TWI734340B - Control device for smart electrical equipment - Google Patents
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本發明係涉及智慧電器設備控制技術,更詳而言之,係指一種紅外線技術搭配影像辨識或陀螺儀定位對一控制區域內的各電器設備進行安裝與設定的智慧電器設備控制裝置。 The present invention relates to smart electrical equipment control technology. More specifically, it refers to a smart electrical equipment control device that uses infrared technology with image recognition or gyroscope positioning to install and set various electrical equipment in a control area.
現行智能電器產品的開發技術越來越成熟與普遍,然而該智能電器產品控制單一,即只能用戶手機與該智能電器產品一對一的設定,尤其是對不同廠家的智能電器產品而言,無法一對多種智能電器產品進行控制或管理,換言之,不同功能或不同廠家的智能電器產品有不同的應用軟體(APP),用戶針對各類智能電器產品須安裝不同的應用軟體,造成用戶管理上以及使用上的困擾,且各該智能電器設備間對於居家環境的不同環境數據也無法彼此參考演算而無法提供更優化的居家環境控制。 The current development technology of smart electrical products is becoming more and more mature and common. However, the smart electrical product has a single control, that is, only the user’s mobile phone and the smart electrical product can be set one-to-one, especially for smart electrical products of different manufacturers. It is impossible to control or manage multiple smart electrical products. In other words, smart electrical products of different functions or different manufacturers have different application software (APP), and users must install different application software for various smart electrical products, resulting in user management problems. And the trouble in use, and the different environmental data of the home environment between the smart electrical devices cannot be calculated with each other and cannot provide more optimized home environment control.
另外,當用戶欲在一居家空間中設置多個智能電器產品,此對於非專業的一般人士在面對不同廠牌、不同功能的智能電器產品時,往往不知如何下手安裝,而需花錢請專業人士到府設定與安裝。 In addition, when users want to install multiple smart electrical products in one home space, ordinary people who are not professionals often do not know how to install smart electrical products of different brands and different functions, so they need to spend money to install them. Professionals go home to set up and install.
因此,如何提供一種簡易、快速完成設定安裝以及可統一控管多個智能電器產品的控制技術,即為本發明待解決之技術課題。 Therefore, how to provide a control technology that can easily and quickly complete the setting and installation and can uniformly control multiple smart electrical products is the technical problem to be solved by the present invention.
鑒於上述先前技術之種種問題,本發明之主要目的在於提供一種智慧電器設備控制裝置,讓不具有專業背景的一般人士可以簡易、快速完成設定安裝。 In view of the above-mentioned various problems of the prior art, the main purpose of the present invention is to provide a smart electrical equipment control device, so that ordinary people without professional background can easily and quickly complete the setting and installation.
本發明之另一目的在於提供一種智慧電器設備控制裝置,由單一應用介面即可以一對多的方式統一控管多個智慧電器產品。 Another object of the present invention is to provide a smart electrical equipment control device that can uniformly control multiple smart electrical products in a one-to-many manner through a single application interface.
為達到上述目的以及其他目的,本發明提供一種智慧電器設備控制裝置,其係對一控制區域內的電器設備進行安裝設定與控制處理,各該電器設備設有一第一紅外線收發模組,且該智慧電器設備控制裝置可與一服務端伺服器以及一行動電子裝置進行通訊,該智慧電器設備控制裝置係包括:一處理單元,用以與該服務端伺服器與行動電子裝置通訊;一第二紅外線收發模組,與該處理單元連接,用以與各該電器設備之第一紅外線收發模組進行信號傳輸;一攝影模組,與該處理單元連接;以及一設定單元,與該處理單元連接,該設定單元用以接收一用戶輸入的操作指令以令該處理單元驅動該攝影模組對該控制區域進行影像攝取並進行影像辨識,以識別出該控制區域存有一電器設備的影像時,令該第二紅外線收發模組發送一安裝設定請求,以使可識別該安裝設定請求的電器設備的第一紅外線收發模組接收後發送一代表該電器設備型號資訊的識別信號,且由該第二紅外線收發模組接收該識別信號後傳送給該處理單元,該處理單元依據該識別信號進行電器設備的設定與安裝,以供該行動電子裝置透過該處理單元對該已完成安裝設定的電器設備進行智慧電器設備控 制處理,並由該處理單元將該已完成安裝設定的電器設備的控制資訊或該電器設備的運作資訊傳送給該服務端伺服器進行大數據分析處理。 In order to achieve the above objectives and other objectives, the present invention provides a smart electrical equipment control device, which performs installation setting and control processing for electrical equipment in a control area, each electrical equipment is provided with a first infrared transceiver module, and the The smart electrical equipment control device can communicate with a server-side server and a mobile electronic device. The smart electrical equipment control device includes: a processing unit for communicating with the server-side server and the mobile electronic device; a second An infrared transceiver module connected to the processing unit for signal transmission with the first infrared transceiver module of each electrical device; a camera module connected to the processing unit; and a setting unit connected to the processing unit The setting unit is used to receive an operation instruction input by the user to make the processing unit drive the camera module to capture images of the control area and perform image recognition, so as to recognize that there is an image of electrical equipment in the control area. The second infrared transceiving module sends an installation setting request, so that the first infrared transceiving module that can identify the electrical equipment of the installation setting request receives and sends an identification signal representing the model information of the electrical equipment, and the second The infrared transceiver module receives the identification signal and transmits it to the processing unit. The processing unit sets and installs the electrical equipment according to the identification signal, so that the mobile electronic device can perform the installation and setting of the electrical equipment through the processing unit. Smart electrical equipment control The processing unit sends the control information of the installed electrical equipment or the operation information of the electrical equipment to the server server for big data analysis and processing.
再者,本發明復提供另一種智慧電器設備控制裝置,其係對一控制區域內的電器設備進行安裝設定與控制處理,各該電器設備設有一第一紅外線收發模組,且該智慧電器設備控制裝置可與一服務端伺服器以及一行動電子裝置進行通訊,該智慧電器設備控制裝置係包括:一處理單元,用以與該服務端伺服器與行動電子裝置通訊;一第二紅外線收發模組,與該處理單元連接,用以與各該電器設備之第一紅外線收發模組進行信號傳輸;一陀螺儀模組,與該處理單元連接;以及一設定單元,與該處理單元連接,該設定單元用以接收一用戶輸入的操作指令以令該處理單元驅動該陀螺儀模組對該控制區域所欲設定的電器設備進行定位設定,定位驅動後則令該第二紅外線收發模組對該欲設定的電器設備發送一安裝設定請求,以使可識別該安裝設定請求的電器設備的第一紅外線收發模組接收後發送一代表該電器設備型號資訊的識別信號,且由該第二紅外線收發模組接收該識別信號後傳送給該處理單元,該處理單元依據該識別信號進行電器設備的設定與安裝,以供該行動電子裝置透過該處理單元對該已完成安裝設定的電器設備進行智慧電器設備控制處理,並由該處理單元將該已完成安裝設定的電器設備的控制資訊或該電器設備的運作資訊傳送給該服務端伺服器進行大數據分析處理。 Furthermore, the present invention provides another intelligent electrical equipment control device, which performs installation setting and control processing for electrical equipment in a control area, each electrical equipment is provided with a first infrared transceiver module, and the intelligent electrical equipment The control device can communicate with a server-side server and a mobile electronic device. The smart electrical equipment control device includes: a processing unit for communicating with the server-side server and the mobile electronic device; and a second infrared transceiver module Group, connected with the processing unit, used for signal transmission with the first infrared transceiver module of each of the electrical equipment; a gyroscope module connected with the processing unit; and a setting unit connected with the processing unit, the The setting unit is used to receive an operation instruction input by the user to make the processing unit drive the gyroscope module to perform positioning settings on the electrical equipment to be set in the control area, and after the positioning is driven, the second infrared transceiver module The electrical equipment to be set sends an installation setting request, so that the first infrared transceiver module that can identify the electrical equipment for the installation setting request receives and sends an identification signal representing the model information of the electrical equipment, and the second infrared transceiver receives The module receives the identification signal and transmits it to the processing unit. The processing unit sets and installs the electrical equipment according to the identification signal, so that the mobile electronic device can perform smart electrical appliances on the electrical equipment that has been installed and set through the processing unit. Equipment control processing, and the processing unit sends the control information of the installed electrical equipment or the operation information of the electrical equipment to the server server for big data analysis processing.
上述智慧電器設備控制裝置中,其復包括至少一感測器,與該處理單元連接,用以與對該控制區域進行環境狀態的感測,以供該處理單元依據該至少一感測器的感測結果對該電器設備進行智慧電器設備控制處理,以及由該處理單元將該感測結果傳送給該服務端伺服器進行大數據分析處理。 In the above-mentioned intelligent electrical equipment control device, it further includes at least one sensor connected to the processing unit for sensing the environmental state of the control area, so that the processing unit can perform the environmental state detection according to the at least one sensor. The sensing result is used for intelligent electrical equipment control processing on the electrical device, and the processing unit transmits the sensing result to the server server for big data analysis processing.
上述智慧電器設備控制裝置中,該服務端伺服器儲存有該電器設備的型號資訊,該型號資訊包括功率數據,該第二紅外線收發模組與該電器設備之第一紅外線收發模組所傳輸的信號復包括該電器設備的電源開啟與電源關閉的信號,使該處理單元將該電源開啟與電源關閉的狀態傳送給該服務端伺服器,以供該服務端伺服器依據該電器設備的電源開啟與電源關閉的時間差以及該電器設備的功率數據計算出該電器設備的耗電量及其電費。 In the above-mentioned smart electrical equipment control device, the server server stores model information of the electrical equipment, the model information includes power data, the second infrared transceiver module and the electrical equipment’s first infrared transceiver module transmit The signal complex includes the power-on and power-off signals of the electrical equipment, so that the processing unit transmits the power-on and power-off states to the server server, so that the server server can turn on the electrical equipment according to the power supply. The time difference with the power off and the power data of the electrical equipment calculate the power consumption of the electrical equipment and its electricity bill.
上述智慧電器設備控制裝置中,該處理單元依據該識別信號對該電器設備進行設定與安裝的處理時,也會依該攝影模組對該控制區域所攝得的空間影像定位出該電器設備位於該控制區域所在位置。 In the above-mentioned intelligent electrical equipment control device, when the processing unit processes the setting and installation of the electrical equipment according to the identification signal, it will also locate the electrical equipment based on the spatial image captured by the camera module on the control area. The location of the control area.
上述智慧電器設備控制裝置中,該智慧電器設備控制裝置復可對沒有該第一紅外線收發模組的電子裝置進行耗電量及電費的計算處理,該電子裝置之電源插頭係與一具有一第三紅外線收發模組的控制單元連接,且該控制單元係與一電源插座連接,其中該智慧電器設備控制裝置對該電子設備進行定位設定,定位驅動後則令該第二紅外線收發模組對該欲設定的電子裝置發送一安裝設定請求,以使可識別該安裝設定請求的控制單元的第三紅外線收發模組接收後發送一代表該電子裝置資訊的確認訊號,且由該第二紅外線收發模組接收該確認訊號後傳送給該處理單元,該處理單元依據該確認訊號進行電子裝置的設定與安裝,以供該行動電子裝置透過該處理單元、第二紅外線收發模組以及第三紅外線收發模組對該已完成安裝設定的電子裝置進行電源開啟與電源關閉,且使該處理單元依據該電源開啟與電源關閉的時間差以及自該服務伺服器存取該電器設備的功率數據以計算出該電子裝置的耗電量及其電費。 In the above-mentioned intelligent electrical equipment control device, the intelligent electrical equipment control device can then calculate the power consumption and electricity bills of the electronic device without the first infrared transceiver module, and the power plug of the electronic device is connected with a The control unit of the three infrared transceiver modules is connected, and the control unit is connected to a power socket, wherein the smart electrical equipment control device performs positioning settings on the electronic equipment, and after positioning is driven, the second infrared transceiver module The electronic device to be set sends an installation setting request so that the third infrared transceiver module that can identify the control unit of the installation setting request receives and sends a confirmation signal representing the information of the electronic device, and the second infrared transceiver module The group receives the confirmation signal and sends it to the processing unit. The processing unit configures and installs the electronic device according to the confirmation signal for the mobile electronic device to pass through the processing unit, the second infrared transceiver module, and the third infrared transceiver module The group performs power-on and power-off on the electronic device that has been installed and set, and makes the processing unit calculate the electronic device according to the time difference between the power-on and power-off and the power data of the electrical device from the service server. The power consumption of the device and its electricity bill.
上述智慧電器設備控制裝置中,該智慧電器設備控制裝置復可對沒有該第一紅外線收發模組的電子裝置進行耗電量及電費的計算處理,該電子裝置之電源插頭係與一具有一第三紅外線收發模組的控制單元連接,且該控制單元係與一電源插座連接,其中該智慧電器設備控制裝置對該電子設備進行定位設定,定位驅動後則令該第二紅外線收發模組對該欲設定的電子裝置發送一安裝設定請求,以使可識別該安裝設定請求的控制單元的第三紅外線收發模組接收後發送一代表該電子裝置資訊的確認訊號,且由該第二紅外線收發模組接收該確認訊號後傳送給該處理單元,該處理單元依據該確認訊號進行電子裝置的設定與安裝,以供該行動電子裝置透過該處理單元、第二紅外線收發模組以及第三紅外線收發模組對該已完成安裝設定的電子裝置進行電源開啟與電源關閉的控制,且使該處理單元將該電源開啟與電源關閉的狀態傳送給該服務端伺服器,以供該服務端伺服器依據該電子裝置的電源開啟與電源關閉的時間差以及該電子裝置的功率數據計算出該電子裝置的耗電量及其電費。 In the above-mentioned intelligent electrical equipment control device, the intelligent electrical equipment control device can then calculate the power consumption and electricity bills of the electronic device without the first infrared transceiver module, and the power plug of the electronic device is connected with a The control unit of the three infrared transceiver modules is connected, and the control unit is connected to a power socket, wherein the smart electrical equipment control device performs positioning settings on the electronic equipment, and after positioning is driven, the second infrared transceiver module The electronic device to be set sends an installation setting request so that the third infrared transceiver module that can identify the control unit of the installation setting request receives and sends a confirmation signal representing the information of the electronic device, and the second infrared transceiver module The group receives the confirmation signal and sends it to the processing unit. The processing unit configures and installs the electronic device according to the confirmation signal for the mobile electronic device to pass through the processing unit, the second infrared transceiver module, and the third infrared transceiver module The group controls the power-on and power-off of the electronic device that has been installed and set up, and makes the processing unit send the power-on and power-off status to the server server for the server server to follow the The time difference between the power on and power off of the electronic device and the power data of the electronic device calculate the power consumption of the electronic device and its electricity bill.
綜上所述,本發明之智慧電器設備控制裝置利用影像攝取及影像辨識來識別出控制區域中存在可受控的電器設備後,則朝該電器設備方向發射紅外線信號進行安裝及設定,另也可以將該影像攝取及影像辨識以陀螺儀技術來對該電器設備進行定位,以利於以該紅外線信號對位於該控制區域的不同方位的該電器設備進行控制,因此,提供一種快速及簡易的設備安裝及設定方式。再者,該智慧電器設備控制裝置復可收集該控制區域內的各該電器設備的運作資訊,且也可透過各類的感測器感測該控制區域的不同環境數據,該運作資訊以及該環境數據可提供給服務端伺服器進行大數據分析,以依據分析結果控制該電器設備,使該控制區域更為舒適或更為節能。 In summary, the smart electrical equipment control device of the present invention uses image capture and image recognition to identify the presence of controllable electrical equipment in the control area, and then transmits infrared signals toward the electrical equipment for installation and setting. The image capture and image recognition can use gyroscope technology to locate the electrical equipment, so that the infrared signal can be used to control the electrical equipment in different positions in the control area. Therefore, a fast and simple device is provided Installation and setting method. Furthermore, the smart electrical equipment control device can collect the operation information of each electrical equipment in the control area, and can also sense different environmental data of the control area through various sensors, the operation information and the operation information of the control area. The environmental data can be provided to the server-side server for big data analysis, so as to control the electrical equipment according to the analysis result, so that the control area is more comfortable or more energy-saving.
1:智慧電器設備控制裝置 1: Smart electrical equipment control device
10:處理單元 10: Processing unit
11:第二紅外線收發模組 11: The second infrared transceiver module
12:設定單元 12: Setting unit
120:攝影模組 120: Photography module
120’:陀螺儀模組 120’: Gyro Module
2:電器設備 2: electrical equipment
20:第一紅外線收發模組 20: The first infrared transceiver module
3:服務端伺服器 3: server-side server
4:行動電子裝置 4: mobile electronic device
5,5’:控制區域 5,5’: Control area
6:商家伺服器 6: Merchant server
圖1係用以說明本發明智慧電器設備控制裝置的基本架構及其應用架構方塊圖;圖2係用以說明本發明智慧電器設備控制裝置另一實施例的基本架構方塊圖;以及圖3係用以說明本發明智慧電器設備控制裝置另一實施例的應用架構方塊圖。 Fig. 1 is a block diagram for explaining the basic structure of the control device for smart electrical equipment of the present invention and its application structure; Fig. 2 is a block diagram for explaining the basic structure of another embodiment of the control device for smart electrical equipment of the present invention; and Fig. 3 is It is used to illustrate a block diagram of the application architecture of another embodiment of the intelligent electrical equipment control device of the present invention.
以下內容將搭配圖式,藉由特定的具體實施例說明本發明之技術內容,熟悉此技術之人士可由本說明書所揭示之內容輕易地了解本發明之其他優點與功效。本發明亦可藉由其他不同的具體實施例加以施行或應用。本說明書中的各項細節亦可基於不同觀點與應用,在不背離本發明之精神下,進行各種修飾與變更。尤其是,於圖式中各個元件的比例關係及相對位置僅具示範性用途,並非代表本發明實施的實際狀況。 The following content will be combined with the drawings to illustrate the technical content of the present invention through specific specific embodiments. Those familiar with this technology can easily understand the other advantages and effects of the present invention from the content disclosed in this specification. The present invention can also be implemented or applied by other different specific embodiments. Various details in this specification can also be modified and changed based on different viewpoints and applications without departing from the spirit of the present invention. In particular, the proportional relationship and relative positions of the various elements in the drawings are for exemplary purposes only, and do not represent the actual status of the implementation of the present invention.
如圖1所示,其係用以說明本發明智慧電器設備控制裝置的基本架構及其應用架構方塊圖,本發明智慧電器設備控制裝置1係對一控制區域5內的電器設備2進行安裝設定與控制處理,該電器設備2為一種物聯網設備,且該智慧電器設備控制裝置1可與服務端伺服器3以及行動電子裝置4進行通訊,該服務端伺服器3用以收集該控制區域5內各該電器設備2的運作狀況資訊以進行數據運算,並將運算結果傳送至該行動電子裝置4(詳細說明請容後述),或用戶透
過該行動電子裝置4對該智慧電器設備控制裝置1進行存取,以由該智慧電器設備控制裝置1對各該電器設備2進行控制(上述數據運算以及用戶控制請容後述)。
As shown in Figure 1, it is used to illustrate the basic structure of the intelligent electrical equipment control device of the present invention and its application structure block diagram. The intelligent electrical
上述之服務端伺服器3為該智慧電器設備控制裝置1的後台設備,用以提供該智慧電器設備控制裝置1服務,例如儲存各種可執行智慧控制的電器設備型號產品資訊,以供該智慧電器設備控制裝置1存取並進行電器設備安裝設定。此外,該服務端伺服器3提供使用者應用程式(APP)供用戶下載至該行動電子裝置4以對用戶所使用的智慧電器設備控制裝置1進行用戶註冊,因此該服務端伺服器3可對用戶進行管理,包括管理用戶在該控制區域5所使用的智慧電器設備控制裝置1、在該控制區域5所欲控制的電器設備2、該控制區域5的所在地理資訊或該用戶的年齡或性別等。
The above-mentioned
當用戶於例如居家客廳的控制區域5內設置例如空氣清淨機、除濕機、警報器、冷氣機或掃地機器人等之電器設備2,可透過本發明之智慧電器設備控制裝置1對各該電器設備2進行安裝設定以及控制,本實施例之智慧電器設備控制裝置1係包括:處理單元10、第二紅外線收發模組11、攝影模組120以及設定單元12。各該電器設備2設有第一紅外線收發模組20,以與該智慧電器設備控制裝置1之第二紅外線收發模組11進行信號傳輸,該設定單元12可包括例如為按鍵、按鈕、觸控面板等之輸入裝置,讓用戶在該智慧電器設備控制裝置1端直接進行操作以完成功能設定,或該設定單元12還可例如為藍芽通訊或訊號接收介面等之訊號傳輸單元,以供用戶透過行動電子裝置4與該智慧電器設備控制裝置1建立通訊連接,使該用戶可在該行動電子裝置4對該智慧電器設備控制裝置1進行輸入操作以對位於該控制區域5內的各電器設備2執行功能設定,該功能設定包括:設定各電器設備2與該智慧電器設備控制裝置1間的網路連接功能設
定,以及該智慧電器設備控制裝置1確認該各電器設備2的機型資訊以建立彼此間的通訊協定,建立該智慧電器設備控制裝置1與該各電器設備2間的通訊協定後而使該智慧電器設備控制裝置1發送可控制各該電器設備2的控制參數以及識別出各該電器設備2所回傳的運作數據。
When the user installs
具體而言,該智慧電器設備控制裝置1之設定單元12接收該用戶輸入的操作指令以令該處理單元10驅動該攝影模組120對該控制區域5進行影像攝取並進行影像辨識,該攝影模組120設有鏡頭轉動構件(在此未予以圖示),以使該攝影模組120可以90度、180度或360度等之攝像角度在該控制區域5進行大範圍的影像攝取,在識別出該控制區域5存有電器設備2的影像時,令該第二紅外線收發模組11發送安裝設定請求,以使可識別該安裝設定請求的電器設備2的第一紅外線收發模組20接收後發送代表該電器設備2型號資訊的識別信號,且由該第二紅外線收發模組11接收該識別信號後傳送給該處理單元10,使該處理單元10依據該識別信號進行電器設備2的設定與安裝,其中該處理單元10可自該服務端伺服器3中找尋與該識別信號相應的設備型號資訊,以讓該智慧電器設備控制裝置1建立其與該各電器設備2間的通訊協定,得以使該智慧電器設備控制裝置1發送可控制各該電器設備2的控制參數以及後續可以識別出各該電器設備2所回傳的運作數據(請容後詳述)。因此,藉由本發明智慧電器設備控制裝置1之設定單元12所提供的影像攝取以及影像辨識,並與紅外線收發技術的搭配下,即可自動且快速的對該控制區域5內的多個電器設備2完成設定以及安裝,節省時間以及簡化處理程序,尤其對於不擅長於安裝設定智慧電器設備的一般人而言,讓他們不再望之卻步了。
Specifically, the setting
該處理單元10將該已完成安裝設定的電器設備2的控制資訊或接收自該電器設備2所傳來的運作資訊傳送給該服務端伺服器3,以進行大數據分析處理,例如針對收集到的該控制區域5內各該電器設備2的運作狀態,以分析最佳運作效能或有助益的相關建議的資訊提供給用戶或設備商。舉例而言,若完成設定以及安裝的電器設備2為一冷氣機,每當該冷氣機電源開啟運作時,其第一紅外線收發模組20會發送電源開啟信號,以使該智慧電器設備控制裝置1的第二紅外線收發模組11接收後由該處理單元10依該電源開啟信號記錄該冷氣機的耗電時間起始點,待該冷氣機電源關閉停止運作時,其第一紅外線收發模組20會發送一電源關閉信號以供該智慧電器設備控制裝置1的第二紅外線收發模組11接收,使該處理單元10依該電源關閉信號記錄該冷氣機的耗電時間停止點,使該處理單元10依據該耗電時間起始點與耗電時間停止點(即該電源開啟與電源關閉的時間差)以及該冷氣機的功率數據計算出該冷氣機的耗電量及其電費,且該處理單元10將該冷氣機的耗電量及其電費傳送給該服務端伺服器3,以由該服務端伺服器3收集該冷氣機的運作效能與電費,當用戶量越多時可收集的冷氣機用電或使用資訊越多也越豐富,例如位於北部地區或南部地區對於某一種廠牌冷氣機的銷售量與耗電量比較結果等,此可能受到地區氣候等數據而有不同的結果,此可作為冷氣機廠商設計開發或地方官員能源改善的依據,因此該服務端伺服器3收集各處用戶的智慧電器設備控制裝置1所傳來的電器設備運作數據,藉由大數據分析可提供更有效的資訊。補充說明的是,該服務端伺服器3儲存有該電器設備2的型號資訊,該型號資訊包括功率數據,以供該處理單元10自該服務伺服器3存取該電器設備2的功率數據以計算出該電器設備2的耗電量及其電費。
The
除此之外,該智慧電器設備控制裝置1的處理單元10另可將收集到各該電器設備2的耗電量及其電費提供該行動電子裝置4存取,使用戶得知該控制區域5內的各該電器設備2的用電情形,甚至是,用戶也可透過該行動電子裝置4驅使該智慧電器設備控制裝置1對該控制區域5內的各該電器設備2進行控制,例如開啟或關閉該電器設備2的運作等。再者,用戶也可透過該行動電子裝置4驅使該智慧電器設備控制裝置1的攝影模組120對該控制區域5進行影像攝取,尤其在對例如掃地機器人的電器設備2的移動路線控制時,詳而言之,如上述處理單元10依據各該電器設備2所傳來的識別信號對該電器設備2進行設定與安裝的處理外,也會依該攝影模組120對該控制區域5所攝得的空間影像定位出該電器設備2位於該控制區域5所在位置,更可依據彼此間的紅外線信號傳送接收時間,大略計算出該控制區域5的平面空間圖,因此,若位於他處的用戶欲有效控制掃地機器人對該控制區域5執行清潔工作時,用戶可透過該行動電子裝置取得該攝影模組120所攝得的空間影像而得到該掃地機器人在控制區域5內的所在位置,此外,由該處理單元10可提供該控制區域5的平面空間圖,用戶在該平面空間圖上的預定位置進行點選輸入,使該智慧電器設備控制裝置1控制掃地機器人移動到該預定位置上執行清潔工作。因此,藉由本發明之智慧電器設備控制裝置1讓用戶更有效管理以及操控位於該控制區域5的各該電器設備2。
In addition, the
接著,請參閱圖2,其係本發明之智慧電器設備控制裝置的另一實施例的基本架構及其應用架構方塊圖,本實施例與上述圖1不同處在於將上述攝影模組120以一陀螺儀模組120’來取代,藉由該陀螺儀模組120’以對控制區域5’的各電器設備2進行定位設定,同理於上述圖1,用戶可透過該智慧電器設備控制裝置1之設定單元12接收該用戶輸入的操作指令以令該處理單元10驅動該陀
螺儀模組120’對該控制區域5’進行定位,首先,用戶需先確定該智慧電器設備控制裝置1的設置位置,以此設置位置為初始位置,然後,在用戶朝著欲設定的電器設備2的方向移動該智慧電器設備控制裝置1前,先對該設定單元12進行輸入操作,即輸入定位開始的指令以令該陀螺儀模組120’開始以前述設置位置進行定位處理,接著,移動該智慧電器設備控制裝置1,在該智慧電器設備控制裝置1靠近該電器設備2後,再對該設定單元12進行輸入操作,即輸入定位結束的指令以確認電器設備的設備位置,此處理方式下,該智慧電器設備控制裝置1即可依據上述的初始位置與設備位置對該欲設置的電器設備完成定位處理。同理於上述,該陀螺儀模組120’利用已知的初始點以及欲設置點的兩點移動軌跡來對定位欲設置的另一個電器設備,因此,在完成多個電器設備的定位設置後,即可規範出一控制區域5’。須補充說明的是,由於該智慧電器設備控制裝置1與各電器設備2是透過紅外線技術通訊,該控制區域5’以單一房室為宜,以避免牆柱壁面遮擋紅外線傳輸。
Next, please refer to FIG. 2, which is a block diagram of the basic structure and application structure of another embodiment of the smart electrical equipment control device of the present invention. The difference between this embodiment and the above-mentioned FIG. The gyroscope module 120' is used to replace the
此外,在該智慧電器設備控制裝置1靠近該電器設備2並確認該電器設備2的設備位置而完成定位處理後,同理於上述圖1,令該第二紅外線收發模組11發送安裝設定請求,以使該電器設備2的第一紅外線收發模組20接收後發送代表該電器設備2型號資訊的識別信號,且由該第二紅外線收發模組11接收該識別信號後傳送給該處理單元10,使該處理單元10依據該識別信號進行電器設備2的設定與安裝。由此可知,圖2以陀螺儀的定位方式取代圖1以攝影影像且影像識別的技術完成電器設備2的定位處理。
In addition, after the smart electrical
再者,圖2所示的實施例中,該智慧電器設備控制裝置1’復包括感測器13,該感測器13與該處理單元10連接,用以與對該控制區域5’進行環境狀態
的感測,以供該處理單元10依據該感測器13的感測結果對特定的電器設備2進行智慧電器設備控制處理,舉例而言,若該感測器13為懸浮微粒偵測器,且該控制區域5’的電器設備2為空氣清淨機,當該懸浮微粒偵測器偵測到該控制區域5’的空氣品質不佳時,該處理單元10驅動該第二紅外線收發模組11發送設備啟動請求,以使該電器設備2空氣清淨機的第一紅外線收發模組20接收後啟動運作,以讓該控制區域5’的空氣品質改善;又若該感測器13為濕度感測器,且該控制區域5’的電器設備2為除濕機,當該濕度感測器偵測到該控制區域5’的濕度過高時,該處理單元10驅動該第二紅外線收發模組11發送設備啟動請求,以使該除濕機的第一紅外線收發模組20接收後啟動運作,以讓該控制區域5’的空氣濕度改善;又若該感測器13為煙霧感測器,且該控制區域5’的電器設備2為警報器,當該煙霧感測器偵測到該控制區域5’存在煙霧時,該處理單元10驅動該第二紅外線收發模組11發送設備啟動請求,以使該警報器的第一紅外線收發模組20接收後發出警報,以警告位於該控制區域5’內用戶有煙霧產生,使用戶趕緊進行處理以避免火災發生,另外,該煙霧感測器可改為人體紅外線感測器,當該人體紅外線感測器偵測到該控制區域5’有移動物體通過時,該警報器發出警報,以嚇阻進入該控制區域5’內的不肖人士;又若該感測器13為溫度感測器,且該控制區域5’的電器設備2為冷氣機,當該溫度感測器偵測到該控制區域5’的溫度過高時,該處理單元10驅動該第二紅外線收發模組11發送設備啟動請求,以使該冷氣機的第一紅外線收發模組20接收後啟動運作,以讓該控制區域5’的溫度降低。
Furthermore, in the embodiment shown in FIG. 2, the smart electrical equipment control device 1'further includes a
在此須提出說明的是,本發明之智慧電器設備控制裝置1的感測器13數量並不如圖2所示為單一個,可為多個感測器13,且各該多個感測器13的類型可為不同,以對該控制區域5’感測出不同的環境數據,例如上述溫度、濕度、
空氣品質等,使該智慧電器設備控制裝置1可收集該控制區域5’中的多種環境數據,而相應控制位於該控制區域5’內不同功能的電器設備2執行運作,以提供舒適或合宜的環境。此外,由於本發明之智慧電器設備控制裝置1透過各類的感測器而可收集到該控制區域5的不同環境數據,因此比對分析該不同環境數據而可判斷出該控制區域5當下可能存在某些異狀,進而做出相應的通報處理,舉例而言,當該煙霧感測器偵測到該控制區域5’存在煙霧時,該處理單元10另可使該溫度感測器進行溫度感測,若感測出溫度高於預期,表示可能有火災發生,為提高判斷結果的準確性,接著可應用圖1所示的攝影模組120對該控制區域進行影像擷取,以識別出該控制區域5的影像中有火花或濃煙,表示該控制區域正發生火災,故該處理單元10即驅動該第二紅外線收發模組11發送設備啟動請求,以使該警報器的第一紅外線收發模組20接收後發出警報,以警告位於該控制區域5’內用戶有火災產生,或傳送警告訊息到該行動電子裝置4中,使位於他處的用戶做出相應的緊急處理。
It should be noted that the number of
在特殊情況下,若有些電器產品(在此未予以圖示)並不具備上述第一紅外線收發模組20,則可透過具有一第三紅外線收發模組的控制單元(在此未予以圖示)來與本發明之智慧電器設備控制裝置進行信號傳輸,即該電器產品之電源插頭(在此未予以圖示)插接於該控制單元,而該控制單元則與電源插座(在此未予以圖示)連接,該控制單元類似智慧端子,作為該電器產品與本發明之智慧電器設備控制裝置1的信號傳輸管道,並可完成如上述的設定與安裝,且用戶可透過該行動電子裝置4透過該處理單元10、第二紅外線收發模組以及第三紅外線收發模組對該已完成安裝設定的電器產品進行上述電源開啟與電源關閉的控制,且使該處理單元10將該電源開啟與電源關閉的狀態傳送給該服務端伺服
器3,以供該服務端伺服器3依據該電器產品的電源開啟與電源關閉的時間差以及該電器產品的功率數據計算出該電器產品的耗電量及其電費;此外,也可以不透過該服務伺服器3進行計算,而直接由位於該控制區域5的智慧電器設備控制裝置1依據該電源開啟與電源關閉的時間差以及該電器產品的功率數據計算出該電器產品的耗電量及其電費。
In special cases, if some electrical products (not shown here) do not have the above-mentioned first
接著,請參閱圖3,用以說明本發明智慧電器設備控制裝置1另一實施例的應用架構方塊圖,本實施例與上述圖1及圖2不同處於在於還包括:商家伺服器6,經由上述說明可知,藉由服務端伺服器3進行例如分析用戶的居家或辦公地點電器的耗電量、居家或辦公地點環境的空氣品質狀態以及用戶個人喜好的居家環境舒適度等大數據分析,可將該大數據分析結果提供給該商家伺服器6,使電器商家依據現況來推薦用戶更合宜的電器設備2,例如冷氣商家自該商家伺服器6的儲存資訊判斷出用戶居家的冷氣機耗電量過高,此乃因冷氣機機型老舊故而提供購買節能型的新型冷氣機的建議至該行動電子裝置4,以供用戶參考;另外,此推薦建議除了可由該商家伺服器6提供外,當然也可以由該服務端伺服器3直接傳輸至該行動電子裝置4。
Next, please refer to FIG. 3 to illustrate the application architecture block diagram of another embodiment of the smart electrical
綜上可知,本發明智慧電器設備控制裝置1透過影像掃描或簡單手動即可完成控制區域內的電器設備2的設定與安裝,讓用戶可自行安裝而不須透過專業人員;同時也可定位出各該電器設備2在該控制區域5中的位置,而易於以紅外線方式控制不同的電器設備2;再者,可以收集各該電器設備2的運作狀況以進行大數據分析,從而提供電器設備2節能或環境舒適的建議給用戶。
In summary, the intelligent electrical
上述實施例僅例示性說明本發明之原理及功效,而非用於限制本發明。任何熟習此項技術之人士均可在不違背本發明之精神及範疇下,對上述 實施例進行修飾與改變。因此,本發明之權利保護範圍,應如本發明申請專利範圍所列。 The above-mentioned embodiments only exemplify the principles and effects of the present invention, and are not used to limit the present invention. Anyone familiar with this technology can, without departing from the spirit and scope of the present invention, comment on the above The examples are modified and changed. Therefore, the protection scope of the present invention should be as listed in the scope of the patent application of the present invention.
1 智慧電器設備控制裝置
10 處理單元
11 第二紅外線收發模組
12 設定單元
120 攝影模組
2 電器設備
20 第一紅外線收發模組
3 服務端伺服器
4 行動電子裝置
5 控制區域
1 Smart electrical
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