TWM650302U

TWM650302U - Elevator button system

Info

Publication number: TWM650302U
Application number: TW112211462U
Authority: TW
Inventors: 王俊翔; 詹文清
Original assignee: 宏匠實業股份有限公司
Priority date: 2023-10-24
Filing date: 2023-10-24
Publication date: 2024-01-01

Abstract

The present invention relates to an elevator button system. The system includes at least two elevator button devices and one electronic control device. Each of the at least two elevator button devices has at least one first control board, at least two first power connection terminals, and at least two first communication connection terminals. The electronic control device has at least one second control board, at least one second power connection terminal, and at least one second communication connection terminal. The electronic control device is connected to one of the at least two elevator button devices through a connecting line, and each of the at least two elevator button devices is connected to another elevator button device through the connecting line.

Description

電梯按鈕系統elevator button system

本創作是有關一種種電梯按鈕系統，特別是一種透過按鈕設計與配線方式，使多個電梯按鈕之設置更為便利，同時亦能夠避免因錯接而導致機板燒毀的情況發生。This creation is about a kind of elevator button system, especially a button design and wiring method that makes the installation of multiple elevator buttons more convenient, and at the same time can avoid the occurrence of machine board burnout due to misconnection.

一般設置在建築物內的電梯，都包含有能於各樓層間上、下移動的一車廂，該車廂內設有提供乘客下達所欲前往樓層指令的多個樓層按鈕，各該乘場旁側的牆壁上還設有提供乘客下達所欲上樓或下樓指令的叫車按鈕。Elevators generally installed in buildings include a carriage that can move up and down between floors. The carriage is equipped with multiple floor buttons for passengers to issue instructions for the floors they want to go to. There is also a taxi button on the wall that allows passengers to give instructions to go upstairs or downstairs.

這一類的樓層按鈕或是叫車按鈕皆會連接一電梯控制機板，而連接方式是一對一連接，然而不論是樓層按鈕或是叫車按鈕，大多具有四個連接埠（正電源連接埠、負電源連接埠、第一通訊連接埠及第二通訊連接埠），因此每一個按鈕與該電梯控制機板對接，則需要四條連接線，由於是一對多連接，故整體配線將會非常雜亂，同時由於電梯按鈕機殼現今設計越來越窄化，故配線空間也越來越侷限，配線也越來越麻煩。This type of floor button or car-calling button will be connected to an elevator control board, and the connection method is a one-to-one connection. However, whether it is a floor button or a car-calling button, most of them have four connection ports (positive power connection port , negative power supply port, first communication port and second communication port), so each button needs four connection lines to connect to the elevator control board. Since it is a one-to-many connection, the overall wiring will be very At the same time, because the design of elevator button cabinets is getting narrower and narrower, the wiring space is becoming more and more limited, and wiring is becoming more and more troublesome.

如第1A及1B圖所示，則是習知的乘場按鈕面板1，於乘場按鈕面板1上具有顯示框11及多個叫車按鈕12，而對應於該顯示框11之位置內側設置有一句有顯示器130之電梯控制機板13，而該電梯控制機板13則與每一個叫車按鈕12之連接如第1B圖所示，雖然每一個叫車按鈕12皆必須透過四條連接線與該電梯控制機板13連接，然而為了圖面簡潔顯示，故將四條連接線統整顯示為一連接線組14，另外如圖中所示，為了便於圖面顯示與說明，故將電梯控制機板13移至叫車按鈕12一側，然而實際實施，電梯控制機板13是位於叫車按鈕12上方，故拉線將更為繁複，且更容易有錯誤接線的問題發生，更嚴重則會導致電梯控制機板13燒毀的情況發生。As shown in Figures 1A and 1B, it is a conventional boarding button panel 1. The boarding button panel 1 has a display frame 11 and a plurality of ride-hailing buttons 12, and is provided inside corresponding to the position of the display frame 11. There is an elevator control board 13 with a display 130, and the connection between the elevator control board 13 and each car-calling button 12 is as shown in Figure 1B, although each car-calling button 12 must be connected to the car-calling button 12 through four connecting lines. The elevator control board 13 is connected. However, for the sake of simplicity in the drawing, the four connecting lines are shown as one connecting line group 14. In addition, as shown in the drawing, in order to facilitate the display and explanation of the drawing, the elevator control board is The board 13 is moved to the side of the car-calling button 12. However, in actual implementation, the elevator control board 13 is located above the car-calling button 12, so the wiring will be more complicated, and it is easier to have wrong wiring problems. In more serious cases, As a result, the elevator control board 13 is burned out.

如第2A及2B圖所示，則是習知的車廂按鈕面板2，於車廂按鈕面板2上具有顯示框21及多個樓層控制按鈕22，而對應於該顯示框21之位置內側設置有一電梯控制機板23，而該電梯控制機板23則與每一個樓層控制按鈕22之連接如第2B圖所示，雖然每一個樓層控制按鈕22皆必須透過四條連接線與該電梯控制機板23連接，然而為了圖面簡潔顯示，故將四條連接線統整顯示為一連接線組24，另外如圖中所示，為了便於圖面顯示與說明，故將電梯控制機板23移至樓層控制按鈕22一側，然而實際實施，電梯控制機板23是位於樓層控制按鈕22上方，故拉線將更為繁複，且更容易有錯誤接線的問題發生，更嚴重則會導致電梯控制機板23燒毀的情況發生。As shown in Figures 2A and 2B, it is a conventional car button panel 2. The car button panel 2 has a display frame 21 and a plurality of floor control buttons 22, and an elevator is provided inside the position corresponding to the display frame 21. Control board 23, and the connection between the elevator control board 23 and each floor control button 22 is as shown in Figure 2B, although each floor control button 22 must be connected to the elevator control board 23 through four connecting lines. , however, for the sake of simple display in the drawing, the four connecting lines are integrated into a connecting line group 24. In addition, as shown in the drawing, in order to facilitate the display and explanation of the drawing, the elevator control panel 23 is moved to the floor control button. 22 side, however, in actual implementation, the elevator control board 23 is located above the floor control button 22, so the wiring will be more complicated, and it is easier to have incorrect wiring problems. In more serious cases, the elevator control board 23 will be burned. situation occurs.

而除了上述問題之外，目前這一類的電梯按鈕，當故障時，有時消費者往往會去購買副廠的電梯按鈕來更換，然而副廠的電梯按鈕品質往往良莠不齊，故也會影響電梯的平常運作，對於電梯保養來講，這是非常不好的。In addition to the above problems, when current elevator buttons of this type fail, sometimes consumers often buy elevator buttons from sub-factories to replace them. However, the quality of elevator buttons from sub-factories often varies, which also affects the performance of the elevator. In normal operation, this is very bad for elevator maintenance.

因此，本案透過按鈕設計與配線方式，使多個電梯按鈕之間能夠串接連結，同時電梯控制機板僅需與其中一個電梯按鈕串接連結，則能夠進行電源傳輸與通訊傳輸，如此對於簡約配線，以避免因錯誤配線而導致電梯控制機板燒毀的情況發生；另外本案更於每一個電梯按鈕內儲存有一辨識序號，當要進行操作電梯按鈕，則會先判斷辨識序號的正確性，才會執行該顆電梯按鈕之操作指令，如此將能夠避免消費者購買品質不良的電梯按鈕來更換，對於電梯保養來講，如此才能夠穩定電梯的日常運作，因此本創作應為一最佳解決方案。Therefore, this project uses button design and wiring methods to enable multiple elevator buttons to be connected in series. At the same time, the elevator control board only needs to be connected in series to one of the elevator buttons to carry out power transmission and communication transmission. This is a simple and simple solution. Wiring to avoid the elevator control board burning due to incorrect wiring; in addition, this case also stores an identification number in each elevator button. When operating the elevator button, the correctness of the identification number will be determined first. The operating instructions of the elevator button will be executed, which will prevent consumers from buying poor quality elevator buttons to replace. For elevator maintenance, only in this way can the daily operation of the elevator be stabilized, so this creation should be the best solution. .

本創作電梯按鈕系統，係包含：至少兩個電梯按鈕裝置，該電梯按鈕裝置係具有至少一個第一控制機板，該第一控制機板係具有一第一微處理器、至少兩個第一電源連接端及至少兩個第一通訊連接端，該第一微處理器係儲存有一辨識序號；以及一電控裝置，係具有至少一個第二控制機板，該第二控制機板係至少具有一第二微處理器、至少一個第二電源連接端及至少一個第二通訊連接端；其中該電控裝置係透過一連接線本體與其中一個電梯按鈕裝置連接，而每一個電梯按鈕裝置係皆與另一個電梯按鈕裝置係透過該連接線本體連接；其中該第一控制機板能夠發送一請求訊號出去，該請求訊號係至少包含有一按鈕代碼及該辨識序號，該第二控制機板接收該請求訊號，該第二微處理器判斷該辨識序號正確後，該第二控制機板發送一回覆訊號給對應於該辨識序號之第一控制機板，該第二微處理器更依據該按鈕代碼進行運作一操作指令。The elevator button system of this invention includes: at least two elevator button devices, the elevator button device has at least one first control machine board, the first control machine board has a first microprocessor, at least two first The power connection terminal and at least two first communication connection terminals, the first microprocessor stores an identification serial number; and an electronic control device has at least a second control board, and the second control board has at least A second microprocessor, at least one second power connection terminal and at least one second communication connection terminal; wherein the electronic control device is connected to one of the elevator button devices through a connecting line body, and each elevator button device is It is connected to another elevator button device through the connecting line body; the first control machine board can send a request signal, and the request signal at least includes a button code and the identification serial number, and the second control machine board receives the Request signal, after the second microprocessor determines that the identification serial number is correct, the second control board sends a reply signal to the first control board corresponding to the identification serial number, and the second microprocessor further relies on the button code Perform an operation instruction.

更具體的說，所述第二電源連接端及該第二通訊連接端係為一裝置端口或是一連接點，而該連接線本體係包含有一電源連接線材及一通訊連接線材，該電源連接線材及該通訊連接線材係由該電控裝置延伸出來，並連接至其中一個電梯按鈕裝置之第一電源連接端及第一通訊連接端，或是該電源連接線材及該通訊連接線材由其中一個電梯按鈕裝置延伸出來，並連接至該電控裝置之第二電源連接端及第二通訊連接端。More specifically, the second power connection end and the second communication connection end are a device port or a connection point, and the connection cable system includes a power connection cable and a communication connection cable. The power connection cable The wire and the communication connection wire are extended from the electronic control device and connected to the first power connection end and the first communication connection end of one of the elevator button devices, or the power connection wire and the communication connection wire are connected by one of the The elevator button device extends out and is connected to the second power connection end and the second communication connection end of the electronic control device.

更具體的說，所述電源連接線材與該電控裝置及該電梯按鈕裝置之連接，係能夠形成有一電源線路，以使一電源能夠由該電控裝置透過該電源線路提供給該電梯按鈕裝置；其中該通訊連接線材與該電控裝置及該電梯按鈕裝置之連接，係能夠形成有一通訊線路，以使該請求訊號及該回覆訊號能夠透過該通訊線路傳輸於該電控裝置與該電梯按鈕裝置之間。More specifically, the connection between the power connection wire, the electric control device and the elevator button device can form a power line, so that a power supply can be provided by the electric control device to the elevator button device through the power line. ; The connection between the communication connection wire and the electronic control device and the elevator button device can form a communication line, so that the request signal and the reply signal can be transmitted to the electronic control device and the elevator button through the communication line between devices.

更具體的說，所述第一電源連接端及該第一通訊連接端係為一裝置端口或是一連接點，該連接線本體係包含有一電源連接線材及一通訊連接線材，該電源連接線材及該通訊連接線材由任一電梯按鈕裝置延伸出來，並連接至另一個電梯按鈕裝置之第一電源連接端及第一通訊連接端。More specifically, the first power connection end and the first communication connection end are a device port or a connection point. The connection cable system includes a power connection cable and a communication connection cable. The power connection cable And the communication connection wire extends from any elevator button device and is connected to the first power connection end and the first communication connection end of another elevator button device.

更具體的說，所述電源連接線材與每一個電梯按鈕裝置之連接，係能夠形成有一串接的電源線路，以使一電源能夠透過該電源線路提供給每一個電梯按鈕裝置；其中該通訊連接線材與每一個電梯按鈕裝置之連接，係能夠形成有一串接的通訊線路，以使該請求訊號及該回覆訊號能夠透過該通訊線路傳輸給每一個電梯按鈕裝置。More specifically, the connection between the power connection wire and each elevator button device can form a series-connected power line, so that a power supply can be provided to each elevator button device through the power line; wherein the communication connection The connection between the wire and each elevator button device can form a serial communication line, so that the request signal and the reply signal can be transmitted to each elevator button device through the communication line.

更具體的說，所述第二微處理器係儲存有不同電梯按鈕裝置所對應之按鈕代碼，而每一個按鈕代碼更對應有不同的操作指令，且該第二微處理器更儲存有對應不同電梯按鈕裝置之辨識序號。More specifically, the second microprocessor stores button codes corresponding to different elevator button devices, and each button code corresponds to a different operating instruction, and the second microprocessor further stores a button code corresponding to different operation instructions. The identification number of the elevator button device.

更具體的說，所述第一控制機板更包含有至少一個壓鈕元件、至少一個發光元件及一觸發電路模組，其中該發光元件及該觸發電路模組係與該第一微處理器電性連接，該觸發電路模組係對應於該壓鈕元件設置，用以進行偵測該壓鈕元件之按壓動作，其中於該第一微處理器接收到該回覆訊號後，則驅動該發光元件進行發亮。More specifically, the first control panel further includes at least one button element, at least one light-emitting element and a trigger circuit module, wherein the light-emitting element and the trigger circuit module are connected to the first microprocessor. Electrically connected, the trigger circuit module is configured corresponding to the push button component and is used to detect the pressing action of the push button component, wherein after the first microprocessor receives the reply signal, it drives the light-emitting The component lights up.

更具體的說，所述第一控制機板更包含有一第一電源模組，該第一電源模組係與該第一電源連接端電性連接，以使一電源透過該第一電源連接端及該第一電源模組進行電源傳輸。More specifically, the first control board further includes a first power module. The first power module is electrically connected to the first power connection terminal, so that a power supply passes through the first power connection terminal. and the first power module performs power transmission.

更具體的說，所述第一控制機板更包含有一第一通訊模組，該第一通訊模組係與該第一通訊連接端電性連接，以使該請求訊號及該回覆訊號透過該第一通訊模組及該第一通訊連接端進行訊號傳輸。More specifically, the first control board further includes a first communication module, which is electrically connected to the first communication connection terminal, so that the request signal and the reply signal pass through the first communication module. The first communication module and the first communication connection terminal perform signal transmission.

更具體的說，所述第二控制機板更包含有一第二電源模組，該第二電源模組係與該第二電源連接端電性連接，用以使一電源透過該第二電源連接端及該第二電源模組進行電源傳輸。More specifically, the second control board further includes a second power module. The second power module is electrically connected to the second power connection terminal to enable a power supply to be connected through the second power supply. The terminal and the second power module perform power transmission.

更具體的說，所述第二控制機板更包含有一第二通訊模組，該第二通訊模組係與該第二通訊連接端電性連接，用以使該請求訊號及該回覆訊號透過該第二通訊模組及該第二通訊連接端進行訊號傳輸。More specifically, the second control board further includes a second communication module. The second communication module is electrically connected to the second communication connection terminal to allow the request signal and the reply signal to pass through. The second communication module and the second communication connection terminal perform signal transmission.

有關於本創作其他技術內容、特點與功效，在以下配合參考圖式之較佳實施例的詳細說明中，將可清楚的呈現。Other technical contents, features and functions of this invention will be clearly presented in the following detailed description of the preferred embodiment with reference to the drawings.

請參閱第3A、3B及3C圖，為電梯按鈕系統之架構示意圖、電梯按鈕裝置之架構示意圖及電控裝置之架構示意圖，如圖中所示，該電控裝置4係與該電梯按鈕裝置3電性連接，如第4圖所示，多個電梯按鈕裝置3係會相互連接。Please refer to Figures 3A, 3B and 3C, which are a schematic structural diagram of the elevator button system, a schematic structural diagram of the elevator button device and a schematic structural diagram of the electronic control device. As shown in the figure, the electronic control device 4 is connected with the elevator button device 3 Electrical connection, as shown in Figure 4, multiple elevator button devices 3 series will be connected to each other.

如第3A及3B圖所示，該電梯按鈕裝置3係具有至少一個第一控制機板30（本案所提之控制機板係為電路板或是任何形式的電路基板），該第一控制機板30上係具有一第一微處理器31、一第一電源模組32、一第一通訊模組33、一第一電源連接端34、一第一通訊連接端35、一發光元件36、一觸發電路模組37、一壓鈕元件38。As shown in Figures 3A and 3B, the elevator button device 3 has at least one first control board 30 (the control board mentioned in this case is a circuit board or any form of circuit substrate). The first control board 30 is a circuit board or any form of circuit substrate. The board 30 has a first microprocessor 31, a first power module 32, a first communication module 33, a first power connection terminal 34, a first communication connection terminal 35, a light emitting element 36, A trigger circuit module 37 and a button component 38 .

該第一微處理器31係儲存有一辨識序號（例如123S564），該辨識序號係針對不同的電梯按鈕裝置3進行設定，該辨識序號係為數字、英文字母或/及符號等組成的數據資料。The first microprocessor 31 stores an identification serial number (for example, 123S564), which is set for different elevator button devices 3. The identification serial number is data composed of numbers, English letters, or/and symbols.

該第一微處理器31係儲存有一按鈕代碼（例如電梯按鈕裝置3代表是10樓的按鈕，按鈕代碼則能夠設定為F10）、回覆代碼（用來判斷電控裝置4所回傳的訊號之意義，例如判斷無誤，回覆代碼則能夠設定為A01），該按鈕代碼係針對不同的電梯按鈕裝置3進行設定，該按鈕代碼及回覆代碼係為數字、英文字母或/及符號等組成的數據資料。The first microprocessor 31 stores a button code (for example, the elevator button device 3 represents the button on the 10th floor, and the button code can be set to F10), a reply code (used to determine one of the signals returned by the electronic control device 4 Meaning, for example, if the judgment is correct, the reply code can be set to A01), the button code is set for different elevator button devices 3, the button code and the reply code are data composed of numbers, English letters or/and symbols, etc. .

該第一電源模組32係與該第一電源連接端34電性連接，以使一透過該第一電源連接端34進入該電梯按鈕裝置3之電源，進行降壓後提供給該電梯按鈕裝置3內的電子元件（例如第一微處理器31或是其他第一控制機板30上的電子元件）。The first power module 32 is electrically connected to the first power connection terminal 34, so that the power entering the elevator button device 3 through the first power connection terminal 34 is reduced and then provided to the elevator button device. 3 (such as the first microprocessor 31 or other electronic components on the first control board 30).

該第一電源連接端34更能夠讓輸入該電梯按鈕裝置3之電源，再由另一個第一電源連接端34將電源輸出給另一個裝置。The first power connection terminal 34 can further allow the power to be input to the elevator button device 3, and then the other first power connection terminal 34 to output the power to another device.

該第一通訊模組33係與該第一通訊連接端35電性連接，以使訊號（請求訊號或是回覆訊號）透過該第一通訊連接端35進行訊號傳輸，該請求訊號係至少包含有按鈕代碼及辨識序號，該回覆訊號係至少包含有按鈕代碼及回覆代碼。The first communication module 33 is electrically connected to the first communication connection terminal 35, so that a signal (request signal or reply signal) is transmitted through the first communication connection terminal 35. The request signal at least includes Button code and identification serial number. The reply signal at least includes the button code and reply code.

舉例說明，當按下代表10樓的按鈕(電梯按鈕裝置3)，第一通訊模組33透過該第一通訊連接端35傳送請求訊號，給所有的電梯按鈕裝置3及電控裝置4，而其他電梯按鈕裝置3當看到按鈕代碼並非該顆按鈕的代碼，則不會處理該請求訊號，而當電控裝置4接收該請求訊號後，則會依據按鈕代碼判斷對應之辨識序號是否正確，並再傳送回覆訊號出去給所有的電梯按鈕裝置3，同理其他電梯按鈕裝置3當看到按鈕代碼並非該顆按鈕的代碼，則不會處理該回覆訊號（若回覆訊號為F10A01，其中F10是代表10樓的按鈕，A01是代表辨識序號確認無誤的回覆代碼，而本案舉例之代碼，僅是舉例，但不限於如此應用）。For example, when the button representing the 10th floor (elevator button device 3) is pressed, the first communication module 33 sends a request signal to all the elevator button devices 3 and the electronic control device 4 through the first communication connection terminal 35, and When other elevator button devices 3 see that the button code is not the code of the button, they will not process the request signal. When the electronic control device 4 receives the request signal, it will determine whether the corresponding identification number is correct based on the button code. And then send the reply signal to all the elevator button devices 3. Similarly, when other elevator button devices 3 see that the button code is not the code of the button, they will not process the reply signal (if the reply signal is F10A01, where F10 is The button that represents the 10th floor, A01, is the reply code that represents the confirmation of the identification number. The code in this case is only an example, but it is not limited to this application).

該發光元件36係與該第一微處理器31電性連接，於該第一微處理器31接收代表辨識序號確認無誤的回覆代碼後，則會驅動該發光元件36發亮，反之，則不會驅動該發光元件36發亮（代表電梯按鈕裝置3故障或是電梯按鈕裝置3之辨識序號錯誤），同時也不會執行該有的操作指令。The light-emitting element 36 is electrically connected to the first microprocessor 31. After the first microprocessor 31 receives a reply code indicating that the identification serial number is correct, it will drive the light-emitting element 36 to light up. Otherwise, it will not The light-emitting element 36 will be driven to light up (indicating that the elevator button device 3 is faulty or the identification number of the elevator button device 3 is wrong), and the corresponding operation instructions will not be executed at the same time.

而電梯按鈕裝置3之辨識序號錯誤，也代表有可能是非原廠的按鈕，故電控裝置4亦能夠設定於此狀況發生時，則進行聲音或是亮燈警示，以告知應更換新的按鈕。The wrong identification serial number of the elevator button device 3 also means that it may be a non-original button. Therefore, the electronic control device 4 can also be set to issue a sound or light warning when this situation occurs to inform that the button should be replaced with a new one. .

該壓鈕元件38係位於該電梯按鈕裝置3下方，當該壓鈕元件38被下壓時，則代表該電梯按鈕裝置3被按壓，該觸發電路模組37係對應於該壓鈕元件38設置，用以進行偵測該壓鈕元件38之按壓動作，若是壓鈕元件38被下壓，該觸發電路模組37則會發送一觸發訊號給該第一微處理器31，以確認按鈕有被按壓的行為。The push button element 38 is located below the elevator button device 3. When the push button element 38 is pressed down, it means that the elevator button device 3 is pressed. The trigger circuit module 37 is configured corresponding to the push button element 38. , used to detect the pressing action of the button element 38. If the button element 38 is pressed, the trigger circuit module 37 will send a trigger signal to the first microprocessor 31 to confirm that the button has been pressed. The act of pressing.

如第3A及3C圖所示，該電控裝置4係具有至少一個第二控制機板40，該第二控制機板40係至少具有一第二微處理器41、一第二電源模組42，一第二通訊模組43、至少一個第二電源連接端44、至少一個第二通訊連接端45。As shown in Figures 3A and 3C, the electronic control device 4 has at least one second control board 40, and the second control board 40 has at least a second microprocessor 41 and a second power module 42. , a second communication module 43, at least one second power connection terminal 44, and at least one second communication connection terminal 45.

該第二微處理器41係儲存有一辨識序號（例如123S564），該辨識序號係針對不同的電梯按鈕裝置3進行設定，該辨識序號係為數字、英文字母或/及符號等組成的數據資料。The second microprocessor 41 stores an identification serial number (for example, 123S564), which is set for different elevator button devices 3. The identification serial number is data composed of numbers, English letters, or/and symbols.

該第二微處理器41係儲存有一按鈕代碼（例如電梯按鈕裝置3代表是10樓的按鈕，按鈕代碼則能夠設定為F10）、對應不同按鈕代碼的操作指令（例如按鈕代碼為F10，操作指令則是車廂移動到10樓）、回覆代碼（電控裝置4所回傳的訊號之意義，例如判斷無誤，回覆代碼則能夠設定為A01），該按鈕代碼係針對不同的電梯按鈕裝置3進行設定，該按鈕代碼及回覆代碼係為數字、英文字母或/及符號等組成的數據資料。The second microprocessor 41 stores a button code (for example, the elevator button device 3 represents the button on the 10th floor, and the button code can be set to F10), and operation instructions corresponding to different button codes (for example, the button code is F10, and the operation instruction Then the car moves to the 10th floor), the reply code (the meaning of the signal returned by the electronic control device 4, for example, if it is judged correct, the reply code can be set to A01), the button code is set for different elevator button devices 3 , the button code and reply code are data composed of numbers, English letters or/and symbols.

該第二電源模組42係與該第二電源連接端44電性連接，以使一透過該第二電源連接端44進入該電控裝置4之電源，進行降壓後提供給該電控裝置4內的電子元件（例如第二微處理器41或是其他第二控制機板40上的電子元件）。The second power module 42 is electrically connected to the second power connection terminal 44, so that the power entering the electronic control device 4 through the second power connection terminal 44 is reduced and then provided to the electronic control device. 4 (such as the second microprocessor 41 or other electronic components on the second control board 40).

該第二電源連接端44更能夠讓輸入該電梯按鈕裝置3之電源，再由另一個第一電源連接端34將電源輸出給電控裝置4。The second power connection terminal 44 is further capable of inputting power to the elevator button device 3, and then outputting the power to the electric control device 4 through the other first power connection terminal 34.

該第二通訊模組43係與該第二通訊連接端45電性連接，以使訊號（請求訊號或是回覆訊號）透過該第二通訊連接端45進行訊號傳輸，該請求訊號則是由電控裝置4傳送出來，而回覆訊號則是由電控裝置4傳送出來，該回覆訊號係至少包含有按鈕代碼及回覆代碼。The second communication module 43 is electrically connected to the second communication connection terminal 45, so that the signal (request signal or reply signal) is transmitted through the second communication connection terminal 45. The request signal is transmitted by the electronic The control device 4 sends out, and the reply signal is sent out by the electronic control device 4. The reply signal at least includes a button code and a reply code.

舉例說明，按下代表10樓的按鈕(電梯按鈕裝置3)，當電控裝置4接收該請求訊號後，則會依據按鈕代碼判斷對應之辨識序號是否正確，若是正確，則會執行該按鈕代碼所對應之操作指令（車廂移動到10樓），同時再傳送回覆訊號出去給所有的電梯按鈕裝置3，並且由按下代表10樓的按鈕(電梯按鈕裝置3)，驅動發光元件發亮，以讓使用者能夠確認該電梯按鈕裝置3沒有故障能夠正常運作。For example, when the button representing the 10th floor (elevator button device 3) is pressed, when the electronic control device 4 receives the request signal, it will determine whether the corresponding identification number is correct based on the button code. If it is correct, the button code will be executed. The corresponding operation command (move the car to the 10th floor), and at the same time send a reply signal to all the elevator button devices 3, and by pressing the button representing the 10th floor (elevator button device 3), the light-emitting element is driven to light up. This allows the user to confirm that the elevator button device 3 has no fault and can operate normally.

反之，若是當按下代表10樓的按鈕(電梯按鈕裝置3)，而沒有發亮時，也就表示有可能該電梯按鈕裝置3故障，同時電控裝置4則不會執行車廂移動到10樓的操作指令。On the contrary, if the button representing the 10th floor (elevator button device 3) does not light up when the button is pressed, it means that the elevator button device 3 may be faulty, and the electronic control device 4 will not move the car to the 10th floor. operating instructions.

如第4圖所示，該第一電源連接端34及該第一通訊連接端35係為一裝置端口或是一連接點（若是裝置端口(埠)，則能夠外部***連接線本體連接；若是連接點，則能夠以焊接方式將連接線本體焊接連接於第一控制機板30上），該第一電源連接端34包含有一第一正電源端341及一第一負電源端342，該第一通訊連接端35係具有一個或是一個以上的第一通訊端351,352（能夠雙線通訊傳輸或是單線通訊傳輸，第4圖則是以雙線通訊傳輸作為舉例說明，但本案亦能夠以單線通訊傳輸）。As shown in Figure 4, the first power connection terminal 34 and the first communication connection terminal 35 are a device port or a connection point (if it is a device port (port), a connecting cable body can be inserted externally for connection; if connection point, the connection line body can be welded and connected to the first control machine board 30), the first power connection terminal 34 includes a first positive power terminal 341 and a first negative power terminal 342. A communication connection terminal 35 has one or more first communication terminals 351, 352 (capable of two-line communication transmission or single-line communication transmission. Figure 4 takes two-line communication transmission as an example, but this case can also use single-line communication transmission. communication transmission).

該連接線本體係包含有一電源連接線材及一通訊連接線材，該電源連接線材及該通訊連接線材由任一第一控制機板30延伸出來（外部一端***裝置端口、另一端延伸出來，或是一端直接焊接於連接點上、另一端延伸出來）。The connection cable system includes a power connection cable and a communication connection cable. The power connection cable and the communication connection cable are extended from any first control board 30 (one end of the external end is inserted into the device port and the other end is extended, or One end is welded directly to the connection point and the other end extends out).

該第一控制機板30的第一電源連接端34及第一通訊連接端35，能夠連接至另一個第一控制機板30之第一電源連接端34及第一通訊連接端35，或是連接至第二控制機板40之第二電源連接端44及第二通訊連接端45。The first power connection end 34 and the first communication connection end 35 of the first control machine board 30 can be connected to the first power connection end 34 and the first communication connection end 35 of another first control machine board 30, or Connected to the second power connection terminal 44 and the second communication connection terminal 45 of the second control panel 40 .

如第4圖所示，該第二電源連接端44及該第二通訊連接端45係為一裝置端口或是一連接點（若是裝置端口(埠)，則能夠外部***連接線本體連接；若是連接點，則能夠以焊接方式將連接線本體焊接連接於第二控制機板40上），該第二電源連接端44包含有一第二正電源端441及一第二負電源端442，該第二通訊連接端45係具有一個或是一個以上的第二通訊端451,452（能夠雙線通訊傳輸或是單線通訊傳輸，第4圖則是以雙線通訊傳輸作為舉例說明，但本案亦能夠以單線通訊傳輸）（雙線通訊傳輸之架構能夠為RS485、RS422、CAN BUS、SPI、I2C，單線通訊傳輸之架構能夠為1-WIRE）。As shown in Figure 4, the second power connection terminal 44 and the second communication connection terminal 45 are a device port or a connection point (if it is a device port (port), the connecting cable body can be externally inserted for connection; if connection point, the connection line body can be welded to the second control machine board 40), the second power connection terminal 44 includes a second positive power terminal 441 and a second negative power terminal 442. The second communication connection terminal 45 has one or more second communication terminals 451, 452 (capable of two-line communication transmission or single-line communication transmission. Figure 4 uses two-line communication transmission as an example, but this case can also use single-line communication transmission. Communication transmission) (The structure of two-line communication transmission can be RS485, RS422, CAN BUS, SPI, I2C, and the structure of single-line communication transmission can be 1-WIRE).

該連接線本體係包含有一電源連接線材及一通訊連接線材，該電源連接線材及該通訊連接線材由電控裝置4延伸出來（外部一端***裝置端口、另一端延伸出來，或是一端直接焊接於連接點上、另一端延伸出來）。The connection cable system includes a power connection cable and a communication connection cable. The power connection cable and the communication connection cable are extended from the electronic control device 4 (one end is inserted into the device port and the other end is extended out, or one end is directly welded to the At the connection point, the other end extends out).

該第二控制機板40一端的第二電源連接端44，能夠透過連接線本體連接到外部電源5之電源連接端51（正電源端511及負電源端512），以將電源提供給該電控裝置4。The second power connection terminal 44 at one end of the second control board 40 can be connected to the power connection terminal 51 (positive power terminal 511 and negative power terminal 512) of the external power supply 5 through the cable body to provide power to the power supply. Control device 4.

該第二控制機板40另一端的第二電源連接端44及該第二通訊連接端45，能夠透過連接線本體連接到該第一控制機板30之第一電源連接端34及第一通訊連接端35。The second power connection terminal 44 and the second communication connection terminal 45 at the other end of the second control board 40 can be connected to the first power connection terminal 34 and the first communication terminal 34 of the first control board 30 through the cable body. Connect terminal 35.

該電源連接線材與該電控裝置4（第二控制機板40）及該電梯按鈕裝置3（第一控制機板30）之連接，係能夠形成有一電源線路，以使一電源能夠由該電控裝置4（第二控制機板40）透過該電源線路提供給該電梯按鈕裝置3（第一控制機板30）。The connection between the power connection wire, the electric control device 4 (the second control board 40) and the elevator button device 3 (the first control board 30) can form a power line, so that a power supply can be supplied from the electric power supply. The control device 4 (the second control machine board 40) is provided to the elevator button device 3 (the first control machine board 30) through the power line.

該電源連接線材與每一個電梯按鈕裝置3（第一控制機板30）之連接，係能夠形成有一串接的電源線路，以使由該電控裝置4（第二控制機板40）輸入之電源能夠透過該電源線路提供給每一個電梯按鈕裝置3（第一控制機板30）。The connection between the power connection wire and each elevator button device 3 (first control board 30) can form a series power line, so that the power input from the electric control device 4 (second control board 40) Power can be provided to each elevator button device 3 (first control machine board 30) through the power line.

該通訊連接線材與該電控裝置4（第二控制機板40）及該電梯按鈕裝置3（第一控制機板30）之連接，係能夠形成有一通訊線路，以使該請求訊號及該回覆訊號能夠透過該通訊線路傳輸於該電控裝置4（第二控制機板40）及該電梯按鈕裝置3（第一控制機板30）之間。The connection between the communication connection wire and the electric control device 4 (second control board 40) and the elevator button device 3 (first control board 30) can form a communication line so that the request signal and the reply can be Signals can be transmitted between the electric control device 4 (second control board 40) and the elevator button device 3 (first control board 30) through the communication line.

該通訊連接線材與每一個電梯按鈕裝置3（第一控制機板30）之連接，係能夠形成有一串接的通訊線路，以使該請求訊號及該回覆訊號能夠透過該通訊線路傳輸給每一個電梯按鈕裝置3（第一控制機板30）。The connection between the communication connection wire and each elevator button device 3 (first control board 30) can form a serial communication line, so that the request signal and the reply signal can be transmitted to each through the communication line. Elevator button device 3 (first control panel 30).

另外，第二控制機板40亦能夠選擇設置有至少一個顯示器，其中該顯示器係與該第二微處理器41電性連接，該顯示器用以顯示對應於該操作指令之資訊內容。In addition, the second control board 40 can also optionally be provided with at least one display, wherein the display is electrically connected to the second microprocessor 41, and the display is used to display information content corresponding to the operation instruction.

本案用於乘場實施，如第5圖所示，於乘場按鈕面板上具有多個叫車按鈕61（四個叫車按鈕61之設計與電梯按鈕裝置3相同），而對應於該顯示框之位置內側設置有一具有顯示器620之電梯控制機板62（電梯控制機板62之設計與電控裝置4相同），而該電梯控制機板62則與每一個叫車按鈕61之連接是透過連接線組63，其拉線方式僅需由上至下連接，相較於第1B圖，本案不需要繁複的拉線來連接，也能夠避免錯誤接線的問題發生。This case is used for boarding implementation. As shown in Figure 5, there are multiple car-calling buttons 61 on the boarding-board button panel (the design of the four car-calling buttons 61 is the same as the elevator button device 3), and corresponding to the display frame An elevator control panel 62 with a display 620 is provided inside the position (the design of the elevator control panel 62 is the same as that of the electric control device 4), and the elevator control panel 62 is connected to each call button 61 through a connection The wire group 63 only needs to be connected from top to bottom. Compared with Figure 1B, this case does not require complicated wires to connect, and can also avoid the problem of incorrect wiring.

本案用於車廂按鈕實施，如第6圖所示，於車廂按鈕面板上具有顯示框及多個樓層控制按鈕71（十個樓層控制按鈕71之設計與電梯按鈕裝置3相同），而對應於該顯示框之位置內側設置有一電梯控制機板72（電梯控制機板72之設計與電控裝置4相同），而該電梯控制機板72則與每一個樓層控制按鈕71之連接是透過連接線組73，其拉線方式僅需由上至下連接，相較於第2B圖，本案不需要繁複的拉線來連接，也能夠避免錯誤接線的問題發生。This project is used for the implementation of car buttons. As shown in Figure 6, there are display frames and multiple floor control buttons 71 on the car button panel (the design of the ten floor control buttons 71 is the same as the elevator button device 3), and corresponds to the An elevator control panel 72 is provided inside the display frame (the design of the elevator control panel 72 is the same as that of the electric control device 4), and the elevator control panel 72 is connected to each floor control button 71 through a connecting line set. 73. The wire pull method only needs to be connected from top to bottom. Compared with Figure 2B, this case does not require complicated wire pulls to connect, and can also avoid the problem of incorrect wiring.

本案判斷辨識流程示意圖，如第7圖所示，其步驟為： (1) 步驟701：按鈕按下時，電梯按鈕裝置發送一具有辨識序號之請求訊號給電控裝置； (2) 步驟702：判斷辨識序號是否正確； (3) 步驟703：若是判斷辨識序號為正確，電控裝置發送一回覆訊號給電梯按鈕裝置，使電梯按鈕裝置進行發亮； (4) 步驟704：若是判斷辨識序號為不正確，則電梯按鈕裝置不發亮。 The schematic diagram of the judgment and identification process in this case is shown in Figure 7. The steps are: (1) Step 701: When the button is pressed, the elevator button device sends a request signal with an identification serial number to the electronic control device; (2) Step 702: Determine whether the identification serial number is correct; (3) Step 703: If it is determined that the identification number is correct, the electronic control device sends a reply signal to the elevator button device, causing the elevator button device to light up; (4) Step 704: If it is determined that the identification number is incorrect, the elevator button device will not light up.

本創作所提供之電梯按鈕系統，與其他習用技術相互比較時，其優點如下： (1) 本案透過按鈕設計與配線方式，使多個電梯按鈕之間能夠串接連結，同時電梯控制機板僅需與其中一個電梯按鈕串接連結，則能夠進行電源傳輸與通訊傳輸，如此對於簡約配線，以避免因錯誤配線而導致電梯控制機板燒毀的情況發生。 (2) 本案於每一個電梯按鈕內儲存有一辨識序號，當要進行操作電梯按鈕，則會先判斷辨識序號的正確性，才會執行該顆電梯按鈕之操作指令，如此將能夠避免消費者購買品質不良的電梯按鈕來更換，對於電梯保養來講，如此才能夠穩定電梯的日常運作。 When compared with other conventional technologies, the elevator button system provided by this creation has the following advantages: (1) In this case, through the button design and wiring method, multiple elevator buttons can be connected in series. At the same time, the elevator control board only needs to be connected in series with one of the elevator buttons to carry out power transmission and communication transmission. This is Simple wiring to avoid burning the elevator control board due to incorrect wiring. (2) In this case, an identification serial number is stored in each elevator button. When the elevator button is to be operated, the correctness of the identification serial number will be judged first before the operation command of the elevator button is executed. This will prevent consumers from purchasing Replace the elevator buttons with poor quality. For elevator maintenance, only in this way can the daily operation of the elevator be stabilized.

本創作已透過上述之實施例揭露如上，然其並非用以限定本創作，任何熟悉此一技術領域具有通常知識者，在瞭解本創作前述的技術特徵及實施例，並在不脫離本創作之精神和範圍內，當可作些許之更動與潤飾，因此本創作之專利保護範圍須視本說明書所附之請求項所界定者為準。The present invention has been disclosed through the above-mentioned embodiments, but this is not intended to limit the present invention. Anyone who is familiar with this technical field and has ordinary knowledge can understand the foregoing technical features and embodiments of the present invention without departing from the scope of the present invention. Some modifications and embellishments may be made within the spirit and scope of this invention. Therefore, the patent protection scope of this invention must be determined by the claims attached to this specification.

1:乘場按鈕面板 11:顯示框 12:叫車按鈕 13:電梯控制機板 130:顯示器 14:連接線組 2:乘場按鈕面板 21:顯示框 22:叫車按鈕 23:電梯控制機板 24:連接線組 3:電梯按鈕裝置 30:第一控制機板 31:第一微處理器 32:第一電源模組 33:第一通訊模組 34:第一電源連接端 341:第一正電源端 342:第一負電源端 35:第一通訊連接端 351:第一通訊端 352:第一通訊端 36:發光元件 37:觸發電路模組 38:壓鈕元件 4:電控裝置 40:第二控制機板 41:第二微處理器 42:第二電源模組 43:第二通訊模組 44:第二電源連接端 441:第二正電源端 442:第二負電源端 45:第二通訊連接端 451:第二通訊端 452:第二通訊端 5:外部電源 51:電源連接端 511:正電源端 512:負電源端 61:叫車按鈕 62:電梯控制機板 620:顯示器 63:連接線組 71:樓層控制按鈕 72:電梯控制機板 73:連接線組 1: Ride button panel 11:Display box 12:Call a car button 13: Elevator control board 130:Display 14: Connecting line set 2: Ride button panel 21:Display box 22:Call a car button 23: Elevator control board 24:Connecting line set 3: Elevator button device 30: First control board 31: The first microprocessor 32: First power module 33:First communication module 34: First power connection terminal 341: First positive power terminal 342: First negative power supply terminal 35: First communication connection terminal 351: First communication terminal 352: First communication terminal 36:Light-emitting components 37: Trigger circuit module 38:Button component 4:Electronic control device 40: Second control board 41: Second microprocessor 42: Second power module 43:Second communication module 44: Second power connection terminal 441: The second positive power terminal 442: Second negative power supply terminal 45: Second communication connection terminal 451: Second communication terminal 452: Second communication terminal 5:External power supply 51:Power connection terminal 511: Positive power terminal 512: Negative power terminal 61:Call a car button 62: Elevator control board 620:Display 63: Connecting line set 71: Floor control button 72: Elevator control board 73: Connecting line set

[第1A圖]係習知的乘場按鈕面板之結構示意圖。 [第1B圖]係習知的乘場按鈕面板之配線示意圖。 [第2A圖]係習知的車廂按鈕面板之結構示意圖。 [第2B圖]係習知的車廂按鈕面板之配線示意圖。 [第3A圖]係本創作電梯按鈕系統之架構示意圖。 [第3B圖]係本創作電梯按鈕系統之電梯按鈕裝置之架構示意圖。 [第3C圖]係本創作電梯按鈕系統之電控裝置之架構示意圖。 [第4圖]係本創作電梯按鈕系統之連接示意圖。 [第5圖]係本創作電梯按鈕系統之乘場按鈕面板之配線示意圖。 [第6圖]係本創作電梯按鈕系統之車廂按鈕面板之配線示意圖。 [第7圖]係本創作電梯按鈕系統之判斷辨識流程示意圖。 [Figure 1A] is a schematic structural diagram of a conventional ride button panel. [Figure 1B] is a schematic diagram of the wiring of a conventional ride button panel. [Figure 2A] is a schematic structural diagram of a conventional car button panel. [Figure 2B] is a schematic diagram of the wiring of a conventional car button panel. [Figure 3A] is a schematic diagram of the structure of the elevator button system of this invention. [Figure 3B] is a schematic diagram of the structure of the elevator button device of the elevator button system of this invention. [Figure 3C] is a schematic diagram of the structure of the electronic control device of the elevator button system of this invention. [Picture 4] is a schematic diagram of the connection of the elevator button system of this creation. [Figure 5] is a schematic diagram of the wiring of the boarding button panel of the elevator button system of this invention. [Figure 6] is a schematic diagram of the wiring of the car button panel of the elevator button system of this creation. [Figure 7] is a schematic diagram of the judgment and identification process of the elevator button system of this invention.

3:電梯按鈕裝置 3: Elevator button device

30:第一控制機板 30: First control board

4:電控裝置 4:Electronic control device

40:第二控制機板 40: Second control board

Claims

一種電梯按鈕系統，係包含：至少兩個電梯按鈕裝置，該電梯按鈕裝置係具有至少一個第一控制機板，該第一控制機板係具有一第一微處理器、至少兩個第一電源連接端及至少兩個第一通訊連接端，該第一微處理器係儲存有一辨識序號；以及一電控裝置，係具有至少一個第二控制機板，該第二控制機板係至少具有一第二微處理器、至少一個第二電源連接端及至少一個第二通訊連接端；其中該電控裝置係透過一連接線本體與其中一個電梯按鈕裝置連接，而每一個電梯按鈕裝置係皆與另一個電梯按鈕裝置係透過該連接線本體連接；其中該第一控制機板能夠發送一請求訊號出去，該請求訊號係至少包含有一按鈕代碼及該辨識序號，該第二控制機板接收該請求訊號，該第二微處理器判斷該辨識序號正確後，該第二控制機板發送一回覆訊號給對應於該辨識序號之第一控制機板，該第二微處理器更依據該按鈕代碼進行運作一操作指令。 An elevator button system includes: At least two elevator button devices, the elevator button device has at least a first control board, the first control board has a first microprocessor, at least two first power connection terminals and at least two first The communication connection terminal, the first microprocessor stores an identification serial number; and An electronic control device has at least one second control board, and the second control board has at least a second microprocessor, at least one second power connection terminal and at least one second communication connection terminal; The electronic control device is connected to one of the elevator button devices through a connecting line body, and each elevator button device is connected to another elevator button device through the connecting line body; The first control board can send a request signal, which at least includes a button code and the identification number. The second control board receives the request signal, and the second microprocessor determines that the identification number is correct. Afterwards, the second control board sends a reply signal to the first control board corresponding to the identification serial number, and the second microprocessor further executes an operation command according to the button code.

如請求項1所述之電梯按鈕系統，其中該第二電源連接端及該第二通訊連接端係為一裝置端口或是一連接點，而該連接線本體係包含有一電源連接線材及一通訊連接線材，該電源連接線材及該通訊連接線材係由該電控裝置延伸出來，並連接至其中一個電梯按鈕裝置之第一電源連接端及第一通訊連接端，或是該電源連接線材及該通訊連接線材由其中一個電梯按鈕裝置延伸出來，並連接至該電控裝置之第二電源連接端及第二通訊連接端。The elevator button system of claim 1, wherein the second power connection end and the second communication connection end are a device port or a connection point, and the connection line system includes a power connection wire and a communication The connection wire, the power connection wire and the communication connection wire are extended from the electronic control device and connected to the first power connection end and the first communication connection end of one of the elevator button devices, or the power connection wire and the The communication connection wire extends from one of the elevator button devices and is connected to the second power connection end and the second communication connection end of the electronic control device.

如請求項2所述之電梯按鈕系統，其中該電源連接線材與該電控裝置及該電梯按鈕裝置之連接，係能夠形成有一電源線路，以使一電源能夠由該電控裝置透過該電源線路提供給該電梯按鈕裝置；其中該通訊連接線材與該電控裝置及該電梯按鈕裝置之連接，係能夠形成有一通訊線路，以使該請求訊號及該回覆訊號能夠透過該通訊線路傳輸於該電控裝置與該電梯按鈕裝置之間。The elevator button system as described in claim 2, wherein the connection between the power connection wire, the electric control device and the elevator button device can form a power line, so that a power supply can be supplied from the electric control device through the power line. Provided to the elevator button device; wherein the connection between the communication connection wire, the electronic control device and the elevator button device can form a communication line, so that the request signal and the reply signal can be transmitted to the electronic device through the communication line. between the control device and the elevator button device.

如請求項1所述之電梯按鈕系統，其中該第一電源連接端及該第一通訊連接端係為一裝置端口或是一連接點，該連接線本體係包含有一電源連接線材及一通訊連接線材，該電源連接線材及該通訊連接線材由任一電梯按鈕裝置延伸出來，並連接至另一個電梯按鈕裝置之第一電源連接端及第一通訊連接端。The elevator button system of claim 1, wherein the first power connection end and the first communication connection end are a device port or a connection point, and the connection line system includes a power connection wire and a communication connection Wires, the power connection wire and the communication connection wire extend from any elevator button device and are connected to the first power connection end and the first communication connection end of another elevator button device.

如請求項2所述之電梯按鈕系統，其中該電源連接線材與每一個電梯按鈕裝置之連接，係能夠形成有一串接的電源線路，以使一電源能夠透過該電源線路提供給每一個電梯按鈕裝置；其中該通訊連接線材與每一個電梯按鈕裝置之連接，係能夠形成有一串接的通訊線路，以使該請求訊號及該回覆訊號能夠透過該通訊線路傳輸給每一個電梯按鈕裝置。The elevator button system of claim 2, wherein the connection between the power connection wire and each elevator button device can form a series-connected power line, so that a power supply can be provided to each elevator button through the power line. Device; wherein the connection between the communication connection wire and each elevator button device can form a serial communication line, so that the request signal and the reply signal can be transmitted to each elevator button device through the communication line.

如請求項1所述之電梯按鈕系統，其中該第二微處理器係儲存有不同電梯按鈕裝置所對應之按鈕代碼，而每一個按鈕代碼更對應有不同的操作指令，且該第二微處理器更儲存有對應不同電梯按鈕裝置之辨識序號。The elevator button system of claim 1, wherein the second microprocessor stores button codes corresponding to different elevator button devices, and each button code corresponds to a different operating command, and the second microprocessor stores The device also stores identification serial numbers corresponding to different elevator button devices.

如請求項1所述之電梯按鈕系統，其中該第一控制機板更包含有至少一個壓鈕元件、至少一個發光元件及一觸發電路模組，其中該發光元件及該觸發電路模組係與該第一微處理器電性連接，該觸發電路模組係對應於該壓鈕元件設置，用以進行偵測該壓鈕元件之按壓動作，其中於該第一微處理器接收到該回覆訊號後，則驅動該發光元件進行發亮。The elevator button system of claim 1, wherein the first control panel further includes at least one push button component, at least one light-emitting component and a trigger circuit module, wherein the light-emitting component and the trigger circuit module are The first microprocessor is electrically connected, and the trigger circuit module is configured corresponding to the button element for detecting the pressing action of the button element, wherein the first microprocessor receives the reply signal. Then, the light-emitting element is driven to emit light.

如請求項1所述之電梯按鈕系統，其中該第一控制機板更包含有一第一電源模組，該第一電源模組係與該第一電源連接端電性連接，以使一電源透過該第一電源連接端及該第一電源模組進行電源傳輸。The elevator button system of claim 1, wherein the first control panel further includes a first power module, and the first power module is electrically connected to the first power connection terminal to allow a power supply to pass through The first power connection terminal and the first power module perform power transmission.

如請求項1所述之電梯按鈕系統，其中該第一控制機板更包含有一第一通訊模組，該第一通訊模組係與該第一通訊連接端電性連接，以使該請求訊號及該回覆訊號透過該第一通訊模組及該第一通訊連接端進行訊號傳輸。The elevator button system according to claim 1, wherein the first control panel further includes a first communication module, and the first communication module is electrically connected to the first communication connection terminal so that the request signal And the reply signal is transmitted through the first communication module and the first communication connection terminal.

如請求項1所述之電梯按鈕系統，其中該第二控制機板更包含有一第二電源模組，該第二電源模組係與該第二電源連接端電性連接，用以使一電源透過該第二電源連接端及該第二電源模組進行電源傳輸。The elevator button system of claim 1, wherein the second control board further includes a second power module, and the second power module is electrically connected to the second power connection terminal to enable a power supply. Power transmission is performed through the second power connection terminal and the second power module.

如請求項1所述之電梯按鈕系統，其中該第二控制機板更包含有一第二通訊模組，該第二通訊模組係與該第二通訊連接端電性連接，用以使該請求訊號及該回覆訊號透過該第二通訊模組及該第二通訊連接端進行訊號傳輸。The elevator button system of claim 1, wherein the second control panel further includes a second communication module, and the second communication module is electrically connected to the second communication connection terminal to enable the request The signal and the reply signal are transmitted through the second communication module and the second communication connection terminal.