CN103032934A - Automatic control method of air conditioner - Google Patents

Automatic control method of air conditioner Download PDF

Info

Publication number
CN103032934A
CN103032934A CN 201110300901 CN201110300901A CN103032934A CN 103032934 A CN103032934 A CN 103032934A CN 201110300901 CN201110300901 CN 201110300901 CN 201110300901 A CN201110300901 A CN 201110300901A CN 103032934 A CN103032934 A CN 103032934A
Authority
CN
Grant status
Application
Patent type
Prior art keywords
temperature
relative humidity
set
value
humidity
Prior art date
Application number
CN 201110300901
Other languages
Chinese (zh)
Other versions
CN103032934B (en )
Inventor
岳锐
袁琪
肖德玲
Original Assignee
珠海格力电器股份有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date

Links

Abstract

The invention provides an automatic control method of an air conditioner. The indoor environment is controlled in combination with current environmental temperature and humidity, so that a most comfortable and most healthy indoor environment is created. The air conditioner comprises a humidifier; an indoor unit of the air conditioner is provided with a temperature sensor; and the humidifier is provided with a humidity sensor. The method comprises the following steps of: in the running process of the air conditioner, automatically judging whether the indoor environmental temperature is consistent with the requirement of a comfortable temperature range, and if so, controlling the indoor humidity by using the air conditioner till an indoor environment reaches an optimal humidity range; if the indoor environmental temperature is lower than a comfortable temperature range value, judging the humidity and controlling the humidifier to start up or shut down to maintain the indoor environment at a higher humidity level; controlling the environmental temperature to rise gradually by using the air conditioner to reach the comfortable temperature range; and if the initially-judged indoor environmental temperature is higher than the comfortable temperature range value, starting the dehumidifying mode of the air conditioner to maintain the indoor environment in a lower humidity range, and lowering the running temperature to meet the requirement of comfort of the indoor environment.

Description

空调器的自动控制方法 Automatic air conditioner control method

技术领域 FIELD

[0001] 本发明属于空调器的控制方法技术领域,尤其涉及一种空调器的自动控制方法。 [0001] The present invention belongs to the technical field of the control method of an air conditioner, particularly to a method for automatically controlling an air conditioner. 背景技术 Background technique

[0002] 俗话说:“冬春季干,夏天湿,秋季不干不湿最舒适。”这在我国北方表现是非常明显的。 [0002] As the saying goes: ". Winter and spring dry, wet summer and autumn do not quit wet most comfortable" This is manifested in the north country is very obvious. 空气的干湿与大气湿度密切相关。 And it is closely related to air dry and wet atmospheric humidity. 所谓大气湿度,是指空气中的潮湿程度,它表示当时大气中水汽含量距离大气饱和的程度,一般用相対湿度百分比来表示大气湿度的大小。 The so-called atmospheric humidity refers to the degree of moist air, which indicates the degree of atmospheric water vapor content at the time from a saturated atmosphere, with generally expressed as a percentage relative humidity Dui atmospheric humidity size. 空气湿度对人体健康有直接的影响。 Air humidity has a direct impact on human health.

[0003] 在一定气温条件下,大气中相対湿度越小,水汽蒸发也就越快;反之,大气中湿度越大,水气蒸发也就越慢。 [0003] Under certain conditions of temperature, relative atmospheric humidity Dui smaller, the faster evaporation of water vapor; conversely, the larger the air humidity, water evaporates more slowly. 在人们实际生活中,冬春季会感到空气干燥,夏季出现闷热天气的现象,这都是由于大气中湿度的变化在起作用。 In real life, people, winter and spring, the air will feel dry, hot summer weather phenomenon, which is due to changes in atmospheric humidity at work. 人体中丧失热量的多少,主要取决于空气中水分的饱和程度,一般将37°C时空气饱和差称为生理饱和差,它对人们的呼吸过程中水分蒸发有重要意义。 Amount of heat lost in humans, depending on the degree of saturation of the moisture in the air, generally saturated air 37 ° C difference is called saturation difference physiology, its people evaporation during breathing is important.

[0004] 在不同的湿度条件下,人体的散热方式是不一样的。 [0004] Under different conditions of humidity, body cooling method is not the same. 当然,对于人体健康的影响,是在湿度和温度共同起作用的。 Of course, it affects human health, are common in humidity and temperature play a role. 在低温潮湿的天气,由于大气中的水汽蒸发吸收了身体的热辐射,而使人体感到阴冷并容易受凉;在高温潮湿的天气,大气中的水汽会阻碍人体的体表蒸发,而影响到人体的散热过程,如果排汗不及时,人就会中暑。 In cool, damp weather, due to the evaporation of water vapor in the atmosphere absorbs heat radiation of the body, the body is easy to feel cold and cold; in hot and humid weather, atmospheric water vapor will hinder the body's surface evaporation, which affects the human body cooling process, if sweat is not timely, people will heat stroke. 相対湿度如果达到80%以上,就会妨碍人们机体蒸发散热,对患有肾病、结核病、慢性腰腿病的人都会产生不良作用。 Dui phase if the humidity reaches 80% or more, it will prevent people body heat by evaporation, suffering from kidney disease, tuberculosis, chronic disease, waist and legs of the people will have adverse effects. 在冬季低温情况下(如我国的南方地区),潮湿的空气容易让人得风湿病和气管炎。 In the winter, low temperatures (such as our country's southern region), moist air is easy to get rheumatism and bronchitis. 而大气中的空气湿度太小则会造成人体皮肤干燥等。 While the air humidity in the atmosphere is too small will result in dried human skin and the like. 尤其长期在室外、田间劳作的人们,特别容易出现手脚干裂的现象。 In particular, people in long-term outdoor, field work, chapped hands and feet are particularly vulnerable to the phenomenon. 实际上,人们感觉最舒适的气象条件是大气温度在22-25°C、相对湿度在50%左右为最佳,也就是北京地区的金秋时节最好。 In fact, people feel most comfortable weather conditions are the atmospheric temperature at 22-25 ° C, relative humidity of 50% for the best, that is the best fall season in Beijing.

[0005] 为此,不管是闷热的夏季,还是干冷的冬天,人们应时刻关注天气和大气湿度的变化,及时调节湿度变化,对于人体健康都具有重要意义。 [0005] To this end, whether it is hot summer, or dry and cold winter, people should always pay attention to the weather and atmospheric humidity changes, timely adjust the humidity changes, for human health are of great significance.

[0006] 现有技术中涉及的空调器的控制方法,制冷制热功能都是单ー根据温度进行控制的,并没有将湿度和温度结合起来。 [0006] The control method of the prior art relates to an air conditioner, the cooling and heating functions are controlled in accordance with a single ー temperature, the humidity and temperature do not combine. 湿度以间接或直接的方式影响着人们的舒适性,在一定的温度下,降低湿度使居住者感到更冷、更干燥、以及更舒适,而且对纤维织物的感觉更光滑更舒服。 Humidity in a manner directly or indirectly affect the comfort of people at a certain temperature, so reducing humidity occupants feel colder, drier and more comfortable feel for the fabric but smoother and more comfortable. 对于ー个久坐的人来说,当温度变化rc,相対湿度变化30%,对热平衡的热感觉有同样的影响。 For ー a sedentary people, when the RC temperature, 30% relative humidity Dui, heat sensation of thermal equilibrium have the same effect. 因次,仅仅根据温度进行控制空调器,仍达不到最理想的环境舒适效果。 Dimensionless, merely controlled air conditioner according to the temperature, still can not reach the ideal climate comfort effect.

发明内容 SUMMARY

[0007] 本发明的目的在于提供一种空调器的自动控制方法,结合当前环境温度和湿度对室内环境进行控制,达到最舒适和最健康的室内环境。 [0007] The object of the present invention to provide an automatic air conditioner control method, with the current ambient temperature and humidity of the indoor environment is controlled to achieve the most comfortable and healthy indoor environment.

[0008] 本发明是通过以下技术方案来实现的: [0008] The present invention is achieved by the following technical solution:

[0009] 空调器的自动控制方法,其中,所述空调器包括有加湿器,空调的内机设置有温度传感器,加湿器设置有湿度传感器;所述空调器运行吋,自动判断室内环境温度是否符合舒适温度范围要求,如符合,则空调器控制室内湿度使室内环境达到最佳的湿度范围;如室内环境温度低于舒适温度范围值,则进行湿度判断,控制加湿器进行启停动作,使室内环境维持在较高的湿度水平;然后空调器控制环境温度逐渐升高,达到舒适温度的范围;如最初判断的室内环境温度高于舒适温度范围值,则空调器启动相应的除湿模式,使室内环境维持在较低的湿度范围内,然后通过降低运行温度来满足室内环境的舒适性要求。 [0009] automatic control method for an air conditioner, wherein the air conditioner includes a humidifier, air conditioner of the machine is provided with a temperature sensor, a humidity sensor is provided with the humidifier; inch running the air conditioner, if the indoor temperature is automatically determined comfort temperature range meet the requirements, such as compliance, the indoor air-conditioner indoor humidity environment optimum humidity range; ambient temperature is below a comfortable indoor temperature range value, the humidity is determined, the operation start and stop control of the humidifier, so that the indoor environment is maintained at a high humidity level; air-conditioner control and ambient temperature gradually increased to reach a comfortable temperature range; as initially determined comfortable indoor temperature is higher than the ambient temperature range of values, the air conditioner starts the appropriate dehumidification mode, so that indoor humidity is maintained in the lower range, and then to meet the comfort requirements of the indoor environment by reducing the operating temperature.

[0010] 本发明的有益效果如下: [0010] Advantageous effects of the present invention are as follows:

[0011] 本发明的空调器的自动控制方法,不仅仅考虑遥控器的设定温度,同时结合当前环境温度和湿度对室内环境进行控制,省去遥控器的频繁操作,达到最舒适和最健康的室内环境。 [0011] The method for automatically controlling an air conditioner according to the present invention, consider not only the remote controller of the set temperature, combined with the current ambient temperature and humidity controlled indoor environment, eliminating the need for frequent remote control operation, to achieve the most comfortable and healthy indoor environment. 开机后用户只需给定一个运行温度,控制程序便会自动开始调节,使室内温湿度自动调节到舒适的范围内,保证室内人员的舒适性。 Users only need to boot a given operating temperature, the control program starts automatically adjust the indoor temperature and humidity is automatically adjusted within the comfort range, to ensure the comfort of the person in the room. 通过适当的湿度调节来弥补温度带来的不舒适,然后再通过增减运行温度来调节室内的温度。 Be compensated by an appropriate humidity control temperature caused discomfort, and then to adjust the indoor temperature by increasing or decreasing the operating temperature. 温湿度相结合的调节室内环境,使室内环境更加舒适健康。 The combination of temperature and humidity regulation of the indoor environment, indoor environment more comfortable and healthy.

附图说明 BRIEF DESCRIPTION

[0012] 图1是本发明空调器的自动控制方法的制热エ况流程示意图; [0012] FIG. 1 is a heating process conditions Ester automatic air conditioner control method according to the present invention, a schematic view;

[0013] 图2是本发明空调器的自动控制方法的制冷エ况流程示意图。 [0013] FIG. 2 is a schematic flowchart of the automatic refrigerant Ester condition control method of an air conditioner of the present invention.

具体实施方式 detailed description

[0014] 本发明公开了ー种空调器的自动控制方法,其中,所述空调器包括有加湿器,空调的内机设置有温度传感器,加湿器设置有湿度传感器;所述空调器运行吋,自动判断室内环境温度是否符合舒适温度范围要求,如符合,则空调器控制室内湿度使室内环境达到最佳的湿度范围;如室内环境温度低于舒适温度范围值,则进行湿度判断,控制加湿器进行启停动作,使室内环境维持在较高的湿度水平;然后空调器控制环境温度逐渐升高,达到舒适温度的范围;如最初判断的室内环境温度高于舒适温度范围值,则空调器启动相应的除湿模式,使室内环境维持在较低的湿度范围内,然后通过降低运行温度来满足室内环境的舒适性要求。 [0014] The present invention discloses a method for automatically controlling an air conditioner ー species, wherein the air conditioner includes a humidifier, air conditioner of the machine is provided with a temperature sensor, a humidity sensor is provided with the humidifier; inch running the air conditioner, automatically determine whether the ambient temperature indoor comfort temperature range requirements, such as compliance, the indoor air-conditioner indoor humidity environment optimum humidity range; ambient temperature is below a comfortable indoor temperature range of values, it is determined humidity, the humidifier control start and stop operation, the indoor environment is maintained at a high humidity level; air-conditioner control and ambient temperature gradually increased to reach a comfortable temperature range; as initially determined comfortable indoor temperature is higher than the ambient temperature range of values, the air conditioner starts corresponding dehumidification mode, the indoor environment is maintained within a low humidity range, and to meet the comfort requirements of the indoor environment by reducing the operating temperature.

[0015] 请见图1至图2,为本发明空调器的自动控制方法的制热、制冷エ况流程示意图,图中: [0015] Please see FIG. 1 to FIG. 2, the automatic heating control method of the present invention, an air conditioner, the refrigerant flow conditions Ester schematic drawings in which:

[0016] T环——环境温度; [0016] T cycloalkyl - ambient temperature;

[0017] Ts——设定温度,即用户设定遥控器温度或者上次使用过的温度; [0017] Ts-- set temperature, i.e. the temperature set by the user or the remote control was last used temperature;

[0018] Tg——根据室内实时温湿度数据设定的运行温度; [0018] Tg-- operating temperature and humidity data set in real time according to the indoor temperature;

[0019] Tftmin-制热舒适温度范围最低值; [0019] Tftmin- heating comfort temperature range minimum value;

[0020] Tamax——制热舒适温度范围最高值; [0020] Tamax-- heating comfort temperature range of the highest value;

[0021] IVmin~制冷舒适温度范围最低值; [0021] IVmin ~ comfort temperature range as low refrigerant;

[0022] I^max——制冷舒适温度范围最高值; [0022] I ^ max-- refrigerant temperature range comfortable maximum value;

[0023] 小-室内相对湿度; [0023] Small - indoor relative humidity;

[0024] (J)设设定相对湿度值; [0024] (J) is provided to set the relative humidity value;

[0025] t——空调器运行的时间。 [0025] t-- air conditioner running time.

[0026] 如图1,制热エ况中,本发明空调器的自动控制方法包括如下步骤:[0027] I)空调器开始运行; [0026] As shown in FIG 1, the heating Ester case, the automatic control method of the air conditioner of the present invention comprises the steps of: [0027] I) start of air conditioner operation;

[0028] 2)空调器读取环境温度T环; [0028] 2) The air conditioner reads the ambient temperature T a ring;

[0029] 3)判断环境温度是否小于制热舒适温度范围最低值Tsmin,如是,进入步骤4),如否,进入步骤8); [0029] 3) determines whether the ambient temperature is less than the heating temperature range of the lowest value Tsmin comfort, and if so, proceeds to step 4), if not, proceeds to step 8);

[0030] 4)读取室内相対湿度值小; [0030] 4) read the indoor relative humidity Dui small value;

[0031] 5)判断环境相対湿度值小是否小于第一设定相対湿度值小,如是,进入步骤6),如否,进入步骤7); [0031] 5) Analyzing Dui humidity environment is less than the first set of small Dui relative humidity value smaller, and if so, proceeds to step 6), if not, proceeds to step 7);

[0032] 6)当前运行温度按照设定温度制热运行,并且开启加湿器,t2时间后加湿器自动关闭,并再次读取相対湿度值小; [0032] 6) the current operating temperature according to the set temperature of the heating operation, and turns on the humidifier, the humidifier automatically closed after time t2, and reads again relative humidity Dui small value;

[0033] 7)当相対湿度小彡第一设定相対湿度值小S1吋,当前运行温度按照比设定温度T设高1°C来制热运行,并且h时间后再次读取环境温度Tjf; [0033] 7) when the relative humidity is small San Dui Dui phase first set humidity value S1 inch smaller, according to the current operating temperature higher than the set temperature T 1 ° C is provided to the heating operation, and the read time after the ambient temperature Tjf h again ;

[0034] 8)判断环境温度是否大于制热舒适温度范围最高值Tsmax,如是,进入步骤9),如否,进入步骤13); If [0034] 8) determines the heating temperature is greater than the highest value Tsmax comfort temperature range, and if so, proceeds to step 9), if not, proceeds to step 13);

[0035] 9)读取室内相対湿度值小; [0035] 9) read the indoor relative humidity values ​​Dui small;

[0036] 10)判断环境相対湿度值小是否小于第二设定相対湿度值小,如是,进入步骤12),如否,进入步骤11); [0036] 10) determines Dui humidity environment is less than the second set with a small Dui small humidity values, if so, proceeds to step 12), if not, proceeds to step 11);

[0037] 11)当读取的相対湿度值小彡第二设定相対湿度值小S2吋,当前运行温度按照比设定温度低1°C制热运行,并且t4时间后再次判断当前温度; [0037] 11) When the relative humidity value read Dui San smaller second setting value S2 relative humidity less Dui inch, according to the current operating temperature 1 ° C lower than the set temperature the heating operation, and the temperature is again determined whether the current time t4;

[0038] 12)当相対湿度值小<第二设定相対湿度值小S2吋,当前运行温度按照设定温度制热运行,并且开启加湿器,セ3时间分钟后再次读取相対湿度值小; [0038] 12) When a small value relative humidity Dui <second predetermined value smaller relative humidity Dui inch S2, the current operating temperature according to the set operating temperature of heating, and the humidifier is turned on, a small value humidity reading Dui phase 3 again after time in minutes ã ;

[0039] 13)读取室内相対湿度值小; [0039] 13) reading the relative indoor humidity Dui small value;

[0040] 14)判断环境相対湿度值小是否小于第三设定相対湿度值小,如是,进入步骤16),如否,进入步骤15); [0040] 14) determines Dui humidity environment is less than the third set small relative humidity value Dui small, and if so, proceeds to step 16), if not, proceeds to step 15);

[0041] 15)当相対湿度值小彡第三设定相対湿度值小S3时,运行温度按照当前设定温度制热运行,t6时间分钟后温度传感器再次读取温度。 [0041] 15) When the relative humidity values ​​less San Dui third set value smaller relative humidity Dui S3, the current operating temperature in accordance with the set temperature heating operation, after time t6 minutes the temperature sensor reads the temperature again.

[0042] 16)当相対湿度值小<第三设定相対湿度值小S3吋,当前运行温度按照设定温度制热运行,并且开启加湿器,t5时间后再次读取相対湿度值小。 [0042] 16) When the relative humidity value of less Dui <Dui relative humidity third set value S3 inch small, the current operating temperature according to the set temperature of the heating operation, and the humidifier is turned on, the reading time t5 again relative humidity Dui small value.

[0043] 如图2,制冷エ况中,本发明空调器的自动控制方法包括如下步骤: [0043] As shown in FIG 2, the refrigerant Ester case, the automatic control method of the air conditioner of the present invention comprises the steps of:

[0044] SI空调器开始运行; [0044] SI air conditioner starts running;

[0045] S2空调器读取环境温度T环; [0045] S2 air conditioner reads the ambient temperature T a ring;

[0046] S 3判断环境温度是否小于制冷舒适温度范围最低值Tもin,如是,进入步骤S4,如否,进入步骤S8; [0046] S 3 determines whether the ambient temperature is less than the minimum value of the refrigerant temperature range comfortable mo T in, and if so, enters a step S4, if not, proceeds to step S8;

[0047] S4读取室内相対湿度值小; [0047] S4 read indoor relative humidity values ​​Dui small;

[0048] S5判断环境相対湿度值小是否小于第四设定相対湿度值小,如是,进入步骤S7,如否,进入步骤S6; [0048] S5 Dui humidity environment is determined whether a value smaller than a fourth set value relative humidity Dui small, and if so, enters step S7, if not, proceeds to step S6;

[0049] S6当相対湿度小>第四设定相対湿度值小S4吋,当前运行温度按照设定温度制冷运行,并且t7时间后再次读取环境温度Tjf; [0049] S6 when the relative humidity is small Dui> fourth setting a small value relative humidity Dui inch S4, the current operating temperature according to the set operating temperature of the refrigerant and the ambient temperature after time t7 Tjf read again;

[0050] S7当前运行温度按照比设定温度Ts高1°C制冷运行,并且开启加湿器,t8时间后加湿器自动关闭,并再次读取相対湿度值小;[0051] S8判断环境温度是否大于制冷舒适温度范围最高值Tsmax,如是,进入步骤S9,如否,进入步骤S13 ; [0050] S7 in accordance with the current operating temperature is higher than the set temperature Ts 1 ° C cooling operation, and turns on the humidifier, the humidifier automatically close after time t8, and again read a small value relative humidity Dui; [0051] S8 determines whether the ambient temperature cooling comfort temperature range greater than the highest value Tsmax, if so, entering step S9, if not, proceeds to step S13;

[0052] S9读取室内相対湿度值小; [0052] S9 reads the small indoor relative humidity values ​​Dui;

[0053] SlO判断环境相対湿度值小是否大于第五设定相対湿度值小,如是,进入步骤S12,如否,进入步骤Sll ; [0053] SlO Dui humidity environment is determined whether a small value greater than the fifth set value relative humidity Dui small, and if so, to enter step S12, if not, proceeds to step Sll;

[0054] Sll当前运行温度按照设定温度低1°C制冷运行,并且t1(l时间后再次读取环境温度T环; [0054] Sll currently operating according to a set temperature 1 ° C lower temperature cooling operation, and t1 (ambient temperature again read time T l loop;

[0055] S12当前运行温度按照设定温度制冷运行,并且开启除湿模式,t9时间后再次读取相対湿度值小; [0055] S12 the current operating temperature according to the set temperature of the cooling operation and the dehumidifying mode is turned on, the reading time t9 Dui again with small humidity value;

[0056] S13读取室内相対湿度值小; [0056] S13 reads the small indoor relative humidity values ​​Dui;

[0057] S14判断环境相対湿度值小是否小于第六设定相対湿度值小,如是,进入步骤S15,如否,进入步骤S16 ; [0057] S14 Dui humidity environment determination value is smaller is smaller than a sixth set small relative humidity Dui value, if so, to enter step S15, if not, proceeds to step S16;

[0058] S15当前运行温度按照设定温度制冷运行,并且开启除湿模式,tn时间后关闭加湿器,再次读取相対湿度值小; [0058] S15 the current operating temperature according to the set temperature of the cooling operation and the dehumidifying mode is turned on, the time TN after the humidifier close, read again the value of relative humidity Dui small;

[0059] S16判断环境相対湿度值小是否大于第七设定相対湿度值小,其中小S7大于小设6,如是,进入步骤S17,如否,进入步骤S18 ; [0059] S16 determines Dui humidity environment is greater than the seventh set value is small relative humidity Dui small value, which is greater than a small set 6 small S7, and if so, to enter step S17, if not, proceeds to step S18;

[0060] S17当前运行温度按照设定温度制冷运行,并且开启除湿模式,t12时间后再次读取相対湿度值小; [0060] S17 the current operating temperature according to the set temperature of the cooling operation and the dehumidifying mode is turned on, the reading time t12 again with small Dui humidity value;

[0061] S18当前运行温度按照设定温度低1°C制冷运行,并且t13时间后再次读取环境温 [0061] S18 the current operating temperature according to the set temperature 1 ° C lower cooling operation, and after the time t13 again read ambient temperature

&_ T环。 & _ T loop.

[0062] 请见图1至图2,为本发明空调器的自动控制方法的具体实施例为: Specific Example [0062] Please see FIG. 1 to FIG. 2, the air conditioner of the present invention, a method for automatic control:

[0063] 如图1,制热エ况下: [0063] Figure 1, under a heating condition Ester:

[0064] 按下自动键,空调器开始运转,用户在遥控器上输入ー个温度值作为设定温度,或者将遥控器上的记忆的上次的运行温度作为设定温度;温度传感器读取环境温度,然后判断该温度值的范围: [0064] AUTO key is pressed, the air conditioner starts to operate, the user input ー temperature values ​​on the remote controller as a set temperature, or the operating temperature of the last memory on the remote control as a setting temperature; temperature sensor readings ambient temperature, then the temperature value judgment:

[0065] 当环境温度< 18°C时:读取相対湿度值,当相対湿度值< 65%吋,当前运行温度按照遥控器记忆温度,即上次使用过的温度,或者用户设定的温度运行,并且开启加湿器;十分钟后加湿器自动关闭,并再次读取相対湿度;当相対湿度> 65%时,当前运行温度按照比设定温度即遥控器记忆温度高1°C来运行,并且15分钟后再次读取环境温度; [0065] When the ambient temperature <18 ° C: reading Dui phase humidity, when the temperature and humidity Dui phase value <65% inch, according to the current operating temperature of the remote memory temperature, i.e. the temperature of the last used or set by the user operation, and the humidifier is turned on; off automatically after ten minutes the humidifier, humidity and read again Dui phase; Dui phase when the humidity> 65%, the current operating temperature according to the set temperature i.e. remote memory 1 ° C higher temperature runs, after 15 minutes and again read the ambient temperature;

[0066] 当环境温度在[18,24]之间时:读取相対湿度,当相対湿度值< 50%时,运行温度按照当前设定温度,即遥控器记忆温度运行,并且开启加湿器,10分钟后关闭加湿器,再次读取相対湿度;当相対湿度> 50%时,运行温度按照当前设定温度,即遥控器记忆温度运行,15分钟后温度传感器再次读取温度; [0066] When the ambient temperature is between [18, 24]: humidity reading Dui phase, when the relative humidity values ​​Dui <50%, the current operating temperature in accordance with the set temperature, i.e. the temperature of the remote operating memory, and the humidifier is turned on, after 10 minutes turn off the humidifier, humidity again read Dui phase; Dui phase when the humidity of> 50% according to the current operating temperature of the set temperature, i.e. the temperature of the remote memory operation, after 15 minutes the temperature sensor reads the temperature again;

[0067] 当环境温度> 24°C时:读取当前湿度,当湿度值< 40%吋,当前运行温度按照设定温度运行,并且开启加湿器,10分钟后再次读取湿度;当读取的湿度值> 40%吋,当前运行温度按照比设定温度低1°C运行,并且15分钟后再次判断当前温度。 [0067] When the ambient temperature> 24 ° C: reading current humidity, when the humidity value <40% inch, the current operating temperature according to the set operating temperature, and the humidifier is turned on, again 10 minutes after the humidity reading; when read humidity values> 40% inch, operating according to the current operating temperature lower than the set temperature 1 ° C, and after 15 minutes the current temperature is determined once again.

[0068] 如图1,制冷エ况下: [0068] As shown in FIG 1, the cooling conditions Ester:

[0069] 按下自动键,程序开始运转。 [0069] press the auto button, the program starts running. 温度传感器读取环境温度,然后判断该温度值的范围:[0070] 当环境温度< 23°C时:读取相対湿度值,当相対湿度值< 60%吋,当前运行温度按照比你设定温度高1°C运行,并且开启加湿器;十分钟后加湿器自动关闭,并再次读取相对湿度;当相対湿度> 60%时,当前运行温度按照设定温度,即遥控器记忆温度来运行,并且15分钟后再次读取环境温度; A temperature sensor reads the ambient temperature, and then determining the temperature range of values: [0070] When the ambient temperature <23 ° C: humidity values ​​read Dui phase, when the relative humidity value Dui <60% inch, than the current operating temperature according to the setting you high operating temperature 1 ° C, and the humidifier is turned on; after ten minutes the humidifier automatically closed, again and relative humidity reading; Dui phase when the humidity is> 60%, the current operating temperature according to the set temperature, i.e. the temperature of a remote controller to operate the memory , and 15 minutes after re-reading the ambient temperature;

[0071] 当环境温度在[23,28]之间时:读取相対湿度,当相対湿度值< 40%时,运行温度按照当前设定温度,即遥控器记忆温度运行,并且开启加湿器,10分钟后关闭加湿器,再次读取相対湿度;当相対湿度> 60%时,运行温度按照当前设定温度,即遥控器记忆温度运行,并且开启除湿模式,10分钟后关闭加湿器,再次读取相対湿度;当相対湿度[40,60]之间时,运行温度按照当前设定温度,即遥控器记忆温度运行,15分钟后温度传感器再次读取温度; [0071] When the ambient temperature is between [23, 28]: humidity reading Dui phase, when the relative humidity values ​​Dui <40%, the current operating temperature in accordance with the set temperature, i.e. the temperature of the remote operating memory, and the humidifier is turned on, after 10 minutes turn off the humidifier, humidity again read Dui phase; Dui phase when the humidity is> 60%, the current operating temperature in accordance with the set temperature, i.e. the temperature of the remote memory operation, and opens the dehumidification mode, the humidifier off after 10 minutes, again reading Dui phase takes humidity; Dui phase when the humidity is between [40, 60], according to the current operating temperature of the set temperature, i.e. the temperature of the remote memory operation, after 15 minutes the temperature sensor reads the temperature again;

[0072] 当环境温度> 28°C时:读取当前湿度,当湿度值> 40%吋,当前运行温度按照设定温度运行,并且开启除湿模式,10分钟后再次读取湿度;当读取的湿度值< 40%吋,当前运行温度按照比设定温度低1°C运行,并且15分钟后再次判断当前温度。 [0072] When the ambient temperature> 28 ° C: reading current humidity, when the humidity value> 40% inch, the current operating temperature according to the set operating temperature, and opens the dehumidification mode, the humidity is read again after 10 minutes; when reading the humidity value <40% inch, operating according to the current operating temperature lower than the set temperature 1 ° C, and after 15 minutes the current temperature is determined once again.

[0073] 上述实施例中,各种运行时间(例如程序中的10分钟或15分钟),是优选的合理的时间,由于エ况的不同,可根据实际情况进行更改。 [0073] The above-described embodiment, the various operation time (e.g. 10 minutes or 15 minutes in the program), is preferred a reasonable time, due to the different conditions Ester, can be changed according to the actual situation.

[0074] 空调器运行过程中,用户任意时刻按下关机键,空调器即结束运行,否则一直自动循环运行。 [0074] process air conditioner is running, any time the user presses the off button, the air conditioner that is the end of the run, otherwise the automatic cycle has been run.

[0075] 上述所列具体实现方式为非限制性的,对本领域的技术人员来说,在不偏离本发明范围内,进行的各种改进和变化,均属于本发明的保护范围。 [0075] The specific implementation of the listed non-limiting embodiment, those skilled in the art, various modifications and changes without departing from the scope of the invention, carried out, belong to the scope of the present invention.

Claims (6)

  1. 1.空调器的自动控制方法,其特征在于:所述空调器包括有加湿器,空调的内机设置有温度传感器,加湿器设置有湿度传感器;所述空调器运行时,自动判断室内环境温度是否符合舒适温度范围要求,如符合,则空调器控制室内湿度使室内环境达到最佳的湿度范围;如室内环境温度低于舒适温度范围值,则进行湿度判断,控制加湿器进行启停动作,使室内环境维持在较高的湿度水平;然后空调器控制环境温度逐渐升高,达到舒适温度的范围;如最初判断的室内环境温度高于舒适温度范围值,则空调器启动相应的除湿模式,使室内环境维持在较低的湿度范围内,然后通过降低运行温度来满足室内环境的舒适性要求。 A method for automatic control of the air conditioner, characterized in that: the air conditioner includes a humidifier, air conditioner of the machine is provided with a temperature sensor, a humidity sensor is provided with the humidifier; run the air conditioner, the indoor temperature is automatically determined meets comfort temperature range requirements, such as compliance, the indoor air-conditioner indoor humidity environment optimum humidity range; ambient temperature is below a comfortable indoor temperature range of values, it is determined humidity, the humidifier controls start and stop operation, the indoor environment is maintained at a high humidity level; air-conditioner control and ambient temperature gradually increased to reach a comfortable temperature range; as initially determined comfortable indoor temperature is higher than the ambient temperature range of values, the air conditioner starts the appropriate dehumidification mode, the indoor environment is maintained within a low humidity range, and to meet the comfort requirements of the indoor environment by reducing the operating temperature.
  2. 2.如权利要求1所述的空调器的自动控制方法,其特征在于:制热工况中,包括如下步骤: 1)空调器开始运行; 2)空调器读取环境温度Tjf ; 3)判断环境温度是否小于制热舒适温度范围最低值Iftmin,如是,进入步骤4),如否,进入步骤8); 4)读取室内相对湿度值小; 5)判断环境相对湿度值0是否小于第一设定相对湿度值0 ,如是,进入步骤6),如否,进入步骤7); 6)当前运行温度按照设定温度制热运行,并且开启加湿器,t2时间后加湿器自动关闭,并再次读取相对湿度值小; 7)当相对湿度0 >第一设定相对湿度值时,当前运行温度按照比设定温度T设高1°C来制热运行,并且h时间后再次读取环境温度Tjf ; 8)判断环境温度是否大于制热舒适温度范围最高值Iftmax,如是,进入步骤9),如否,进入步骤13); 9)读取室内相对湿度值小; 10)判断环境相对湿度值0是否小于第二 Analyzing 3); 1) start of air conditioner operation; 2) air conditioner temperature reading Tjf: 2. The method for automatic control of the air conditioner as claimed in claim 1, wherein: the heating condition, comprising the steps of ambient temperature is less than the heating value of the lowest temperature range comfortable Iftmin, if so, proceeds to step 4), if not, proceeds to step 8); 4) to read the indoor relative humidity is small; 5) determines the relative humidity is less than a first value of 0 relative humidity value 0 is set, and if so, proceeds to step 6), if not, proceeds to step 7); 6) the current operating temperature according to the set operating temperature of heating, and turns on the humidifier, the humidifier automatically turn off after time t2, and again small values ​​of relative humidity reading; 7) when the relative humidity 0> first setting value of relative humidity, in accordance with the current operating temperature set higher than the set temperature T 1 ° C to the heating operation, and the read time environment again h temperature Tjf; 8) determines whether the ambient temperature is greater than a heating temperature range of the highest comfort Iftmax, if so, proceeds to step 9), if not, proceeds to step 13); 9) reading the small indoor relative humidity; 10) determining the relative humidity of the environment the second value is smaller than 0 定相对湿度值,如是,进入步骤12),如否,进入步骤11); 11)当读取的相对湿度值0 >第二设定相对湿度值小…时,当前运行温度按照比设定温度低1°C制热运行,并且t4时间后再次判断当前温度; 12)当相对湿度值0 <第二设定相对湿度值小…时,当前运行温度按照设定温度制热运行,并且开启加湿器,t3时间分钟后再次读取相对湿度值小; 13)读取室内相对湿度值小; 14)判断环境相对湿度值0是否小于第三设定相对湿度值0 ,如是,进入步骤16),如否,进入步骤15); 15)当相对湿度值0 >第三设定相对湿度值小…时,运行温度按照当前设定温度制热运行,t6时间分钟后温度传感器再次读取温度。 Given relative humidity value, and if so, proceeds to step 12), if not, proceeds to step 11); 11) when the relative humidity value read 0> a second set value smaller ... when the relative humidity, according to the current operating temperature than the set temperature low 1 ° C heating operation, and the temperature is again determined whether the current time t4; 12) when the relative humidity value 0 <a second set value smaller ... when the relative humidity, the current operating temperature according to the set operating temperature of the heating and humidifying open , a read again after time t3 minutes relative humidity value is small; 13) reads the small indoor relative humidity; 14) determines the relative humidity value 0 is smaller than the third set relative humidity value 0, and if so, proceeds to step 16), if not, the routine proceeds to step 15); 15) ... small relative humidity, the operating temperature according to the set operating temperature of the heating current when the relative humidity value 0> third set time t6 minutes after the temperature sensor reads the temperature again. 16)当相对湿度值0 <第三设定相对湿度值小…时,当前运行温度按照设定温度制热运行,并且开启加湿器,t5时间后再次读取相对湿度值小。 16) 0 <a third set value smaller ... when the relative humidity, the current operating temperature according to the set temperature of the heating operation when the relative humidity value, and the humidifier is turned on, after time t5 relative humidity value read again small.
  3. 3.如权利要求2所述的空调器的自动控制方法,其特征在于:制冷工况中,包括如下步骤: SI空调器开始运行;S2空调器读取环境温度Tjf ; S3判断环境温度是否小于制冷舒适温度范围最低值T^in,如是,进入步骤S4,如否,进入步骤S8 ; S4读取室内相对湿度值小; S5判断环境相对湿度值是否小于第四设定相对湿度值,如是,进入步骤S7,如否,进入步骤S6 ; S6当相对湿度0 >第四设定相对湿度值0 S4时,当前运行温度按照设定温度制冷运行,并且t7时间后再次读取环境温度T环; S7当前运行温度按照比设定温度Ts高1°C制冷运行,并且开启加湿器,t8时间后加湿器自动关闭,并再次读取相对湿度值小; S8判断环境温度是否大于制冷舒适温度范围最高值Iftmax,如是,进入步骤S9,如否,进入步骤S13 ; S9读取室内相对湿度值小; SlO判断环境相对湿度值是否大于第五设 The automatic air conditioner control method according to claim 2, wherein: the refrigerant operating condition, comprising the steps of: the SI start of air conditioner operation; S2 to read the air conditioner ambient temperature Tjf; S3 determines whether the ambient temperature is less than cooling comfort temperature range as low as T ^ in, and if so, enters a step S4, if not, proceeds to step S8; S4 indoor relative humidity reading value is smaller; S5 Analyzing relative humidity value is less than the fourth set relative humidity value, and if so, into the step S7, if not, proceeds to step S6; S6 when the relative humidity 0> 0 relative humidity fourth set S4, the current operating temperature according to the set operating temperature of the refrigerant, and read again after time t7 ambient temperature T a ring; S7 in accordance with the current operating temperature higher than the set temperature Ts 1 ° C cooling operation, and turns on the humidifier, the humidifier automatically close after time t8, and reads again the value of the relative humidity less; S8 determines whether the ambient temperature is greater than the refrigeration temperature range up to a comfortable value Iftmax, if so, entering step S9, if not, proceeds to step S13; S9 ​​indoor relative humidity reading value is smaller; SlO Analyzing the relative humidity value is greater than the fifth set 定相对湿度值,如是,进入步骤S12,如否,进入步骤Sll ; Sll当前运行温度按照设定温度低TC制冷运行,并且t1(l时间后再次读取环境温度T环; S12当前运行温度按照设定温度制冷运行,并且开启除湿模式,t9时间后再次读取相对湿度值小; S13读取室内相对湿度值小; S14判断环境相对湿度值是否小于第六设定相对湿度值,如是,进入步骤S15,如否,进入步骤S16 ; S15当前运行温度按照设定温度制冷运行,并且开启除湿模式,tn时间后关闭加湿器,再次读取相对湿度值小; S16判断环境相对湿度值0是否大于第七设定相对湿度值0 ,其中0 大于小s·6,如是,进入步骤S17,如否,进入步骤S18 ; S17当前运行温度按照设定温度制冷运行,并且开启除湿模式,t12时间后再次读取相对湿度值小; S18当前运行温度按照设定温度低1°C制冷运行,并且t13时间后再次读取环境温 Given relative humidity value, and if so, to enter step S12, if not, proceeds to step Sll; Sll currently running operating temperature of the refrigerant in accordance with the set temperature TC is low, and t1 (ambient temperature again read time T l loop; S12 according to the current operating temperature the set temperature of the cooling operation and the dehumidifying mode is turned on, read again after time t9 small values ​​of relative humidity; indoor relative humidity value S13 to read small; S14 Analyzing relative humidity value is less than the sixth set relative humidity value, and if so, enter step S15, if not, proceeds to step S16; S15 current operating temperature according to the set temperature of the cooling operation and the dehumidifying mode is turned on, the time TN after the humidifier close, read again the value of the relative humidity less; S16 determines whether the relative humidity is greater than 0 a seventh set relative humidity value 0, where 0 is greater than a small s · 6, and if so, to enter step S17, if not, proceeds to step S18; S17 current operating temperature according to the set temperature of the cooling operation and the dehumidifying mode is turned on after the time t12 again small values ​​of relative humidity reading; S18 currently operating according to the set operating temperature 1 ° C lower temperature refrigeration, and ambient temperature is read after the time t13 again T环◦ ◦ T ring
  4. 4.如权利要求2所述的空调器的自动控制方法,其特征在于:制热工况下: 按下自动键,空调器开始运转,用户在遥控器上输入一个温度值作为设定温度,或者将遥控器上的记忆的上次的运行温度作为设定温度;温度传感器读取环境温度,然后判断该温度值的范围: 当环境温度< 18°C时:读取相对湿度值,当相对湿度值< 65%时,当前运行温度按照遥控器记忆温度,即上次使用过的温度,或者用户设定的温度运行,并且开启加湿器;十分钟后加湿器自动关闭,并再次读取相对湿度;当相对湿度> 65%时,当前运行温度按照比设定温度即遥控器记忆温度高1°C来运行,并且15分钟后再次读取环境温度; 当环境温度在[18,24]之间时:读取相对湿度,当相对湿度值< 50%时,运行温度按照当前设定温度,即遥控器记忆温度运行,并且开启加湿器,10分钟后关闭加湿器 The automatic air conditioner control method according to claim 2, wherein: the heating conditions: Press the auto key, the air conditioner starts to operate, the user inputs a temperature value set on the remote controller as a temperature, the operating temperature of the last or the memory on the remote control as a setting temperature; the temperature sensor reads the ambient temperature, and then determining the range of the temperature: when the ambient temperature <18 ° C: relative humidity reading, when the relative humidity <65%, the current operating temperature according to the temperature of the remote memory, i.e., the last-used temperature, or the temperature set by the user operation, and opens the humidifier; humidifier automatically close in ten minutes, and read again relatively humidity; when the relative humidity is> 65%, i.e., the current operating temperature in accordance with the remote controller memory 1 ° C higher temperature than the set temperature to run and read the ambient temperature for 15 minutes again; when the ambient temperature in [18, 24] of the when the room: relative humidity reading, when the relative humidity <50%, the current operating temperature in accordance with the set temperature, i.e. the temperature of the remote memory operation, and turns on the humidifier, the humidifier off after 10 minutes 再次读取相对湿度;当相对湿度> 50%时,运行温度按照当前设定温度,即遥控器记忆温度运行,15分钟后温度传感器再次读取温度; 当环境温度> 24°C时:读取当前湿度,当湿度值< 40%时,当前运行温度按照设定温度运行,并且开启加湿器,10分钟后再次读取湿度;当读取的湿度值> 40%时,当前运行温度按照比设定温度低1°C运行,并且15分钟后再次判断当前温度。 Read again relative humidity; when the relative humidity is> 50%, the current operating temperature in accordance with the set temperature, i.e. the temperature of the remote memory operation, after 15 minutes the temperature sensor reads the temperature again; when the ambient temperature> 24 ° C: reading current humidity, when the humidity value <40%, the current operating temperature according to the set operating temperature, and the humidifier is turned on, to read again after 10 minutes the humidity; the value read when the humidity> 40%, the ratio is set in accordance with the current operating temperature temperature 1 ° C lower predetermined operation, and after 15 minutes the current temperature is determined once again.
  5. 5.如权利要求1至4中任一项所述的空调器的自动控制方法,其特征在于:制冷工况下: 按下自动键,空调器开始运转,温度传感器读取环境温度,然后判断该温度值的范围: 当环境温度< 23°C时:读取相对湿度值,当相对湿度值< 60%时,当前运行温度按照比你设定温度高rc运行,并且开启加湿器;十分钟后加湿器自动关闭,并再次读取相对湿度;当相对湿度> 60%时,当前运行温度按照设定温度,即遥控器记忆温度来运行,并且15分钟后再次读取环境温度; 当环境温度在[23,28]之间时:读取相对湿度,当相对湿度值< 40%时,运行温度按照当前设定温度,即遥控器记忆温度运行,并且开启加湿器,10分钟后关闭加湿器,再次读取相对湿度;当相对湿度> 60%时,运行温度按照当前设定温度,即遥控器记忆温度运行,并且开启除湿模式,10分钟后关闭加湿器,再 An automatic control method according to an air conditioner according to claim 4, wherein: Cooling conditions: Press the auto key, the air conditioner starts to operate, the temperature sensor reads the ambient temperature, and then determines the range of temperature values: when the ambient temperature <23 ° C: relative humidity reading, when the relative humidity value <60%, the current operating temperature according to the set operating temperature is higher than rc you, and turn on the humidifier; ten minutes after the humidifier automatically shut down, and re-read the relative humidity; when the relative humidity of> 60%, the current operating temperature according to the set temperature, i.e. the temperature of memory to run a remote controller, and 15 minutes after re-reading the ambient temperature; ambient temperature is between [23, 28]: relative humidity reading, when the relative humidity <40%, the current operating temperature in accordance with the set temperature, i.e. the temperature of the remote memory operation, and turns on the humidifier, the humidifier off after 10 minutes again relative humidity reading; when the relative humidity of> 60%, the current operating temperature in accordance with the set temperature, i.e. the temperature of the remote memory operation, and opens the dehumidification mode, the humidifier off after 10 minutes, and then 读取相对湿度;当相对湿度[40,60]之间时,运行温度按照当前设定温度,即遥控器记忆温度运行,15分钟后温度传感器再次读取温度; 当环境温度> 28°C时:读取当前湿度,当湿度值> 40%时,当前运行温度按照设定温度运行,并且开启除湿模式,10分钟后再次读取湿度;当读取的湿度值< 40%时,当前运行温度按照比设定温度低1°C运行,并且15分钟后再次判断当前温度。 Relative humidity reading; when the relative humidity is between [40, 60], according to the current operating temperature of the set temperature, i.e. the temperature of the remote memory operation, after 15 minutes the temperature sensor reads the temperature again; ambient temperature> 28 ° C when : read current humidity, when humidity> 40%, the current operating temperature according to the set operating temperature, and opens the dehumidification mode, the humidity is read again after 10 minutes; when the humidity value is read <40%, the current operating temperature operating according to 1 ° C lower than the set temperature, and after 15 minutes the current temperature is determined once again.
  6. 6.如权利要求5所述的空调器的自动控制方法,其特征在于:空调器运行过程中,用户任意时刻按下关机键,空调器即结束运行,否则一直自动循环运行。 The automatic control method of an air conditioner as claimed in claim 5, characterized in that: the air conditioner during operation, any time a user presses the off button, i.e. the end of the run the air conditioner, or automatic cycle has been run.
CN 201110300901 2011-10-08 2011-10-08 Automatic control method of air conditioner CN103032934B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN 201110300901 CN103032934B (en) 2011-10-08 2011-10-08 Automatic control method of air conditioner

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN 201110300901 CN103032934B (en) 2011-10-08 2011-10-08 Automatic control method of air conditioner

Publications (2)

Publication Number Publication Date
CN103032934A true true CN103032934A (en) 2013-04-10
CN103032934B CN103032934B (en) 2015-02-18

Family

ID=48020099

Family Applications (1)

Application Number Title Priority Date Filing Date
CN 201110300901 CN103032934B (en) 2011-10-08 2011-10-08 Automatic control method of air conditioner

Country Status (1)

Country Link
CN (1) CN103032934B (en)

Cited By (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104296238A (en) * 2013-07-18 2015-01-21 广东美的暖通设备有限公司 Three-pipe heating recovery air-conditioning system and dehumidification method thereof
CN105135627A (en) * 2015-09-24 2015-12-09 广东美的制冷设备有限公司 Air conditioning system as well as control method and control device thereof
CN105423483A (en) * 2015-10-30 2016-03-23 珠海格力电器股份有限公司 Control method and device for air-conditioner operation mode
CN105465964A (en) * 2015-12-29 2016-04-06 珠海格力电器股份有限公司 Air conditioner and dehumidifying control method and device for same
CN105783177A (en) * 2014-12-23 2016-07-20 广东美的制冷设备有限公司 Humidifier and humidifying amount automatic adjusting method and device thereof
CN106196471A (en) * 2016-07-25 2016-12-07 广东美的制冷设备有限公司 Air conditioner humidity control method and air conditioner
CN106369763A (en) * 2016-10-08 2017-02-01 珠海格力电器股份有限公司 Humidity detecting method, device and air conditioner
CN106440154A (en) * 2016-10-27 2017-02-22 珠海格力电器股份有限公司 Air conditioner system control method with humidification function and air conditioner system

Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5355323A (en) * 1991-02-25 1994-10-11 Samsung Electronics Co., Ltd. Humidity control method for an air conditioner which depends upon weather determinations
US5938984A (en) * 1996-03-30 1999-08-17 Daewoo Electronics Co., Ltd. Temperature regulating method of a humidifier according to a surrounding temperature
CN1327147A (en) * 2001-07-16 2001-12-19 复旦大学 Temperature and humidity measuring and controlling method and circuit
CN101074796A (en) * 2007-06-28 2007-11-21 四川长虹电器股份有限公司 Air-conditioner humidifying controlling method
CN101535733A (en) * 2006-11-10 2009-09-16 大金工业株式会社 Air conditioner and method of controlling humidity in room
CN102147137A (en) * 2010-02-04 2011-08-10 珠海格力电器股份有限公司 Temperature and humidity linkage control method of air conditioner

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5355323A (en) * 1991-02-25 1994-10-11 Samsung Electronics Co., Ltd. Humidity control method for an air conditioner which depends upon weather determinations
US5938984A (en) * 1996-03-30 1999-08-17 Daewoo Electronics Co., Ltd. Temperature regulating method of a humidifier according to a surrounding temperature
CN1327147A (en) * 2001-07-16 2001-12-19 复旦大学 Temperature and humidity measuring and controlling method and circuit
CN101535733A (en) * 2006-11-10 2009-09-16 大金工业株式会社 Air conditioner and method of controlling humidity in room
CN101074796A (en) * 2007-06-28 2007-11-21 四川长虹电器股份有限公司 Air-conditioner humidifying controlling method
CN102147137A (en) * 2010-02-04 2011-08-10 珠海格力电器股份有限公司 Temperature and humidity linkage control method of air conditioner

Cited By (11)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104296238A (en) * 2013-07-18 2015-01-21 广东美的暖通设备有限公司 Three-pipe heating recovery air-conditioning system and dehumidification method thereof
CN105783177A (en) * 2014-12-23 2016-07-20 广东美的制冷设备有限公司 Humidifier and humidifying amount automatic adjusting method and device thereof
CN105135627A (en) * 2015-09-24 2015-12-09 广东美的制冷设备有限公司 Air conditioning system as well as control method and control device thereof
CN105135627B (en) * 2015-09-24 2018-02-02 广东美的制冷设备有限公司 Air-conditioning control system and control method and apparatus
CN105423483A (en) * 2015-10-30 2016-03-23 珠海格力电器股份有限公司 Control method and device for air-conditioner operation mode
CN105423483B (en) * 2015-10-30 2018-05-18 珠海格力电器股份有限公司 Control method and apparatus of an air conditioner operation mode
CN105465964A (en) * 2015-12-29 2016-04-06 珠海格力电器股份有限公司 Air conditioner and dehumidifying control method and device for same
CN105465964B (en) * 2015-12-29 2018-04-13 珠海格力电器股份有限公司 Air conditioning and dehumidification control method and apparatus
CN106196471A (en) * 2016-07-25 2016-12-07 广东美的制冷设备有限公司 Air conditioner humidity control method and air conditioner
CN106369763A (en) * 2016-10-08 2017-02-01 珠海格力电器股份有限公司 Humidity detecting method, device and air conditioner
CN106440154A (en) * 2016-10-27 2017-02-22 珠海格力电器股份有限公司 Air conditioner system control method with humidification function and air conditioner system

Also Published As

Publication number Publication date Type
CN103032934B (en) 2015-02-18 grant

Similar Documents

Publication Publication Date Title
CN1932400A (en) Sleep operating mode of air conditioner
CN201262700Y (en) Control device for air conditioner
CN103032933A (en) Relative humidity control method and relative humidity controller for inverter air conditioners
CN201764627U (en) Temperature control circuit of novel room air-conditioner
CN101995069A (en) Air conditioner and method for controlling same to operate in energy-saving manner
CN102563786A (en) Refrigeration and heat pump composite energy system with independently controlled temperature and independently controlled humidity
CN1469085A (en) Preset control method for air conditioner
CN101315211A (en) Independent humiture-controlled air conditioner
CN104930656A (en) Air conditioner temperature and humidity double-control method and device and air conditioner indoor unit
CN101706145A (en) Control method for improving comfort of air conditioner
CN1712839A (en) Energy-saving air conditioner and its control
CN102628600A (en) Heat recovery air treatment device with built-in heat pump and heat recovery air treatment method
CN203432022U (en) Control device for remote indoor air-conditioning and humiture detection
CN103528134A (en) Air conditioner and heating control method thereof
CN201858726U (en) Humidifying fresh air heat pump capable of realizing total heat recovery
CN101893303A (en) Method for controlling comfortable cooling and warming of air conditioner
CN101799200A (en) Multi-mode control method directly using outdoor cold source and air conditioner
CN105526678A (en) Moisture content control method for constant temperature and humidity combined air conditioner
CN103591669A (en) Air-conditioner equipment and anti-frosting method and anti-frosting device for air-conditioner equipment
CN201318769Y (en) Air-conditioning energy-saving control system based on projected average thermal sensation index
CN105135627A (en) Air conditioning system as well as control method and control device thereof
CN1524464A (en) Process and apparatus for adjusting temperature and moisture of body
CN203338177U (en) Indoor temperature and humidity adjusting system based on Internet of things
CN102147138A (en) Method for controlling sleep mode of air conditioner
CN101979927A (en) Rotating wheel moisture removal and cooling-plate radiation cooling combined air conditioning system and air conditioning method thereof

Legal Events

Date Code Title Description
C06 Publication
C10 Entry into substantive examination
C14 Grant of patent or utility model