TWM631766U

TWM631766U - Smart elevator system with facial recognition function

Info

Publication number: TWM631766U
Application number: TW111202953U
Authority: TW
Inventors: 張耀德; 林文傑; 尤濬哲; 陳世瑋; 李善謙; 莊詩晴
Original assignee: 高苑科技大學
Priority date: 2022-03-24
Filing date: 2022-03-24
Publication date: 2022-09-11

Abstract

一種具有臉部辨識功能的智能電梯系統包含：一影像擷取鏡頭，對一電梯內的多個搭乘者進行人臉影像擷取以產生多個待辨識影像；一雲端運算器，對該等待辨識影像進行一人工智慧人臉口罩辨識，以辨識該等搭乘者是否有戴口罩，且分別對應產生多個各自指示有無戴口罩的搭乘者影像信號；及一顯示螢幕，設置於該電梯內，並根據該等搭乘者影像信號顯示多個分別相關於該等搭乘者的影像輸出，當該等搭乘者影像信號中的任一者指示為無戴口罩時，該顯示螢幕所顯示之該等影像輸出中與該等搭乘者影像信號中的該任一者相對應的每一影像輸出具有一警示信號。An intelligent elevator system with face recognition function includes: an image capture lens, which captures the face images of a plurality of passengers in an elevator to generate a plurality of images to be recognized; a cloud computing unit recognizes the waiting images The image is subjected to an artificial intelligence face mask recognition to identify whether the passengers are wearing masks, and correspondingly generate a plurality of image signals of passengers indicating whether they are wearing masks; and a display screen is installed in the elevator, and Display a plurality of video outputs related to the passengers according to the video signals of the passengers. When any one of the video signals of the passengers indicates that they are not wearing masks, the video output displayed on the display screen will be displayed on the display screen. Each image output corresponding to the one of the passenger image signals has a warning signal.

Description

具有臉部辨識功能的智能電梯系統Smart elevator system with facial recognition

本新型是有關於一種系統，特別是指一種具有臉部辨識功能的智能電梯系統。The present invention relates to a system, especially an intelligent elevator system with face recognition function.

現有電梯技術的缺點是電梯內無法辨識每位搭乘者是否有戴口罩，也無法據以發出警示來提醒未戴口罩的搭乘者戴上口罩，如此在目前疫情（如，冠狀病毒疫情）嚴重的情況下，會提高傳染病毒的風險。此外，目前搭乘者欲搭乘大樓內的傳統電梯時，必需先用手按壓設於電梯外且位於樓層壁面的一電梯呼叫按鈕，待電梯抵達且搭乘者進入電梯之後，其需再按下電梯內部的一樓層按鈕以搭到所欲前往的樓層，如此當多位搭乘者各自多次按壓該電梯呼叫按鈕及該樓層按鈕也會造成增加接觸傳染病毒的風險。因此，如何自動辨識電梯內的每一位搭乘者是否有戴口罩，及讓搭乘者不需碰觸該電梯呼叫按鈕及該樓層按鈕，也能設定電梯到指定的樓層，是目前研究改善的方向。The disadvantage of the existing elevator technology is that it is impossible to identify whether each passenger is wearing a mask in the elevator, and it is impossible to issue a warning to remind passengers who do not wear a mask to wear a mask. In this case, the risk of contracting the virus will increase. In addition, when a passenger wants to take a traditional elevator in a building, he must first press an elevator call button located outside the elevator and located on the floor wall. After the elevator arrives and the passenger enters the elevator, he needs to press the inside of the elevator again. A floor button of the elevator is used to get to the desired floor, so when multiple passengers press the elevator call button and the floor button for many times, it will also increase the risk of contracting the virus. Therefore, how to automatically identify whether each passenger in the elevator is wearing a mask, and how to set the elevator to the designated floor without touching the elevator call button and the floor button, is the direction of current research and improvement. .

因此，本新型之目的，即在提供一種能夠克服先前技術至少一缺點的具有臉部辨識功能的智能電梯系統。Therefore, the purpose of the present invention is to provide an intelligent elevator system with facial recognition function which can overcome at least one disadvantage of the prior art.

於是，本新型具有臉部辨識功能的智能電梯系統包含一影像擷取鏡頭、一雲端運算器，及一顯示螢幕。Therefore, the novel intelligent elevator system with face recognition function includes an image capturing lens, a cloud computing unit, and a display screen.

該影像擷取鏡頭設置於一大樓之一電梯內，並對該電梯內的多個搭乘者進行人臉影像擷取，以分別產生多個待辨識影像。The image capturing lens is installed in an elevator of a building, and captures face images of a plurality of passengers in the elevator, so as to generate a plurality of images to be identified respectively.

該雲端運算器通訊連接該影像擷取鏡頭以接收該等待辨識影像，並對該等待辨識影像進行一人工智慧人臉口罩辨識，以分別辨識該等搭乘者是否有戴口罩，且分別對應產生多個各自指示有無戴口罩的搭乘者影像信號。The cloud computing unit communicates with the image capture lens to receive the image waiting to be recognized, and performs an artificial intelligence face mask recognition on the image waiting to be recognized, so as to identify whether the passengers are wearing masks, and correspondingly generate multiple Each of them indicates the presence or absence of a mask-wearing passenger video signal.

該顯示螢幕設置於該電梯內，通訊連接該雲端運算器以接收該等搭乘者影像信號，並根據該等搭乘者影像信號對應顯示多個分別相關於該等搭乘者的影像輸出，當該等搭乘者影像信號中的任一者指示為無戴口罩時，該顯示螢幕所顯示之該等影像輸出中與該等搭乘者影像信號中的該任一者相對應的每一影像輸出具有一警示信號。The display screen is arranged in the elevator, and is connected to the cloud computing unit in communication to receive the passenger image signals, and correspondingly display a plurality of image outputs related to the passengers according to the passenger image signals. When any one of the passenger image signals indicates that no mask is worn, each image output corresponding to the one of the passenger image signals displayed on the display screen has a warning Signal.

本新型之功效在於：利用該雲端運算器進行人臉口罩辨識以產生該等搭乘者影像信號，並由該顯示螢幕根據該等搭乘者影像信號對應顯示該等分別相關於該等搭乘者的影像輸出，以提醒未戴口罩的搭乘者戴上口罩，進而可降低傳染病毒的風險。The function of the new type is: using the cloud computing device to perform face mask recognition to generate the image signals of the passengers, and correspondingly display the images related to the passengers on the display screen according to the image signals of the passengers Output to remind passengers who are not wearing masks to wear masks, which can reduce the risk of virus transmission.

參閱圖1，本新型具有人工智慧（artificial intelligence，AI）辨識人臉且結合雲端運算的具有臉部辨識功能的智能電梯系統的實施例包含一影像擷取鏡頭10、一顯示螢幕100、多個影像擷取器5、一通訊器6、一雲端運算器7、一儲存器8、一遠端控制單元1、一電梯端控制單元2，及一驅動單元3。Referring to FIG. 1 , an embodiment of the new smart elevator system with face recognition function with artificial intelligence (AI) for face recognition combined with cloud computing includes an image capturing lens 10 , a display screen 100 , a plurality of An image capture unit 5 , a communicator 6 , a cloud computing unit 7 , a storage 8 , a remote control unit 1 , an elevator-side control unit 2 , and a drive unit 3 .

該影像擷取鏡頭10設置於一大樓之一電梯4內，並對該電梯4內的多個搭乘者進行人臉影像擷取，以分別產生多個待辨識影像，且將該等待辨識影像回傳到後台的該通訊器6。該通訊器6將該等待辨識影像經由一網路9（其為有線網路或無線網路的其中之一）上傳到該雲端運算器7。The image capture lens 10 is installed in an elevator 4 of a building, and captures face images of a plurality of passengers in the elevator 4 to generate a plurality of images to be recognized, and returns the images to be recognized back to the communicator 6 in the background. The communicator 6 uploads the image waiting for identification to the cloud computing unit 7 via a network 9 (which is one of a wired network or a wireless network).

該等影像擷取器5分別設置於該大樓之多個樓層的電梯口。需說明的是，由於每一影像擷取器5的作動相同，故以下舉設置於該大樓之三樓電梯口的該影像擷取器5為例進行說明，但不限於此。當一欲搭乘電梯之使用者是站在三樓電梯口時，三樓電梯口（以下簡稱所屬樓層）的該影像擷取器5對該欲搭乘電梯之使用者進行人臉影像擷取（即，每一影像擷取器5對一欲搭乘電梯之使用者進行人臉影像擷取），以產生一具有該使用者所在樓層資訊的待識別影像，並且所屬樓層的該影像擷取器5將該待識別影像回傳到後台的該通訊器6。該通訊器6將該待識別影像經由該網路9上傳到該雲端運算器7。The image capture devices 5 are respectively installed at the elevator entrances of multiple floors of the building. It should be noted that, since the actions of each image capture device 5 are the same, the image capture device 5 disposed at the elevator entrance on the third floor of the building is taken as an example for description, but it is not limited thereto. When a user who wants to take the elevator is standing at the elevator entrance on the third floor, the image capture device 5 at the elevator entrance on the third floor (hereinafter referred to as the floor) captures the face image of the user who wants to take the elevator (ie , each image capture device 5 captures a face image of a user who wants to take the elevator) to generate a to-be-identified image with the floor information of the user, and the image capture device 5 on the floor The to-be-recognized image is sent back to the communicator 6 in the background. The communicator 6 uploads the to-be-identified image to the cloud computing unit 7 via the network 9 .

該儲存器8儲存一大樓住戶影像資料，且通訊連接該雲端運算器7，並將該大樓住戶影像資料輸出至該雲端運算器7。該大樓住戶影像資料包括每一住戶的一人臉特徵值。The storage 8 stores image data of a building resident, and is connected to the cloud computing unit 7 through communication, and outputs the building resident image data to the cloud computing unit 7 . The image data of the occupants of the building includes a face feature value of each occupant.

該雲端運算器7經由該網路9及該通訊器6通訊連接該影像擷取鏡頭10以接收該等待辨識影像，並對該等待辨識影像進行一人工智慧人臉口罩辨識，以分別辨識該等搭乘者是否有戴口罩，且分別對應產生多個各自指示有無戴口罩的搭乘者影像信號。該雲端運算器7接收來自該儲存器8的每一住戶的該人臉特徵值，且還經由該網路9及該通訊器6通訊連接所屬樓層的該影像擷取器5以接收該待識別影像，並對該待識別影像進行一人工智慧人臉辨識，以決定是否根據該待識別影像所具有的該使用者所在樓層資訊產生一指示電梯出發樓層的前往指令。The cloud computing unit 7 communicates with the image capture lens 10 via the network 9 and the communicator 6 to receive the image waiting to be recognized, and performs an artificial intelligence face mask recognition on the image waiting to be recognized, so as to identify the images respectively. Whether the passenger wears a mask or not, and correspondingly generates a plurality of passenger video signals indicating whether or not the passenger wears a mask. The cloud computing unit 7 receives the facial feature value of each household from the storage 8, and also communicates with the image capture device 5 on the floor to which it belongs via the network 9 and the communicator 6 to receive the to-be-identified image, and perform an artificial intelligence face recognition on the to-be-recognized image to determine whether to generate a travel instruction indicating the elevator departure floor according to the floor information of the user in the to-be-recognized image.

詳細來說，該人工智慧人臉口罩辨識為該雲端運算器7對該等待辨識影像進行影像分析，並據以判斷該等搭乘者是否有戴口罩。該人工智慧人臉辨識為該雲端運算器7對來自所屬樓層的該影像擷取器5的該待識別影像進行影像分析運算以產生一運算結果，並將該運算結果與每一住戶的該人臉特徵值進行比對，以判斷該待識別影像所對應的該使用者是否屬於該大樓的住戶，當判斷為是時，該雲端運算器7根據該待識別影像所具有的該使用者所在樓層資訊產生該指示電梯出發樓層的前往指令（即，該前往指令指示電梯出發樓層為三樓）；當判斷為否時，該雲端運算器7不會根據該待識別影像所具有的該使用者所在樓層資訊產生該前往指令。Specifically, the artificial intelligence face mask recognition is that the cloud computing unit 7 performs image analysis on the image waiting to be recognized, and determines whether the passengers are wearing masks. The artificial intelligence face recognition is that the cloud computing unit 7 performs an image analysis operation on the to-be-recognized image from the image capture device 5 of the corresponding floor to generate an operation result, and associates the operation result with the person of each resident The facial feature values are compared to determine whether the user corresponding to the to-be-recognized image belongs to the resident of the building. When the determination is yes, the cloud computing unit 7 determines the floor of the user according to the to-be-recognized image. The information generates the travel instruction indicating the elevator departure floor (that is, the travel instruction indicates that the elevator departure floor is the third floor); when the judgment is no, the cloud computing device 7 will not be based on the to-be-identified image has the user's location. The floor information generates the going command.

該顯示螢幕100設置於該電梯4內，且經由該通訊器6及該網路9通訊連接該雲端運算器7以接收該等搭乘者影像信號，並根據該等搭乘者影像信號對應顯示多個分別相關於該等搭乘者的影像輸出。當該等搭乘者影像信號中的任一者指示為無戴口罩時，該顯示螢幕100所顯示之該等影像輸出中與該等搭乘者影像信號中的該任一者相對應的每一影像輸出具有一警示信號，並且該顯示螢幕100還根據該等搭乘者影像信號中的該任一者，發出一提醒戴口罩的提醒信號。在本實施例中，該警示信號為一警示框（例如，一方框），每一警示框用以框住該等搭乘者影像信號中的該任一者相對應的每一影像輸出。該提醒信號為一聲音提示信號或一文字提示信號，但不限於此。The display screen 100 is installed in the elevator 4, and is connected to the cloud computing unit 7 via the communicator 6 and the network 9 to receive the passenger image signals, and correspondingly display a plurality of passengers according to the passenger image signals The video outputs are respectively related to the passengers. When any one of the passenger image signals indicates that no mask is worn, each image corresponding to the one of the passenger image signals in the image outputs displayed on the display screen 100 The output has a warning signal, and the display screen 100 also sends out a warning signal for reminding to wear a mask according to any one of the passenger image signals. In this embodiment, the warning signal is a warning frame (eg, a frame), and each warning frame is used to frame each image output corresponding to any one of the passenger image signals. The reminder signal is a voice reminder signal or a text reminder signal, but is not limited thereto.

該遠端控制單元1用於產生一設定指令，該設定指令指示該使用者欲前往之樓層。在本實施例中，該遠端控制單元1包括一用戶端行動模組11及一遠端伺服器12。The remote control unit 1 is used for generating a setting command, and the setting command indicates the floor that the user wants to go to. In this embodiment, the remote control unit 1 includes a client mobile module 11 and a remote server 12 .

該用戶端行動模組11安裝有一應用程式。當該使用者進入該應用程式選取欲前往之樓層後，該用戶端行動模組11對應輸出該設定指令至一網際網路13。該用戶端行動模組11例如為一用戶手機或一筆記型電腦。The client mobile module 11 is installed with an application program. After the user enters the application and selects the desired floor, the client-side mobile module 11 outputs the setting command to an Internet 13 correspondingly. The client mobile module 11 is, for example, a user mobile phone or a notebook computer.

該遠端伺服器12經由該網際網路13與該用戶端行動模組11連接以接收該設定指令，且將該設定指令以一無線通訊方式輸出。在本實施例中，該遠端伺服器12設於該電梯4所屬大樓內部。在本實施例中，該無線通訊方式為一藍牙通訊，但不限於此。The remote server 12 is connected to the client mobile module 11 via the Internet 13 to receive the setting command, and output the setting command in a wireless communication manner. In this embodiment, the remote server 12 is installed inside the building to which the elevator 4 belongs. In this embodiment, the wireless communication method is a Bluetooth communication, but is not limited to this.

該電梯端控制單元2經由該網路9通訊連接該雲端運算器7以接收該前往指令（即，每一前往指令），並以該無線通訊方式與該遠端控制單元1的該遠端伺服器12通訊以接收該設定指令，且根據該前往指令產生一第一控制信號，及根據該設定指令產生一第二控制信號。在本實施例中，該電梯端控制單元2包括一電連接該驅動單元3的輸出介面21、一通訊模組22，及一處理模組23。The elevator-side control unit 2 communicates with the cloud computing unit 7 via the network 9 to receive the heading command (ie, each heading command), and communicates with the remote server of the remote control unit 1 by the wireless communication method The device 12 communicates to receive the setting command, and generates a first control signal according to the forward command, and generates a second control signal according to the setting command. In this embodiment, the elevator-side control unit 2 includes an output interface 21 electrically connected to the drive unit 3 , a communication module 22 , and a processing module 23 .

該通訊模組22經由該網路9通訊連接該雲端運算器7以接收該前往指令並輸出，並以該無線通訊方式與該遠端控制單元1的該遠端伺服器12通訊以接收該設定指令並輸出。The communication module 22 communicates with the cloud computing unit 7 via the network 9 to receive and output the forward command, and communicates with the remote server 12 of the remote control unit 1 by the wireless communication method to receive the setting command and output.

該處理模組23電連接該通訊模組22以接收該前往指令及該設定指令，並根據該前往指令及該設定指令分別產生該等第一及第二控制信號，且將該等第一及第二控制信號經由該輸出介面21輸出至該驅動單元3。The processing module 23 is electrically connected to the communication module 22 to receive the forward command and the setting command, and respectively generate the first and second control signals according to the forward command and the setting command, and the first and The second control signal is output to the driving unit 3 through the output interface 21 .

該驅動單元3電連接該電梯端控制單元2的該輸出介面21以接收該等第一及第二控制信號，且根據該等第一及第二控制信號分別產生第一及第二驅動信號。該驅動單元3根據該第一驅動信號驅動該電梯4移動至該使用者所在樓層（即，三樓）以供該使用者搭乘，並根據該第二驅動信號驅動該電梯4從該使用者所在樓層移動至該使用者欲前往之樓層（例如，七樓）。在本實施例中，該驅動單元3包括一接收介面31，及一驅動模組32。The driving unit 3 is electrically connected to the output interface 21 of the elevator-side control unit 2 to receive the first and second control signals, and respectively generate first and second driving signals according to the first and second control signals. The driving unit 3 drives the elevator 4 to move to the floor where the user is located (ie, the third floor) according to the first driving signal for the user to ride, and drives the elevator 4 from the user's floor according to the second driving signal. The floor moves to the floor the user wants to go to (eg, the seventh floor). In this embodiment, the driving unit 3 includes a receiving interface 31 and a driving module 32 .

該接收介面31電連接該電梯端控制單元2的該輸出介面21以接收該等第一及第二控制信號並輸出。The receiving interface 31 is electrically connected to the output interface 21 of the elevator-side control unit 2 to receive and output the first and second control signals.

該驅動模組32電連接在該接收介面31與該電梯4之間，接收來自該接收介面31的該等第一及第二控制信號，且根據該等第一及第二控制信號分別產生該等第一及第二驅動信號。該驅動模組32根據該第一驅動信號驅動該電梯4移動至該使用者所在樓層，並根據該第二驅動信號驅動該電梯4從該使用者所在樓層移動至該使用者欲前往之樓層，亦即，將該使用者從三樓運送到七樓。The driving module 32 is electrically connected between the receiving interface 31 and the elevator 4, receives the first and second control signals from the receiving interface 31, and generates the first and second control signals respectively according to the first and second control signals Wait for the first and second drive signals. The driving module 32 drives the elevator 4 to move to the floor of the user according to the first driving signal, and drives the elevator 4 to move from the floor of the user to the floor that the user wants to go according to the second driving signal, That is, the user is transported from the third floor to the seventh floor.

綜上所述，利用該雲端運算器7進行人臉口罩辨識以產生該等搭乘者影像信號，並由該顯示螢幕100根據該等搭乘者影像信號對應顯示該等分別相關於該等搭乘者的影像輸出，且發出該提醒戴口罩的提醒信號，如此可提醒未戴口罩的搭乘者戴上口罩，進而可降低傳染病毒的風險。此外，利用該雲端運算器7進行人臉辨識並決定是否產生該指示電梯出發樓層的前往指令，且利用該遠端控制單元1產生該指示該使用者欲前往之樓層的設定指令，並據以產生該等第一及第二驅動信號，以將該電梯4從該使用者欲搭乘電梯之樓層移動至該使用者欲前往之樓層，如此一來，使用者無需碰觸電梯呼叫按鈕及樓層按鈕就能設定電梯到指定樓層，進而可避免使用者因按壓電梯呼叫按鈕及樓層按鈕而有接觸傳染病毒的風險。To sum up, the cloud computing unit 7 is used for face mask recognition to generate the image signals of the passengers, and the display screen 100 correspondingly displays the information about the passengers according to the image signals of the passengers. The image is output, and a reminder signal for reminding to wear a mask is issued, so that passengers who are not wearing masks can be reminded to wear masks, thereby reducing the risk of virus infection. In addition, the cloud computing unit 7 is used to perform face recognition and determine whether to generate the going command indicating the elevator departure floor, and the remote control unit 1 is used to generate the setting command indicating the floor the user wants to go to, and accordingly The first and second driving signals are generated to move the elevator 4 from the floor where the user wants to take the elevator to the floor where the user wants to go, so that the user does not need to touch the elevator call button and floor button The elevator can be set to the designated floor, thereby avoiding the risk of the user being exposed to the virus by pressing the elevator call button and the floor button.

惟以上所述者，僅為本新型之實施例而已，當不能以此限定本新型實施之範圍，凡是依本新型申請專利範圍及專利說明書內容所作之簡單的等效變化與修飾，皆仍屬本新型專利涵蓋之範圍內。However, the above are only examples of the present invention, which should not limit the scope of the present invention. Any simple equivalent changes and modifications made according to the scope of the patent application for this new model and the contents of the patent specification are still within the scope of the present invention. within the scope of this new patent.

1:遠端控制單元 10:影像擷取鏡頭 11:用戶端行動模組 12:遠端伺服器 13:網際網路 100:顯示螢幕 2:電梯端控制單元 21:輸出介面 22:通訊模組 23:處理模組 3:驅動單元 31:接收介面 32:驅動模組 4:電梯 5:影像擷取器 6:通訊器 7:雲端運算器 8:儲存器 9:網路1: Remote control unit 10: Image capture lens 11: User terminal mobile module 12: Remote server 13: The Internet 100: display screen 2: Elevator side control unit 21: Output interface 22: Communication module 23: Processing modules 3: drive unit 31: Receive interface 32: Driver module 4: Elevator 5: Image grabber 6: Communicator 7: Cloud Computing 8: Storage 9: Internet

本新型之其他的特徵及功效，將於參照圖式的實施方式中清楚地呈現，其中：圖1是一方塊圖，說明本新型具有臉部辨識功能的智能電梯系統的一實施例。 Other features and effects of the present invention will be clearly presented in the embodiments with reference to the drawings, wherein: FIG. 1 is a block diagram illustrating an embodiment of the novel intelligent elevator system with facial recognition function of the present invention.

1:遠端控制單元 1: Remote control unit

10:影像擷取鏡頭 10: Image capture lens

11:用戶端行動模組 11: User terminal mobile module

12:遠端伺服器 12: Remote server

13:網際網路 13: The Internet

100:顯示螢幕 100: display screen

2:電梯端控制單元 2: Elevator side control unit

21:輸出介面 21: Output interface

22:通訊模組 22: Communication module

23:處理模組 23: Processing modules

3:驅動單元 3: drive unit

31:接收介面 31: Receive interface

32:驅動模組 32: Driver module

4:電梯 4: Elevator

5:影像擷取器 5: Image grabber

6:通訊器 6: Communicator

7:雲端運算器 7: Cloud Computing

8:儲存器 8: Storage

9:網路 9: Internet

Claims

一種具有臉部辨識功能的智能電梯系統，包含：一影像擷取鏡頭，設置於一大樓之一電梯內，並對該電梯內的多個搭乘者進行人臉影像擷取，以分別產生多個待辨識影像；一雲端運算器，通訊連接該影像擷取鏡頭以接收該等待辨識影像，並對該等待辨識影像進行一人工智慧人臉口罩辨識，以分別辨識該等搭乘者是否有戴口罩，且分別對應產生多個各自指示有無戴口罩的搭乘者影像信號；及一顯示螢幕，設置於該電梯內，通訊連接該雲端運算器以接收該等搭乘者影像信號，並根據該等搭乘者影像信號對應顯示多個分別相關於該等搭乘者的影像輸出，當該等搭乘者影像信號中的任一者指示為無戴口罩時，該顯示螢幕所顯示之該等影像輸出中與該等搭乘者影像信號中的該任一者相對應的每一影像輸出具有一警示信號。 An intelligent elevator system with facial recognition function, comprising: an image capturing lens, installed in an elevator of a building, and capturing face images of a plurality of passengers in the elevator to generate a plurality of images to be identified respectively; A cloud computing unit, communicating with the image capture lens to receive the image waiting to be recognized, and performing an artificial intelligence face mask recognition on the image waiting to be recognized, so as to identify whether the passengers are wearing masks, and correspondingly generate Multiple video signals each indicating the presence or absence of a occupant wearing a mask; and a display screen, installed in the elevator, communicated with the cloud computing unit to receive the image signals of the passengers, and correspondingly display a plurality of image outputs related to the passengers according to the image signals of the passengers, when the When any one of the passenger image signals indicates that no mask is worn, each image output corresponding to the one of the passenger image signals displayed on the display screen has a Warning sign.

如請求項1所述的具有臉部辨識功能的智能電梯系統，其中，該警示信號為一警示框，每一警示框用以框住該等搭乘者影像信號中的該任一者相對應的每一影像輸出。The intelligent elevator system with face recognition function as claimed in claim 1, wherein the warning signal is a warning frame, and each warning frame is used to frame the corresponding one of the passenger image signals. each image output.

如請求項1所述的具有臉部辨識功能的智能電梯系統，其中，該顯示螢幕還根據該等搭乘者影像信號中的該任一者，發出一提醒戴口罩的提醒信號。The intelligent elevator system with face recognition function according to claim 1, wherein the display screen also sends out a reminder signal for reminding to wear a mask according to any one of the passenger image signals.

如請求項3所述的具有臉部辨識功能的智能電梯系統，其中，該提醒信號為一聲音提示信號。The intelligent elevator system with face recognition function according to claim 3, wherein the reminder signal is a sound reminder signal.

如請求項3所述的具有臉部辨識功能的智能電梯系統，其中，該提醒信號為一文字提示信號。The intelligent elevator system with face recognition function according to claim 3, wherein the reminder signal is a text reminder signal.

如請求項1所述的具有臉部辨識功能的智能電梯系統，還包含：多個影像擷取器，分別設置於該大樓之多個樓層的電梯口，且通訊連接該雲端運算器，每一影像擷取器對一欲搭乘電梯之使用者進行人臉影像擷取，以產生一具有該使用者所在樓層資訊的待識別影像，並將該等待識別影像傳輸至該雲端運算器，以致該雲端運算器還對該等待識別影像進行一人工智慧人臉辨識，以決定是否根據每一待識別影像所具有的該使用者所在樓層資訊產生一指示電梯出發樓層的前往指令；一遠端控制單元，用於產生一設定指令，該設定指令指示該使用者欲前往之樓層；一電梯端控制單元，通訊連接該雲端運算器以接收每一前往指令，並以一無線通訊方式與該遠端控制單元通訊以接收該設定指令，且根據每一前往指令產生一第一控制信號，及根據該設定指令產生一第二控制信號；及一驅動單元，電連接該電梯端控制單元以接收該等第一及第二控制信號，並據以分別產生第一及第二驅動信號，且根據該第一驅動信號驅動一電梯移動至該使用者所在樓層，並根據該第二驅動信號驅動該電梯從該使用者所在樓層移動至該使用者欲前往之樓層；及一儲存器，儲存一大樓住戶影像資料，且通訊連接該雲端運算器，並將該大樓住戶影像資料輸出至該雲端運算器，該大樓住戶影像資料包括每一住戶的一人臉特徵值。 The intelligent elevator system with facial recognition function according to claim 1, further comprising: A plurality of image capture devices are respectively arranged at the elevator entrances of a plurality of floors of the building, and are communicated with the cloud computing device. Each image capture device captures a face image of a user who wants to take the elevator, so as to Generate a to-be-identified image with the floor information of the user, and transmit the waiting-to-identify image to the cloud computing unit, so that the cloud computing unit also performs an artificial intelligence face recognition on the waiting-to-recognize image to determine whether to identify according to Each to-be-recognized image has the floor information of the user to generate a travel instruction indicating the elevator departure floor; a remote control unit for generating a setting command, the setting command instructing the floor to which the user wants to go; An elevator-side control unit, communicating with the cloud computing unit to receive each heading command, and communicating with the remote control unit in a wireless communication manner to receive the setting command, and generating a first control signal according to each heading command , and generate a second control signal according to the setting command; and a drive unit electrically connected to the elevator-side control unit to receive the first and second control signals, generate first and second drive signals accordingly, and drive an elevator to move to the use according to the first drive signal and drive the elevator to move from the user's floor to the user's desired floor according to the second drive signal; and A storage device stores image data of a building's occupants, and is connected to the cloud computing unit in communication, and outputs the building's resident image data to the cloud computing device. The building's resident image data includes a face feature value of each resident.

如請求項6所述的具有臉部辨識功能的智能電梯系統，其中，該人工智慧人臉辨識為該雲端運算器對每一待識別影像進行影像分析運算以產生一運算結果，並將每一運算結果與每一住戶的該人臉特徵值進行比對，以判斷每一待識別影像所對應的該使用者是否屬於該大樓的住戶，當判斷為是時，該雲端運算器根據每一待識別影像所具有的該使用者所在樓層資訊產生該指示電梯出發樓層的前往指令。The intelligent elevator system with face recognition function according to claim 6, wherein the artificial intelligence face recognition is that the cloud computing unit performs image analysis and operation on each image to be recognized to generate an operation result, and analyzes each image to be recognized. The calculation result is compared with the facial feature value of each resident to determine whether the user corresponding to each to-be-identified image belongs to the resident of the building. The information on the floor of the user in the identification image generates the heading instruction indicating the departure floor of the elevator.

如請求項6所述的具有臉部辨識功能的智能電梯系統，其中，該遠端控制單元包括一用戶端行動模組，安裝有一應用程式，當該使用者進入該應用程式選取欲前往之樓層後，該用戶端行動模組對應輸出該設定指令，及一遠端伺服器，經由一網際網路與該用戶端行動模組連接以接收該設定指令，且將該設定指令以該無線通訊方式傳輸至該電梯端控制單元。 The intelligent elevator system with facial recognition function as claimed in claim 6, wherein the remote control unit comprises: A user-end mobile module installed with an application program, when the user enters the application and selects the floor to go to, the user-end mobile module correspondingly outputs the setting command, and A remote server is connected with the client mobile module via an internet to receive the setting command, and transmit the setting command to the elevator-side control unit by the wireless communication mode.

如請求項6所述的具有臉部辨識功能的智能電梯系統，其中，該電梯端控制單元包括一輸出介面，電連接該驅動單元，一通訊模組，通訊連接該雲端運算器以接收每一前往指令並輸出，並以該無線通訊方式與該遠端控制單元通訊以接收該設定指令並輸出，及一處理模組，電連接該通訊模組以接收每一前往指令及該設定指令，並根據每一前往指令產生該第一控制信號，及根據該設定指令產生該第二控制信號，且將該等第一及第二控制信號經由該輸出介面輸出至該驅動單元。 The intelligent elevator system with face recognition function according to claim 6, wherein the elevator control unit comprises: an output interface electrically connected to the driving unit, a communication module, communicatively connected to the cloud computing unit to receive and output each forwarding command, and communicate with the remote control unit by the wireless communication method to receive and output the setting command, and a processing module, electrically connected to the communication module to receive each forward command and the setting command, generate the first control signal according to each forward command, and generate the second control signal according to the setting command, and the The first and second control signals are output to the driving unit through the output interface.

如請求項6所述的具有臉部辨識功能的智能電梯系統，其中，該驅動單元包括一接收介面，電連接該電梯端控制單元以接收該等第一及第二控制信號並輸出，及一驅動模組，電連接在該接收介面與該電梯之間，接收來自該接收介面的該等第一及第二控制信號，並據以分別產生該等第一及第二驅動信號，且根據該第一驅動信號驅動該電梯移動至該使用者所在樓層，並根據該第二驅動信號驅動該電梯從該使用者所在樓層移動至該使用者欲前往之樓層。 The intelligent elevator system with face recognition function according to claim 6, wherein the driving unit comprises: a receiving interface electrically connected to the elevator-side control unit to receive and output the first and second control signals, and A driving module, electrically connected between the receiving interface and the elevator, receives the first and second control signals from the receiving interface, and generates the first and second driving signals respectively according to the The first driving signal drives the elevator to move to the floor where the user is located, and drives the elevator to move from the floor where the user is located to the floor that the user wants to go to according to the second driving signal.