CN101545667A - Method and device for controlling operation of air conditioner - Google Patents

Method and device for controlling operation of air conditioner Download PDF

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Publication number
CN101545667A
CN101545667A CN 200810026980 CN200810026980A CN101545667A CN 101545667 A CN101545667 A CN 101545667A CN 200810026980 CN200810026980 CN 200810026980 CN 200810026980 A CN200810026980 A CN 200810026980A CN 101545667 A CN101545667 A CN 101545667A
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temperature
air conditioner
set
air
operation
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CN 200810026980
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CN101545667B (en
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叶务占
辉 张
李文灿
杨相稳
钟明生
陈绍林
龚辉平
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珠海格力电器股份有限公司
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Abstract

The invention discloses a method and a device for controlling the operation of an air conditioner, and capable of automatically adjusting the setting temperature of the air conditioner. Through the judgment of a working state of the air condition and according to the first kind of the set temperature change condition and the second kind of the set temperature change condition, when the air conditioner meets the first kind of the set temperature change condition or the second kind of the set temperature change condition, the method automatically sets the setting temperature of the air condition to finally reach the third setting temperature preset; therefore, the method and the device for controlling the operation of the air conditioner can automatically adjust the setting temperature of the air conditioner according to the preset condition, meet the requirement of comfort level and produce the energy-saving effect.

Description

控制空调运行的方法及装置 A method and apparatus for controlling air-conditioning operation

技术领域 FIELD

本发明涉及电器领域,特别涉及电器空调领域中的控制空调运行的方法及装置。 The present invention relates to electrical appliances, and in particular relates to a method and apparatus for controlling air-conditioning operation of the air conditioner appliance field.

背景技术 Background technique

随着科技的进步,空调已普遍进入人们的生活,人们通常通过设定空调的设定温度,使空调在夏天进行制冷操作而在冬天进行制热操作来改变房间室内温度,以使人体感受到满意的舒适度。 With advances in technology, air conditioning has been widely into people's lives, people often by setting air-conditioning temperature setting, the air-conditioning in the summer cooling operation and heating operation carried out in the winter indoor temperature to change the room, so that the body feel satisfactory comfort.

在消费者使用空调时,通常喜欢将空调的设定温度设置为最低或者最高, 实际上,经过研究发现,空调在制冷或者制热状态运行一段时间之后,房间的冷量或者热量实际上已经足够满足人体舒适度的要求,如果继续使空调按照较低或者较高的温度运行,其中的一部分的冷量或者热量实际上是白白浪费掉了,造成了电能的浪费,此外,人体长时间待在相对室外环境温差过大的室内环境,也容易发生感冒现象,从而发生"空调病,,现象。而在现有技术中,当需要改变空调的设定温度时,均只能单独地手动调节空调的设定温度,具有较大的不便利性。 When consumers use air conditioning, usually prefer the air conditioning temperature setting is set to the lowest or highest, in fact, has found that air-conditioning or refrigeration after heating state running for some time, cold or heat the room actually has enough meet the requirements of human comfort, and if it continues to run the air conditioner in accordance with a lower or higher temperatures, which is a part of the heat or cold is actually wasted, resulting in a waste of energy, in addition, to stay in the body for a long time outdoor environment relatively large temperature difference of the indoor environment, also prone to the phenomenon of cold, so that the occurrence of "Air conditioning disease ,, phenomenon. in the prior art, when it is desired to change the set temperature of the air conditioner are only manually adjustable air conditioning individually set temperature, with greater inconvenience.

发明内容 SUMMARY

针对现有技术中存在的问题,本发明的目的在于提供一种可自动调节空调的设定温度的控制空调运行的方法及装置,其既可以满足人体舒适性的要求, 又可以达到省电的效果。 For the problems in the prior art, an object of the present invention is to provide a method and apparatus for automatically adjusting a set temperature of the air conditioner controls the air conditioning operation, which meet the requirements of both human comfort, and power saving can be achieved effect.

为达到上述目的,本发明采用以下技术方案: 一种控制空调运行的方法,包括步骤: To achieve the above object, the present invention employs the following technical solution: A method for controlling air conditioning operation, comprising the steps of:

当接收到进入节能模式的控制指令时,判断所述空调的工作状态,并将空调的设定温度设置为第一预定温度值;当达到第一类温度改变条件时,将空调的设定温度设置为第二预定温度 Upon receiving the control command into the power-saving mode, the air conditioner operating state is determined, and the set temperature of the air conditioner is set to a first predetermined temperature value; when the temperature reaches the first class change condition, the air conditioner set temperature set to a second predetermined temperature

值; value;

当达到第二类温度改变条件时,将空调的设定温度设置为第三预定温度 When the temperature reaches the second category conditions change, the set temperature of the air conditioner set to a third predetermined temperature

值; value;

控制所述空调按照所述第三预定温度值在所述工作状态下运行,所述工作状态包括制冷、制热状态。 Controlling the air-conditioning operation in the operating state in accordance with said third predetermined temperature value, the operating state comprises cooling and heating state.

才艮据本发明的控制空调运行的方法,其通过判断空调的工作状态,并才艮据设定的第一类温度改变条件以及第二类温度改变条件,当满足该第一类温度改变条件或者该第二类温度改变条件时,自动设置所述空调的设定温度,最终达到预先设定的第三预定温度,从而,本发明控制空调运行的方法,可以根据预先设定的条件自动调节空调的设定温度,既满足舒适度要求又可产生节能效果。 Burgundy was air-conditioning operation according to the control method of the present invention, which is determined by the operating state of the air conditioner, and the temperature was set Burgundy type according to a first and a second type of change condition to change temperature conditions satisfied when the temperature change conditions of the first type or the second type of temperature change is automatically set in the air conditioner set temperature, eventually reaches a third predetermined temperature set in advance, and thus, the method of the present invention controls air-conditioning operation can be automatically adjusted according to preset conditions air-conditioning set temperature, both comfort requirement also generate energy savings.

一种控制空调运行的装置,包括: An apparatus for controlling an operation of air conditioner, comprising:

空调工作状态识别模块,用于在接收到进入节能模式的控制指令时,识别 Air-conditioning operation state identification module upon receiving a control instruction to enter the power saving mode, recognition

当前空调的工作状态,所述工作状态包括制冷状态和制热状态; The current operating state of the air conditioner, the operating state includes a refrigeration state and heating state;

温度调节条件判别模块,用于根据所述空调当前的工作状态,判断是否需要改变空调的设定温度; Temperature adjustment condition determination module, according to the current operating state of the air conditioner, the air conditioner is determined whether the set temperature needs to be changed;

空调设定温度调节模块,用于当所述温度调节条件判别模块的判定结果, 设置所述空调的设定温度。 Air-conditioning set temperature adjustment means for adjusting the temperature conditions when the determination result of the determination module, provided the air conditioner set temperature.

根据本发明的控制空调运行的装置,其通过空调工作状态识别模块判断空调的工作状态,并根据温度调节条件判定模块所判定出来的是否需要改变空调的设定温度的结果,来自动设置所述空调的设定温度,从而,本发明的控制空调运行的装置,可以根据预先设定的条件自动调节空调的设定温度,既满足舒适度要求又可产生节能效果。 Means for controlling operation of the air conditioner according to the present invention, which is determined by the air conditioner operating state of the air conditioner operating state identification module, and condition determination module determines whether to change the results out of the set temperature of the air conditioner, the temperature adjustment is automatically set according to the air-conditioning set temperature, thereby controlling the operation of air conditioning apparatus of the present invention, the air conditioner can automatically adjust the set temperature based on predetermined criteria, both comfort requirement also generate energy savings.

附图说明图l是本发明控帝 BRIEF DESCRIPTION OF DRAWINGS Figure l is a control of the present invention Emperor

图2是本发明控命图3是本发明控帝图4是本发明控命图5是本发明控命图6是本发明控命图7是本发明控帝图8是本发明控命图9是本发明控帝 FIG 2 is a control command of FIG. 3 of the invention is to control Di FIG. 4 of the invention is a control command in FIG. 5 of the invention is a control command of FIG. 6 of the invention is a control command of FIG. 7 of the invention is the control of the present invention Di FIG 8 is controlled according to the present invention life FIG. 9 of the present invention is a control Di

Fan

调运行的方法实施例一的流程示意图 Flow diagram of a method of operation of the transfer

空调运行的方法实施例二的流程示意图空调运行的方法实施例三的流程示意图 Process according to a third embodiment of a schematic flowchart illustrating a method of operating two air-conditioning air-conditioning operation of the embodiment of the method of embodiment

work

空调运行的方法实施例四的流程示意图; S调运行的方法实施例五的流程示意图; 空调运行的方法实施例六的流程示意图; 空调运行的方法实施例七的流程示意图; 空调运行的方法实施例八的流程示意图; Schematic flow chart according to a fourth air conditioning operation of a method embodiment; schematic flowchart five S modulation operation method of embodiment; schematic flow chart according to a sixth method of air conditioning operation of the embodiment; schematic flow chart according to a seventh air conditioning operation of a method embodiment; air conditioning operation method of embodiment Example VIII schematic flow;

调运行的方法实施例九的流程示意图; 图10是本发明控制空调运行的方法实施例十的流程示意图; 图11是本发明控制空调运行的装置的最佳实施例的结构示意图。 Flow schematic diagram of nine modulation method of operation; FIG. 10 is a method for controlling air-conditioning operation of the present invention is a schematic flow chart of embodiment Embodiment 10; FIG. 11 is a schematic view of the apparatus of the preferred embodiment of the present invention to control the air conditioning operation.

具体实施方式 Detailed ways

本发明的控制空调运行的方法,是通过自动调节设置空调的设定温度,来达到既满足舒适度要求又满足节能要求的效果,因此,在以下描述中,将本发明的方法称之为舒适节能模式,空调在运行时,可从现有的制冷模式或者制热模式进入本发明的舒适节能模式。 Air-conditioning operation of the control method of the present invention, by automatically adjusting the air conditioner temperature setting, to achieve both comfort requirement and meet the energy requirements in effect, therefore, in the following description, the present invention is a method called comfort saving mode, the air conditioning running, comfortable to enter the power saving mode of the present invention from the existing cooling mode or a heating mode.

当空调接收到进入本发明的舒适节能模式的指令时,首先判断当前空调所处的状态为制冷状态还是制热状态,在下述描述中,针对从制冷状态进入该舒适节能模式、从制热状态进入该舒适节能模式两种情况分别进行说明。 When the air conditioner receives an instruction to enter the power saving mode comfort present invention first determines a current state in which the air conditioning or refrigeration state and heating state, in the following description, for the comfort entering the power saving mode state from the refrigerant, from the heating state comfort enters the power saving mode will be described with two cases.

实施例一: Example One:

如图1所示,是本发明实施例一的流程示意图,在本实施例中,主要针对制冷模式下根据设定的时间段来自动调节空调的设定温度来进行说明。 Schematic diagram of a process embodiment shown in FIG, 1 of the present invention is, in the present embodiment, mainly for the cooling mode to automatically adjust the air conditioner will be described in accordance with a set temperature set period of time.

如图l所示,在该实施例一中,本发明的方法包括步骤: As shown in FIG. L, in this embodiment an embodiment, the method of the present invention comprises the steps of:

步骤S101:空调在制冷运行时接收到进入舒适节能模式的控制信号,进入步骤S102; Step S101: receiving the conditioned control signal to the cooling operation enters a comfortable saving mode, proceeds to step S102;

步骤S102:将空调的设定温度设置为第一制冷温度(相当于第一预定温度),同时,还可以将空调的风速设置为预定制冷风速,随后,空调按照该第一制冷温度(和预定制冷风速)制冷运行; The step S102: The set temperature of air conditioner is set to a first refrigerant temperature (corresponding to a first predetermined temperature), while wind speed can be set to a predetermined air-conditioning cooling speed, then, according to this first air conditioning refrigeration temperature (predetermined cooling wind speed) cooling operation;

步骤S103:判断从将空调的设定温度设置为第一制冷温度时开始,空调的压缩机是否已连续运行了第一制冷设定时间段Sll,若是,进入步骤S104,若否,则继续以当前的设定温度运行,即以该第一制冷温度运行; Step S103: determining the start of the air conditioner is set to a first temperature of from cooling temperature, whether the air conditioning compressor has been continuously running a first cooling period Sll set, if yes, entering step S104, and if not, continue to be the current temperature setting operation, i.e., operation at the first cooling temperature;

步骤S104:将空调的设定温度设置为第二制冷温度(相当于第二预定温度),随后,空调按照该第二制冷温度制冷运行; Step S104: The set temperature of air conditioner is set to a second refrigerant temperature (corresponding to a second predetermined temperature), then the air conditioning operation according to the second refrigerant temperature of the refrigerant;

步骤S105:判断自将空调的设定温度设置为第二制冷温度时开始,空调的压缩机是否已连续运行了第一制冷设定时间段S12,若是,进入步骤S106,若否,则继续以当前的设定温度运行,即继续以第二制冷温度运行; Step S105: determining from the set temperature when the air conditioner is set to the second cooling start temperature, whether the air conditioning compressor has been running continuously cooling a first set time period S12, if yes, entering step S106, and if not, continue to be setting the current operating temperature, i.e., continue to operate in a second cooling temperature;

步骤S106:将空调的设定温度设置为第三制冷温度(相当于第三预定温度),随后,空调按照该第三制冷温度制冷运行; Step S106: The set temperature of the air conditioner set to a third cooling temperature (corresponding to a third predetermined temperature), then the air conditioning operation according to the third refrigerant temperature of the refrigerant;

步骤S107:空调持续按照该第三制冷温度(及预定制冷风速)制冷运行。 Step S107: According to the air conditioning cooling operation continuously third refrigerant temperature (cooling and a predetermined wind speed).

根据本实施例中的方法,由于人体在处于制冷模式下的房间时,在经过一段时间之后,人体已经具有一定的舒适度,从而通过根据空调运行的时间段来自动设置空调的设定温度,既满足了人体舒适度的要求,又达到了节能的效果。 According to the present embodiment of the method, because the human body when in a cooling mode in the room, after a period of time, the human body has a certain degree of comfort, so that by automatically setting air conditioner temperature setting of the air conditioning operation according to the time period, both to meet the requirements of human comfort, but also to achieve energy-saving effect.

此外,在本实施例中,由于是制冷运行,在制冷运行过程中,当设定较低时,室外温差较大,空调需要消耗较多的能量,当设定温度相对较高时,空调所消耗的能量则相对较少,因此,所述第一制冷温度的温度值最低,而第三制冷温度的温度值最高,即第一制冷温度<第二制冷温度<第三制冷温度。 Further, in the present embodiment, since the cooling operation, during the cooling operation, when setting a lower, larger temperature difference between outdoor air conditioning consumes more energy, when the set temperature is relatively high, the air-conditioning energy consumption is relatively small, and therefore, the lowest temperature of the first cooling temperature, and the temperature of the highest temperature of the third refrigerant, a first refrigerant temperature <second cooling temperature <third cooling temperature.

实施例二: Example II:

如图2所示,是本发明实施例二的流程示意图,在本实施例中,主要针对制冷模式下根据设定的房间温度差来自动调节空调的设定温度来进行说明。 2 is a schematic flow chart according to a second embodiment of the present invention, in the present embodiment, mainly for the cooling mode is automatically adjusted according to the room air conditioner setting temperature set by a temperature difference will be described.

在该实施例中,本发明的控制空调运行的方法包括步骤:步骤S201:空调在制冷运行时接收到进入舒适节能模式的控制信号,进入步骤S202; In this embodiment, the method of controlling an air conditioner according to the present invention includes operation steps: Step S201: receiving the conditioned control signal to the cooling operation enters a comfortable saving mode, proceeds to step S202;

步骤S202:将空调的设定温度设置为第一制冷温度,同时,还可以将空调的风速设置为预定制冷风速,同时记录房间当前的室温温度Tll,随后,空调按照该第一制冷温度(和预定制冷风速)制冷运行; Step S202: The set temperature of air conditioner is set to a first cooling temperature, at the same time, wind speed may also be set to a predetermined air-conditioning cooling speed, while the recorded current room temperature Tll room temperature, then the air conditioner according to a first refrigerant temperature (and Winds predetermined cooling) cooling operation;

步骤S203:检测房间的室温温度T,判断从将空调的设定温度设置为第一制冷温度时开始,房间的室温温度T相对于Tll而言,室温温度是否已下降了第一制冷温度差值ATll,即是否满足T11-T〉二AT11,若是,进入步骤S204, 若否,则继续以当前的设定温度运行,即继续以第一制冷温度运行; Step S203: detecting the temperature T of the room temperature, determines the start of the air conditioner temperature setting is set to a first cooling temperature from the room temperature T of the room with respect to Tll, the room temperature has been dropped by the first refrigerant temperature difference ATLL, i.e. meets T11-T> two AT11, if yes, entering step S204, and if not, continues with the current set operating temperature, i.e., continue to operate in a first cooling temperature;

步骤S204:将空调的设定温度设置为第二制冷温度,同时记录房间当前的室温温度T12,随后,空调按照该第二制冷温度制冷运4亍; Step S204: The set temperature of air conditioner is set to the second cooling temperature, the current room temperature while recording temperature T12, then, in accordance with the second air-conditioning refrigeration temperature cooling operation right foot 4;

步骤S205:检测房间的室温温度T,判断自将空调的设定温度设置为第二制冷温度时开始,房间的室温温度T相对于T12而言,室温温度是否已下降了第二制冷温度差值AT12,即是否满足T2-T>=AT12,若是,进入步骤S206, 若否,则继续以当前的设定温度运行,即继续以第二制冷温度运行; Step S205: detecting the temperature T of the room temperature, is determined from the start when the temperature of the air conditioner is set to a second set cooling temperature, the room temperature of the room with respect to the T T12, whether room temperature has dropped a second refrigerant temperature difference AT12, i.e., satisfies T2-T> = AT12, if yes, entering step S206, and if not, continues with the current set operating temperature, i.e., continue to operate in a second cooling temperature;

步骤S206:将空调的设定温度设置为第三制冷温度,随后,空调按照该第三制冷温度制冷运行; Step S206: The set temperature of air conditioner is set to a third cooling temperature, then the air conditioning operation according to the third refrigerant temperature of the refrigerant;

步骤S207:空调持续按照该第三制冷温度(及预定制冷风速)制冷运行。 Step S207: According to the air conditioning cooling operation continuously third refrigerant temperature (cooling and a predetermined wind speed).

根据本实施例中的方法,由于在处于制冷操作状态时,尤其是将空调的设定温度设置得较低时,房间的室温温度会由于制冷操作的运行已经发生了改变,使人体已经具有一定的舒适度,从而通过根据房间的室温温度相对于上次改变设定温度时的变化量来自动设置空调的设定温度,既满足了人体舒适度的要求,又达到了节能的效果。 According to the present embodiment of the method, since when in the cooling operation state, especially when the air conditioner setting temperature set lower, the temperature of the room temperature due to the operation of the cooling operation has changed, so that the body has a certain comfort, so that the room temperature by the room temperature change amount with respect to the previous change in setting temperature of the air conditioner is automatically set temperature, both to meet the requirements of human comfort, but also to achieve energy saving effect.

本实施例中的其他技术特征与实施例一中的相同,在此不予赘述。 Other technical features of the present embodiment is the same as the embodiment example 1, detailed descriptions are omitted.

实施例三: Example III:

如图3所示,是本发明实施例三的流程示意图,在本实施例中,主要针对制冷模式下同时根据设定的时间段以及设定的房间温度差来自动调节空调的i殳定温度来进行说明。 3 is a schematic flow chart according to a third embodiment of the present invention, in the present embodiment, mainly for the cooling mode while the difference i Shu self-adjusting air temperature in accordance with a given set period of time and a room temperature setting to be explained.

如图3所示,在本实施例中,本发明的控制空调运行的方法包括步骤: 3, in the present embodiment, the control operation of the air conditioning method of the invention comprises the steps of:

步骤S301:空调在制冷运行时接收到进入舒适节能模式的控制信号,进入步骤S302; Step S301: receiving the conditioned control signal to the cooling operation enters a comfortable saving mode proceeds to step S302;

步骤S302:将空调的设定温度设置为第一制冷温度,同时,还可以将空调的风速设置为预定制冷风速,同时记录房间当前的室温温度Tll,随后,空调按照该第一制冷温度(和预定制冷风速)制冷运行; Step S302: The set temperature of air conditioner is set to a first cooling temperature, at the same time, wind speed may also be set to a predetermined air-conditioning cooling speed, while the recorded current room temperature Tll room temperature, then the air conditioner according to a first refrigerant temperature (and Winds predetermined cooling) cooling operation;

步骤S303:判断从将空调的设定温度设置为第一制冷温度时开始,空调的压缩机是否已连续运行了第一制冷设定时间段Sll,或者房间当前的室温温度T相对于T11而言,室温温度是否已下降了第一制冷温度差值ATll,即是否满足T11-T>=AT11,当满足上述两个条件中的任意一个时,进入步骤S304,若否,则继续以当前的设定温度运行,即继续以第一制冷温度运行; Step S303: determining the start of the air conditioner is set to a first temperature of from cooling temperature, air conditioning compressor has been running continuously cooling a first set time period Sll, the current room temperature or the room temperature T relative terms T11 , whether the room temperature has dropped ATLL first refrigerant temperature difference, i.e. meets T11-T> = AT11, when a condition is satisfied in either of the two, the process proceeds step S304, the if no, continue the current provided predetermined operating temperature, i.e., continue to operate in a first cooling temperature;

步骤S304:将空调的设定温度设置为第二制冷温度,同时记录房间当前的室温温度T12,随后,空调按照该第二制冷温度制冷运行; Step S304: The set temperature of air conditioner is set to the second cooling temperature, the current room temperature while recording temperature T12, then, the air conditioning operation according to a second refrigerant temperature of the refrigerant;

步骤S305:判断从将空调的设定温度设置为第二制冷温度时开始,空调的压缩机是否已连续运行了第二制冷设定时间段S12,或者房间当前的室温温度T相对于T12而言,室温温度是否已下降了第二制冷温度差值AT12,即是否满足T12-T>=AT12,当满足上述两个条件中的任意一个时,进入步骤S306,若否,则继续以当前的设定温度运行,即继续以第二制冷温度运行; Step S305: determining the start of air conditioner is set to the second set temperature from the cooling temperature, air conditioning compressor has been running continuously cooling a second set time period S12, the current room temperature or the room temperature T relative terms T12 , whether the room temperature has fallen AT12 second refrigerant temperature difference, i.e., whether the T12-T> = AT12 satisfied, when a condition is satisfied in either of the two, the process proceeds step S306, the if no, continue the current provided predetermined operating temperature, i.e., continue to operate in a second cooling temperature;

步骤S306:将空调的设定温度设置为第三制冷温度,随后,空调按照该第三制冷温度制冷运行; Step S306: The set temperature of air conditioner is set to a third cooling temperature, then the air conditioning operation according to the third refrigerant temperature of the refrigerant;

步骤S307:空调持续按照该第三制冷温度(及预定制冷风速)制冷运行。 Step S307: According to the air conditioning cooling operation continuously third refrigerant temperature (cooling and a predetermined wind speed).

根据本实施例中的方法,由于在处于制冷操作状态时,尤其是将空调的设定温度设置得较低时,房间的室温温度会由于制冷操作的运行已经发生了改变,使人体已经具有一定的舒适度,此外,在经过一定的时间段的运行之后,人体也会具有一定的舒适度,从而通过同时对空调运行的时间段、以及房间的室温温度相对于上次改变设定温度时的变化量,来自动设置空调的设定温度, 既满足了人体舒适度的要求,又达到了节能的效果。 According to the present embodiment of the method, since when in the cooling operation state, especially when the air conditioner setting temperature set lower, the temperature of the room temperature due to the operation of the cooling operation has changed, so that the body has a certain comfort, in addition, after a certain running period, the body also has a certain degree of comfort, so that by the simultaneous operation of the air-conditioning period, and the room temperature of the room when the last change to the set temperature the amount of change, to automatically set the air conditioner setting temperature, both to meet the requirements of human comfort, but also to achieve energy-saving effect.

本实施例中的其他技术特征与实施例一中的相同,在此不予赘述。 Other technical features of the present embodiment is the same as the embodiment example 1, detailed descriptions are omitted.

实施例四: Example IV:

如图4所示,是本发明实施例四的流程示意图,在本实施例中,与实施例三的不同之处主要在于,增加了在对进入舒适节能模式之前空调的压缩机是否出现过到达温度点停机的判断过程,在空调出现过达到温度点自动停机的情况下,本发明的舒适节能过程与实施例三中的不尽相同。 4 is a schematic flow chart according to a fourth embodiment of the present invention, in the present embodiment differs from the third embodiment of mainly, whether the increase appeared in prior to entering the power saving mode and comfortable air-conditioning compressor reaches temperature shutdown determination process point, occurred when the temperature reaches the point that automatically stops the air conditioner, comfort and energy saving process of the present invention in three embodiments of different embodiments.

在本实施例中,本发明的控制空调运行的方法包括步骤: In the present embodiment, the air-conditioning operation control method of the present invention comprises the steps of:

步骤S401:空调在制冷运行时接收到进入舒适节能模式的控制信号,进入步骤S402; Step S401: receiving the conditioned control signal to the cooling operation enters a comfortable saving mode, proceeds to step S402;

步骤S402:判断在接收到该进入舒适节能模式的控制信号之前,空调的压缩机是否出现过到达温度点停机的情况(包括各种保护停机),若是,进入步骤S403,若否,则按照实施例三中对应的后续步骤进行; Step S402: determination prior to receiving the control signal enters the power saving mode and comfortable air conditioning compressor if the temperature reaches the point where there have been shut down (including protection shutdown), if yes, entering step S403, the if no, according to the embodiment Example III corresponds to a subsequent step;

步骤S403:判断空调当前的设定温度是不是大于或者等于所述第三制冷温度,若是,进入步骤S404,若否,则进入步骤S405; Step S403: determining the current air-conditioning set temperature is not greater than or equal to the third cooling temperature, if yes, entering step S404, the if not, the process proceeds to step S405;

步骤S404:将空调的设定温度设置为第三制冷温度,控制空调按照该第三制冷温度制冷运行; Step S404: The set temperature of air conditioner is set to a third cooling temperature, controlling the air-conditioning operation in accordance with the third refrigerant temperature of the refrigerant;

步骤S405:将空调的设定温度设置为第一制冷温度,并记录当前房间的室温温度T13,进入步骤S406; Step S405: The set temperature of air conditioner is set to a first cooling temperature and recording the current temperature of the room temperature T13, proceeds to step S406;

步骤S406:判断自设置设定温度时开始,空调的压缩机是否已经连续运行了第三制冷设定时间段,或者房间的室温温度相对于T13的下降值是不是大于或者等于第四制冷温度差值AT14,当满足上述条件中的任意一个时,进入步骤S407,若否,则继续以当前的设定温度运行; Step S406: setting a set temperature is determined from the start, the air conditioner compressor is running consecutive third refrigerant temperature room set period of time or lowered with respect to the room value T13 is not greater than or equal to the fourth cooling temperature difference AT14 value, a time when any of the above conditions satisfied, the process proceeds step S407, and if not, continue to operate in the current setting temperature;

步骤S407:将所述空调的设定温度自动增大第三制冷温度差值,且增大后的温度值小于或者等于所述第三制冷温度; Step S407: The temperature of the air conditioner temperature setting is automatically increased third refrigerant temperature difference, and increase the value is less than or equal to the third cooling temperature;

此后,持续执行上述步骤S406至S407,直到设定温度不能再增大为止, 当增大后的温度达到第三制冷温度时,持续以第三制冷温度运行,直至关机时为止。 Thereafter, continuing the above steps S406 to S407, until the set temperature can not be increased so far, when the temperature is increased to reach the third cooling temperature, running at a third cooling temperature, until shutdown.

根据本实施例中的方法,其在接收到进入舒适节能模式的控制指令时,首先对压缩才几的工作状态进行判断,从而可以才艮据压缩机的工作状况来适度改变空调的设定温度,可以达到保护压缩机的效果。 According to the present embodiment of the method, upon receiving a control instruction to enter the power saving mode comfortable, only a few of the compressed first working status determination, it can be Gen according to operating conditions of the compressor of the air conditioner temperature setting modest changes , can achieve the effect of the protection of the compressor.

本实施例中的其他技术特征与实施例三相同,在此不予赘述。 Other technical features of the present embodiment is the same as the embodiment according to a third embodiment, not described herein.

实施例五: Example Five:

如图5所示,是本发明实施例五的流程示意图,在本实施例中,与实施例三的不同之处主要在于,增加了在本发明的舒适节能模式运行过程中出现了到达温度点停机之后的处理过程。 5 is a schematic flow diagram according to a fifth embodiment of the present invention, in the present embodiment, different from the embodiment that three main embodiment, there has been increased the temperature reaches the point in the process of saving the comfort mode of the present invention after the shutdown process.

在本实施例中,本发明的控制空调运行的方法包括步骤: In the present embodiment, the air-conditioning operation control method of the present invention comprises the steps of:

步骤S501:空调在接收到进入舒适节能模式之后,在舒适节能模式下面运行,其运行方式可以是上述实施例中的任意一种方式; Step S501: After receiving the air-conditioned comfort to enter power saving mode, the following operation comfort saving mode, its operation mode may be any mode of the above embodiment;

步骤S502:判断在该舒适节能模式运行过程中,是否出现过空调的压缩机到达温度点停机的现象,包括各种保护停机的情况,若是,进入步骤S503,若否,则继续以当前的设定温度运4亍; Step S502: judging comfort during the energy-saving mode operation, whether there had been air-conditioning compressor temperature reaches the point of stopping the phenomenon, including the protection of downtime, and if so, proceed to step S503, and if not, continue with the current settings 4 transport right foot predetermined temperature;

步骤S503:将空调的设定温度设定为退出舒适节能模式时的设定温度,即压缩机停止工作时的设定温度,进入步骤S504; Step S503: The air conditioning temperature setting is set to set the temperature at a comfortable exit power saving mode, that is, the set temperature compressor stops working, proceed to step S504;

步骤S504:判断自停机之后再次开机时开始、或者自开机之后某一次设置设定温度时开始,空调的压缩机是否已经连续运行了第三制冷设定时间段,或者房间的室温温度相对于上一次设定设置温度时的室温的下降值是不是大于或者等于第四制冷温度差值AT14,当满足上述条件中的任意一个时,进入步骤S505j Step S504: After determining start of shutdown from the start again or setting time since the start of a boot, the air conditioner compressor is running consecutive third refrigerant set temperature set time period, or room temperature of the room with respect to the a room temperature set value is decreased when the set temperature is not greater than or equal to the fourth cooling temperature difference AT14, a is satisfied when any of the above conditions, proceeds to step S505j

步骤S505:将所述空调的设定温度自动增大第三制冷温度差值,且增大后的温_度值小于或者等于所述第三制冷温,变; Step S505: _ the temperature of the air conditioner temperature setting is automatically increased temperature difference between the third refrigerant, and increasing the value is less than or equal to the third cooling temperature, variable;

此后,持续执行上述步骤S504至S505,直到设定温度不能再增大为止, 当增大后的温度达到第三制冷温度时,持续以该第三制冷温度运行,直至关机。 Thereafter, continuing the above steps S504 to S505, until the set temperature can not be increased so far, when the temperature is increased to reach the third cooling temperature, running at the third cooling temperature, until shutdown.

例如,空调在接收到进入舒适节能模式的信号时,如果在接收到该信号之前空调没有发生过停机的情况,则将空调的设定温度设置为上述第一制冷温度,并记录当前的室温温度Tll,如果此时空调的压缩机发生了停机的现象, 则再次开机时,则将空调的设定温度设置为压缩机停机时的设定温度,即第一制冷温度,并自开机时开始计时,并随时将当前的房间温度与Tll进行比较, 当压缩机累计运行时间达到预定第三制冷时间段或者相对于T11相比房间温度下降了第四制冷温度差值时,则将空调的设定温度自动增大第三制冷温度差值,并记录当前的房间室温温度,自改变设定温度时开始,再重新开始计时; For example, upon receiving a signal conditioning comfort entering the power saving mode, if before receiving the stop signal conditioning case had not occurred, then the air-conditioning set temperature of the first refrigerant set temperature, and record the current room temperature Tll, if this time the air conditioner compressor downtime phenomenon occurs when the boot again, the set temperature of the air conditioning temperature setting will set the compressor stops, that is the first refrigeration temperature, and start counting from boot , and to keep the current room temperature is compared with Tll, when the compressor is set accumulated running time reaches a predetermined period of time or when the third refrigerant T11 compared to the room temperature lowered with respect to the fourth cooling temperature difference, then the air-conditioning third refrigerant temperature automatically increases the temperature difference, and records the current temperature of the room temperature from the set temperature starts to change, then restart timing;

此夕卜,当空调在以第二制冷温度进行节能模式运行发生了停机现象时,由于在将设定温度设置为第二制冷温度时记录了当时的室温温度T12再次开机时,则将空调的设定温度设置为压缩机停机时的设定温度,即第二制冷温度, 并自开机时开始计时,并随时将当前的房间温度与压缩机停机之前、设置设定温度为第二制冷温度时的室温T12进行比较,当压缩机累计运行时间达到预定第三制冷时间段或者相对于T12相比房间温度上升了第四制冷温度差值时,则将空调的设定温度自动增大第三制冷温度差值,并记录当前的房间室温温度, 自改变设定温度时开始,再重新开始计时。 Bu this evening, the downtime when the air conditioner occurs in the refrigerant temperature at the second saving mode, since the recording time of the time when the room temperature is set to the second setting temperature T12 refrigerant temperature on again, then the air-conditioning setting a set temperature set at a temperature compressor is stopped, i.e., the second cooling temperature, and boot from the start time, and at any time prior to the current room temperature and the compressor is stopped, the temperature is set to a second set cooling temperature comparing the temperature T12, the compressor when the accumulated operation time reaches a predetermined period of time or when the third refrigerant T12 compared to the room temperature has increased with respect to a fourth cooling temperature difference, then the air-conditioning set temperature automatically increases the third refrigerant the temperature difference, and records the current temperature of the room temperature from the set temperature starts to change, then starts counting again.

从而,根据本实施例中的方法,其根据本发明的舒适节能模式运行时,可能会出现空调的压缩机保护停机的现象,此时,在再次开机时,可直接将在压缩机退出工作时的设定温度设置为空调的设定温度,而不需要再次从第一制冷温度开始从新调整,可以节省所消耗的能源。 Therefore, when the embodiment according to the present embodiment of the method, which operates according to the present invention comfort saving mode, the air conditioner compressor may occur protection shutdown phenomenon, at this time, the boot again, can work directly exits the compressor air-conditioning set temperature to a set temperature, without the need to readjust again starts from the first cooling temperature, you can save energy consumed.

本实施例中的其他技术特征与实施例三相同,在此不予赘述。 Other technical features of the present embodiment is the same as the embodiment according to a third embodiment, not described herein.

实施例六: Example VI:

如图6所示,是本发明实施例六的流程示意图,在本实施例中,主要针对制热模式下根据设定的时间段来自动调节空调的设定温度来进行说明,包括步聰. 6 is a schematic flow chart according to a sixth embodiment of the present invention, in the present embodiment, mainly for the heating mode to automatically adjust the air conditioner will be described in accordance with a set temperature set period of time, comprising steps Cong.

步骤S601:空调在制热运行时接收到进入舒适节能模式的控制信号,进入步骤S602; Step S601: air conditioning during heating operation when receiving the control signal enters the power saving mode comfortable proceeds to step S602;

步骤S602:将空调的设定温度设置为第一制热温度(相当于第一预定温度),同时,还可以将空调的风速设置为预定制热风速,随后,空调按照该第一制热温度(和预定制热风速)制热运行; Step S602: The set temperature of air conditioner is set to a first heating temperature (corresponding to a first predetermined temperature), while wind speed can be set to a predetermined air-conditioning and heating speed, then, according to the air conditioner of the first heating temperature (wind speed and the predetermined heating) the heating operation;

步骤S603:判断从将空调的设定温度设置为第一制热温度时开始,空调的压缩机是否已连续运行了第一制热设定时间段S21,若是,进入步骤S604,若否,则继续以当前的设定温度运行,即继续以第一制热温度运行; Step S603: the air conditioner is determined from the set temperature to a first heating start temperature, the air conditioning compressor has been operating continuously for a first set heating period S21, if yes, entering step S604, the if not, continue to run at the current set temperature, i.e., continue to operate in a first heating temperature;

步骤S604:将空调的设定温度设置为第二制热温度(相当于第二预定温度),随后,空调按照该第二制热温度制热运行; Step S604: The set temperature of air conditioner is set to a second heating temperature (corresponding to a second predetermined temperature), then the air conditioning operation according to the heating temperature of the second heating;

步骤S605:判断自将空调的设定温度设置为第二制热温度时开始,空调的压缩机是否已连续运行了第一制热设定时间段S22,若是,进入步骤S606,若否,则继续以当前的设定温度运行,即继续以第二制热温度运行; Step S605: When the air conditioner is determined from the set temperature of the second heating temperature is set to start, if the air conditioning compressor has been operating continuously for a first set heating period S22, if yes, entering step S606, the if not, continue to run at the current set temperature, i.e., continue to operate in a second heating temperature;

步骤S606:将空调的设定温度设置为第三制热温度(相当于第三预定温度),随后,空调按照该第三制热温度制热运行; Step S606: the air conditioner set to a third set temperature of the heating temperature (corresponding to a third predetermined temperature), then, according to the air conditioning heat operating temperature of the third heating system;

步骤S607:空调持续按照该笫三制热温度(及预定制热风速)制热运行。 Step S607: According to the air conditioner runs continuously Zi three heating temperature (heating and predetermined wind speed) heating.

根据本实施例中的方法,由于人体在处于制热模式下的房间时,在经过一段时间之后,人体已经具有一定的舒适度,从而通过根据空调运行的时间段来自动设置空调的设定温度,既满足了人体舒适度的要求,又达到了节能的效果。 According to the method of the present embodiment, due to the human body in the room heating mode, after a period of time, the human body has a certain degree of comfort, so that by automatically setting air conditioner temperature setting of the air conditioning operation according to the time period not only meet the requirements of human comfort, but also to achieve energy-saving effect.

此外,在本实施例中,由于是制热运行,在制热运行过程中,当设定温度较高时,室外温差较大,空调需要消耗较多的能量,当设定温度相对较低时, 空调所消耗的能量则相对较少,因此,所述第一制热温度的温度值最高,而第三制热温度的温度值最低,即第一制热温度>第二制热温度>第三制热温度。 Further, in the present embodiment, since the heating operation, during the heating operation, when the set temperature is higher, a larger temperature difference between the outdoor air conditioning consumes more energy, when the set temperature is relatively low , air-conditioning energy consumption is relatively small, and therefore, the temperature of the highest temperature first heating value, the heating temperature and the third temperature is the lowest value, i.e., a first heating temperature> temperature of the second heating> the three heating temperature.

实施例七: Example seven:

如图7所示,是本发明实施例七的流程示意图,在本实施例中,主要针对制热模式下才艮据i殳定的房间温,度差来自动调节空调的设定温,变来进^f亍i《明。 7 is a schematic flow chart according to a seventh embodiment of the present invention, in the present embodiment, mainly for the heating mode only data i Shu Gen given room temperature, poor self-adjusting air to the set temperature, variation into the right foot to ^ f i "out.

在该实施例中,本发明的控制空调运行的方法包括步骤: In this embodiment, the air-conditioning operation control method of the present invention comprises the steps of:

步骤S701:空调在制热运行时接收到进入舒适节能模式的控制信号,进入步骤S702; Step S701: air conditioning during heating operation when receiving the control signal enters the power saving mode comfortable proceeds to step S702;

步骤S702:将空调的设定温度设置为第一制热温度,同时,还可以将空调的风速设置为预定制热风速,同时记录房间当前的室温温度T21,随后,空调按照该第一制热温度(和预定制热风速)制热运行; Step S702: The set temperature of air conditioner is set to a first heating temperature, while wind speed can be set to a predetermined air-conditioning heating speed, while recording the current room temperature T21 of the room, then, in accordance with the first air conditioning heating temperature (heating and predetermined wind speed) the heating operation;

步骤S703:检测房间的室温温度T,判断从将空调的设定温度设置为第一制热温度时开始,房间的室温温度T相对于T21而言,室温温度是否已升高了第一制热温度差值AT21,即是否满足T-T21〉-AT21,若是,进入步骤S704, 若否,则继续以当前的设定温度运行,即继续以第一制热温度运行; Step S703: detecting the temperature T of the room temperature, is determined from the start of the air conditioner temperature setting is set to a first heating temperature, the room temperature T of the room with respect to the T21 of, the room temperature has been raised a first heating AT21 the temperature difference, i.e. meets T-T21> -AT21, if yes, entering step S704, and if not, continues with the current set operating temperature, i.e., continue to operate in a first heating temperature;

步骤S704:将空调的设定温度设置为第二制.热温度,同时记录房间当前的室温温度T22,随后,空调按照该第二制热温度制热运行; Step S704: The set temperature of air conditioner is set to a second heating temperature while recording the current room temperature room temperature T22, then, the air conditioning operation according to the heating temperature of the second heating;.

步骤S705:检测房间的室温温度T,判断自将空调的设定温度设置为第二制热温度时开始,房间的室温温度T相对于T22而言,室温温度是否已升高了第二温度差值AT22,即是否满足T-T22〉-AT22,若是,进入步骤S706,若否, 则继续以当前的设定温度运行,即继续以第二制热温度运行; Step S705: detecting the temperature T of the room temperature, since the start is determined when the air conditioner is set to the second set temperature the heating temperature, room temperature T of the room with respect to the T22, the room temperature has been elevated second temperature difference AT22 value, i.e. meets T-T22> -AT22, if yes, entering step S706, the if no, continue with the current set operating temperature, i.e., continue to operate in a second heating temperature;

步骤S706:将空调的设定温度设置为第三制热温度,随后,空调按照该第三制热温度制热运行; Step S706: the air conditioner set to a third set temperature of the heating temperature, then the temperature of the heat air-conditioning operation in accordance with the third heating system;

步骤S707:空调持续按照该第三制热温度(及预定制热风速)制热运行。 Step S707: According to the third air conditioning run continuously heating temperature (heating and predetermined wind speed) heating.

根据本实施例中的方法,由于在处于制热操作状态时,尤其是将空调的设定温度设置得较高时,房间的室温温度会由于制热操作的运行已经发生了改变,使人体已经具有一定的舒适度,从而通过根据房间的室温温度相对于上次改变设定温度时的室温温度的变化量来自动设置空调的设定温度,既满足了人体舒适度的要求,又达到了节能的效果。 According to the present embodiment of the method, since, when in the heating operation state, especially when the air conditioner set temperature set higher, the temperature of the room temperature due to the heating operation of the operation has changed, so that the body has with a certain comfort, so that by automatically setting air conditioner temperature setting with respect to the amount of change in room temperature during the last change the set temperature according to room temperature of the room, not only meet the requirements of human comfort, but also to achieve energy saving Effect.

本实施例中的其他技术特征与实施例六中的相同,在此不予赘述。 Other technical features of the present embodiment six in the same embodiment, not described herein. 实施例八: Example Eight:

如图8所示,是本发明实施例八的流程示意图,在本实施例中,主要针对制热模式下同时根据设定的时间段以及设定的房间温度差来自动调节空调的设定温度来进行说明。 8 is a schematic flow diagram of Embodiment 8 of the present invention, in the present embodiment, while mainly for air conditioner according to automatically adjust the set time period, and the difference between the room temperature set in the heating mode set temperature to be explained.

如图8所示,在本实施例中,本发明的控制空调运行的方法包括步骤: As shown, in the present embodiment, the air-conditioning operation of the control method of the invention comprises Step 8:

步骤S801:空调在制热运行时接收到进入舒适节能模式的控制信号,进入步骤S802; Step S801: air conditioning during heating operation when receiving the control signal enters the power saving mode comfortable proceeds to step S802;

步骤S802:将空调的设定温度设置为第一制热温度,同时,还可以将空调的风速设置为预定制热风速,同时记录房间当前的室温温度T21,随后,空调按照该第一制热温度(和预定制热风速)制热运行; Step S802: The set temperature of air conditioner is set to a first heating temperature, while wind speed can be set to a predetermined air-conditioning heating speed, while recording the current room temperature T21 of the room, then, in accordance with the first air conditioning heating temperature (heating and predetermined wind speed) the heating operation;

步骤S803:判断从将空调的设定温度设置为第一制热温度时开始,空调的压缩机是否已连续运行了第一制热设定时间段S21 ,或者房间当前的室温温度T相对于T21而言,室温温度是否已升高了第一制热温度差值AT21,即是否满足T-T21〉-AT21,当满足上述两个条件中的任意一个时,进入步骤S804,若否,则继续以当前的设定温度运行,即继续以第一制热温度运行; Step S803: the air conditioner is determined from the set temperature to a first heating start temperature, the air conditioning compressor has been operating continuously for a first set heating period S21, the current room temperature or the room temperature T with respect to the T21 For, if the room temperature has risen a first heating temperature difference AT21, i.e. meets T-T21> -AT21, when a condition is satisfied in either of the two, the process proceeds step S804, the if no, continue setting the current operating temperature, i.e., continue to operate in a first heating temperature;

步骤S804:将空调的设定温度设置为第二制热温度,同时记录房间当前的室温温度T22,随后,空调按照该第二制热温度制热运行; Step S804: The set temperature of air conditioner is set to a second heating temperature while recording the current room temperature room temperature T22, then, the air conditioning operation according to a heating temperature of the second heating;

步骤S805:判断从将空调的设定温度设置为第二制热温度时开始,空调的压缩机是否已连续运行了第二制热设定时间段S22,或者房间当前的室温温度T相对于T22而言,室温温度是否已升高了第二温度差值AT22,即是否满足T-T22>=AT22,当满足上述两个条件中的任意一个时,进入步骤S806,若否, 则继续以当前的设定温度运行,即继续以第二制热温度运行; Step S805: the air conditioner is determined from the set temperature of the second heating temperature is set to start, the air conditioner compressor has been operating continuously for a second set heating period S22, the current room temperature or the room temperature T with respect to the T22 For, if the room temperature has risen AT22 second temperature difference, i.e. meets T-T22> = AT22, when a condition is satisfied in either of the two, the process proceeds step S806, the if no, continue the current setting operating temperature, i.e., continue to operate in a second heating temperature;

步骤S806:将空调的设定温度设置为第三制热温度,随后,空调按照该第三制热温度制热运行; Step S806: the air conditioner set to a third set temperature of the heating temperature, then the temperature of the heat air-conditioning operation in accordance with the third heating system;

步骤S807:空调持续按照该第三制热温度(及预定制热风速)制热运行。 Step S807: According to the third air conditioning run continuously heating temperature (heating and predetermined wind speed) heating.

根据本实施例中的方法,由于在处于制热操作状态时,尤其是将空调的设定温度设置得较高时,房间的室温温度会由于制热操作的运行已经发生了改变,使人体已经具有一定的舒适度,此外,在经过一定的时间段的运行之后, 人体也会具有一定的舒适度,从而通过同时对空调运行的时间段、以及房间的室温温度相对于上次改变设定温度时的变化量,来自动设置空调的设定温度, 既满足了人体舒适度的要求,又达到了节能的效果。 According to the present embodiment of the method, since, when in the heating operation state, especially when the air conditioner set temperature set higher, the temperature of the room temperature due to the heating operation of the operation has changed, so that the body has with a certain comfort, in addition, after a certain running period, the body also has a certain degree of comfort, so that by the simultaneous operation of the air-conditioning periods, the room temperature and room relative to the last change of the set temperature when the amount of change to automatically set the air conditioner setting temperature, both to meet the requirements of human comfort, but also to achieve energy-saving effect.

本实施例中的其他技术特征与实施例六中的相同,在此不予赘述。 Other technical features of the present embodiment six in the same embodiment, not described herein.

实施例九: Embodiment 9:

如图9所示,是本发明实施例九的流程示意图,在本实施例中,与实施例八的不同之处主要在于,增加了在对进入舒适节能模式之前空调的压缩机是否出现过到达温度点停机的判断过程,在空调出现过达到温度点自动停机的情况下,本发明的舒适节能过程与实施例八中的不尽相同。 9 is a schematic flow chart according to a ninth embodiment of the present invention, in the present embodiment, different from Embodiment 8 mainly, an increase of whether there have been before entering the power saving mode comfortable air-conditioning compressor reaches temperature shutdown determination process point, occurred when the temperature reaches the point that automatically stops the air conditioner, the process of the present invention is comfortable and energy with different embodiments of eight.

在本实施例中,本发明的控制空调运行的方法包括步骤: In the present embodiment, the air-conditioning operation control method of the present invention comprises the steps of:

步骤S卯1:空调在制热运行时接收到进入舒适节能模式的控制信号,进入步骤S902; Step S 1 d: conditioning during heating operation when receiving the control signal enters the power saving mode comfortable proceeds to step S902;

步骤S902:判断在接收到该进入舒适节能模式的控制信号之前,空调的压缩机是否出现过到达温度点停机的情况(包括各种保护停机),若是,进入步骤S卯3,若否,则按照实施例八中对应的后续步骤进行; Step S902: determination prior to receiving the control signal enters the power saving mode and comfortable air conditioning compressor if the temperature reaches the point where there have been shut down (including protection shutdown), if yes, proceeds to step S 3 d, if not, subsequent steps follow eight embodiment corresponding embodiment;

步骤S903:判断空调当前的设定温度是不是小于或者等于所述第三制热温度,若是,进入步骤S904,若否,则进入步骤S905; Step S903: determining the current air-conditioning set temperature is not less than or equal to the third heating temperature, and if yes, entering step S904, the if not, the process proceeds to step S905;

步骤S卯4:将空调的设定温度设置为第三制热温度,控制空调按照该第三制热温度制热运行; D Step S 4: The air-conditioning temperature is set to a third set temperature of the heating, air-conditioning operation control in accordance with the heating temperature of the third heating;

步骤S卯5:将空调的设定温度设置为第一制热温度,并记录当前房间的室温温度T23,进入步骤S906; D Step S 5: The air-conditioning set temperature to a first heating temperature, room temperature and recording the current room T23, proceeds to step S906;

步骤S906:判断自上一次设置设定温度时开始,空调的压缩机是否已经连续运行了第三制热设定时间段,或者房间的室温温度相对于T23的升高值是否大于或者等于第四制热温度差值AT24,当满足上述条件中的任意一个时,进入步骤S卯7,若否,则继续以当前的设定温度运行; Step S906: determining when a set temperature is provided since the air conditioning compressor has run continuously whether the third set heating period, the room temperature or a temperature elevated with respect to the value of T23 is greater than or equal to the fourth AT24 heating temperature difference, a is satisfied when any of the above conditions, proceeds to step S 7 d, if not, continues to operate at the current setting temperature;

步骤S907:将所述空调的设定温度自动减小第三制热温度差值,且减小后的温度值大于或者等于所述第三制热温度; Step S907: The temperature of the air conditioner set temperature of the temperature difference is automatically reduced thermal third braking, and reducing the third greater than or equal to the heating temperature;

此后,持续执行上述步骤S906至S卯7,直到设定温度不能再减小为止, 当减小后的温度达到第三制热温度时,持续以第三制热温度运行,直至关机时为止。 Thereafter, the above-described step S906 to continuously execute S d 7, until the set temperature can not be reduced so far, when the temperature decreases after the heating temperature reaches a third, running at a third heating temperature, until shutdown.

根据本实施例中的方法,其在接收到进入舒适节能模式的控制指令时,首先对压缩机的工作状态进行判断,从而可以根据压缩机的工作状况来适度改变空调的设定温度,可以达到保护压缩机的效果。 According to the present embodiment of the method, upon receiving a control instruction to enter the power saving mode comfort, firstly judge the operating state of the compressor, whereby the air conditioner can be appropriately change the set temperature according to the operating conditions of the compressor can be achieved the protective effect of the compressor.

本实施例中的其他技术特征与实施例八相同,在此不予赘述。 Other technical features of the present embodiment is the same as in Example eighth embodiment, not described herein.

实施例十: Example Ten:

如图10所示,是本发明实施例十的流程示意图,在本实施例中,与实施例八的不同之处主要在于,增加了在本发明的舒适节能模式运行过程中出现了到达温度点停机之后的处理过程。 10, Embodiment 10 is a flow diagram of the embodiment of the present invention, in the present embodiment, different from Embodiment 8 in that the main, there has been increased the temperature reaches the point in the process of saving the comfort mode of the present invention after the shutdown process.

在本实施例中,本发明的控制空调运行的方法包括步骤: In the present embodiment, the air-conditioning operation control method of the present invention comprises the steps of:

步骤S1001:空调在接收到进入舒适节能模式之后,在舒适节能模式下面运行,其运行方式可以是上述实施例中的任意一种方式; Step S1001: After receiving the air-conditioned comfort to enter power saving mode, the following operation comfort saving mode, its operation mode may be any mode of the above embodiment;

步骤S1002:判断在该舒适节能模式运行过程中,是否出现过空调的压缩机到达温度点停机的现象,包括各种保护停机的情况,若是,进入步骤S1003, 若否,则继续以当前的设定温度运行; Step S1002: judgment in the process of saving the comfort mode operation, whether there had been air-conditioning compressor temperature reaches the point of stopping the phenomenon, including the protection of downtime, and if so, proceed to step S1003, and if not, continue with the current settings predetermined operating temperature;

步骤S1003:将空调的设定温度设定为退出舒适节能^=莫式时的设定温度, 即压缩机停止工作时的设定温度,进入步骤S1004; Step S1003: The air conditioning temperature setting is set to exit the power-saving mode comfort when Mohs temperature = ^, namely the set temperature compressor stops working, proceed to step S1004;

步骤S1004:判断自自停机之后再次开机开始、或者开机之后的某一次设置设定温度时开始,空调的压缩机是否已经连续运行了第三制热设定时间段, 或者房间的室温温度相对于上一次设置空调设定温度时的室温的升高值是不是大于或者等于第四制热温度差值AT24,当满足上述条件中的任意一个时,进入步骤S1005,若否,则继续以当前的设定温度运行; Step S1004: Analyzing since shutdown boot again from the start, or setting a start time, whether the air conditioner has a compressor for continuous operation after the set temperature of the heating power of the third set period of time, or with respect to the room temperature at room temperature the last boost value set at the room temperature of the air-conditioner setting temperature is not greater than or equal to a fourth soaking temperature difference AT24 system, when a condition is satisfied in any of the above, the process proceeds step S1005, the if no, continue to be present temperature setting operation;

步骤S1005:将所述空调的设定温度自动减小第三制热温度差值,且减小后的温度值大于或者等于所述第三制热温度,并记录当前的房间室温温度; Step S1005: The temperature of the air conditioner set temperature of the temperature difference is automatically reduced thermal third braking, and reducing the greater than or equal to the third heating temperature, and record the current temperature of room temperature;

此后,持续执行上述步骤S1004至S1005,直到设定温度不能再减小为止, 当减小后的温度达到第三制热温度时,持续以该第三制热温度制热运行,直至关机时为止。 Thereafter, continuing the above steps S1005 to S1004, until the set temperature can not be reduced so far, when the temperature decreases after the heating temperature reaches a third, running at a heating temperature of the third heating until shutdown .

例如,空调在接收到进入舒适节能模式的信号时,如果在接收到该信号之前空调没有发生过停机的情况,则将空调的设定温度设置为上述第一制热温度,并记录当前的室温温度T21,如果此时空调的压缩机发生了停机的现象, 则再次开机时,则将空调的设定温度设置为压缩机停机时的设定温度,即第一制热温度,并自开机时开始计时,并随时将当前的房间温度与T21进行比较, 当压缩机累计运行时间达到预定第三制热时间段或者相对于T21相比房间温度上升了第四制热温度差值时,则将空调的设定温度自动减小第三制热温度差值,并记录当前的房间室温温度,自改变设定温度时开始,再重新开始计时; For example, upon receiving a signal conditioning comfort entering the power saving mode, if before receiving the stop signal conditioning case had not occurred, then the set temperature of the air conditioner is provided to the first heating temperature, and record the current room temperature T21 of temperature, at this time if the air conditioner compressor shutdown phenomenon occurs, the boot again, then the set temperature of the air conditioner temperature setting is set to shut down the compressor, i.e., a first heating temperature, and the time from start start time, and to keep the current room temperature and the T21 compares the accumulated operation time of the compressor when the heat reaches a third predetermined period of time or when made with respect to the room temperature has increased compared to T21 temperature difference of the fourth thermal system, will air-conditioning set temperature difference between the third temperature is automatically reduced thermal system, and records the current temperature of the room temperature from the set temperature starts to change, then restart timing;

此外,当空调在以第二制热温度进行节能模式运行发生了停机现象时,由于在将设定温度设置为第二制热温度时记录了当时的室温温度T22,再次开机时,则将空调的设定温度设置为压缩机停机时的设定温度,即第二制热温度, 并自开机时开始计时,并随时将当前的房间温度与压缩机停机之前、设置设定温度为第二制热温度时的室温T22进行比较,当压缩机累计运行时间达到预定第三制热时间段或者相对于T22相比房间温度上升了第四制热温度差值时,则将空调的设定温度自动减小第三制热温度差值,并记录当前的房间室温温度, 自改变设定温度时开始,再重新开始计时。 Further, when the air conditioner occurs in the downtime to a second heating temperature for saving mode, since the recording of the time T22 when the room temperature is set to the second set temperature the heating temperature, re-boot, will be air-conditioned set temperature of the compressor is stopped is set to the set temperature, i.e. the temperature of the second heating, and boot from the start time, and at any time prior to the current room temperature and the compressor is stopped, the temperature setting is set to the second braking when the temperature T22 is compared soaking temperature, the compressor when the heat accumulated operation time reaches the third predetermined period T22 manufactured or when the room temperature rises compared to the fourth soaking temperature difference with respect to the system, then the automatic air-conditioning set temperature reducing the temperature difference of the third thermal system, and records the current temperature of the room temperature, the set temperature changes from the start of re-starts.

从而,根据本实施例中的方法,其根据本发明的舒适节能模式运行时,可能会出现空调的压缩机保护停机的现象,此时,在再次开机时,可直接将在压缩机退出工作时的设定温度设置为空调的设定温度,而不需要再次从第一制热温度开始从新调整,可以节省所消耗的能源。 Therefore, when the embodiment according to the present embodiment of the method, which operates according to the present invention comfort saving mode, the air conditioner compressor may occur protection shutdown phenomenon, at this time, the boot again, can work directly exits the compressor air-conditioning set temperature to a set temperature, without the need to readjust starts again from the first heating temperature, can save energy consumed.

本实施例中的其他技术特征与实施例八相同,在此不予赘述。 Other technical features of the present embodiment is the same as in Example eighth embodiment, not described herein. 上述各实施例中,制冷与制热条件下所对应的各差值可以相同也可以不同。 Each of the above embodiments, the difference between each of the cooling and heating condition corresponding to may be the same or different.

如图ll所示,是本发明控制空调运行的装置的最佳实施例的结构示意图, As shown in FIG ll, is a schematic diagram of a preferred embodiment of the present invention is a control apparatus of a configuration of the air-conditioning operation,

本发明的控制空调运行的装置,主要包括: Air-conditioning operation of the control apparatus of the present invention, including:

空调工作状态识别模块iioi,用于在接收到进入舒适节能模式的控制指令时,识别当前空调的工作状态,所述工作状态包括制冷状态和制热状态; Air-conditioning operation state recognition module iioi, when receiving the control command to enter the power saving mode comfortable identifying the current operating state of the air conditioner, the operating state includes a refrigeration state and heating state;

温度调节条件判别模块1103,用于根据所述空调当前的工作状态,判断是否需要改变空调的设定温度; Temperature adjustment condition determination module 1103, according to the current operating state of the air conditioner, the air conditioner is determined whether the set temperature needs to be changed;

空调设定温度调节模块1104,用于当所述温度调节条件判别模块的判定结果,设置所述空调的设定温度。 Air-conditioning set temperature adjustment module 1104, configured to, when the determination result of the temperature adjustment condition determination module, provided the air conditioner set temperature.

根据本发明的控制空调运行的装置,其通过空调工作状态识别模块1101 判断空调的工作状态,并根据温度调节条件判定模块1103所判定出来的是否需要改变空调的设定温度的结果,通过空调设定温度调节模块1104来自动设置所迷空调的设定温度,从而,本发明的控制空调运行的装置,可以根据预先设定的条件自动调节空调的设定温度,既满足舒适度要求又可产生节能效果。 Means for controlling operation of the air conditioner according to the present invention, which air conditioning operation state 1101 is determined by the air conditioner operating state identification module, and the condition determination module 1103 determines whether to change the results out of the set temperature of the air conditioner according to the temperature regulation, provided by the air conditioner predetermined temperature adjustment module 1104 to automatically set the set temperature of the air conditioner fan, thereby controlling the operation of air conditioning apparatus of the present invention, the air conditioner can automatically adjust the set temperature based on predetermined criteria, both comfort requirement also generate energy saving effect.

本发明的控制空调运行的装置,还可以包括: Air-conditioning operation of the control apparatus of the present invention may further comprise:

空调压缩机工作状态识别才莫块1102,用于识别空调的压缩机的工作状态; Air conditioner compressor operating state identification block 1102 Mo only, for identifying the operating state of the air conditioner compressor;

此时,所述温度调节条件判别模块1103,还同时根据所述压缩机的工作状态,判断是否需要改变所述空调的设定温度。 At this time, the temperature adjustment condition determination module 1103, while further in accordance with the operating state of the compressor, whether it is necessary to change the set temperature of the air conditioner.

此时,本发明的控制空调运行的装置,可以根据压缩机的工作状态,包括空调的压缩机是否出现过到达温度点停机(包括各种保护停机)的现象,来综合调节空调的设定温度。 At this time, the control operation of the air conditioning apparatus of the present invention, depending on the operating state of the compressor, air conditioning compressor temperature reaches phenomenon occurred whether down point (including various protective shutdown), the air conditioner to adjust the set temperature of the integrated .

此外,所述温度调节条件判别模块1103具体包括: Furthermore, the temperature adjustment condition determining module 1103 comprises:

时钟模块11031,用于记录所述空调的压缩机自改变设定温度时开始的持续工作时间,判定模块11032,用于根据所述时钟模块11031所记录的持续工作时间, 判定是否需要改变所述空调的设定温度。 11031 clock module, for recording the air conditioner compressor change from the start period of operation the set temperature, the determination module 11032, according to the period of operation of the clock module 11031 recorded, it is determined if a change in the air-conditioning set temperature.

从而,本发明装置的判定模块11032可以根据时钟模块11031所记录的持续工作时间,来判定是否需要对空调的设定温度进行调节,这是因为,在空调运行了一段时间之后,室内的温度已经可以使人体满足一定的舒适度,从而根据时间段来进行判定,既可以满足舒适度的要求,又可以节约能量。 Thus, the determination module 11032 in the present invention means the period of operation according to clock module 11031 recorded to determine the need for air conditioning set temperature adjustment, since, after the air conditioning operation for some time, the room temperature has been It can make the body meet certain comfort level, so be determined based on the time period, both to meet the requirements of comfort, but also can save energy.

此外,所述温度调节条件判别模块1103还可以包括: Furthermore, the temperature adjustment condition determining module 1103 may further comprises:

室温检测模块11033,用于检测所述空调所在的房间的室温; Temperature detection module 11 033, for detecting the room where the air conditioner of the room;

室温存储模块11034,用于存储所述空调设定温度调节模块1104改变设定温度时所述空调所在房间的室温; Room temperature storage module 11034, when used for storing the air-conditioning set temperature adjustment module 1104 to change the set temperature of the room air-conditioned room is located;

此时,所述判别模块11032,还可以用于根据所述室温检测模块11033所检测的当前室温、所述室温存储模块11034所储存的上一次改变设定温度时的室温,判定是否需要改变所述空调的设定温度。 At this time, the determination module 11032, may also be used according to the current room temperature detected by the detection module 11 033, a temperature change of the storage module 11034 stored at room temperature, the set temperature, it is determined whether a change in the said air conditioner set temperature.

从而,本发明装置的判定模块11032既可以根据空调运行的时间段来进行判定,也可以根据房间室温的改变量来进行判定,既可以满足舒适度的要求, 又可以节约能量。 Thus, the determination module 11032 of the present invention apparatus may be determined according to the air conditioning operation period, may be determined according to the amount of change in the room temperature, both meet the requirements of comfort, but also can save energy.

以上所述的本发明实施方式,并不构成对本发明保护范围的限定。 The above-described embodiments of the present invention, not to limit the scope of the present invention. 任何在本发明的精神和原则之内所作的修改、等同替换和改进等,均应包含在本发明的权利要求保护范围之内。 Any modifications within the spirit and principle of the present invention, equivalent substitutions and improvements should be included within the protection scope claimed in the claims of the present invention.

Claims (19)

1、一种控制空调运行的方法,包括步骤:当接收到进入节能模式的控制指令时,判断所述空调的工作状态,并将空调的设定温度设置为第一预定温度值;当达到第一类温度改变条件时,将所述空调的设定温度设置为第二预定温度值;当达到第二类温度改变条件时,将所述空调的设定温度设置为第三预定温度值;控制所述空调按照所述第三预定温度值在所述工作状态下运行,所述工作状态包括制冷、制热状态。 1. A method for controlling air conditioning operation, comprising the steps of: upon receiving a control instruction to enter the power-saving mode, the air conditioner operating state is determined, and the set temperature of the air conditioner is set to a first predetermined temperature value; when reaching the second a class of temperature change condition, the set temperature of the air conditioner set to a second predetermined temperature value; when the temperature reaches a second category conditions are changed, the set temperature of the air conditioner set to a third predetermined temperature value; control the air conditioning running in the operating state in accordance with said third predetermined temperature value, the operating state comprises cooling and heating state.
2、 根据权利要求l所述的控制空调运行的方法,其特征在于: 所述第一类温度改变条件包括:自将所述空调的设定温度设置为第一预定温度值时开始,所述空调的压缩机已连续运行了第一预定时间段;所述第二类温度改变条件包括:自将所述空调的设定温度设置为第二预定温度值时开始,所述空调的压缩机已连续运行了第二预定时间段。 2, according to the control of the air-conditioning operation method as claimed in claim l, wherein: the first type of change in temperature conditions comprising: Start from the set temperature when the air conditioner is set to a first predetermined temperature value, the air conditioning compressor has been operating continuously for a first predetermined period of time; the second type of change in temperature conditions comprising: beginning from when the air conditioner is set to a second predetermined temperature is a temperature set value, the air conditioner compressor is continuous operation a second predetermined period of time.
3、 根据权利要求1所述的控制空调运行的方法,其特征在于, 所述第一类温度改变条件包括:所迷空调所在的房间的室温,相对于将所述设定温度设置为第一预定温度值时的室温而言,下降了第一温度差值;所述第二类温度改变条件包括:所述空调所在的房间的室温,相对于将所述设定温度设置为第二预定温度值时的室温而言,下降了第二温度差值。 3, air-conditioning operation according to the control method according to claim 1, wherein said first type of change in temperature conditions comprising: a temperature of the room where the air conditioning fans, with respect to the first set temperature for room temperature when a predetermined temperature value, a first temperature difference dropped; the second type of change in temperature conditions comprising: conditioning the temperature of the room is located, with respect to the set temperature to a second predetermined temperature For room temperature value, the second temperature difference is decreased.
4、 根据权利要求2所述的控制空调运行的方法,其特征在于,当接收到进入节能模式的控制指令时,还包括步骤:当在接收到所述进入节能模式的控制之前,所述空调的压缩机出现过到达温度点停机的状况时,判断所述空调的当前设定温度是否大于或者等于所述第三预定温度;若是,将所述空调的设定温度设置为所述第三预定温度值,控制所述空调按照所述第三预定温度在所述工作状态下运行;若否,将所述空调的设定温度设置为所述第一预定温度值,且当所述空调的压缩机每运行了预定第三时间段时,将所述空调的设定温度增大第三温度差值,且增大后的温度值小于或者等于所述第三预定温度值。 4. The method of controlling air-conditioning operation according to claim 2, wherein, when the control command is received into the energy saving mode, further comprising steps of: prior to receiving said access control power-saving mode, the air conditioner occurred when the compressor temperature reaches the point of shutdown condition, the air conditioner determines the current temperature setting is greater than or equal to the third predetermined temperature; if yes, set the air conditioner set to the third predetermined temperature temperature value, the control operation of the air conditioner in the operation state in accordance with said third predetermined temperature; if not, the air conditioner temperature setting is set to the first predetermined temperature value, and when compressing the air conditioner each machine running a third predetermined period of time, the air conditioner setting temperature difference between the third temperature is increased, and the increase in temperature after the value is less than or equal to the third predetermined temperature value.
5、 根据权利要求4所述的控制空调运行的方法,其特征在于,当所述空调的压缩机在接收到所述进入节能模式的控制指令之后出现过停机的状况时,将所述空调的设定温度设置为出现所述停机时的设定温度,并自所述压缩机停机之后再次开机时开始、或者自开机之后设置了空调设定温度时开始,在当所述空调的压缩机运行了预定第三时间段时,将所述空调的设定温度增大第三温度差值,且增大后的温度值小于或者等于所述第三预定温度值。 5. The method according to claim controls air-conditioning operation, characterized in that, when a shutdown condition of the air conditioner compressor appeared after receiving said control instruction to enter the power saving mode, the air conditioner set temperature set to the set temperature of an outage, and starts from when the compressor stops after a re-boot or start the air conditioner is provided after the set temperature from the start, when the operation of the air conditioner compressor when the third predetermined period of time, the air conditioner setting temperature difference between the third temperature is increased, and the increase in temperature after the value is less than or equal to the third predetermined temperature value.
6、 根据权利要求3所述的控制空调运行的方法,其特征在于,当接收到进入节能模式的控制指令时,还包括步骤:当在接收到所述进入节能模式的控制之前,所述空调的压缩机出现过到达温度点停机的状况时,判断所述空调的当前设定温度是否大于或者等于所述第三预定温度;若是,将所述空调的设定温度设置为所述第三预定温度值,控制所述空调按照所述第三预定温度在所述工作状态下运行;若否,将所述空调的设定温度设置为所述第一预定温度值,且当所述空调所在的房间的室温,相对于上一次温度改变时的室温下降了第四温度差值时,将所述空调的设定温度增大第三温度差值,且增大后的温度值小于或者等于所述第三预定温度值。 6, the air-conditioning operation according to the control method according to claim 3, wherein, when the control command is received into the energy saving mode, further comprising steps of: prior to receiving said access control power-saving mode, the air conditioner occurred when the compressor temperature reaches the point of shutdown condition, the air conditioner determines the current temperature setting is greater than or equal to the third predetermined temperature; if yes, set the air conditioner set to the third predetermined temperature temperature value, the control operation of the air conditioner in the operation state in accordance with said third predetermined temperature; if not, the air conditioner temperature setting is set to the first predetermined temperature value, and when the air conditioner is located rt room temperature, with respect to room temperature changes during the time the fourth drop the temperature difference, the air conditioner set temperature of the third temperature difference increases, and the increase in the value is less than or equal to the The third predetermined temperature value.
7、 根据权利要求6所述的控制空调运行的方法,其特征在于,当所述空调的压缩机在接收到所述进入节能模式的控制指令之后出现过停机的状况时,将所述空调的设定温度设置为出现所述停机时的设定温度,并在当所述空调所在的房间的室温相对于上一次设置空调的设定温度时的室温下降了第四温度差值时,将所述空调的设定温度增大第三温度差值,且增大后的温度值小于或者等于所述第三预定温度值。 7. The method of claim 6 controls air-conditioning operation claim, wherein, when a shutdown condition of the air conditioner compressor appeared after receiving said control instruction to enter the power saving mode, the air conditioner set temperature set to the set temperature of an outage, and when the temperature of the room where the air conditioner with respect to the room temperature a temperature drop of the air conditioner of the fourth set temperature difference, the the temperature of said air conditioner set temperature difference between the third temperature is increased, and the increase in the value is less than or equal to the third predetermined temperature value.
8、 根据权利要求1至7任意一项所述的控制空调运行的方法,其特征在于:所述第二预定温度值大于所述第一预定温度值,且所述第二预定温度值小于所述第三预定温度值。 8, according to any method for controlling air-conditioning operation of one of the 1-7 claims, wherein: said second predetermined temperature value is greater than the first predetermined temperature value and said second value is less than the predetermined temperature said third predetermined temperature value.
9、 根据权利要求l所述的控制空调运行的方法,其特征在于: 所述第一类温度改变条件包括:所述空调所在的房间的室温,相对于将所述设定温度设置为第一预定温度值时的室温而言,增高了第一温度差值;所述第二类温度改变条件包括:所述空调所在的房间的室温,相对于将所述设定温度设置为第二预定温度值时的室温而言,增高了第二温度差值。 9, the air-conditioning operation according to the control method of claim l, wherein: the first type of change in temperature conditions comprising: conditioning the temperature of the room is located, with respect to the first set temperature for room temperature at a predetermined value, increasing the first difference in temperature; the second type of change in temperature conditions comprising: conditioning the temperature of the room is located, with respect to the set temperature to a second predetermined temperature For room temperature value, the second temperature difference increases.
10、 根据权利要求2所述的控制空调运行的方法,其特征在于,当接收到进入节能模式的控制指令时,还包括步骤:当在接收到所述进入节能模式的控制之前,所述空调的压缩机出现过到达温度点停机的状况时,判断所述空调的当前设定温度是否小于或者等于所述第三预定温度;若是,将所述空调的设定温度设置为所述第三预定温度值,控制所述空调按照所述第三预定温度在所述工作状态下运行;若否,将所述空调的设定温度设置为所述第一预定温度值,且当所述空调的压缩机每运行了预定第三时间段时,将所述空调的设定温度减小第三温度差值,且减小后的温度值大于或者等于所述第三预定温度值。 10, the air-conditioning operation according to the control method according to claim 2, wherein, when the control command is received into the energy saving mode, further comprising steps of: prior to receiving said access control power-saving mode, the air conditioner occurred when the compressor temperature reaches the point of shutdown condition, determining the current temperature setting of the air conditioner is less than or equal to the third predetermined temperature; if yes, set the air conditioner set to the third predetermined temperature temperature value, the control operation of the air conditioner in the operation state in accordance with said third predetermined temperature; if not, the air conditioner temperature setting is set to the first predetermined temperature value, and when compressing the air conditioner each machine runs the temperature value of the third predetermined period of time, the air conditioner setting temperature difference between the third temperature is reduced, and the reduced greater than or equal to the third predetermined temperature value.
11、 根据权利要求10所述的控制空调运行的方法,其特征在于,当所述空调的压缩机在接收到所述进入节能模式的控制指令之后出现过停机的状况时,将所述空调的设定温度设置为出现所述停机时的设定温度,并自所述压缩机停机之后再次开机时开始、或者自开机之后设置了空调设定温度时开始,当所述空调的压缩机运行了预定第三时间段时,将所述空调的设定温度减小所述第三温度差值,且减小后的温度值大于或者等于所述第三预定温度值。 11. The method of claim 10 controls air-conditioning operation claim, wherein, when a shutdown condition of the air conditioner compressor appeared after receiving said control instruction to enter the power saving mode, the air conditioner set temperature set to the set temperature of an outage, and after the compressor stops since when power is resumed, the air conditioner starts up or set the set temperature after the start from when the operation of the air conditioner compressor the third temperature value predetermined period of time, the air conditioner setting temperature difference between the third temperature is reduced, and the decrease is greater than or equal to the third predetermined temperature value.
12、 根据权利要求9所述的控制空调运行的方法,其特征在于,当接收到进入节能模式的控制指令时,还包括步骤:当在接收到所述进入节能模式的控制之前,所述空调的压缩机出现过到达温度点停机的状况时,判断所述空调的当前设定温度是否小于或者等于所述第三预定温度;若是,将所述空调的设定温度设置为所述第三预定温度值,控制所述空调按照所述第三预定温度在所述工作状态下运行;若否,将所述空调的设定温度设置为所述第一预定温度值,且当所述空调所在的房间的室温,相对于上一次温度改变时的室温增加了第四温度差值时, 将所述空调的设定温度减小第三温度差值,且减小后的温度值大于或者等于所述第三预定温度值。 12, the air-conditioning operation according to the control method according to claim 9, wherein, when the control command is received into the energy saving mode, further comprising steps of: prior to receiving said access control power-saving mode, the air conditioner occurred when the compressor temperature reaches the point of shutdown condition, determining the current temperature setting of the air conditioner is less than or equal to the third predetermined temperature; if yes, set the air conditioner set to the third predetermined temperature temperature value, the control operation of the air conditioner in the operation state in accordance with said third predetermined temperature; if not, the air conditioner temperature setting is set to the first predetermined temperature value, and when the air conditioner is located rt room temperature with respect to time when the change in temperature increases the temperature difference between the fourth, the third air conditioner set temperature of the temperature difference is reduced, and reducing the temperature value is greater than or equal to the The third predetermined temperature value.
13、 根据权利要求12所述的控制空调运行的方法,其特征在于,当所述空调的压缩机在接收到所述进入节能模式的控制指令之后出现过停机的状况时,将所述空调的设定温度设置为出现所述停机时的设定温度,并在当所述空调所在的房间的室温相对于上一次设置设定温度时的室温增加了第四温度差值时,将所述空调的设定温度减小所述第三温度差值,且减小后的温度值大于或者等于所述第三预定温度值。 13. The method according to claim controls air-conditioning operation, characterized in that, when a shutdown condition of the air conditioner compressor appeared after receiving said control instruction to enter the power saving mode, the air conditioner when the set temperature is set to the set temperature of an outage, and when the air conditioner of the room temperature is located with respect to a set room temperature is set at a fourth temperature difference increases, the air-conditioning reducing the temperature of the third set temperature of the temperature difference and the decrease is greater than or equal to the third predetermined temperature value.
14、 才艮据权利要求1或2或9或10或11或12或13所述的控制空调运行的方法,其特征在于:所述第二预定温度值小于所述第一预定温度值,且所述第二预定温度值大于所述第三预定温度值。 14, only 1 or 2 or Gen according to 9 or 10 or 11 or a control operation of the air conditioner of claim 12 or claim 13, wherein: said second predetermined temperature value is less than the first predetermined temperature value, and the second predetermined temperature value is greater than the third predetermined temperature value.
15、 根据权利要求l所述的控制空调运行的方法,其特征在于:在将所述空调的设定温度设置为第一预定温度值时,同时将所述空调的风速设置为预定风速。 15, a method of controlling the operation of air conditioner of claim l, characterized in that: when the air conditioner set temperature value is set to a first predetermined temperature, wind speed while the air conditioner is set to a predetermined wind speed.
16、 一种控制空调运行的装置,包括:空调工作状态识别模块,用于在接收到进入节能模式的控制指令时,识别当前空调的工作状态,所述工作状态包括制冷状态和制热状态;温度调节条件判别模块,用于根据所述空调当前的工作状态,判断是否需要改变空调的设定温度;空调设定温度调节模块,用于当所述温度调节条件判别模块的判定结果, 设置所述空调的设定温度。 16. An apparatus for controlling an operation of air conditioner, comprising: air-conditioning operation state identification module upon receiving a control instruction to enter the power saving mode, identify the current operating state of the air conditioner, the operating state includes a refrigeration state and heating state; temperature adjustment condition determination module, according to the current operating state of the air conditioner, the air conditioner determines whether or not to change the set temperature; air-conditioning set temperature adjustment means for adjusting the temperature conditions when the determination result of the determination module is provided by said air conditioner set temperature.
17、 根据权利要求16所述的控制空调运行的装置,其特征在于,还包括: 空调压缩机工作状态识别模块,用于识别空调的压缩机的工作状态;此时,所述温度调节条件判别模块,同时根据所述压缩机的工作状态,判断是否需要改变所述空调的设定温度。 17. The apparatus for controlling operation of the air conditioner according to claim 16, characterized in that, further comprising: an air conditioner compressor operating state identification module for identifying the operating state of the air conditioner compressor; At this time, the temperature regulation condition determiner module, while according to the operating state of the compressor, whether it is necessary to change the set temperature of the air conditioner.
18、 根据权利要求16或17所述的控制空调运行的装置,其特征在于,所述温度调节条件判别模块包括:时钟模块,用于记录所述空调的压缩机自改变设定温度时开始的持续工作时间,判定模块,用于根据所述时钟模块所记录的持续工作时间,判定是否需要改变所述空调的设定温度。 18, operation of air conditioning control apparatus according to claim 16 or claim 17, wherein said temperature adjustment condition determining module comprises: a local clock means for recording the air conditioner compressor at the set temperature changes from period of operation, determining means for continuous working time according to the clock of the recording module, it is determined if a change in the air conditioner set temperature.
19、根据权利要求16或17所述的控制空调运行的装置,其特征在于,所述温度调节条件判别模块包括:室温检测才莫块,用于检测所述空调所在的房间的室温;室温存储模块,用于存储所述空调设定温度调节模块改变设定温度时所述空调所在房间的室温;判别模块,用于根据所述室温检测模块所检测的当前室温、所述室温存储模块所储存的室温,判定是否需要改变所述空调的设定温度。 19, operation of air conditioning control apparatus according to claim 16 or claim 17, wherein said temperature adjustment condition determining module comprises: a temperature detecting block only Mo for air conditioning a room where the temperature of the detection; storage at room temperature module, when used for storing the air-conditioning set temperature adjustment module changes the set temperature of the room where the air-conditioned room; determination module, according to the current temperature detected by the temperature detection module, a memory module stored at room temperature room temperature, it is determined if a change in the set temperature of the air conditioner.
CN 200810026980 2008-03-25 2008-03-25 Method and device for controlling operation of air conditioner CN101545667B (en)

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