

本发明第四方面公开了一种计算机存储介质,所述计算机存储介质存储有计算机指令,所述计算机指令被调用时,用于执行本发明第一方面公开的任意一种智能空调设备的自动控制方法中的部分或全部步骤。The fourth aspect of the present invention discloses a computer storage medium, the computer storage medium stores computer instructions, and when the computer instructions are called, it is used to perform automatic control of any intelligent air-conditioning equipment disclosed in the first aspect of the present invention Some or all of the steps in the method.

与现有技术相比,本发明实施例具有以下有益效果:Compared with the prior art, the embodiments of the present invention have the following beneficial effects:

本发明实施例中,采集当前区域的信息,当前区域的信息包括当前区域的人员信息以及当前区域的环境信息,当前区域的人员信息包括当前区域的人员类别;根据确定出的当前区域的信息包括的内容,生成与当前区域的信息匹配的设备控制参数;基于生成的设备控制参数控制当前区域的智能空调设备进行工作。可见,本发明通过采集到的当前区域的信息,如环境信息、人员类别等,自动生成针对性的智能空调设备的设备控制参数,并自动基于生成的设备控制参数动态控制智能空调设备工作,能够提高智能空调设备的控制智能性,满足不同类别的人群对环境舒适度的需求,无需用户手动控制智能空调设备,即使在用户处于睡眠状态,同样能够为用户提供准确的舒适环境,提高了用户的使用体验;通过根据当前区域的环境信息以及人员信息(如人员类别)准确地控制智能空调设备,还能够减少电力资源的浪费。In the embodiment of the present invention, the information of the current area is collected. The information of the current area includes the personnel information of the current area and the environment information of the current area. The personnel information of the current area includes the personnel category of the current area; content, generate equipment control parameters that match the information of the current area; control the smart air-conditioning equipment in the current area to work based on the generated equipment control parameters. It can be seen that the present invention automatically generates targeted equipment control parameters of intelligent air-conditioning equipment through the collected information of the current area, such as environmental information, personnel category, etc., and automatically dynamically controls the operation of intelligent air-conditioning equipment based on the generated equipment control parameters. Improve the control intelligence of intelligent air-conditioning equipment to meet the needs of different types of people for environmental comfort. It does not require users to manually control intelligent air-conditioning equipment. Even when the user is sleeping, it can also provide users with an accurate and comfortable environment. Use experience; by accurately controlling intelligent air-conditioning equipment according to the current area's environmental information and personnel information (such as personnel category), it can also reduce the waste of power resources.

附图说明Description of drawings

为了更清楚地说明本发明实施例中的技术方案,下面将对实施例描述中所需要使用的附图作简单地介绍,显而易见地,下面描述中的附图仅仅是本发明的一些实施例,对于本领域普通技术人员来讲,在不付出创造性劳动的前提下,还可以根据这些附图获得其他的附图。In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings that need to be used in the description of the embodiments will be briefly introduced below. Obviously, the drawings in the following description are only some embodiments of the present invention. For those skilled in the art, other drawings can also be obtained based on these drawings without creative effort.

图1是本发明实施例公开的一种智能空调设备的自动控制方法的流程示意图;Fig. 1 is a schematic flow chart of an automatic control method for an intelligent air conditioner disclosed in an embodiment of the present invention;

图2是本发明实施例公开的另一种智能空调设备的自动控制方法的流程示意图;Fig. 2 is a schematic flowchart of another automatic control method for intelligent air-conditioning equipment disclosed in an embodiment of the present invention;

图3是本发明实施例公开的一种智能空调设备的自动控制装置的结构示意图;Fig. 3 is a schematic structural diagram of an automatic control device for an intelligent air conditioner disclosed in an embodiment of the present invention;

图4是本发明实施例公开的另一种智能空调设备的自动控制装置的结构示意图;Fig. 4 is a schematic structural diagram of another automatic control device for intelligent air-conditioning equipment disclosed in an embodiment of the present invention;

图5是本发明实施例公开的又一种智能空调设备的自动控制装置的结构示意图;Fig. 5 is a structural schematic diagram of another automatic control device for intelligent air-conditioning equipment disclosed in an embodiment of the present invention;

图6为本发明实施例公开的一种场景示意图。Fig. 6 is a schematic diagram of a scene disclosed by an embodiment of the present invention.

具体实施方式detailed description

为了使本技术领域的人员更好地理解本发明方案,下面将结合本发明实施例中的附图,对本发明实施例中的技术方案进行清楚、完整地描述,显然,所描述的实施例仅仅是本发明一部分实施例,而不是全部的实施例。基于本发明中的实施例,本领域普通技术人员在没有作出创造性劳动前提下所获得的所有其他实施例,都属于本发明保护的范围。In order to enable those skilled in the art to better understand the solutions of the present invention, the following will clearly and completely describe the technical solutions in the embodiments of the present invention in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only It is a part of embodiments of the present invention, but not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without creative efforts fall within the protection scope of the present invention.

本发明的说明书和权利要求书及上述附图中的术语“第一”、“第二”等是用于区别不同对象,而不是用于描述特定顺序。此外,术语“包括”和“具有”以及它们任何变形,意图在于覆盖不排他的包含。例如包含了一系列步骤或单元的过程、方法、装置、产品或端没有限定于已列出的步骤或单元,而是可选地还包括没有列出的步骤或单元,或可选地还包括对于这些过程、方法、产品或端固有的其他步骤或单元。The terms "first", "second" and the like in the description and claims of the present invention and the above drawings are used to distinguish different objects, rather than to describe a specific order. Furthermore, the terms "include" and "have", as well as any variations thereof, are intended to cover a non-exclusive inclusion. For example, a process, method, device, product, or terminal comprising a series of steps or units is not limited to the listed steps or units, but optionally also includes steps or units that are not listed, or optionally further includes For other steps or units inherent in these processes, methods, products or ends.

在本文中提及“实施例”意味着,结合实施例描述的特定特征、结构或特性可以包含在本发明的至少一个实施例中。在说明书中的各个位置出现该短语并不一定均是指相同的实施例,也不是与其它实施例互斥的独立的或备选的实施例。本领域技术人员显式地和隐式地理解的是,本文所描述的实施例可以与其它实施例相结合。Reference herein to an "embodiment" means that a particular feature, structure, or characteristic described in connection with the embodiment can be included in at least one embodiment of the present invention. The occurrences of this phrase in various places in the specification are not necessarily all referring to the same embodiment, nor are separate or alternative embodiments mutually exclusive of other embodiments. It is understood explicitly and implicitly by those skilled in the art that the embodiments described herein can be combined with other embodiments.

本发明公开了一种智能空调设备的自动控制方法及装置,能够通过采集到的当前区域的信息,如环境信息、人员类别等,自动生成针对性的智能空调设备的设备控制参数,并自动基于生成的设备控制参数动态控制智能空调设备工作,能够提高智能空调设备的控制智能性,满足不同类别的人群对环境舒适度的需求,无需用户手动控制智能空调设备,即使在用户处于睡眠状态,同样能够为用户提供准确的舒适环境,提高了用户的使用体验;通过根据当前区域的环境信息以及人员信息(如人员类别)准确地控制智能空调设备,还能够减少电力资源的浪费。以下分别进行详细的说明。The invention discloses an automatic control method and device for intelligent air-conditioning equipment, which can automatically generate targeted equipment control parameters for intelligent air-conditioning equipment based on the collected information of the current area, such as environmental information and personnel categories, and automatically based on The generated device control parameters dynamically control the work of smart air-conditioning equipment, which can improve the control intelligence of smart air-conditioning equipment and meet the needs of different types of people for environmental comfort. There is no need for users to manually control smart air-conditioning equipment, even when the user is sleeping. It can provide users with an accurate and comfortable environment and improve the user experience; by accurately controlling the intelligent air-conditioning equipment according to the current regional environmental information and personnel information (such as personnel category), it can also reduce the waste of power resources. Each will be described in detail below.

实施例一Embodiment one

请参阅图1,图1是本发明实施例公开的一种智能空调设备的自动控制方法的流程示意图。其中,图1所描述的方法可以应用于智能空调设备的自动控制装置中,该智能空调设备的自动控制装置可以包括智能空调设备或智能空调设备对应的服务器,其中,智能空调设备的自动控制装置可以与用户终端和/或当前区域的其他智能设备(如:智能扫地设备、智能图像采集设备等)进行通信连接,其中,用户终端包括但不限于智能穿戴设备(如智能运动手环等)和/或智能手机(Android手机、iOS手机等),本发明实施例不做限定。如图1所示,该智能空调设备的自动控制方法可以包括以下操作:Please refer to FIG. 1 . FIG. 1 is a schematic flowchart of an automatic control method for an intelligent air conditioner disclosed in an embodiment of the present invention. Wherein, the method described in FIG. 1 can be applied to the automatic control device of the intelligent air conditioner, and the automatic control device of the intelligent air conditioner can include the server corresponding to the intelligent air conditioner or the intelligent air conditioner, wherein, the automatic control device of the intelligent air conditioner It can communicate with user terminals and/or other smart devices in the current area (such as: smart sweeping equipment, smart image acquisition devices, etc.), where the user terminals include but are not limited to smart wearable devices (such as smart sports bracelets, etc.) and /or smart phones (Android mobile phones, iOS mobile phones, etc.), the embodiments of the present invention are not limited. As shown in Figure 1, the automatic control method of the intelligent air conditioner may include the following operations:

101、采集当前区域的信息,该当前区域的信息包括当前区域的人员信息以及当前区域的环境信息,该当前区域的人员信息包括当前区域的人员类别。101. Collect information of the current area, the information of the current area includes personnel information of the current area and environment information of the current area, the information of the personnel of the current area includes the type of personnel of the current area.

本发明实施例中,当前区域的人员类别包括性别类别、年龄段类别以及体质类别中的一种或者多种组合;当前区域的环境信息包括当前区域的环境温度、当前区域的环境湿度、当前区域的重点气体的浓度以及当前区域的气味中的一种或者多种组合;其中,当前区域的重点气体包括但不限于二氧化碳和/或氧气;进一步的,当前区域的信息还包括当前区域的节气信息,其中,当前区域的节气信息包括当前区域的节气类型,当前区域的节气类型包括当前区域的夏季类型、春季类型、冬季类型以及秋季类型中的其中一种。这样通过采集更多的当前区域的信息,能够提高智能空调设备的设备控制参数的生成准确性,进一步有利于为人员、不同类别的人群提供更舒适的环境。In the embodiment of the present invention, the personnel category of the current area includes one or more combinations of gender category, age group category, and physical fitness category; the environmental information of the current area includes the ambient temperature of the current area, the ambient humidity of the current area, the current area One or more combinations of the concentration of the key gas and the smell of the current area; wherein, the key gas of the current area includes but not limited to carbon dioxide and/or oxygen; further, the information of the current area also includes the solar term information of the current area , wherein the solar term information of the current region includes the solar term type of the current region, and the solar term type of the current region includes one of summer type, spring type, winter type and autumn type of the current region. In this way, by collecting more information of the current area, the generation accuracy of the equipment control parameters of the intelligent air-conditioning equipment can be improved, which is further conducive to providing a more comfortable environment for personnel and different types of people.

本发明实施例中,可选的,当前区域的信息的采集方式包括用户输入方式、设备采集方式,其中,用户输入方式用于表示信息是人员通过其用户终端向自动控制装置发送的,如:男性类别、老人类别等,设备采集方式用于表示信息是自动控制装置通过识别设备识别到的,其中,识别设备可以集成于自动控制装置,也可以独立于自动控制装置,且识别设备包括但不限于语音识别设备(如识别到当前区域的人员语音输出的关键字:小孩)、声纹识别设备、图像识别设备以及环境识别设备中的一种或多种组合。这样通过多种方式采集当前区域的信息,能够采集到更全面的信息,从而有利于提高智能空调设备的设备控制参数的准确性。In the embodiment of the present invention, optionally, the information collection method of the current area includes a user input method and a device collection method, wherein the user input method is used to indicate that the information is sent by a person to the automatic control device through his user terminal, such as: The male category, the elderly category, etc., the equipment collection method is used to indicate that the information is recognized by the automatic control device through the identification device, wherein the identification device can be integrated into the automatic control device or independent of the automatic control device, and the identification device includes but not It is limited to one or more combinations of voice recognition equipment (such as recognizing the keyword output by the voice of the person in the current area: child), voiceprint recognition equipment, image recognition equipment, and environment recognition equipment. In this way, more comprehensive information can be collected by collecting the information of the current area in various ways, thereby helping to improve the accuracy of the equipment control parameters of the intelligent air-conditioning equipment.

需要说明的是,当前区域的人员类别可以代指人员个体,如:小红、小明,也可以代表由多个人员组成的整体,如:有小红和小兰组成的女性团体,本发明实施例不做限定。It should be noted that the personnel category in the current area can refer to individual personnel, such as: Xiaohong and Xiaoming, or can represent a whole composed of multiple personnel, such as: a female group composed of Xiaohong and Xiaolan. The implementation of the present invention Examples are not limited.

102、根据确定出的当前区域的信息包括的内容,生成与当前区域的信息匹配的设备控制参数。102. Generate device control parameters that match the information of the current area according to content included in the determined information of the current area.

本发明实施例中,设备控制参数包括温度控制参数、模式控制参数。其中,模式控制参数包括睡眠模式控制参数或者非睡眠模式控制参数。进一步的,设备控制参数还包括风速控制参数和/或出风模式控制参数。其中,智能空调设备的出风模式为智能空调设备的导风板运动和/或智能空调设备的前面板运动所形成的模式。其中,智能空调设备的出风模式包括水平出风模式、上下出风模式以及全域风(四周出风)模式中的一种。其中,智能空调设备的导风板的运动和智能空调设备的前面板的运动均包括移动和/翻转,其中,智能空调设备的导风板的移动和智能空调设备的前面板的移动均包括上移动、下移动、前移动以及后移动中的一种。这样设备控制参数包括的内容越多越有利于提高智能空调设备的控制准确性。In the embodiment of the present invention, the device control parameters include temperature control parameters and mode control parameters. Wherein, the mode control parameters include sleep mode control parameters or non-sleep mode control parameters. Further, the device control parameters also include wind speed control parameters and/or air outlet mode control parameters. Wherein, the air outlet mode of the intelligent air conditioner is a mode formed by the movement of the wind deflector of the intelligent air conditioner and/or the movement of the front panel of the intelligent air conditioner. Wherein, the air outlet mode of the intelligent air conditioner includes one of the horizontal air outlet mode, the up and down air outlet mode, and the global air outlet (surrounding air outlet) mode. Wherein, the movement of the air deflector of the intelligent air conditioner and the movement of the front panel of the intelligent air conditioner both include moving and/overturning, wherein the movement of the air deflector of the intelligent air conditioner and the movement of the front panel of the intelligent air conditioner both include the upper One of Move, Move Down, Move Forward, and Move Back. In this way, the more content the device control parameters include, the better the control accuracy of the intelligent air-conditioning device will be improved.

103、基于生成的设备控制参数控制当前区域的智能空调设备进行工作。103. Control the smart air conditioner in the current area to work based on the generated device control parameters.

可见,实施图1所描述的修正方法能够通过采集到的当前区域的信息,如环境信息、人员类别等,自动生成针对性的智能空调设备的设备控制参数,并自动基于生成的设备控制参数动态控制智能空调设备工作,能够提高智能空调设备的控制智能性,满足不同类别的人群对环境舒适度的需求,无需用户手动控制智能空调设备,即使在用户处于睡眠状态,同样能够为用户提供准确的舒适环境,提高了用户的使用体验;通过根据当前区域的环境信息以及人员信息(如人员类别)准确地控制智能空调设备,还能够减少电力资源的浪费。It can be seen that implementing the correction method described in Figure 1 can automatically generate targeted device control parameters for intelligent air-conditioning equipment through the collected information of the current area, such as environmental information, personnel categories, etc., and automatically based on the generated device control parameters. Controlling the work of intelligent air-conditioning equipment can improve the control intelligence of intelligent air-conditioning equipment and meet the needs of different types of people for environmental comfort. There is no need for users to manually control intelligent air-conditioning equipment. Even when the user is sleeping, it can also provide users with accurate information. The comfortable environment improves the user experience; by accurately controlling the intelligent air-conditioning equipment according to the current area's environmental information and personnel information (such as personnel category), it can also reduce the waste of power resources.

在一个可选的实施例中,根据确定出的当前区域的信息包括的内容,生成与当前区域的信息匹配的设备控制参数,包括:In an optional embodiment, according to the content included in the determined information of the current area, generating device control parameters that match the information of the current area includes:

根据确定出的当前区域的信息包括的内容,确定与当前区域的人员匹配的感知信息,与当前区域的人员匹配的感知信息包括与当前区域的人员匹配的舒适感知温度;According to the content included in the determined information of the current area, determine the perception information that matches the personnel in the current area, and the perception information that matches the personnel in the current area includes the comfortable perceived temperature that matches the personnel in the current area;

根据与当前区域的人员匹配的感知信息包括的内容,生成与当前区域的信息匹配的设备控制参数。According to the content included in the perception information matched with the personnel in the current area, the device control parameters matched with the information of the current area are generated.

该可选的实施例中,与当前区域的信息匹配的设备控制参数包括环境控制参数。进一步的,与当前区域的人员匹配的感知信息还包括与当前区域的人员匹配的感知风情况,此时,与当前区域的信息匹配的设备控制参数还包括风速控制参数和/或出风模式控制参数。In this optional embodiment, the device control parameters matched with the information of the current area include environment control parameters. Further, the perceived information matched with the personnel in the current area also includes the perceived wind conditions matched with the personnel in the current area. At this time, the device control parameters matched with the information in the current area also include wind speed control parameters and/or wind mode control parameter.

该可选的实施例中,与当前区域的人员匹配的舒适感知温度包括与当前区域的人员匹配的起始舒适感知温度或者智能空调设备在工作过程中的舒适感知温度。其中,不同类别的人员对应不同的舒适感知温度,如:成年男性的舒适感知温度T1、成年女性的舒适感知温度T2、小孩的舒适感知温度T3的关系依次为T2>T1>T3。进一步的,不同节气类型对应不同的舒适感知温度,且冬季对应的舒适感知温度低于夏天对应的舒适感知温度,如:夏季,成年女性对应的舒适感知温度为27.5℃,冬季,成年女性对应的舒适感知温度为24.5℃。又进一步的,不同的环境湿度对应不同的舒适感知温度,如:环境适度为55%RH,成年女性的舒适感知温度为27.5℃,环境适度为85%RH,成年女性的舒适感知温度为25.5℃。In this optional embodiment, the comfortable perceived temperature matched with the people in the current area includes an initial comfortable perceived temperature matched with the people in the current area or the comfortable perceived temperature of the intelligent air conditioner during operation. Among them, different categories of personnel correspond to different comfortable perception temperatures, for example, the relationship between the comfort perception temperature T1 of adult men, the comfort perception temperature T2 of adult women, and the comfort perception temperature T3 of children is T2>T1>T3. Further, different solar term types correspond to different comfortable perceived temperatures, and the corresponding comfortable perceived temperature in winter is lower than the corresponding comfortable perceived temperature in summer, for example: in summer, the corresponding comfortable perceived temperature of adult women is 27.5°C; The comfortable perceived temperature is 24.5°C. Furthermore, different ambient humidity corresponds to different comfortable perception temperature, such as: the environment moderate is 55% RH, the comfortable perception temperature of adult women is 27.5°C, the environment moderateness is 85% RH, the comfortable perception temperature of adult women is 25.5°C .

可见,该可选的实施例通过当前区域中人员的感知信息,如舒适感知温度等,能够实现智能空调设备的设备控制参数的生成,提高了智能空调设备的设备控制参数的生成准确性,从而为当前区域的人员个性化地提供所匹配的舒适环境。It can be seen that this optional embodiment can realize the generation of equipment control parameters of intelligent air-conditioning equipment through the perception information of people in the current area, such as comfortable perceived temperature, etc., and improve the generation accuracy of equipment control parameters of intelligent air-conditioning equipment, thereby Personalize the matching comfortable environment for the people in the current area.

在另一个可选的实施例中,根据确定出的当前区域的信息包括的内容,确定与当前区域的人员匹配的感知信息,包括:In another optional embodiment, according to the content included in the determined information of the current area, determining the perception information matching the personnel in the current area includes:

当当前区域的人员类别的数量大于1时,计算当前区域中每个人员类别对应的舒适感知温度的平均舒适感知温度,作为与当前区域的人员匹配的感知信息;或者,When the number of personnel categories in the current area is greater than 1, calculate the average comfortable perceived temperature of the comfortable perceived temperature corresponding to each personnel category in the current area as the perception information matching the personnel in the current area; or,

当当前区域的人员类别的数量大于1且当前区域的智能空调设备包括多个出风区域时,确定当前区域的每个人员类别对应的舒适感知温度为与当前区域的人员匹配的感知信息,且当前区域的智能空调设备的每个出风区域均存在对应的人员类别的感知信息;或者,When the number of personnel categories in the current area is greater than 1 and the smart air-conditioning equipment in the current area includes multiple air outlet areas, determine that the comfortable perceived temperature corresponding to each personnel category in the current area is the perception information that matches the personnel in the current area, and Each air outlet area of the smart air-conditioning equipment in the current area has the perception information of the corresponding personnel category; or,

当当前区域的人员类别的数量大于1且当前区域的人员类别的数量为奇数时,确定当前区域的所有人员类别对应的舒适感知温度,并从所有人员类别对应的舒适感知温度中筛选温度值处于中间值的舒适感知温度,作为与当前区域的人员匹配的感知信息;或者,When the number of personnel categories in the current area is greater than 1 and the number of personnel categories in the current area is an odd number, determine the comfort perception temperature corresponding to all personnel categories in the current area, and filter the temperature value from the comfort perception temperature corresponding to all personnel categories. a comfortable perceived temperature of the median value as perceived information matched to the occupants of the current zone; or,

当当前区域的人员类别的数量大于1时,确定当前区域中每个人员类别的人员对信息的敏感度,并从所有人员类别对应的敏感度中选择最大敏感度对应的人员类别(如儿童类别等)匹配的舒适感知温度,作为与当前区域的人员匹配的感知信息,该信息包括温度和/或灰尘。When the number of personnel categories in the current area is greater than 1, determine the sensitivity of the personnel of each personnel category in the current area to the information, and select the personnel category corresponding to the maximum sensitivity from the sensitivities corresponding to all personnel categories (such as the child category etc.) matching comfortable perceived temperature, as the perceived information matched with the personnel in the current area, the information includes temperature and/or dust.

举例来说,A区域有a人员类别、b人员类别,且a人员类别对应的舒适感知温度为28.9℃、b人员类别对应的舒适感知温度为27.5℃、则与A区域匹配的舒适感知温度为(28.9℃+27.5℃)÷2=28.2℃;或者当A区域的智能空调设备有两个独立出风区域c1、c2,则28.9℃和27.5℃均为与A区域匹配的舒适感知温度,且出风区域c1对应28.9℃,c2对应27.5℃;或者,当A区域还包括d人员类别,且d人员类别对应的舒适感知温度为26.5℃,则与A区域匹配的舒适感知温度为27.5℃;或者,若d人员类别对温度最敏感,则与A区域匹配的舒适感知温度为26.5℃。For example, area A has personnel category a and personnel category b, and the comfortable perceived temperature corresponding to personnel category a is 28.9°C, and the comfortable perceived temperature corresponding to personnel category b is 27.5°C, then the comfortable perceived temperature matching area A is (28.9°C + 27.5°C) ÷ 2 = 28.2°C; or when the smart air conditioner in area A has two independent air outlet areas c1 and c2, then 28.9°C and 27.5°C are comfortable perceived temperatures that match area A, and The air outlet area c1 corresponds to 28.9°C, and c2 corresponds to 27.5°C; or, when area A also includes d personnel category, and the comfortable perceived temperature corresponding to d personnel category is 26.5°C, then the comfortable perceived temperature matching area A is 27.5°C; Or, if category d is the most sensitive to temperature, the comfortable perceived temperature matching area A is 26.5°C.

可见,该可选的实施例在当前区域的有多个人员类别时,通过将所有人员类别的平均舒适感知温度或者在智能空调设备有多个出风区域的情况下将多个人员类别的舒适感知温度或者在当前区域有奇数个类别时将值大小为最中间的舒适感知温度或者对温度和/或灰尘最敏感的人员类别对应的舒适感知温度作为与当前区域的人员匹配的舒适感知温度(即作为用于生成智能空调设备的温度控制参数),提高了与当前区域的人员匹配的舒适感知温度的确定效率,以及丰富了自动控制装置的智能化功能。It can be seen that in this optional embodiment, when there are multiple categories of personnel in the current area, the average comfort temperature of all categories of personnel is calculated, or the comfort temperature of multiple categories of personnel is calculated when the smart air conditioner has multiple air outlet areas. Perceived temperature or when there are an odd number of categories in the current area, the comfortable perceived temperature whose value is the middlemost or the comfortable perceived temperature corresponding to the personnel category most sensitive to temperature and/or dust is used as the comfortable perceived temperature matching the personnel in the current area ( That is, as a temperature control parameter for generating intelligent air-conditioning equipment), the efficiency of determining the comfortable perceived temperature matched with the personnel in the current area is improved, and the intelligent function of the automatic control device is enriched.

在又一个可选的实施例中,根据确定出的当前区域的信息包括的内容,确定与当前区域的人员匹配的感知信息,包括:In yet another optional embodiment, according to the content included in the determined information of the current area, determining the perception information matching the personnel in the current area includes:

当当前区域的人员类别的数量大于1时,判断当前区域的智能空调设备是否处于工作状态;When the number of personnel categories in the current area is greater than 1, it is judged whether the smart air-conditioning equipment in the current area is in a working state;

当判断出当前区域的智能空调设备处于工作状态时,确定当前区域的智能空调设备的工作模式,并判断当前区域的智能空调设备的工作模式是否用于表示当前区域的智能空调设备本次工作是交替性工作,交替性工作用于表示当前区域的智能空调设备以所有人员类别中每个人员类别对应的舒适感知温度轮流工作对应的预设时长,其中,每个人员类别均存在对应的预设时长;When it is judged that the smart air conditioner in the current area is in the working state, determine the working mode of the smart air conditioner in the current area, and determine whether the working mode of the smart air conditioner in the current area is used to indicate that the current work of the smart air conditioner in the current area is Alternate work. Alternate work is used to indicate the preset duration corresponding to the smart air-conditioning equipment in the current area working in turn at the comfortable perceived temperature corresponding to each personnel category in all personnel categories, wherein each personnel category has a corresponding preset duration;

当判断结果为是时,确定当前区域的智能空调设备以工作模式工作的起始工作时刻与当前工作时刻之间的间隔时长内每个人员类别对应的舒适感知温度的轮流工作次数;When the judgment result is yes, determine the number of rotations of the comfortable perceived temperature corresponding to each personnel category within the interval between the initial working time and the current working time of the smart air-conditioning equipment in the current area working in the working mode;

根据每个人员类别对应的舒适感知温度的轮流工作次数以及每个人员类别对应的舒适感知温度计算所有人员类别对应的舒适感知温度对应的平均舒适感知温度,作为与当前区域的人员匹配的感知信息。Calculate the average comfortable temperature corresponding to the comfortable perceived temperature of all personnel categories according to the number of rotations of the comfortable perceived temperature corresponding to each personnel category and the comfortable perceived temperature corresponding to each personnel category, as the perception information matching the personnel in the current area .

该可选的实施例中,可选的,当每个人员类别对应的舒适感知温度对应的轮流工作次数到达预设工作次数(如4次等)时,触发执行上述的根据每个人员类别对应的舒适感知温度的轮流工作次数以及每个人员类别对应的舒适感知温度计算所有人员类别对应的舒适感知温度对应的平均舒适感知温度,作为与当前区域的人员匹配的感知信息的操作。In this optional embodiment, optionally, when the number of shift work corresponding to the comfortable perception temperature corresponding to each personnel category reaches the preset number of work (such as 4 times, etc.), trigger the execution of the above-mentioned correspondence according to each personnel category. Calculate the average comfort temperature corresponding to the comfort temperature of all personnel categories, as the operation of matching the perception information of the personnel in the current area.

该可选的实施例中,可选的,当当前区域的人员类别的数量大于1且为奇数时且每个人员类别对应的舒适感知温度对应的轮流工作次数到达预设工作次数(如4次等)时,将处于中间值的舒适感知温度,作为与当前区域的人员匹配的感知信息。In this optional embodiment, optionally, when the number of personnel categories in the current area is greater than 1 and is an odd number and the number of shifts corresponding to the comfortable perceived temperature of each personnel category reaches the preset number of operations (such as 4 times etc.), the comfortable perceived temperature in the middle value is used as the perceived information matching the personnel in the current area.

举例来说,A区域有a人员类别、b人员类别,且a人员类别对应的舒适感知温度为28.9℃、b人员类别对应的舒适感知温度为27.5℃,智能空调设备先以28.9℃工作10分钟,再以27.5℃工作10分钟,不断在28.9℃和27.5℃交替工作,若28.9℃轮了5次,27.5℃轮了4次,则与A区域匹配的舒适感知温度为(28.9℃*5+27.5℃*4)÷9≈28.3℃。For example, there are personnel category a and personnel category b in area A, and the comfortable perceived temperature corresponding to personnel category a is 28.9°C, and the comfortable perceived temperature corresponding to personnel category b is 27.5°C, the smart air conditioner first works at 28.9°C for 10 minutes , and then work at 27.5°C for 10 minutes, and continue to work alternately at 28.9°C and 27.5°C. If 28.9°C is turned 5 times and 27.5°C is turned 4 times, the comfortable perceived temperature matching the A area is (28.9°C*5+ 27.5°C*4)÷9≈28.3°C.

可见,该可选的实施例中在当前区域的有多个人员类别且智能空调设备处于工作状态时,通过将每个人员类别对应的舒适感知温度结合每个人员类别对应的舒适感知温度的工作次数,确定当前区域人员匹配的最终舒适感知温度,能够提高获取到与当前区域人员匹配的舒适感知温度的准确性,从而提高获取到满足不同类别的人员的舒适温度的准确性。It can be seen that in this optional embodiment, when there are multiple personnel categories in the current area and the intelligent air-conditioning equipment is in the working state, the work of combining the comfortable perceived temperature corresponding to each personnel category with the comfortable perceived temperature corresponding to each personnel category The number of times determines the final comfortable perceived temperature matched by the current area personnel, which can improve the accuracy of obtaining the comfortable perceived temperature matching the current area personnel, thereby improving the accuracy of obtaining the comfortable temperature that meets different types of personnel.

在又一个可选的实施例中,当前区域的人员信息还包括每个人员类型对应的人员位置;该方法还可以包括以下操作:In yet another optional embodiment, the personnel information in the current area also includes the personnel position corresponding to each personnel type; the method may also include the following operations:

根据每个人员类型对应的人员位置从当前区域的智能空调设备的多个出风区域中确定与每个人员类型对应的人员位置匹配的出风区域;According to the personnel position corresponding to each personnel type, determine the air outlet area matching the personnel position corresponding to each personnel type from the multiple air outlet areas of the smart air-conditioning equipment in the current area;

其中,根据确定出的当前区域的信息包括的内容,生成与当前区域的信息匹配的设备控制参数,包括:Wherein, according to the content included in the determined information of the current area, generate device control parameters matching the information of the current area, including:

根据确定出的当前区域的信息包括的内容以及每个人员类型对应的人员位置匹配的出风区域,生成每个人员类型对应的人员位置匹配的出风区域对应的设备控制参数。According to the content included in the determined information of the current area and the wind outlet area matched with the position of the person corresponding to each type of person, the device control parameters corresponding to the air outlet area matched with the position of the person corresponding to each type of person are generated.

该可选的实施例中,智能空调设备的总出风区域由多个出风区域组成,每个出风区域均存在对应的前面板和导风板,且每个出风区域是可以独立控制的。这样便于为不同类型的人员提供匹配的舒适环境。In this optional embodiment, the total air outlet area of the intelligent air conditioner is composed of multiple air outlet areas, and each air outlet area has a corresponding front panel and wind deflector, and each air outlet area can be independently controlled of. This facilitates matching comfort for different types of people.

举例来说,智能空调设备存在两个出风区域,分别为出风区域A1、A2,且a人员类别的人员靠近出风区域A1、b人员类别的人员靠近出风区域A2,则出风区域A1用于为a人员类别的人员提供舒适的环境,出风区域A2用于为b人员类别的人员提供舒适的环境。For example, there are two air outlet areas in the smart air conditioner, which are air outlet areas A1 and A2 respectively, and personnel of type a are close to the air outlet area A1, and personnel of type b are close to the air outlet area A2, then the air outlet area A1 is used to provide a comfortable environment for personnel of category a, and the air outlet area A2 is used to provide a comfortable environment for personnel of category b.

可见,该可选的实施例通过将当前区域的环境信息、人员信息结合不同人员类别对应的人员位置所匹配的智能空调设备的出风区域,生成智能空调设备的设备控制参数,能够进一步提高智能空调设备的设备控制参数的生成准确性,从而为不同类别的人员均能够提供舒适的环境,进一步丰富了自动控制设备的智能化功能。It can be seen that in this optional embodiment, the device control parameters of the smart air conditioner can be generated by combining the environmental information and personnel information of the current area with the air outlet area of the smart air conditioner matched with the position of the person corresponding to the different personnel categories, which can further improve the intelligence. The generation accuracy of the equipment control parameters of the air-conditioning equipment can provide a comfortable environment for different types of personnel, and further enrich the intelligent functions of the automatic control equipment.

在又一个可选的实施例中,该方法还可以包括以下操作:In yet another optional embodiment, the method may also include the following operations:

判断是否接收到针对智能空调设备本次工作情况的反馈信息;Judging whether to receive feedback information on the current working conditions of the smart air-conditioning equipment;

当判断出接收到针对智能空调设备本次工作情况的反馈信息时,根据接收到的反馈信息修正智能空调设备本次工作对应的工作模式的设备控制参数,得到修正后的智能空调设备的设备控制参数;其中,修正后的智能空调设备的设备控制参数包括修正后的智能空调设备的温度控制参数,修正后的智能空调设备的温度控制参数包括智能空调设备下一工作时刻的温度控制参数或者智能空调设备下一次启动的温度控制参数。When it is judged that the feedback information on the current working condition of the smart air conditioner is received, the device control parameters of the working mode corresponding to the current work of the smart air conditioner are corrected according to the received feedback information, and the corrected device control of the smart air conditioner is obtained Parameters; wherein, the corrected device control parameters of the smart air conditioner include the corrected temperature control parameters of the smart air conditioner, and the corrected temperature control parameters of the smart The temperature control parameter for the next startup of the air conditioner.

该可选的实施例中,可选的,反馈信息可以包括佩戴在人员身上的用户终端(如:智能手环等)上传的信息和/或当前区域的人员上报的信息,其中,用户终端上传的信息包括但不限于睡眠品质、体表温度、心率、新陈代谢以及睡眠阶段中的一种或者多种。当前区域的人员上报的信息包括但不限于感受到的温度反馈信息、感受到的风速反馈信息以及感受到的智能空调设备的出风方向中的一种或多种。其中,当前区域的人员上报的信息的方式包括语音上报、通过智能空调设备的遥控设备上报以及直接在智能空调设备触摸上报中的一种或多种组合。进一步的,反馈信息还包括智能空调设备上一次工作或者本次工作的信息,如:水平制冷、全域风制冷、环境信息等。这样反馈信息包括的内容越多,越有利于提高智能空调设备的设备控制参数的修正精准性。需要说明的是,人员输入反馈信息的时间可以包括智能空调设备进入目标工作模式后的任何时候,或者,智能空调设备结束目标工作模式之后的任意时刻,本发明实施例不做限定。In this optional embodiment, optionally, the feedback information may include information uploaded by a user terminal worn on the person (such as: a smart bracelet, etc.) and/or information reported by a person in the current area, wherein the user terminal uploads The information includes, but is not limited to, one or more of sleep quality, body surface temperature, heart rate, metabolism, and sleep stages. The information reported by the personnel in the current area includes but is not limited to one or more of the felt temperature feedback information, the felt wind speed feedback information, and the felt wind outlet direction of the smart air conditioner. Among them, the information reported by the personnel in the current area includes one or more combinations of voice reporting, reporting through the remote control device of the smart air conditioner, and directly touching the smart air conditioner. Further, the feedback information also includes information about the last work of the smart air conditioner or the current work, such as: horizontal cooling, global air cooling, environmental information, and the like. In this way, the more content the feedback information includes, the more it is beneficial to improve the correction accuracy of the equipment control parameters of the intelligent air conditioner. It should be noted that the time for personnel to input feedback information may include any time after the smart air conditioner enters the target working mode, or any time after the smart air conditioner ends the target working mode, which is not limited in this embodiment of the present invention.

该可选的实施例中,可选的,修正后的智能空调设备的设备控制参数还包括修正后的智能空调设备的风速控制参数和/或出风模式控制参数。这样修正的设备控制参数越多,越有利于提高智能空调设备的控制精准性,从而为人员提供更精准的舒适环境。In this optional embodiment, optionally, the corrected device control parameters of the intelligent air conditioner further include corrected wind speed control parameters and/or air outlet mode control parameters of the smart air conditioner. The more equipment control parameters corrected in this way, the more conducive to improving the control accuracy of intelligent air-conditioning equipment, thereby providing a more accurate and comfortable environment for personnel.

可见,该可选的实施例在智能空调设备以对应工作模式工作过程中或者在智能空调设备结束对应的工作模式时,结合智能空调设备本次工作的反馈再次修正智能空调设备的设备控制参数,能够获取到更准确的智能空调设备的设备控制参数,从而进一步为人员提供与人员更贴切的舒适环境。It can be seen that in this optional embodiment, when the smart air conditioner is working in the corresponding working mode or when the smart air conditioner ends the corresponding working mode, the device control parameters of the smart air conditioner are corrected again in combination with the feedback of the current work of the smart air conditioner, It is possible to obtain more accurate equipment control parameters of intelligent air-conditioning equipment, thereby further providing personnel with a more comfortable and comfortable environment.

在又一个可选的实施例中,该方法还可以包括以下操作:In yet another optional embodiment, the method may also include the following operations:

当检测到当前区域的人员处于床上或者躺椅上,获取当前区域的人员的用户终端发送的生理信息,并根据获取到的生理信息判断当前区域的人员是否处于开始进入睡眠状态;When it is detected that the person in the current area is on the bed or on the couch, the physiological information sent by the user terminal of the person in the current area is obtained, and according to the obtained physiological information, it is judged whether the person in the current area is in a sleep state;

当判断出当前区域的人员处于开始进入睡眠状态时,执行上述的基于生成的设备控制参数控制当前区域的智能空调设备进行工作的操作。When it is determined that the people in the current area are starting to fall asleep, the above operation of controlling the smart air conditioner in the current area to work based on the generated device control parameters is performed.

该可选的实施例中,当前区域的人员的生理信息包括但不限于代谢率、心率、呼吸频率以及眼睛闭上或者未闭上中的至少一种。且当前区域的人员的生理信息为通过当前区域的人员佩戴的智能穿戴设备上报的。In this optional embodiment, the physiological information of the people in the current area includes but not limited to at least one of metabolic rate, heart rate, respiratory rate, and eyes closed or not closed. And the physiological information of the people in the current area is reported through the smart wearable devices worn by the people in the current area.

可见,该可选的实施例通过结合人员所佩戴的智能穿戴设备上报参数确定人员的当前状态,并在为睡眠状态时方执行后续的智能空调设备的睡眠控制模式,能够提高智能空调设备的睡眠控制模式的控制准确性,从而为当前区域的人员提供匹配的睡眠环境。It can be seen that this optional embodiment determines the current state of the person by combining the parameters reported by the smart wearable device worn by the person, and executes the subsequent sleep control mode of the smart air conditioner when it is in the sleep state, which can improve the sleep quality of the smart air conditioner. The control accuracy of the control mode, so as to provide a matching sleeping environment for the people in the current area.

实施例二Embodiment two

请参阅图2,图2是本发明实施例公开的另一种智能空调设备的自动控制方法的流程示意图。其中,图2所描述的方法可以应用于智能空调设备的自动控制装置中,该智能空调设备的自动控制装置可以包括智能空调设备或智能空调设备对应的服务器,其中,智能空调设备的自动控制装置可以与用户终端和/或当前区域的其他智能设备(如:智能扫地设备、智能图像采集设备等)进行通信连接,其中,用户终端包括但不限于智能穿戴设备(如智能运动手环等)和/或智能手机(Android手机、iOS手机等)。如图2所示,该智能空调设备的自动控制方法可以包括以下操作:Please refer to FIG. 2 . FIG. 2 is a schematic flowchart of another automatic control method for an intelligent air conditioner disclosed in an embodiment of the present invention. Wherein, the method described in FIG. 2 can be applied to the automatic control device of the intelligent air conditioner, and the automatic control device of the intelligent air conditioner can include the server corresponding to the intelligent air conditioner or the intelligent air conditioner, wherein, the automatic control device of the intelligent air conditioner It can communicate with user terminals and/or other smart devices in the current area (such as: smart sweeping equipment, smart image acquisition devices, etc.), where the user terminals include but are not limited to smart wearable devices (such as smart sports bracelets, etc.) and /or smartphone (Android phone, iOS phone, etc.). As shown in Figure 2, the automatic control method of the intelligent air conditioner may include the following operations:

201、采集当前区域的信息,该当前区域的信息包括当前区域的人员信息以及当前区域的环境信息,该当前区域的人员信息包括当前区域的人员类别。201. Collect information of the current area, the information of the current area includes personnel information of the current area and environment information of the current area, the information of the personnel of the current area includes the type of personnel of the current area.

202、当当前区域的人员类别的人员处于非睡眠状态时,采集人员类别对应的人员活动情况。202. When the personnel of the personnel category in the current area is in a non-sleeping state, collect the personnel activity situation corresponding to the personnel category.

本发明实施例中,可选的,非睡眠状态包括休闲状态、工作状态以及强劳动状态中的其中一种。其中,休闲状态为人员处于坐姿无需体力且轻微用脑的状态,如阅读、看电影等;工作状态为人员处于坐姿轻需要轻微体力且强用脑的状态,如写文章、分析数据等;强劳动状态为人员处于站立且需要较多体力的状态,如做家务、运动等。In this embodiment of the present invention, optionally, the non-sleeping state includes one of a leisure state, a working state, and an intensive labor state. Among them, the leisure state refers to the state where the person is in a sitting position that does not require physical strength and uses the brain lightly, such as reading, watching movies, etc.; the working state refers to the state where the person is in a sitting position that requires light physical strength and uses the brain intensively, such as writing articles and analyzing data, etc.; strong The working state refers to the state where the person is standing and requires more physical strength, such as doing housework and exercising.

203、根据采集到的人员类别对应的人员活动情况确定人员类别对应的代谢情况。203. Determine the metabolic condition corresponding to the personnel category according to the collected personnel activity conditions corresponding to the personnel category.

本发明实施例中,可选的,针对同一人员类别,不同的人员活动情况对应不同的代谢情况,且不同的代谢情况对应不同的舒适感知温度,即对应不同的智能空调设备的设备控制参数。其中,休闲状态、工作状态以及强劳动状态对应的舒适感知温度依次降低。In the embodiment of the present invention, optionally, for the same personnel category, different personnel activity conditions correspond to different metabolic conditions, and different metabolic conditions correspond to different comfortable perceived temperatures, that is, correspond to different equipment control parameters of intelligent air conditioners. Among them, the comfortable perceived temperature corresponding to the leisure state, working state and intensive labor state decreased in turn.

204、根据人员类别对应的代谢情况以及确定出的当前区域的信息包括的内容,生成与当前区域的信息匹配的设备控制参数。204. Generate device control parameters that match the current area information according to the metabolic condition corresponding to the person category and the content included in the determined current area information.

205、基于生成的设备控制参数控制当前区域的智能空调设备进行工作。205. Control the smart air conditioner in the current area to work based on the generated device control parameters.

本发明实施例中,需要说明的是,针对步骤201、步骤204以及步骤205的其他相关描述,请参阅实施例一中针对步骤101-步骤103的详细描述,本发明实施例不再赘述。In the embodiment of the present invention, it should be noted that, for other related descriptions of step 201, step 204 and step 205, please refer to the detailed description of step 101-step 103 in the first embodiment, which will not be repeated in this embodiment of the present invention.

可见,本发明实施例还能够将当前区域的环境信息以及人员信息结合当前区域中人员活动的代谢情况一起生成智能空调设备的动态的设备控制参数,能够进一步提高智能空调设备的动态设备控制参数的生成准确性,从而提高智能控制设备的动态控制准确性,为人员提供更精准的舒适环境,进一步提升用户的体验感。It can be seen that the embodiment of the present invention can also combine the environmental information and personnel information of the current area with the metabolism of personnel activities in the current area to generate dynamic equipment control parameters of the smart air conditioner, which can further improve the dynamic equipment control parameters of the smart air conditioner. Generate accuracy, thereby improving the dynamic control accuracy of intelligent control equipment, providing personnel with a more accurate and comfortable environment, and further enhancing the user experience.

可见,实施图2所描述的修正方法能够通过采集到的当前区域的信息,如环境信息、人员类别等,自动生成针对性的智能空调设备的设备控制参数,并自动基于生成的设备控制参数动态控制智能空调设备工作,能够提高智能空调设备的控制智能性,满足不同类别的人群对环境舒适度的需求,无需用户手动控制智能空调设备,即使在用户处于睡眠状态,同样能够为用户提供准确的舒适环境,提高了用户的使用体验;通过根据当前区域的环境信息以及人员信息(如人员类别)准确地控制智能空调设备,还能够减少电力资源的浪费。It can be seen that implementing the correction method described in Figure 2 can automatically generate targeted device control parameters for intelligent air-conditioning equipment through the collected information of the current area, such as environmental information, personnel categories, etc., and automatically based on the generated device control parameters. Controlling the work of intelligent air-conditioning equipment can improve the control intelligence of intelligent air-conditioning equipment and meet the needs of different types of people for environmental comfort. There is no need for users to manually control intelligent air-conditioning equipment. Even when the user is sleeping, it can also provide users with accurate information. The comfortable environment improves the user experience; by accurately controlling the intelligent air-conditioning equipment according to the current area's environmental information and personnel information (such as personnel category), it can also reduce the waste of power resources.

在一个可选的实施例中,该方法还可以包括以下操作:In an optional embodiment, the method may also include the following operations:

采集当前区域的智能空调设备的出风速度,根据人员类别查询人员类别匹配的平均舒适感知温度;Collect the air outlet speed of the smart air-conditioning equipment in the current area, and query the average comfortable perceived temperature matching the personnel category according to the personnel category;

该可选的实施例中,可选的,根据人员类别对应的代谢情况以及确定出的当前区域的信息包括的内容,生成与当前区域的信息匹配的设备控制参数,包括:In this optional embodiment, optionally, according to the metabolic condition corresponding to the person category and the content included in the determined information of the current area, generate device control parameters that match the information of the current area, including:

根据人员类别对应的代谢情况、当前区域的智能空调设备的出风速度、人员类别匹配的平均舒适感知温度以及确定出的当前区域的信息包括的内容,生成与当前区域的信息匹配的设备控制参数。According to the metabolic condition corresponding to the personnel category, the air output speed of the smart air-conditioning equipment in the current area, the average comfortable perceived temperature matched by the personnel category, and the content included in the determined information of the current area, generate equipment control parameters that match the information of the current area .

该可选的实施例中,不同的人员类别对应不同的平均舒适感知温度。且不管是什么节气类型,同一人员类别对应的舒适感知温度随出风速度的增大而增大,最后趋于稳定。且不同人员类别对应的舒适感知温度具有对应的关系,如:成年男性对应的舒适感知温度是Tm、成年女性对应的舒适感知温度是Tf、老人对应的舒适感知温度是Ts及小孩对应的舒适感知温度是Tk,在夏季且智能空调设备的风速为0.2m/s的情况下,Tf>Ts>Tk>Tm,休闲状态下,Ts=Tf-0.1℃,Tk=Tf-0.5℃,Tm=Tf-0.8℃;在冬季且智能空调设备的风速为0.2m/s的情况下,Tm>Tf>Ts>Tk,即在冬天,休闲状态下,Tf=Tm-0.7℃,Ts=Tm-1℃,Tk=Tm-1.4℃。In this optional embodiment, different personnel categories correspond to different average comfortable perceived temperatures. And regardless of the type of solar term, the comfortable perceived temperature corresponding to the same personnel category increases with the increase of the wind speed, and finally tends to be stable. And the comfort perception temperature corresponding to different personnel categories has a corresponding relationship, for example: the comfort perception temperature corresponding to adult men is Tm, the comfort perception temperature corresponding to adult women is Tf, the comfort perception temperature corresponding to the elderly is Ts, and the comfort perception temperature corresponding to children is Ts The temperature is Tk. In summer and the wind speed of the smart air conditioner is 0.2m/s, Tf>Ts>Tk>Tm. In the leisure state, Ts=Tf-0.1℃, Tk=Tf-0.5℃, Tm=Tf -0.8°C; in winter and when the wind speed of the smart air conditioner is 0.2m/s, Tm>Tf>Ts>Tk, that is, in winter and leisure state, Tf=Tm-0.7°C, Ts=Tm-1°C , Tk=Tm-1.4°C.

可见,该可选的实施例能够进一步结合智能空调设备的出风速度生成智能空调设备的设备控制参数,能够进一步提高智能空调设备的设备控制参数的生成精准性,从而进一步为当前区域的人员提供更贴切的舒适环境。It can be seen that this optional embodiment can further combine the air outlet speed of the smart air conditioner to generate the device control parameters of the smart air conditioner, and can further improve the accuracy of generating the device control parameters of the smart air conditioner, thereby further providing personnel in the current area with More appropriate comfort environment.

在另一个可选的实施例中,该方法还可以包括以下步骤:In another optional embodiment, the method may also include the following steps:

根据当前区域的人员类别为当前区域的信息包括的每个内容设置对应的权重值;Set the corresponding weight value for each content included in the information of the current area according to the personnel category of the current area;

该可选的实施例中,可选的,根据确定出的当前区域的信息包括的内容,生成与当前区域的信息匹配的设备控制参数,包括:In this optional embodiment, optionally, according to the content included in the determined information of the current area, generate device control parameters that match the information of the current area, including:

根据当前区域的信息包括的内容以及当前区域的信息包括的每个内容对应的权重值,生成与当前区域的信息匹配的设备控制参数。According to the content included in the information of the current area and the weight value corresponding to each content included in the information of the current area, a device control parameter matching the information of the current area is generated.

该可选的实施例中,可选的,还可以结合人员类别对应的代谢情况和/或人员类别对应的人员位置和/或风速生成与当前区域的信息匹配的设备控制参数。In this optional embodiment, optionally, the metabolic condition corresponding to the personnel category and/or the personnel position and/or wind speed corresponding to the personnel category may be combined to generate device control parameters that match information in the current area.

该可选的实施例中,不同的人员类别,其采集到的当前区域的信息包括的每个内容对应的权重值各不相同,但当前区域的信息包括的每个内容对应的权重值之和均等于1。例如:体质类别为寒性体质类别,对应环境温度对应的权重值大于体质类别为非寒性体质类别对应的权重值;同年龄下,性别类别为女性类别,对应的环境温度对应的权重值大于体质类别为男性体质类别对应的权重值。In this optional embodiment, different personnel categories have different weight values corresponding to each content included in the collected information of the current area, but the sum of the weight values corresponding to each content included in the information of the current area Both are equal to 1. For example, if the physique category is a cold physique category, the weight value corresponding to the corresponding ambient temperature is greater than the weight value corresponding to the non-cold physique category; at the same age, the gender category is the female category, and the corresponding weight value corresponding to the ambient temperature is greater than The physique category is the weight value corresponding to the male physique category.

可见,该可选的实施例能够根据不同类别的人员,为其确定当前区域的信息包括的内容分配对应的权重值,能够提高对应人员类别对应的权重值的设置准确性,并进一步结合当前区域的信息包括的内容分配对应的权重值与采集到的多个信息,能够生成适合该人员类别的智能空调设备的设备控制参数,从而为对应类别的人员提供精准的舒适环境,进一步提升了用户体验感。It can be seen that this optional embodiment can assign corresponding weight values to the content included in the information for determining the current area according to different types of personnel, and can improve the setting accuracy of the weight values corresponding to the corresponding personnel categories, and further combine the current area The information includes the weight value corresponding to the content distribution and the collected information, which can generate the equipment control parameters of the smart air-conditioning equipment suitable for the category of personnel, thereby providing a precise and comfortable environment for the personnel of the corresponding category, and further improving the user experience. feel.

以下以当前区域为房间,智能空调设备均有两个独立的出风区域,当前区域的人员为父亲和5岁儿子且均处于睡眠状态进行举例说明:The following takes the current area as the room, and the smart air conditioner has two independent air outlet areas. The current area is a father and a 5-year-old son who are both in a sleeping state for example:

如图6所示,图6为本发明实施例的一种场景示意图,如图6所示,父亲和儿子同时躺在床上睡觉,智能空调设备设置在床尾,且智能空调设备具有两个出风区域,分别为出风区域1和出风区域2,其中,出风区域1靠近儿子的位置,出风区域2靠近父亲的位置。此时,当前节气为夏天,儿子对应的舒适感知温度为26.5℃,父亲对应的舒适感知温度为25.8℃,房间内的环境湿度为67%RH、环境温度为26.7℃,此时,出风区域1的输出温度为26.5℃,出风区域2的输出温度为25.8℃。继续监测房间内的环境温度和环境适度等环境信息、父亲和儿子各自的体温、呼吸频率、心率等生理信息、父亲和儿子均没有盖被子,若智能空调设备的工作模式进行到了深睡阶段(凌晨4:00-6:00),且该深睡阶段对应的智能空调设备的温度控制参数为28.5℃,但检测到父亲和/或儿子体温分别为37.5℃,37.2℃且出了一点点汗,且房间内的环境温度为27.1℃、环境适度为51%RH,则自动调整出风区域1的输出温度为26.1℃,出风区域2的输出温度为25.4℃,继续监测房间内的信息,并根据监测到的信息调整智能空调设备的设备控制参数,为父亲和儿子提供舒适环境。As shown in Figure 6, Figure 6 is a schematic diagram of a scene according to an embodiment of the present invention. The areas are the air outlet area 1 and the air outlet area 2 respectively, wherein the air outlet area 1 is close to the son's position, and the air outlet area 2 is close to the father's position. At this time, the current solar term is summer, the son’s corresponding comfortable perceived temperature is 26.5°C, the father’s corresponding comfortable perceived temperature is 25.8°C, the ambient humidity in the room is 67% RH, and the ambient temperature is 26.7°C. At this time, the air outlet area The output temperature of 1 is 26.5°C, and the output temperature of air outlet area 2 is 25.8°C. Continue to monitor environmental information such as ambient temperature and environmental moderateness in the room, physiological information such as body temperature, respiratory rate, and heart rate of the father and son, and neither the father nor the son is covered with a quilt. 4:00-6:00 in the morning), and the temperature control parameter of the intelligent air conditioner corresponding to this deep sleep stage is 28.5°C, but it is detected that the body temperature of the father and/or son are 37.5°C and 37.2°C respectively, and they are sweating a little , and the ambient temperature in the room is 27.1°C, and the ambient temperature is 51% RH, then the output temperature of the air outlet area 1 will be automatically adjusted to 26.1°C, and the output temperature of the air outlet area 2 will be 25.4°C, and the information in the room will continue to be monitored. And adjust the device control parameters of the smart air-conditioning device according to the monitored information to provide a comfortable environment for the father and son.

实施例三Embodiment Three

请参阅图3,图3是本发明实施例公开的一种智能空调设备的自动控制装置的结构示意图。其中,图3所描述的装置可以包括智能空调设备或智能空调设备对应的服务器,其中,智能空调设备的自动控制装置可以与用户终端和/或当前区域的其他智能设备(如:智能扫地设备、智能图像采集设备等)进行通信连接,其中,用户终端包括但不限于智能穿戴设备(如智能运动手环等)和/或智能手机(Android手机、iOS手机等)。如图3所示,该装置可以包括:Please refer to FIG. 3 . FIG. 3 is a schematic structural diagram of an automatic control device for an intelligent air conditioner disclosed in an embodiment of the present invention. Wherein, the device described in FIG. 3 may include smart air-conditioning equipment or a server corresponding to the smart air-conditioning equipment, wherein the automatic control device of the smart air-conditioning equipment may communicate with the user terminal and/or other smart devices in the current area (such as: smart sweeping equipment, Intelligent image acquisition equipment, etc.) for communication connection, wherein, user terminals include but not limited to smart wearable devices (such as smart sports bracelets, etc.) and/or smart phones (Android phones, iOS phones, etc.). As shown in Figure 3, the device may include:

采集模块301,用于采集当前区域的信息,该当前区域的信息包括当前区域的人员信息以及当前区域的环境信息,该当前区域的人员信息包括当前区域的人员类别。The collection module 301 is configured to collect information of the current area, the information of the current area includes personnel information of the current area and environment information of the current area, the information of the personnel of the current area includes the type of personnel of the current area.

生成模块302,用于根据确定出的当前区域的信息包括的内容,生成与当前区域的信息匹配的设备控制参数。The generating module 302 is configured to generate device control parameters matching the information of the current area according to the content included in the determined information of the current area.

控制模块303,用于基于生成的设备控制参数控制当前区域的智能空调设备进行工作。The control module 303 is configured to control the smart air conditioner in the current area to work based on the generated device control parameters.

本发明实施例中,可选的,当前区域的人员类别包括性别类别、年龄段类别以及体质类别中的一种或者多种组合;当前区域的环境信息包括当前区域的环境温度、当前区域的环境湿度、当前区域的重点气体的浓度以及当前区域的气味中的一种或者多种组合;In the embodiment of the present invention, optionally, the personnel category of the current area includes one or more combinations of gender category, age group category, and physical fitness category; the environmental information of the current area includes the environmental temperature of the current area, the environmental temperature of the current area One or more combinations of humidity, the concentration of key gases in the current area, and the odor of the current area;

进一步的,当前区域的信息还包括当前区域的节气信息,其中,前区域的节气信息包括当前区域的节气类型,当前区域的节气类型包括当前区域的夏季类型、春季类型、冬季类型以及秋季类型中的其中一种。Further, the information of the current region also includes the solar term information of the current region, wherein the solar term information of the previous region includes the solar term type of the current region, and the solar term type of the current region includes the summer type, spring type, winter type and autumn type of the current region. one of the

可见,实施图3所描述的智能空调设备的自动控制装置通过采集到的当前区域的信息,如环境信息、人员类别等,自动生成针对性的智能空调设备的设备控制参数,并自动基于生成的设备控制参数动态控制智能空调设备工作,能够提高智能空调设备的控制智能性,满足不同类别的人群对环境舒适度的需求,无需用户手动控制智能空调设备,即使在用户处于睡眠状态,同样能够为用户提供准确的舒适环境,提高了用户的使用体验;通过根据当前区域的环境信息以及人员信息(如人员类别)准确地控制智能空调设备,还能够减少电力资源的浪费。It can be seen that the automatic control device implementing the intelligent air-conditioning equipment described in Figure 3 automatically generates targeted equipment control parameters for the intelligent air-conditioning equipment through the collected information of the current area, such as environmental information and personnel categories, and automatically generates based on the generated Device control parameters dynamically control the work of smart air conditioners, which can improve the control intelligence of smart air conditioners and meet the needs of different types of people for environmental comfort. There is no need for users to manually control smart air conditioners, even when users are sleeping. The user provides an accurate and comfortable environment, which improves the user experience; by accurately controlling the intelligent air-conditioning equipment according to the current regional environmental information and personnel information (such as personnel category), it can also reduce the waste of power resources.

在一个可选的实施例中,如图4所示,生成模块302,包括:In an optional embodiment, as shown in FIG. 4, the generation module 302 includes:

确定子模块3021,用于根据确定出的当前区域的信息包括的内容,确定与当前区域的人员匹配的感知信息,与当前区域的人员匹配的感知信息包括与当前区域的人员匹配的舒适感知温度。The determining sub-module 3021 is configured to determine the perception information matching the personnel in the current region according to the content included in the determined information of the current region, the perception information matching the personnel in the current region includes the comfortable perceived temperature matching the personnel in the current region .

生成子模块3022,用于根据与当前区域的人员匹配的感知信息包括的内容,生成与当前区域的信息匹配的设备控制参数。The generating sub-module 3022 is configured to generate device control parameters matching the information of the current area according to the content included in the perception information matching the personnel in the current area.

可见,实施图4所描述的智能空调设备的自动控制装置通过当前区域中人员的感知信息,如舒适感知温度等,能够实现智能空调设备的设备控制参数的生成,提高了智能空调设备的设备控制参数的生成准确性,从而为当前区域的人员个性化地提供所匹配的舒适环境。It can be seen that the implementation of the automatic control device of the intelligent air-conditioning equipment described in Figure 4 can realize the generation of equipment control parameters of the intelligent air-conditioning equipment through the perception information of the personnel in the current area, such as comfortable perceived temperature, and improve the equipment control of the intelligent air-conditioning equipment. The generation accuracy of the parameters, so as to provide the personnel in the current area with a matching comfortable environment.

在又一个可选的实施例中,如图4所示,确定子模块3021根据确定出的当前区域的信息包括的内容,确定与当前区域的人员匹配的感知信息的方式具体为:In yet another optional embodiment, as shown in FIG. 4 , the determining submodule 3021 determines the perception information matching the personnel in the current area according to the content included in the determined information of the current area as follows:

当当前区域的人员类别的数量大于1时,计算当前区域中每个人员类别对应的舒适感知温度的平均舒适感知温度,作为与当前区域的人员匹配的感知信息;或者,When the number of personnel categories in the current area is greater than 1, calculate the average comfortable perceived temperature of the comfortable perceived temperature corresponding to each personnel category in the current area as the perception information matching the personnel in the current area; or,

当当前区域的人员类别的数量大于1且当前区域的智能空调设备包括多个出风区域时,确定当前区域的每个人员类别对应的舒适感知温度为与当前区域的人员匹配的感知信息,且当前区域的智能空调设备的每个出风区域均存在对应的人员类别的感知信息;或者,When the number of personnel categories in the current area is greater than 1 and the smart air-conditioning equipment in the current area includes multiple air outlet areas, determine that the comfortable perceived temperature corresponding to each personnel category in the current area is the perception information that matches the personnel in the current area, and Each air outlet area of the smart air-conditioning equipment in the current area has the perception information of the corresponding personnel category; or,

当当前区域的人员类别的数量大于1且当前区域的人员类别的数量为奇数时,确定当前区域的所有人员类别对应的舒适感知温度,并从所有人员类别对应的舒适感知温度中筛选温度值处于中间值的舒适感知温度,作为与当前区域的人员匹配的感知信息;或者,When the number of personnel categories in the current area is greater than 1 and the number of personnel categories in the current area is an odd number, determine the comfort perception temperature corresponding to all personnel categories in the current area, and filter the temperature value from the comfort perception temperature corresponding to all personnel categories. a comfortable perceived temperature of the median value as perceived information matched to the occupants of the current zone; or,

当当前区域的人员类别的数量大于1时,确定当前区域中每个人员类别的人员对信息的敏感度,并从所有人员类别对应的敏感度中选择最大敏感度对应的人员类别匹配的舒适感知温度,作为与当前区域的人员匹配的感知信息,该信息包括温度和/或灰尘。When the number of personnel categories in the current area is greater than 1, determine the sensitivity of the personnel of each personnel category in the current area to information, and select the comfort perception of the personnel category corresponding to the maximum sensitivity from the sensitivities corresponding to all personnel categories Temperature, as perception information matched with people in the current area, this information includes temperature and/or dust.

可见,实施图4所描述的智能空调设备的自动控制装置还能够在当前区域的有多个人员类别时,通过将所有人员类别的平均舒适感知温度或者在智能空调设备有多个出风区域的情况下将多个人员类别的舒适感知温度或者在当前区域有奇数个类别时将值大小为最中间的舒适感知温度或者对温度和/或灰尘最敏感的人员类别对应的舒适感知温度作为与当前区域的人员匹配的舒适感知温度(即作为用于生成智能空调设备的温度控制参数),提高了与当前区域的人员匹配的舒适感知温度的确定效率,以及丰富了自动控制装置的智能化功能。It can be seen that the automatic control device for implementing the intelligent air-conditioning equipment described in FIG. 4 can also be used when there are multiple categories of personnel in the current area, by using the average comfortable perceived temperature of all personnel categories or when the intelligent air-conditioning equipment has multiple air outlet areas. Under the circumstances, the comfortable perceived temperature of multiple personnel categories or the comfortable perceived temperature with the value in the middle when there are an odd number of categories in the current area, or the comfortable perceived temperature corresponding to the personnel category most sensitive to temperature and/or dust as the current The comfortable perceived temperature matched by the personnel in the area (that is, used as a temperature control parameter for generating intelligent air-conditioning equipment) improves the determination efficiency of the comfortable perceived temperature matched with the personnel in the current area, and enriches the intelligent functions of the automatic control device.

在又一个可选的实施例中,如图4所示,确定子模块3021根据确定出的当前区域的信息包括的内容,确定与当前区域的人员匹配的感知信息的方式具体为:In yet another optional embodiment, as shown in FIG. 4 , the determining submodule 3021 determines the perception information matching the personnel in the current area according to the content included in the determined information of the current area as follows:

当当前区域的人员类别的数量大于1时,判断当前区域的智能空调设备是否处于工作状态;When the number of personnel categories in the current area is greater than 1, it is judged whether the smart air-conditioning equipment in the current area is in a working state;

当判断出当前区域的智能空调设备处于工作状态时,确定当前区域的智能空调设备的工作模式,并判断当前区域的智能空调设备的工作模式是否用于表示当前区域的智能空调设备本次工作是交替性工作,交替性工作用于表示当前区域的智能空调设备以所有人员类别中每个人员类别对应的舒适感知温度轮流工作对应的预设时长,其中,每个人员类别均存在对应的预设时长;When it is judged that the smart air conditioner in the current area is in the working state, determine the working mode of the smart air conditioner in the current area, and determine whether the working mode of the smart air conditioner in the current area is used to indicate that the current work of the smart air conditioner in the current area is Alternate work. Alternate work is used to indicate the preset duration corresponding to the smart air-conditioning equipment in the current area working in turn at the comfortable perceived temperature corresponding to each personnel category in all personnel categories, wherein each personnel category has a corresponding preset duration;

当判断结果为是时,确定当前区域的智能空调设备以工作模式工作的起始工作时刻与当前工作时刻之间的间隔时长内每个人员类别对应的舒适感知温度的轮流工作次数;When the judgment result is yes, determine the number of rotations of the comfortable perceived temperature corresponding to each personnel category within the interval between the initial working time and the current working time of the smart air-conditioning equipment in the current area working in the working mode;

根据每个人员类别对应的舒适感知温度的轮流工作次数以及每个人员类别对应的舒适感知温度计算所有人员类别对应的舒适感知温度对应的平均舒适感知温度,作为与当前区域的人员匹配的感知信息。Calculate the average comfortable temperature corresponding to the comfortable perceived temperature of all personnel categories according to the number of rotations of the comfortable perceived temperature corresponding to each personnel category and the comfortable perceived temperature corresponding to each personnel category, as the perception information matching the personnel in the current area .

可见,实施图4所描述的智能空调设备的自动控制装置还能够在当前区域的有多个人员类别且智能空调设备处于工作状态时,通过将每个人员类别对应的舒适感知温度结合每个人员类别对应的舒适感知温度的工作次数,确定当前区域人员匹配的最终舒适感知温度,能够提高获取到与当前区域人员匹配的舒适感知温度的准确性,从而提高获取到满足不同类别的人员的舒适温度的准确性。It can be seen that the automatic control device implementing the intelligent air-conditioning equipment described in FIG. 4 can also combine the comfortable perceived temperature corresponding to each personnel category with the The number of jobs corresponding to the comfortable perceived temperature of the category determines the final comfortable perceived temperature matched by the personnel in the current area, which can improve the accuracy of obtaining the comfortable perceived temperature matching the personnel in the current area, thereby improving the acquisition of the comfortable temperature that meets the requirements of different categories of personnel accuracy.

在又一个可选的实施例中,当前区域的人员信息还包括每个人员类型对应的人员位置。以及,如图4所示,该装置还包括:In yet another optional embodiment, the personnel information in the current area also includes a personnel location corresponding to each personnel type. And, as shown in Figure 4, the device also includes:

第一确定模块304,用于根据每个人员类型对应的人员位置从当前区域的智能空调设备的多个出风区域中确定与每个人员类型对应的人员位置匹配的出风区域。The first determination module 304 is configured to determine the air outlet area that matches the location of the person corresponding to each type of person from the multiple air outlet areas of the smart air conditioner in the current area according to the location of the person corresponding to each type of person.

其中,生成模块302根据确定出的当前区域的信息包括的内容,生成与当前区域的信息匹配的设备控制参数的方式具体为:Wherein, the generating module 302 generates the device control parameters matching the information of the current area according to the content included in the determined information of the current area as follows:

根据确定出的当前区域的信息包括的内容以及每个人员类型对应的人员位置匹配的出风区域,生成每个人员类型对应的人员位置匹配的出风区域对应的设备控制参数。According to the content included in the determined information of the current area and the wind outlet area matched with the position of the person corresponding to each type of person, the device control parameters corresponding to the air outlet area matched with the position of the person corresponding to each type of person are generated.

可见,实施图4所描述的智能空调设备的自动控制装置还能够通过将当前区域的环境信息、人员信息结合不同人员类别对应的人员位置所匹配的智能空调设备的出风区域,生成智能空调设备的设备控制参数,能够进一步提高智能空调设备的设备控制参数的生成准确性,从而为不同类别的人员均能够提供舒适的环境,进一步丰富了自动控制设备的智能化功能。It can be seen that the automatic control device implementing the intelligent air-conditioning equipment described in Figure 4 can also generate intelligent air-conditioning equipment by combining the environmental information and personnel information of the current area with the air outlet area of the intelligent air-conditioning equipment matched with the positions of personnel corresponding to different personnel categories. The equipment control parameters can further improve the generation accuracy of the equipment control parameters of the intelligent air-conditioning equipment, thereby providing a comfortable environment for different types of personnel, and further enriching the intelligent functions of the automatic control equipment.

在又一个可选的实施例中,如图4所示,采集模块301,还用于在生成模块302根据确定出的当前区域的信息包括的内容,生成与当前区域的信息匹配的设备控制参数之前,当当前区域的人员类别的人员处于非睡眠状态时,采集人员类别对应的人员活动情况。In yet another optional embodiment, as shown in FIG. 4 , the acquisition module 301 is further configured to generate device control parameters that match the information of the current area in the generation module 302 according to the content included in the determined information of the current area Before, when the personnel of the personnel category in the current area were in a non-sleeping state, the personnel activity corresponding to the personnel category was collected.

以及,如图4所示,该装置还包括:And, as shown in Figure 4, the device also includes:

第二确定模块305,用于根据采集到的人员类别对应的人员活动情况确定人员类别对应的代谢情况。The second determination module 305 is configured to determine the metabolic condition corresponding to the personnel category according to the collected personnel activity conditions corresponding to the personnel category.

其中,生成模块302根据确定出的当前区域的信息包括的内容,生成与当前区域的信息匹配的设备控制参数的方式具体为:Wherein, the generating module 302 generates the device control parameters matching the information of the current area according to the content included in the determined information of the current area as follows:

根据人员类别对应的代谢情况以及确定出的当前区域的信息包括的内容,生成与当前区域的信息匹配的设备控制参数。According to the metabolic condition corresponding to the person category and the content included in the determined information of the current area, the device control parameters matching the information of the current area are generated.

可见,实施图4所描述的智能空调设备的自动控制装置还能够将当前区域的环境信息以及人员信息结合当前区域中人员活动的代谢情况一起生成智能空调设备的动态的设备控制参数,能够进一步提高智能空调设备的动态设备控制参数的生成准确性,从而提高智能控制设备的动态控制准确性,为人员提供更精准的舒适环境,进一步提升用户的体验感。It can be seen that implementing the automatic control device of the intelligent air-conditioning equipment described in FIG. 4 can also generate dynamic equipment control parameters of the intelligent air-conditioning equipment by combining the environmental information and personnel information of the current area with the metabolism of personnel activities in the current area, which can further improve The generation accuracy of dynamic equipment control parameters of intelligent air-conditioning equipment can improve the dynamic control accuracy of intelligent control equipment, provide personnel with a more accurate and comfortable environment, and further enhance the user experience.

在又一个可选的实施例中,如图4所示,采集模块301,还用于采集当前区域的智能空调设备的出风速度,根据人员类别查询人员类别匹配的平均舒适感知温度。In yet another optional embodiment, as shown in FIG. 4 , the collection module 301 is also used to collect the wind speed of the smart air-conditioning equipment in the current area, and query the average comfortable perceived temperature matching the personnel category according to the personnel category.

其中,生成模块302根据人员类别对应的代谢情况以及确定出的当前区域的信息包括的内容,生成与当前区域的信息匹配的设备控制参数的方式具体为:Wherein, the generation module 302 generates the device control parameters matching the information of the current area according to the metabolic condition corresponding to the person category and the content included in the determined information of the current area as follows:

根据人员类别对应的代谢情况、当前区域的智能空调设备的出风速度、人员类别匹配的平均舒适感知温度以及确定出的当前区域的信息包括的内容,生成与当前区域的信息匹配的设备控制参数。According to the metabolic condition corresponding to the personnel category, the air output speed of the smart air-conditioning equipment in the current area, the average comfortable perceived temperature matched by the personnel category, and the content included in the determined information of the current area, generate equipment control parameters that match the information of the current area .

可见,实施图4所描述的智能空调设备的自动控制装置还能够进一步结合智能空调设备的出风速度生成智能空调设备的设备控制参数,能够进一步提高智能空调设备的设备控制参数的生成精准性,从而进一步为当前区域的人员提供更贴切的舒适环境。It can be seen that implementing the automatic control device of the intelligent air-conditioning equipment described in FIG. 4 can further generate equipment control parameters of the intelligent air-conditioning equipment in combination with the wind speed of the intelligent air-conditioning equipment, and can further improve the generation accuracy of the equipment control parameters of the intelligent air-conditioning equipment. Thereby further providing a more appropriate comfortable environment for the personnel in the current area.

在又一个可选的实施例中,如图4所示,该装置还包括:In yet another optional embodiment, as shown in Figure 4, the device also includes:

判断模块306,用于判断是否接收到针对智能空调设备本次工作情况的反馈信息。A judging module 306, configured to judge whether feedback information on the current working conditions of the smart air conditioner is received.

修正模块307,用于当判断模块306判断出接收到针对智能空调设备本次工作情况的反馈信息时,根据接收到的反馈信息修正智能空调设备本次工作对应的工作模式的设备控制参数,得到修正后的智能空调设备的设备控制参数;其中,修正后的智能空调设备的设备控制参数包括修正后的智能空调设备的温度控制参数,修正后的智能空调设备的温度控制参数包括智能空调设备下一工作时刻的温度控制参数或者智能空调设备下一次启动的温度控制参数。The correction module 307 is used to correct the device control parameters of the working mode corresponding to the current work of the smart air conditioner according to the received feedback information when the judging module 306 judges that the feedback information for the current working situation of the smart air conditioner is received, to obtain The corrected device control parameters of the smart air-conditioning device; wherein, the corrected device control parameters of the smart air-conditioning device include the corrected temperature control parameters of the smart air-conditioning device, and the corrected temperature control parameters of the smart air-conditioning device include The temperature control parameter at a working time or the temperature control parameter at the next startup of the intelligent air conditioner.

可见,实施图4所描述的智能空调设备的自动控制装置还能够在智能空调设备以对应工作模式工作过程中或者在智能空调设备结束对应的工作模式时,结合智能空调设备本次工作的反馈再次修正智能空调设备的设备控制参数,能够获取到更准确的智能空调设备的设备控制参数,从而进一步为人员提供与人员更贴切的舒适环境。It can be seen that implementing the automatic control device of the intelligent air conditioner described in FIG. 4 can also combine the feedback of the current work of the intelligent air conditioner when the intelligent air conditioner is working in the corresponding work mode or when the intelligent air conditioner ends the corresponding work mode. By correcting the equipment control parameters of the intelligent air-conditioning equipment, more accurate equipment control parameters of the intelligent air-conditioning equipment can be obtained, thereby further providing personnel with a more appropriate comfortable environment.

实施例四Embodiment four

请参阅图5,图5是本发明实施例公开的又一种智能空调设备的自动控制装置的结构示意图。其中,图5所描述的装置可以包括智能空调设备或智能空调设备对应的服务器,其中,智能空调设备的自动控制装置可以与用户终端进行通信连接,其中,用户终端包括但不限于智能穿戴设备(如智能运动手环等)和/或智能手机(Android手机、iOS手机等),本发明实施例不做限定。如图5所示,该装置可以包括:Please refer to FIG. 5 . FIG. 5 is a schematic structural diagram of another automatic control device for an intelligent air conditioner disclosed in an embodiment of the present invention. Wherein, the apparatus described in FIG. 5 may include an intelligent air conditioner or a server corresponding to an intelligent air conditioner, wherein the automatic control device of an intelligent air conditioner may communicate with a user terminal, wherein the user terminal includes but is not limited to a smart wearable device ( Such as smart sports bracelets, etc.) and/or smart phones (Android phones, iOS phones, etc.), the embodiments of the present invention are not limited. As shown in Figure 5, the device may include:

存储有可执行程序代码的存储器401;A memory 401 storing executable program codes;

与存储器401耦合的处理器402;a processor 402 coupled to the memory 401;

进一步的,还可以包括与处理器402耦合的输入接口403和输出接口404;Further, an input interface 403 and an output interface 404 coupled with the processor 402 may also be included;

其中,处理器402调用存储器401中存储的可执行程序代码,执行本发明实施例一或实施例二公开的智能空调设备的自动控制方法中的部分或全部步骤。Wherein, the processor 402 invokes the executable program code stored in the memory 401 to execute some or all of the steps in the automatic control method for the intelligent air conditioner disclosed in Embodiment 1 or Embodiment 2 of the present invention.

实施例五Embodiment five

本发明实施例公开了一种计算机存储介质,该计算机存储介质存储有计算机指令,该计算机指令被调用时,用于执行本发明实施例一或实施例二公开的智能空调设备的自动控制方法中的步骤。The embodiment of the present invention discloses a computer storage medium. The computer storage medium stores computer instructions. When the computer instructions are invoked, they are used to execute the automatic control method for the intelligent air-conditioning equipment disclosed in the first or second embodiment of the present invention. A step of.

以上所描述的装置实施例仅是示意性的,其中所述作为分离部件说明的模块可以是或者也可以不是物理上分开的,作为模块显示的部件可以是或者也可以不是物理模块,即可以位于一个地方,或者也可以分布到多个网络模块上。可以根据实际的需要选择其中的部分或者全部模块来实现本实施例方案的目的。本领域普通技术人员在不付出创造性的劳动的情况下,即可以理解并实施。The device embodiments described above are only illustrative, and the modules described as separate components may or may not be physically separated, and the components shown as modules may or may not be physical modules, that is, they may be located in One place, or it can be distributed to multiple network modules. Part or all of the modules can be selected according to actual needs to achieve the purpose of the solution of this embodiment. It can be understood and implemented by those skilled in the art without any creative efforts.

通过以上的实施例的具体描述,本领域的技术人员可以清楚地了解到各实施方式可借助软件加必需的通用硬件平台的方式来实现,当然也可以通过硬件。基于这样的理解,上述技术方案本质上或者说对现有技术做出贡献的部分可以以软件产品的形式体现出来,该计算机软件产品可以存储在计算机可读存储介质中,存储介质包括只读存储器(Read-Only Memory,ROM)、随机存储器(Random Access Memory,RAM)、可编程只读存储器(Programmable Read-only Memory,PROM)、可擦除可编程只读存储器(ErasableProgrammable Read Only Memory,EPROM)、一次可编程只读存储器(One-timeProgrammable Read-Only Memory,OTPROM)、电子抹除式可复写只读存储器(Electrically-Erasable Programmable Read-Only Memory,EEPROM)、只读光盘(CompactDisc Read-Only Memory,CD-ROM)或其他光盘存储器、磁盘存储器、磁带存储器、或者能够用于携带或存储数据的计算机可读的任何其他介质。Through the specific description of the above embodiments, those skilled in the art can clearly understand that each implementation manner can be implemented by means of software plus a necessary general-purpose hardware platform, and of course also by hardware. Based on this understanding, the above-mentioned technical solution essentially or the part that contributes to the prior art can be embodied in the form of a software product, and the computer software product can be stored in a computer-readable storage medium, and the storage medium includes a read-only memory (Read-Only Memory, ROM), random access memory (Random Access Memory, RAM), programmable read-only memory (Programmable Read-only Memory, PROM), erasable programmable read-only memory (Erasable Programmable Read Only Memory, EPROM) , One-time Programmable Read-Only Memory (OTPROM), Electronically Erasable Programmable Read-Only Memory (EEPROM), Compact Disc Read-Only Memory , CD-ROM) or other optical disk storage, magnetic disk storage, magnetic tape storage, or any other computer-readable medium that can be used to carry or store data.

最后应说明的是:本发明实施例公开的一种智能空调设备的自动控制方法及装置所揭露的仅为本发明较佳实施例而已,仅用于说明本发明的技术方案,而非对其限制;尽管参照前述实施例对本发明进行了详细的说明,本领域的普通技术人员应当理解;其依然可以对前述各项实施例所记载的技术方案进行修改,或者对其中部分技术特征进行等同替换;而这些修改或替换,并不使相应的技术方案的本质脱离本发明各项实施例技术方案的精神和范围。Finally, it should be noted that: the automatic control method and device of an intelligent air-conditioning equipment disclosed in the embodiments of the present invention are only the preferred embodiments of the present invention, and are only used to illustrate the technical solutions of the present invention, not to Restrictions; Although the present invention has been described in detail with reference to the foregoing embodiments, those skilled in the art should understand that it is still possible to modify the technical solutions described in the foregoing embodiments, or perform equivalent replacements for some of the technical features and these modifications or replacements do not make the essence of the corresponding technical solutions depart from the spirit and scope of the technical solutions of the various embodiments of the present invention.

Claims (10)

1. An automatic control method of an intelligent air conditioning device is characterized by comprising the following steps:
acquiring information of a current area, wherein the information of the current area comprises personnel information of the current area and environment information of the current area, and the personnel information of the current area comprises personnel category of the current area;
generating equipment control parameters matched with the information of the current area according to the determined content included by the information of the current area;
and controlling the intelligent air-conditioning equipment in the current area to work based on the generated equipment control parameters.
2. The method as claimed in claim 1, wherein the generating of the device control parameter matching with the information of the current area according to the determined content included in the information of the current area comprises:
determining perception information matched with the personnel in the current area according to the content included in the determined information of the current area, wherein the perception information matched with the personnel in the current area comprises comfortable perception temperature matched with the personnel in the current area;
and generating equipment control parameters matched with the information of the current area according to the content included in the perception information matched with the personnel of the current area.
3. The automatic control method of intelligent air conditioning equipment according to claim 2, wherein said determining perception information matched with the person in the current area according to the determined content included in the information in the current area comprises:
when the number of the personnel categories in the current area is larger than 1, calculating an average comfortable sensing temperature of comfortable sensing temperatures corresponding to each personnel category in the current area as sensing information matched with the personnel in the current area; or,
when the number of the personnel categories of the current area is greater than 1 and the intelligent air-conditioning equipment of the current area comprises a plurality of air outlet areas, determining that the comfortable sensing temperature corresponding to each personnel category of the current area is the sensing information matched with the personnel of the current area, and each air outlet area of the intelligent air-conditioning equipment of the current area has the sensing information of the corresponding personnel category; or,
when the number of the personnel categories of the current area is more than 1 and the number of the personnel categories of the current area is an odd number, determining comfortable sensing temperatures corresponding to all the personnel categories of the current area, and screening the comfortable sensing temperatures with the temperature values at the middle value from the comfortable sensing temperatures corresponding to all the personnel categories to serve as sensing information matched with the personnel of the current area; or,
when the number of the personnel categories in the current area is larger than 1, determining the sensitivity of the personnel of each personnel category in the current area to information, and selecting a comfortable perception temperature matched with the personnel category corresponding to the maximum sensitivity from the sensitivities corresponding to all the personnel categories as perception information matched with the personnel in the current area, wherein the information comprises temperature and/or dust.
4. The automatic control method of intelligent air-conditioning equipment according to claim 2, wherein said determining perception information matched with the person in the current area according to the content included in the determined information of the current area comprises:
when the number of the personnel categories in the current area is more than 1, judging whether the intelligent air-conditioning equipment in the current area is in a working state;
when the intelligent air-conditioning equipment in the current area is judged to be in a working state, determining a working mode of the intelligent air-conditioning equipment in the current area, and judging whether the working mode of the intelligent air-conditioning equipment in the current area is used for indicating that the current working of the intelligent air-conditioning equipment in the current area is alternative working, wherein the alternative working is used for indicating that the intelligent air-conditioning equipment in the current area works for a preset time length corresponding to comfortable sensing temperature corresponding to each personnel category in all the personnel categories in turn, and each personnel category has the corresponding preset time length;
when the judgment result is yes, determining the number of times of the intelligent air-conditioning equipment in the current area working in turn at the comfortable perception temperature corresponding to each personnel category within the interval duration between the initial working time and the current working time of the working mode;
and calculating the average comfortable sensing temperature corresponding to the comfortable sensing temperatures corresponding to all the personnel categories according to the alternate working times of the comfortable sensing temperatures corresponding to all the personnel categories and the comfortable sensing temperatures corresponding to all the personnel categories, and taking the average comfortable sensing temperatures as the sensing information matched with the personnel in the current area.
5. The automatic control method of intelligent air-conditioning equipment according to claim 1, characterized in that the personnel information of the current area further comprises a personnel location corresponding to each of the personnel types;
and, the method further comprises:
determining an air outlet area matched with the personnel position corresponding to each personnel type from a plurality of air outlet areas of the intelligent air conditioning equipment in the current area according to the personnel position corresponding to each personnel type;
the generating of the device control parameter matched with the information of the current area according to the content included in the determined information of the current area includes:
and generating equipment control parameters corresponding to the air outlet area matched with the personnel position corresponding to each personnel type according to the content included in the determined information of the current area and the air outlet area matched with the personnel position corresponding to each personnel type.
6. The automatic control method of intelligent air-conditioning equipment according to claim 1, wherein before generating the equipment control parameter matched with the information of the current area according to the determined content included in the information of the current area, the method further comprises:
when the personnel of the personnel category in the current area are in a non-sleep state, acquiring personnel activity conditions corresponding to the personnel category, and determining metabolic conditions corresponding to the personnel category according to the acquired personnel activity conditions corresponding to the personnel category;
the generating of the device control parameter matched with the information of the current area according to the content included in the determined information of the current area includes:
and generating equipment control parameters matched with the information of the current area according to the metabolic condition corresponding to the personnel category and the determined content included in the information of the current area.
7. The automatic control method of intelligent air-conditioning equipment according to claim 6, characterized in that said method further comprises:
acquiring the air outlet speed of the intelligent air conditioning equipment in the current region, and inquiring the average comfortable perception temperature matched with the personnel category according to the personnel category;
generating equipment control parameters matched with the information of the current area according to the metabolic condition corresponding to the personnel category and the determined content included in the information of the current area, wherein the generating equipment control parameters comprises the following steps:
and generating equipment control parameters matched with the information of the current area according to the metabolic condition corresponding to the personnel category, the air outlet speed of the intelligent air conditioning equipment of the current area, the average comfortable perception temperature matched with the personnel category and the determined content included by the information of the current area.
8. The automatic control method of an intelligent air-conditioning apparatus according to any one of claims 1 to 7, characterized by further comprising:
judging whether feedback information aiming at the working condition of the intelligent air-conditioning equipment is received or not;
when judging that feedback information aiming at the current working condition of the intelligent air-conditioning equipment is received, correcting the equipment control parameters of the working mode corresponding to the current working of the intelligent air-conditioning equipment according to the received feedback information to obtain the corrected equipment control parameters of the intelligent air-conditioning equipment; the corrected equipment control parameters of the intelligent air-conditioning equipment comprise corrected temperature control parameters of the intelligent air-conditioning equipment, and the corrected temperature control parameters of the intelligent air-conditioning equipment comprise temperature control parameters of the intelligent air-conditioning equipment at the next working moment or temperature control parameters of the intelligent air-conditioning equipment started next time.
9. An automatic control device of an intelligent air conditioner, characterized in that the device comprises:
the system comprises an acquisition module, a display module and a display module, wherein the acquisition module is used for acquiring information of a current area, the information of the current area comprises personnel information of the current area and environment information of the current area, and the personnel information of the current area comprises personnel category of the current area;
the generating module is used for generating equipment control parameters matched with the information of the current area according to the determined content included in the information of the current area;
and the control module is used for controlling the intelligent air conditioning equipment in the current area to work based on the generated equipment control parameters.
10. An automatic control device of an intelligent air conditioning equipment, characterized in that the device comprises:
a memory storing executable program code;
a processor coupled with the memory;
the processor calls the executable program code stored in the memory to execute the method for determining the human body parameter of the user according to any one of claims 1 to 8.
CN202110752898.8A 2021-07-02 2021-07-02 Automatic control method and device for intelligent air conditioning equipment Pending CN115562093A (en)

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US20120103556A1 (en) * 2010-10-28 2012-05-03 Juyoun Lee Air conditioning device and control method of the same
CN106322657A (en) * 2016-08-23 2017-01-11 海信(山东)空调有限公司 Air conditioner control method, air conditioner controller and air conditioner system
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