TWI607672B - Emergency calling device, light emitting system and light emitting method applied to indoor invironment - Google Patents

Emergency calling device, light emitting system and light emitting method applied to indoor invironment Download PDF

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Publication number
TWI607672B
TWI607672B TW106110154A TW106110154A TWI607672B TW I607672 B TWI607672 B TW I607672B TW 106110154 A TW106110154 A TW 106110154A TW 106110154 A TW106110154 A TW 106110154A TW I607672 B TWI607672 B TW I607672B
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module
signal
emergency call
communication module
emergency
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TW106110154A
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TW201836436A (en
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徐業良
張凱維
許力昇
戴志穎
蔡森裕
李杰儒
黃教晏
謝坤庭
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世大福智科技股份有限公司
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Priority to TW106110154A priority Critical patent/TWI607672B/en
Priority to CN201710218622.5A priority patent/CN108924173B/en
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Publication of TW201836436A publication Critical patent/TW201836436A/en

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00—Network arrangements or protocols for supporting network services or applications
    • H04L67/01—Protocols
    • H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00—Network arrangements or protocols for supporting network services or applications
    • H04L67/50—Network services
    • H04L67/52—Network services specially adapted for the location of the user terminal
    • H—ELECTRICITY
    • H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
    • H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
    • H05B47/00—Circuit arrangements for operating light sources in general, i.e. where the type of light source is not relevant
    • H05B47/10—Controlling the light source
    • 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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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Health & Medical Sciences (AREA)
  • Computing Systems (AREA)
  • General Health & Medical Sciences (AREA)
  • Medical Informatics (AREA)
  • Circuit Arrangement For Electric Light Sources In General (AREA)
  • Alarm Systems (AREA)
  • Telephonic Communication Services (AREA)

Description

應用於室內環境的緊急呼叫裝置、發光系統及其發光方法 Emergency call device applied to indoor environment, illumination system and illumination method thereof

一種緊急呼叫裝置，尤指一種應用於室內環境的緊急呼叫裝置、發光系統及其發光方法。 An emergency call device, especially an emergency call device, an illumination system and a method for emitting the same, which are applied to an indoor environment.

一般人處於家中都需要適合的燈光，在客廳或是書房則需要不同的燈光。在客廳休息時需要較柔和的燈光。而在書房時則需要較明亮的燈光。然而，控制燈光在柔和狀態或是明亮狀態通常取決於使用者開啟幾盞燈。若是行動不便的老人或是較年幼的孩童獨自處於家中時，則無法得到充足的室內光線。 The average person needs a suitable light at home, and different lights are needed in the living room or study. Softer lights are needed to rest in the living room. In the study, you need brighter lights. However, controlling the light in a soft or bright state usually depends on the user turning on a few lights. If an elderly person with a mobility impairment or a younger child is alone at home, there is no room for adequate indoor light.

本發明之一實施例提出一種應用於室內環境的緊急呼叫裝置，緊急呼叫裝置包括通訊模組、測距模組、處理模組、觸壓模組以及發光模組。處理模組分別電性連接測距模組、通訊模組以、觸壓模組及發光模組。當緊急呼叫裝置的通訊模組以無線方式接收到指示訊號，緊急呼叫裝置的處理模組根據指示訊號而相對應產生發光訊號並傳送至發光模組，發光模組根據發光訊號而相對調整光線。當觸壓模組接收到觸壓訊號後，緊急呼叫裝置的處理模組控制發光模組發出第一光線並控制緊急呼叫裝置的通訊模組 發出通知訊號至電子裝置的通訊模組，當電子裝置接收到通知訊號後，電子裝置的處理模組產生接收訊號並透過電子裝置的通訊模組傳送至緊急呼叫裝置，緊急呼叫裝置根據接收訊號發出第二光線。緊急呼叫裝置的通訊模組透過路由器或是藍芽方式接收電子裝置所傳送的設定訊號，設定訊號用以設定當緊急呼叫裝置的測距模組偵測到定位裝置距離在預設距離之內時，緊急呼叫裝置發出光線。電子裝置具有處理模組與通訊模組，電子裝置的處理模組電性連接電子裝置的通訊模組。 An embodiment of the present invention provides an emergency call device for use in an indoor environment. The emergency call device includes a communication module, a ranging module, a processing module, a touch pressure module, and a light emitting module. The processing module is electrically connected to the distance measuring module, the communication module, the touch voltage module and the light emitting module. When the communication module of the emergency call device receives the indication signal in a wireless manner, the processing module of the emergency call device generates a illuminating signal corresponding to the indication signal and transmits the illuminating signal to the illuminating module, and the illuminating module relatively adjusts the ray according to the illuminating signal. After the touch pressure module receives the touch pressure signal, the processing module of the emergency call device controls the light emitting module to emit the first light and control the communication module of the emergency call device. Sending a notification signal to the communication module of the electronic device. When the electronic device receives the notification signal, the processing module of the electronic device generates a receiving signal and transmits the signal to the emergency calling device through the communication module of the electronic device, and the emergency calling device sends the signal according to the receiving signal. The second light. The communication module of the emergency call device receives the setting signal transmitted by the electronic device through the router or the Bluetooth mode, and the setting signal is used to set when the distance measuring module of the emergency calling device detects that the positioning device distance is within a preset distance The emergency call device emits light. The electronic device has a processing module and a communication module, and the processing module of the electronic device is electrically connected to the communication module of the electronic device.

本發明之一實施例所提出一種應用於室內環境的發光系統，發光系統包括數個緊急呼叫裝置、定位裝置以及電子裝置。各緊急呼叫裝置設置於室內環境的至少之一處。各緊急呼叫裝置具有通訊模組、測距模組、處理模組、觸壓模組以及發光模組，處理模組分別電性連接測距模組、通訊模組、觸壓模組以及發光模組。緊急呼叫裝置的通訊模組以無線方式接收到指示訊號，緊急呼叫裝置的處理模組根據指示訊號而相對應產生發光訊號並傳送至緊急呼叫裝置的發光模組，緊急呼叫裝置的發光模組根據發光訊號而相對調整光線。電子裝置具有處理模組與通訊模組，電子裝置的處理模組電性連接電子裝置的通訊模組，電子裝置的通訊模組用以透過路由器或是藍芽方式發送設定訊號至各緊急呼叫裝置的通訊模組，設定訊號用以設定當緊急呼叫裝置的測距模組偵測到定位裝置距離在預設距離之內時，至少一緊急呼叫裝置發出光線。當觸壓模組接收一觸壓訊號後，緊急呼叫裝置的處理模組控制發光模組發出第一光線並控制緊急呼叫裝置的通訊模組發出通知訊號至電子裝置的通訊模組，當電子裝置接收到通知訊號後，電子裝置的處理模組產生接收訊號並透過通訊模組傳送至緊急呼叫裝置，緊急呼叫裝置根據接收訊號發出第二光線。 An embodiment of the present invention provides an illumination system for use in an indoor environment, the illumination system including a plurality of emergency call devices, positioning devices, and electronic devices. Each emergency call device is disposed at at least one of the indoor environments. Each emergency call device has a communication module, a distance measuring module, a processing module, a touch voltage module and a light emitting module, and the processing module is electrically connected to the distance measuring module, the communication module, the touch pressure module and the light emitting module respectively. group. The communication module of the emergency call device wirelessly receives the indication signal, and the processing module of the emergency call device correspondingly generates the illumination signal according to the indication signal and transmits the illumination signal to the illumination module of the emergency call device, and the illumination module of the emergency call device is The light is illuminating and the light is relatively adjusted. The electronic device has a processing module and a communication module, and the processing module of the electronic device is electrically connected to the communication module of the electronic device, and the communication module of the electronic device transmits the setting signal to each emergency call device through a router or a Bluetooth device. The communication module is configured to set at least one emergency call device to emit light when the distance measuring module of the emergency call device detects that the positioning device is within a preset distance. After the touch voltage module receives a touch voltage signal, the processing module of the emergency call device controls the light emitting module to emit the first light and controls the communication module of the emergency call device to send a notification signal to the communication module of the electronic device, when the electronic device After receiving the notification signal, the processing module of the electronic device generates a receiving signal and transmits the signal to the emergency calling device through the communication module, and the emergency calling device sends the second light according to the received signal.

本發明之一實施例提出一種應用於室內環境的發光方法，包括：當緊急呼叫裝置的通訊模組透過路由器或是藍芽方式接收到指 示訊號時，緊急呼叫裝置的處理模組根據指示訊號而相對應產生發光訊號並傳送至緊急呼叫裝置的發光模組，緊急呼叫裝置的發光模組根據發光訊號而相對應調整發光模組的光線；當緊急呼叫裝置的觸壓模組接收到觸壓訊號後，緊急呼叫裝置的處理模組控制緊急呼叫裝置的發光模組發出第一光線並控制緊急呼叫裝置的通訊模組發出通知訊號至電子裝置的通訊模組，當電子裝置接收到通知訊號後，電子裝置的處理模組產生接收訊號並透過電子裝置的通訊模組傳送至緊急呼叫裝置，緊急呼叫裝置根據接收訊號發出第二光線。當電子裝置的通訊模組用以透過路由器或是藍芽方式發送設定訊號至緊急呼叫裝置的通訊模組，設定訊號用以設定當緊急呼叫裝置的測距模組偵測到定位裝置距離在預設距離之內時，緊急呼叫裝置相對調整光線。 An embodiment of the present invention provides a lighting method applied to an indoor environment, including: when a communication module of an emergency call device receives a finger through a router or a Bluetooth device When the signal is displayed, the processing module of the emergency call device generates a illuminating signal according to the indication signal and transmits the illuminating signal to the illuminating module of the emergency calling device, and the illuminating module of the emergency calling device adjusts the illuminating module according to the illuminating signal. After the touch module of the emergency call device receives the touch signal, the processing module of the emergency call device controls the light-emitting module of the emergency call device to emit the first light and control the communication module of the emergency call device to send a notification signal to the electronic device. The communication module of the device, after receiving the notification signal, the processing module of the electronic device generates a receiving signal and transmits the signal to the emergency calling device through the communication module of the electronic device, and the emergency calling device emits the second light according to the received signal. When the communication module of the electronic device transmits the setting signal to the communication module of the emergency calling device through the router or the Bluetooth mode, the setting signal is used to set the distance detecting module of the emergency calling device to detect the distance of the positioning device. When set within the distance, the emergency call device relatively adjusts the light.

為使能更進一步瞭解本發明之特徵及技術內容，請參閱以下有關本發明之詳細說明與附圖，但是此等說明與所附圖式僅係用來說明本發明，而非對本發明的權利範圍作任何的限制。 The detailed description of the present invention and the accompanying drawings are to be understood by the claims The scope is subject to any restrictions.

100、200、300‧‧‧應用於室內環境的發光系統 100, 200, 300‧‧‧ Lighting systems for indoor environments

110、110a‧‧‧緊急呼叫裝置 110, 110a‧‧‧ emergency call device

111、131‧‧‧通訊模組 111, 131‧‧‧Communication Module

113‧‧‧測距模組 113‧‧‧Range module

115、135‧‧‧處理模組 115, 135‧‧‧ processing module

117‧‧‧發光模組 117‧‧‧Lighting module

120‧‧‧定位裝置 120‧‧‧ Positioning device

130‧‧‧電子裝置 130‧‧‧Electronic devices

140‧‧‧雲端伺服器 140‧‧‧Cloud Server

219‧‧‧觸壓模組 219‧‧‧Touch Module

350‧‧‧感測床 350‧‧‧Sense bed

S405‧‧‧當緊急呼叫裝置的通訊模組透過路由器或是藍芽方式接收到指示訊號時，緊急呼叫裝置的處理模組根據指示訊號而相對應產生發光訊號並傳送至發光模組 S405‧‧‧ When the communication module of the emergency call device receives the indication signal through the router or the Bluetooth mode, the processing module of the emergency call device correspondingly generates the illumination signal according to the indication signal and transmits the illumination signal to the illumination module

S410‧‧‧當緊急呼叫裝置的測距模組透過路由器或是藍芽方式偵測到定位裝置距離緊急呼叫裝置預設距離以內時 S410‧‧‧ When the distance measuring module of the emergency call device detects the positioning device within the preset distance from the emergency calling device through the router or the Bluetooth mode

S415‧‧‧當電子裝置的通訊模組透過路由器或是藍芽方式發送設定訊號至緊急呼叫裝置的通訊模組，設定訊號用以設定當緊急呼叫裝置的測距模組偵測到定位裝置距離在預設距離之內時 S415‧‧‧ When the communication module of the electronic device transmits the setting signal to the communication module of the emergency calling device through the router or the Bluetooth mode, the setting signal is used to set the distance detecting module of the emergency calling device to detect the positioning device distance When within the preset distance

S417‧‧‧緊急呼叫裝置透過路由器或藍芽方式無線連線感測床，感測床用以偵測使用者的身體活動訊號，當緊急呼叫裝置的通訊模組接收到感測床所傳送的身體活動訊號後 S417‧‧‧The emergency call device wirelessly connects the sensor bed through the router or the Bluetooth mode. The sensor bed is used to detect the user's physical activity signal. When the emergency call device's communication module receives the sensor bed. After physical activity signal

S420‧‧‧緊急呼叫裝置相對調整光線 S420‧‧‧Emergency call device relative adjustment of light

S500‧‧‧緊急呼叫裝置的觸壓模組接收到觸壓訊號 S500‧‧‧The touch module of the emergency call device receives the touch signal

S505‧‧‧緊急呼叫裝置的處理模組控制緊急呼叫裝置的發光模組發出第一光線並控制緊急呼叫裝置的通訊模組發出通知訊號至電子裝置的通訊模組 S505‧‧ The processing module of the emergency call device controls the illumination module of the emergency call device to emit the first light and control the communication module of the emergency call device to send a notification signal to the communication module of the electronic device

S510‧‧‧電子裝置的處理模組產生接收訊號並透過電子裝置的通訊模組傳送至緊急呼叫裝置 S510‧‧‧ The processing module of the electronic device generates a receiving signal and transmits it to the emergency calling device through the communication module of the electronic device

S515‧‧‧緊急呼叫裝置根據接收訊號發出第二光線 S515‧‧‧The emergency call device emits a second light according to the received signal

S600‧‧‧緊急呼叫裝置的通訊模組接收到電子裝置的通訊模組所傳 送的色溫調整訊號 S600‧‧‧The communication module of the emergency call device receives the communication module of the electronic device Color temperature adjustment signal

S605‧‧‧電子裝置的發光模組的色溫控制器根據色溫調整訊號來調整發光模組的色溫 S605‧‧‧The color temperature controller of the illumination module of the electronic device adjusts the color temperature of the illumination module according to the color temperature adjustment signal

圖1為本發明實施例之一應用於室內環境的發光系統的系統架構圖。 1 is a system architecture diagram of an illumination system applied to an indoor environment according to an embodiment of the present invention.

圖2為本發明實施例之另一應用於室內環境的發光系統的系統架構圖。 2 is a system architecture diagram of another illumination system applied to an indoor environment according to an embodiment of the present invention.

圖3為本發明實施例之又一應用於室內環境的發光系統的系統架構圖。 FIG. 3 is a system architecture diagram of another illumination system applied to an indoor environment according to an embodiment of the present invention.

圖4為本發明實施例之一應用於室內環境的發光方法的方法流程圖。 4 is a flow chart of a method for applying a lighting method to an indoor environment according to an embodiment of the present invention.

圖5為本發明實施例之另一應用於室內環境的發光方法的方法流程圖。 FIG. 5 is a flow chart of another method for applying a lighting method in an indoor environment according to an embodiment of the present invention.

圖6為本發明實施例之又一應用於室內環境的發光方法的方法流 程圖。 6 is a flow chart of another method for applying a light-emitting method in an indoor environment according to an embodiment of the present invention; Cheng Tu.

請參閱圖1所示，圖1為本發明實施例之一應用於室內環境的發光系統的系統架構圖。應用於室內環境的發光系統100包括緊急呼叫裝置110、定位裝置120、電子裝置130以及雲端伺服器140。緊急呼叫裝置110、定位裝置120以及電子裝置130可以透過雲端伺服器140來無線傳送或接收訊號。緊急呼叫裝置110進一步包括通訊模組111、測距模組113、處理模組115以及發光模組117。處理模組115電性連接通訊模組111、測距模組113以及發光模組117。緊急呼叫裝置110設置於室內環境的至少之一處。舉例來說，緊急呼叫裝置110可以設置於房間、客廳、書房、廚房、廁所、陽台等等，用以輔助燈光照明，緊急呼叫裝置110並具有自動調整明亮度的功能，免去人為手動控制燈光的麻煩。 Referring to FIG. 1, FIG. 1 is a system architecture diagram of an illumination system applied to an indoor environment according to an embodiment of the present invention. The lighting system 100 applied to an indoor environment includes an emergency call device 110, a positioning device 120, an electronic device 130, and a cloud server 140. The emergency call device 110, the positioning device 120, and the electronic device 130 can wirelessly transmit or receive signals through the cloud server 140. The emergency call device 110 further includes a communication module 111, a ranging module 113, a processing module 115, and a lighting module 117. The processing module 115 is electrically connected to the communication module 111, the ranging module 113, and the illumination module 117. The emergency call device 110 is disposed at at least one of the indoor environments. For example, the emergency call device 110 can be disposed in a room, a living room, a study room, a kitchen, a toilet, a balcony, etc. to assist in lighting, and the emergency call device 110 has a function of automatically adjusting brightness, thereby eliminating manual control of the light. Trouble.

通訊模組111可以無線方式接收雲端伺服器140所傳送的指示訊號。處理模組115根據指示訊號而相對應產生發光訊號並傳送至發光模組117，發光模組117根據發光訊號而相對調整光線。處理模組115可以為中央處理器(center processing unit,CPU)或是微電腦控制器(microprocessor)，具有適當的運算能力。發光模組117可以包括發光二極體(light emitting diode,LED)，發光模組117根據發光訊號來調整光的強度或是顏色。舉例來說，當指示訊號表示使用者進到廚房內，發光模組117根據處理模組155所發出的發光訊號來發出明亮的白光。當指示訊號表示使用者進到房間，發光模組117根據處理模組115所發出的發光訊號來發出柔和的黃光。 The communication module 111 can wirelessly receive the indication signal transmitted by the cloud server 140. The processing module 115 correspondingly generates a illuminating signal according to the indication signal and transmits the illuminating signal to the illuminating module 117. The illuminating module 117 relatively adjusts the ray according to the illuminating signal. The processing module 115 can be a central processing unit (CPU) or a micro-processor (microprocessor) with appropriate computing power. The light emitting module 117 can include a light emitting diode (LED), and the light emitting module 117 adjusts the intensity or color of the light according to the light emitting signal. For example, when the indication signal indicates that the user enters the kitchen, the illumination module 117 emits bright white light according to the illumination signal emitted by the processing module 155. When the indication signal indicates that the user enters the room, the illumination module 117 emits a soft yellow light according to the illumination signal emitted by the processing module 115.

定位裝置120設置於使用者的身上，例如設置於使用者的手腕上。舉例來說，定位裝置120可以為具有全球定位功能(global system position,GPS)的手錶。定位裝置120也可以是開啟全球定 位功能的智慧型手機。定位裝置120透過路由器(圖未示)或是藍芽方式無線連線緊急呼叫裝置110的通訊模組111。一般來說，藍芽方式的通訊範圍在10~100公尺，因此，在一般的室內環境來說，藍芽方式可以適用於緊急呼叫裝置110以及定位裝置120之間的通訊模式。舉例來說，路由器可以為家用寬頻路由器，路由器可以連線至雲端伺服器140，雲端伺服器140具有找查表(圖未示)，找查表用以紀錄相對應大小的室內空間所需要發出的光亮度，或是相對應使用者的性別、年齡或個性而需要改變光的顏色。測距模組113可以具有全球定位功能。當緊急呼叫裝置110的測距模組113透過路由器或是藍芽方式偵測到定位裝置120距離緊急呼叫裝置110在預設距離以內時，緊急呼叫裝置110的發光模組117根據預設距離或特定時間範圍相對調整光線。測距模組113也可以發射定位訊號至定位裝置120，並根據反射定位訊號的強弱來計算出緊急呼叫裝置110與定位裝置120之間的距離。舉例來說，手持定位裝置120的使用者在距離緊急呼叫裝置110在2~5公尺的預設距離範圍時，緊急呼叫裝置110自動發出光線以利室內照明。再者，緊急呼叫裝置110也可以設置於室外如花園草叢之處，當深夜月光黯淡之時，手持定位裝置120的使用者可以距離緊急呼叫裝置110在5~10公尺的預設距離範圍時，緊急呼叫裝置110自動發出光線以利室外照明。 The positioning device 120 is disposed on the user's body, for example, on the wrist of the user. For example, the positioning device 120 can be a watch with a global system position (GPS). The positioning device 120 can also be turned on globally. A smart phone with a bit of functionality. The positioning device 120 wirelessly connects the communication module 111 of the emergency call device 110 through a router (not shown) or a Bluetooth mode. In general, the communication range of the Bluetooth mode is 10 to 100 meters. Therefore, in a general indoor environment, the Bluetooth mode can be applied to the communication mode between the emergency call device 110 and the positioning device 120. For example, the router can be a home broadband router, and the router can be connected to the cloud server 140. The cloud server 140 has a lookup table (not shown), and the lookup table is used to record the corresponding size of the indoor space. The brightness of the light, or the color, age or personality of the user, needs to change the color of the light. The ranging module 113 can have a global positioning function. When the ranging module 113 of the emergency call device 110 detects that the positioning device 120 is within a preset distance from the emergency calling device 110 through a router or a Bluetooth mode, the lighting module 117 of the emergency calling device 110 is based on a preset distance or The light is relatively adjusted for a specific time range. The ranging module 113 can also transmit the positioning signal to the positioning device 120, and calculate the distance between the emergency calling device 110 and the positioning device 120 according to the strength of the reflected positioning signal. For example, when the user of the handheld positioning device 120 is within a preset distance range of 2 to 5 meters from the emergency call device 110, the emergency call device 110 automatically emits light for indoor illumination. Furthermore, the emergency call device 110 can also be placed outdoors, such as in the garden grass. When the moonlight is dim at night, the user of the handheld positioning device 120 can be within a preset distance range of 5 to 10 meters from the emergency call device 110. The emergency call device 110 automatically emits light for outdoor lighting.

電子裝置130進一步包括通訊模組131以及處理模組135。通訊模組131電性連接處理模組135。電子裝置130可以為具有輸入功能的筆記型電腦、桌上型電腦、平板電腦或是智慧型手機，本發明不以此為限。電子裝置130的通訊模組131用以透過路由器或是藍芽方式發送設定訊號至緊急呼叫裝置110的通訊模組111，設定訊號用以設定當緊急呼叫裝置110的測距模組113偵測到定位裝置120距離在預設距離或特定時間範圍之內時，緊急呼叫裝置110發出光線。舉例來說，使用者可以透過智慧型手機中的使 用者介面的預設距離框以及特定時間範圍框來設定緊急呼叫裝置110以及定位裝置120距離在3公尺以內且持續時間超過1秒時，緊急呼叫裝置110發出光線。使用者也可以透過智慧型手機中的使用者介面來設定緊急呼叫裝置110在白天時候發出較微弱的光線。相對的，緊急呼叫裝置110在晚上時候發出較強的光線。另外，雲端伺服器140也可以根據天色狀況而相對調整指示訊號來控制緊急呼叫裝置110所發出的光。 The electronic device 130 further includes a communication module 131 and a processing module 135. The communication module 131 is electrically connected to the processing module 135. The electronic device 130 can be a notebook computer, a desktop computer, a tablet computer or a smart phone with an input function, and the invention is not limited thereto. The communication module 131 of the electronic device 130 is configured to send the setting signal to the communication module 111 of the emergency call device 110 through a router or a Bluetooth mode, and the setting signal is used to set the ranging module 113 of the emergency call device 110 to detect When the positioning device 120 is within a preset distance or a specific time range, the emergency call device 110 emits light. For example, users can use the smart phone to make The emergency call device 110 emits light when the emergency call device 110 and the positioning device 120 are within 3 meters and the duration exceeds 1 second by the preset distance frame of the user interface and the specific time range frame. The user can also set the emergency call device 110 to emit a relatively weak light during the daytime through the user interface in the smart phone. In contrast, the emergency call device 110 emits a strong light at night. In addition, the cloud server 140 can also adjust the indication signal to adjust the light emitted by the emergency call device 110 according to the sky condition.

緊急呼叫裝置110的發光模組117更包括色溫控制器(圖未示)，當緊急呼叫裝置110的通訊模組111接收到電子裝置130的通訊模組131所傳送的色溫調整訊號時，色溫控制器根據色溫調整訊號來調整發光模組117的色溫。舉例來說，當使用者正在書房閱讀書籍時，即可調整色溫控制器發出高色溫的光。當使用者正在寢室睡覺時，即可調整色溫控制器發出低色溫的光。 The illumination module 117 of the emergency call device 110 further includes a color temperature controller (not shown). When the communication module 111 of the emergency call device 110 receives the color temperature adjustment signal transmitted by the communication module 131 of the electronic device 130, the color temperature control is performed. The color temperature of the light emitting module 117 is adjusted according to the color temperature adjustment signal. For example, when the user is reading a book in the study room, the color temperature controller can adjust the light of a high color temperature. When the user is sleeping in the bedroom, the color temperature controller can be adjusted to emit light of a low color temperature.

請參閱圖2。圖2為本發明實施例之另一應用於室內環境的發光系統的系統架構圖。應用於室內環境的發光系統200包括緊急呼叫裝置110a、定位裝置120、電子裝置130以及雲端伺服器140。緊急呼叫裝置110a、定位裝置120以及電子裝置130可以透過雲端伺服器140來無線傳送或接收訊號。電子裝置130包括通訊模組131以及處理模組133。緊急呼叫裝置110a進一步包括通訊模組111、測距模組113、處理模組115、發光模組117以及觸壓模組219。處理模組115電性連接通訊模組111、測距模組113、發光模組117以及觸壓模組219。其中通訊模組111、測距模組113、處理模組115、發光模組117、通訊模組131以及處理模組133請參考圖1之實施例說明，在此不再贅述。 Please refer to Figure 2. 2 is a system architecture diagram of another illumination system applied to an indoor environment according to an embodiment of the present invention. The lighting system 200 applied to an indoor environment includes an emergency call device 110a, a positioning device 120, an electronic device 130, and a cloud server 140. The emergency call device 110a, the positioning device 120, and the electronic device 130 can wirelessly transmit or receive signals through the cloud server 140. The electronic device 130 includes a communication module 131 and a processing module 133. The emergency call device 110a further includes a communication module 111, a ranging module 113, a processing module 115, a lighting module 117, and a touch module 219. The processing module 115 is electrically connected to the communication module 111, the ranging module 113, the lighting module 117, and the touch module 219. The communication module 111, the ranging module 113, the processing module 115, the illuminating module 117, the communication module 131, and the processing module 133 are described with reference to the embodiment of FIG. 1, and details are not described herein again.

進一步來說，當觸壓模組219接收到觸壓訊號後，緊急呼叫裝置110a的處理模組115控制發光模組117發出第一光線並控制緊急呼叫裝置110a的通訊模組111發出通知訊號至電子裝置130的通訊模組131。當電子裝置130接收到通知訊號後，電子裝置 130的處理模組135產生接收訊號並透過通訊模組131傳送至緊急呼叫裝置110a，緊急呼叫裝置110a根據接收訊號發出第二光線。舉例來說，當使用者按壓觸壓模組219而產生觸壓訊號後，發光模組117發出紅光並同時將通知訊號透過通訊模組111傳送至遠端的電子裝置130。電子裝置130接收到通知訊號後即回傳接收訊號至緊急呼叫裝置110a時，緊急呼叫裝置110a發出綠光以表示電子裝置130已接收到通知訊號。舉例來說，當老人在短時間內連續按壓緊急呼叫裝置110a時，使用電子裝置130的監控端則判斷老人在屋內可以身體不適，並盡速派醫療人員進行救援。另外，緊急呼叫裝置110a也可以包括蜂鳴器(圖未示)和震動裝置(圖未示)，蜂鳴器和震動裝置分別電性連接處理模組115，當緊急呼叫裝置110a接收到電子裝置130所傳送的接收訊號時，處理模組115即啟動蜂鳴器以及震動裝置發出聲響以及震動，以利視力不良的老人知曉已將通知訊號確實發出。 Further, after the touch voltage module 219 receives the touch voltage signal, the processing module 115 of the emergency call device 110a controls the light emitting module 117 to emit the first light and control the communication module 111 of the emergency call device 110a to send a notification signal to The communication module 131 of the electronic device 130. After the electronic device 130 receives the notification signal, the electronic device The processing module 135 of 130 generates a reception signal and transmits it to the emergency call device 110a through the communication module 131. The emergency call device 110a emits a second light according to the received signal. For example, when the user presses the touch module 219 to generate a touch signal, the light module 117 emits red light and simultaneously transmits the notification signal to the remote electronic device 130 through the communication module 111. When the electronic device 130 receives the notification signal and returns the reception signal to the emergency call device 110a, the emergency call device 110a emits green light to indicate that the electronic device 130 has received the notification signal. For example, when the elderly person continuously presses the emergency call device 110a for a short period of time, the monitoring terminal of the electronic device 130 is used to judge that the elderly person is physically unwell in the house, and the medical personnel are dispatched as soon as possible to perform the rescue. In addition, the emergency call device 110a may also include a buzzer (not shown) and a vibration device (not shown). The buzzer and the vibration device are respectively electrically connected to the processing module 115, and when the emergency call device 110a receives the electronic device When the received signal is transmitted by 130, the processing module 115 activates the buzzer and the vibration device to make a sound and vibration, so that the elderly with poor vision know that the notification signal has been sent.

請參閱圖3。圖3為本發明實施例之又一應用於室內環境的發光系統的系統架構圖。應用於室內環境的發光系統300包括緊急呼叫裝置110a、定位裝置120、電子裝置130雲端伺服器140以及感測床350。緊急呼叫裝置110a、定位裝置120、電子裝置130以及感測床350可以透過雲端伺服器140來無線傳送或接收訊號。電子裝置130包括通訊模組131以及處理模組133。緊急呼叫裝置110a進一步包括通訊模組111、測距模組113、處理模組115、發光模組117以及觸壓模組219。處理模組115電性連接通訊模組111、測距模組113、發光模組117以及觸壓模組219。其中通訊模組111、測距模組113、處理模組115、發光模組117、觸壓模組219、通訊模組131以及處理模組133請參考圖2之實施例說明，在此不再贅述。 Please refer to Figure 3. FIG. 3 is a system architecture diagram of another illumination system applied to an indoor environment according to an embodiment of the present invention. The lighting system 300 applied to an indoor environment includes an emergency calling device 110a, a positioning device 120, an electronic device 130 cloud server 140, and a sensing bed 350. The emergency call device 110a, the positioning device 120, the electronic device 130, and the sensing bed 350 can wirelessly transmit or receive signals through the cloud server 140. The electronic device 130 includes a communication module 131 and a processing module 133. The emergency call device 110a further includes a communication module 111, a ranging module 113, a processing module 115, a lighting module 117, and a touch module 219. The processing module 115 is electrically connected to the communication module 111, the ranging module 113, the lighting module 117, and the touch module 219. The communication module 111, the distance measuring module 113, the processing module 115, the light emitting module 117, the touch voltage module 219, the communication module 131, and the processing module 133 are described with reference to the embodiment of FIG. 2, and no longer Narration.

緊急呼叫裝置110a透過路由器或藍芽方式無線連線感測床350。感測床350具有感測裝置(圖未示)以及通訊模組(圖未示)。 感測床350的感測裝置用以偵測使用者的身體活動訊號，當緊急呼叫裝置110a的通訊模組111接收到感測床350所傳送的身體活動訊號後，緊急呼叫裝置110a的處理模組115控制發光模組117相對調整光線。舉例來說，當感測床350的感測裝置偵測到使用者已進入睡眠狀態，感測床350所產生的身體活動訊號控制緊急呼叫裝置110a漸漸降低發光亮度。當感測床350的感測裝置偵測到使用者已經要起身離開床邊，感測床350所產生的身體活動訊號控制緊急呼叫裝置110a漸漸加強發光亮度，以利室內照明。 The emergency call device 110a wirelessly connects the sensing bed 350 through a router or a Bluetooth mode. The sensing bed 350 has a sensing device (not shown) and a communication module (not shown). The sensing device of the sensing bed 350 is configured to detect a physical activity signal of the user. When the communication module 111 of the emergency calling device 110a receives the physical activity signal transmitted by the sensing bed 350, the processing mode of the emergency calling device 110a The group 115 controls the lighting module 117 to relatively adjust the light. For example, when the sensing device of the sensing bed 350 detects that the user has entered a sleep state, the physical activity signal generated by the sensing bed 350 controls the emergency calling device 110a to gradually reduce the brightness of the light. When the sensing device of the sensing bed 350 detects that the user has to get up and leave the bedside, the physical activity signal generated by the sensing bed 350 controls the emergency calling device 110a to gradually enhance the brightness of the illumination to facilitate indoor illumination.

請同時參閱圖3與圖4。圖4為本發明實施例之一應用於室內環境的發光方法的方法流程圖。在步驟S405中，緊急呼叫裝置110a的通訊模組111透過路由器或是藍芽方式接收到指示訊號時，緊急呼叫裝置110a的處理模組115根據指示訊號而相對應產生發光訊號並傳送至發光模組117。在步驟S410中，當緊急呼叫裝置110a的測距模組113透過路由器或是藍芽方式偵測到定位裝置120距離緊急呼叫裝置110a預設距離以內時。在步驟S415中，電子裝置130的通訊模組131透過路由器或是藍芽方式發送設定訊號至緊急呼叫裝置110a的通訊模組111，設定訊號用以設定當緊急呼叫裝置110a的測距模組113偵測到定位裝置120在預設距離之內時。在步驟S417中，緊急呼叫裝置110a透過路由器或藍芽方式無線連線感測床350，感測床350用以偵測使用者的身體活動訊號，當緊急呼叫裝置110a的通訊模組111接收到感測床350所傳送的身體活動訊號後。在步驟S420中，由緊急呼叫裝置110a相對調整光線。 Please also refer to Figure 3 and Figure 4. 4 is a flow chart of a method for applying a lighting method to an indoor environment according to an embodiment of the present invention. In step S405, when the communication module 111 of the emergency call device 110a receives the indication signal through the router or the Bluetooth mode, the processing module 115 of the emergency call device 110a correspondingly generates the illumination signal according to the indication signal and transmits the illumination signal to the illumination mode. Group 117. In step S410, when the ranging module 113 of the emergency call device 110a detects through the router or the Bluetooth mode that the positioning device 120 is within a preset distance from the emergency call device 110a. In step S415, the communication module 131 of the electronic device 130 transmits the setting signal to the communication module 111 of the emergency call device 110a via a router or a Bluetooth mode, and the setting signal is used to set the ranging module 113 of the emergency call device 110a. When the positioning device 120 is detected to be within a preset distance. In step S417, the emergency call device 110a wirelessly connects the sensor bed 350 through a router or a Bluetooth mode, and the sensor bed 350 detects the user's physical activity signal when the communication module 111 of the emergency call device 110a receives After the physical activity signal transmitted by the bed 350 is sensed. In step S420, the light is relatively adjusted by the emergency call device 110a.

請同時參閱圖2與圖5。圖5為本發明實施例之另一應用於室內環境的發光方法的方法流程圖。在步驟S500中，緊急呼叫裝置110a的觸壓模組219接收到觸壓訊號。在步驟中S505，緊急呼叫裝置110a的處理模組115控制緊急呼叫裝置110的發光模組117發出第一光線並控制緊急呼叫裝置110a的通訊模組111發出通知 訊號至電子裝置130的通訊模組131。在步驟S510中，電子裝置130的處理模組135產生接收訊號並透過電子裝置130的通訊模組131傳送至緊急呼叫裝置110a。在步驟S515中，緊急呼叫裝置110a根據接收訊號發出第二光線。 Please also refer to Figure 2 and Figure 5. FIG. 5 is a flow chart of another method for applying a lighting method in an indoor environment according to an embodiment of the present invention. In step S500, the touch module 219 of the emergency call device 110a receives the touch signal. In step S505, the processing module 115 of the emergency call device 110a controls the illumination module 117 of the emergency call device 110 to emit the first light and control the communication module 111 of the emergency call device 110a to issue a notification. The signal is sent to the communication module 131 of the electronic device 130. In step S510, the processing module 135 of the electronic device 130 generates a reception signal and transmits it to the emergency call device 110a through the communication module 131 of the electronic device 130. In step S515, the emergency call device 110a issues a second light according to the received signal.

請同時參閱圖1圖6。圖6為本發明實施例之又一應用於室內環境的發光方法的方法流程圖。在步驟S600中，緊急呼叫裝置110的通訊模組111接收到電子裝置130的通訊模組131所傳送的色溫調整訊號。在步驟S605中，電子裝置110的發光模組117的色溫控制器根據色溫調整訊號來調整發光模組117的色溫。 Please also refer to Figure 1 and Figure 6. FIG. 6 is a flow chart of another method for applying a lighting method in an indoor environment according to an embodiment of the present invention. In step S600, the communication module 111 of the emergency call device 110 receives the color temperature adjustment signal transmitted by the communication module 131 of the electronic device 130. In step S605, the color temperature controller of the illumination module 117 of the electronic device 110 adjusts the color temperature of the illumination module 117 according to the color temperature adjustment signal.

綜上所述，本發明所提出一種應用於室內環境的發光系統。當穿戴定位裝置的使用者接近緊急呼叫裝置預設距離時，緊急呼叫裝置即可以自動亮燈，以增加室內照明光線。緊急呼叫裝置的觸壓模組用以通知持有電子裝置的監控端使用者的狀態是否良好，可以增加緊急呼叫裝置即時性與應用性。設置在感測床的緊急呼叫裝置透過調整光亮度以提升使用者的睡眠品質。 In summary, the present invention provides an illumination system for use in an indoor environment. When the user wearing the positioning device approaches the emergency calling device preset distance, the emergency calling device can automatically light up to increase the indoor lighting light. The touch module of the emergency call device is used to notify the user of the monitoring end of the electronic device that the state of the user is good, and the instantness and applicability of the emergency call device can be increased. The emergency call device disposed on the sensing bed adjusts the brightness of the light to improve the sleep quality of the user.

以上所述僅為本發明的實施例，其並非用以限定本發明的專利保護範圍。任何熟習相像技藝者，在不脫離本發明的精神與範圍內，所作的更動及潤飾的等效替換，仍為本發明的專利保護範圍內。 The above is only an embodiment of the present invention, and is not intended to limit the scope of the invention. It is still within the scope of patent protection of the present invention to make any substitutions and modifications of the modifications made by those skilled in the art without departing from the spirit and scope of the invention.

100‧‧‧應用於室內環境的發光系統 100‧‧‧Lighting systems for indoor environments

110‧‧‧緊急呼叫裝置 110‧‧‧Emergency call device

111‧‧‧通訊模組 111‧‧‧Communication Module

113‧‧‧測距模組 113‧‧‧Range module

115‧‧‧處理模組 115‧‧‧Processing module

117‧‧‧發光模組 117‧‧‧Lighting module

120‧‧‧定位裝置 120‧‧‧ Positioning device

130‧‧‧電子裝置 130‧‧‧Electronic devices

131‧‧‧通訊模組 131‧‧‧Communication module

135‧‧‧處理模組 135‧‧‧Processing module

140‧‧‧雲端伺服器 140‧‧‧Cloud Server

Claims (10)

一種應用於室內環境的緊急呼叫裝置，其包括：一通訊模組；一測距模組；一處理模組；一發光模組，當該緊急呼叫裝置的該通訊模組以無線方式接收到一指示訊號，該緊急呼叫裝置的該處理模組根據該指示訊號而相對應產生一發光訊號並傳送至該發光模組，該發光模組根據該發光訊號而相對調整光線；以及一觸壓模組，其中該處理模組分別電性連接該測距模組、該通訊模組、該觸壓模組以及該發光模組，當該觸壓模組接收到一觸壓訊號後，該緊急呼叫裝置的該處理模組控制該發光模組發出第一光線並控制該緊急呼叫裝置的該通訊模組發出一通知訊號至一電子裝置的一通訊模組，當該電子裝置接收到該通知訊號後，該電子裝置的一處理模組產生一接收訊號並透過該電子裝置的通訊模組傳送至該緊急呼叫裝置，該緊急呼叫裝置根據該接收訊號發出第二光線，該電子裝置的該處理模組電性連接該電子裝置的該通訊模組；其中，該緊急呼叫裝置的該通訊模組透過一路由器或是藍芽方式接收該電子裝置所傳送的一設定訊號，該設定訊號用以設定當該緊急呼叫裝置的該測距模組偵測到一定位裝置距離在一預設距離之內時，該緊急呼叫裝置發出光線。 An emergency call device for use in an indoor environment, comprising: a communication module; a ranging module; a processing module; and a lighting module, when the communication module of the emergency calling device receives the wireless module In response to the indication signal, the processing module of the emergency call device generates a lighting signal corresponding to the lighting signal and transmits the light to the lighting module. The lighting module relatively adjusts the light according to the lighting signal; and a touch pressure module The processing module is electrically connected to the ranging module, the communication module, the touch module, and the light emitting module, and the emergency calling device is received after the touch module receives a touch signal. The processing module controls the lighting module to emit a first light and control the communication module of the emergency call device to send a notification signal to a communication module of an electronic device. When the electronic device receives the notification signal, A processing module of the electronic device generates a receiving signal and transmits the signal to the emergency calling device through the communication module of the electronic device, and the emergency calling device sends a message according to the receiving signal. The processing module of the electronic device is electrically connected to the communication module of the electronic device; wherein the communication module of the emergency call device receives a setting transmitted by the electronic device through a router or a Bluetooth device The setting signal is used to set the emergency calling device to emit light when the ranging module of the emergency calling device detects that a positioning device is within a predetermined distance. 如請求項1所述之緊急呼叫裝置，該緊急呼叫裝置的該通訊模組透過該路由器或是藍芽方式無線連線該定位裝置，該定位裝置設置於使用者的身上，當該緊急呼叫裝置的該測距模組透過該路由器或是藍芽方式偵測到該定位裝置距離該緊急呼叫裝置該預設距離時，該發光模組根據該預設距離相對調整光線。 The emergency call device of claim 1, wherein the communication module of the emergency call device wirelessly connects the positioning device through the router or the Bluetooth device, and the positioning device is disposed on the user, when the emergency call device is When the ranging module detects the preset distance of the positioning device from the emergency calling device through the router or the Bluetooth mode, the lighting module relatively adjusts the light according to the preset distance. 如請求項1所述之緊急呼叫裝置，其中該緊急呼叫裝置的該發光模組更包括一色溫控制器，當該緊急呼叫裝置的通訊模組接收到該電子裝置的該通訊模組所傳送的一色溫調整訊號時，該色溫控制器根據色溫調整訊號來調整該發光模組的色溫。 The emergency call device of claim 1, wherein the lighting module of the emergency call device further comprises a color temperature controller, and when the communication module of the emergency call device receives the communication module of the electronic device When a color temperature adjustment signal is used, the color temperature controller adjusts the color temperature of the illumination module according to the color temperature adjustment signal. 如請求項1所述之緊急呼叫裝置，其中各該緊急呼叫裝置透過該路由器或藍芽方式無線連線一感測床，該感測床用以偵測使用者的一身體活動訊號，當該緊急呼叫裝置的該通訊模組接收到該感測床所傳送的該身體活動訊號後，該緊急呼叫裝置的該處理模組控制該發光模組相對調整光線。 The emergency call device of claim 1, wherein each of the emergency call devices wirelessly connects a sensor bed through the router or the Bluetooth device, wherein the sensor bed is configured to detect a physical activity signal of the user. After the communication module of the emergency call device receives the physical activity signal transmitted by the sensor bed, the processing module of the emergency call device controls the illumination module to relatively adjust the light. 一種應用於室內環境的發光系統，其包括：數個緊急呼叫裝置，設置於室內環境的至少之一處，各該緊急呼叫裝置具有一通訊模組、一測距模組、一處理模組、一觸壓模組以及一發光模組，該處理模組分別電性連接該測距模組、該通訊模組、該觸壓模組以及該發光模組，該緊急呼叫裝置的該通訊模組以無線方式接收到一指示訊號，該緊急呼叫裝置的該處理模組根據該指示訊號而相對應產生一發光訊號並傳送至該緊急呼叫裝置的該發光模組，該緊急呼叫裝置的該發光模組根據該發光訊號而相對調整光線；以及一電子裝置，具有一處理模組與一通訊模組，該電子裝置的該處理模組電性連接該電子裝置的該通訊模組，該電子裝置的該通訊模組用以透過一路由器或是藍芽方式發送一設定訊號至各該緊急呼叫裝置的該通訊模組，該設定訊號用以設定當該緊急呼叫裝置的該測距模組偵測到一定位裝置距離在一預設距離之內時，至少一緊急呼叫裝置發出光線；其中，當該觸壓模組接收到一觸壓訊號後，該緊急呼叫裝置的該處理模組控制該發光模組發出第一光線並控制該緊急呼叫裝置的該通訊模組發出一通知訊號至該電子裝置的該通 訊模組，當該電子裝置接收到該通知訊號後，該電子裝置的該處理模組產生一接收訊號並透過通訊模組傳送至該緊急呼叫裝置，該緊急呼叫裝置根據該接收訊號發出第二光線。 An illumination system for use in an indoor environment, comprising: a plurality of emergency call devices disposed at at least one of the indoor environments, each of the emergency call devices having a communication module, a ranging module, a processing module, a touch module and a light module, wherein the processing module is electrically connected to the distance measuring module, the communication module, the touch module and the light emitting module, and the communication module of the emergency calling device Receiving an indication signal in a wireless manner, the processing module of the emergency call device correspondingly generates an illumination signal according to the indication signal and transmits the illumination signal to the illumination module of the emergency call device, the illumination mode of the emergency call device The group of the electronic device has a processing module and a communication module, and the processing module of the electronic device is electrically connected to the communication module of the electronic device, and the electronic device The communication module is configured to send a setting signal to the communication module of each emergency call device through a router or a Bluetooth mode, and the setting signal is used to set the emergency When the distance measuring module of the calling device detects that a positioning device is within a preset distance, at least one emergency calling device emits light; wherein, when the touch voltage module receives a touch pressure signal, the emergency The processing module of the calling device controls the lighting module to emit a first light and control the communication module of the emergency calling device to send a notification signal to the electronic device. After receiving the notification signal, the processing module of the electronic device generates a receiving signal and transmits the signal to the emergency calling device through the communication module, and the emergency calling device issues a second signal according to the receiving signal. Light. 如請求項5所述之發光系統，其中該發光系統包括該定位裝置，設置於使用者的身上，該定位裝置透過該路由器或是藍芽方式無線連線各該緊急呼叫裝置的該通訊模組，當各該緊急呼叫裝置的該測距模組透過該路由器或是藍芽方式偵測到該定位裝置距離該緊急呼叫裝置該預設距離以內時，各該緊急呼叫裝置的該發光模組根據該預設距離相對調整光線。 The illuminating system of claim 5, wherein the illuminating system comprises the locating device disposed on the user, the locating device wirelessly connecting the communication module of each emergency calling device through the router or the Bluetooth device When the ranging module of each emergency call device detects the positioning device within the preset distance from the emergency call device through the router or the Bluetooth mode, the light emitting module of each emergency call device is based on The preset distance relatively adjusts the light. 如請求項5所述之發光系統，其中各該緊急呼叫裝置的該發光模組更包括一色溫控制器，當該緊急呼叫裝置的該通訊模組接收到該電子裝置的該通訊模組所傳送的一色溫調整訊號時，該色溫控制器根據色溫調整訊號來調整該發光模組的色溫。 The lighting system of claim 5, wherein the lighting module of each of the emergency calling devices further comprises a color temperature controller, wherein the communication module of the emergency calling device receives the communication module of the electronic device When the color temperature adjustment signal is used, the color temperature controller adjusts the color temperature of the light module according to the color temperature adjustment signal. 如請求項5所述之發光系統，其中各該緊急呼叫裝置透過該路由器或藍芽方式無線連線一感測床，該感測床用以偵測使用者的一身體活動訊號，當該緊急呼叫裝置的該通訊模組接收到該感測床所傳送的該身體活動訊號後，該緊急呼叫裝置的該處理模組控制該發光模組相對調整光線。 The illuminating system of claim 5, wherein each of the emergency calling devices wirelessly connects a sensing bed through the router or the Bluetooth device, wherein the sensing bed is configured to detect a physical activity signal of the user when the emergency After the communication module of the calling device receives the physical activity signal transmitted by the sensing bed, the processing module of the emergency calling device controls the lighting module to relatively adjust the light. 一種應用於室內環境的發光方法，包括：當一緊急呼叫裝置的一通訊模組透過一路由器或是藍芽方式接收到一指示訊號時，該緊急呼叫裝置的一處理模組根據該指示訊號而相對應產生一發光訊號並傳送至該緊急呼叫裝置的一發光模組，緊急呼叫裝置的該發光模組根據該發光訊號而相對應調整該發光模組的光線；當該緊急呼叫裝置的一觸壓模組接收到一觸壓訊號後，該緊急呼叫裝置的該處理模組控制該緊急呼叫裝置的該發光模組發出第一光線並控制該緊急呼叫裝置的該通訊模組發出一通知訊號至一電子裝置的該通訊模組，當該電子裝置接 收到該通知訊號後，該電子裝置的一處理模組產生一接收訊號並透過該電子裝置的一通訊模組傳送至該緊急呼叫裝置，該緊急呼叫裝置根據該接收訊號發出第二光線；以及當該電子裝置的該通訊模組用以透過該路由器或是藍芽方式發送一設定訊號至該緊急呼叫裝置的該通訊模組，該設定訊號用以設定當該緊急呼叫裝置的該測距模組偵測到一定位裝置距離在一預設距離之內時，該緊急呼叫裝置相對調整光線。 A lighting method for use in an indoor environment, comprising: when a communication module of an emergency call device receives an indication signal through a router or a Bluetooth mode, a processing module of the emergency call device is based on the indication signal Corresponding to generating a lighting signal and transmitting to the lighting module of the emergency calling device, the lighting module of the emergency calling device correspondingly adjusts the light of the lighting module according to the lighting signal; when the emergency calling device touches After the pressure module receives a touch signal, the processing module of the emergency call device controls the lighting module of the emergency call device to emit a first light and control the communication module of the emergency call device to send a notification signal to The communication module of an electronic device, when the electronic device is connected After receiving the notification signal, a processing module of the electronic device generates a reception signal and transmits the same to the emergency call device through a communication module of the electronic device, and the emergency call device emits a second light according to the received signal; When the communication module of the electronic device transmits a setting signal to the communication module of the emergency call device through the router or the Bluetooth mode, the setting signal is used to set the ranging mode of the emergency call device. When the group detects that a positioning device is within a predetermined distance, the emergency calling device relatively adjusts the light. 如請求項9所述之發光方法，更包括：當該緊急呼叫裝置的一測距模組透過該路由器或是藍芽方式偵測到該定位裝置距離該緊急呼叫裝置該預設距離以內時，該緊急呼叫裝置的該發光模組根據該預設距離相對調整光線；當該緊急呼叫裝置的該通訊模組接收到該電子裝置的該通訊模組所傳送的一色溫調整訊號時，該電子裝置的該發光模組的一色溫控制器根據該色溫調整訊號來調整該發光模組的色溫；以及該緊急呼叫裝置透過該路由器或藍芽方式無線連線一感測床，該感測床用以偵測使用者的一身體活動訊號，當該緊急呼叫裝置的該通訊模組接收到該感測床所傳送的該身體活動訊號後，該緊急呼叫裝置的該處理模組控制該發光模組相對應調整光線。 The method of illuminating according to claim 9, further comprising: when a ranging module of the emergency call device detects the positioning device within the preset distance from the emergency call device through the router or the Bluetooth mode, The light-emitting module of the emergency call device relatively adjusts the light according to the preset distance; when the communication module of the emergency call device receives a color temperature adjustment signal transmitted by the communication module of the electronic device, the electronic device The color temperature controller of the light-emitting module adjusts the color temperature of the light-emitting module according to the color temperature adjustment signal; and the emergency call device wirelessly connects a sensor bed through the router or the Bluetooth mode, and the sensor bed is used for Detecting a physical activity signal of the user, when the communication module of the emergency call device receives the physical activity signal transmitted by the sensor bed, the processing module of the emergency call device controls the light module Corresponding to adjusting the light.
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