JP2023104534A - Air-conditioning illumination control device - Google Patents

Air-conditioning illumination control device Download PDF

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JP2023104534A
JP2023104534A JP2022005574A JP2022005574A JP2023104534A JP 2023104534 A JP2023104534 A JP 2023104534A JP 2022005574 A JP2022005574 A JP 2022005574A JP 2022005574 A JP2022005574 A JP 2022005574A JP 2023104534 A JP2023104534 A JP 2023104534A
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temperature
color temperature
control unit
indoor
information
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JP7288099B1 (en
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和也 後藤
Kazuya Goto
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Kimura Kohki Co Ltd
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Kimura Kohki Co Ltd
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    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
    • Y02B20/40—Control techniques providing energy savings, e.g. smart controller or presence detection

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  • Arrangement Of Elements, Cooling, Sealing, Or The Like Of Lighting Devices (AREA)
  • Circuit Arrangement For Electric Light Sources In General (AREA)
  • Air Conditioning Control Device (AREA)

Abstract

To obtain an air-conditioning illumination control device capable of reducing air-conditioning energy.SOLUTION: An air-conditioning illumination control device comprises: an air-conditioning control unit (1) that adjusts an indoor temperature to a target indoor temperature by increasing or decreasing output of an air conditioner (4) during cooling operation or heating operation; an illumination control unit (2) that changes a color temperature of an indoor illumination (5) between a low color temperature at which occupants feel warmth and a high color temperature at which the occupants feel cold; and an interlocking control unit (3) that interlocks the air-conditioning control unit (1) and the illumination control unit (2) to adjust the indoor temperature so that the occupants feel an appropriate temperature, according to thermal sensation information of the occupants and high and low color temperature information of the indoor illumination (5).SELECTED DRAWING: Figure 1

Description

本発明は空調照明制御装置に関するものである。 The present invention relates to an air conditioning lighting control device.

特許文献１のように、室内照明の色温度を切換え、空調機の冷暖房出力を体感温度差分抑えて省エネを図る空調システムが知られている。 As disclosed in Patent Document 1, an air-conditioning system is known in which the color temperature of indoor lighting is switched and the cooling/heating output of an air conditioner is suppressed by the sensible temperature difference to save energy.

特開平５－８７３７３号公報JP-A-5-87373

このような空調システムは省エネに有効であるが、近年さらなる省エネ性向上の要求が高まってきている。 Such an air conditioning system is effective in saving energy, but in recent years there has been an increasing demand for further improvement in energy saving.

本発明は上記課題を解決するため、空調機の冷房運転時又は暖房運転時の出力を増減させて目標室内温度に調整する空調制御部と、室内照明の色温度を前記居室者が暖かさを感じる低色温度と前記居室者が冷たさを感じる高色温度とに変化させる照明制御部と、前記居室者の温冷感情報と前記室内照明の高低色温度情報とに応じて前記空調制御部と前記照明制御部を連動させて前記居室者が適温に感じるように制御する連動制御部と、を備えたことを最も主要な特徴とする。 In order to solve the above problems, the present invention provides an air conditioning control unit that adjusts the output of the air conditioner during cooling operation or heating operation to a target indoor temperature, and adjusts the color temperature of the indoor lighting so that the occupants can feel the warmth. a lighting control unit for changing a low color temperature perceived by the occupants of the room to a high color temperature perceived by the occupants of the room; and an interlocking control unit that interlocks the lighting control unit and controls such that the occupants of the room feel a suitable temperature.

室内照明の色温度が居室者に与える暖かさや寒さを利用して、空調機の出力を抑えながら居室者に適温感を与えることができ、省エネを図れる。
急変制御部にて室内照明の色温度を急速に変化させることで、居室者の体感温度の変化を感じ易くでき、冷温感不足による不快感をなくせる。
緩変制御部にて室内照明の色温度を時間をかけて徐々に変化させて温度順応させることで、居室者の体感温度の変化を感じ難くでき、室内照明の色温度を冷房時はゆっくり低色温度に、暖房時はゆっくり高色温度に、することで、室内照明の色温度による体感温度変化を繰返し利用可能となり、省エネを図れる。 By utilizing the warmth and cold given to the occupants of the room by the color temperature of the indoor lighting, it is possible to give the occupants a feeling of appropriate temperature while suppressing the output of the air conditioner, thereby saving energy.
By rapidly changing the color temperature of the indoor lighting with the sudden change control part, the change in the sensible temperature of the occupants of the room can be easily felt, and the discomfort due to lack of coolness and warmth can be eliminated.
The gradual change control section gradually changes the color temperature of the interior lighting over time to adapt to the temperature, making it difficult for people in the room to feel changes in the sensible temperature. By increasing the color temperature slowly during heating, it is possible to repeatedly use the change in the sensible temperature due to the color temperature of the room lighting, and it is possible to save energy.

本発明の一例を示す構成図である。It is a block diagram which shows an example of this invention. 冷房運転時の制御フロー図である。4 is a control flow diagram during cooling operation. FIG. 暖房運転時の制御フロー図である。FIG. 4 is a control flow diagram during heating operation;

図１は建物の室内等に設けられる本発明の空調照明制御装置の一実施例を示し、この空調照明制御装置は、空調制御部１、照明制御部２及び連動制御部３を備えており、図示省略のマイクロプロセッサ、各種センサー、その他の制御機器にて構成される。 FIG. 1 shows an embodiment of an air-conditioning and lighting control device of the present invention installed in a room of a building or the like. It consists of a microprocessor (not shown), various sensors, and other control devices.

空調制御部１は、空調機４の冷房運転時又は暖房運転時の出力（冷却又は加熱のエネルギー）を増減させて目標室内温度に調整する。空調機４は公知の空冷式エアコンや冷温水式ファンコイルユニットなどで、図示省略の熱交換器の冷媒又は冷温水で空気を冷却又は加熱して室内に供給する。この空調機４の冷房運転時の出力を上げると室内温度が下がってエネルギー消費が増え、出力を下げると室内温度が上がってエネルギー消費が減る。暖房運転時の出力を上げると室内温度が上がってエネルギー消費が増え、出力を下げると室内温度が下がってエネルギー消費が減る。 The air conditioning control unit 1 increases or decreases the output (energy for cooling or heating) of the air conditioner 4 during cooling operation or heating operation to adjust the room temperature to a target room temperature. The air conditioner 4 is a known air-cooled air conditioner, cold/hot water fan coil unit, or the like, and cools or heats air with a refrigerant or hot/cold water in a heat exchanger (not shown) and supplies the air to the room. When the output of the air conditioner 4 during cooling operation is increased, the indoor temperature decreases and energy consumption increases, and when the output is decreased, the indoor temperature increases and energy consumption decreases. Increasing the output during heating operation raises the indoor temperature and increases energy consumption, while lowering the output lowers the indoor temperature and reduces energy consumption.

照明制御部２は、室内照明５の色温度（ケルビン）を変化させて居室者が暖かさを感じる低色温度（３０００～３２００Ｋ）と、居室者が冷たさを感じる高色温度（５０００～５５００Ｋ）と、に変化させて居室者の体感温度を調整する。この低色温度と高色温度のケルビン（Ｋ）の値は一例であって限定されるものではない。室内照明５は、色温度や照度等を変更できる公知のＬＥＤ照明等とする。 The lighting control unit 2 changes the color temperature (Kelvin) of the indoor lighting 5 to provide a low color temperature (3000 to 3200 K) at which the occupants feel warm and a high color temperature (5000 to 5500 K) at which the occupants feel cold. ) to adjust the sensible temperature of the room occupants. The Kelvin (K) values of the low color temperature and the high color temperature are an example and are not limited. The indoor lighting 5 is a known LED lighting or the like whose color temperature, illuminance, etc. can be changed.

連動制御部３は、居室者の現状の温冷感情報と室内照明５の現状の高低色温度情報とに応じて空調制御部１と照明制御部２を連動させて居室者が適温に感じるように調整する。連動制御部３は、冷房降温制御部６、冷房昇温制御部７、暖房昇温制御部８、暖房降温制御部９、急変制御部１０、緩変制御部１１及び待機制御部１２を備えている。居室者の冷感情報（寒いと感じる）と温感情報（暑いと感じる）は、図示省略の手動スイッチなどにて連動制御部３に入力（指令）する。 The interlocking control unit 3 interlocks the air conditioning control unit 1 and the lighting control unit 2 according to the current thermal sensation information of the occupants and the current high and low color temperature information of the indoor lighting 5 so that the occupants feel the appropriate temperature. adjust to The interlocking control unit 3 includes a cooling temperature drop control unit 6, a cooling temperature rise control unit 7, a heating temperature rise control unit 8, a heating temperature drop control unit 9, a sudden change control unit 10, a gradual change control unit 11, and a standby control unit 12. there is The cold sensation information (feels cold) and warm sensation information (feels hot) of the room occupants are input (instructed) to the interlock control unit 3 by a manual switch or the like (not shown).

図２に示すように、冷房降温制御部６は、冷房運転時において
居室者の温感情報と室内照明５の低色温度情報に応じて空調機４の冷房運転時の出力を維持しつつ室内照明５を低色温度から高色温度にする第１冷房時降温ステップと
居室者の温感情報と室内照明５の高色温度情報に応じて空調機４の冷房運転時の出力を上げて目標室内温度を下げつつ室内照明５を高色温度から低色温度にする第２冷房時降温ステップと
のうちのいずれかのステップを実行する。 As shown in FIG. 2 , the cooling temperature drop control unit 6 controls the temperature of the room while maintaining the output of the air conditioner 4 during the cooling operation according to the temperature information of the occupants and the low color temperature information of the room lighting 5 during the cooling operation. The first step of cooling down the lighting 5 from a low color temperature to a high color temperature, and increasing the output of the air conditioner 4 during cooling operation according to the temperature information of the occupants and the high color temperature information of the indoor lighting 5 is the target. and a step of decreasing the temperature of the interior lighting 5 from a high color temperature to a low color temperature while decreasing the interior temperature.

冷房昇温制御部７は、冷房運転時において
居室者の冷感情報と室内照明５の低色温度情報に応じて空調機４の冷房運転時の出力を下げて目標室内温度を上げつつ室内照明５を低色温度から高色温度にする第１冷房時昇温ステップと
居室者の冷感情報と室内照明５の高色温度情報に応じて空調機４の冷房運転時の出力を上げて目標室内温度を上げつつ室内照明５を高色温度に維持する第２冷房時昇温ステップと
のうちのいずれかのステップを実行する。 During cooling operation, the cooling temperature rise control unit 7 reduces the output of the air conditioner 4 during cooling operation according to the information on the coldness of the occupant and the information on the low color temperature of the indoor lighting 5 to increase the target indoor temperature while increasing the indoor lighting. 5 from a low color temperature to a high color temperature, and the output of the air conditioner 4 during cooling operation is increased according to the information on the coldness of the occupant and the information on the high color temperature of the indoor lighting 5. and a step of increasing the room temperature while maintaining the room lighting 5 at a high color temperature.

図３に示すように、暖房昇温制御部８は、暖房運転時において
居室者の冷感情報と室内照明５の高色温度情報に応じて空調機４の暖房運転時の出力を維持しつつ室内照明５を高色温度から低色温度にする第１暖房時昇温ステップと
居室者の冷感情報と室内照明５の低色温度情報に応じて空調機４の暖房運転時の出力を上げて目標室内温度を上げつつ室内照明５を低色温度から高色温度にする第２暖房時昇温ステップと
のうちのいずれかのステップを実行する。 As shown in FIG. 3, during the heating operation, the heating temperature rise control unit 8 maintains the output of the air conditioner 4 during the heating operation according to the information on the cold sensation of the room occupant and the information on the high color temperature of the indoor lighting 5. A first heating temperature raising step for changing the color temperature of the indoor lighting 5 from a high color temperature to a low color temperature, and increasing the output of the air conditioner 4 during the heating operation according to the information on the cold feeling of the occupant and the information on the low color temperature of the indoor lighting 5. and a second heating-time temperature raising step of increasing the target room temperature by increasing the color temperature of the room lighting 5 from the low color temperature to the high color temperature.

暖房降温制御部９は、暖房運転時において
居室者の温感情報と室内照明５の高色温度情報に応じて空調機４の暖房運転時の出力を下げて目標室内温度を下げつつ室内照明５を高色温度から低色温度にする第１暖房時降温ステップと
居室者の温感情報と室内照明５の低色温度情報に応じて空調機４の暖房運転時の出力を下げて目標室内温度を下げつつ室内照明５を低色温度に維持する第２暖房時降温ステップと
のうちのいずれかのステップを実行する。 During the heating operation, the heating temperature drop control unit 9 reduces the output of the air conditioner 4 during the heating operation according to the temperature information of the occupant and the high color temperature information of the indoor lighting 5 to lower the target room temperature while the indoor lighting 5 is lowered from a high color temperature to a low color temperature; and a step of lowering the temperature during heating in which the indoor lighting 5 is maintained at a low color temperature while lowering the temperature.

上記各ステップにおいて、空調機４の出力増減による目標室内温度の上げ下げは０.５℃刻みとするが、これに限定されるものではない。 In each of the above steps, the target room temperature is increased or decreased by 0.5° C. by increasing or decreasing the output of the air conditioner 4, but it is not limited to this.

急変制御部１０は、冷房降温制御部６の第１冷房時降温ステップと暖房昇温制御部８の第１暖房時昇温ステップとにおいて、室内照明５の色温度を急速に（１０～３０秒、好ましくは２０秒程度）変化させる。この急速の色温度変化時間は一例であって限定されるものではない。 The sudden change control unit 10 rapidly changes the color temperature of the indoor lighting 5 (10 to 30 seconds , preferably about 20 seconds). This rapid color temperature change time is an example and is not limited.

緩変制御部１１は、冷房降温制御部６の第２冷房時降温ステップと冷房昇温制御部７の第１冷房時昇温ステップと暖房昇温制御部８の第２暖房時昇温ステップと暖房降温制御部９の第１暖房時降温ステップとにおいて、室内照明５の色温度をゆっくり（３～７分、好ましくは５分程度）変化させる。このようにすれば、色温度が変わっても体感温度の変化が抑えられるので、空調機４の出力を上げずに、室内照明５の色温度を変化させるだけで、さらに体感温度を変化させることができる。このゆっくりの色温度変化時間は一例であって限定されるものではない。 The gradual change control unit 11 performs a second cooling temperature decrease step of the cooling temperature decrease control unit 6, a first cooling temperature increase step of the cooling temperature increase control unit 7, and a second heating temperature increase step of the heating temperature increase control unit 8. In the first heating temperature drop step of the heating temperature drop control unit 9, the color temperature of the room lighting 5 is slowly changed (3 to 7 minutes, preferably about 5 minutes). In this way, even if the color temperature changes, the change in the sensible temperature can be suppressed, so the sensible temperature can be further changed only by changing the color temperature of the indoor lighting 5 without increasing the output of the air conditioner 4. can be done. This slow color temperature change time is an example and is not limited.

待機制御部１２は、連動制御部３への居室者の冷温感情報の入力が連続しても一定時間（５分程度）は、後の入力を受け付けないようにする。 The standby control unit 12 does not accept subsequent input for a certain period of time (about 5 minutes) even if the input of the occupant's cold/warm sensation information to the interlocking control unit 3 continues.

１ 空調制御部
２ 照明制御部
３ 連動制御部
４ 空調機
５ 室内照明
６ 冷房降温制御部
７ 冷房昇温制御部
８ 暖房昇温制御部
９ 暖房降温制御部
１０ 急変制御部
１１ 緩変制御部 1 air conditioning control unit 2 lighting control unit 3 interlocking control unit 4 air conditioner 5 indoor lighting 6 cooling temperature decrease control unit 7 cooling temperature increase control unit 8 heating temperature increase control unit 9 heating temperature decrease control unit 10 sudden change control unit 11 gradual change control unit

本発明は上記課題を解決するため、空調機の冷房運転時又は暖房運転時の出力を増減させて室内温度を設定温度に調整する空調制御部と、室内照明の色温度を前記居室者が暖かさを感じる低色温度と前記居室者が冷たさを感じる高色温度とに変化させる照明制御部と、前記居室者の温冷感情報と前記室内照明の高低色温度情報とに応じて前記空調制御部と前記照明制御部を連動させて前記居室者が適温に感じるように制御する連動制御部と、を備えたことを最も主要な特徴とする。 In order to solve the above problems, the present invention provides an air conditioning control unit that adjusts the indoor temperature to a set temperature by increasing or decreasing the output of the air conditioner during cooling operation or heating operation, a lighting control unit that changes the color temperature between a low color temperature that feels cool and a high color temperature that the occupant feels cold; The most important feature is that it includes an interlocking control unit that interlocks the control unit and the lighting control unit and controls the occupant so that the room occupant feels an appropriate temperature.

空調制御部１は、空調機４の冷房運転時又は暖房運転時の出力（冷却又は加熱のエネルギー）を増減させて室内温度を設定温度に調整する。空調機４は公知の空冷式エアコンや冷温水式ファンコイルユニットなどで、図示省略の熱交換器の冷媒又は冷温水で空気を冷却又は加熱して室内に供給する。この空調機４の冷房運転時の出力を上げると室内温度が下がってエネルギー消費が増え、出力を下げると室内温度が上がってエネルギー消費が減る。暖房運転時の出力を上げると室内温度が上がってエネルギー消費が増え、出力を下げると室内温度が下がってエネルギー消費が減る。 The air conditioning control unit 1 adjusts the indoor temperature to the set temperature by increasing or decreasing the output (energy for cooling or heating) of the air conditioner 4 during cooling operation or heating operation. The air conditioner 4 is a known air-cooled air conditioner, cold/hot water fan coil unit, or the like, and cools or heats air with a refrigerant or hot/cold water in a heat exchanger (not shown) and supplies the air to the room. When the output of the air conditioner 4 during cooling operation is increased, the indoor temperature decreases and energy consumption increases, and when the output is decreased, the indoor temperature increases and energy consumption decreases. Increasing the output during heating operation raises the indoor temperature and increases energy consumption, while lowering the output lowers the indoor temperature and reduces energy consumption.

図２に示すように、冷房降温制御部６は、冷房運転時において
居室者の温感情報と室内照明５の低色温度情報に応じて空調機４の冷房運転時の出力を維持しつつ室内照明５を低色温度から高色温度にする第１冷房時降温ステップと
居室者の温感情報と室内照明５の高色温度情報に応じて空調機４の冷房運転時の出力を上げて室内温度を設定温度に下げつつ室内照明５を高色温度から低色温度にする第２冷房時降温ステップと
のうちのいずれかのステップを実行する。 As shown in FIG. 2 , the cooling temperature drop control unit 6 controls the temperature of the room while maintaining the output of the air conditioner 4 during the cooling operation according to the temperature information of the occupants and the low color temperature information of the room lighting 5 during the cooling operation. A first cooling-time cooling step that changes the color temperature of the lighting 5 from a low color temperature to a high color temperature, and increases the output of the air conditioner 4 during the cooling operation according to the temperature information of the occupant and the high color temperature information of the indoor lighting 5 to increase the indoor temperature. a second cooling-time temperature lowering step of lowering the color temperature of the interior lighting 5 from the high color temperature to the low color temperature while lowering the temperature to the set temperature ;

冷房昇温制御部７は、冷房運転時において
居室者の冷感情報と室内照明５の低色温度情報に応じて空調機４の冷房運転時の出力を下げて室内温度を設定温度に上げつつ室内照明５を低色温度から高色温度にする第１冷房時昇温ステップと
居室者の冷感情報と室内照明５の高色温度情報に応じて空調機４の冷房運転時の出力を上げて室内温度を設定温度に下げつつ室内照明５を高色温度に維持する第２冷房時昇温ステップと
のうちのいずれかのステップを実行する。 During the cooling operation, the cooling temperature rise control unit 7 reduces the output of the air conditioner 4 during the cooling operation according to the information on the feeling of coldness of the occupant and the information on the low color temperature of the indoor lighting 5 to raise the indoor temperature to the set temperature. A first step of increasing the temperature of the indoor lighting 5 from a low color temperature to a high color temperature during cooling, and increasing the output of the air conditioner 4 during the cooling operation according to the information on the cold feeling of the occupant and the information on the high color temperature of the indoor lighting 5. a second step of increasing the temperature during cooling for maintaining the indoor lighting 5 at a high color temperature while lowering the indoor temperature to the set temperature by using the above steps.

図３に示すように、暖房昇温制御部８は、暖房運転時において
居室者の冷感情報と室内照明５の高色温度情報に応じて空調機４の暖房運転時の出力を維持しつつ室内照明５を高色温度から低色温度にする第１暖房時昇温ステップと
居室者の冷感情報と室内照明５の低色温度情報に応じて空調機４の暖房運転時の出力を上げて室内温度を設定温度に上げつつ室内照明５を低色温度から高色温度にする第２暖房時昇温ステップと
のうちのいずれかのステップを実行する。 As shown in FIG. 3, during the heating operation, the heating temperature rise control unit 8 maintains the output of the air conditioner 4 during the heating operation according to the information on the cold sensation of the room occupant and the information on the high color temperature of the indoor lighting 5. A first heating temperature raising step for changing the color temperature of the indoor lighting 5 from a high color temperature to a low color temperature, and increasing the output of the air conditioner 4 during the heating operation according to the information on the cold feeling of the occupant and the information on the low color temperature of the indoor lighting 5. a second heating-time temperature raising step of increasing the indoor temperature from the low color temperature to the high color temperature while raising the indoor temperature to the set temperature ;

暖房降温制御部９は、暖房運転時において
居室者の温感情報と室内照明５の高色温度情報に応じて空調機４の暖房運転時の出力を下げて室内温度を設定温度に下げつつ室内照明５を高色温度から低色温度にする第１暖房時降温ステップと
居室者の温感情報と室内照明５の低色温度情報に応じて空調機４の暖房運転時の出力を下げて室内温度を設定温度に下げつつ室内照明５を低色温度に維持する第２暖房時降温ステップと
のうちのいずれかのステップを実行する。 During the heating operation, the heating temperature drop control unit 9 reduces the output of the air conditioner 4 during the heating operation according to the temperature information of the room occupant and the high color temperature information of the indoor lighting 5 to lower the indoor temperature to the set temperature. A first temperature lowering step during heating, in which the color temperature of the lighting 5 is changed from a high color temperature to a low color temperature, and the output of the air conditioner 4 during the heating operation is lowered according to the information on the warmth of the occupant and the information on the low color temperature of the indoor lighting 5, thereby and a second step of lowering the temperature during heating in which the indoor lighting 5 is maintained at a low color temperature while lowering the temperature to the set temperature.

上記各ステップにおいて、空調機４の出力増減による室内温度の上げ下げは０.５℃刻みとするが、これに限定されるものではない。 In each of the above steps, the room temperature is increased or decreased by 0.5° C. by increasing or decreasing the output of the air conditioner 4, but it is not limited to this.

本発明は上記課題を解決するため、空調機の冷房運転時又は暖房運転時の出力を増減させて室内温度を設定温度に調整する空調制御部と、室内照明の色温度を居室者が暖かさを感じる低色温度と前記居室者が冷たさを感じる高色温度とに変化させる照明制御部と、前記居室者の温冷感情報と前記室内照明の高低色温度情報とに応じて前記空調制御部と前記照明制御部を連動させて前記居室者が適温に感じるように制御する連動制御部と、を備えたことを最も主要な特徴とする。 In order to solve the above problems, the present invention provides an air conditioning control unit that adjusts the indoor temperature to a set temperature by increasing or decreasing the output of the air conditioner during cooling operation or heating operation, and adjusts the color temperature of the indoor lighting so that the occupants are warm. a lighting control unit that changes the color temperature between a low color temperature that feels cool and a high color temperature that the occupant feels cold; The most important feature is that it includes an interlocking control unit that interlocks the control unit and the lighting control unit and controls the occupant so that the room occupant feels an appropriate temperature.

Claims (4)

空調機（４）の冷房運転時又は暖房運転時の出力を増減させて目標室内温度に調整する空調制御部（１）と、室内照明（５）の色温度を前記居室者が暖かさを感じる低色温度と前記居室者が冷たさを感じる高色温度とに変化させる照明制御部（２）と、前記居室者の温冷感情報と前記室内照明（５）の高低色温度情報とに応じて前記空調制御部（１）と前記照明制御部（２）を連動させて前記居室者が適温に感じるように調整する連動制御部（３）と、を備えたことを特徴とする空調照明制御装置。 An air conditioning control unit (1) that adjusts the output of an air conditioner (4) during cooling operation or heating operation to a target indoor temperature, and the color temperature of indoor lighting (5) that makes the occupants feel warm. A lighting control unit (2) that changes the color temperature between a low color temperature and a high color temperature that the occupant feels cold, and according to the thermal sensation information of the occupant and the high and low color temperature information of the indoor lighting (5). and an interlocking control unit (3) that interlocks the air conditioning control unit (1) and the lighting control unit (2) to adjust so that the occupants of the room feel an appropriate temperature. Device. 前記連動制御部（３）が、
前記冷房運転時において
前記居室者の温感情報と前記室内照明（５）の低色温度情報に応じて前記空調機（４）の前記冷房運転時の前記出力を維持しつつ前記室内照明（５）を前記低色温度から前記高色温度にする第１冷房時降温ステップと
前記居室者の前記温感情報と前記室内照明（５）の高色温度情報に応じて前記空調機（４）の前記冷房運転時の前記出力を上げて前記目標室内温度を下げつつ前記室内照明（５）を前記高色温度から前記低色温度にする第２冷房時降温ステップと
のうちのいずれかの前記ステップを実行する冷房降温制御部（６）と、
前記冷房運転時において
前記居室者の冷感情報と前記室内照明（５）の前記低色温度情報に応じて前記空調機（４）の前記冷房運転時の前記出力を下げて前記目標室内温度を上げつつ前記室内照明（５）を前記低色温度から前記高色温度にする第１冷房時昇温ステップと
前記居室者の前記冷感情報と前記室内照明（５）の前記高色温度情報に応じて前記空調機（４）の前記冷房運転時の前記出力を上げて前記目標室内温度を上げつつ前記室内照明（５）を前記高色温度に維持する第２冷房時昇温ステップと
のうちのいずれかの前記ステップを実行する冷房昇温制御部（７）と、
前記暖房運転時において
前記居室者の前記冷感情報と前記室内照明（５）の前記高色温度情報に応じて前記空調機（４）の前記暖房運転時の前記出力を維持しつつ前記室内照明（５）を前記高色温度から前記低色温度にする第１暖房時昇温ステップと
前記居室者の前記冷感情報と前記室内照明（５）の前記低色温度情報に応じて前記空調機（４）の前記暖房運転時の前記出力を上げて前記目標室内温度を上げつつ前記室内照明（５）を前記低色温度から前記高色温度にする第２暖房時昇温ステップと
のうちのいずれかの前記ステップを実行する暖房昇温制御部（８）と、
前記暖房運転時において
前記居室者の前記温感情報と前記室内照明（５）の前記高色温度情報に応じて前記空調機（４）の前記暖房運転時の前記出力を下げて前記目標室内温度を下げつつ前記室内照明（５）を前記高色温度から前記低色温度にする第１暖房時降温ステップと
前記居室者の前記温感情報と前記室内照明（５）の前記低色温度情報に応じて前記空調機（４）の前記暖房運転時の前記出力を下げて前記目標室内温度を下げつつ前記室内照明（５）を前記低色温度に維持する第２暖房時降温ステップと
のうちのいずれかの前記ステップを実行する暖房降温制御部（９）と、
を備えた請求項１記載の空調照明制御装置。 The interlocking control unit (3)
During the cooling operation, the indoor lighting (5) is maintained while maintaining the output of the air conditioner (4) during the cooling operation according to the information on the warmth of the person in the room and the information on the low color temperature of the indoor lighting (5). ) from the low color temperature to the high color temperature; a second cooling-time temperature decreasing step from the high color temperature to the low color temperature while increasing the output during the cooling operation to decrease the target indoor temperature. A cooling temperature drop control unit (6) that executes
During the cooling operation, the output of the air conditioner (4) during the cooling operation is lowered according to the information on the feeling of coldness of the person in the room and the information on the low color temperature of the indoor lighting (5) to lower the target room temperature. a first cooling-time temperature raising step of increasing the indoor lighting (5) from the low color temperature to the high color temperature while increasing the temperature; a second cooling-time temperature raising step of increasing the output of the air conditioner (4) during the cooling operation in response to raising the target indoor temperature while maintaining the indoor lighting (5) at the high color temperature; A cooling temperature rise control unit (7) that executes any of the steps of
During the heating operation, the indoor lighting while maintaining the output of the air conditioner (4) during the heating operation according to the cold feeling information of the occupant and the high color temperature information of the indoor lighting (5) (5) is changed from the high color temperature to the low color temperature; and the air conditioner according to the cold feeling information of the occupant and the low color temperature information of the indoor lighting (5). and a second heating-time temperature raising step of (4), in which the indoor lighting (5) is changed from the low color temperature to the high color temperature while increasing the output during the heating operation to raise the target indoor temperature. A heating temperature rise control unit (8) that executes any of the steps;
During the heating operation, the output of the air conditioner (4) during the heating operation is lowered according to the information on the sense of warmth of the person in the room and the information on the high color temperature of the indoor lighting (5) to reduce the target room temperature. a first heating-time temperature lowering step of changing the indoor lighting (5) from the high color temperature to the low color temperature while lowering the temperature; and a second heating temperature lowering step of maintaining the indoor lighting (5) at the low color temperature while lowering the target indoor temperature by reducing the output of the air conditioner (4) during the heating operation accordingly. A heating temperature drop control unit (9) that executes any of the steps;
The air conditioning lighting control device according to claim 1, comprising: 前記連動制御部（３）が、前記冷房降温制御部（６）の前記第１冷房時降温ステップと前記暖房昇温制御部（８）の前記第１暖房時昇温ステップとにおいて前記室内照明（５）の前記色温度を急速に変化させる急変制御部（１０）を、備えた請求項２に記載の空調照明制御装置。 The interlocking control unit (3) controls the indoor lighting ( 3. The air conditioning lighting control device according to claim 2, further comprising a sudden change control section (10) for rapidly changing the color temperature of 5). 前記連動制御部（３）が、前記冷房降温制御部（６）の前記第２冷房時降温ステップと前記暖房昇温制御部（８）の前記第２暖房時昇温ステップとにおいて前記室内照明（５）の前記色温度をゆっくり変化させる緩変制御部（１１）を、備えた請求項２又は３に記載の空調照明制御装置。 The interlocking control unit (3) controls the indoor lighting ( 4. The air conditioning lighting control device according to claim 2 or 3, further comprising a gradual change control section (11) for slowly changing the color temperature of 5).
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Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH05187688A (en) * 1992-01-14 1993-07-27 Toshiba Corp Air conditioner

Patent Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH05187688A (en) * 1992-01-14 1993-07-27 Toshiba Corp Air conditioner

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