TWI776627B

TWI776627B - Electronic device

Info

Publication number: TWI776627B
Application number: TW110128824A
Authority: TW
Inventors: 黃昭凱; 王羣元
Original assignee: 和碩聯合科技股份有限公司
Priority date: 2021-08-05
Filing date: 2021-08-05
Publication date: 2022-09-01
Also published as: TW202307623A

Abstract

The present invention discloses an electronic device, which includes a main body, a pressure sensing module, and a processor. The main body has an operating surface. The pressure sensing module is arranged on the main body, and the pressure sensing module is used for sensing the pressed state of the operating surface to generate a sensing signal. When an auxiliary operating component is placed on the operating surface, the pressure sensing module will generate a corresponding sensing signal, and the processor will execute a judgment process after receiving the sensing signal. When the processor executes the judgment process, the processor will find one of the corresponding conversion information pre-stored in the database by the received sensing signal. When the auxiliary operating component placed on the operating surface is operated, the processor will convert the sensing signal generated by the pressure sensing module into corresponding at least one input command by the conversion information.

Description

電子裝置electronic device

本發明涉及一種電子裝置，特別是一種具有壓力感測模組的電子裝置。 The present invention relates to an electronic device, in particular to an electronic device with a pressure sensing module.

現有常見的筆記型電腦，僅具有小面積的觸控板供使用者操作鼠標，而使用者無法利用該觸控板進行大面積的操作，若是使用者需要利用觸控筆進行大面積的操作，而使用者必須額外購買大面積的觸控板或是繪圖板，為此，造成使用者使用上的不便。 The existing common notebook computers only have a small-area touchpad for the user to operate the mouse, and the user cannot use the touchpad to perform large-area operations. If the user needs to use the stylus to perform large-area operations, However, the user must purchase a large-area touch panel or a drawing tablet additionally, which causes inconvenience for the user to use.

另外，現有的筆記型電腦的鍵盤是固定設置，因此，使用者在玩遊、使用繪圖軟體等狀況下，僅可將未被遊戲、繪圖軟體使用到的按鍵設定為熱鍵，但往往該些未被遊戲、繪圖軟體使用到的按鍵的位置，在使用上並不順手。為此，使用者必須額外購置特別設計的鍵盤，來連接筆記型電腦。 In addition, the keyboard of the existing notebook computer is a fixed setting. Therefore, when playing games or using graphics software, users can only set keys that are not used by games and graphics software as hot keys. The positions of buttons that are not used by games and graphics software are not easy to use. To this end, the user must purchase an additional specially designed keyboard to connect the notebook computer.

本發明公開一種電子裝置，主要用以改善習知的筆記型電腦輸入裝置較無彈性，導致使用者使用上的諸多不便的問題。 The invention discloses an electronic device, which is mainly used to improve the inflexibility of the conventional notebook computer input device, which leads to many inconvenient problems for users.

本發明的其中一實施例公開一種電子裝置，其包含：一本體、一壓力感測模組、一處理器、一輔助操作組件及一顯示器。本體具有一操作面，本體能與一顯示器相互連接；壓力感測模組包含一壓力感測膜，壓力感測模組設置於本體，壓力感測模組用以感測操作面的受力狀態，以產生一感測訊號；處理器電性連接壓力感測模組；輔助操作組件用以置放於操作面；其中，當操作面置放有輔助操作組件時，壓力感測模組將產生相對應的感測訊號，而處理器接收感測訊號後，能執行一判斷程序，以依據感測訊號，查找出一資料庫中預存的相對應的其中一筆轉換資訊；顯示器與本體相互連接，處理器電性連接顯示器，處理器執行判斷程序，而查找出對應於輔助操作組件的轉換資訊後，處理器能控制顯示器顯示相對應的一提示資訊；其中，處理器接收感測訊號時，將根據感測訊號，計算出操作面受力的一面積及一重量，判斷面積是否超過一預定面積，且重量是否介於一預定範圍內；若處理器判斷面積超過預定面積，且重量介於預定範圍內，則處理器根據感測訊號執行判斷程序；其中，當置放於操作面的輔助操作組件***作時，處理器將依據查找出的轉換資訊，將壓力感測模組所產生的感測訊號轉換為相對應的至少一輸入指令。 One of the embodiments of the present invention discloses an electronic device, which includes: a body, a pressure sensing module, a processor, an auxiliary operation component, and a display. The body has an operation surface, and the body can be interconnected with a display; the pressure sensing module includes a pressure sensing film, the pressure sensing module is arranged on the body, and the pressure sensing module is used to sense the force state of the operation surface , to generate a sensing signal; the processor is electrically connected to the pressure sensing module; the auxiliary operating component is placed on the operating surface; Wherein, when an auxiliary operation component is placed on the operation surface, the pressure sensing module will generate a corresponding sensing signal, and after the processor receives the sensing signal, it can execute a judgment program to find out the sensing signal according to the sensing signal. One of the corresponding conversion information pre-stored in the database; the display and the main body are connected to each other, the processor is electrically connected to the display, the processor executes the judgment program, and after finding the conversion information corresponding to the auxiliary operation component, the processor can control The display shows a corresponding prompt information; wherein, when the processor receives the sensing signal, it will calculate an area and a weight of the operating surface under force according to the sensing signal, and determine whether the area exceeds a predetermined area and whether the weight is between the within a predetermined range; if the processor determines that the area exceeds the predetermined area and the weight is within the predetermined range, the processor executes the determination program according to the sensing signal; wherein, when the auxiliary operating component placed on the operating surface is operated, The processor converts the sensing signal generated by the pressure sensing module into at least one corresponding input command according to the found conversion information.

綜上所述，本發明的電子裝置，通過操作面及處理器能執行判斷程序等設計，可以讓使用者直接將操作面作為大面積的觸控板，也可以讓使用者將輔助操作構件置放於操作面上，而使用者可以通過操作輔助操作組件，得到類似操作傳統鍵盤的體驗。 To sum up, the electronic device of the present invention, through the design of the operation surface and the processor that can execute the judgment program, etc., allows the user to directly use the operation surface as a large-area touchpad, and also allows the user to place the auxiliary operation member on the Put it on the operating surface, and the user can get an experience similar to operating a traditional keyboard by operating the auxiliary operating components.

為能更進一步瞭解本發明的特徵及技術內容，請參閱以下有關本發明的詳細說明與附圖，但是此等說明與附圖僅用來說明本發明，而非對本發明的保護範圍作任何的限制。 In order to further understand the features and technical content of the present invention, please refer to the following detailed description and accompanying drawings of the present invention, but these descriptions and drawings are only used to illustrate the present invention, rather than make any claims to the protection scope of the present invention. limit.

100:電子裝置 100: Electronics

1:本體 1: Ontology

11:操作面 11: Operation surface

111:按鍵樣式結構 111: Button style structure

2:壓力感測模組 2: Pressure sensing module

21:感測訊號 21: Sensing signal

22:提示資訊 22: Prompt information

3:處理器 3: Processor

31:輸入指令 31: Input command

4:顯示器 4: Display

5:資料庫 5: Database

51:轉換資訊 51: Conversion Information

511:面積資料 511: Area Information

512:重量資料 512: Weight information

513:形狀資料 513: Shape data

514:指令表 514: Instruction List

52:指尖感測資訊 52: Fingertip Sensing Information

521:指令表 521: Instruction List

53:筆尖感測資訊 53: Pen tip sensing information

531:指令表 531: Instruction List

6:儲存器 6: Storage

7:輸入模組 7: Input module

71:輸入訊號 71: Input signal

200:輔助操作組件 200: Auxiliary Operation Components

201:按鍵 201: Button

2011:基部 2011: Base

2012:按壓部 2012: Press section

2013:彈性回復結構 2013: Elastic Recovery Structures

300:輔助操作組件 300: Auxiliary Operation Components

301:按鍵 301: button

400:輔助操作組件 400: Auxiliary Operation Components

401:操作本體 401: operation body

402:旋轉件 402: Rotary piece

403:抵壓件 403: Pressing parts

SP:容置空間 SP: accommodation space

圖1為本發明的電子裝置的方塊示意圖。 FIG. 1 is a schematic block diagram of an electronic device of the present invention.

圖2為本發明的電子裝置的示意圖。 FIG. 2 is a schematic diagram of an electronic device of the present invention.

圖3為本發明的電子裝置及輔助操作組件的分解示意圖。 FIG. 3 is an exploded schematic view of the electronic device and the auxiliary operation components of the present invention.

圖4為本發明的電子裝置設置有輔助操作組件的示意圖。 FIG. 4 is a schematic diagram of an electronic device of the present invention provided with an auxiliary operation component.

圖5為圖3所示的輔助操作組件的局部放大示意圖。 FIG. 5 is a partial enlarged schematic view of the auxiliary operation assembly shown in FIG. 3 .

圖6為本發明的電子裝置設置有不同的輔助操作組件的示意圖。 FIG. 6 is a schematic diagram illustrating that the electronic device of the present invention is provided with different auxiliary operation components.

圖7為本發明的電子裝置的另一實施例的方塊示意圖。 FIG. 7 is a schematic block diagram of another embodiment of the electronic device of the present invention.

圖8為本發明的電子裝置設置有不同的輔助操作組件的示意圖。 FIG. 8 is a schematic diagram illustrating that the electronic device of the present invention is provided with different auxiliary operation components.

圖9為圖8的局部側視圖。 FIG. 9 is a partial side view of FIG. 8 .

於以下說明中，如有指出請參閱特定圖式或是如特定圖式所示，其僅是用以強調於後續說明中，所述及的相關內容大部份出現於該特定圖式中，但不限制該後續說明中僅可參考所述特定圖式。 In the following description, if it is indicated to refer to a specific figure or as shown in a specific figure, it is only used for emphasis in the subsequent description, and most of the related content mentioned appears in the specific figure, However, it is not limited that only the specific drawings may be referred to in this subsequent description.

請一併參閱圖1至圖5，本發明的電子裝置100包含一本體1、一壓力感測模組2、一處理器3及一顯示器4。在不同的實施例中，電子裝置100也可以是不包含有顯示器4，而電子裝置100可以是包含有用來與顯示器4連接的相關電子組件(例如各式無線通訊模組、USB插孔等)，電子裝置100則可以是通過無線或是有線的方式與顯示器4電性連接。 Please refer to FIG. 1 to FIG. 5 together. The electronic device 100 of the present invention includes a main body 1 , a pressure sensing module 2 , a processor 3 and a display 4 . In different embodiments, the electronic device 100 may also not include the display 4 , and the electronic device 100 may include related electronic components (such as various wireless communication modules, USB jacks, etc.) for connecting with the display 4 . , the electronic device 100 may be electrically connected to the display 4 in a wireless or wired manner.

在電子裝置100包含顯示器4的實施例中，電子裝置100整體可以是應用為平板電腦、筆記型電腦等，於此不加以限制。在電子裝置100不包含顯示器4的實施例中，電子裝置100則可以是作為桌上型電腦的配件、筆記型電腦的配件、平板電腦的配件、智慧型手機的配件等，於此不加以限制。 In the embodiment in which the electronic device 100 includes the display 4 , the electronic device 100 as a whole may be applied as a tablet computer, a notebook computer, etc., which is not limited herein. In the embodiment in which the electronic device 100 does not include the display 4, the electronic device 100 may be an accessory of a desktop computer, an accessory of a notebook computer, an accessory of a tablet computer, an accessory of a smart phone, etc., which are not limited herein. .

本體1具有一操作面11，本體1與顯示器4相互連接，且操作面11是鄰近於顯示器4的顯示面的一側設置；在實際應用中，顯示器4及本體1能***作，而向彼此相互靠近或相互遠離的方向旋轉。所述本體1例如可以包含有殼體、電路主板、各式用來使電子裝置100能夠正常運作的相關電子零組件。 The main body 1 has an operation surface 11, the main body 1 and the display 4 are connected to each other, and the operation surface 11 is arranged on one side of the display surface of the display 4; Rotate towards each other or away from each other. The body 1 may include, for example, a casing, a circuit board, and various related electronic components for enabling the electronic device 100 to function normally.

壓力感測模組2設置於本體1，壓力感測模組2用以感測操作面11的受力狀態，以產生一感測訊號21。關於壓力感測模組2產生感測訊號21的頻率及其觸發條件，可以是依據需求變化，於此不加以限制。在實際應用中，壓力感測模組2例如是包含薄型壓力感測膜。 The pressure sensing module 2 is disposed on the main body 1 , and the pressure sensing module 2 is used for sensing the force state of the operation surface 11 to generate a sensing signal 21 . The frequency of the pressure sensing module 2 generating the sensing signal 21 and the triggering conditions thereof can be changed according to requirements, and are not limited herein. In practical applications, the pressure sensing module 2 includes, for example, a thin pressure sensing membrane.

處理器3電性連接壓力感測模組2。當操作面11上被置放一輔助操作組件200時，壓力感測模組2將產生相對應的感測訊號21，而處理器3接收感測訊號21後，能執行一判斷程序，以依據感測訊號21查找出一資料庫5中預存的相對應的其中一筆轉換資訊51，而後，當置放於操作面11的輔助操作組件200***作時，處理器3將依據查找出的轉換資訊51，將壓力感測模組2所產生的感測訊號21轉換為相對應的至少一輸入指令31。於此所指的輸入指令31例如可以是傳統鍵盤或傳統滑鼠受到使用者按壓後，所對應產生的指令，或者，傳統電腦的中央處理器接收到傳統鍵盤或傳統滑鼠所傳遞的按壓訊號後，所對應產生的指令。 The processor 3 is electrically connected to the pressure sensing module 2 . When an auxiliary operation component 200 is placed on the operation surface 11, the pressure sensing module 2 will generate a corresponding sensing signal 21, and after receiving the sensing signal 21, the processor 3 can execute a judgment program to The sensing signal 21 finds out one of the corresponding conversion information 51 pre-stored in a database 5, and then, when the auxiliary operation component 200 placed on the operation surface 11 is operated, the processor 3 will find out the conversion information according to 51. Convert the sensing signal 21 generated by the pressure sensing module 2 into at least one corresponding input command 31 . The input command 31 referred to here may be, for example, a command generated by a traditional keyboard or a traditional mouse after being pressed by the user, or the central processing unit of a traditional computer receives a pressing signal transmitted by a traditional keyboard or a traditional mouse. After that, the corresponding command is generated.

依上所述，也就是說，使用者將不同的輔助操作組件200設置於操作面11上，並操作所述輔助操作組件200時，處理器3將依據不同轉換資訊51，將壓力感測模組2因應使用者對輔助操作組件200的操作所產生的感測訊號21轉換為相對應的輸入指令31。 According to the above, that is to say, when the user sets different auxiliary operation components 200 on the operation surface 11 and operates the auxiliary operation components 200 , the processor 3 will convert the pressure sensing model according to the different conversion information 51 . The sensing signal 21 of the group 2 is converted into a corresponding input command 31 in response to the user's operation of the auxiliary operation component 200 .

在實際應用中，所述處理器3可以是能執行作業系統(operating system)的中央處理器(central processing unit)；或者，所述處理器3可以是獨立於中央處理器(central processing unit)的微處理器，而所述處理器3產生輸入指令31後，將傳遞輸入指令31至中央處理器，中央處理器接收輸入指令31後，例如可以是控制顯示器4顯示出相對應的畫面、執行相關程式、執行相關動作等，於此不加以限制。 In practical applications, the processor 3 may be a central processing unit (central processing unit) capable of executing an operating system; or, the processor 3 may be independent of the central processing unit (central processing unit). The microprocessor, and after the processor 3 generates the input command 31, it will transmit the input command 31 to the central processing unit. After the central processing unit receives the input command 31, for example, it can control the display 4 to display the corresponding screen, execute the relevant Programs, execution of related actions, etc., are not limited here.

在較佳的實施例中，當處理器3依據感測訊號21查找出資料庫5中預存的相對應的其中一筆轉換資訊51時，處理器3可以是控制顯示器4顯示出一提示資訊22，而使用者則可以通過觀看提示資訊22，瞭解處理器3已經判定當前設置於操作面11上的輔助操作組件200為何，舉例來說，提示資訊22可以是以文字、圖樣的至少一種方式呈現。 In a preferred embodiment, when the processor 3 finds out one of the corresponding conversion information 51 pre-stored in the database 5 according to the sensing signal 21, the processor 3 may control the display 4 to display a prompt information 22, The user can know what the auxiliary operation component 200 currently disposed on the operation surface 11 is determined by the processor 3 by viewing the prompt information 22 . For example, the prompt information 22 can be presented in at least one of text and graphics.

如圖5所示，在其中一個實施例中，輔助操作組件200例如可以是包含多個按鍵201，各個按鍵201可以包含一基部2011、一按壓部2012及一彈性回復結構2013。輔助操作組件200設置於操作面11上時，基部2011對應抵靠在操作面11上，按壓部2012與基部2011相連接，且按壓部2012與基部2011之間形成有一容置空間SP，彈性回復結構2013位於容置空間SP中，且彈性回復結構2013的兩端分別與基部2011及按壓部2012相連接。 As shown in FIG. 5 , in one embodiment, the auxiliary operation component 200 may include, for example, a plurality of buttons 201 , and each button 201 may include a base portion 2011 , a pressing portion 2012 and an elastic recovery structure 2013 . When the auxiliary operation assembly 200 is disposed on the operation surface 11, the base part 2011 is correspondingly abutted on the operation surface 11, the pressing part 2012 is connected with the base part 2011, and a accommodating space SP is formed between the pressing part 2012 and the base part 2011, and the elastic recovery The structure 2013 is located in the accommodating space SP, and two ends of the elastic restoring structure 2013 are respectively connected with the base portion 2011 and the pressing portion 2012 .

當按壓部2012受力(例如是被按壓)時，彈性回復結構2013將受壓產生彈性回復力，而按壓部2012不再受壓時，彈性回復結構2013產生的彈性回復力將使按壓部2012回復至未受壓的狀態。關於彈性回復結構2013具體的結構、材質及其外型，皆不以圖中所示為限。 When the pressing portion 2012 is stressed (for example, pressed), the elastic restoring structure 2013 will be pressed to generate an elastic restoring force, and when the pressing portion 2012 is no longer pressed, the elastic restoring force generated by the elastic restoring structure 2013 will make the pressing portion 2012 Return to an unstressed state. The specific structure, material and appearance of the elastic recovery structure 2013 are not limited to those shown in the figures.

需說明的是，圖3及圖4所示的輔助操作組件200所包含的按鍵201的數量及其排列方式等，是大致與傳統鍵盤相似，但輔助操作組件200所包含的按鍵201的數量、排列方式等皆不以圖中所示為限。 It should be noted that the number and arrangement of the keys 201 included in the auxiliary operation assembly 200 shown in FIG. 3 and FIG. The arrangement and the like are not limited to those shown in the figures.

在具體的應用中，當使用者將輔助操作組件200設置於操作面11，且使用者未按壓輔助操作組件200時，處理器3接收感測訊號21後，可以是依據感測訊號21取得設置於操作面11上的輔助操作組件200於操作面11的一面積、輔助操作組件200的一重量、輔助操作組件的一形狀中的至少一個，以查找資料庫5中預存的哪一筆轉換資訊51，包含相對應的一面積資料511、一重量資料512及一形狀資料513。 In a specific application, when the user sets the auxiliary operation component 200 on the operation surface 11 and the user does not press the auxiliary operation component 200 , after the processor 3 receives the sensing signal 21 , the setting may be obtained according to the sensing signal 21 . The auxiliary operation component 200 on the operation surface 11 is at least one of an area of the operation surface 11 , a weight of the auxiliary operation component 200 , and a shape of the auxiliary operation component, so as to find out which conversion information 51 is pre-stored in the database 5 , including a corresponding area data 511 , a weight data 512 and a shape data 513 .

當處理器3查找出相對應的轉換資訊51後，處理器3可以是控制顯示器4顯示出提示資訊22(例如是圖4所示的鍵盤圖樣)，以提示使用者當前設置於操作面11的輔助操作組件200已經被判定為鍵盤；而後，使用者按壓任一個按鍵201時，處理器3將依據查找出的轉換資訊51，將壓力感測模組2所對應產生的感測訊號21轉換為相對應的輸入指令31，而使用者在輔助操作組件200上的操作，將大致與在傳統鍵盤上的操作具有相同的體驗。 After the processor 3 finds out the corresponding conversion information 51, the processor 3 may control the display 4 to display the prompt information 22 (eg, the keyboard pattern shown in FIG. The auxiliary operation component 200 has been determined to be a keyboard; then, when the user presses any key 201, the processor 3 will convert the sensing signal 21 corresponding to the pressure sensing module 2 into The corresponding input command 31, and the user's operation on the auxiliary operation component 200 will have substantially the same experience as the operation on the traditional keyboard.

關於處理器3如何依據感測訊號21取得輔助操作組件200於操作面11的面積、輔助操作組件200的重量及輔助操作組件200的形狀，於此不加以限制。舉例來說，壓力感測模組2所產生的感測訊號21不但可以是包含有X軸、Y軸的座標外，感測訊號21還可以是包含有Z軸方向的作用力數值。 There is no limitation on how the processor 3 obtains the area of the auxiliary operation element 200 on the operation surface 11 , the weight of the auxiliary operation element 200 and the shape of the auxiliary operation element 200 according to the sensing signal 21 . For example, the sensing signal 21 generated by the pressure sensing module 2 may not only include the coordinates of the X-axis and the Y-axis, but also include the force value in the Z-axis direction.

依上所述，也就是說，資料庫5中預存有多筆轉換資訊51，各筆轉換資訊51是包含一面積資料511、一重量資料512、一形狀資料513及一指令表514，而不同的轉換資訊51所包含的面積資料511、重量資料512及形狀資料513不完全相同；各筆轉換資訊51的面積資料511是對應於其中一個輔助操作組件200設置於操作面11上的面積，重量資料512則是對應為所述輔助操作組件200的重量，形狀資料513則是對應為所述輔助操作組件200與操作面11相接觸的接觸面的形狀，而指令表514則可以是對應於輔助操作組件200的各個按鍵201***作時，所對應的輸入指令31。 According to the above, that is to say, a plurality of pieces of conversion information 51 are pre-stored in the database 5, and each piece of conversion information 51 includes an area data 511, a weight data 512, a shape data 513 and an instruction table 514, and different The area data 511, the weight data 512 and the shape data 513 contained in the conversion information 51 are not exactly the same; the area data 511 of each conversion information 51 corresponds to the area of one of the auxiliary operation components 200 disposed on the operation surface 11, the weight The data 512 corresponds to the weight of the auxiliary operation component 200, the shape data 513 corresponds to the shape of the contact surface of the auxiliary operation component 200 and the operation surface 11, and the instruction table 514 may correspond to the auxiliary operation component 200. When each key 201 of the operation component 200 is operated, the corresponding input command 31 is entered.

舉例來說，感測訊號21中可以包含有一座標，而處理器3在輔助操作組件200設置於操作面11上時，處理器3即可依據感測訊號21取得輔助操作組件200對應位於操作面11的哪一個位置，而後，使用者操作輔助操作組件200的其中一按鍵201時，處理器3即可依據感測訊號21中的座標，計算出使用者當前是按壓輔助操作組件200的哪一個按鍵201，如此，處理器3即可依據按鍵201查找出指令表514中相對應的輸入指令31，並據以產生相對應的輸入指令31。 For example, the sensing signal 21 may include a coordinate, and when the auxiliary operating element 200 is disposed on the operating surface 11 by the processor 3 , the processor 3 can obtain the corresponding location of the auxiliary operating element 200 on the operating surface according to the sensing signal 21 . 11, and then, when the user operates one of the buttons 201 of the auxiliary operation component 200, the processor 3 can calculate which of the auxiliary operation components 200 the user is currently pressing according to the coordinates in the sensing signal 21 Button 201, so, the processor 3 is The corresponding input command 31 in the command table 514 can be searched out according to the key 201, and the corresponding input command 31 can be generated accordingly.

所述資料庫5例如可以是儲存於電子裝置100的一儲存器6中，所述儲存器6例如記憶體、硬碟等，於此不加以限制，在不同的實施例中，資料庫5也可以是以韌體形式儲存於處理器3中。 The database 5 may be, for example, stored in a storage 6 of the electronic device 100, such as a memory, a hard disk, etc., which is not limited here. In different embodiments, the database 5 is also It may be stored in the processor 3 in the form of firmware.

需說明的是，當使用者未將輔助操作組件200設置於操作面11上時，使用者可以通過指尖、觸控筆等方式，於操作面11上移動，據以使電子裝置100執行相對應的指令，舉例來說，使用者可以是通過指尖、觸控筆於操作面11上移動，據以控制顯示器4中所顯示的鼠標，或者，使用者可以是利用指尖或是觸控筆，於操作面11上連續輕觸兩下，據以達到類似於按壓傳統滑鼠的左鍵的效果。關於使用者利用指尖或是觸控筆於操作面11進行何種操作，而電子裝置100將進行何種相應的作動，可依據實際需求設計，不以上述說明為限。 It should be noted that, when the user does not set the auxiliary operation component 200 on the operation surface 11 , the user can move on the operation surface 11 by means of fingertips, stylus, etc., so as to make the electronic device 100 perform the corresponding operation. Corresponding instructions, for example, the user may use a fingertip or a stylus to move on the operation surface 11 to control the mouse displayed on the display 4, or the user may use a fingertip or touch The pen is tapped twice continuously on the operation surface 11 to achieve an effect similar to pressing the left button of a conventional mouse. What operation the user performs on the operation surface 11 with a fingertip or a stylus, and what corresponding operation the electronic device 100 will perform, can be designed according to actual needs, and is not limited to the above description.

承上說明，在實際應用中，當處理器3接收感測訊號21時，可以是先依據感測訊號21，計算出當前操作面11被按壓的位置的一面積及一重量，並判斷所述面積是否超過一預定面積，且所述重量是否介於一預定範圍內。 Continuing from the above description, in practical applications, when the processor 3 receives the sensing signal 21 , it may first calculate an area and a weight of the position where the operation surface 11 is currently pressed according to the sensing signal 21 , and determine the Whether the area exceeds a predetermined area, and whether the weight is within a predetermined range.

若處理器3判斷所述面積超過預定面積，且重量介於預定範圍內，處理器3才根據所述感測訊號21執行前述判斷程序，據以判斷當前設置於操作面11上的構件為哪一種輔助操作組件200。 If the processor 3 determines that the area exceeds the predetermined area and the weight is within the predetermined range, the processor 3 executes the aforementioned determination procedure according to the sensing signal 21 to determine which component is currently disposed on the operation surface 11. An auxiliary operation assembly 200 .

反之，處理器3則不執行所述判斷程序，而處理器3將認定操作面11上不設置有輔助操作組件200，而後處理器3將依據面積，判斷當前按壓操作面11的是使用者的指尖或是觸控筆的筆尖。具體來說，處理器3可以判斷面積是否介於一預定指尖面積範圍內，若處理器3判斷面積介於預定指尖面積範圍內，則處理器3將轉換為一指尖觸控模式，而後，處理器3將依據感測訊號21取得操作面11當前受力位置所對應的座標及資料庫5內儲存的一指尖感測資訊52，將感測訊號21轉換為相對應的至少一輸入指令31。相對地，若處理器3判斷面積介於一預定筆尖面積範圍內，則處理器3將轉換為一筆尖觸控模式，而處理器3將依據感測訊號21取得操作面11當前受力位置所對應的座標及資料庫5內儲存的一筆尖感測資訊53，將感測訊號21轉換為相對應的至少一輸入指令31。也就是說，指尖感測資訊52及筆尖感測資訊53中，可以是分別儲存有一指令表521、531，而處理器3可以是依據相對應的指令表521、531，將壓力感測模組2因應指尖或觸控筆於操作面11上的操作所對應產生的感測訊號21，轉換為相應的輸入指令31。 On the contrary, the processor 3 will not execute the determination procedure, and the processor 3 will determine that the auxiliary operation component 200 is not provided on the operation surface 11, and the post-processor 3 will determine that the user is currently pressing the operation surface 11 according to the area. Fingertip or the tip of a stylus. Specifically, the processor 3 can determine whether the area is within a predetermined area of the fingertip, if the processor 3 determines that the area is within the predetermined fingertip area within the range of the tip area, the processor 3 will switch to a fingertip touch mode, and then the processor 3 will obtain the coordinates corresponding to the current force position of the operation surface 11 and a stored in the database 5 according to the sensing signal 21 . The fingertip sensing information 52 converts the sensing signal 21 into at least one corresponding input command 31 . Conversely, if the processor 3 determines that the area is within a predetermined range of the pen tip area, the processor 3 will switch to the pen tip touch mode, and the processor 3 will obtain the current force position of the operation surface 11 according to the sensing signal 21 . The corresponding coordinates and the pen-tip sensing information 53 stored in the database 5 convert the sensing signal 21 into at least one corresponding input command 31 . That is to say, the fingertip sensing information 52 and the pen tip sensing information 53 may store a command table 521 and 531 respectively, and the processor 3 may store the pressure sensing module according to the corresponding command table 521 and 531 . The group 2 is converted into a corresponding input command 31 according to the sensing signal 21 corresponding to the operation of the fingertip or the stylus on the operation surface 11 .

依上所述，簡單來說，當處理器3接收感測訊號21時，處理器3將根據感測訊號21，計算出當前操作面11受力(例如是被按壓)的面積及一重量(例如是通過轉換被按壓的位置的按壓作用力取得)，判斷當前操作面11上是否設置有輔助操作組件200；若是處理器3判斷操作面11上設置有輔助操作組件200，則處理器3將執行判斷程序，以判斷當前設置於操作面11上的輔助操作組件200為何；若處理器3判斷面積介於預定指尖面積範圍，則處理器3將轉換為指尖觸控模式；若處理器3判斷面積介於筆尖面積範圍，則處理器3將轉換為筆尖觸控模式。 According to the above, to put it simply, when the processor 3 receives the sensing signal 21, the processor 3 will calculate the area and a weight ( For example, it is obtained by changing the pressing force of the pressed position) to determine whether the auxiliary operation component 200 is installed on the current operation surface 11; if the processor 3 determines that the auxiliary operation component 200 is installed on the operation surface 11, the processor 3 will Execute the determination program to determine what the auxiliary operation component 200 is currently disposed on the operation surface 11; if the processor 3 determines that the area is within the predetermined fingertip area range, the processor 3 will switch to the fingertip touch mode; if the processor 3 determines that the area is within the predetermined fingertip area 3. If it is determined that the area is within the range of the pen tip area, the processor 3 will switch to the pen tip touch mode.

綜上所述，本發明的電子裝置100可以讓使用者依據當下的使用需求，以指尖或觸控筆於操作面11上進行操作，以對電子裝置100進行操控，或者，可以是將輔助操作組件200設置於操作面11上，以通過按壓輔助操作組件200來對電子裝置100進行操控。使用者欲使用輔助操作組件200時，僅需將輔助操作組件200置放於操作面11上即可，而使用者無需額外進行任何設定。 To sum up, the electronic device 100 of the present invention can allow the user to operate the electronic device 100 with a fingertip or a stylus on the operation surface 11 according to the current usage needs, or, it can be an auxiliary The operating component 200 is disposed on the operating surface 11 to operate the electronic device 100 by pressing the auxiliary operating component 200 . When the user wants to use the auxiliary operation assembly 200, he only needs to place the auxiliary operation assembly 200 on the operation surface 11, and the user does not need to perform any additional settings.

傳統的筆記型電腦，由於鍵盤不可拆卸，因此，使用者需要額外購置大面積的觸控板或繪圖板，才可以用指尖或筆尖對筆記型電腦進行操作，且額外購置的觸控板或繪圖板，在使用前必須先通過藍芽配對等步驟，此配對步驟常會因為各種狀況，而出現無法配對成功的問題。另外，額外購置的觸控板或繪圖板難以與筆記型電腦一同收納。 In traditional notebook computers, since the keyboard is not detachable, users need to purchase an additional large-area touchpad or drawing tablet to operate the notebook computer with fingertips or pen tips, and the additionally purchased touchpad or Before using the graphics tablet, you must go through steps such as Bluetooth pairing. This pairing step often fails to pair successfully due to various conditions. In addition, it is difficult to store an additional trackpad or graphics tablet with the notebook computer.

需特別強調的是，上述本實施例的說明中，是以電子裝置100與輔助操作組件200相互配合，而讓使用者操作輔助操作組件200時，可以得到與操作傳統鍵盤相同的體驗為例，但不以此為限，在不同實施例中，可以是通過改變輔助操作組件200所包含的按鍵數量、按鍵外型、各按鍵的尺寸、多個按鍵的排列方式等，使電子裝置100及輔助操作組件200相互配合，而達到類似於MIDI控制器、打擊墊等功能。 It should be emphasized that, in the above description of this embodiment, the electronic device 100 and the auxiliary operation component 200 cooperate with each other, so that when the user operates the auxiliary operation component 200, the same experience as operating a traditional keyboard can be obtained as an example. However, it is not limited to this. In different embodiments, the number of buttons, the appearance of buttons, the size of each button, the arrangement of the plurality of buttons, etc. included in the auxiliary operation component 200 can be changed to make the electronic device 100 and the auxiliary operation unit 200 changeable. The operation components 200 cooperate with each other to achieve functions similar to MIDI controllers, pads and the like.

請一併參閱圖6及圖7，本實施例的電子裝置100與前述實施例最大不同之處在於：操作面11可以是形成有多個按鍵樣式結構111，而壓力感測模組2能於任一個按鍵樣式結構111被觸壓時，依據被觸壓的按鍵樣式結構111於操作面11的位置，產生相對應的感測訊號21。具體來說，操作面11上可以是以印刷的方式，形成有多個按鍵樣式結構111，多個按鍵樣式結構111的數量及其排列位置，可以是對應為傳統的全尺寸鍵盤，但不以此為限。 Please refer to FIG. 6 and FIG. 7 together. The biggest difference between the electronic device 100 of this embodiment and the previous embodiment is that the operation surface 11 may be formed with a plurality of button-like structures 111 , and the pressure sensing module 2 can be When any one of the button pattern structures 111 is pressed, a corresponding sensing signal 21 is generated according to the position of the pressed button pattern structure 111 on the operation surface 11 . Specifically, a plurality of key pattern structures 111 may be formed on the operation surface 11 by printing, and the number and arrangement position of the plurality of key pattern structures 111 may correspond to traditional full-size keyboards, but not limited to This is limited.

本實施例與前述實施例另一不同之處在於：輔助操作組件300可以是僅包含四個按鍵301，而使用者可以是將輔助操作組件300設置於操作面11未形成有按鍵樣式結構111的區域。與前述實施例說明相同，當使用者將僅包含四個按鍵301的輔助操作組件300置放於操作面11上時，處理器3將會依據壓力感測模組2所產生的感測訊號21，計算出輔助操作組件300於操作面11上所佔的面積、輔助操作組件300的重量及輔助操作組件300的形狀，並據以查找出相對應的轉換資訊51，而後，使用者按壓輔助操作組件300中的任一個按鍵301時，處理器3將會依據轉換資訊51，將感測訊號21轉換為相對應的輸入指令31。 Another difference between this embodiment and the previous embodiment is that the auxiliary operation component 300 may only include four buttons 301 , and the user may set the auxiliary operation component 300 on the operation surface 11 without forming the button pattern structure 111 . area. As described in the previous embodiment, when the user places the auxiliary operation component 300 including only four buttons 301 on the operation surface 11 , the processor 3 will rely on the sensing signal 21 generated by the pressure sensing module 2 . , calculate the area occupied by the auxiliary operation component 300 on the operation surface 11, the weight of the auxiliary operation component 300 and the shape of the auxiliary operation component 300, and find out the corresponding conversion information 51 accordingly, and then, the user presses the auxiliary operation in component 300 When any key 301 is pressed, the processor 3 will convert the sensing signal 21 into the corresponding input command 31 according to the conversion information 51 .

在其中一個實施例中，電子裝置100還可以包含一輸入模組7，輸入模組7電性連接處理器3。處理器3能執行一設定程序，處理器3執行設定程序時，處理器3能依據輸入模組7***作所對應產生的一輸入訊號71及輔助操作組件300被置放於操作面11時，壓力感測模組2產生的感測訊號21，產生一筆轉換資訊51。也就是說，使用者可以是先使處理器3執行設定程序(例如是應用程式)，而後，使用者即可通過操作輸入模組7，來決定輔助操作組件300的任一個按鍵301***作時，是對應產生何種輸入指令31，以建立所述轉換資訊51中的所述指令表514。 In one embodiment, the electronic device 100 may further include an input module 7 , and the input module 7 is electrically connected to the processor 3 . The processor 3 can execute a setting program. When the processor 3 executes the setting program, the processor 3 can generate an input signal 71 corresponding to the operation of the input module 7 and when the auxiliary operation component 300 is placed on the operation surface 11, The sensing signal 21 generated by the pressure sensing module 2 generates a conversion information 51 . That is to say, the user can first make the processor 3 execute a setting program (such as an application program), and then the user can determine when any button 301 of the auxiliary operation component 300 is operated by operating the input module 7 , which corresponds to what kind of input command 31 is generated to create the command table 514 in the conversion information 51 .

舉例來說，輸入模組7例如可以是觸控螢幕、滑鼠、鍵盤等，設定程序可以是一應用程式，使用者可以是通過操作觸控螢幕、滑鼠、鍵盤等，使電子裝置100執行所述應用程式；處理器3執行應用程式後，顯示器4例如可以是顯示出一全尺寸鍵盤圖樣，以及對應於當前置放於操作面11上的輔助操作組件300的提示資訊22，而後，使用者可以是通過操作輸入模組7，以先後選擇全尺寸鍵盤圖樣中的其中一個按鍵，並按壓輔助操作組件300中的其中一個按鍵301，據以使處理器3記憶當按壓輔助操作組件300的哪一個按鍵301***作時，需對應產生什麼輸入指令31。 For example, the input module 7 can be, for example, a touch screen, a mouse, a keyboard, etc. The setting program can be an application program, and the user can make the electronic device 100 execute by operating the touch screen, mouse, keyboard, etc. The application program; after the processor 3 executes the application program, the display 4 may, for example, display a full-size keyboard pattern and the prompt information 22 corresponding to the auxiliary operation component 300 currently placed on the operation surface 11, and then use One can select one of the keys in the full-size keyboard pattern by operating the input module 7, and press one of the keys 301 in the auxiliary operation component 300, so that the processor 3 remembers when the auxiliary operation component 300 is pressed. When which key 301 is operated, the input command 31 needs to be generated correspondingly.

依上所述，使用者例如可以是將輔助操作組件300的四個按鍵301設定為對應於傳統鍵盤的W、A、S、D的四個按鍵，由於輔助操作組件300可以是設置於操作面11上的任一個位置，因此，使用者即可依據需求，將輔助操作組件300設置於順手、方便按壓的位置。 According to the above, for example, the user can set the four keys 301 of the auxiliary operation component 300 to correspond to the four keys of W, A, S, and D of the traditional keyboard, since the auxiliary operation component 300 can be arranged on the operation surface 11, therefore, the user can set the auxiliary operation component 300 at a position that is convenient and convenient for pressing according to the requirements.

請一併參閱圖8及圖9，本實施例與前述實施例不同之處在於：輔助操作組件400可以是包含一操作本體401、一旋轉件402及一抵壓件 403，旋轉件402與操作本體401相連接，且旋轉件402能***作而相對於操作本體401旋轉，抵壓件403與旋轉件402連接，而抵壓件403能隨旋轉件402一同旋轉。輔助操作組件200設置於操作面11時，操作本體401設置於操作面11，且抵壓件403的一部分抵壓於操作面11。 Please refer to FIG. 8 and FIG. 9 together. The difference between this embodiment and the previous embodiment is that the auxiliary operation component 400 may include an operation body 401 , a rotating member 402 and a pressing member 403 , the rotating member 402 is connected with the operating body 401 , and the rotating member 402 can be operated to rotate relative to the operating body 401 , the pressing member 403 is connected with the rotating member 402 , and the pressing member 403 can rotate together with the rotating member 402 . When the auxiliary operation assembly 200 is arranged on the operation surface 11 , the operation body 401 is arranged on the operation surface 11 , and a part of the pressing member 403 is pressed against the operation surface 11 .

在實際應用中，當使用者將輔助操作組件400置放於操作面11上，且旋轉旋轉件402時，處理器3例如可以是對應調整電子裝置100的音量、控制當前畫面的顯示比例(即放大或縮小當前畫面)等，於此不加以限制。 In practical applications, when the user places the auxiliary operation component 400 on the operation surface 11 and rotates the rotating member 402, the processor 3 may, for example, adjust the volume of the electronic device 100 and control the display ratio of the current screen (ie, correspondingly). zoom in or zoom out the current screen), etc., which are not limited here.

由於輔助操作組件400可以是置放於操作面11上的任一個位置，因此，使用者可以是依據需求，將輔助操作組件400置放在順手、方便操作的位置，如此，可以使使用者具有相對較佳的操作體驗。 Since the auxiliary operation assembly 400 can be placed at any position on the operation surface 11, the user can place the auxiliary operation assembly 400 in a convenient and convenient position according to the needs, so that the user can have Relatively good operating experience.

需說明的是，本實施例所舉的輔助操作組件400可以是與電子裝置100相互配合，而達到類似於MIDI控制器的功能；當然，本實施例的所舉的輔助操作組件400可以是與前述實施例所舉的輔助操作組件200、輔助操作組件300一同設置於操作面11上。 It should be noted that the auxiliary operation component 400 in this embodiment may cooperate with the electronic device 100 to achieve a function similar to a MIDI controller; of course, the auxiliary operation component 400 in this embodiment may be combined with The auxiliary operation assembly 200 and the auxiliary operation assembly 300 in the foregoing embodiments are disposed on the operation surface 11 together.

上述各實施例中所舉的輔助操作組件200、300、400可以是與電子裝置100一同販售、製造及實施，而電子裝置100不侷限於僅可獨立於輔助操作組件400販售、製造及實施；另外，上述各實施例中所舉的輔助操作組件200、300、400可以是依據使用者需求，同時或是個別獨立地設置於操作面11上。 The auxiliary operation components 200 , 300 , and 400 mentioned in the above embodiments can be sold, manufactured and implemented together with the electronic device 100 , and the electronic device 100 is not limited to be sold, manufactured and implemented independently of the auxiliary operation component 400 . Implementation; In addition, the auxiliary operation components 200 , 300 , and 400 in the above-mentioned embodiments may be disposed on the operation surface 11 simultaneously or independently according to the needs of the user.

綜上所述，本發明的電子裝置通過壓力感測模組、處理器等設計，可以讓使用者依據實際需求，利用指尖、觸控筆於操作面上移動，據以操控電子裝置，或者，使用者可以是將輔助操作組件置放於操作面上，並通過操作輔助操作組件，以操控電子裝置。由於處理器在操作面被置放有輔助操作組件後，會自動地執行判斷程序，因此，使用者無需進行任何配對程序，而使用者基本上是將輔助操作組件設置於操作面上，即可通過操作輔助操作組件，來產生相對應的輸入指令，以控制電子裝置。 To sum up, the electronic device of the present invention is designed by the pressure sensing module, the processor, etc., so that the user can use the fingertip and the stylus to move on the operation surface according to the actual needs, so as to control the electronic device, or , the user can place the auxiliary operation component on the operation surface, and operate the auxiliary operation component to control the electronic device. Since the processor will automatically execute the judgment program after the auxiliary operating component is placed on the operating surface, the user does not need to perform any pairing process. The user basically sets the auxiliary operation component on the operation surface, and can generate the corresponding input command by operating the auxiliary operation component to control the electronic device.

以上所述僅為本發明的較佳可行實施例，非因此侷限本發明的專利範圍，故舉凡運用本發明說明書及圖式內容所做的等效技術變化，均包含於本發明的保護範圍內。 The above descriptions are only preferred feasible embodiments of the present invention, which do not limit the scope of the present invention. Therefore, any equivalent technical changes made by using the contents of the description and drawings of the present invention are included in the protection scope of the present invention. .

100:電子裝置 100: Electronics

1:本體 1: Ontology

11:操作面 11: Operation surface

2:壓力感測模組 2: Pressure sensing module

4:顯示器 4: Display

200:輔助操作組件 200: Auxiliary Operation Components

201:按鍵 201: Button

Claims

一種電子裝置，其包含：一本體，其具有一操作面；一壓力感測模組，其包含一壓力感測膜，所述壓力感測模組設置於所述本體，所述壓力感測模組用以感測所述操作面的受力狀態，以產生一感測訊號；一處理器，其電性連接所述壓力感測模組；一輔助操作組件，用以置放於所述操作面；當所述操作面置放有所述輔助操作組件時，所述壓力感測模組將產生相對應的所述感測訊號，而所述處理器接收所述感測訊號後，能執行一判斷程序，以依據所述感測訊號，查找出一資料庫中預存的相對應的其中一筆轉換資訊；一顯示器，所述顯示器與所述本體相互連接，所述處理器電性連接所述顯示器，所述處理器執行所述判斷程序，而查找出對應於所述輔助操作組件的所述轉換資訊後，所述處理器能控制所述顯示器顯示相對應的一提示資訊；其中，所述處理器接收所述感測訊號時，將根據所述感測訊號，計算出所述操作面受力的一面積及一重量，判斷所述面積是否超過一預定面積，且所述重量是否介於一預定範圍內；若所述處理器判斷所述面積超過所述預定面積，且所述重量介於所述預定範圍內，則所述處理器根據所述感測訊號執行所述判斷程序；其中，當置放於所述操作面的所述輔助操作組件***作時，所述處理器將依據查找出的所述轉換資訊，將所述壓力感測模組所產生的所述感測訊號轉換為相對應的至少一輸入指令。 An electronic device, comprising: a body with an operation surface; a pressure sensing module including a pressure sensing film, the pressure sensing module is disposed on the body, the pressure sensing module The group is used for sensing the force state of the operation surface to generate a sensing signal; a processor is electrically connected to the pressure sensing module; an auxiliary operation component is used for placing in the operation When the auxiliary operation component is placed on the operation surface, the pressure sensing module will generate the corresponding sensing signal, and after the processor receives the sensing signal, it can execute a judging program to find out one of the corresponding conversion information pre-stored in a database according to the sensing signal; a display, the display and the main body are connected to each other, and the processor is electrically connected to the a display, after the processor executes the judgment program and finds out the conversion information corresponding to the auxiliary operation component, the processor can control the display to display a corresponding prompt information; wherein, the When the processor receives the sensing signal, it will calculate an area and a weight of the operating surface under force according to the sensing signal, and determine whether the area exceeds a predetermined area and whether the weight is between within a predetermined range; if the processor determines that the area exceeds the predetermined area and the weight is within the predetermined range, the processor executes the determination procedure according to the sensing signal; wherein , when the auxiliary operating component placed on the operating surface is operated, the processor will convert the sensing signal generated by the pressure sensing module according to the found conversion information is the corresponding at least one input command.

如請求項1所述的電子裝置，其中，所述處理器能依據所述感測訊號，取得所述操作面當前受力位置所對應的一座標；若所述處理器判斷所述面積介於一預定筆尖面積範圍內，則所述處理器將轉換為一觸控筆模式，而所述處理器將依據所述感測訊號所對應的所述座標及一觸控筆感測資訊，將所述感測訊號轉換為相對應的至少一輸入指令。 The electronic device according to claim 1, wherein the processor can obtain a coordinate corresponding to the current force position of the operation surface according to the sensing signal; if the processor determines that the area is between Within a predetermined range of the tip area, the processor will switch to a stylus mode, and the processor will convert the stylus according to the coordinates corresponding to the sensing signals and a stylus sensing information. The sensing signal is converted into at least one corresponding input command.

如請求項1所述的電子裝置，其中，所述處理器能依據所述感測訊號，取得所述操作面當前被按壓的位置所對應的一座標；若所述處理器判斷所述面積介於一預定指尖面積範圍內，則所述處理器將轉換為一指尖觸控模式，而所述處理器將依據所述感測訊號所對應的所述座標及一指尖感測資訊，將所述感測訊號轉換為相對應的至少一輸入指令。 The electronic device according to claim 1, wherein the processor can obtain a coordinate corresponding to the position where the operation surface is currently pressed according to the sensing signal; Within a predetermined range of the fingertip area, the processor will switch to a fingertip touch mode, and the processor will sense the coordinates corresponding to the sensing signal and a fingertip sensing information, Convert the sensing signal into corresponding at least one input command.

如請求項3所述的電子裝置，其中，所述操作面形成有多個按鍵樣式結構，而所述壓力感測模組能於任一個所述按鍵樣式結構被觸壓時，依據被觸壓的所述按鍵樣式結構於所述操作面的位置，產生相對應的所述感測訊號。 The electronic device according to claim 3, wherein the operation surface is formed with a plurality of key-like structures, and the pressure sensing module can be pressed according to the pressed button when any one of the key-like structures is pressed The button pattern structure is located at the position of the operation surface to generate the corresponding sensing signal.

如請求項1所述的電子裝置，其中，所述輔助操作組件，所述輔助操作組件包含至少一按鍵，所述按鍵包含一按壓部及一彈性回復結構，所述按壓部被按壓時，所述彈性回復結構將受壓產生彈性回復力，而所述按壓部不再受壓時，所述彈性回復結構產生的彈性回復力將使所述按壓部回復至未受壓的狀態。 The electronic device according to claim 1, wherein the auxiliary operation component includes at least one button, the button includes a pressing portion and an elastic restoring structure, when the pressing portion is pressed, the The elastic restoring structure will be compressed to generate an elastic restoring force, and when the pressing portion is no longer pressed, the elastic restoring force generated by the elastic restoring structure will restore the pressing portion to an uncompressed state.

如請求項1所述的電子裝置，其中，所述輔助操作組件具有一操作本體、一旋轉件及一抵壓件，所述旋轉件與所述操作本體相連接，且所述旋轉件能***作而相對於所述操作本體旋轉，所述抵壓件與所述旋轉件連接，而所述抵壓件能隨所述旋轉件一同旋轉；所述輔助操作組件設置於所述操作面時，所述操作本體設置於所述操作面，且所述抵壓件的一部分抵壓於所述操作面。 The electronic device according to claim 1, wherein the auxiliary operating component has an operating body, a rotating member and a pressing member, the rotating member and the The operating body is connected, and the rotating member can be operated to rotate relative to the operating body, the pressing member is connected with the rotating member, and the pressing member can rotate together with the rotating member; When the auxiliary operation component is arranged on the operation surface, the operation body is arranged on the operation surface, and a part of the pressing member is pressed against the operation surface.

如請求項1所述的電子裝置，其中，所述電子裝置還包含一輸入模組，所述輸入模組電性連接所述處理器，所述處理器能執行一設定程序，所述處理器執行所述設定程序時，所述處理器能依據所述輸入模組***作所對應產生的一輸入訊號，及所述輔助操作組件置放於操作面，所述壓力感測模組產生的所述感測訊號，產生一筆所述轉換資訊。The electronic device according to claim 1, wherein the electronic device further comprises an input module, the input module is electrically connected to the processor, the processor can execute a setting program, and the processor When the setting program is executed, the processor can be based on an input signal corresponding to the operation of the input module, and the auxiliary operation component is placed on the operation surface, and the pressure sensing module generates an input signal. The sensing signal is used to generate the conversion information.