TWI742829B - Lighting control method - Google Patents

Lighting control method Download PDF

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TWI742829B
TWI742829B TW109129884A TW109129884A TWI742829B TW I742829 B TWI742829 B TW I742829B TW 109129884 A TW109129884 A TW 109129884A TW 109129884 A TW109129884 A TW 109129884A TW I742829 B TWI742829 B TW I742829B
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lighting
control unit
ranges
sensing
overlapping
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TW202211729A (en
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游德榮
林建銜
李明訓
余端
李韋蓉
潘明松
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台灣松下電器股份有限公司
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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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Abstract

一種燈光控制方法包含：多個動態感測器之其中部分或全部相鄰者的感測範圍會重疊，定義所有重疊的感測範圍分別為N個重疊區域；多個照明單元的照明範圍能夠分別對應該等動態感測器的多個感測範圍及該N個重疊區域而受到控制；當一控制單元只接收到一觸發信號時，控制範圍相符合的該照明單元開啟；當該控制單元接收到多個該觸發信號，且其中任兩個該觸發信號所對應的該兩個感測範圍有重疊時，該控制單元控制與該重疊區域相符合的該照明單元開啟；進而實現一種節能省電的燈光控制方法。A lighting control method includes: the sensing ranges of some or all of the adjacent ones of the multiple dynamic sensors will overlap, defining all the overlapping sensing ranges as N overlapping areas; the lighting ranges of the multiple lighting units can be separately Corresponding to the multiple sensing ranges of the dynamic sensors and the N overlapping areas, they are controlled; when a control unit receives only a trigger signal, the lighting unit that matches the control range is turned on; when the control unit receives When there are a plurality of the trigger signals, and the two sensing ranges corresponding to any two of the trigger signals overlap, the control unit controls the lighting unit corresponding to the overlap area to turn on; thereby realizing energy saving and power saving The lighting control method.

Description

燈光控制方法Lighting control method

本發明是有關於一種燈光控制方法，特別是指一種節能省電的燈光控制方法。The invention relates to a light control method, in particular to an energy-saving and power-saving light control method.

參閱圖1，圖1是習知技術的一種燈光控制方法所適用的一平面區域9及一燈光控制系統的示意圖，該燈光控制系統包含一控制單元1、多個動態感測器(Motion sensor)21~23、及多個照明單元(圖未示)。舉例來說，該等動態感測器21~23的數量是三個，且其中相鄰的兩個該動態感測器(即21與22或22與23)的兩個感測範圍 (即區域31與區域32或區域32與區域33)會互相重疊。該等照明單元的數量例如是三組，該等照明單元的三個照明範圍分別與該等動態感測器的該三個感測範圍在實質上相同，即分別是區域31~33。每一組的該照明單元例如包含多個電燈，且同一組的該等電燈同時受到該控制單元1的控制，以開啟或關閉。Refer to Figure 1. Figure 1 is a schematic diagram of a flat area 9 and a lighting control system to which a conventional lighting control method is applicable. The lighting control system includes a control unit 1, a plurality of motion sensors (Motion sensors) 21-23, and multiple lighting units (not shown). For example, the number of the dynamic sensors 21-23 is three, and the two adjacent ones of the dynamic sensors (ie 21 and 22 or 22 and 23) have two sensing ranges (ie regions) 31 and area 32 or area 32 and area 33) will overlap each other. The number of the lighting units is, for example, three groups, and the three lighting ranges of the lighting units are substantially the same as the three sensing ranges of the dynamic sensors, that is, areas 31 to 33 respectively. The lighting unit of each group includes, for example, a plurality of electric lamps, and the electric lamps of the same group are controlled by the control unit 1 at the same time to turn on or off.

該燈光控制方法包含：該三個動態感測器21~23之其中任一者感應到人體移動時，產生一觸發信號至該控制單元1；該控制單元1根據接收到的該觸發信號，控制對應的該等照明單元之其中對應者。舉例來說，當該動態感測器21產生該觸發信號時，對應該區域31的該照明裝置受控制而開啟。然而，當有人出現在該兩個區域31、32的重疊部分時，該兩個動態感測器21、22分別產生對應的兩個該觸發信號，使得該控制單元1分別控制對應該兩個區域31、32的該兩個照裝置開啟。因此，習知技術的這種燈光控制方法應該還存有節能省電的改善空間。The lighting control method includes: when any one of the three dynamic sensors 21-23 senses the movement of the human body, generating a trigger signal to the control unit 1; the control unit 1 controls the control unit 1 according to the received trigger signal Corresponding one of the corresponding lighting units. For example, when the motion sensor 21 generates the trigger signal, the lighting device corresponding to the area 31 is controlled to be turned on. However, when someone appears in the overlapping part of the two areas 31, 32, the two dynamic sensors 21, 22 respectively generate two corresponding trigger signals, so that the control unit 1 controls the two areas respectively. The two illuminating devices at 31 and 32 are turned on. Therefore, there should be room for improvement of energy saving and power saving in this light control method of the conventional technology.

因此，本發明的目的，即在提供一種節能省電的燈光控制方法。Therefore, the purpose of the present invention is to provide an energy-saving and power-saving lighting control method.

於是，本發明之一觀點，提供一種燈光控制方法，適用於一燈光控制系統，該燈光控制系統包含一控制單元、多個動態感測器、及多個照明單元。該燈光控制方法包含步驟(A)~(E)。Therefore, one aspect of the present invention provides a lighting control method suitable for a lighting control system. The lighting control system includes a control unit, a plurality of dynamic sensors, and a plurality of lighting units. The lighting control method includes steps (A) to (E).

於步驟(A)，該等動態感測器之其中部分或全部相鄰者的感測範圍會重疊，定義所有重疊的感測範圍分別為N個重疊區域，N為正整數。In step (A), some or all of the adjacent sensing ranges of the dynamic sensors will overlap. All overlapping sensing ranges are defined as N overlapping regions, and N is a positive integer.

於步驟(B)，該等照明單元的照明範圍能夠分別對應該等動態感測器的多個感測範圍及該N個重疊區域而受到該控制單元的控制，以開啟或關閉。In step (B), the illumination ranges of the lighting units can respectively correspond to the multiple sensing ranges of the dynamic sensors and the N overlapping areas, and are controlled by the control unit to turn on or off.

於步驟(C)，當該等動態感測器之其中任一者偵測到人體移動時，產生對應的一觸發信號至該控制單元。In step (C), when any one of the motion sensors detects the movement of the human body, a corresponding trigger signal is generated to the control unit.

於步驟(D)，當該控制單元只接收到一個該觸發信號時，控制與該動態感測器的該感測範圍相符合的該照明範圍所對應的該照明單元開啟。In step (D), when the control unit receives only one trigger signal, it controls the lighting unit corresponding to the lighting range that matches the sensing range of the dynamic sensor to turn on.

於步驟(E)，當該控制單元接收到多個該觸發信號，且所接收到的其中任兩個該觸發信號所對應的該兩個感測範圍有重疊時，該控制單元控制與該兩個感測範圍的該重疊區域相符合的該照明範圍所對應的該照明單元開啟。In step (E), when the control unit receives a plurality of the trigger signals, and the two sensing ranges corresponding to any two of the received trigger signals overlap, the control unit controls and The lighting unit corresponding to the lighting range to which the overlapping area of the sensing range matches is turned on.

在一些實施態樣中，該燈光控制方法還包含步驟(F)，該控制單元控制該等照明單元之其中部分者關閉，該其中部分者所對應的該等照明範圍分別符合對應沒有接收到該觸發信號的該等感測範圍。In some implementations, the lighting control method further includes step (F). The control unit controls some of the lighting units to turn off, and the lighting ranges corresponding to some of the lighting units correspond to the corresponding non-received These sensing ranges of the trigger signal.

在一些實施態樣中，其中，在步驟(E)，該控制單元所接收到的其中任一個該觸發信號所對應的該感測範圍沒有與所接到的其餘該觸發信號所對應的其餘任一個該感測範圍相重疊時，該控制單元控制對應的該照明裝置開啟。In some implementations, in step (E), the sensing range corresponding to any one of the trigger signals received by the control unit does not have any other sensing range corresponding to the other received trigger signals. When one of the sensing ranges overlaps, the control unit controls the corresponding lighting device to turn on.

在一些實施態樣中，其中，每一該動態感測器是一種紅外線感測器或超音波感測器。In some embodiments, each of the motion sensors is an infrared sensor or an ultrasonic sensor.

於是，本發明之另一觀點，提供一種燈光控制方法，適用於一燈光控制系統，該燈光控制系統包含一控制單元、多個動態感測器、及多個照明單元，該燈光控制方法包含步驟(A)~(E)。Therefore, another aspect of the present invention provides a lighting control method suitable for a lighting control system. The lighting control system includes a control unit, a plurality of motion sensors, and a plurality of lighting units. The lighting control method includes steps (A)~(E).

於步驟(A)，該等動態感測器之其中部分或全部相鄰者的感測範圍會重疊，定義所有重疊的感測範圍分別為N個重疊區域，N為正整數。In step (A), some or all of the adjacent sensing ranges of the dynamic sensors will overlap. All overlapping sensing ranges are defined as N overlapping regions, and N is a positive integer.

於步驟(B)，每一該照明單元對應不同的一照明範圍，並能夠受到該控制單元的控制，以開啟或關閉，每一該照明範圍都小於所在位置所對應的該感測範圍。In step (B), each lighting unit corresponds to a different lighting range and can be controlled by the control unit to turn on or off, and each lighting range is smaller than the sensing range corresponding to the position.

於步驟(C)，當該等動態感測器之其中任一者偵測到人體移動時，產生對應的一觸發信號至該控制單元。In step (C), when any one of the motion sensors detects the movement of the human body, a corresponding trigger signal is generated to the control unit.

於步驟(D)，當該控制單元只接收到一個該觸發信號時，控制與該動態感測器的該感測範圍相重疊的該等照明範圍所對應的該等照明單元開啟。In step (D), when the control unit receives only one trigger signal, it controls the lighting units corresponding to the lighting ranges overlapping the sensing range of the dynamic sensor to turn on.

於步驟(E)，當該控制單元接收到多個該觸發信號，且所接收到的其中任兩個該觸發信號所對應的該兩個感測範圍有重疊時，該控制單元控制與該兩個感測範圍的該重疊區域相重疊的該等照明範圍所對應的該等照明單元開啟。In step (E), when the control unit receives a plurality of the trigger signals, and the two sensing ranges corresponding to any two of the received trigger signals overlap, the control unit controls and The lighting units corresponding to the lighting ranges in which the overlapping regions of the sensing ranges overlap are turned on.

在一些實施態樣中，該燈光控制方法還包含步驟(F)，該控制單元控制該等照明單元之其中部分者關閉，該其中部分者所對應的該等照明範圍分別位於對應沒有接收到該觸發信號的該等感測範圍內。In some implementations, the lighting control method further includes step (F). The control unit controls some of the lighting units to turn off, and the lighting ranges corresponding to some of the lighting units are respectively located in the corresponding ones that did not receive the Within the sensing range of the trigger signal.

在一些實施態樣中，其中，在步驟(E)，該控制單元所接收到的其中任一個該觸發信號所對應的該感測範圍沒有與所接到的其餘該觸發信號所對應的其餘任一個該感測範圍相重疊時，該控制單元控制與對應該動態感測器的該感測範圍相重疊的該等照明範圍所對應的該等照明單元開啟。In some implementations, in step (E), the sensing range corresponding to any one of the trigger signals received by the control unit does not have any other sensing range corresponding to the other received trigger signals. When one of the sensing ranges overlaps, the control unit controls the lighting units corresponding to the lighting ranges overlapping with the sensing range of the corresponding dynamic sensor to turn on.

在一些實施態樣中，其中，每一該動態感測器是一種紅外線感測器或超音波感測器。In some embodiments, each of the motion sensors is an infrared sensor or an ultrasonic sensor.

本發明的功效在於：藉由相鄰兩個該動態感測器的該兩個感測範圍會有重疊的該N個重疊區域，且對應該N個重疊區域之其中每一者的該照明單元能夠受到該控制單元的控制，以單獨地開啟或關閉，使得當人員移動至該N個重疊區域之其中任一者時，不會像習知技術完全開啟相鄰的兩個該照明單元，而能夠更加地節能省電。The effect of the present invention is that the two sensing ranges of the two adjacent dynamic sensors have the N overlapping regions that overlap, and the lighting unit corresponding to each of the N overlapping regions It can be controlled by the control unit to turn on or off individually, so that when a person moves to any of the N overlapping areas, the two adjacent lighting units will not be completely turned on like the conventional technology, and It can save more energy and power.

在本發明被詳細描述之前，應當注意在以下的說明內容中，類似的元件是以相同的編號來表示。Before the present invention is described in detail, it should be noted that in the following description, similar elements are denoted by the same numbers.

參閱圖1與圖2，本發明燈光控制方法之一第一實施例，適用於一燈光控制系統，該燈光控制系統包含一控制單元1、多個動態感測器21~23、及多個照明單元。每一照明單元例如包含多個電燈。每一該動態感測器21~23是一種紅外線感測器或超音波感測器，以用於偵測人體的移動。該控制單元1例如包含一微控制器及多個燈光控制器，該微控制器根據該等動態感測器21~23的偵測結果以控制該等燈光控制器決定對應的該等照明單元開啟(發光)或關閉(不發光)。圖1是一平面區域9的示意圖，且該等動態感測器21~23的數量是三個為例作說明，但不以此為限。1 and 2, a first embodiment of the light control method of the present invention is applicable to a light control system, the light control system includes a control unit 1, a plurality of dynamic sensors 21-23, and a plurality of lighting unit. Each lighting unit includes a plurality of electric lamps, for example. Each of the motion sensors 21-23 is an infrared sensor or ultrasonic sensor for detecting the movement of the human body. The control unit 1 includes, for example, a microcontroller and a plurality of lighting controllers. The microcontroller controls the lighting controllers to determine the corresponding lighting units to turn on according to the detection results of the motion sensors 21-23 (Illuminated) or off (not illuminated). FIG. 1 is a schematic diagram of a plane area 9, and the number of the dynamic sensors 21 to 23 is three as an example for illustration, but it is not limited thereto.

該燈光控制方法包含步驟S1~S6。The lighting control method includes steps S1 to S6.

於步驟S1，該等動態感測器21~23之其中部分或全部相鄰者的感測範圍會重疊，定義所有重疊的感測範圍分別為N個重疊區域，N為正整數。在本實施例中，區域31與區域32互相重疊，區域32與區域33互相重疊，也就是全部相鄰的該兩個動態感測器21、22(或22、23)的該兩個感測範圍都會重疊，N等於2。In step S1, the sensing ranges of some or all of the adjacent ones of the dynamic sensors 21-23 overlap, and all the overlapping sensing ranges are defined as N overlapping regions, and N is a positive integer. In this embodiment, the area 31 and the area 32 overlap each other, and the area 32 and the area 33 overlap each other, that is, the two sensors 21, 22 (or 22, 23) that are all adjacent to each other The ranges will overlap, and N is equal to 2.

於步驟S2，該等照明單元的照明範圍能夠分別對應該等動態感測器21~23的多個感測範圍及該N個重疊區域而受到該控制單元1的控制，以開啟或關閉。在本實施例中，對應區域31(或區域32或區域33)的該照明單元能夠單獨地受到該控制單元1的控制，且對應區域31與32(或區域32與33)的重疊部分(即該重疊區域)的該照明單元也能夠單獨地受到該控制單元1的控制。In step S2, the lighting ranges of the lighting units can respectively correspond to the sensing ranges of the dynamic sensors 21-23 and the N overlapping regions, and are controlled by the control unit 1 to turn on or off. In this embodiment, the lighting unit corresponding to the area 31 (or area 32 or area 33) can be individually controlled by the control unit 1, and the corresponding area 31 and 32 (or area 32 and 33) overlap (ie The lighting unit in the overlapping area can also be controlled by the control unit 1 individually.

於步驟S3，當該等動態感測器21~23之其中任一者偵測到人體移動時，產生對應的一觸發信號至該控制單元1。舉例來說，有一個人員在該平面區域9內移動，當該人員在其中一個該區域31~33內時，只會產生一個該觸發信號。而當該人員位於其中一個該重疊區域時，就會產生兩個該觸發信號。In step S3, when any one of the motion sensors 21-23 detects the movement of the human body, a corresponding trigger signal is generated to the control unit 1. For example, if a person moves in the plane area 9, when the person is in one of the areas 31 to 33, only one trigger signal will be generated. When the person is located in one of the overlapping areas, two such trigger signals will be generated.

於步驟S4，當該控制單元1只接收到一個該觸發信號時，控制與該動態感測器21~23的該感測範圍相符合的該照明範圍所對應的該照明單元開啟。舉例來說，當只有該動態感測器21產生該觸發信號時，對應該區域31的該照明單元被開啟。In step S4, when the control unit 1 receives only one trigger signal, it controls the lighting unit corresponding to the lighting range that matches the sensing range of the dynamic sensors 21-23 to turn on. For example, when only the dynamic sensor 21 generates the trigger signal, the lighting unit corresponding to the area 31 is turned on.

於步驟S5，當該控制單元1接收到多個該觸發信號，且所接收到的其中任兩個該觸發信號所對應的該兩個感測範圍有重疊時，該控制單元1控制與該兩個感測範圍的該重疊區域相符合的該照明範圍所對應的該照明單元開啟。在本實施例中，當該人員位於區域31與區域32的重疊部分(即該重疊區域)時，對應區域31與區域32的重疊部分的該照明單元被開啟，而對應區域31但不包含區域31與區域32的重疊部分的該照明單元被關閉，且對應區域32但不包含區域31與區域32的重疊部分的該照明單元也被關閉。In step S5, when the control unit 1 receives a plurality of the trigger signals, and the two sensing ranges corresponding to any two of the received trigger signals overlap, the control unit 1 controls and The lighting unit corresponding to the lighting range to which the overlapping area of the sensing range matches is turned on. In this embodiment, when the person is located in the overlapping part of the area 31 and the area 32 (that is, the overlapping area), the lighting unit corresponding to the overlapping part of the area 31 and the area 32 is turned on, and the corresponding area 31 does not include the area. The lighting unit in the overlapping portion of the area 31 and the area 32 is turned off, and the lighting unit corresponding to the area 32 but not including the overlapping portion of the area 31 and the area 32 is also turned off.

此外，該控制單元1所接收到的其中任一個該觸發信號所對應的該感測範圍沒有與所接到的其餘該觸發信號所對應的其餘任一個該感測範圍相重疊時，該控制單元1控制對應的該照明裝置開啟。舉例來說，當該人員位於區域31與區域32的重疊部分時，有另外一個人員進入區域33，則對應該區域33的該照明單元也會被開啟。In addition, when the sensing range corresponding to any one of the trigger signals received by the control unit 1 does not overlap with any other sensing range corresponding to the remaining trigger signals received, the control unit 1 1 Control the corresponding lighting device to turn on. For example, when the person is located in the overlapping part of the area 31 and the area 32, and another person enters the area 33, the lighting unit corresponding to the area 33 will also be turned on.

於步驟S6，該控制單元1控制該等照明單元之其中部分者關閉，該其中部分者所對應的該等照明範圍分別符合對應沒有接收到該觸發信號的該等感測範圍。In step S6, the control unit 1 controls some of the lighting units to turn off, and the lighting ranges corresponding to the some of the lighting units respectively correspond to the sensing ranges corresponding to not receiving the trigger signal.

參閱圖2與圖3，該第二實施例大致上與該第一實施例相同，不同的地方在於：該等照明單元的該等照明範圍並不是剛好對應該等動態感測器21~23的該等感測範圍及該N個重疊區域。因此，步驟S2、S4、S5並不相同。2 and 3, the second embodiment is substantially the same as the first embodiment, except that the lighting ranges of the lighting units are not exactly corresponding to those of the dynamic sensors 21-23 The sensing ranges and the N overlapping areas. Therefore, steps S2, S4, and S5 are not the same.

於步驟S2，每一該照明單元對應不同的一照明範圍，並能夠受到該控制單元1的控制，以開啟或關閉，每一該照明範圍都小於所在位置所對應的該感測範圍。在本實施例中，該等照明範圍分別對應多個區域91~99、81~86，對應該等區域97~99、81~86的該等照明範圍之其中每一者都小於對應該區域31的該感測範圍，對應該等區域93~99的該等照明範圍之其中每一者都小於對應該區域32的該感測範圍，對應該等區域91~95的該等照明範圍之其中每一者都小於對應該區域33的該感測範圍。In step S2, each lighting unit corresponds to a different lighting range and can be controlled by the control unit 1 to turn on or off, and each lighting range is smaller than the sensing range corresponding to the position. In this embodiment, the lighting ranges respectively correspond to a plurality of areas 91-99, 81-86, and each of the lighting ranges corresponding to the areas 97-99, 81-86 is smaller than the corresponding area 31 The sensing range of each of the lighting ranges corresponding to the areas 93-99 is smaller than the sensing range of the corresponding area 32, and each of the lighting ranges corresponding to the areas 91-95 One of them is smaller than the sensing range corresponding to the area 33.

於步驟S4，當該控制單元1只接收到一個該觸發信號時，控制與該動態感測器21~23的該感測範圍相重疊的該等照明範圍所對應的該等照明單元開啟。舉例來說，當只有該動態感測器21產生該觸發信號時，對應該等區域97~99、81~86的該等照明單元被開啟。In step S4, when the control unit 1 receives only one trigger signal, it controls the lighting units corresponding to the lighting ranges overlapping the sensing ranges of the dynamic sensors 21-23 to turn on. For example, when only the motion sensor 21 generates the trigger signal, the lighting units corresponding to the regions 97-99 and 81-86 are turned on.

於步驟S5，當該控制單元1接收到多個該觸發信號，且所接收到的其中任兩個該觸發信號所對應的該兩個感測範圍有重疊時，該控制單元1控制與該兩個感測範圍的該重疊區域相重疊的該等照明範圍所對應的該等照明單元開啟。舉例來說，當該人員位於區域31與區域32的重疊部分(即該重疊區域)時，對應該等區域97~99、83的該等照明單元被開啟，而對應該等區域93~96、81、82、84~86的該等照明單元被關閉。In step S5, when the control unit 1 receives a plurality of the trigger signals, and the two sensing ranges corresponding to any two of the received trigger signals overlap, the control unit 1 controls and The lighting units corresponding to the lighting ranges in which the overlapping regions of the sensing ranges overlap are turned on. For example, when the person is located in the overlapping part of the area 31 and the area 32 (that is, the overlapping area), the lighting units corresponding to the areas 97-99, 83 are turned on, and the lighting units corresponding to the areas 93-96, The lighting units 81, 82, 84 to 86 are turned off.

此外，該控制單元1所接收到的其中任一個該觸發信號所對應的該感測範圍沒有與所接到的其餘該觸發信號所對應的其餘任一個該感測範圍相重疊時，該控制單元1控制與對應該動態感測器21~23的該感測範圍相重疊的該等照明範圍所對應的該等照明單元開啟。In addition, when the sensing range corresponding to any one of the trigger signals received by the control unit 1 does not overlap with any other sensing range corresponding to the remaining trigger signals received, the control unit 1 1 Control the lighting units corresponding to the lighting ranges overlapping with the sensing ranges corresponding to the dynamic sensors 21-23 to turn on.

另外要特別補充說明的是：在該第一實施例及該第二實施例中，每一該照明單元所對應的該照明範圍並未重疊，而在其他的實施例中，該等照明範圍之其中部分者也可以部份重疊，並不影響本發明的實施。In addition, it should be noted that in the first embodiment and the second embodiment, the lighting range corresponding to each lighting unit does not overlap, while in other embodiments, the lighting range Some of them can also partially overlap, which does not affect the implementation of the present invention.

綜上所述，藉由相鄰兩個該動態感測器的該兩個感測範圍會有重疊的該N個重疊區域，且對應該N個重疊區域之其中每一者的該照明單元能夠受到該控制單元的控制，以單獨地開啟或關閉，使得當人員移動至該N個重疊區域之其中任一者時，不會像習知技術完全開啟相鄰的兩個該照明單元，而能夠更加地節能省電，故確實能達成本發明的目的。In summary, by the two sensing ranges of two adjacent dynamic sensors, the N overlapping regions will overlap, and the lighting unit corresponding to each of the N overlapping regions can Under the control of the control unit, it can be turned on or off individually, so that when a person moves to any of the N overlapping areas, the two adjacent lighting units will not be completely turned on as in the prior art. It is more energy-saving and electricity-saving, so it can indeed achieve the purpose of the invention.

惟以上所述者，僅為本發明的實施例而已，當不能以此限定本發明實施的範圍，凡是依本發明申請專利範圍及專利說明書內容所作的簡單的等效變化與修飾，皆仍屬本發明專利涵蓋的範圍內。However, the above are only examples of the present invention. When the scope of implementation of the present invention cannot be limited by this, all simple equivalent changes and modifications made in accordance with the scope of the patent application of the present invention and the content of the patent specification still belong to Within the scope covered by the patent of the present invention.

1:控制單元 21~23:動態感測器 31~33:區域 9:平面區域 81~85:區域 91~99:區域 S1~S6:步驟1: control unit 21~23: Motion sensor 31~33: area 9: flat area 81~85: area 91~99: area S1~S6: steps

本發明的其他的特徵及功效，將於參照圖式的實施方式中清楚地呈現，其中： 圖1是一示意圖，說明習知技術與本發明燈光控制方法所適用的一平面區域； 圖2是一流程圖，說明本發明燈光控制方法的一第一實施例及一第二實施例；及 圖3是一示意圖，說明本發明燈光控制方法所適用的另一平面區域。 Other features and effects of the present invention will be clearly presented in the embodiments with reference to the drawings, in which: FIG. 1 is a schematic diagram illustrating a plane area to which the conventional technology and the light control method of the present invention are applicable; Figure 2 is a flowchart illustrating a first embodiment and a second embodiment of the light control method of the present invention; and Fig. 3 is a schematic diagram illustrating another plane area to which the light control method of the present invention is applicable.

S1~S6:步驟 S1~S6: steps

Claims (8)

一種燈光控制方法，適用於一燈光控制系統，該燈光控制系統包含一控制單元、多個動態感測器、及多個照明單元，該燈光控制方法包含： (A)該等動態感測器之其中部分或全部相鄰者的感測範圍會重疊，定義所有重疊的感測範圍分別為N個重疊區域，N為正整數； (B)該等照明單元的照明範圍能夠分別對應該等動態感測器的多個感測範圍及該N個重疊區域而受到該控制單元的控制，以開啟或關閉； (C)當該等動態感測器之其中任一者偵測到人體移動時，產生對應的一觸發信號至該控制單元； (D)當該控制單元只接收到一個該觸發信號時，控制與該動態感測器的該感測範圍相符合的該照明範圍所對應的該照明單元開啟；及 (E)當該控制單元接收到多個該觸發信號，且所接收到的其中任兩個該觸發信號所對應的該兩個感測範圍有重疊時，該控制單元控制與該兩個感測範圍的該重疊區域相符合的該照明範圍所對應的該照明單元開啟。 A lighting control method is suitable for a lighting control system. The lighting control system includes a control unit, a plurality of dynamic sensors, and a plurality of lighting units. The lighting control method includes: (A) The sensing ranges of some or all of the adjacent ones of the dynamic sensors will overlap. All overlapping sensing ranges are defined as N overlapping areas, and N is a positive integer; (B) The lighting ranges of the lighting units can respectively correspond to the multiple sensing ranges of the dynamic sensors and the N overlapping areas, and are controlled by the control unit to turn on or off; (C) When any one of the dynamic sensors detects the movement of the human body, a corresponding trigger signal is generated to the control unit; (D) When the control unit receives only one trigger signal, control the lighting unit corresponding to the lighting range that matches the sensing range of the dynamic sensor to turn on; and (E) When the control unit receives a plurality of the trigger signals, and the two sensing ranges corresponding to any two of the received trigger signals overlap, the control unit controls the two sensing ranges The lighting unit corresponding to the lighting range corresponding to the overlapping area of the range is turned on. 如請求項1所述的燈光控制方法，還包含步驟(F)，該控制單元控制該等照明單元之其中部分者關閉，該其中部分者所對應的該等照明範圍分別符合對應沒有接收到該觸發信號的該等感測範圍。The lighting control method according to claim 1, further comprising step (F). The control unit controls some of the lighting units to turn off, and the lighting ranges corresponding to some of the lighting units respectively correspond to the corresponding failure to receive the These sensing ranges of the trigger signal. 如請求項2所述的燈光控制方法，其中，在步驟(E)，該控制單元所接收到的其中任一個該觸發信號所對應的該感測範圍沒有與所接到的其餘該觸發信號所對應的其餘任一個該感測範圍相重疊時，該控制單元控制對應的該照明裝置開啟。The lighting control method according to claim 2, wherein, in step (E), the sensing range corresponding to any one of the trigger signals received by the control unit is not related to the other received trigger signals. When any of the other corresponding sensing ranges overlap, the control unit controls the corresponding lighting device to turn on. 如請求項3所述的燈光控制方法，其中，每一該動態感測器是一種紅外線感測器或超音波感測器。The lighting control method according to claim 3, wherein each of the motion sensors is an infrared sensor or an ultrasonic sensor. 一種燈光控制方法，適用於一燈光控制系統，該燈光控制系統包含一控制單元、多個動態感測器、及多個照明單元，該燈光控制方法包含： (A)該等動態感測器之其中部分或全部相鄰者的感測範圍會重疊，定義所有重疊的感測範圍分別為N個重疊區域，N為正整數； (B)每一該照明單元對應不同的一照明範圍，並能夠受到該控制單元的控制，以開啟或關閉，每一該照明範圍都小於所在位置所對應的該感測範圍； (C)當該等動態感測器之其中任一者偵測到人體移動時，產生對應的一觸發信號至該控制單元； (D)當該控制單元只接收到一個該觸發信號時，控制與該動態感測器的該感測範圍相重疊的該等照明範圍所對應的該等照明單元開啟；及 (E)當該控制單元接收到多個該觸發信號，且所接收到的其中任兩個該觸發信號所對應的該兩個感測範圍有重疊時，該控制單元控制與該兩個感測範圍的該重疊區域相重疊的該等照明範圍所對應的該等照明單元開啟。 A lighting control method is suitable for a lighting control system. The lighting control system includes a control unit, a plurality of dynamic sensors, and a plurality of lighting units. The lighting control method includes: (A) The sensing ranges of some or all of the adjacent ones of the dynamic sensors will overlap. All overlapping sensing ranges are defined as N overlapping areas, and N is a positive integer; (B) Each lighting unit corresponds to a different lighting range, and can be controlled by the control unit to turn on or off, and each lighting range is smaller than the sensing range corresponding to the location; (C) When any one of the dynamic sensors detects the movement of the human body, a corresponding trigger signal is generated to the control unit; (D) When the control unit receives only one trigger signal, control the lighting units corresponding to the lighting ranges overlapping the sensing range of the dynamic sensor to turn on; and (E) When the control unit receives a plurality of the trigger signals, and the two sensing ranges corresponding to any two of the received trigger signals overlap, the control unit controls the two sensing ranges The lighting units corresponding to the lighting ranges overlapping the overlapping area of the range are turned on. 如請求項5所述的燈光控制方法，還包含步驟(F)，該控制單元控制該等照明單元之其中部分者關閉，該其中部分者所對應的該等照明範圍分別位於對應沒有接收到該觸發信號的該等感測範圍內。The lighting control method according to claim 5, further comprising step (F). The control unit controls some of the lighting units to turn off, and the lighting ranges corresponding to some of the lighting units are located in the corresponding ones that did not receive the Within the sensing range of the trigger signal. 如請求項6所述的燈光控制方法，其中，在步驟(E)，該控制單元所接收到的其中任一個該觸發信號所對應的該感測範圍沒有與所接到的其餘該觸發信號所對應的其餘任一個該感測範圍相重疊時，該控制單元控制與對應該動態感測器的該感測範圍相重疊的該等照明範圍所對應的該等照明單元開啟。The lighting control method according to claim 6, wherein, in step (E), the sensing range corresponding to any one of the trigger signals received by the control unit is not related to the other received trigger signals. When any one of the other sensing ranges overlaps, the control unit controls the lighting units corresponding to the lighting ranges overlapping with the sensing range of the corresponding dynamic sensor to turn on. 如請求項7所述的燈光控制方法，其中，每一該動態感測器是一種紅外線感測器或超音波感測器。The lighting control method according to claim 7, wherein each of the motion sensors is an infrared sensor or an ultrasonic sensor.
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