CN100455933C - Air conditioning system and controlling method thereof - Google Patents

Air conditioning system and controlling method thereof Download PDF

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CN100455933C
CN100455933C CN 200510008842 CN200510008842A CN100455933C CN 100455933 C CN100455933 C CN 100455933C CN 200510008842 CN200510008842 CN 200510008842 CN 200510008842 A CN200510008842 A CN 200510008842A CN 100455933 C CN100455933 C CN 100455933C
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operation
means
air
ventilation
control
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CN 200510008842
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CN1825012A (en )
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中井满久
仇国建
王汝记
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松下电器产业株式会社
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Abstract

一种空调系统,包括:空调装置,其包括室温检测装置和电子控制装置,其中所述电子控制装置根据所述室温检测装置的检测来控制所述空调装置的运转能力;用于对一定的空间进行换气的换气装置;用于感应换气装置的运转状态的换气装置运转状态感应装置;所述电子控制装置接收换气装置运转状态感应装置检测到的换气装置运转状态信号,当感知换气装置在运转时,则在同等负荷下,以与换气装置未运转相比更大的指定运转能力控制运转。 An air conditioning system, comprising: air conditioning means including a temperature detecting means and an electronic control device, wherein said electronic control means controls the operating capacity of the air conditioner according to a detection of said temperature detecting means; for some space ventilation means for ventilating; ventilating means for sensing the operating state of the operating state of the ventilator sensing means; means for receiving a ventilator operating state sensing means detects that the electronic control means of the ventilation operation status signal, when ventilation sensing means during operation, the load in the same order as compared with the ventilating device is not in operation a greater ability to control the operation of the specified operation. 本发明的空调系统能在换气装置工作后引起剧烈的温热环境变化时,对换气引起的温度变化及时做出反应,使得房间的温度不会急剧变化,进而提高房间温度的舒适度。 When the air conditioning system of the present invention can cause dramatic changes in the thermal environment working ventilation device, the ventilation due to temperature changes timely response, such that the room temperature does not rapidly change, thereby increasing the comfort of the room temperature.

Description

空调系统及其控制方法 Air-conditioning system and control method

技术领域 FIELD

本发明是关于空调系统及其控制方法,尤其是关于与换气装置相联、具有运转能力控制调整功能的空调系统及其控制方法。 The present invention relates to an air conditioning system and a control method, especially with regard to the ventilation means associated with the operation of the air conditioning system and a control method for controlling adjustment of the capacity.

背景技术 Background technique

目前,空调装置是通过调整压缩机的运转回转数、室内机风扇风量等方法来控制运转能力,以达到用户所要求的室内温度。 Currently, the air conditioner operation capability is controlled by adjusting the number of revolutions of the operation of the compressor, indoor fan air volume or the like, to reach the room temperature required by the user.

另外,空调装置的空调空间内设有换气装置,该换气装置或者根据用户的指令运转,或者单独由空调装置感应空间的空气质量、气温等环境变量来进行运转。 Further, the air-conditioned space air conditioning apparatus equipped with a ventilation means, the ventilating device according to user's instruction or operation, or in a separate operation performed by the air conditioning apparatus sensing quality of space, temperature and other environmental variables.

这样,在装有换气装置的空间内,当空调开始运转,换气装置会将空调处理过的空气排至屋外,由此会带来室内温度的变化。 Thus, in the space equipped with ventilation device, when the air conditioner starts to operate, ventilation air conditioning unit will be treated air is discharged to the outside, which will bring a change in the room temperature. 为了补偿温度变化量,需通过控制运转能力来达到用户所要求的温度。 To compensate for the temperature variation, by controlling the operation capacity required to reach the temperature required by the user.

但是,在上述空调装置中,换气装置的动作并不参与其中,空调装置仅根据检测到的室内温度来变化运转能力。 However, in the above air conditioner, the operation of the ventilation device is not involved, only the air conditioning apparatus according to the detected change in the operating capacity of the indoor temperature.

因此,当换气装置工作后引起剧烈的温热环境变化时,在空调装置附近的空气温度变化之前,空调无法对换气引起的温度变化及时作出反应。 Thus, when a severe thermal environment caused by changes of the ventilation device is operated, before the temperature change in the vicinity of the air conditioning apparatus, air-conditioning can not be timely response to temperature changes due to ventilation. 或者说尽管因换气产生较大的运转负荷,但是空调仍然按通常的温度进行控制,那么对于希望及恢复原来的温热环境的用户来讲, 则可能会产生温热环境的不舒适感。 Or despite a greater operating load due to ventilation, air-conditioning but still the usual temperature control, so users who want to restore the original and warm environment is concerned, it may cause discomfort warm environment.

发明内容 SUMMARY

本发明要解决的技术问题是提供具有运转能力控制调整功能的空调系统及其控制方法,使空调装置能根据换气装置的运转状态控制自身的能力输出。 The present invention is to solve the technical problem of providing an air conditioning system and a control method having the ability to control the adjustment operation of the air conditioning apparatus can control its own operating state according to the output capacity of the ventilation device.

本发明根据第一实施例的空调系统,其特征在于,该空调系统 According to the present invention is the air conditioning system of the first embodiment, wherein the air-conditioning system

包括:包括室温检测装置和电子控制装置的空调装置,其中,所述电子控制装置根据所述室温检测装置的检测来控制所述空调装置的运转能 Comprising: air conditioning means comprising a temperature detecting means and an electronic control device, wherein the electronic control means controls the operation of the air conditioning apparatus capable of detecting the room temperature detector means according to the

力; force;

换气装置,用于对一定的空间进行换气; Ventilation means for ventilating a certain space;

换气装置运转状态感应装置,用于感应换气装置的运转状态; 所述电子控制装置接收换气装置运转状态感应装置检测到的换气装置运转状态信号,当感知换气装置在运转时,则在同等负荷下,以与换气装置未运转相比更大的指定运转能力控制运转。 Ventilator operating state sensing means for sensing the operating state of the ventilation means; said electronic control device receives the operation status sensing means ventilator ventilator operating state detected signal, when the sensing operation of the ventilating device, under the same load, to specify a greater operating capacity as compared to control operation of the ventilation device is not in operation. 其中,所述换气装置运转状态感应装置包括- Wherein said ventilating means comprises sensing means operating state -

换气装置运转信号发送装置,用于检测换气装置的运转状态并发送信号;和 Ventilator operation signal transmitting means for detecting the operating state of the ventilation means and the transmission signal; and

换气装置运转信号接收装置,用于接收所述换气装置运转信号发送装置发出的信号。 Ventilation device operation signal receiving means for receiving said signal transmitting apparatus ventilator operation signal emitted.

其中,所述换气装置运转信号发送装置与换气装置信号接收装置通过无线通信。 Wherein the ventilation means operating signal transmitting means and signal receiving means ventilation device by wireless communication.

此外,本发明还提供了上述空调系统的控制方法,其特征在于: 所述电子控制装置接收换气装置运转感应装置检测到的换气装置运转状态的信号,当检测到换气装置在运转时,与换气装置未运转时相比, 同等负荷下,以更大的指定运转能力控制运转。 Further, the present invention also provides a method for controlling the air-conditioning system, characterized in that: the electronic control means receiving said sensing means detects the operation state of the operation signal ventilator ventilation device, the ventilation device when it is detected during operation compared to when the ventilation device is not in operation, under the same load, with greater ability to control the operation of the specified operation.

此外,本发明还提供了一种的空调装置,其特征在于,该空调装置包括: Further, the present invention also provides an air conditioning apparatus, characterized in that, the air conditioner comprising:

室温感应装置; Room temperature sensing means;

电子控制装置,用于根据室温感应装置的信号,控制空调装置的运转能力; Electronic control means for sensing temperature according to the signal means, the ability to control the operation of the air conditioning apparatus;

换气装置运转状态感应装置,用于接收与空调装置分开设置的换气装置上的换气装置运转状态信号,电子控制装置根据通过换气装置运转状态感应装置接收到的运转状态信号,当检测到换气装置在运转时,在同等负荷下,以与换气装置未运转时相比更大的运转能力控制运转。 Ventilator operating state sensing means, means for ventilating the operating state signal, the electronic control device receiving a ventilation device provided separately from the air conditioning apparatus according to the received operation state by the ventilator operation state signal sensing means, when detecting when operated in the ventilation device, in the same load, to a greater operating capacity when compared to control operation of the ventilation device is not in operation.

本发明根据第二实施例的一种空调系统,其特征在于,该空调系统包括: 包括空气状态感应装置和电子控制装置的空调装置,所述空气状态感应装置感应空调对象空间温度或者空气质量的至少一方面,所述电子控制装置根据所述空气状态感应装置的信号,控制空调装置的运 According to the present invention is an air conditioning system of the second embodiment, wherein the air conditioning system comprising: an air conditioning apparatus state sensing means and an electronic control device, said sensing means sensing the state of an air conditioning target space temperature or air quality transport of at least one aspect, the electronic control unit based on the signal state of the air induction device, the air conditioner control apparatus

转能力; Transfer capability;

换气装置,用于对一定的空间进行换气; Ventilation means for ventilating a certain space;

所述电子控制装置根据由空气状态感应装置检测到的温度状态或者是空气状态中的至少一方面的信息,发送控制换气装置动作的控制信号,通过控制信号接发装置,进行换气装置的运转控制,当换气装置运转时,在同等负荷下,以与换气装置未运转时相比更大的运转能力控制运转。 The electronic control device according to at least one aspect of the information by the air temperature state detected by the state sensing means, or an air state, ventilation device signal transmission control operation by the control signal sending and receiving means, means for ventilating operation control, when the ventilation apparatus is operated under the same load, to a greater operating capacity when compared to control operation of the ventilation device is not in operation.

其中,所述控制信号接发装置包括发送来自电子控制装置的控制信号的发送装置、有线或无线接收由发送装置发出的信号的接收装置、 和根据接收装置接收的信号控制换气装置运转的运转控制装置。 Operation wherein said control signal transmitting means comprises hair transmitting means control signal from the electronic control device, the reception device receives a wired or wireless signal sent by the transmitter, and the signal receiver means based on the received operation control ventilation device the control device.

此外,本发明还提供了根据第二实施例的上述空调系统的控制方法,其特征在于,所述电子控制装置根据空气状态感应装置检测到的温度状态或者空气质量状态的至少一方面的信息,发送控制换气装置动作的控制信号,通过控制信号接发装置,进行换气装置的运转控制, 当换气装置运转时,在同等负荷下,以与换气装置未运转时相比更大的运转能力控制运转。 Further, according to the present invention further provides a method for controlling the air-conditioning system of the second embodiment, wherein information about at least one aspect of the temperature state of air quality or state of the apparatus detected by the state sensing means in accordance with the air control electronics, transmission control means controlling the operation of the ventilation signal, sending and receiving apparatus by the control signal, controls the operation of the ventilation device, the ventilation device when operated under the same load, with greater than when the ventilator is not operating ability to control the operation running.

此外,本发明还提供了根据第二实施例的一种空调装置,其特征在于,所述空调装置包括: Further, the present invention also provides an air conditioning apparatus according to a second embodiment, wherein, said air conditioning apparatus comprising:

空气状态感应装置,用于感应空调对象空间的温度或者空气质量的至少一方面; Air state sensing means for sensing at least one aspect or the temperature of conditioned space air quality;

电子控制装置,用于根据所述室温感应装置的信号,控制空调装置的运转能力; Electronic control means for signal according to the temperature sensing means controls the operating capacity of the air conditioner;

所述电子控制装置根据空气状态感应装置检测到的温度状态或者空气质量状态的至少一方面的信息,向与空调分开设置的换气装置发送控制其动作的控制信号,通过控制信号接发装置,进行换气装置的运转控制,当换气装置运转时,在同等负荷下,以与换气装置未运转时相比更大的运转能力控制运转。 Information about at least one aspect of the state or the temperature of said electronic control means detects the state of the air quality of an air induction device in accordance with the state of the air conditioner is transmitted to the ventilation means provided separately from the operation of its control signal, a control signal sending and receiving means, controls the operation of the ventilation device, the ventilation device when operated under the same load, greater ability to operate when compared to control operation of the ventilation device is not in operation.

根据本发明的空调系统及其控制方法,本发明可以使在换气装置 The air-conditioning system and the control method of the present invention, the present invention enables the ventilator

工作后引起剧烈的温热环境变化时,空调在空调装置附近的空气温度变化之前即能对换气引起的温度变化及时作出反应,对室内的空气进行温度补偿,使得房间的温度不会急剧变化,进而提高房间温度的舒适度。 When the temperature was warmed causing severe environmental change, the air conditioner that can work in a timely manner before the temperature change in the vicinity of the air conditioning apparatus for ventilation due to a temperature change of the reaction, the indoor air temperature compensation, so that the room does not change abruptly , thereby increasing the comfort of the room temperature.

附图说明 BRIEF DESCRIPTION

图1为本发明的空调系统的第一实施方式构成示意图;. 图2为本发明的空调系统的第一实施方式的控制流程图; 图3为本发明的空调系统的第二实施方式的构成示意图; 1 a first embodiment of an air conditioning system of the present invention comprises a schematic diagram; Control flowchart of a first embodiment of an air conditioning system of the present invention. FIG. 2; constituting a second embodiment of an air conditioning system of the present invention. FIG. 3 schematic diagram;

图4为本发明的空调系统的第二实施方式的控制流程图。 A control flowchart of a second embodiment of an air conditioning system 4 of the present invention. FIG.

具体实施方式 Detailed ways

以下举例详细说明本发明。 The following examples illustrate the present invention in detail.

首先,说明图1中的第一实施例。 First, a first embodiment in FIG. 图1为本发明的空调系统的第 Figure 1 of the air conditioning system of the present invention.

一实施方式的系统构成示意图。 A schematic embodiment of a system configuration. 如图所示,本发明的空调系统包括: 由室内机1A及室外机'1B构成的空调装置1、换气装置2,和换气装置运转状态发送装置4。 As shown, the air conditioning system of the present invention includes: indoor unit and an outdoor unit 1A '1B constituting the air conditioning apparatus 1, the ventilator 2, the operation state of the apparatus and the transmitting apparatus ventilating 4.

:空调装置1的室内机1A至少包括控制空调装置的电子控制装置5、 接收换气装置运转状态发送装置4发出信号的接收装置3、感应室内温度的室内温度感应器6、根据电子控制装置5的信号增减风量的送风装置10。 : 1 air conditioner indoor unit 1A includes at least the electronic control means 5 controls the air conditioning apparatus, the receiving apparatus transmits the operation state of the ventilation device 43, the indoor temperature sensing indoor temperature sensor emits a signal receiving apparatus 6. The electronic control unit 5 signal decrease air volume blower 10.

空调装置1的室外机1B至少包括运转回转数可变的压縮机8和室外机运转控制装置9。 The air conditioner outdoor unit 1B comprises at least one operation variable of the number of revolutions of the compressor 8 and the outdoor unit operation control device 9. 所述室外机运转控制装置9根据电子控制装置5 的信号,改变压縮机8的运转能力,更具体的说是改变压縮机8的运转回转数。 The outdoor unit operating signal the control device 9 controls the electronic device 5, the operation of changing the capacity of the compressor 8, and more specifically to the operation of changing the number of revolution of the compressor 8.

另外,换气装置运转状态发送装置4能检测换气装置2的运转状态,并能将检测到的换气装置运转状态信息无线发送给空调装置l。 Further, the operation state of the ventilation apparatus capable of detecting the operating state transmitting means 2 of the ventilation device 4, and ventilation means able to detect the operating state information transmitted wirelessly to the air conditioner l. 当然,换气装置运转状态发送装置4可组装在换气装置2当中,也可以是通过电气类连接组成与换气装置2连接的单独结构。 Of course, the operating state transmitting means ventilator 4 which can be assembled ventilator 2, connected to a separate structure may be composed of ventilator 2 is connected through the electric system. 而且,换气装置运转状态发送装置4与空调装置有线连接亦可。 Further, the operation state of the ventilator is connected to the transmission device 4 also wired air conditioner. 此时,主要由接受装置3接受用户通过遥控器发送的通常的空调装置的运转控制信号。 At this time, the main operation control signal receiving apparatus of a conventional air conditioner of a user transmitted by the remote controller 3 by the receiving means.

当然,电子控制装置不仅单纯具有本发明中所详细说明的控制功能,作为可控制空调装置整体动作的构成体亦可。 Of course, not only a simple electronic control unit has a control function of the present invention is explained in detail, a construct may control the operation of the entire air conditioning apparatus also. 同样,室外机运转 Similarly, the operation of the outdoor unit

控制装置9不仅可控制压缩机的运转,亦可对装于室外机的送风装置T、 The control device 9 can control not only the operation of the compressor, the blower means may also be installed on the outside of the T machine,

切换阀等动作进行控制。 Control switching valve or the like.

图2为本发明的空调系统的第一实施方式的控制流程图。 A control flowchart according to the first embodiment of the air conditioning system 2 of the present invention. FIG. 以下将结合图2说明本发明的上述装置的具体控制方法。 A specific control method will be described in conjunction with the above-described apparatus according to the present invention. FIG. 2. 空调装置1开始工作(S100),首先,换气装置运转状态发送装置4会逐次或者间歇性检测到换气装置2的运转状态,并对空调装置l发送信号(SIOI)。 1 start working air conditioner (SlOO), first of all, the operation state of the ventilator apparatus 4 transmits, in succession or intermittently detect the operation state of the ventilation device 2, and the transmission signal conditioning means l (SIOI). 电子控制装置5通过接收装置3检测到由换气装置运转状态发送装置4发送的换气装置2的运转状态信息(S102)。 The electronic control device 53 via the receiving means detects transmitted by ventilation operation means the operation state information (S102) 4 ventilation device 2 transmits.

室内机1A中的室内温度感应器6感应室内温度(S103),根据感应到的室内温度确定压縮机的基本运转能力Q(S104)。 1A, the indoor unit indoor temperature sensing an indoor temperature sensor 6 (S103), determine the basic operating capacity of the compressor Q (S104) according to the sensed indoor temperature. 根据温度差决定压縮机的基本运转能力Q,例如通过将感应到的室内温度与用户预先遥控器设定的温度相比较来决定压縮机具体的运转回转数。 The temperature difference determined basic capacity of the compressor operation Q, for example, sensed by the indoor temperature and the remote user previously set temperature determined by comparing the number of operating compressor specific rotation.

之后,电子控制装置5根据步骤S102中检测封的换气装置的运转状态,即根据换气装置处于ON时或OFF时,来对确定是否针对压縮 Thereafter, when the electronic control unit 5 according to the operating state of the ventilation device is detected in step S102 sealed, i.e. is in the ON or OFF ventilation device according to the determination of whether the compression for the

机的基本运转能力进行补正。 The basic operation of the machine the ability to be corrected.

其中,当换气装置OFF时,不对压縮机的基本运转能力进行补正, 根据该要求能力,电子控制装置5向室外机的室外机运转控制装置9 发出基本运转能力Q的运转指示(S106)。 Wherein, when the ventilation device OFF, does not substantially operating capacity of the compressor is corrected based on the capacity requirements, the electronic control unit 5 issues the operating capacity Q basic operation command (S106) to the outdoor unit operation control device of the outdoor unit 9 . 根据该运转指示,控制室外机运转控制装置9的运转能力(S107)。 According to the operation indication, the ability to control the operation (S107) the operation of the outdoor unit control device 9.

当换气装置ON时,则对压缩机的基本运转能力Q进行补正(S105) 。 When the ventilation device ON, the basic operation of the capacity of the compressor is corrected Q (S105). 此时,补正系数a为比1大的数值。 In this case, the correction coefficient a value greater than 1. 该补正系数可按规律确定,例如,根据换气装置的换气能力的大小、空调装置的基准运转能力、现在的要求运转负荷和运转时的压缩机运转回转数的大小等等来确定。 The correction coefficient is determined according to the law, for example, according to the size of the reference operating capacity, air conditioner capacity ventilation ventilation device, the operation load current required size and number of operating a rotary compressor during the operation and the like is determined. 总之,因为换气造成的空调负荷增大的量,通过增大能力进行适当的补给即可。 In short, because the amount of ventilation air conditioning load increases caused by the proper supplies can be by increasing capacity.

上述实施方式中是通过具体的增减压縮机的运转回转数来改变空调装置的运转能力,如果是改变室内机1A的送风装置10的运转回转数来进行控制亦可。 The above-described embodiment is the ability to change the air conditioner operation by increasing or decreasing the number of operation of the rotary compressor particular, if the blower is changing the number of operating indoor units 1A of rotation 10 can be controlled. 特别是针对压縮机回转数不可变动的机型也能有效使用该方法。 Especially for the number of revolutions of the compressor can not change models can be effectively use this method. 以下根据图3说明第二实施例。 The following description of FIG. 3 according to a second embodiment. 图3是本发明的空调系统的第二实施方式的系统构成示意图。 FIG 3 is a second embodiment of an air conditioning system of the present invention is a system configuration schematic diagram.

本实施例的空调系统包括室内机1A及室外机1B构成的空调装置1、换气装置2和换气装置运转状态发送装置4。 Air-conditioning system of the present embodiment includes an indoor unit air conditioner 1A and 1B constituting the outdoor unit 1, 2 and the ventilation device ventilator operating state transmitting means 4.

空调装置1的室内机1A至少包括控制空调装置的电子控制装置5、接收换气装置运转状态发送装置4的信号的接收装置3、感应室内温度的室内温度感应器6,感应室内空气质量的空气质量感应器11、 电子控制装置5向换气装置运转控制装置发送控制信号的信号发送装置12、根据电子控制装置5的信号增减风量的送风装置10。 1A indoor air conditioning apparatus 1 comprises at least an electronic control unit 5 controls the air conditioner, ventilator receiving apparatus operating state signal transmitting and receiving apparatus 3 of the 4, 6, sensing indoor air quality of the indoor air temperature sensing indoor temperature sensor mass sensor 11, the electronic control unit 5 a signal transmitting means transmits a control signal for controlling the operation of the ventilation device 12, an electronic control signal increasing or decreasing the blower air flow means 10 according to 5.

空气质量感应器能够感应到例如空调空间的空气的尘埃造成的污染度、空气当中的一氧化碳、二氧化碳、有害气体的浓度等项目当中的至少一项,使电子控制装置5能识别其污染度、浓度。 The air quality sensor capable of sensing, for example, at least one air-conditioned space air contamination caused by dust, the air among carbon dioxide, the concentration of harmful gases, among other items, that the electronic control unit 5 recognizes its degree of contamination, the concentration of .

空调装置1的室外机1B至少包括运转回转数可变的压縮机8、根据电子控制装置5的信号改变压縮机8的能力的室外机运转控制装置9,该室外机运转控制装置9能更具体的改变压缩机的运转回转数。 The air conditioner outdoor unit 1B comprises a variable number of revolutions of the compressor 8 running at least, to change the capacity of the compressor 8 of the outdoor unit in accordance with the operation of the control means 9 signals the electronic control device 5, the outdoor unit operation control means 9 can more specifically, the operation of changing the number of revolutions of the compressor.

另外,换气装置2侧有换气装置运转控制装置13,该控制装置根据电子控制装置5的控制信号来控制换气装置2的运转。 Further, there are 2 side ventilator ventilator operation control device 13, the control means controls the operation of the ventilation device 2 a control signal based on an electronic control unit 5.

换气装置运转控制装置13,例如其在与商用电源连接的同时,又与换气装置2的插座相连,那么就可以根据电子控制装置5的信号向换气装置进行供电控制。 Ventilation device operation control device 13, for example, while it is connected to a commercial power source, in turn connected to ventilator 2 of the socket, it can be carried out according to the power supply control signal to the ventilation means of the electronic control unit 5. 当然,如果换气装置2直接连接商用电源, 对此发送控制信号,进行动作控制也是可以。 Of course, if the ventilation device 2 is directly connected to a commercial power source, which transmits a control signal for controlling operation are also possible. 进一步,换气装置运转控制装置13与信号发送装置之间无线、有线连接均可。 Further, between the ventilator 13 and the wireless operation control signal transmission means, wired connections are. 图4为本发明的空调系统的第二实施方式的控制流程图。 A control flowchart of a second embodiment of an air conditioning system 4 of the present invention. FIG. 下面结合图4 说明本发明的上述装置的具体控制方法。 A specific control method of the present invention apparatus described above in conjunction with FIG. 4. 空调装置1开始工作(S200), 室内机1A的室内温度感应器6感应室内温度(S201),根据感应到的室内温度确定压縮机的基本运转能力Q (S202)。 Working air conditioner 1 starts (S200), the indoor unit 1A of the indoor temperature sensing an indoor temperature sensor 6 (S201), according to the sensed indoor temperature to determine the operating capacity of the compressor is substantially Q (S202). 根据温度差决定压縮机的基本运转能力Q,例如通过将感应到的室内温度与用户预先遥控器设定的温度相比较来决定压縮机具体的运转回转数。 The temperature difference determined basic capacity of the compressor operation Q, for example, sensed by the indoor temperature and the remote user previously set temperature determined by comparing the number of operating compressor specific rotation.

空气质量感应器11感应现在空调空间的空气质量状态(S203)。 The air quality sensor 11 sensing current state of the conditioned space air quality (S203). 判断该空气质量状态(S204),以检测一氧化碳的浓度为例, 一氧化碳浓度超过规定浓度时,电子控制装置5判断为"差",规定浓度以下的话,则电子控制装置5判断为"好"。 Determining the air quality state (S204), when the concentration of the detection of carbon monoxide, for example, carbon monoxide concentration exceeds a predetermined concentration, the electronic control unit 5 determines that the "poor", a predetermined concentration or less, the electronic control unit 5 determines that the "good." 如果,空气质量状态为"好"时, 则发送换气装置停止运转的信号(S205)。 If the air quality status is "good", the transmission signal ventilation device (S205) is stopped. 与此同时,不对压缩机的基 At the same time, no compressor base

本运转能力Q进行补正,根据该能力要求,电子控制装置5向室外机的室外机运转控制装置9发送基本运转能力Q的运转指示(S208)。 This operation power Q is corrected based on the capacity requirements, the electronic control unit. 5 Q 9 of the basic operation power transmission operation instructing means (S208) to the outdoor unit controls the operation of the outdoor unit. root

据该运转指示,控制室外机运转控制装置9的运转能力(S209)。 According to the operation command, the operating capacity (S209) the control device 9 controls the operation of the outdoor unit.

当空气质量状态为"差"时,在发送要求换气装置ON的信号(S206) 的同时,对压缩机的基本运转能力Q进行补正(S207)。 When the state of the air quality is "poor", while the ventilation device ON signal (S206) the transmission request, the basic operation of the capacity of the compressor is corrected Q (S207). 此时,、f正系数a是比1大的数值。 In this case ,, f is a positive coefficient value greater than 1. 该补正系数可按规律确定,例如,根据换气装置的换气能力的大小、空调装置的基准运转能力、现在的要求运转负荷、运转时的压縮机运转回转数的大小等来确定。 The correction coefficient is determined according to the law, for example, according to the size of the reference operating capacity, air conditioner capacity ventilation ventilation device, the current required operation load, the size of the number of operating during the operation of a rotary compressor and the like is determined. 总之,因为换气造成的空调负荷增大量,通过增大能力来做适当补给即可。 In short, because the air conditioning load caused by a large number of ventilation, by increasing the ability to do the appropriate supply.

上述实施方式中是通过具体的增减压縮机的运转回转数来改变空调装置的运转能力,如果是通过改变室内机1A的送风装置10的运转回转数来进行控制亦可。 The above-described embodiment is the ability to change the air conditioner operation by increasing or decreasing the number of operation of the rotary compressor particular, if control is performed also by changing the number of operating indoor units 1A rotary blower 10. 特别是针对压縮机回转数不可变动的机型也能有效使用该方法。 Especially for the number of revolutions of the compressor can not change models can be effectively use this method.

以上所述仅为本发明的优选实施方式,任何在本发明的实质之内所作的修改和改进,对于本领域技术人员将是显而易见的,均应包含在本发明的权利要求保护范围之内。 The above are only preferred embodiments of the present invention, any modifications made within the spirit of the present invention and modifications, the skilled artisan will be apparent, should be included within the protection scope claimed in the claims of the present invention.

Claims (9)

  1. 1、一种空调系统,其特征在于,该空调系统包括: 包括室温检测装置和电子控制装置的空调装置,其中,所述电子控制装置根据所述室温检测装置的检测结果来控制所述空调装置的运转能力; 换气装置,用于对一定的空间进行换气; 换气装置运转状态感应装置,用于感应换气装置的运转状态; 所述电子控制装置接收换气装置运转状态感应装置检测到的换气装置运转状态信号,当感知换气装置在运转时,则在同等负荷下,以与换气装置未运转相比更大的指定运转能力控制空调装置的运转。 1. An air conditioning system, characterized in that the air conditioning system comprising: an air conditioning apparatus comprising temperature detecting means and an electronic control means, wherein said electronic control means controls the temperature based on detection results of said detecting means air conditioner the operating capacity; ventilating means for ventilating a certain space; ventilator operating state sensing means for sensing the operating state of the ventilation device; sensing means detecting the operating state of the ventilation means receiving said electronic control means the ventilation device to the operation status signal, when the sensing means in the ventilation operation, the load in the same, greater ability to specify the operation means is not in operation as compared with the control operation of the ventilation air conditioning apparatus.
  2. 2、 根据权利要求1所述的空调系统,其特征在于,所述换气装置运转状态感应装置包括换气装置运转信号发送装置,用于检测换气装置的运转状态并发送信号;和换气装置运转信号接收装置,用于接收所述换气装置运转信号发送装置发出的信号。 2. The air conditioning system as claimed in claim 1, characterized in that the ventilation device comprises a ventilation operating state sensing means signal transmitting apparatus operation means for detecting the operating state of the ventilation means and the transmission signal; and ventilation means the operation signal receiving means for receiving said signal transmitting apparatus ventilator operation signal emitted.
  3. 3、 根据权利要求2所述的空调系统,其特征在于,所述换气装置运转信号发送装置与换气装置运转信号接收装置通过无线通信。 3. The air conditioning system according to claim 2, characterized in that the ventilation device operation signal transmitting means and signal receiving operation of ventilator apparatus via radio communication.
  4. 4、 一种空调系统的控制方法,其特征在于,被该控制方法所控制的空调系统包括:具有室温感应装置和电子控制装置的空调装置、对一定的空间进行换气的换气装置、和检测换气装置的运转状态的换气装置运转状态感应装置;在该方法中,所述电子控制装置接收换气装置运转状态感应装置检测到的换气装置运转状态的信号,当检测到换气装置在运转时,与换气装置未运转时相比,同等负荷下,以更大的指定运转能力控制空调装置的运转。 4, a method of controlling an air conditioning system, characterized in that, to be controlled by a control method of the air conditioning system comprising: an air conditioning apparatus having temperature sensing means and an electronic control device, for a certain space ventilator ventilation, and operating state detecting means ventilating ventilator operating state sensing means; in this method, the electronic device receives the ventilation device operation state detection signal to the control means sensing the operating state of the ventilator, the ventilator when detecting in operation of the apparatus when compared to when the ventilation device is not in operation, under the same load, with greater ability to control the operation of the specified operation of the air conditioning apparatus.
  5. 5、 一种空调装置,其特征在于,该空调装置包括室温感应装置;电子控制装置,用于根据室温感应装置的信号,控制空调装置的运转能力;换气装置运转状态感应装置,用于接收与空调装置分开设置的换气装置上的换气装置运转状态信号,电子控制装置根据通过换气装置运转状态感应装置接收到的运转状态信号,控制所述空调装置的运转, 当检测到换气装置在运转时,在同等负荷下,以与换气装置未运转时相比更大的运转能力控制空调装置的运转。 5, an air conditioner, wherein the air conditioner comprises a temperature sensing means; electronic control means for sensing temperature according to the signal means, the ability to control the operation of the air conditioning apparatus; ventilator operating state sensing means, for receiving the ventilator operating state signal, the electronic control device according to the received operation state by the ventilator operating state sensing means signals to control operation of the air conditioner on a ventilation device provided separately from the air conditioner, when it is detected ventilating when the device is operated under the same load, to a greater operating capacity as compared to when the ventilation device is not in operation controls the operation of the air conditioner.
  6. 6、 一种空调系统,其特征在于,该空调系统包括: 包括空气状态感应装置和电子控制装置的空调装置,所述空气状态感应装置感应空调对象空间温度或者空气质量的至少一方面,所述电子控制装置根据所述空气状态感应装置的信号,控制空调装置的运转能力;换气装置,用于对一定的空间进行换气;所述电子控制装置根据由空气状态感应装置检测到的温度或空气质量的至少一方面的信息,发送控制换气装置动作的控制信号,通过控制信号接发装置,进行换气装置的运转控制,当换气装置运转时, 在同等负荷下,以与换气装置未运转时相比更大的运转能力控制空调装置的运转。 6. An air conditioning system, characterized in that the air conditioning system comprising: an air conditioning apparatus state sensing means and an electronic control device, on the one hand at least said sensing means sensing the state of air-conditioned space air temperature or the quality of the the electronic control unit of the air state signal sensing means, the ability to control the operation of the air conditioning apparatus; ventilating means for ventilating a certain space; said electronic control means according to the temperature detected by the state of the device to the air induction or air quality information for at least one aspect of transmission control signals control the operation of the ventilation means, a control signal sending and receiving apparatus controls the operation of the ventilation device, the ventilation device when operated under the same load, with the ventilation control operation of the air conditioning unit when compared to a larger operation capacity of the device is not in operation.
  7. 7、 根据权利要求6所述的空调系统,其特征在于,所述控制信号接发装置包括发送来自电子控制装置的控制信号的发送装置、有线或无线接收由发送装置发出的信号的接收装置、和根据接收装置接收的信号控制换气装置运转的运转控制装置。 7. The air conditioning system according to claim 6, characterized in that said control signal receiving means comprises a signal transmitting means transmitting hair means a control signal from the electronic control device, wired or wireless receiving emitted by the transmitter, operation control means and the signal received by the receiving apparatus according to a control operation of the ventilation device.
  8. 8、 一种空调系统的控制方法,其特征在于,被该控制方法所控制的空调系统包括:具有空气状态感应装置和电子控制装置的空调装置,以及对一定的空间进行换气的换气装置;在该方法中,所述电子控制装置根据空气状态感应装置检测到的温度状态或者空气质量状态的至少一方面的信息,发送控制换气装置动作的控制信号,通过控制信号接发装置,进行换气装置的运转控制, 当换气装置运转时,在同等负荷下,以与换气装置未运转时相比更大的运转能力控制空调装置的运转。 8. A method for controlling an air conditioning system, characterized in that, to be controlled by a control method of the air conditioning system comprising: an air conditioning apparatus having an air state of the sensing means and the electronic control device, as well as certain space ventilator ventilating ; information in at least one aspect of the method, the electronic control unit or an air temperature state detected by the state air quality sensing device according to the state of the transmission control operation of the ventilator control signal, a control signal sending and receiving means, for operation control ventilation device, the ventilation device when operated under the same load, to a greater operating capacity as compared to when the ventilation device is not in operation controls the operation of the air conditioner.
  9. 9、 一种空调装置,其特征在于,包括空气状态感应装置,用于感应空调对象空间的温度或者空气质量的至少一方面;电子控制装置,用于根据所述空气状态感应装置的信号,控制空调装置的运转能力;所述电子控制装置根据空气状态感应装置检测到的温度状态或者空气质量状态的至少一方面的信息,向与空调装置分开设置的换气装置发送控制其动作的控制信号,通过控制信号接发装置,进行换气装置的运转控制,当换气装置运转时,在同等负荷下,以与换气装置未运转时相比更大的运转能力控制空调装置的运转。 9, an air conditioner characterized by comprising an air induction device status, or for at least one aspect the temperature of the conditioned space air quality sensors; electronic control means for sensing the state of the air according to a signal device, controlling the operating capacity of the air conditioning apparatus; said control device information of the electronic aspect, the ventilation device provided separately from the air conditioner control signal which transmits at least an operation state of the air induction device in accordance with the detected temperature state or state air quality, hair means by the control signal, controls the operation of the ventilation device, the ventilation device when operated under the same load, to a greater operating capacity as compared to when the ventilation device is not in operation controls the operation of the air conditioner.
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