M382526 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種輸入裝置，特別是指一種外接式輸入裝置。 【先前技術】 -. 一般傳統上作為人機介面的輸入裝置為鍵盤與滑鼠或觸控 板0 m 習知之鍵盤具有文字鍵、數字鍵以及多個功能鍵，使用者可 利用鍵盤進行文字輸入、數字輸入以及執行多種電腦内建功能。 然而，雖然可使用鍵盤的功能鍵移動電腦螢幕上之游標，但使用 習知之鍵盤而移動游標的缺點為，游標僅能使游標於使用中之視 窗中移動，而無法將游標移至視窗外的工具列上，以使電腦系統 執行其他功能。故，使用者欲對電腦系統進行輸入時，需配合使 用滑鼠或觸控板。 習知之滑鼠具有左鍵與右鍵，更可具有一中間鍵，使用者可 利用滑鼠快速移動電腦螢幕上之游標’進行點選、開啟工具列以 及捲動視窗等工作。然而由於使用者欲對電腦系統進行輸入時， • 需同時使用鍵盤與滑鼠，故使用習知滑鼠的缺點為，當使用者欲 利用鍵盤或滑氣以執行電腦系統之不同功能’必須交錯使用。 筆記型電腦係使用觸控板做為滑鼠，故觸控版除了具有上述 習知滑鼠的功能，使用者更可進一步於觸控板上直接以書寫之方 式進行輸入。然而，使用習知觸控板的缺點為，當使用者欲利用 鍵盤或觸控板以執行電腦系統之不同功能，尤其係於輸入數字 時，必須使用雙手予以交錯使用。例如：先使用鍵盤之文字鍵輸 入文字，切換後再使用鍵盤之數字鍵輸入數字，移動游標則必^ 使用觸控板。若欲於以滑鼠功能將游標定位後或進行文字輪入/中 間進行數字輸入，必須經切換後使能達成，造成使用者使用鍵盤 與滑鼠或觸控板上的麻煩與不便。 $ 3 M382526 同時’習知筆記型電腦所使用之觸控板係於印刷電路板上以 膠膜貼合而製成。由於膠膜與印刷電路板間存在間隙、雜質或氣 泡等問題’造成感應不良或辨識性差，而導致觸控板功能異常之 情形。 【新型内容】 *本創作之主要目的係在於提供一種外接式輸入裝置，包括 、一上殼、一觸控感應模組、一控制模組、一照明模組、一傳輸模 組、一透明基板以及一下殼。上殼包括一可視區以及一遮蔽區。 鲁觸控感應模組係設置於該上殼之下，並包括一輸入區以及一第一 電路，觸控感應模組係用於接收一使用操作並根據該使用操作產 生一使用彳㊁號。控制模組係設置於該遮蔽區之下’並包括一第二 電路，控制模組係用於接收該使用信號並予以傳遞。照明模組係 設置於該控制模組之上，並至少包括兩個光源，用以提供至少兩 種不同色光。傳輸模組係設置於該控制模組之上，用於將該使用 信號傳遞至一電腦系統。透明基板係設置於該觸控感應模組之 =，並具有一側邊，該侧邊係面向該等光源，透明基板係用於佈 光^及為該觸控感應模組提供支撐保護。下殼用於承載該觸控感 應模組、該控制模組、該照明模組、該傳輸模組以及該透明基板， ’並與該上殼結合為一體。 使用者利用本創作之外接式輸入裝置可執行鍵入模式與指向 模式，外接式輸入裝置於鍵入模式下可取代習知技術中之鍵盤， 特別是數字符號鍵以及功能鍵，於指向模式下可取代習知技^中 之手寫板、觸控板、軌跡球、滑鼠以及搖桿等指向裝置。觸控感 應模組進一步包括一切換區，用於切換鍵入模式與指向模式。二〜 本創作人對習知之輸入裝置使用觸控科技加以改良，提供 一種外接式輸入裝置，結合指向裝置（p〇inting device)、手寫 板（tablet)以及數字符號鍵（keyS)，可於一裝置上同時具有指 向功能、書寫功能以及鍵入功能，可取代筆記型電腦之鍵^與^ 4 M382526 年4月06曰ξ當 ，或可取代桌上型電腦之鍵盤與滑鼠，不僅知¥1 .不' =，、更便於使用者可以單手切換以執行= 胺目上人作之外接式輸入裝置因使用觸控科技以取代習知之膠 附加地Α幅提高輸人裝置之感應性、辨識性、精確性以 及避免輸人X置魏境細而有電磁干擾的問題。 【實施方式】M382526 V. New description: [New technical field] This creation is about an input device, especially an external input device. [Prior Art] -. Traditionally, the input device as a human-machine interface is a keyboard and a mouse or a touchpad. The conventional keyboard has text keys, numeric keys, and a plurality of function keys, and the user can use the keyboard for text input. , digital input and a variety of computer built-in functions. However, although the function keys of the keyboard can be used to move the cursor on the computer screen, the disadvantage of using the conventional keyboard to move the cursor is that the cursor can only move the cursor in the window in use, and cannot move the cursor outside the window. On the toolbar, to allow the computer system to perform other functions. Therefore, when the user wants to input the computer system, it is necessary to use a mouse or a touchpad. The conventional mouse has a left button and a right button, and has a middle button, so that the user can quickly move the cursor on the computer screen to click, open the toolbar, and scroll the window. However, since the user wants to input the computer system, • the keyboard and the mouse need to be used at the same time, so the disadvantage of using the conventional mouse is that when the user wants to use the keyboard or the slippery air to perform different functions of the computer system, 'they must be staggered. use. The notebook computer uses the touchpad as a mouse. Therefore, in addition to the above-mentioned functions of the conventional mouse, the touch panel can be further input by the user directly in the writing mode. However, the disadvantage of using conventional touchpads is that when a user wants to use a keyboard or trackpad to perform different functions of the computer system, especially when entering numbers, it is necessary to use both hands for interleaving. For example, first use the text key of the keyboard to enter the text, then use the numeric keys of the keyboard to enter the number after switching, and move the cursor to use the touchpad. If you want to use the mouse function to position the cursor or perform text input/intermediate digital input, you must enable it after switching, which will cause trouble and inconvenience for the user to use the keyboard and mouse or touchpad. $ 3 M382526 At the same time, the touch panels used in the notebooks are made of a film bonded to a printed circuit board. Due to problems such as gaps, impurities, or bubbles between the film and the printed circuit board, the sensor is malfunctioning or poorly recognized, resulting in abnormal function of the touch panel. [New content] * The main purpose of this creation is to provide an external input device, including an upper casing, a touch sensing module, a control module, a lighting module, a transmission module, and a transparent substrate. And a shell. The upper casing includes a viewable area and a shaded area. The touch sensing module is disposed under the upper casing and includes an input area and a first circuit. The touch sensing module is configured to receive a use operation and generate a use number II according to the operation. The control module is disposed below the shielding area and includes a second circuit, and the control module is configured to receive the signal and transmit the signal. The lighting module is disposed on the control module and includes at least two light sources for providing at least two different colors of light. A transmission module is disposed on the control module for transmitting the usage signal to a computer system. The transparent substrate is disposed on the touch sensing module and has one side, the side facing the light source, and the transparent substrate is used for lighting and providing support protection for the touch sensing module. The lower case is configured to carry the touch sensing module, the control module, the lighting module, the transmission module and the transparent substrate, and is integrated with the upper casing. The user can use the external input device of the present invention to perform the typing mode and the pointing mode. The external input device can replace the keyboard in the prior art in the typing mode, especially the digital symbol key and the function key, and can be replaced in the pointing mode. A pointing device such as a tablet, a trackpad, a trackball, a mouse, and a rocker in the conventional technique. The touch sensing module further includes a switching area for switching between the typing mode and the pointing mode. 2. The author has improved the input device of the conventional use of touch technology to provide an external input device, which is combined with a pointing device, a tablet and a numeric symbol key (keyS). The device has both pointing function, writing function and typing function, which can replace the key of the notebook computer ^ and ^ 4 M382526 April 06, when it can replace the keyboard and mouse of the desktop computer, not only know ¥1 Not ' =, it is more convenient for the user to switch with one hand to execute = the amine is used as an external input device. The use of touch technology to replace the conventional glue to increase the sensitivity of the input device. Sex, accuracy, and avoiding the problem of inputting X and Wei Wei and having electromagnetic interference. [Embodiment]
=配合圖式及元件符號對本創作之實施方式做更詳細的說 ，俾使熟習該項技藝者在研讀本說明書後能據以實施。 •V私第壯ΐ為本創作之外接式輸人裝置之示意®。本創作之外接 二〗入裝置10至少包括一上殼20、一傳輸模組6〇以及一下殼8〇。 所示，上殼20包括可視區22以及遮蔽區24，該遮蔽區％ 具^透光之性質。下殼8Q與上殼2G結合為—體，形成本創作 之外接式輸入裝置10之本體。 輸模組60位於外接式輸入裝置10的一侧端，係用於將信 3遞至—電腦系統（圖中未示）’可為有線模組以及無線模組的 一《^之。有線模組包括連接器（DIN connector)、DE-9連 ，器（DE-9 connector )、PS/2介面以及通用序列匯流排= The implementation of this creation is described in more detail in conjunction with the schema and component symbols, so that those skilled in the art can implement it after studying this specification. • V private sturdy ΐ is the schematic of the creation of an external input device. The external input device 10 includes at least an upper casing 20, a transmission module 6〇, and a lower casing 8〇. As shown, the upper casing 20 includes a viewing zone 22 and a shielding zone 24 having a light transmitting property. The lower case 8Q is combined with the upper case 2G to form a body, which forms the body of the external input device 10 of the present invention. The transmission module 60 is located at one side of the external input device 10 and is used to transfer the letter 3 to a computer system (not shown), which can be a wired module and a wireless module. Wired modules include DIN connector, DE-9 connector, DE-9 connector, PS/2 interface, and universal serial bus
Umversai Serial Bus，USB)的其中之一。無線模組包括該芽 (Bluetooth)、無線電頻率（Radio Frequency , RF)以及紅外 (Infrared，IR)的其中之一。 ' 第二圖為本創作之外接式輸入裝置之分解圖。本創作之外接 j輸入裝置10進一步包括一觸控感應模組30、一控制模组4〇、 一照明模組50以及一透明基板70。觸控感應模組3〇設置於上殼 2〇之下，控制模組40設置於上殼20之遮蔽區24之下，照明模1 5〇設置於控制模組40之上，傳輸模組6〇設置於控制模組4〇'之 上’透明基板70設置於觸控感應模組3〇之下。 觸控感應模組30包括輸入區32以及第一電路34，其中輸入 區32中包括至少一切換區36。控制模組4〇包括第二電&42，〗且 5 ^26 年月 =月=5G與傳輸難6G分別電性連接至控麵組4G L_. ί 於接收使聽號並料傳遞，_執行第—模式與第 了核式的其中之-。照明做5〇至少包括兩個光源，用以提供至 =種不同色光。該透明基板7〇具有—側邊，該側邊係面向該等 下豉80包括第一容置㊣82、第二容置區84、至少一缺口 86 ί及^ Ϊ。為方便說明，此實施例僅使用一個置中之缺口 86 光源所發出的光導向至該透明基板的該側邊，、= 口 86可為任意尺寸。 π 邮同時參閱第—圖’觸控感應模組30係設置於上殼2〇之可 -二用；^,7可透光板狀物，其上表面係用於接收使用者之 的ίΐΪΐ ’ ί "^_置有所需之複數個數字、符號以及圖形 雇；^ ;中之一。使用者可透過上殼20之可視區22看見觸控咸 之輸人區32 ’並可於輸人區32中執行該使用操作。; 控感應m〇可根據該使用操作而產生—使用信號。 处作包括一第一切換操作以及一第二切換操作。第一切 Ί作n以手指或觸控筆等可導電物按壓輸入區32内之切換 ίΓ觸二望f式诚至第二模式’第二_操作係包括以手 電物按壓輸入區32内之切換區36,以由第二模 使用k號包括一第一切換信號以及一筮-如拖产％咕 換^虎係由該觸控感應模組根據該第二切換操作而產生。一刀 ㈣1換區36係用於切換外接式輸入裝置10之不同模式。為方 36 ^ 換。為作’使外接式輸入裝置10於第一模式與第二模式之間切 4.0 6修正 年月曰 補充i M382526 由可視區22中可見觸控感應模組30的輸入區32，遮蔽區24 則遮蔽其下之控制模組40以及觸控感應模組30的第一電路34。 控制模組40之第二電路42係相應於觸控感應模組30之第一電路 34。透明基板7〇之上之觸控感應模組3〇藉由其第一電路34與控 制模組40之第二電路42電性連接，以傳遞觸控感應模組3〇所產 生之使用信號。 ^ I殼80之第一容置區82係用於容置透明基板70,下殼80之 第二容置區84係用於容置控制模組40〇當傳輸模組6〇為一有線 模1時，傳輸模組60藉由下殼80之孔洞88，將有線模組連接至 丨，腦系統（圖中未示）。照明模組5〇由控制模組4〇延伸而置於下 设80的缺口 86處，將光照射至透明基板的一侧。 +所述透明基板70具有保護作用以及導光作用。透明基板7〇 藉其導光作用而將照明模組5〇的光散佈至整個透明基板7〇，從而 ，射至位於翻基板7〇上之觸控感應模組3()，關制者由可視 ，22中看見整侧城賴組3()上賴示的複數個數字、符 ^形’同時透明基板70㈤時亦為觸控感應模組30提供了支擇 保濩，避免觸控感應模組3〇受外力而損傷。 f 1 $明基板70包括聚甲基丙烯酸甲醋 PC) Γ rryla^ 5 PMMA)' (Polycarbonate · H ^ ’ ΡΕ)以及聚對苯二甲酸乙二醇酯 (polyethylene terephthalate，PET)的其中之一。 第三圖為本創作之外接式輸入裝置於第、 圖中斜線部份代表使用者所見菸氺 、'下之不心圖。 供之第-色光。 考所見之發先£域’為由照明模組50所提 當外接式輸入裝置1〇於控制模組4〇 觸控感應模組30之輸入區32令包括 ， 明，此實施例僅使用-個位於上方中‘ 說 明，實際上外接式輸入裝£ 1〇 置，力月361進行說 位於輸入區32中之任意位置。&力能^ 361，並可 功能，該功能區361 #用°° 32係用以執行數字輸入 執订一附加功能，該附加功能為運算 7 M382526One of Umversai Serial Bus, USB). The wireless module includes one of the Bluetooth, Radio Frequency (RF), and Infrared (IR). The second figure is an exploded view of the external input device of the creation. The input device 10 further includes a touch sensing module 30, a control module 4, a lighting module 50, and a transparent substrate 70. The touch sensing module 3 is disposed under the upper casing 2, the control module 40 is disposed under the shielding area 24 of the upper casing 20, and the lighting module 15 is disposed on the control module 40, and the transmission module 6 is disposed. The transparent substrate 70 is disposed under the control module 4''. The touch sensing module 30 includes an input area 32 and a first circuit 34, wherein the input area 32 includes at least one switching area 36. The control module 4〇 includes a second electric &42, and 5^26 year=month=5G and transmission difficult 6G are respectively electrically connected to the control surface group 4G L_. ί receiving and receiving the listening number, _ Execute the first mode and the first one. The illumination is made up of at least two light sources to provide different colors of light. The transparent substrate 7 has a side edge facing the lower jaw 80 and includes a first receiving portion 82, a second receiving portion 84, and at least one notch 86 及 and Ϊ. For convenience of explanation, this embodiment uses only one centered notch 86. The light emitted by the light source is directed to the side of the transparent substrate, and the port 86 can be of any size. π Mail also refers to the first figure - the touch sensing module 30 is provided in the upper case 2 可 - two use; ^, 7 permeable plate, the upper surface is used to receive the user's ΐΪΐ ' ί "^_ has one of the required numbers, symbols, and graphics hires; ^ ; The user can see the touch-sensitive input area 32' through the visible area 22 of the upper casing 20 and can perform the use operation in the input area 32. The sense sensor m〇 can be generated according to the use operation—using the signal. The operation includes a first switching operation and a second switching operation. The first step is to switch the input area 32 with a conductive object such as a finger or a stylus. The second mode is to press the input area 32 with the flashlight. The switching area 36 is generated by the second mode using a k-number including a first switching signal and a 筮-such as a drag-and-drop system. The touch sensing module generates the second switching operation according to the second switching operation. One knife (4) 1 change zone 36 is used to switch between different modes of the external input device 10. For the party 36 ^ change. In order to make the external input device 10 cut between the first mode and the second mode, the correction period is increased. i M382526 The input area 32 of the touch sensing module 30 is visible in the visible area 22, and the shielding area 24 is shielded. The control module 40 and the first circuit 34 of the touch sensing module 30 are provided. The second circuit 42 of the control module 40 corresponds to the first circuit 34 of the touch sensing module 30. The touch sensing module 3 on the transparent substrate 7 is electrically connected to the second circuit 42 of the control module 40 via the first circuit 34 to transmit the use signal generated by the touch sensing module 3 . The first accommodating area 82 of the I case 80 is used for accommodating the transparent substrate 70, and the second accommodating area 84 of the lower case 80 is used for accommodating the control module 40. When the transmission module 6 is a wired mode At 1 o'clock, the transmission module 60 connects the wired module to the sputum, brain system (not shown) by the hole 88 of the lower casing 80. The illumination module 5 is extended by the control module 4A and placed at the notch 86 of the lower portion 80 to illuminate the light to one side of the transparent substrate. + The transparent substrate 70 has a protective effect and a light guiding effect. The transparent substrate 7 scatters the light of the illumination module 5 至 to the entire transparent substrate 7 〇 by the light guiding action thereof, thereby hitting the touch sensing module 3 ( ) on the flip substrate 7 ,, and the controller is controlled by Visually, in 22, the plurality of digits and symbols of the entire side of the city group 3 () are displayed. The transparent substrate 70 (5) also provides a guarantee for the touch sensing module 30 to avoid the touch sensing mode. Group 3 was damaged by external force. The f 1 $ming substrate 70 includes polymethyl methacrylate PC) Γ rryla^ 5 PMMA)' (Polycarbonate · H ^ ' ΡΕ) and one of polyethylene terephthalate (PET) . The third picture is the external input device of the creation. In the figure, the diagonal part of the figure represents the smoke that the user sees, and the picture of the bottom is not. For the first - color light. The input field of the test module is an external input device for the lighting module 50. The input module 32 of the control module 4 is included in the control module 4, and the embodiment is only used. In the upper part of the description, in fact, the external input device is installed, and the force month 361 is said to be located at any position in the input area 32. & force can ^ 361, and function, the function area 361 # with ° ° 32 is used to perform digital input to perform an additional function, the additional function is the operation 7 M382526
功能、多媒體放映控制以及聲音調整的至 _ 上述使用操作進一步於第一槿彳之一。 :拖_作。第一觸控操作包括4指以及第 輸入區32及功能區361的至少1中之一控筆等可導電物按壓 指或觸控筆等可導電物等於該功能區361中第 作包括以手 j讀靠號it-步料—赋下祕^ J-拖突信號。第一觸控信號係由該觸 | 矣操作而產生。 调賴顧峰據該第-拖 此時’使用者於輸入區32中藉 控感應模組30便產生第-觸控信號，Ϊ第:j觸 34透過第二電路42傳遞至控制模组 7虎由第一電路 之傳輸模組60傳遞至電腦系統（圖令未示）。猎控制模組40上 以執===使用者可於功能區361中藉由第一拖娜乍 之部娜技術中 ^1 2Ϊί f ΐ J 42 傳J至控制模組4G上之照明模組5G，照賴組 J j 而發出-第二色光，_此時外接式輸人裝置丨更根據^號 第四圖為本創作之外接式輸入裝置於第二下弟一立模岡式。 圖中斜線部份代表使用者所見之發光區域，為 供之第二色光。 々田…月杈組50所挺 縮狄ΐίϊ式輸人裝置1G於控制模組4G所執行之第二模式下， 觸控感應模組30之輸入區32中包括至少一點擊區362。、 明，此實施例僅使用-個位於左下角之點擊區362 ，ς 際上外接式輸入裝置10可具有至少-個點擊區362，並^二 g η:意:立置。該輸入區32係用以執行游標控制，該“ 擊S 362係用以執行-延伸功能，該延伸功能為點選功能、捲動 8Function, multimedia projection control, and sound adjustment to _ The above operation is further one of the first. : Drag _ to do. The first touch operation includes four fingers and one of the at least one of the input area 32 and the function area 361, and the conductive object such as a conductive object or a stylus is equal to the first part of the functional area 361. j read the reference number - step material - assign the secret ^ J - drag signal. The first touch signal is generated by the touch operation. According to the first-drag, the user generates a first touch signal by borrowing the sensing module 30 in the input area 32, and the first:j touch 34 is transmitted to the control module 7 through the second circuit 42. The tiger is transferred to the computer system by the transmission module 60 of the first circuit (not shown). On the hunting control module 40, the user can execute the lighting module on the control module 4G in the function area 361 by using the first one in the functional area 361 by the first one of the two technologies: ^1 2Ϊί f ΐ J 42 5G, according to the group J j issued - the second color light, _ at this time the external input device 丨 according to the fourth figure of the ^ is the creation of the external input device in the second brother of the first model. The shaded portion of the figure represents the light-emitting area seen by the user for the second color light. The input area 32 of the touch sensing module 30 includes at least one click area 362 in the second mode executed by the control module 4G. Therefore, in this embodiment, only one click area 362 located at the lower left corner is used, and the external input device 10 can have at least one click area 362, and ^2 g η: meaning: standing. The input area 32 is used to perform cursor control, and the "S S 362 is used to perform an extension function, and the extension function is a click function, scrolling 8
視窗功能、定位功能、以及開啟工 _ 上述使用操作進一步於第_ 中之一。 二拖_。第二觸控操作Si:包括第二觸控操作以及第 輪入區32及點擊區362的^或=控筆等可導電物按麼 指或觸控筆等可導電物等於該輸入；'中操作包括以手 第二拖S信號= —換式下包括第二觸控信號以及 控操作St =該觸控感應模組根據該第二觸 矣操作而拖戈域係由該觸控感應模組根據該第二拖 應模組40 執行第二拖矣操作，使控感 透過第Λ號，該第二拖戈信號由第-電路34 傳控制模組40，從而藉由控制模组40上之 傳輸模組60傳遞至電腦系統（圖中未示）。娜，且训上之 置或作可用於控制電腦螢幕上之游標(_-)位 區動至所欲位置，使用者可藉由於點擊 之手2 式下可取代習知技術中 ，板觸控板、軌跡球、滑鼠以及搖桿等指向裝置。 便產用ir刀換區36内執行第二切換操作，觸控感應模組3〇 踗換^號，該第二切換信號由第一電路34透過第二電 A至控制模組40上之照明模組5〇，照明模組5〇便根據此 回原本之第一色光’同時此時外接式輸入裝置1〇切換 實施例中’外接式輸入裝置ig係於第一模式與第二模式 換’而第-模式與第二模式分料鍵人模式與指向模式。 z第’式_第二模式為方便制之用，並_以限定外接 式輸入裝置10所能執行之模式。 同時，上述實施例中，照明模組50於第一模式與第二模式下 所發出的第—色光與第二色光分別為紅色光與藍色光。而該紅色 9 M382526 €9.4.06條正 年月日補充丨 光與該藍色光僅為方便說明之用，並非用以限定照明模組5〇所發 出之光色。該第一色光與該第二色光可為任意顏色’且第一色光 的顏色不同於該第二色光的顏色。 本創作之外接式輸入裝置使用觸控科技以取代習知之膠膜貼 合’大幅提高輸入裝置之感應性、辨識性、精確性以及避免輸入 裝置受環境潮濕而有電磁干擾的問題。同時，本創作之外接式輸 入裝置結合指向裝置（poising device)以及數字符號鍵（keys)， 可於一裝置上同時具有指向功能以及鍵入功能。使用時，使用者 可於同一輸入裝置上切換使用第二模式與第一模式至少其中之 =。本創作之外接式輸入裝置可取代習知技術中電腦系統之數字 符號鍵、功能鍵、手寫板、觸控板、軌跡球以及滑鼠，不僅可節 省電腦硬體之製程與成本，更方便使用者切換第一模式與第二模 Ά ° ' ，文係針對本創作之較佳實施例為本創作之技術特徵進行具 體之說明，唯熟悉此項技術之人士當可在不脫離本創作之精神& 原則下對本創作進行變更與修改，而該等變更與修改，皆應涵^ 於如下申請專利範圍所界定之範疇中。 〜 【圖式簡單說明】 第一圖為本創作之外接式輸入裝置之示意圖。 第二圖為本創作之外接式輸入裝置之分解圖。 ^三圖為本創作之外接式輸入裝置於第一模式下之示意圖。 第四圖為本創作之外接式輸入裝置於第二模式下之示g圖。 【主要元件符號說明】 10 外接式輸入裝置 2〇 上殼 22 可視區 MJ82526 ^»9. 4. 06#jL| ㈠曰補充丨 24 30 32 34 36 361 362 40 42 50 鲁 60 70 80 82 84 86 88 遮蔽區 觸控感應模組 輸入區 第一電路 切換區 功能區 點擊區 控制模組 第二電路 照明模組 傳輸模組 透明基板 下殼 第一容置區 第二容置區 缺口 孔洞 11Window function, positioning function, and opening work _ The above operation is further in one of the _. Two drag _. The second touch operation Si: includes a second touch operation and a conductive object such as a finger or a touch pen of the first wheel input area 32 and the click area 362, and a conductive object such as a stylus or a stylus is equal to the input; The operation includes the second touch S signal by the hand = the second touch signal and the control operation St = the touch sensing module is dragged according to the second touch operation by the touch sensing module Performing a second drag operation according to the second dragging module 40, so that the control sense is transmitted through the second signal, and the second drag signal is transmitted from the first circuit 34 to the control module 40, thereby being controlled by the control module 40. The transmission module 60 is passed to a computer system (not shown). Na, and the training can be used to control the cursor (_-) position on the computer screen to the desired position. The user can replace the conventional technology by clicking the hand 2 Pointing devices such as plates, trackballs, mice, and rockers. The second switching operation is performed in the ir knife changing area 36, and the touch sensing module 3 is replaced with a ^, the second switching signal is transmitted by the first circuit 34 through the second electric A to the illumination on the control module 40. After the module 5 is turned on, the illumination module 5 is switched back to the original first color light. At the same time, the external input device 1 is switched. In the embodiment, the external input device ig is switched between the first mode and the second mode. 'And the first mode and the second mode are divided into a human mode and a pointing mode. The z-th type_second mode is convenient for use and defines a mode that can be performed by the external input device 10. In the above embodiment, the first color light and the second color light emitted by the illumination module 50 in the first mode and the second mode are red light and blue light, respectively. The red 9 M382526 €9.4.06 is added to the day and the day and the blue light is for convenience of explanation, and is not intended to limit the color of the light emitted by the lighting module. The first color light and the second color light may be of any color ' and the color of the first color light is different from the color of the second color light. The external input device of the present invention uses touch technology to replace the conventional film bonding' to greatly improve the sensitivity, the identification, the accuracy of the input device, and the electromagnetic interference of the input device from environmental humidity. At the same time, the external input device of the present invention combines a pointing device and a numeric symbol key to have both a pointing function and a keying function on one device. In use, the user can switch between using the second mode and the first mode at least on the same input device. The external input device of the present invention can replace the digital symbol keys, function keys, tablet, trackpad, trackball and mouse of the computer system in the prior art, which not only saves the process and cost of the computer hardware, but also facilitates the use. The first mode and the second mode are switched, and the preferred embodiment of the present invention specifically describes the technical features of the present invention, but those who are familiar with the technology can not deviate from the spirit of the creation. Changes and modifications to this creation are made under the principle of & and such changes and modifications shall be within the scope defined by the following patent application. ~ [Simple description of the diagram] The first diagram is a schematic diagram of the external input device of the creation. The second figure is an exploded view of the external input device of the creation. ^Three diagrams are schematic diagrams of the external input device of the creation in the first mode. The fourth figure is a g diagram of the external input device of the present invention in the second mode. [Main component symbol description] 10 External input device 2 〇 Upper case 22 Vision area MJ82526 ^»9. 4. 06#jL| (1) 曰 Supplement 丨 24 30 32 34 36 361 362 40 42 50 Lu 60 70 80 82 84 86 88 occlusion area touch sensor module input area first circuit switching area function area click area control module second circuit lighting module transmission module transparent substrate lower case first accommodating area second accommodating area notch hole 11