TW200837616A - Displacement control system and method, and electronic device having the displacement control system - Google Patents

Displacement control system and method, and electronic device having the displacement control system Download PDF

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Publication number
TW200837616A
TW200837616A TW96123770A TW96123770A TW200837616A TW 200837616 A TW200837616 A TW 200837616A TW 96123770 A TW96123770 A TW 96123770A TW 96123770 A TW96123770 A TW 96123770A TW 200837616 A TW200837616 A TW 200837616A
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Taiwan
Prior art keywords
displacement
light
control
light source
sliding
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TW96123770A
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Chinese (zh)
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TWI340336B (en
Inventor
Dave Wang
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Grandot Inc
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Publication of TWI340336B publication Critical patent/TWI340336B/zh

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Abstract

This invention discloses a displacement control system, including: a light source device for producing an illuminated light; a sliding control device for producing a displacement direction; a light guiding device for projecting the illuminated light produced by the light source device towards the sliding control device so as to be used by a sensing device for recognition purpose; a focusing device forming a focal distance in relation to the sliding control device and forming a displacement image of the illuminated face of the sliding control device; a sensing device for sensing the displacement image and converting the displacement image into a displacement signal for use in displacement reading and displacement computation; a displacement operative device, for operating the displacement control system in divisional movements so as to move the sliding control device to a position desired by the user when the displacement signal produced by the sensing device stops and no displacement signal is produced, and recovering the original displacement function after deactivating the displacement stop signal; and a carrier for carrying the above devices, so that the displacement control system of this invention can effectively control movement and stopping of the displacement control system with gripping actions in an open air. The system and method of this invention also reduce the space needed thereby achieving the object of providing a low profile design. This invention also provides user-friendly operation keys and functional keys. The invention further provides an electronic device having the same displacement control system, a displacement control method, and a displacement control system. The output means may be the direction which the cursor of a display, a wired or a wireless controller or remote controller moves towards.

Description

200837616 九、發明說明: 【發明所屬之技術領域】 本發明係有關於一種位移控制系 段方式操舱軸狀位移㈣,尤指—種可採分 【先前技術】 球式麵酬出滾 ,它們的共:特 的物而ΓΪ游考制器,讓滑鼠游標控制器的驅動引擎要盘桌上 動游標控制器在動,‘不 均只能適用於ί :結構、造型及其技術等, #用〜材質的物面上,而無法離開桌面而懸空 ==:號專利案等專利均為習知無;‘移 署,述美國公開第20050057523號專利案揭示一種輸入裝 1用平行的彈簧’使得滑板回到中央位置,再利用垂 ^彈簧使滑板進人對焦距離以__裝置產生滑㈣位移訊 因此使用者必須在移動滑板的過程中,使用可推動彈簧的力 置來按壓住滑板,此種操作方法例如時間過久或不當,對於手部 肌肉組織雜會造成傷害,尤其是用掌心握住手雜置時,、因手 指無法=力按壓,因此在設計上要極為注意,以免傷害手部機能; 同8$彈5使滑板回到中央,即使該輸入裝置的游標顯示為大尺寸 ,、、、頁示斋其母久位移也必須由中央重新出發,無法確定是否可將 滑板f至所要前往的目的地;同時,彈簧或是其他彈性裝置必須 有一高度空間容納,再加上導光裝置所需的高度空間,因此難以 200837616 達到較佳的縮小空間效果。 愉第號專猶亦揭示—種·手指(如食指)移動滑 動之外’而且在手指(如拇指)按壓按鍵時, 其知麼部也财按下開___,呵崎出—按鍵訊號。 由=目_滑鼠游標控㈣只_於桌域其它材質的物 =田因此其可朗賴定細與接職_材質顧,均會影 a使用功效及位移精密,而造成使用不方便;时對於 = 外Ϊ者來說,往往因放置㈣不敷使用,無^方便 ^用/月鼠游標控制斋;另對於懸空手握式簡報器產品來說,滑 ^標控制和上下捲頁不能在同一裝置内處理,更為不方便,同 j來由於電子產品的影音及則處理越來越重要,所以亟需可 以直接由螢幕上點選影音及圖片的位移控制裝置,尤其是恭 子產品有距離之下操作將更需要,例如遥控器。 、^包 上,之公開及公告專利案均並未提及懸空使用輸入裳置時 ^立移停絲置,以確健裝置可―:欠或分段式地抵達所要達到 的位移目標位置;同時,使用人懸空單手持輸入震置時,手指往 往無法出力下壓,因此本發明特別以人性化設 使用人的健康和方便著想。 我1處處為 由於位移訊號多半呈現在顯示器上,而顯示器(如手 腦、電視機、投影機)的螢幕尺寸大小不一,因此能在單手操 載具的有限空間内,用手指順利操控裝置的位移方向,並 速到達所欲前往的位置,是本裝置的主要發明目的;在尺 (如手機)的螢幕上,味容易—次完成位移操作的動作,= 遇到尺寸較大(如電腦、電視機、投影機)的螢幕時,若相要一 次到位,就必須研究特別的方法達成,也要考量單手操作g的方 便問題,為達到這個目的,我們採分段及接續式位移 【發明内容】 本發明系統採用成本最低,最為簡單的方法,卻可達成突 性的懸空使用功能。 犬 200837616 由於位移訊號多半呈現在顯示器上,而顯 =機、投影機)的榮幕尺寸大小不一,因此=掉; 载具的有限空_,用手指順利操控裝置的位移方向 位置,是ί震置的主要發明目的;在尺寸= 遇到尺付Ή幕上’比較容易—次完成轉操作的動作,但是 ^ I尺寸較大(如制、電視機、投織)的絲時,若一 t到位,就必須研究制的方法達成,也要考量單 ^ ㈣方便贿,為_魏目的,絲分觀接敎轉的 之目的在於提供—種採分段式移動的位移控制系统。 本發月之目的在於提供一種指壓式位移控制系統。 置。本發明之目的在於提供—種可縮小容置m的正面光導光裝 置 本發明之目的在於提供—種可縮小容置空_斜切光導光褒 裝置本發明之目的在於提供—種具有位移控制系統的二合一電子 種採分段式移_位移控制方法。 制系ί目的在於提供—種具有鏡頭遮光裝置的位移控 位移目的在於提供—種具有觸控式光源開關裝置的 系統本發明之又—目的在於提供—種具有電__的位移控制 控制ίΓ之又—目的在雜供—種具魏魏及魏鍵的位移 統。本發明之又-目的在於提供一種具有拖戈鍵的位移控制系 本發月之再目的在於提供一種導光裝詈之墓伞w 一 端的光源引導至末端,使先源8所產生的先線呈前 200837616 座、=明it目sn—種導光裝置可將光源、導光 早70等70件,以一水平或接近水平的方式設置, 2件可以整合成—單—零件,以達_小裝置空間的目的。 發明之又-目的在於提供—種分段式㈣的位移控制方 法0 述目的之—種位移控織統,包含:—光源,用以產 生-如射光;-滑動控繼置,用以操控位移;—導光裝置,用 以將前述光源所產生之照射光投射於前述滑動控織置上; 測裝置,用以感測前述滑動控制裝置所產生的位移影像,並將此 ^移影像,換成—位移訊號;—位移操作裝置,係操控該位移控 二糸統可採分段式鑛,俾使前述之制裝置所產生的位移訊號 停止’在無位移喊產生的情況下,將滑紐繼置移至使° ,為適當的位置’經解除位移停止訊號後,再恢復原有之位移功 月b ,以及一載具,用以承載上述各裝置。 前述之位移控制系統’進—步包含一聚焦裝置,與前述滑 控制裝置形成-對焦距離’用以使該感測裝置感測到產生之位移 影像。 則边之位移控制系統,其中前述導光裝置可與前述光源 獨立設置或整合為一單一零件使用。 々前述之轉控m包含-拖嫌,馳驗於使用時, 第-次按雜時為拖$起點,再按咖為贼終點, 之點選範圍。 而 前述之位移控m其巾前述導光裝置為—斜切光導 置,該斜切光導光裝置包含―光源、導光座、透鏡、導光單元: 斜切面及斜切面的透鏡;其+導光座制財載前述斜切光 裝置’並固定於制裝置錢具上;而前述透鏡個以將光 光或散鎌大光的照明範圍;而前述導光單元係將前端的光 導至末端’使光源所產生的光線i線性方向進行;而末端的斜切 面及斜切面的透鏡,簡將導光單油之光源形成—斜面照射 9 200837616 光’投射於前述滑動控制裝置上。 別述之位移控制系統,其中前述之光源、導光座、透鏡、導 光單元、斜切面等元件,可分別獨立設計自成一元件,或至少和 其它之一或數個的元件,整合成一單一零件,且相互以一水平或 接近水平的方式設置’以達到縮小裝置空間的目的。 W述之位移控制系統,其中前述導光裝置為一正面光導光裝 ,二該正面光導光裝置包含一導光座、透鏡、導光單元、環形導 光單疋、環形管反射面、分光器;其中前述導光座係用以承載前 述正面光導光裝置並固定於感測裝置或載具上,而前述透鏡係用 f t將光源聚光或散光擴大光的照明範圍,而前述導光單元係將前 、 ΐ的光源i丨導至末端,使光源所產生的光線呈線性方向進行;而 ^形^光單元主要是讓光以圓圈及/或在環狀圈上建置至少一個 ,形管反射面,以形成—個或數個環形管反射面醜在環形導光 ,讓光透過多重反射照的方式更能集中聚光,而前述分光 2把進人的光源,透過分光將絲分割,以便將分割後的光 同的方向’·前述之光源、導光座、透鏡、縣單元、分 娜導光單元等元件,可分翻立設計自成-元件,或至 it 或數個的元件,整合成—單—零件,且相互以一水 千或^近水平的方式設置,以達卿小裝置空_目的。 麥晉刖控㈣統’其巾前述位移操作裝置為-鏡頭控制 裝置及神Η . ηί 料鍵、魏框、推桿、彈性 止.位移停止鍵採按壓方式讓位移訊號產生停 定前述位移停止鍵與安置雜裝置· Ϊ i二相連結行成-延長桿,而前述“另一 _爾止:時===:::二於按 彈性回復力的夕宣P 衷置產生一彈性回復力,該 讓位移停止鍵:定的止的距離為限,及 置或感測裝置,讓聚ϊίΐίΐι’ ί述遮片係用以遮住聚焦裝 H、、裝置因被遮住後產生失焦或感測裝置失效 200837616 的現象,讓❹m置無法產生位移訊號,進而達到位移停止之目 的 别述之轉控⑽統,其帽述位轉作裝置為—觸控 f :觸蝴應板、感應器、觸控式感應裝: 刖^觸控式感應板係置於滑動控制裝置上,用以感應到人 之靜電能’而前述感應n則置於—隔離層板上,俾使於 : 動滑動控制裝置時,與隔離層板相互接觸,以產生電容變化,曰 電容變化電子訊餅會傳導至馳式感應裝置上,以產生 訊號;當手指離開滑動控制裝置,因無靜電感應,將不會產= 容變化’而達到電源關的目的;光源因無 =置無法產生位移影像,因此感測裝置亦無=生= 的目的;其懷觸控式感應板可和感應器整 ㈣S之^f控制系統,其中前述位移操作装置為一電源開關 、’包含:電關_、彈性裝置、按鍵框及電源供應器, 則述電源開關鍵為開關式,利用電源開關鍵的原理,讓光源因 無電源通過而無光,俾使滑動控制裝置無法產生到位移影像r因 此感襄置亦無法產生位移訊號,以達位移停止的目的。 前述^位移控制系統,進一步包含執行鍵、功能鍵、上下翻 頁鍵’且前述執行顧以確認使用者所要進行的動作;前述功能 鍵用於開啟功能項目以供執行鍵點選執行;前述上下翻頁鍵用於 ^下翻頁;以上均可設於位移控偏統或載具之正面或侧面或底 部0 一 、脸Γ述之位移控⑽統,進—步包含—數位訊號處理裝置係用 =效5置所產生之位移訊號轉換成數位訊號,或將數位訊號 u整巧縮處理,並將其轉換成—電子訊麟外輸出。 —幻述之位移控制系統,進一步包含一積體電路板,内具有佈 建完晶片位置及複雜的電子印刷電路板,且該感測裝置及數 位减處理裝置係固定於該積體電路板上,係用以提供傳遞内外 200837616 電子訊號的聯通線路。 P獨方向移動;前述滑墊或旋轉&可 無線&===’、、有線或 义 怖峨电,原兄電裝置、電源供應裝置。 别述之位移控制系統,其中前述滑動控制裝置進 在;述=定裝置尚包含:-導滑框及固定二 :===該==有-彈= 置,藉以固定該滑動控制裝置。 〆有一彈性衣 前述之位移控制系統,其中前述固定座可為 當該滑動控制裝置離開固定座時,固定座内之彈性相 電連’以開啟位移控儀助之電源;—旦該滑 =定座時,固定座内之彈性裝置正負電相脫離,以關S3 制糸統内之電源。 、…達到上述目的之一種正面光導光裝置,包含:一光源,用以產生一照 射光,一導光座,係用以承載前述正面光導光裝置並固定於感測裝 $或一載具上;一透鏡,係用以將光源聚光或散光擴大光的照明 範圍;一導光單元,係將前端的光源引導至末端,使光源所產生 的光線呈線性方向進行,或亦可將光源透過内部的分光器設計, 將光源分割;一環形導光單元,讓光以圓圈及/或在環狀圈上建 置至少一個環形管反射面,以形成一個或數個環形管反射面圍繞 在環形導光單元的環狀圈上,讓光透過多重反射照的方式更能集 中聚光或改變光源原照明的模式;一分光器將進入的光源,視需 求以其至少一斜切面將光源分割,以便將分割的光源引入不同的 方向;前述之光源、導光座、透鏡、導光單元、分光器、環形導 光單元等元件,可分別獨立設計自成一元件,或至少和其它之一 12 200837616 或數個的70件,整合成一單一零件,且相互以一水平或接近水平 的方式設置,以達到縮小裝置空間的目的。 人達到上述目的之一種用於輸入裝置的斜切光導光裝置,包 ^一光^践產生-照射光;—縣單元,係將前端的光源 引V至末端,使光源所產生的光線呈線性方向進行;而末端的斜 切面及斜切_透鏡,係再將導光單油之光_成—斜面照射 ,二二斜切面上設有一透鏡以產生一斜面照射光;前述之光源或 導光單元或斜切面可以分別獨立設計自成一元件,或整合成一 一零件。200837616 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a displacement control section mode operation shaft displacement (four), especially a kind of recoverable points [prior art] spherical surface revolving rolls, A total of: special things and travel test, let the mouse cursor controller's drive engine to move the cursor controller on the table, 'uneven can only be applied to ί: structure, shape and technology, etc. #用〜材料的物面,不可以去出桌面的悬空==: Patent Patent and other patents are known; 'Transfer, the US Patent No. 20050057523 discloses a parallel spring for input device 1 'Let the skateboard return to the center position, and then use the vertical spring to make the skateboard enter the focus distance. __The device produces a slip (four) displacement. Therefore, the user must press the force that can push the spring during the process of moving the slide. Skateboard, this method of operation, for example, is too long or improper, causing damage to hand muscle tissue, especially when holding the hand with the palm, because the finger can not = force, so the design must be extremely note In order to avoid harming the hand function; with the 8$ bullet 5, the skateboard is returned to the center, even if the cursor of the input device is displayed as a large size, the page, the mother’s long-term displacement must be re-started from the center, and it is impossible to determine whether The skateboard can be brought to the destination to be traveled; at the same time, the spring or other elastic device must have a high space to accommodate, plus the height space required by the light guiding device, so it is difficult to achieve a better space reduction effect in 200837616. Discovery No. 1 also reveals that - the finger (such as the index finger) moves outside the slider ‘and when the finger (such as the thumb) presses the button, the genre is also pressed to open ___, 呵崎出—the button signal. Controlled by the = _ _ mouse cursor control (four) only _ in the table of other materials = Tian, so it can be lenient and fine _ _ material care, will be a use of efficiency and displacement precision, resulting in inconvenient use; For the = external nephew, often because of the placement (four) is not enough to use, no ^ convenient ^ with / month mouse cursor control fast; and for the hanging hand-held briefing device products, slip control and up and down pages can not It is more inconvenient to handle in the same device. It is more and more important to deal with the audio and video of electronic products. Therefore, it is urgent to select the displacement control device for video and picture directly from the screen, especially the Kyoko products. Operation below distance will be more desirable, such as remote control. , the package, the public and the announcement of the patent case did not mention the use of the hanging position when the hanging position is placed, so that the device can be: owed or segmented to reach the desired displacement target position; At the same time, when the user uses the hand-held single-hand input to be shocked, the finger often cannot be pressed down. Therefore, the present invention is particularly useful for human health and convenience. I am everywhere because the displacement signal is mostly displayed on the display, and the screen size of the display (such as the hand brain, TV, projector) is different, so it can be smoothly manipulated with the finger in the limited space of the single-handed vehicle. The direction of displacement of the device, and the speed to reach the desired position, is the main purpose of the device; on the screen of the ruler (such as mobile phone), the taste is easy - the action of the displacement operation is completed, = the size is large (such as When the screen of a computer, TV, or projector is in place, it is necessary to study the special method, and also consider the convenience of one-hand operation g. To achieve this, we adopt segmentation and continuous displacement. SUMMARY OF THE INVENTION The system of the present invention adopts the lowest cost and the simplest method, but can achieve a sudden floating use function. Canine 200837616 Because the displacement signal is mostly displayed on the display, and the size of the screen of the display machine and the projector is different, so = off; the limited space of the vehicle _, the position of the displacement direction of the device is smoothly manipulated with the finger, which is ί The main purpose of the shock is that it is easier to perform the operation of the transfer operation when the size is met on the screen, but if the size of the I is large (such as the system, TV, and weaving), When t is in place, it is necessary to study the method of achievement, but also to consider the single ^ (4) to facilitate bribery, for the purpose of wei, the purpose of the singularity is to provide a kind of displacement control system with segmented movement. The purpose of this month is to provide a finger pressure displacement control system. Set. It is an object of the present invention to provide a front light guiding device capable of reducing the accommodation m. The object of the present invention is to provide a device capable of reducing the accommodation space _ oblique-cut light guiding device. The object of the present invention is to provide a displacement control system. The two-in-one electronic seeding segmentation shift_displacement control method. The purpose of the system is to provide a displacement control displacement with a lens shading device. The purpose of the invention is to provide a system with a touch light source switching device. The invention aims to provide a displacement control control with electric__ Also - the purpose is in the miscellaneous supply - the displacement system of Wei Wei and Wei Jian. A further object of the present invention is to provide a displacement control system with a drag key. The second objective of the present invention is to provide a light source at one end of the light guide frame to the end, so that the first line generated by the source 8 is provided. The front of the 200837616 seat, = Ming it head sn - kind of light guiding device can set 70 light source, light guide 70, etc., in a horizontal or close horizontal way, 2 pieces can be integrated into a single-part to reach _ The purpose of the small device space. The invention is also directed to providing a segmented (four) displacement control method. The object of the invention is a displacement control weaving system comprising: a light source for generating - such as a light beam; and a sliding control relay for controlling the displacement a light guiding device for projecting the illumination light generated by the light source onto the sliding control weaving device; the measuring device for sensing the displacement image generated by the sliding control device, and changing the image The displacement-operating device is a displacement operating device that controls the displacement control system and can use the segmented ore to stop the displacement signal generated by the aforementioned device. In the case of no displacement, the slider will be After the shift to the appropriate position 'after the displacement stop signal is released, the original displacement power b is restored, and a carrier is used to carry the above devices. The aforementioned displacement control system' further includes a focusing device that forms a "focus distance' with the aforementioned sliding control device for causing the sensing device to sense the resulting displaced image. In the case of a displacement control system, the aforementioned light guiding means can be independently arranged or integrated with the aforementioned light source into a single part. 々 The above-mentioned transfer control m contains - suspicion, when it is used, the first time is the starting point for dragging $, and then pressing the coffee as the thief end point. The above-mentioned light guide device is a beveling light guiding device, and the oblique light guiding device comprises a light source, a light guiding seat, a lens and a light guiding unit: a chamfering surface and a chamfering surface lens; The light seat system carries the aforementioned chamfering light device 'and is fixed on the manufacturing device money holder; and the aforementioned lens is used to light or dim the illumination range of the light; and the light guiding unit guides the light of the front end to the end portion' The light i generated by the light source is linearly oriented; and the oblique surface of the end and the lens of the chamfered surface form a light source of the light guiding single oil - the oblique surface illumination 9 200837616 is projected onto the sliding control device. The displacement control system described above, wherein the foregoing light source, light guide seat, lens, light guiding unit, chamfered surface and the like can be independently designed as a single component, or at least combined with one or more other components. Single parts, and set each other in a horizontal or near horizontal way to achieve the purpose of reducing the space of the device. The displacement control system described in the above, wherein the light guiding device is a front light guiding device, and the front light guiding device comprises a light guiding seat, a lens, a light guiding unit, a ring light guiding unit, a ring tube reflecting surface, and a beam splitter. The light guiding seat is configured to carry the front light guiding device and is fixed on the sensing device or the carrier, and the lens is used to condense or astigmatize the light source to expand the illumination range of the light, and the light guiding unit is Leading the light source i to the end, so that the light generated by the light source is in a linear direction; and the light-emitting unit is mainly for letting light be circled and/or at least one on the annular ring, the tube The reflecting surface is formed to form one or a plurality of annular tube reflecting surfaces, and the light is circulated in the ring, so that the light can be concentrated by the multiple reflections, and the light splitting 2 divides the light into the human light and splits the light through the splitting. In order to combine the direction of the split light with the same direction, such as the light source, the light guide, the lens, the county unit, the light guide unit, etc., can be turned into a design-self-component, or to it or several components. , integrated into - single - Member, and another one thousand or water to a level near ^ manner, means to achieve a small space _ State object.麦刖刖控(四)统's towel displacement device is - lens control device and god. ηί material key, Wei frame, push rod, elastic stop. Displacement stop button adopts pressing mode to make the displacement signal stop and stop the above displacement The key and the placement of the miscellaneous device · Ϊ i two-phase connection into an extension rod, and the aforementioned "another _ er: time ===::: two in accordance with the elastic restoring force of the eve of the P-set to produce an elastic restoring force , let the displacement stop button: the fixed distance is limited, and the setting or sensing device, so that the cover is used to cover the focus device H, the device is out of focus after being covered or The phenomenon that the sensing device fails 200837616, so that ❹m can not generate the displacement signal, and then the purpose of the displacement stop is to change the control (10) system, and the cap description device is - touch f: touch butterfly board, sensor Touch-sensitive induction device: 刖^Touch-sensitive sensor board is placed on the sliding control device to sense the static energy of the person' while the aforementioned sensing n is placed on the isolation layer, so that: When controlling the device, it is in contact with the isolation layer to generate capacitance change. The capacitance change electronic cake will be transmitted to the Chi-type sensing device to generate a signal; when the finger leaves the sliding control device, since there is no static induction, it will not produce a change in capacitance and achieve the purpose of power-off; The displacement image is generated, so the sensing device has no purpose of ===; the touch sensing board can be integrated with the sensor (four) Sf control system, wherein the displacement operating device is a power switch, 'contains: electric switch _, elastic device, button frame and power supply, the power supply opening key is switch type, using the principle of power supply opening key, so that the light source has no light due to no power supply, so that the sliding control device can not generate the displacement image r The sensing device is also unable to generate a displacement signal for the purpose of stopping the displacement. The above-mentioned ^ displacement control system further includes an execution key, a function key, and a page up and down key 'and the foregoing execution is to confirm the action to be performed by the user; the foregoing function The key is used to open the function item for performing the key point selection execution; the above page up and down page keys are used to turn the page down; the above can be set in the displacement control system or The front side or the side or the bottom 0. The displacement control (10) of the face description, the step-by-step includes - the digital signal processing device converts the displacement signal generated by the effect 5 into a digital signal, or the digital signal u is neatly arranged. The processing is reduced and converted into an electronic output. The displacement control system of the phantom further includes an integrated circuit board having a built-in wafer position and a complicated electronic printed circuit board, and the sensing The device and the digital subtraction device are fixed on the integrated circuit board for providing a communication line for transmitting the internal and external 200837616 electronic signals. P moves in a single direction; the aforementioned sliding pad or rotating & wireless &===', , wired or horrible power, original brother electric device, power supply device. Displacement of the displacement control system, wherein the aforementioned sliding control device is in; the description = fixed device still contains: - guide frame and fixed two: === The == is-elastic=set to fix the slide control device. The elastic control device has a displacement control system, wherein the fixing seat can be an electrical connection of the elastic phase in the fixing seat when the sliding control device leaves the fixing seat, to activate the power supply of the displacement controller; In the seat, the elastic device in the fixed seat is disconnected from the positive and negative phases to shut off the power supply in the S3 system. The front light guiding device for achieving the above object comprises: a light source for generating an illumination light, and a light guiding seat for supporting the front light guiding device and fixed on the sensing device or a carrier a lens for concentrating or astigmatizing the light source to expand the illumination range of the light; a light guiding unit guiding the light source at the front end to the end, so that the light generated by the light source is linear, or the light source can be transmitted through The internal beam splitter design divides the light source; a circular light guiding unit allows the light to form at least one annular tube reflecting surface in a circle and/or on the annular ring to form one or several annular tube reflecting surfaces surrounding the ring The annular ring of the light guiding unit allows the light to concentrate or change the mode of the original illumination of the light source through multiple reflections; a light splitter divides the light source into at least one chamfered surface as needed, In order to introduce the divided light source into different directions; the aforementioned light source, light guide seat, lens, light guiding unit, beam splitter, ring light guiding unit and the like can be independently designed into a single element. Pieces, or at least one of the other 12 200837616 or a plurality of 70 pieces, are integrated into a single part, and are arranged in a horizontal or close horizontal manner to achieve the purpose of reducing the space of the device. A beveling light guiding device for an input device that achieves the above-mentioned purpose comprises: illuminating the light with a light source; and the county unit directs the light source at the front end to the end to make the light generated by the light source linear. The direction is carried out; and the beveled surface of the end and the beveled lens are irradiated with the light of the light guide oil, and a lens is provided on the two chamfered surfaces to generate a sloped illumination light; the aforementioned light source or light guide The unit or the chamfered surface can be independently designed as a separate component or integrated into a one-to-one component.

前述之用於輸入裝置的斜切光導光裝置,進一步包含一導光 座·,係肋承麵述斜切光導絲置並固定域測裝置或一載具 上,=透鏡’係用以將一光源聚光或散光擴大光的照明範圍;前 述^光源‘光座、透鏡、導光單元、斜切面等元件可以分別獨 立,計自成-元件,絲少和其它之—或數個的元件整合成一單 且相互以-水平或接近水平的方式設置,以達到縮小震 置空間的目的。 前述之斜切光導光裝置進一步包含一滑動控制震置,用以操控 位移。 工 梦署ΐΐΐΐΐ光導光裝置進一步包含一聚焦裝置,與該滑動控制 裝,成-對焦距離,以產生—位移影像;—感職置,用以 麵,纖靖彡像轉換成 位移訊虓,-彈性裝置,置於前述滑動控制裝置之下,可 效的對焦距離’而無法產生位移影像,因此感 測裝置亦無法產生位移訊號,以達位移停止的目的;反之 使^時’轉將手指ητ歸動控織置 產生有效的位移影像,感繼亦能產生位=號距 如此就可達位移的目的。 β ‘跳 ,至少包含:一本體,具有一 以及一位移控制系統,用以與 達到上述目的之一種電子裝置 螢幕顯示裝置及一功能選擇裝置; 13 200837616 =整ίί二ΓΓΓ1統包括:—光源,用以產生-照 以將前述光源所產生之照射光投 置: 焦J置二與該滑動控制裝置形成一對焦距二 = 控制裝置所產生之位移影像,並將此位移影像轉 換成位移訊就,以及一位務極作駐罢J么Sx7 ί ΐ特ί裝置,將位移訊號傳輸於外部接收裝置 :. ;:Γ控制系統及位移操作裝置可和該本體之 外双正,為-早-零件,且和本體分別單獨使用;或可藉 器^體轉,以共料以制使_元件;或可將該位移控制 糸統及位移操作裳置内建於本體之内。 置、;其中該制使㈣元件包含1線傳輸裝 ^置有線或…線USB插頭、USB插頭、電源充電裝置、電源供應 、前述之電子裳置,其中前述螢幕顯示裝置或功能選擇農置 為-活動式的滑输繼置,並將位移控㈣統設置於其下,人 其,互對映’切驗螢幕顯示裝置或功能卿裝置時,位移控 制系統將產生一位移訊號,再透過數位訊號處理裝置處理後, 位移訊號轉触軒峨,再選擇有誠紐傳輸,以外傳連 外。卩接收裝置,或直接將位移標示顯示於該螢幕顯示裝置上。 月(j述之電子裝置’進—步包含一斜切光導光裝置,包含:一 光源,用以產生-騎光;-導光座,侧以承載前述正面 光裝置並H1定於感測裝置或-載具上;—透鏡,侧以將光源聚 光或散光擴大光的照明範圍;一導光單元,係將前端的光源引導 至末端,使統所產㈣魏I雜方向進行;而末端的斜切面 及斜切面的透鏡,係再將導光單元内之光源形成一斜面昭射 投射於前述滑魅纖置上;前狀麟或導光單元^切面可 200837616 γ分別獨錢計自成—猶,或整 水平^近斜財妓置’輯聰^置^ ’且相互以- 示器式可為顯 移格裝置、位移控制系統、滑動控制 多向位 _後,示在方向位_置上。 達j述目的之一種位移控制方法, 光源,以產生一照射光;令該照射 〆”、·提供一 動控制裝置上,以形成一井昭:·人:¥光裝置投射於一滑 向,並與-聚焦裝置形成該滑=制裝置操控位移方 感測裝置感測該滑 =位=移並:二處— 動,以使闕導输繼錄分段式移 有之位移功i。、 的位移訊號停止,經解除後再恢復原 置,導光f鋪方法,其巾前料光裝置為-斜切光導光裝 端,使絲所產生的 光照^且令該斜 元件’或至少和其它之—或數個的元件整 小裝置的空^。目互以一水平或接近水平的方式設置,以縮 別述之位移控制方法,其輪出方式可為顯示器的游標,或是 200837616 有線或無線操控器或遙控器的方向位移。 段式移 ====== 系統可採分 產生的情況下,將滑動控織置移至使財 位移訊號 解除位移停止訊號後,再恢復原有之位移功^。',火田、位置’經 方便ίΐ者懸雜料’亦考量祕的厚薄度,以 ,^導光裝置及方法,即將光源、導光座、透鏡、導光g 1, 接近水平的方式設置,且前述元件亦可整合ί -早-零件,以達到縮小裝置空Η正口為 【實施方式】 一=發兼移控幅統,至少包含:—光源肋產生—昭射 ^動控制裝置,用以產生—位移方向;—導光裝置,用以將、求 ,源所產^之照射光’投射於前述滑動控制裝置上;一聚隹穿置^ 源所產生之照射光透過前述導光裝置投射ΐ前述滑 置上’而產生-位移影像;—感職置,係透過聚 生之位移影像,然後再將位移影像轉成 ’以及-載具,_承載上述各裝置,其帽述導絲置 楚正面光導光裝置(請參考第二A圖)或斜切光導光裝置(請 圖)’以將前述光源所產生之照射光,投射於前述滑動 ^裝置所產生之位移處,俾使本發明位移控制系統在懸空手握使 日、達到有效操控位移控制系統的移動及停止;同時可使該 =法之空間縮小’而達到薄型化設計的目的;以及可人性化使用的 執行鍵和功能鍵。 請參考第一圖,係顯示本發明位移控制系統之方塊圖。本發 =移控制系統卿,至少包含··-統31G,用以產生—照射光; 二動控制裝置250,用以產生一位移方向;一斜切光導光裝置35〇 i詳解請參考第二圖B),用以將前述光源所產生之照射光,投射於 ㈣滑動控條置250上;一聚焦裝置21〇,係用以將前述光源31〇 200837616 所產生之照射光透過前述導光裝置350投射至前述滑動控制裝置 250上,而產生一位移影像;一感測裝置200,係透過聚焦裝置^ι〇 取得前述滑動控制裝置250所產生之位移影像,然後再將位移影像 轉成位移訊號;以及一載具220,用以承載上述各裝置。 本發明位移控制系統1〇〇進一步包含一位移操作裝置4〇〇、 一數位訊號處理裝置490及一積體電路板380,其中前述位移操作 裝置400 (詳解請參考第三圖),係以控制本位移系統丨⑻可採分段 式停止或移動位移訊號,係使本位移控制系統1〇〇位移訊號停止二 經解除後再恢復原有之位移功能;而前述數位訊號處理裝置49〇, 係用,將感測裝置200所取得之位移訊號轉換成數位訊號,或將數 位訊號修整或魏處理,並將其轉換成—電子訊號料輪出; 體電路380内具有佈建完成之晶片位置及複雜的電子印刷電路板,、 且該感測裝置2GG及數位訊號處理裝置携係蚊於該積體電路 380上,係用以提供傳遞内外電子訊號的聯通線路。 ㈣H貝施例中,前述光源310可為一 LED紅外線光及/或雷 ㈣$ I /a任何可以鶴足夠絲之裝置。而前述滑動控制裝置 —滑墊、旋轉盤270,於特定的活動範_可由手 者曰輕易的撥動,讓滑動控制裝置250可以產生前、後、左、 該滑墊260 ’可橫向及/或直向推滑、旋轉盤27〇, _合使用;前述滑塾26G或旋轉盤27〇亦可 Em 混合制;用手指撥動前述元件,即可在一操作 向:動;而該滑動控制裝置250面向感測裝置· 各^钟二2製造材f及表面紋路,可以分別及/或同時滿足 要长'於兮裝置、雷射感測裝置、觸控電子感應裝置等之 縮ΓΓ 裝置250面向感測裝置200之背面,即盘手 其ίίΓ應以略為粗㈣表面_計,或另加 統觸控=裝 17 200837616 立成單-零源3ω可與前述導光裝置可各自獨 光學滑鼠之光學感=置ίϋ,感測裝置之功能如同 就是在透過聚隹穿詈21f)盘、典么@乳之田射感测裝置一樣,其目的 焦後,將滑動置21=,裝置250的兩者間取得正確對 向量位移料補電路之 3彡3換触雜顏式,再經 幕上,=本系統將位移位置移動多資訊,並顯示於勞 可達到滑動控制裝置,兩者之間的距離,為 可反之,或是來做位移之設計較為最佳,當然亦 ^ 100 - ί =制裝置25G上的滑_及/或旋轉盤270 ί,2 ί的聚焦裝置21G,在有效的對焦距離d上取得物面 經ΐ測ί置i二墊260及’或旋轉盤27〇)位移影像資料, 二^裝置2G0向1位移計算IC之運算後,可取得前 1移參數賴;,雜触喊處理裝置 =訊號對外傳輪,由於設計之位移控制系統100 :故可·丨薄型小而美之設計二 位移的目的。&操控’進而達到可懸空使用位移控制系統100及 盘卓上ΪΪ明^移Ϊ制系/统卿,可利用有線及/或無線傳輸方式 ,、桌電細1丨〇、筆記型電腦120、電腦事務機器/檢測/醫 腦140、影音/娛樂/電玩/監視/導行裝置150°’ 扠&機 160、電視機 170、手機 裝置/醫療_⑽等’達成本發‘ 移控制糸統以内建式_整合於一電子裝置上(詳解請參考第八 18 200837616 圖),或本發明位移控制系、统刚以外接式9〇5整合於_ 900、905上(詳魅球夫去楚 > 同、口 屯子衣置 可益考),另本發明位移控制系統⑽亦 日-ίϊίϊ 各種類型^腦、電子、電氣產品、醫療/ "邊又備等使用,或經本裝置之位移點選後,亦可將1 批 搖控等操作模式使用(詳解請參考第五圖),讓使用g ,用上更簡單及便捷,進*更擴Α本發鴨_市場細=濟 棋0 請參考第二Α圖,係顯示本發明正面光導光裝置之示意圖。 導光裝置·,至少包含導光座32()係用以承載 月他正面光¥光裝置300,並固定於前述感測裝置2〇〇上,或其它 在使用上必需近距離與被照明之相關的物件或載具22〇上,如聚焦 ίί 2ϋ、手電筒、各式照明設備或器具、照相機、攝錄影機、ΐ =、放大鏡、燈具、車燈、儀表板、玩具、萬花筒、投影器、招 牌專,在有效的距離範_,以取得足夠的光源,以便讓物面看得 更清晰;-透鏡330係用以將光源聚光或散光擴大光的照明範圍; -導光單元335是將前端的光源引導至末端,使光源所產生的光線 因為直線性傳導,而以以線性方向進行;一環形導光單元34〇主要 疋讓光以圓圈及/或在環狀圈上建置至少一個環形管反射面344, 以形成一個或數個環形管反射面344圍繞在環形導光單元34〇的環 狀圈上,讓光透過多重反射照的方式更能集中聚光或散光,如鑽石< 面原理,並將此光投射在被照明之相關的物件上,並產生正面投射 光的照明模式,因此反射面的切割角度與數量,將會影響到光的集 中或分散狀況;以及分光器342係為將進入的光源,透^至少一劍^ 切面將光源310分割,並將分割的光源引入不同的方向。而前述環 形導光單元340係將前端的光源引導至末端,使光源所產生的光線 因為直線性傳導,而以以線性方向進行。 請繼續參考第二Α圖。當光源310所產生的光經過透鏡33〇 的聚光後在導光單元335内形成聚光點,在聚光點的後方放置前述 分光器342,如此就可將光源310分割,並自左、右兩邊同時進入 19 200837616 單元340内,透過其内部的環形管反射面344多重反射光 果1在聚焦裝置2lG前正面形成一較為集中且有足夠哀产的 圍’以便清晰的攝取到滑動控制裝置250 (或物面了的 32未 電路板380上之感測裝置200、數位峨處理裝 置490之處理後,將位移訊號轉成電子訊號傳出。 前述之光源310、導光座320、透鏡33〇、導光單元335、八 光器342、環形導光單元34〇等元件,可分別獨立設計自成一元件刀, 或至少和其它之-或數個的元件,整合成―單—零件,且相互以一 水平或接近水平的方式設置,以達到縮小裝置空間的目的。 請參考第二Β圖,係顯示本發明斜切光導光裝置之示意圖。 本發明斜切光導光裝置350至少包含:導光座32〇、透鏡33〇、導 滑動控制裝置上;該斜切光導光裝置350之設計原理大致同於前述 正面光導光裝置300,請參考前述之圖及其實施例,故在此不再贅 述,僅就其不同之處加以解說。 ' 光單元335、斜切面346,在導光單元335的另一端光源出口上斜 切面346置一透鏡330,藉以產生斜面散光的功能;而前述導光單 元335係將前端的光源引導至末端,使光源所產生的光線因為直線 性傳導,而以以線性方向進行;而末端的斜切面346及斜切面的透 鏡330,係再將導光單元内之光源形成一斜面照射光,投射於前述 前述導光座320、導光單元335可和光源310整合成單一零 件。 清繼績配合參考弟一Β圖。當光源310之光進入導光單元335 前端的透鏡330之後,將光源形成一聚光點,在聚光點後之導光單 元335的末端斜切面346上置一透鏡330,當聚光點透過透鏡330 的放大後,將會產生散光的功能,所以會產生斜角扇形光照的現 象,被照物(滑動控制裝置250)的表面紋路會產生清晰的明暗影, 經聚焦裝置210的處理後,其物面位移影像將會出現明顯的明度面 與陰暗面,讓屬於低階黑白影像像素的感測裝置200所取得的位移 影像晝面’經轉換成位移訊號後’更易判別或計算出位移資料,所 20 200837616 雷射滑鼠皆是以斜照光的方式使用,再瘦積體 將位移訊號轉成電子訊號傳出。 之處理後, 前述之光源310、導光座32〇、透鏡3 切面346等元件,可分別獨立設計自成-元件,或至&l3i5、斜 或數個的元件,整合成一單一零件,水、ϋ -方式設f,巧_枝置郎的目的。奸雄近水平的 的位三圖,係顯示本發明位移操作裝置之示意圖。-般 的位移喊多半呈現在顯示器上,而顯示器丨 = 機170、投影機16〇)的螢幕尺寸大小 上= 的有限_ (約3cmx3cm〜僅 載早手㈣ 拉順控滑動控制裝置25 1林 =7=續式位移:是最為可行之解決; 移動作,就可將位谷易的在一次的操控滑動控制裝置250位 往欲達之位ί g位移訊號移 的位移動作,如原位移功能狀態,等待再次接續 置。1設叶的方★ t做到分段及接續位移,抵達所欲前往的位 故只要ίϋυ述之聚錄置21G為—有效的距離d, 移訊號,太装置250,就會讓前述之感測裝置200產生位 何位移方時,滑動控制裝置250之任 用者可將齡統⑽產生⑽峨,故使 適宜處,然後再解2似Hi的操作空間内,將其移至另外的 輯解除本位移知作裝置400之功能,如此位移控制系 21 200837616 統100,將繼續恢復產生位移訊號, 操作,即可很快的_分段與接續位顿使用此方式 功倉匕可!^位置400之位移操作方式,依其使用方法及 方式,其主要的目的為在有限距離 办間享(、、典動批二t 移動的功能’以便使用在有限的操作 =======轉蝴動而達欲 焦距離d,故此只要移動滑動控制裝置25〇=;:= 訊縣就可讓位移訊號停止,反之,解除後又可恢復位移 _夕睛ΪΪ第三八圖,係顯示本發明位移操作裝置働之第-實 少包含位移停止鍵42〇、按鍵碩控制裝置姻至 組)424及遮片428,、彈性裝置(如彈簧 移停止移動.个仏二中述移停止鍵42G用以供按壓以讓位 鍵框422係用以固定前述位移停止触〇 = 置彈性裝置(如彈簧組)424 ;前述 了止^420與文 述彈性裝置(如彈簧組)424係置於 二=,則 且於按壓前述位移停止鍵42〇時墨縮該彈性裝置2=6之間, 以產生一彈性回復力,該彈性_\ (彈貝、、且)424, 移移動停止的距離為限,及讓位^^的二間二泰即可讓推桿426位 位移影像產生失焦或感難置20^效’使其 所取得的位移訊號無法判別與 $ ^ =裝置200 停止。 砂爽理,而達到讓位移訊號 200837616 專盤270)上,讓聚焦裳置210可清晰的攝取到物面(滑動 二味衣別25G)斜照光的明暗紋路,以利前述感測裝置做位移 ;5ri二與、; 土當在正常的操作之下前述滑動控制裝置 /、♦絲置210妨遠保持—定有效的對焦距離d,故 2滑Ϊ 25G,感測裝置_所產生的位魏號就會跟著移 二疋正個滑動控制裝置25〇的操作空間有限,所以最好 城分階段軸,目財賴者要數移訊號停 4^二Γί 移停止鍵杨,然後推桿426就會帶動遮片 °刖 纟彳遮住聚焦裝置21G為止’由於位移景彡像產生失隹 ,失效的現象,所以感測裝置細的位移訊號就 ^ 時只要用手指252移動滑動控制裝置25G,就可以將它上彳下1右= 鍵420鬆手後’則位移控制系統100立 ==所以使用者可採此方式重覆使用就可達 動作,直至位移欲前往的位置為止。 施例之係顯示本發明位移操作裝置働之第二實 之位移操繼 1中二Γ Ϊ1關鍵565、按鍵框422及電源供應器930, 二巾本心例之料大朗於第—實施例,不同之處在 =止鍵42G改為開關式,利用電源開關鍵的原理,讓光源^因無 ,源通過,暫時無光,在無光之下所拍攝到的位移影像就會全里丁 二原理就是,感測裝置2⑻產生不具有判讀意義的位移訊ϋ 別位移的計算方式無效,躺制位移停止飾的目的。’ :每乂第二C圖’係顯不本發明位移操作裝i 400之第 。本實施例之位移操作裝置為—觸控感應控制襄 置460至乂包含觸控式感應板462、感應器468 f ^ 462 25〇ί " im座’ $__人體手指252之靜電 月匕,而刖述感應态468則黏貼在一隔離層板464上,當用手指252 1% 200837616 推動滑動控制裝置250上的旋轉盤270時,將會與隔離層板464相 互接觸,此時就會產生電容變化,當觸控式感應裝置466接收到電 谷變化訊號後,就會依其設計上的需求,而達到其應有之功能,反 之,若鬆手時,因無靜電感應,故電容就不會產生變化。 本實施例係利用電容式觸控的原理,而達到電源開關的目 的,讓光源310因無電源通過而暫時無光,在無光之下所拍攝到的 位移影像就會全黑,其原理就是讓感測裝置2〇〇產生不具有判讀意 義的位移訊號,讓判別位移的計算方式無效,進而達到位移停止移 動的目的。另由於滑塾260上並無黏貼觸控式感應㈣62,故在位 移移動停止時,可用手指252撥動滑墊26G,而達到前後左右移動 滑動控制裝置250的目的,而不會產生位移峨;本實施例之觸控 感應控制裝置460係將所收到的電容變化,視電容變化的反應而達 到操控-獅_的目的,當電容錢化時則電源處於開的狀態, 反之則電源處於關的狀態,進而控制光源31〇的光 …電子觸控動作原理依序可分為電阻式、電容】、 學式、電韻應式等。每-種皆可細於本發明祕上,但今以電 容式為例’雜技__贿述,錢歧The oblique light guiding device for the input device further includes a light guiding seat, the rib bearing surface is disposed on the beveling light guiding wire and fixed on the field measuring device or a carrier, and the lens is used to The light source concentrating or astigmatizing expands the illumination range of the light; the aforementioned light source 'light holder', the lens, the light guiding unit, the chamfering surface and the like can be independent, respectively, from the component-component, the wire is small and the other or a plurality of components are integrated. They are arranged in one unit and arranged horizontally or close to each other to achieve the purpose of reducing the vibration space. The aforementioned chamfer light guiding device further includes a sliding control shock for controlling the displacement. The Dawning Light Guide device further comprises a focusing device, and the sliding control device is configured to focus the distance to generate a displacement image; the sensory position is used to convert the image into a displacement signal, The elastic device is placed under the sliding control device, and the effective focusing distance 'can not generate the displacement image, so the sensing device can not generate the displacement signal for the purpose of stopping the displacement; otherwise, the time is changed to the finger ητ The homing control produces an effective displacement image, and the sensation can also produce the position of the position=distance so that the displacement can be achieved. ' 'jump, at least: a body having a displacement control system for an electronic device screen display device and a function selection device for achieving the above purpose; 13 200837616 = integral ίίΓΓΓ1 system includes: - a light source, For generating and illuminating the illumination light generated by the light source: the focal length J and the sliding control device form a focal length 2 = a displacement image generated by the control device, and converting the displacement image into a displacement signal And a service station, Sx7 ί ΐ ί device, the displacement signal is transmitted to the external receiving device: . ; : Γ control system and displacement operating device can be double positive with the body, - early - The parts are separately used separately from the body; or may be rotated by the body to be combined to make the element; or the displacement control system and the displacement operation may be built into the body. The system (4) component comprises a 1-wire transmission device, a wired or USB cable plug, a USB plug, a power charging device, a power supply, and the aforementioned electronic skirt, wherein the aforementioned screen display device or function selection is set to - The movable sliding relay is set, and the displacement control (four) system is set under it. When the user displays the screen display device or the function device, the displacement control system will generate a displacement signal and then transmit the digital signal. After the signal processing device processes, the displacement signal is transferred to Xuanyuan, and then the selection is sent by Chengxin.卩 Receive the device, or directly display the displacement indicator on the screen display device. The electronic device of the present invention includes a beveling light guiding device, comprising: a light source for generating and riding light; a light guiding seat, the side for carrying the frontal light device and H1 being fixed to the sensing device Or - on the vehicle; - the lens, the side is used to condense or astigmatize the light source to expand the illumination range of the light; a light guiding unit guides the light source at the front end to the end, so that the (4) Wei I miscellaneous direction is produced; The chamfered surface and the chamfered surface lens form a beveled surface of the light source in the light guiding unit and project on the sliding charm fiber; the front lining or the light guiding unit ^cutting surface can be independently calculated by the 200837616 γ - Jud, or the whole level ^ near-slanting money set 'Zong Cong ^ set ^ ' and mutual - display can be the display shift device, displacement control system, sliding control multi-directional _ after, shown in the direction _ Putting on a displacement control method, the light source is used to generate an illumination light; the illumination is provided, and a motion control device is provided to form a well: a person: the light device is projected on a slide To, and the - focusing device forms the sliding device control displacement sensing Sense the slip = bit = shift and: two places - move, so that the displacement signal of the displacement work i is stopped by the step-by-step shift, and the original signal is restored after the release, the light guide f The paving method, the front light device of the towel is a chamfered light guiding end, so that the light generated by the wire and the element of the oblique element or at least the other or a plurality of components are small. Set in a horizontal or near-horizontal manner to narrow down the displacement control method, the wheeling mode can be the cursor of the display, or the direction displacement of the 200837616 wired or wireless controller or remote controller. Segment shift == ==== In the case where the system can be generated, the sliding control is moved to the position signal to release the displacement signal, and then the original displacement function is restored. ', the fire field, the position' is convenient. The suspended material 'also considers the thickness of the secret, to ^ light guiding device and method, that is, the light source, the light guide, the lens, the light guide g 1, close to the horizontal way, and the aforementioned components can also be integrated ί - early - Parts, in order to achieve the reduction of the open space of the device is the [Implementation] The amplitude control system comprises at least: a light source rib generation - a direct injection control device for generating a displacement direction; a light guiding device for projecting, illuminating, and illuminating light generated by the source onto the sliding control On the device, a illuminating light generated by the concentrating device passes through the light guiding device and is projected onto the sliding surface to generate a displacement image; the sensory position is transmitted through the concentrated displacement image, and then the displacement is performed. The image is converted into a 'and-vehicle, _ carrying the above-mentioned devices, and the cap guide wire is provided with a front light guiding device (refer to FIG. 2A) or a beveling light guiding device (please) to The generated illumination light is projected on the displacement generated by the sliding device, so that the displacement control system of the present invention can effectively move and stop the displacement control system while holding the hand, and at the same time, the space of the method can be made. Reduce the 'to achieve the purpose of thin design; and the user-friendly use of the execution keys and function keys. Please refer to the first figure for showing a block diagram of the displacement control system of the present invention. The present invention includes at least a backlight for generating light-emitting light; a second-moving control device 250 for generating a displacement direction; and a chamfering light guiding device 35〇i for a detailed description. Figure B) is used to project the illumination light generated by the light source onto the (four) sliding control strip 250; a focusing device 21 is configured to transmit the illumination light generated by the light source 31〇200837616 through the light guiding device 350 is projected onto the sliding control device 250 to generate a displacement image; a sensing device 200 obtains the displacement image generated by the sliding control device 250 through the focusing device, and then converts the displacement image into a displacement signal. And a carrier 220 for carrying the above devices. The displacement control system 1 of the present invention further includes a displacement operating device 4, a digital signal processing device 490 and an integrated circuit board 380, wherein the displacement operating device 400 (refer to the third figure for details) is controlled The displacement system 丨(8) can adopt the segmented stop or shift displacement signal, so that the displacement control signal 1 stops the displacement signal and then resumes the original displacement function; and the digital signal processing device 49〇 For converting the displacement signal obtained by the sensing device 200 into a digital signal, or trimming or processing the digital signal, and converting it into an electronic signal material; the body circuit 380 has a built-in wafer position and The complex electronic printed circuit board, and the sensing device 2GG and the digital signal processing device carry mosquitoes on the integrated circuit 380 for providing a communication line for transmitting internal and external electronic signals. (4) In the case of H, the aforementioned light source 310 may be an LED infrared light and/or a lightning (four) $ I / a device capable of supporting a wire. The sliding control device, the sliding pad and the rotating disk 270, can be easily moved by the hand in a specific movement mode, so that the sliding control device 250 can generate the front, rear, left, and the sliding pad 260' can be laterally and/or Or push the slide straight, rotate the disc 27 〇, _ use; the slide 26G or the rotary disc 27 〇 can also be mixed with Em; with the finger to move the aforementioned components, the operation can be moved in one direction; and the sliding control The device 250 faces the sensing device, each of the manufacturing materials f and the surface texture, and can respectively and/or simultaneously satisfy the shrinking device 250 of the long device, the laser sensing device, the touch electronic sensing device, and the like. Facing the back of the sensing device 200, that is, the hand of the hand should be slightly thicker (four) surface _, or additional touch = installed 17 200837616 stand-alone single-zero source 3ω can be optically squirrel with the aforementioned light guiding device The optical sensation = set ϋ, the function of the sensing device is the same as that of the f @ 乳 f f f f 、 、 、 、 乳 乳 乳 乳 乳 乳 乳 乳 乳 乳 乳 乳 乳 乳 乳 乳 乳 乳 乳 乳 乳 乳 乳 乳 乳 乳 乳 乳 乳Get the correct 3D3 of the vector displacement material compensation circuit between the two Type, and then on the screen, = the system will move the displacement position to more information, and display it on the canvas to reach the sliding control device, the distance between the two is the opposite, or the design to make the displacement is better, of course Also ^ 100 - ί = Sliding _ on the device 25G and/or the rotating device 270 ί, 2 ί of the focusing device 21G, obtains the object surface at the effective focusing distance d, and sets the two pads 260 and 'or Rotating disk 27〇) Displacement image data, after 2G0 to 1 displacement calculation IC operation, the first 1 shift parameter can be obtained; the hybrid touch processing device=signal external transmission wheel, due to the designed displacement control system 100: Therefore, the purpose of designing two displacements is small and small. & control' to achieve the use of the dangling displacement control system 100 and Pan Zhuo on the mobile system / unified system, can use wired and / or wireless transmission, table power fine, notebook computer 120, Computer affairs machine / detection / medical brain 140, audio / entertainment / video game / surveillance / navigation device 150 ° 'fork & machine 160, television 170, mobile device / medical _ (10), etc. 'achieve the hair' mobile control system Built-in _ integrated on an electronic device (for details, please refer to the eighth 18 200837616 figure), or the displacement control system of the present invention, the integrated external connection 9〇5 is integrated on _900, 905 (detailed to the ball > The same, the mouth of the scorpion clothing can be tested), and the displacement control system of the present invention (10) is also used - various types of brain, electronics, electrical products, medical / "front and other use, or the displacement point of the device After the selection, you can also use 1 batch of remote control and other operation modes (please refer to the fifth picture for details), let use g, use it more simple and convenient, enter the * more expansion of the hair duck _ market fine = qi chess 0 please Referring to the second diagram, a schematic view of the front light guiding device of the present invention is shown. The light guiding device includes at least a light guiding seat 32 () for carrying the moonfront front light illuminating device 300, and is fixed on the sensing device 2 ,, or other uses must be close and illuminated. Related objects or vehicles 22, such as focusing ίί 2ϋ, flashlights, various lighting equipment or appliances, cameras, camcorders, ΐ =, magnifiers, lamps, lights, dashboards, toys, kaleidoscopes, projectors , signboard, in the effective distance _ to obtain enough light source to make the object surface more clear; - lens 330 is used to condense or astigmatize the light source to expand the illumination range of light; - light guide unit 335 is Directing the light source of the front end to the end, so that the light generated by the light source is linearly transmitted, and is performed in a linear direction; a circular light guiding unit 34 〇 mainly allows the light to be circled and/or built on the annular ring at least An annular tube reflecting surface 344 is formed to form one or a plurality of annular tube reflecting surfaces 344 surrounding the annular ring of the annular light guiding unit 34, so that the light can be more concentrated or astigmatized by means of multiple reflections, such as diamonds. < face principle And projecting the light onto the object to be illuminated, and generating an illumination mode of the front projection light, so the cutting angle and the number of the reflection surface will affect the concentration or dispersion of the light; and the beam splitter 342 is The incoming light source is divided into at least one sword to divide the light source 310, and the divided light sources are introduced into different directions. The aforementioned ring-shaped light guiding unit 340 guides the light source at the front end to the end so that the light generated by the light source is linearly conducted in a linear direction. Please continue to refer to the second map. When the light generated by the light source 310 is concentrated by the lens 33, a light collecting point is formed in the light guiding unit 335, and the light splitter 342 is placed behind the light collecting point, so that the light source 310 can be divided, and from the left, The right side simultaneously enters the unit of the 2008 20081616 unit 340, and through the inner annular tube reflecting surface 344, the multi-reflecting light 1 forms a relatively concentrated and sufficient production circumference on the front surface of the focusing device 2lG for clear ingestion to the sliding control device. After the processing of the sensing device 200 and the digital processing device 490 on the 32-not-received board 380 of the object surface, the displacement signal is converted into an electronic signal transmission. The foregoing light source 310, light guide 320, lens 33 The components such as the 〇, the light guiding unit 335, the octapole 342, and the annular light guiding unit 34 , can be independently designed as a single component knive, or at least combined with other components or components into a single component. And mutually arranged in a horizontal or close horizontal manner to achieve the purpose of reducing the space of the device. Referring to the second drawing, a schematic view of the oblique light guiding device of the present invention is shown. The oblique light guiding device 35 of the present invention 0 includes at least: a light guide 32 〇, a lens 33 〇, and a slide control device; the design principle of the bevel light guide 350 is substantially the same as that of the front light guide 300, please refer to the foregoing figures and its embodiments. Therefore, it will not be described here, and only the differences will be explained. The light unit 335 and the chamfered surface 346 have a lens 330 disposed on the oblique surface 346 of the light source outlet of the other end of the light guiding unit 335, thereby generating a function of bevel astigmatism. And the light guiding unit 335 guides the light source of the front end to the end, so that the light generated by the light source is linearly transmitted to perform in a linear direction; and the oblique surface 346 of the end and the lens 330 of the oblique surface are further The light source in the light guiding unit forms a slanting surface illuminating light, and the light guiding unit 320 and the light guiding unit 335 are integrated into the light source 310 to form a single component. The clear succession is matched with the reference of the younger brother. When the light of the light source 310 enters After the lens 330 of the front end of the light guiding unit 335, the light source forms a light collecting point, and a lens 330 is disposed on the end chamfering surface 346 of the light guiding unit 335 after the light collecting point, when the light collecting point passes through the lens 330. When it is large, it will produce a function of astigmatism, so that a phenomenon of oblique-segmental illumination will occur, and the surface texture of the object (sliding control device 250) will produce a clear light and dark shadow. After being processed by the focusing device 210, the object surface is The displacement image will have obvious lightness and darkness, so that the displacement image obtained by the sensing device 200 belonging to the low-order black-and-white image pixel is converted into a displacement signal, and the displacement data is more easily determined. 20 200837616 The laser mouse is used in the oblique illumination mode, and then the thin body converts the displacement signal into an electronic signal. After the processing, the light source 310, the light guide 32〇, the lens 3 slice 346 and the like can be used. Separately design self-contained components, or to &l3i5, oblique or several components, integrated into a single part, water, ϋ - way to set f, the purpose of _ _ _ _ _ _ _ _ _ _ The three-dimensional map of the near horizontal level of the traitor shows a schematic diagram of the displacement operating device of the present invention. The general displacement shout is mostly presented on the display, while the display size of the display 丨=machine 170, projector 16〇) is limited to _ (about 3cmx3cm~ only early hand (four) pull-slide control device 25 1 forest =7=Continuous displacement: It is the most feasible solution. If you move it, you can shift the displacement of the position of the position control device to the position of the displacement control device, such as the original displacement function. State, waiting for the connection again. 1 Set the leaf side ★ t to achieve segmentation and subsequent displacement, to reach the desired location, so as long as the ϋυ 之 之 聚 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 When the sensing device 200 is configured to generate a displacement, the user of the sliding control device 250 can generate (10) 龄 for the age (10), so that it is suitable, and then solves the operation space of 2 like Hi. It moves to another series to cancel the function of the displacement learning device 400, so that the displacement control system 21 200837616 system 100 will continue to resume generating the displacement signal, and the operation can be quickly performed using _ segmentation and splicing positions.仓匕可! ^ Position 400 displacement The mode of operation, according to its method and method of use, its main purpose is to enjoy the function of (and, the movement of the two t-movements) in order to use in a limited operation ======= As long as the distance d is desired, the movement control device 25〇=;:= can be used to stop the displacement signal, and vice versa, the displacement can be restored after the release of the third-eighth diagram, which shows the displacement operation of the present invention. The device first includes a displacement stop button 42〇, a button master control device 424 and a mask 428, and an elastic device (such as a spring shift stop movement. A second stop shift button 42G is used for Pressing to make the position key frame 422 to fix the aforementioned displacement stop contact = setting elastic means (such as spring set) 424; the aforementioned stop 420 and the textual elastic means (such as spring set) 424 are placed at two =, then And when the displacement stop button 42 is pressed, the ink is contracted between the elastic devices 2=6 to generate an elastic restoring force, and the elastic _\ (bounce, and) 424, the distance of the movement stop is limited, and Let the two-two-two-seat of the ^^ can make the 426-position displacement image of the push rod produce defocus It is difficult to set 20^ effect' so that the displacement signal obtained can not be judged and $^ = device 200 stops. Sand is smooth, and the displacement signal is reached on 200837616 (270), so that the focus can be clearly captured. The surface of the object (sliding two-flavored clothing 25G) oblique light and dark lines, in order to facilitate the displacement of the aforementioned sensing device; 5ri two and; earth when the normal operation of the aforementioned sliding control device /, ♦ silk set 210 far Keeping - the effective focusing distance d, so 2 sliding 25G, the sensing device _ generated bit Wei will follow the shifting control device 25 〇 operating space is limited, so the best city phase axis , the money depends on the number of the mobile number to stop 4 ^ 2 Γ ί shift stop button Yang, then the push rod 426 will drive the cover ° ° cover the focusing device 21G 'because of the displacement of the scene image failure, failure Phenomenon, so the sensor device's fine displacement signal will be as long as the finger 252 is used to move the slide control device 25G, then it can be lowered 1 right = the key 420 is released, then the displacement control system 100 == so the user can In this way, the action can be reached by repeated use. Displacement of the position he wants to go so far. The embodiment shows the second real displacement of the displacement operating device of the present invention. The key 565, the key frame 422 and the power supply 930 of the second embodiment are the same as the first embodiment. The difference is that the =42 key is changed to the switch type, and the principle of the power supply is used to make the light source ^ because there is no source, the source passes, and there is no light. The displacement image captured in the absence of light will be fully immersed. The second principle is that the sensing device 2 (8) generates a displacement signal that does not have a meaning of interpretation. The calculation method of the displacement is invalid, and the purpose of the lying displacement is stopped. ': The second C map' is not the first of the displacement operation device i 400 of the present invention. The displacement operating device of the embodiment is the touch sensing control device 460 to 乂 including the touch sensing plate 462, the sensor 468 f ^ 462 25〇 ί " im seat ' $ _ human finger 252 electrostatic moon And the sensation state 468 is adhered to a spacer layer 464. When the rotating disk 270 on the slide control device 250 is pushed by the finger 252 1% 200837616, it will contact the isolation layer 464, and then When the touch sensing device 466 receives the electric valley change signal, it will achieve its proper function according to the design requirements. Conversely, if the hand is released, the capacitor will not be used because there is no static induction. Will change. In this embodiment, the principle of the capacitive touch is utilized, and the purpose of the power switch is achieved, so that the light source 310 is temporarily dull because no power is passed, and the displacement image captured in the absence of light is completely black, and the principle is The sensing device 2 generates a displacement signal that does not have a meaning of interpretation, so that the calculation method of the discriminating displacement is invalid, thereby achieving the purpose of stopping the movement of the displacement. In addition, since the touch-sensitive induction (four) 62 is not adhered to the sliding 260, when the displacement movement is stopped, the sliding pad 26G can be moved by the finger 252 to achieve the purpose of moving the sliding control device 250 back and forth, without causing displacement; The touch sensing control device 460 of the embodiment changes the received capacitance, and the purpose of the control-lion is achieved according to the reaction of the capacitance change. When the capacitance is reduced, the power is turned on, otherwise the power is off. The state, in turn, controls the light of the light source 31〇... The principle of the electronic touch operation can be divided into a resistive type, a capacitor type, a learning type, a rhyme type, and the like. Each type can be finer than the secret of the present invention, but today it takes the form of capacitance as an example. Acrobatics __British, Qian Qi

就可測出電輕化、透鱗達·以上是很_人齡面、可=:: 防火、防靜電及灰塵、剩、反應速度快、健、適合小尺寸面積 應用、產此普及。電容式觸控技術是利用透明電極與人體之間的靜 ^結^斤產生之電容變化,從觸控位置所產生之誘導電流來做一檢 測,經觸控式感應裝置466⑽控制器測定後,即可佑料㈣玄+ 学弟四圖’係顯示本發明位移操作裝置伽帛一實施例 本發明位移操作裝f4〇〇(鏡頭控制裝置)之側視圖(圖 200837616 不用標號),進-步包含-卡楣570、導滑溝槽28〇、滑軌挪、固 定座382、隔離層板464、無線傳輸裝置492、電源供應裝置㈣及 電線934,其中前述旋轉盤270可由一體成形製造,或亦可分成上 下兩片經組裝成形,並藉由前述卡椐57〇來將其接合而成一體,而 前述導滑溝槽280係設於述載具22〇上,係使前述滑塾可依 溝槽的範圍自由滑動;前述滑軌286,係使前述滑塾雇及旋轉盤 270在移動時減少與隔離層板464整體的磨擦阻力,增加靈巧性及 滑順感,前述固定座382 ’係將積體電路板38〇固定在位移控制系 統外殼510之内部的固定位置上,以保護積體電路板38〇上的機構 及兀件,不會到處移動而損及位移控偏統卿之功能;前述隔離 層板464 ’係將前述導滑裝置25〇與積體電路板38〇之機構做一適 當的隔離呈現半密封的狀態,一方面在其上方可置上滑軌挪,另 -方面也可擋住-餅界不必要的灰塵、雜質或水氣等進入積體電 路板380上,進而導至運作上的故障;前述無線傳輸裝置,係 將前述數位訊號處理裝置49〇上的位移電子訊號,以短距無線射頻 的方式傳給另-端置有相同射頻之無線接收器,而達到無線互動傳 ^的功月b ’如與電腦、手機、pDA、pc、電視機、投影機等產 品’讓其位移自由移動;前述電源供應裝置93〇,係為儲存電力及 =電給本發明系統使用;前述電線934,可用於導電或傳輸電子訊 號之用。 …當使用本發明之系統時,藉由於前述隔離層板464上置上前 述滑軌286,以減少滑墊施及旋轉盤270在使用上的磨捧力,並 物手指议撥動的力道,且一方面減少其整體性的磨擦雜,^ 方面,加滑順感,讓使用者的手指252撥動起來更加輕鬆及省 1。並藉由於前述位移控制系統外殼51〇的底座上置入至少一個固 疋f 382、,以便將積體電路板380固定住,然後在積體電路板38〇 上安置感測裝置200、數位訊號處理裝置49〇、短距無線射頻492、 裝置930等固定在其上面,而形成—主體機構。而前^感 d裝置200上的聚焦裝置21〇與滑墊26〇及旋轉盤27〇之間有其一 200837616 )的有效對:t距離d,以便取得較為清晰的影像,使且 ,意義的色階像素’讓判別位移的計算方式得以有效’進而達= 和移動的目的。另USB插頭經電源充電裝置5 =外界㈣力_財式至電賴絲置⑽上而_充^ 旎。當數位訊號處理裝置490上的電子訊號經過轉傳 頻的方式傳給另-端置有相同射頻之無It can be measured that the electricity is lighter and more permeable. The above is very _ age-aged, can be::: fireproof, anti-static and dust, residual, fast reaction, healthy, suitable for small-sized area applications, production and popularization. Capacitive touch technology utilizes the capacitance change generated by the static electrode between the transparent electrode and the human body to detect the induced current generated by the touch position, and is measured by the controller of the touch sensing device 466 (10). The four-figure diagram of the displacement operation device of the present invention shows a side view of the displacement operation device f4〇〇 (lens control device) of the present invention (Fig. 200837616 is not labeled), further steps Including - cassette 570, guide groove 28, slide rail, fixing base 382, isolation layer 464, wireless transmission device 492, power supply device (4), and wire 934, wherein the rotating disk 270 can be integrally formed, or The upper and lower pieces can also be assembled and formed, and are integrally joined by the aforementioned latches 57, and the guide sliding grooves 280 are attached to the carrier 22, so that the sliding can be The range of the groove is free to slide; the sliding rail 286 reduces the frictional resistance of the sliding plate and the rotating plate 270 as a whole, and increases the dexterity and smoothness of the insulating layer 464. Integrated circuit board 38〇 is fixed in a fixed position inside the displacement control system housing 510 to protect the mechanism and the components on the integrated circuit board 38〇, and does not move around to damage the function of the displacement control system; the foregoing isolation layer The 464' is a semi-sealed state by appropriately isolating the mechanism of the above-mentioned guide device 25A from the integrated circuit board 38〇, on the one hand, the slide rail can be placed on the upper side, and the other side can also block the cake. Unnecessary dust, impurities, moisture, etc. enter the integrated circuit board 380, thereby leading to operational failure; the wireless transmission device is a short-distance electronic signal transmitted by the digital signal processing device 49. The wireless radio frequency is transmitted to the wireless receiver with the same radio frequency on the other end, and the wireless interactive transmission is performed, such as with the computer, mobile phone, pDA, pc, television, projector, etc. Freely moving; the power supply device 93 is used to store power and = electricity for the system of the present invention; the wire 934 can be used for conducting or transmitting electronic signals. When the system of the present invention is used, the aforementioned sliding rails 286 are placed on the separating layer 464 to reduce the grinding force applied by the sliding pad to the rotating disk 270, and the force of the finger is used. On the one hand, it reduces the friction of the whole body, and on the other hand, it adds smoothness, which makes the user's finger 252 move more easily and saves one. And the at least one fixing member 382 is placed on the base of the displacement control system housing 51〇 to fix the integrated circuit board 380, and then the sensing device 200 and the digital signal are disposed on the integrated circuit board 38〇. A processing device 49, a short-range radio frequency 492, a device 930, and the like are fixed thereon to form a main body mechanism. On the other hand, the focusing device 21 on the device 200 and the sliding pad 26〇 and the rotating disk 27〇 have an effective pair: t distance d, in order to obtain a clearer image, and meaning The gradation pixel 'allows the calculation of the discriminant displacement to be effective' and then achieves the purpose of = and moving. The other USB plug is powered by the charging device 5 = the outside (four) force _ financial to the electric wire (10) and _ charge ^ 旎. When the electronic signal on the digital signal processing device 490 is transferred to the other end, the same radio frequency is transmitted.

達…線互動傳輸的功能,如與電腦、手機、PDA、 驗C、電視機、投卿產品,讓其位移自由手機PDA 顯干胩m in _控™ 710、操控裔/搖控器方向位移 哭方二二:或搖控載具760,其中前述操控器710、操控 皆可。前述操控器71〇,至少包含^SB 一 ^同使用均 電源透過本震置,將電導;^置内m59Q 之 =二=關Λ565 ’係為開敬或關閉本裝置之=Σ= ·本 之移-…树狀 移控制系統⑽以產生方向性的位移訊號; 操ΐ 一功能鍵(右鍵)555 ; 一有線/無線訊號 操控或^控載具760上作之後’可與被Up to the line of interactive transmission functions, such as with computers, mobile phones, PDAs, C, TV, and Yingqing products, let their displacement free mobile phone PDA display dry in _ control TM 710, control person / remote control direction displacement The crying side 22: or the remote control vehicle 760, wherein the aforementioned manipulator 710, the control can be. The controller 71 is at least included in the power supply, and the power is transmitted through the local oscillator, and the electric conductance is set to be m59Q = 2 = Guan 565 ' is open or close the device = Σ = · -... tree shift control system (10) to generate directional displacement signals; operate a function key (right button) 555; a wired/wireless signal manipulation or control vehicle 760 is used after

Jj 760 ; ^Mmmm79〇\ 線範二為if ί控時不因被操控或搖控載具760脫離視 線乾叫,產生不易掌握其位置而導至操控或搖控失敗,固在使用Jj 760 ; ^Mmmm79〇\ Line 2 is if the control is not controlled by the remote control or the remote control 760 is out of sight, resulting in difficulty in grasping its position and leading to control or remote control failure.

If, 200837616 先取得與被操控或搖控載具76〇之雜位置745上的相對座 Γ*1細者能有效的操控·控獅控或搖控載具 7 〇 ^所在位置;-記憶體725,除儲存本裝置上之初始值參數之 卜,”相關貪料,以供資料之儲存、增刪或傳輸之用。 操控器/搖控益方向位移顯示農 , =被操控或搖控載請時,往往因超出視線範圍 所在1立置及相關資訊(含影像、聲音、功能鍵),、所以 傻、馨1可2效,在本顯不|置上看到其活動的相關資訊(含影 轨跡二使用狀況、活動範圍、座標相關資訊與位移 搖控時所需的各種功能鍵等建置,讓使用 者=控或搖控時,更為—目了然、清楚、縣。本裝置至少包含 ,當位移控制系統100產出位移訊號後就會 s §成,、、線傳輸方式’傳送給被操控或遙控載具遍,同時亦 ^私^°上’以便讓使用者同步了解其欲操控或搖控物的 位移執跡735,當位移控制系統卿產出位移訊 二、ί备不同位置之方向位移格時,就可以前後所經過不同的方 向位移格位置來操控或搖控被操控或搖控載具,亦可設定至少 3-個方向位移格於記憶體725内,以形成位移活動之執跡,亦 2此位移軌跡顯示於本裝置上,讓使用者更易掌握;及一座標回 ^置740 ’將被操控或搖控載具漏上之座標位置裝置%的座 傳回並顯示在本裝置上,_使用者掌握、操控或搖控;一 :’思體,除儲存本震置上之初始值參數之外,亦可記錄相關資 枓,以供貧料之儲存、增删或傳輸之用。 被操控或搖控载具76〇 ’至少包含一電源開關鍵565、電源供 =裝置93G、树/無線峨脸收發裝置75()、座標位置裝置州, J裝置了做財或市場之魏需錄置定位魏(如Gps、AGps ί、广行裝置、電子數位羅盤、陀螺儀、方向角等,或任何與座 =、、南度、速度、方向有關的裝置或設備皆可,透過以上所述之裝 或设備,並可取得所需的座標相關資訊,並透過本裝置上的有線 200837616 或搖控設備上,以供使====== 過有線/躲^抛’透 侧,,數之外,亦可記錄 載且置時,先將操控器710與被操控或搖控 ^署1啟,然後經有線/無線訊號操控收發 = 3=:== 二°當先前—切準備之動作完成後,便可啟動被 =控或搖控載具760上之動力裝置77〇、操控裝置,然後用手 二252撥動操控器71〇上之滑動控制裝置25〇到欲前往之方向移 動,此時被操控或搖控載具76〇,就會依據位移的方向行進,苴所 位移打進的過程均會顯示在操控器/搖控器方向位移顯示農置^ 730上_,並依預先設定的方式’產出一位移軌跡 725 ^? —於本實施例中,前述操控器71〇、操控器/搖控器方向位移 ,不裝置72〇可單獨或混合搭配或各自與有線及/或無線傳輸方式 /、桌上電腦110、筆記型電腦120、電腦事務機器/檢測/醫療設 備130、工業電腦140、影音/娛樂/電玩/監視/導行裝置15〇、 ,影機160、電視機no、手機/j^/ipod/pDA/^^c/簡報 益/遙控裔/其它通訊傳輸裝置/醫療照護18〇等電子裝置,相互If, 200837616 First obtain the relative coordinates of the 745 on the 745 position of the controlled or remotely controlled vehicle. The one can effectively control the lion control or the remote control 7 〇 ^ location; - memory 725, in addition to storing the initial value parameters on the device, "related greed for the storage, addition, deletion or transmission of data. Manipulator / shake control direction displacement display agriculture, = controlled or remote control At times, it is often out of the line of sight and related information (including image, sound, function keys), so stupid, sweet 1 can be 2 effects, see the information about its activities in this display (including The visual track 2 usage status, activity range, coordinate related information and various function keys required for displacement remote control are built, so that when the user = control or remote control, it is more obvious, clear, and county. The device at least includes, when the displacement control system 100 produces a displacement signal, the s § s, , the line transmission mode is transmitted to the controlled or remotely controlled vehicle, and is also privately enabled to allow the user to synchronize. It is intended to manipulate or shift the displacement of the object 735, when the displacement control system Tongqing output displacement signal 2, ί when the direction of the displacement of the different positions, you can move or control the position of the position in front of the direction of the position or to control the remote control or remote control of the vehicle, you can also set at least 3 directions The displacement is placed in the memory 725 to form a displacement activity, and the displacement track is displayed on the device to make it easier for the user to grasp; and a standard return 740' will be manipulated or remotely controlled. The seat of the coordinate position device on the upper part is transmitted back and displayed on the device, _ user master, control or remote control; one: 'thinking body, in addition to storing the initial value parameters of the shock, it can also record relevant capital枓, for the storage, addition, deletion or transmission of poor materials. The controlled or remote control vehicle 76〇' contains at least one power switch 565, power supply = device 93G, tree / wireless face transceiver 75 (), Coordinate position device state, J device for the wealth or market Wei needs to record position Wei (such as Gps, AGps ί, wide line device, electronic digital compass, gyroscope, direction angle, etc., or any seat =,, south, speed Or the device or device related to the direction, Through the above-mentioned equipment or equipment, and obtain the required coordinates related information, and through the cable 200837616 or remote control device on the device, to make ====== over the cable / hide ^ throw ' Through the side, in addition to the number, you can also record the load and set the time, first control the 710 with the control or remote control, and then send and receive via wired/wireless signal = 3=:== 2° - After the preparation of the cutting operation is completed, the power unit 77 〇 on the carrier 760 can be activated or controlled, and the control device can be operated by hand 2 252 to move the control unit 71 on the handle 71. Move in the direction of travel, at this time, when the vehicle is controlled or remotely controlled, it will travel according to the direction of displacement. The process of shifting the displacement will be displayed in the direction of the manipulator/remote control display. _, and in a preset manner to produce a displacement trajectory 725 ^? - In this embodiment, the aforementioned manipulator 71 〇, manipulator / remote control direction displacement, no device 72 〇 can be used alone or mixed or each And wired and / or wireless transmission / / desktop computer 110, notebook computer 120, computer Machine/detection/medical equipment 130, industrial computer 140, audio/visual/video/monitoring/guidance device 15〇, video camera 160, TV no, mobile phone/j^/ipod/pDA/^^c/newsletter Yi / remote control / other communication transmission device / medical care 18 〇 and other electronic devices, mutual

9R 200837616 電連或連結搭配使用。 請參考第六圖,係顯示本發明位移控制系統另一實施例之示 意圖。本發明位移控制系統之觸控式按鍵裝置800,該觸控式按鍵 裝置800至少包含:確認鍵(左鍵)55〇、功能鍵(右鍵)、上 下翻頁鍵560、觸控式感應板462、感應器468、觸控式感應裝置 466、電線934、拖曳鍵540,上有黏貼觸控式感應板462,以^為 人體手指252觸摸此板時之靜電導體用途,當須要用位移來拖曳時 則按此鍵,第一次按此鍵時則為拖曳起點,再按一次時則為拖曳^ 點,以此循環重複操作使用;彈性裝置(如彈簧組)424,用以^ 拖曳鍵540與感應器468間相互撐開,以避免導電線路相連接呈開 啟狀、推桿426,是為延伸之用,内包感應線463,以做為導電^ 用;感應線463,是將拖曳鍵54〇上之觸控式感應板452的靜電, 透過推桿426的延長,與感應器468相電連。 當按下確認鍵(左鍵)550之後在確認鍵(左鍵)55〇上所羝 貼的觸控式感應板462就會與其下方的感應器468相接觸,進而^ 生不同的電流變化,然後此電流變化透過電線934的傳導至觸押 感應裝置466内,經其内部的控制器的量測後,而導出不同的 訊號,再經電線934的對外傳輸,傳至與其相對應的控制器内私 將其轉換成絲硬體可執行的電子峨及,或財輯指令 達到點選的功能。功能鍵(右鍵)555、上下翻頁鍵等= 方式與確認鍵(左鍵)55G相同,故在此不再贅述 = 使用贼鍵540時,可以用手指按下贼鍵,拖 下壓彈性裝置(如彈簧組)424,此時推桿426就會向下,: 到觸碰到感應器视而相電連;第—次按此鍵時則為拖戈起點 按-人h則為拖夷終點,卩此循環重複操作使用即可;其中 控式感應板可和感應器整合為單一零件使用。 ^ 述觸 用第^圖及壯B圖,係顯示本發明位移控制系統應 々二Μ裝置之不意圖。前述電子裝置係指—般可攜帶性的行^ 式笔子產品類,於本實施例中,四為―行動電話,财發明位移控^ 200837616 式與電子裝置組合,至少包含:—外殼一後 ‘盥德J 3本體組合;及一隔離層才反464,係用以放置於外殼 、軎;兩者之間’以兹區隔。另外殼910與後蓋950,兩 作’而不會產生相互干擾使用的現象,這是其最 3 i L可將外殼910與後蓋950,中間經連接器932的相 二VS ’ 二合—的使用模式’皆看電子裝置的特性、市場與 ^旦=二另在與位移控惟統1GG同時使用時,如當將手機放 ,耳=接,位移控制系統100功能則無法使用,但是若手機已 耳機或有線耳機時,就可同時使用位移控制系統娜。另 進―步包含至少有一個卡插槽572之設計,其係用以 获罢ΐΐ ^至少一個卡插570;後蓋950,係為薄型位移控制 及椐570,其主要用途是與隔離層板464上的卡楣槽 572相互卡住。 干工㈣外殼_至少包含:―螢幕顯示裝置922,其用途為顯示 电子裝置920上的各種資訊内容;一功能選擇裝置924,其係為點 選或輸人ί數字給電子裝置賴器932,其係域後蓋950 上的連接H 932連結後共用電源及/或資訊互通;及—電源充電裝 置580 ’提供夕卜界電源輸入的導入口;— USB插頭,連接外界 電源。電子裝置920至少包含··無線行動通訊傳輸裝置926,其係 為提供遠距與大量影音或㈣的單向或雙向之無線或有線或^ 網路寬頻傳輸系統(如2G、2.5G、3G、4G或未來之4G以上等); 電子產品裝置928,通常主要是指—般可攜帶性的行動式電子產品 類;電源供絲置93〇,其主要目的為供電與儲存電源;無線傳輸 裝置492 ’如藍牙、RF、微波、遠紅外線等,主要是在短距之内進 行無線傳輸給其相對的無線接收器,請參考第四圖。 本發明之位移控制系統100係設置於前述後蓋95〇上。薄型 位移控制裝置61G至少包含:位移控儀統腦、位移控制裝置觸 控式按鍵裝置800、卡椐570、連接器932。位移控制系統100至少 包含··感測裝置200、數位訊號處理裝置49〇、積體電路板38〇。以 200837616 ==機_财財式,料纖前_愤述過,故 來使用㈣㈣娜序 載具220,是承載上述各元件或裝置之實體。 本發明位移控⑽、統及電子I置合成裝置〜外接式905,立 目的就是要將兩種不同領域的產品相結合在—起,-方面i 方©結合玉倾生社驗繼,再—方面可將傳统 產業再創新型,轉錢具生社賴意。 、、 r 式如下:任何一電子產品920冑會有其外 二二二之设计,除考慮造形設計美觀之外,其主要目的 部機構之電子零件及運作、方便使用者操作與保護其 卜殼⑽或載具220時,也會去思考有關之產品組 、組合與拆卸的錢,為讀起見,—般的外殼910 ίΐίΓΓ有後蓋950之設計,由於薄型位移控制裝置⑽是 木^化,、獨立之位移控制系統100的使用模式設計,故可以將電 子產品920之後蓋950的尺寸,來當做薄型位移控制裝置61〇設計 的尺寸大」故薄型位移控制裝置61〇的成品,就可以取代原後蓋 950之功能;如此的組合,也不會影響原電子產品之設計、機 構與功能,當使时想要操做電子產品92G時,就可在外殼⑽, 依原習慣程序來使用電子產品92〇 #可;反之,若要使用位移裝置, 只要料殼910反過來,用其後面之後蓋95〇 (薄型位移控制裝置 6。1〇) ’斜操作轉動作,如此的組合方式,就可朗將電子產 加920與位移控制系统1〇〇組裝成二合一的使用功能。有關薄型位 移控制裝置61G内之位移控⑽、統⑽,其具體之連結 施方式」敬請參考第-_第_,在此祕贅述。 若要進步間化薄型位移控制裝置之設計,亦可將外殼 91〇 (電子產品920)與後蓋950 (薄型位移控制裝置610),中間 經連接器932的相互電連,設計成二合一共享的使用模式,那薄型 31 200837616 位移控制裝置610就可省去usb插頭590、電源充電裝置580、電 源供應裝置930、無線傳輸裝置492等元件,而與電子產品920共 用,如此更能簡化薄型位移控制裝置610之設計、製造、組裝等的 成本與流程,產品品質更易控管,但其功能則不減;另外亦可將薄 型位移控制裝置610在操作時,所產生的位移訊號及經數位訊號處 理裝置490,所處理過的電子訊號,選擇採外傳或採内傳使用;如 採外傳,則又可分為有線或無線等方式使用;在有線方式使用方 面,可透過有線USB插頭585,直接將電子訊號連結到外部裝置上 使用,如電腦、PDA、UMPC、電視機、投影機等產品,讓其位移 「自由移動,在無線方式使用方面,可採無線傳輸裝置492方式,將 前述之電子訊號,以短距無線射頻的方式,傳給另一端置有相同射 頻之無線接收器,而達到無線互動傳輸的功能,如與電腦、ρ〇Α、 UMPC、電視機、投影機等產品,讓其位移自由移動; 在採内傳使用方面,可透過連接器932,將電子產品盘 薄型位移控制裝置610相互電連,並將薄型位移控制裝置61〇之電 傳至電子產品920之榮幕顯示襄置922上操作使用,讓 其位移自由移動。 ί 用於一;第八B圖,係顯示本發明位移控制系統應 移控制 ,姆爾述,敬^ 惟就其不同之處在此提出,例如在薄型位移押制梦晉6101 第七圖是以輪綱,而⑽置2 作上亦有其不同之處,例如第七圖是 == 位移控制系統觸,但是本裝置是在電子事置92=ti =作滑驗繼25G,故蝴蝴_^_= 另為節省本裝置之位移^空間,亦可將载具22〇 (電子產 200837616 品f2〇)上之勞幕顯示裝置922或功能選擇裝置924,設計成可取 代薄型位移控制裝置610上之滑動控制裝置25〇的功能。其連結方 式為將載具220 (電子產品920)上之螢幕顯示裝置922或功能選 擇裝置924,可設計成-可活動式的滑動控制裝置25〇,其設置之 位置與聚絲置21G、感測裝置相互對映’·也就是說,在榮幕 顯不震置922或功能選擇裝置924之下方置一光源31〇、聚焦裝置 21〇、斜切光導光裝置350、感測裝置2〇〇,當在移動螢幕顯示裝置 或功能,擇裝f 924時,薄型位移控制裝置_内之位移控制 系、、先100,就會產生一位移訊號,再透過數位訊號處理裝置柳處 ’、^位移訊號轉換成電子訊號,然後就可選擇採有線或無線、 夕或採内傳使用’有關有線或無線、外傳或内傳之連結與實施方 式,敬請參考第七圖,在此不再贅述。 、 但本褒置除可在螢幕顯示裝置922上使用之外,亦可操控本 裝置以外的位移控制。 凊參考第九A圖,係顯示本發明位移控制系統之俯視圖。於 ί發、明位移控制系統之載具220為一位移控制系統外 ^10(^外喊),該位移控制系統外殼510設有複數個功能鍵, f (左鍵)550、功能鍵(右鍵)555、上下翻頁鍵·、 拖嫌540、位移停止鍵420、電源開關控制裝置452,其 下翻頁鍵’係於按此鍵後可快速的在螢幕上下翻捲前後頁的資料 出現’以方便使用者職’而前述電源_控制裝置松,係 用者在,用位移控制系統時打開電源,當不再使用位 ^將其電源關閉’以節省電力消耗,當純可以利用電 ,、匕的;^式來取代本元件’而達到自動開關的效果。 —一 外妒前ίΓί控制装置250之滑塾260係'設於前述位移控制系統 外设510之中央,而於滑塾26〇中心設有一中心點272,以 覺’亦可將拖夷鍵540設於此;導滑裝置280,至少 包含滑塾260、中心點272,主要是讓 2 旋轉時,更加的靈活順冑;而感測裝置200係置於i述^動控$ 200837616 下方,而前述斜切光導光裝置350及聚焦裝置2H),則設 裝上’位移控制系統外殼51G是指位移控制系統 件鱼方At握其位移控制系統_内部機構零配 裝置接合處520,為方便將滑塾260 月裝置Θ ’而滑墊凸起262是預防滑塾260滑出位移 控制系統外殼5H)外,所以便將導滑裝置280在裝配上以較適當的 ,割位置,將其切割為二,便於生產及組裝;側滑溝槽別,主 是安置滑墊260 ’讓滑塾260有其固定的滑軌道,以方便用手指252 滑動;顧鍵(左鍵)550 ’當位移要點選螢幕上某一項功 按下此鍵以方便電腦確定及認知;功能鍵(右鍵)555,、當使用者 二要,選螢幕上某-項更多的;施時,按此鍵則可選擇其所需的其 ;上下翻魏,其主要的目的就是經按此鍵後可快速i =榮幕上翻捲前後頁的資料出現,以方便使用者閱讀;電源開關鍵 ’,、主要的功能是讓使用者在使用位移控制祕時打開電源, 當不再使用位移控制系統時則可將其電源關閉,以節省電力消耗, 當然也可以利用電子感應或其它的方式來取代本元件,而達到自動 開關的效果;卡椐570,是用於將位移控制系統外殼51〇之上下續 合起而成-體;導滑固定裝置282包含:導滑框測及固定座撕。 導滑框284,主要是當祕控制裝置25〇在進行固定位置時, 正該滑動控制裝置250的方向至固定座382上。固定座382,主 是將滑動控制裝置250夾住及固定住,另亦可當電源開關控制裝置 松使用(詳解請參考第九冑D);電源充電裝置MO,當位移控制 系統1〇〇之電力不足時,用來充電之入口,可與USB插頭59〇 ^結 使用;有線USB插頭585,當位移控制系統為有線與電腦連接時& 用;USB插頭590,可與電源充電裝置58〇連接使用。 本發明系統可用於有線或無線使用,當設計成有線位移控制 系統使用時,只要按裝有線USB插頭585,即可與電腦或外部設備 連、、’。使用#面使用電腦的電源’另一方面透過有線的電訊傳 輸’可靖⑽訊魅娜至制。若要設計成鱗赋使用時, 34 200837616 按ΐ USB插頭590與電源充電裝置580連接使用,主要是充電 工月b Μ距無線傳輸视的功能請參考第四圖及其實施例。 452 發明系統時’首先要按下電源開關控制裝置 3 3 ^ 時,只要用手指252輕推導滑裝置280上的 ,著尸者的手指252移動及轉動方向,將位移上的 驗_動停正時’只要按下位移停止鍵420,該 ^ ιΞγ、,、裝ϊ2ω所拍攝到的位移影像失焦或失效,所以位移 二Γίγ々士梦此^只要用手指252移動滑動控制裝置25。就可以將 :動:至另一邊,待將位移停止鍵420鬆手後,則移動 就可^順^的缠立即回復原狀操作,只要繼續撥動導滑裝置280 至位蒋^Ϊί位移移動,所以此時可繼續採分段位移的動作,直 至位移欲刖彺的位置為止。 十十、办第九Β ®,係顯示本發明位移控制系統之侧視圖。 ===鍵420、確認鍵(左鍵)550、功能鍵(右鍵)555等 ;位移控制系統外殼51〇之底部230,以便於使用者摔 控本發明位_制系統。 狀使用者知 之#^1參 九c圖,係顯示本發明位移控制系統另一實施例 之結構大致同於第九B圖之結構,不同之處在 箄功^祕ί鍵、確認鍵(左鍵)550、功能鍵(右鍵)555 荨功月匕鍵^置,移控制系統外殼51〇之侧面·。 mi -=考第九D 係顯示本發明位移控制系統之滑動控制 於本實施中’除可固定滑動控制裝置250之外,亦可 定開關控制裝置452 ;前述導滑固定裝置282上之固 -正電及彈性裝置(如彈簧片)482,該彈性裝置482具有 述彈Ϊΐί 線934連接’且藉由前述滑動裝置25G置於前 育片)482之正極電與負極電之間以隔離二電極, 使讀關閉’而當前述滑動裝置2S0脫離正極電與負極電之間,而 35 200837616 使二電極接觸導通,使電源開啟。 之干立參考第十圖,係齡本發明祕式位移控制系統_ 及彈=罾例之指壓式位移控制系統480具有一隔離層板464 =巧置(如彈簧片)482,且該彈性裝置(如彈簧片)482 動控制裝置250之滑塾260及隔離層板464之間,係利用 ί控3墊26G的彈性裝置(如_) 482,將滑 是ίίί ϊ 就會產生失域失效現像的模糊狀,其目的就 位移生T具有判讀意義的低色階模糊像素’讓判別 控位移移用訊號停止移動的目的。若要操 旋隸般下壓滑動控制裝置250 (滑塾細、 對;^)可====測裝請保持一定的有效 述光源分別獨立設置或整人Α一留一 九裝置350可與則 光座、透鏡、導光單元令件使用,其70件如光源、導 或至少Γ 切面等可以分別獨立設計自成一元件, 平或接近;二;=的元t整合成一單一零件’且相互以-水 Γ源引導至末端,使光源所產生的光線呈^ 於=動L制ίϊ1_單元内之光源形成一斜面照射光,投射 紅外^產品如:藍牙,、 mp3 ^ 11Ψ:ΙΖ : ^'PDA'PHS' ' 測產品、醫療裝置r.等產攝錄影機、電子檢/感 及聽、說訊息之電子產品各種〜曰文數子、圖表、照片,以 36 200837616 PDA· ·等皆屬之。 “、、線旯頻網路、手機、PHS、 是有線或無線操控====式可為顯示器的游標,或 系統100、滑動w 7sn @ 。裝置0、位移控制 、塞㈣目裝 確認鍵55G及功能鍵555、被摔控或 f控載具、有線/無線訊號触收發裝置750、操控器:^ :該位移控惟統100產出位移訊號後,將傳送到被操控或搖控^ 具760上,或顯示在操控器/遙控器方向位移顯示裝置72〇上之方向 位移格裝置730上,讓使用者了解其欲操控或遙控物的位置。 在詳細說明本發明的較佳實施例之後,熟悉該項技術人士可 清楚的瞭解,在不脫離下述申請專利範圍與精神下可進行各種變个 與改變,亦不受限於說明書之實施例的實施方式。 37 200837616 【圖式簡單說明】 f 一,顯示本發明位移控制系統之方塊圖。 發明正面光導光裝置之示意圖。 訌= 糸顯不本發明斜切光導光裝置之示意圖。 示ΪΓ位移操作裝置之之第-實施例之示意圖。 ΐ位移操作裳置之第二實施例之示意圖。 一 圖係顯不本發明位移操作裝置之筮二奋#合丨+一立 本發明位移操作裝置第—實“=面=圖。 位雜位健㈣統細於—操㈣/搖控器方向 顯示本發明位移控制系統另—實施例之示意圖。 第林發日驗移控縣統細於—電子裝置之示意圖。 例之示不本發明位移控制系統應用於一電子裝置之另一實施 ,九A _顯示本發明位移控⑽統之俯視圖。 ,九B _顯示本發明位移控制祕之側視圖。 $九C圖係顯示本發明位移控制系統另—實施例之侧視圖。 =D圖係顯示本發明位移控制系統之滑動控綱關示意圖。 弟十圖係顯示本發明指壓式位移控制系統之示意圖。 【主要元件符號說明】 100…位移控制系統 110…桌上電腦 120…筆記型電腦 130…電腦事務機器/檢測/醫療設備 H0…工業型電腦 150…影音/娛樂/電玩/監視/導行裝置 160…投影機 170…電視機 180…手機/MP3/iP〇d/PDA/UMPC/簡報器/遙控器/其 38 200837616 它通訊傳輸裝置/醫療照護 200…感測裝置 210 —聚焦裝置 220 —載具 230…底部 240…側面 250…滑動控制裝置 252…手指 254…手部 260…滑墊 # 262—滑墊凸起 264…墊片 270…旋轉盤 272 —中心點 280…導滑裝置 282—導滑固定裝置 284 —導滑框 286…滑軌 300…正面光導光裝置 310…光源 320…導光座 330 —透鏡 335…導光單元 340…環形導光單元 342…分光器 344…環形管反射面 346 —斜切面 350…斜切光導光裝置 380 —積體電路板 39 200837616 382 —固定座 400…位移操作裝置 410—鏡頭控制裝置 420…位移停止鍵 422 —按鍵框 424…彈性裝置(如彈簧組) 426…推桿 428—遮片 452…電源開關控制裝置 460…觸控感應控制裝置 f 462…觸控式感應板 463…感應線 464 —隔離層板 466…觸控式感應裝置 468 —感應裔 480…指壓式位移控制系統 482…彈性裝置(如彈簧片) 490…數位訊號處理裝置 492…無線傳輸裝置 ί 510…位移控制系統外殼 520…導滑裝置接合處 530…側滑溝槽 540—拖矣鍵 550 —確$忍鍵(左鍵) 555 —功能鍵(右鍵) 560—上下翻頁鍵 565…電源開關鍵 570 —卡循 572 —卡循槽 200837616 580 —電源充電裝置 585…有線USB插頭 590…USB插頭 610—薄型位移控制裝置 700…操控器/遙控器方向位移操控裝置(有線/無線) 710…操控器 720…操控器/遙控器方向位移顯示裝置 725…記憶體 730 —方向位移格裝置 735 —位移執跡 740 —座標回報裝置 745…座標位置裝置 750…有線/無線訊號操控收發裝置 760…被操控或遙控載具 770…動力裝置 780…操控裝置 790 —座標权對鍵 800…位移控制系統觸控式按鍵裝置 900 —位移控制系統及電子產品合成裝置〜内建式 ^ 905…位移控制系統及電子產品合成裝置〜外接式 910…外殼 920—電子產品 922…螢幕顯示裝置 924…功能選擇裝置 926…無線行動通訊傳輸裝置 928…電子產品裝置 930…電源供應裝置 932 —連接裔 934…電線 41 200837616 950… 後蓋9R 200837616 Electrical or connection. Referring to the sixth drawing, there is shown a schematic view of another embodiment of the displacement control system of the present invention. The touch button device 800 of the displacement control system of the present invention includes at least a confirmation button (left button) 55 〇, a function button (right button), a page up and down button 560, and a touch sensor board 462. The sensor 468, the touch sensing device 466, the electric wire 934, the drag button 540, and the touch-sensitive sensing plate 462 are attached to the electrostatic conductor for touching the plate by the human finger 252, and need to be dragged by displacement. Press this button. When you press this button for the first time, it is the starting point of dragging. When you press it again, it is dragging the ^ point, which is used to repeat the operation. Elastic device (such as spring group) 424 is used to ^ drag button 540 The inductors 468 are mutually extended to prevent the conductive lines from being connected to open, and the push rods 426 are used for extension. The sensing lines 463 are included as conductive materials; the sensing lines 463 are towed keys 54. The static electricity of the touch sensitive sensor board 452 is electrically connected to the inductor 468 through the extension of the push rod 426. When the confirmation button (left button) 550 is pressed, the touch sensor board 462 attached to the confirmation button (left button) 55 is brought into contact with the sensor 468 underneath, thereby generating different current changes. Then, the current change is transmitted through the wire 934 to the touch sensing device 466, and after being measured by the internal controller, different signals are derived, and then transmitted to the corresponding controller via the wire 934. The internals convert it into a computer-readable electronic device, or a financial instruction to achieve the function of clicking. Function key (right click) 555, up and down page key, etc. = mode is the same as the confirmation key (left button) 55G, so I will not repeat it here. When using the thief key 540, you can use the finger to press the thief key and drag the elastic device. (such as the spring group) 424, at this time, the push rod 426 will be downward:: When the touch is touched to the sensor, the phase is connected; when the button is pressed for the first time, the start point of the drag is pressed - the person h is dragged End point, repeat the operation of this cycle; the control sensor board can be integrated with the sensor into a single part. ^ Description The use of the second figure and the strong B picture shows the intention of the displacement control system of the present invention. The foregoing electronic device refers to a generic type of pen-type pen product. In this embodiment, the fourth is a "mobile phone, the invention of the displacement control ^ 200837616 type and the electronic device combination, at least: - the outer casing '盥德J 3 body combination; and an isolation layer is anti-464, used to be placed in the outer casing, 軎; In addition, the shell 910 and the back cover 950 are both 'without mutual interference, which is the most suitable for the outer casing 910 and the rear cover 950, and the second through the connector 932. The use mode 'sees the characteristics of the electronic device, the market and the ^dan = two when using the same with the displacement control system 1GG, such as when the phone is placed, the ear = connected, the displacement control system 100 function can not be used, but if When the phone has headphones or wired headphones, you can use the displacement control system at the same time. The further step includes a design of at least one card slot 572 for escaping ^ at least one card slot 570; a rear cover 950 for thin displacement control and 椐 570, the main purpose of which is to isolate the laminate The cassette slots 572 on the 464 are stuck to each other. The dry (4) housing _ includes at least: a screen display device 922 for displaying various information contents on the electronic device 920; a function selecting device 924 for selecting or inputting a number to the electronic device 932, The connection H 932 on the back cover 950 of the system is connected to share the power and/or information communication; and the power charging device 580 'provides the input port of the power input of the eve; the USB plug is connected to the external power source. The electronic device 920 includes at least a wireless mobile communication transmission device 926, which is a one-way or two-way wireless or wired or network broadband transmission system (such as 2G, 2.5G, 3G, which provides remote and a large amount of video or audio) or (4). 4G or 4G in the future, etc.); Electronic device 928, usually mainly refers to the mobile electronic products of the general portability; the power supply wire is 93〇, the main purpose is to supply and store power; wireless transmission device 492 'Bluetooth, RF, microwave, far infrared, etc., mainly wireless transmission to its relative wireless receiver within a short distance, please refer to the fourth picture. The displacement control system 100 of the present invention is disposed on the aforementioned rear cover 95A. The thin displacement control device 61G includes at least a displacement controller, a displacement control device touch button device 800, a cassette 570, and a connector 932. The displacement control system 100 includes at least a sensing device 200, a digital signal processing device 49, and an integrated circuit board 38A. In the case of 200837616 == machine_financial type, material fiber front _ introverted, so use (four) (four) Na sequence vehicle 220, is the entity carrying the above components or devices. The displacement control (10), the system and the electronic I-synthesis device ~ the external type 905 of the invention are aimed at combining the products of the two different fields in the same way, and the side-side is combined with the jade-dead society, and then - In terms of aspects, the traditional industries can be re-innovated, and the money is transferred to the society. , r is as follows: Any electronic product 920 will have its outer design of 222, in addition to considering the aesthetic design, the electronic components and operation of the main purpose of the department, user-friendly operation and protection of the shell (10) Or when the vehicle is 220, it will also think about the product group, combination and disassembly. For the sake of reading, the general casing 910 ΐ ΓΓ has the design of the back cover 950, because the thin displacement control device (10) is wood , the use mode design of the independent displacement control system 100, so that the size of the back cover 950 of the electronic product 920 can be regarded as the finished product of the thin displacement control device 61, so that the thin displacement control device 61 can be finished. It replaces the function of the original back cover 950; such a combination will not affect the design, mechanism and function of the original electronic product. When it is desired to operate the electronic product 92G, it can be used in the outer casing (10) according to the original custom program. The electronic product 92〇# can; otherwise, if the displacement device is to be used, as long as the casing 910 is reversed, the rear cover 95〇 (thin displacement control device 6. 1〇) is used to rotate the operation obliquely. In this way, the electronic production 920 and the displacement control system 1 can be assembled into a two-in-one use function. Regarding the displacement control (10) and the system (10) in the thin displacement control device 61G, the specific connection method is described. Please refer to the -___, hereby for details. In order to advance the design of the thinning displacement control device, the housing 91〇 (electronic product 920) and the rear cover 950 (thin displacement control device 610) may be electrically connected to each other via the connector 932 to design a two-in-one. The shared usage mode, the thin type 31 200837616 displacement control device 610 can omit the components such as the usb plug 590, the power charging device 580, the power supply device 930, the wireless transmission device 492, etc., and is shared with the electronic product 920, so that the thin type can be simplified. The cost and process of the design, manufacture, assembly, etc. of the displacement control device 610 are easier to control, but the function is not reduced; the displacement signal and the digital position generated by the thin displacement control device 610 during operation can also be used. The signal processing device 490 selects the electronic signal to be used for external transmission or internal transmission; if it is used for transmission, it can be divided into wired or wireless mode; in wired mode, it can be wired 485, Directly connect electronic signals to external devices, such as computers, PDAs, UMPCs, TVs, projectors, etc., and let them shift freely. In the wireless mode, the wireless transmission device 492 can be used to transmit the aforementioned electronic signal to the wireless receiver with the same radio frequency in the short-range radio frequency to achieve the wireless interactive transmission function. For example, with computers, 〇Α, UMPC, TV sets, projectors, etc., let the displacement move freely; in the use of internal transmission, the electronic product thin displacement control device 610 can be electrically connected to each other through the connector 932. And the thin displacement control device 61 is electrically transmitted to the honor display device 922 of the electronic product 920 for operation and movement, and the displacement is freely movable. ί is used for one; the eighth B diagram shows the displacement control system of the present invention. Should be moved to control, Mulshu, Jing ^, but the difference is here, for example, in the thin displacement of the dream of Jin Jin 6101, the seventh picture is a round, and (10) set 2 also has its differences, For example, the seventh figure is == displacement control system touch, but the device is in the electronic event 92=ti = for sliding test followed by 25G, so the butterfly _^_= to save the displacement of the device ^ space, can also Vehicle 22〇 (electronic production 20083761 The screen display device 922 or the function selecting device 924 on the 6th product is designed to replace the function of the slide control device 25A on the thin displacement control device 610. The connection method is the carrier 220 (electronics 920). The upper screen display device 922 or the function selection device 924 can be designed as a movable sliding control device 25〇, which is disposed at a position opposite to the position of the filaments 21G and the sensing device. A light source 31 〇, a focusing device 21 〇, a beveling light guiding device 350, and a sensing device 2 置 are disposed below the screen display 922 or the function selecting device 924. When the mobile screen display device or function is selected, f At 924, the displacement control system in the thin displacement control device _, first 100, will generate a displacement signal, and then through the digital signal processing device, the ', ^ displacement signal is converted into an electronic signal, and then the cable can be selected or For wireless, eve, or in-use use of 'wired or wireless, external or internal transmission links and implementation methods, please refer to the seventh picture, and will not repeat them here. However, in addition to being used on the screen display device 922, the present invention can also control the displacement control outside the device. Referring to Figure 9A, there is shown a top view of the displacement control system of the present invention. The carrier 220 of the WL, the displacement control system is a displacement control system outside the control system 510, the displacement control system housing 510 is provided with a plurality of function keys, f (left button) 550, function keys (right button 555, page up and down keys, suspicion 540, displacement stop button 420, power switch control device 452, the page down button 'below the button can be quickly scrolled up and down the screen before and after the page appears ' It is convenient for the user's job and the aforementioned power supply_control device is loose. The user is turning on the power when using the displacement control system. When the power is no longer used, the power is turned off to save power consumption. When pure electricity is available, The ^ type replaces the component' to achieve the effect of automatic switching. - The outer slide 塾 Γ 控制 控制 控制 控制 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾 塾The guide device 280 includes at least a slider 260 and a center point 272, which is mainly flexible when the 2 rotation is performed; and the sensing device 200 is placed under the motion control device: 200837616, and The oblique light guiding device 350 and the focusing device 2H) are provided with a displacement control system housing 51G, which means that the displacement control system member fish holder At grips its displacement control system _ internal mechanism zero device joint 520, for convenience The slick 260 month device Θ 'and the slid pad 262 is the slid prevention 260 slid out of the displacement control system housing 5H), so that the guide device 280 is assembled into a more appropriate, cut position to cut it into Second, it is easy to produce and assemble; side sliding groove, the main is to place the sliding pad 260 'Let the sliding 260 have its fixed sliding track to facilitate sliding with the finger 252; Gu key (left button) 550 'when the displacement point is selected Press this button on a screen to facilitate the computer And cognition; function key (right button) 555, when the user wants, select one of the items on the screen; when you press this button, you can select the one you want; up and down, the main purpose After pressing this button, you can quickly i = the page before and after scrolling on the screen to facilitate the user to read; the power switch key', the main function is to let the user turn on the power when using the displacement control secret, when not When the displacement control system is used, the power can be turned off to save power consumption. Of course, electronic components or other means can be used to replace the component to achieve the effect of automatic switching; the cartridge 570 is used for displacement control. The system casing 51 is continuously assembled to form a body; the guide fixing device 282 includes: a sliding frame measurement and a fixing seat tear. The guide frame 284 is mainly when the secret control device 25 is in the fixed position, and the direction of the slide control device 250 is being applied to the fixed seat 382. The fixing base 382 is mainly for clamping and fixing the sliding control device 250, and can also be used when the power switch control device is loose (refer to the ninth D for details); the power charging device MO, when the displacement control system 1 When the power is insufficient, the entrance for charging can be used with the USB plug 59; the wired USB plug 585, when the displacement control system is wired and connected to the computer; the USB plug 590 can be connected to the power charging device 58 Connected to use. The system of the present invention can be used for wired or wireless use. When designed for use in a wired displacement control system, it can be connected to a computer or an external device by simply pressing the wired USB plug 585. Use the power of the computer on the #面面, on the other hand, through the wired telecommunications transmission. When designing for use as a scale, 34 200837616 ΐ USB plug 590 is connected to the power charging device 580, mainly for charging function. Please refer to the fourth figure and its embodiment. 452 When inventing the system, 'When the power switch control device 3 3 ^ is first pressed, the finger 252 is gently pushed by the finger 252, and the cadaver's finger 252 moves and rotates, and the displacement is checked. When the displacement stop button 420 is pressed, the displacement image captured by the Ξ 、, 、, ϊ 2ω is out of focus or invalid, so the displacement of the slide control device 25 is performed by the finger 252. It is possible to move: to the other side, after the displacement stop button 420 is released, the movement can be immediately followed by the winding of the smoothing operation, as long as the sliding device 280 is moved to the position, so the displacement is moved. At this point, the action of the segment displacement can be continued until the position of the displacement is desired. The tenth, the ninth Β ® is a side view showing the displacement control system of the present invention. === key 420, confirmation key (left key) 550, function key (right key) 555, etc.; displacement control system housing 51 底部 bottom 230, so that the user can control the position system of the present invention. The user knows that the #^1 reference nine c diagram shows that the structure of another embodiment of the displacement control system of the present invention is substantially the same as that of the ninth B diagram, and the difference is in the function of the key, the confirmation key (left) Key) 550, function key (right button) 555 荨 匕 匕 ^ ^ ^ 移 移 移 移 , , , , 。 。 。 。 。 。 。 Mi -= test ninth D shows the sliding control of the displacement control system of the present invention. In addition to the fixed slide control device 250, the switch control device 452 can be set; the above-mentioned guide slide fixing device 282 is solid- A positively-charged and elastic device (such as a spring piece) 482 having a connection between the positive and negative electrodes of the wire 934 connected to the front slab 482 by the aforementioned sliding device 25G to isolate the two electrodes , the reading is turned off 'When the sliding device 2S0 is separated from the positive electrode and the negative electrode, and 35 200837616 turns on the two electrodes to turn on the power. With reference to the tenth figure, the system of the present invention has a secret displacement control system _ and the yaw type displacement control system 480 has an isolation layer 464 = smart (such as a spring piece) 482, and the elasticity The device (such as the spring piece) 482 between the sliding 260 of the dynamic control device 250 and the isolating layer 464 is made by using an elastic device (such as _) 482 of the 3 pad 26G, and the sliding is ίίί 就会The blurring of the current image, the purpose of which is to shift the bit T to have a low-order blur pixel of the meaning of the interpretation, so that the discriminating control displacement shifts the signal to stop moving. To rotate the sliding control device 250 (sliding thin, right; ^) can be ==== measuring the installation, please keep a certain effective light source separately set or the whole person to stay one nine device 350 can be Then, the light seat, the lens, and the light guiding unit are used, and 70 pieces such as a light source, a guide or at least a cut surface can be independently designed as a single component, which is flat or close; and the element t is integrated into a single part' The light source is guided to the end by the water source, so that the light generated by the light source is formed by a light source in the unit. The light source in the unit forms a slope illumination, and the infrared product is projected, such as: Bluetooth, mp3^11Ψ:ΙΖ: ^'PDA'PHS' 'Test products, medical devices, r., etc., video recorders, electronic inspections, sensations, and listening, and electronic products of various kinds of texts, charts, photos, to 36 200837616 PDA· All belong to it. ",, line frequency network, mobile phone, PHS, wired or wireless control ==== can be the cursor of the display, or system 100, sliding w 7sn @. Device 0, displacement control, plug (four) mesh confirmation button 55G and function key 555, beat control or f control vehicle, wired/wireless signal touch transceiver 750, controller: ^: The displacement control system 100 will generate the displacement signal, it will be transmitted to the controlled or remote control ^ The 760 is displayed on the directional shifting device 730 on the manipulator/remote control direction displacement display device 72 to allow the user to know the position of the object to be manipulated or remotely controlled. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS It will be apparent to those skilled in the art that various modifications and changes can be made without departing from the scope and spirit of the inventions described below, and are not limited to the embodiments of the embodiments. 37 200837616 Description f shows a block diagram of the displacement control system of the present invention. A schematic diagram of the front side light guiding device of the invention. 讧 = 示意图 shows a schematic diagram of the beveling light guiding device of the present invention. Representation of a second embodiment of the shift operation ΐ set of skirts not a significant line in FIG operating device of the present invention, the displacement excited # divination two engagement Shu Li + a shift operation device according to the present invention -. Reality "face = = FIG. The bit position is (4) is finer than the operation (four) / remote control direction. The schematic diagram of another embodiment of the displacement control system of the present invention is shown. The first day of the forest inspection and movement control county is fine--the schematic diagram of the electronic device. For example, the displacement control system of the present invention is applied to another implementation of an electronic device, and the top view of the displacement control (10) of the present invention is shown. , Nine B _ shows a side view of the displacement control of the present invention. The $9 C diagram shows a side view of another embodiment of the displacement control system of the present invention. The =D diagram shows a schematic diagram of the sliding control of the displacement control system of the present invention. The tenth figure shows a schematic diagram of the finger pressure displacement control system of the present invention. [Main component symbol description] 100... Displacement control system 110... Desktop computer 120... Notebook computer 130... Computer transaction machine/Detection/Medical equipment H0... Industrial computer 150... Video/Entertainment/Video/Monitor/Guide device 160 ...projector 170...television 180...mobile/MP3/iP〇d/PDA/UMPC/presenter/remote control/38 200837616 its communication transmission device/medical care 200...sensing device 210-focusing device 220-carrier 230...bottom 240...side 250...sliding control device 252...finger 254...hand 260...slip pad #262—sliding pad projection 264...shield 270...rotating disk 272—center point 280...guide slip device 282—guide slip Fixing device 284 - sliding frame 286 ... sliding rail 300 ... front light guiding device 310 ... light source 320 ... light guiding seat 330 - lens 335 ... light guiding unit 340 ... annular light guiding unit 342 ... beam splitter 344 ... annular tube reflecting surface 346 - chamfered surface 350... beveled light guiding device 380 - integrated circuit board 39 200837616 382 - fixed seat 400 ... displacement operating device 410 - lens control device 420 ... displacement stop button 422 - button frame 424 ... elastic device (eg Spring set) 426...Pusher 428—Mask 452... Power switch control device 460... Touch sensing control device f 462... Touch sensor board 463... Induction line 464 - Isolation layer board 466... Touch type sensing device 468 — Inductive 480...Acupressure displacement control system 482...elastic device (such as spring plate) 490...digital signal processing device 492...wireless transmission device 510...displacement control system housing 520...sliding device joint 530...sliding groove 540—Drag button 550—Does the fortune button (left button) 555—Function button (right button) 560—Up and down page button 565... Power switch key 570 — Card cycle 572 — Card slot 200837616 580 — Power charging device 585... Wired USB plug 590...USB plug 610-thin displacement control device 700...manipulator/remote control direction displacement control device (wired/wireless) 710...manipulator 720...manipulator/remote control direction displacement display device 725...memory 730 — Directional displacement device 735 - displacement representation 740 - coordinate reporting device 745 ... coordinate position device 750 ... wired / wireless signal manipulation transceiver 760 ... controlled or remotely controlled carrier 770... Power unit 780... Control unit 790 - coordinate right button 800... Displacement control system Touch button device 900 - Displacement control system and electronic product synthesizer - Built-in type 905... Displacement control system and electronic product synthesizer - External 910... housing 920 - electronic product 922 ... screen display device 924 ... function selection device 926 ... wireless mobile communication transmission device 928 ... electronic product device 930 ... power supply device 932 - connection 934 ... wire 41 200837616 950...

Claims (1)

200837616 十、申請專利範圍·· 1·一種位移控制系統,包含: 一光源,用以產生一照射光; 一滑動控制裝置,用以操控位移; 制裝置一上導錄置,崎_絲難生之_光投祕前述滑動控 一感測|置,肋細誠滑動控織置職生齡鮮傻,¥ 將此位移影像轉換成-位移訊號; 置厅產生的位“像,亚 載具’用以承載上述各裝置。 2.如申請專纖圍第丨項所述之位移控獅統 產置生== 麵繼嫩繼^ 第丨斯狀位_龜,其帽料光裝置可 與刖述先源分別獨立設置或整合為一單一零件使用。 4. 如申請專機圍第丨項所述之位移控㈣統,進—步包含—拖紐, 該贼鍵於使用時,第-次按此鍵時為拖幾起點,再按時則為拖良終 點,以選取所需之點選範圍。 、 5. 如申請專職圍第〗項所述之位移控锻統,其巾前料光裝置 -斜=光導光裝置;該斜切光導光裝置包含—光源、導光座、^鏡: 導光單元、斜切面及斜切面的透鏡。 6. 如申請專利細第5項所述之位移控m其中前述光源、導光 座、透鏡、導光單元、斜切面等元件’可分別獨立設計自成一元件, 或至少和其它之一或數個的元件,整合成一單一零件。 7. 如申請專利範圍第5項所述之位移控制系統,其^前述之光源、導 光座、透鏡、導光單元、斜切面等元件,可以一水平或接近水平的方 43 200837616 式設置’以達到縮小裝置空間的目的。 8.如申請^|範圍第1項所述之位移控制祕,其 -正面光導光裝置’ ·該正面光導光裝人 j導先衣置^ 元、環形縣單元、獅管反射面、分^ “透鏡、導光單 項/斤述之位移控⑽:统,其中前述一導光座、 ^獨t,形管反射面、分絲等元件,可 1 i; 件少和其它之-或數個的元件’整合成 ^ ,其中前述導光座、透 镜V九早7L先早兀、環形管反射面、分光 叮 -水平或接近水平的方式設置,以達到縮小裝置°的 可 :為-鏡頭控制裝置;該鏡頭控制裝置:二 推桿、彈性裝置及遮#。 卿雄知鍵框、 12.如申請專利範圍第丨項所述之位 置為-觸控感應控制裝置,包含:觸位移操作裝 應裝置。 式感應板、感應器、觸控式感 Ϊ3.如申請專利範圍第12項所述之位移控制系 ^ ^ , 控制裝置,其觸控式感應板可和感應合為二H觸控感應 為-電源_控制裝置,包含:電源_鍵 ^ 電源供應器。 斤丨土衣1筏鍵框及 15. 如申請專利範圍第i項所述之位移控制系統,進一步包 ^能鍵、上下麵鍵,可設於位移控㈣纟域軌之正面或侧面丁或底 16. 如申請專利範圍第丨項所述之位移控爾統,進—步包含 旒處理裝置係用以將感測裝置所產生之位移訊铲 數位矾 將數位訊號修整或壓縮處理,並將其轉換成—電U子訊號或 17·如申請專利範圍第1項所述之位移控制系統,進—步U包含― 44 體^電 200837616 路板,内具有舰完成之^位置 測裝置及數位訊號處理裝置係固=隹的电子印刷電路板,且該感 遞内外電子訊號的聯通線路。…積體電路板上’係用以提供傳 I8·如申請專利範圍第i項所述之位移 置包含一滑塾、旋轉盤,以及一==、、先,其中前述滑動控制裝 前述元件,即可在—操作範_ u滑墊底部;用手指撥動 盤亦可擇-_使用,或混合使用。方向移動;前述滑墊或旋轉 項所述之位移控制系統,進一步包含:益線傳 t L有線或無線USB插頭、USB插頭、電源充電裝置、電S 20·如申請專利範圍第i項所述之位 置進一步包含一導滑固定裝置;動控制裝 及固定座,該導滑框細,H ― 裝置尚包含:一導滑框 向,而該固定座,料以9固定^時,導正該滑動控制裝置的方 性裝置,糟以固定該滑動控制裝置。 星至少有彈 圍ί2G項所述之位移控㈣統,其中前述固定座可 ί置當該Γ控繼置離_定座時,固定座内之彈性 移控制系統内之電源。 衣置負包相脫離,以關閉位 22哭專,項所述之位移控㈣統,其輸出方式可為顯示 4树或無雜控ii鱗控ϋ財向位移。 23·—種正面光導光裝置,包含·· 一光源,用以產生一照射光; 或-載光座财餅述正面解絲置朋餘感測裝置 一,鏡’伽以將賴、聚光或散光擴大光的照明範圍,· 後呈祕元’係將前端的光源引導至末端,使光源所產生的光 線性方向進行’或亦可將光源透過内部的分光器設計,將光源分 45 200837616 割; 一環形導光單元,讓光以圓圈及/或在環狀圈上建置至少一個 環形管反射面’以形成一個或數個環形管反射面圍繞在環形導光單元 的環狀社,讓光透過多重反賴的方式更能針聚光或改變光源原 照明的模式;以及 一分光器將進入的光源,視需求以其至少一斜切面將光源分 割,以便將分割的光源引入不同的方向。 24.如申請專利範圍第23項所述之正面光導光裝置,其中前述之光源、 導光座、透鏡、導光單元、分絲、獅導光單元等元件,可分別獨 立設計自成-元件,或至少和其它之—或數個的元件,整一 零件。 25,如申請專利範圍第23項所述之正面光導光裝置,其中前述之光源、 導光座、透鏡、導絲元、分絲、卿導光單元等元件,以一水平 或接近水平的方式設置,以達到縮小裝置空間的目的。 26·—種用於輸入裝置的斜切光導光裝置,包含·· 光源,用以產生一照射光,·以及 μ 單70 ’係將前端的光源將至末端,使光源所產生的光 線呈線,方向進行,而末端的斜切面及斜切_透鏡,係再將導 元内之光源形成一斜面照射光。 2=!5+^f圍第26項所述之·輸人裝置的斜械導光裝置, ί,;整合成 單元或勒面可时翻錢計自成一元 置 龜撕光導錄 零件 圍::座項裝置_光導域置, ;f_成-元件’或至少二之 30.如申請專利細第28項所述之用於輸人裝置的斜切光導光震置, 46 200837616 其中前述之光源、導光座、透鏡、 平或接近水平的方式設置早%、斜切面等元件’以-水 3L如申物咖第%項所叙跡目的。 32tH—料控讎置,㈣操^移 光裝置, 2.如申印專利範圍第28或31項 置,進一步包含一取隹牡里rt _、 輸入裝置的斜切光導光裝 產生一位,旦/彳t .來、、衣,、〇滑動控制襞置形成一對隹距離,以 .夕泰—感測裝置,用以感測前述滑動㈣/罟ΐί二 位移影像,並將此位移影像轉換成一位移訊置所產生的 述滑動控制裝置之下,可將滑動控 離" ^置,置於丽 ,滑動控繼置無法產生位移影像,因此=^\的^距離,以使 號,以達位移停止的目的;反之,用法產生位移訊 控制裝置至聚焦農置有效的對焦距離後,即^生^^指下壓滑動 如此就可達位移的目的。、•像’ 螢幕顯示裝置及—功能選擇裝置;以及 位移控制糸統,用以與本體整合成_ 括:-光源,用以產生一照射光;一滑動控制裝置 1=二土統包 方向,-導光裝置,用⑽前述絲所產、 生一位移 C 置上;—聚焦裝置,與該滑動控織 移影像轉換成-位移訊號;以及 之位移4,並將此位 裝ί ’係以刼控該滑動控制裝置採分段式位移,俾使 、裝置且』不於該螢幕顯不裝置上;或藉一盔繞值於胜要 將位移訊號傳輸射卜部接收裝置上。 …、傳輸裝置’ 34·如申請專利範圍帛%項所述之電子裝置, 及位移操作裂置可和該本體之外殼整合為^制系統 控制系統及位移操作裝置内建於本體之内或該位移 哨电于裝置’進一步可藉一連接器和 200837616 本體正a以共用可以共同使用的元件。 36二申第35項所述之電子裝置,其中該共同使用的元件 裝置、電源供ϊί f。、树或鱗咖_、腦_、電源充電 37·如申請專利範圍第3 或功能選魏置健射Μ絲顯示裝置 置於其下,人装置,並將位移控制系統設 a夺,位移控^㈣吝、’虽移動該螢幕顯示裝置或功能選擇裝置 後,將將產生一編號,再透過數位訊號處理裝置處理 傻將位移訊旎轉換成電子訊 且处王 接外部接收裝置,或直接 強、、、,…、、專輸,以外傳連 38.如轉專·接驗移—於幕顯示裝置上。 切光導=賴弟33項所述之電子裝置,其中該導光裝置為一斜 3=^=圍第!3項所述之電子裝置,射前述位移控制系統 向位移/,、,、顯不盗的游標,或是有線或無線操控器或遙控器的方 4〇·如申請專利範圍第33項所之 線操控器或遙控器。 $子裝£進一步包含-有線或無 41·如申睛專利範圍第如項所述帝 ^ 控器或遙控器的h^ ,,、中刖述有線或無線操 置、方少包含··操控器/遙控器方向位麵示裝 鍵、r皮====統、滑動控制裝置、確認鍵及功能 於該位移㈣=ir線訊號操控收發裝置、操控器;並 方=含=繼 提供一光源,以產生一照射光; -光^面該照射光藉由一導光裝置投射於一滑動控制裝置上,以形成 令該滑動控敏置操控位移方向, 距離,以擷取-位移影像; u置幵滅-對焦 令一感測裝置感測該滑動控制裝置所產生之位移影像, 48 200837616 位移影雜換齡雜號,it縫錢財雜置處錢再轉成一 電子訊號輸出;以及 、令-轉操作裝置操控騎動控姆置採分段式雜,以使該 感測裝置所產生的位移訊號停止,經解除後再恢復原有之位移功能。 42項之位移控制方法,其中前犧裝置為一 44.如申請專雛圍第42賴述之位雜制方法,其 示器的游標,或是有線或無線操㈣或遙控||的方向位移。I °為顯 49200837616 X. Patent application scope ··· 1. A displacement control system, comprising: a light source for generating an illumination light; a sliding control device for controlling the displacement; _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ It is used to carry the above-mentioned devices. 2. If the application of the special fiber-fibre 丨 丨 之 控 控 控 = = = ========================================================== The precursors are independently set or integrated into a single part. 4. If you apply for the displacement control (4) system described in the second paragraph, the step-by-step includes - dragging, the thief button is used, the first press This button is used to drag a few starting points, and then it is the end point of the dragging to select the desired selection range. 5. If you apply for the displacement control forging system described in the full-time enclosure, the pre-clothing light device - oblique = light guiding device; the beveling light guiding device comprises - light source, light guiding seat, ^ mirror: guide The lens of the unit, the chamfered surface and the chamfered surface. 6. The displacement control according to the fifth item of the patent application, wherein the light source, the light guide seat, the lens, the light guiding unit, the chamfering surface and the like can be independently designed and manufactured separately. A component, or at least one or more of the other components, is integrated into a single component. 7. The displacement control system of claim 5, wherein the light source, the light guide, the lens, and the light guide are Units, chamfered surfaces, etc., can be set at a level or near horizontal level 43 200837616 to achieve the purpose of reducing the space of the device. 8. The displacement control secret described in item 1 of the application ^| The device's front light guide light is installed by the first guide, the Yuanxian unit, the lion tube reflection surface, the sub-lens, the light guide unit/jin, and the displacement control (10): the above-mentioned one light guide , ^ alone t, tube reflection surface, wire and other components, can be 1 i; less and other - or several components 'integrated into ^, wherein the aforementioned light guide, lens V nine early 7L early, Annular tube reflection surface, split 叮-horizontal or connected Horizontal manner, in order to achieve reduction apparatus may °: as - lens control means; the lens control means: two pusher, and elastic means # cover. Qing Xiong knows the key frame, 12. The position as described in the scope of the patent application is - touch sensing control device, including: touch displacement operation device. Inductive board, sensor, touch type sensor 3. The displacement control system according to claim 12 of the patent application, the control device, the touch sensor board and the sensor are combined into two H touch sensors - Power_control device, including: power_key^ power supply.丨 丨 丨 筏 及 及 及 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 位移 位移 位移 位移 位移 位移 位移 位移 位移 位移 位移 位移 位移 位移 位移Bottom 16. The displacement control system as described in the scope of claim 2, wherein the step-by-step processing device is configured to trim the digital signal by the displacement signal generated by the sensing device and to compress or compress the digital signal, and It is converted into an electric U-signal signal or 17. The displacement control system as described in claim 1 of the patent scope, the step U includes a "44 body ^ electric 200837616 road plate, which has a ship-completed position measuring device and a digital position. The signal processing device is fixed to the electronic printed circuit board, and the communication line that senses the internal and external electronic signals. The integrated circuit board is used to provide the transmission I8. The displacement device described in the item i of the patent application includes a slider, a rotary disk, and a ==, first, wherein the sliding control carries the aforementioned components, It can be used at the bottom of the operating fan _ u slip pad; use the finger to move the disk can also be used - _, or mixed. The direction shifting; the displacement control system described in the foregoing sliding pad or the rotating item further includes: a line-transmitted t-wired or wireless USB plug, a USB plug, a power charging device, and an electric S 20 · as described in claim i The position further includes a guide sliding fixing device; the movable control device and the fixing seat, the guiding sliding frame is thin, and the H-device further comprises: a guiding sliding frame direction, and the fixing seat is fixed by 9 The square device of the sliding control device is used to fix the sliding control device. The star has at least the displacement control (four) system described in the item ί2G, wherein the aforementioned fixed seat can be placed in the elastic movement control system in the fixed seat when the control is placed away from the fixed seat. The clothing is separated from the negative phase, to close the position 22, crying, the displacement control (four) system, the output mode can be displayed 4 trees or no miscellaneous control ii scale control ϋ financial displacement. 23·—a kind of front light guiding device, comprising: · a light source for generating an illuminating light; or - a light carrying seat for the front side of the silk disposing device, the mirror gamma ray, concentrating Or astigmatism expands the illumination range of the light, and then the secret element 'guides the light source at the front end to the end, so that the light generated by the light source is linearly oriented' or the light source can be transmitted through the internal beam splitter design, and the light source is divided into 45 200837616 Cutting a circular light guiding unit, allowing light to form at least one annular tube reflecting surface in a circle and/or on the annular ring to form one or a plurality of annular tube reflecting surfaces surrounding the annular light guiding unit Let the light concentrate or change the mode of the original illumination of the light source through multiple replies; and the light source that a splitter will enter, split the light source with at least one chamfered surface as needed to introduce the split light source into different direction. 24. The front light guiding device according to claim 23, wherein the light source, the light guiding seat, the lens, the light guiding unit, the dividing wire, the lion light guiding unit and the like are independently designed as separate components. , or at least with other - or several components, the entire part. The front light guiding device of claim 23, wherein the light source, the light guiding seat, the lens, the guide wire element, the dividing wire, and the light guiding unit are in a horizontal or near horizontal manner. Set to achieve the purpose of reducing the device space. 26. A bevel-cut light guiding device for an input device, comprising: a light source for generating an illumination light, and a single 70' system to bring the light source of the front end to the end, so that the light generated by the light source is lined The direction is carried out, and the beveled surface of the end and the beveled lens are used to form a bevel surface illumination light. 2=!5+^f The slanting light guiding device of the input device mentioned in Item 26, ί,; integrated into a unit or a face can be turned into a one-yuan tortoise torn light guide parts: : a seating device _ light guide region, ;f_成-component' or at least two. 30. The oblique light guiding light for the input device according to claim 28, 46 200837616 wherein The light source, the light guide seat, the lens, the flat or near-horizontal way to set the element such as the early %, the chamfered surface, and the like - the water 3L as described in the item of the object. 32tH—material control device, (4) operation and light shifting device, 2. If the patent application scope is 28 or 31, further include a 隹 里 rt _, the input device of the beveled light guide to produce one,旦 / 彳t. The 来, 衣, 〇 襞 sliding control device forms a pair of 隹 distance, to the 夕泰-sensing device for sensing the aforementioned sliding (four) / 罟ΐί two displacement image, and the displacement image Converted into a sliding control device generated by a displacement device, the sliding control can be placed in the 丽, the sliding control relay can not generate the displacement image, so the distance ^^\, so that the number, In order to achieve the purpose of displacement, the use of the displacement control device to focus on the effective focusing distance of the agricultural device, that is, the ^^ finger pressing down the sliding can achieve the purpose of displacement. , such as 'screen display device and function selection device; and displacement control system, for integration with the body to include: - light source for generating an illumination light; a sliding control device 1 = two earth package direction, a light guiding device, which is provided by (10) the filament is produced, and a displacement C is set; the focusing device, and the sliding controlled image is converted into a displacement signal; and the displacement is 4, and the position is The sliding control device is controlled to adopt a segmented displacement, and the device is not disposed on the display device; or the steering signal is transmitted by the helmet to transmit the displacement signal to the receiving device. ..., transmission device ' 34 · The electronic device described in the patent application 帛% item, and the displacement operation splitting can be integrated with the outer casing of the body to be a system control system and the displacement operating device is built in the body or Displacement of the whistle in the device 'further can borrow a connector and 200837616 body positive a to share the components that can be used together. The electronic device according to Item 35, wherein the commonly used component device and the power supply are provided. , tree or scale coffee _, brain _, power charge 37 · as claimed in the scope of the third or function selection Wei Jianjian Μ silk display device placed under it, human device, and the displacement control system set a, displacement control ^(4) 吝, 'While moving the screen display device or function selection device, a number will be generated, and then the digital signal processing device will process the silencing device to convert the signal into an electronic message and the king will receive the external receiving device, or directly ,,,,...,, special transmission, external transmission 38. If the transfer to the special inspection and acceptance - on the screen display device. The optical device of the 33th item of the light guide device, wherein the light guiding device is an electronic device as described in item 3 of the oblique 3=^=, the displacement control system is displaced to the displacement/,,, or The stolen cursor, or the wired or wireless controller or the remote control, such as the line manipulator or remote control of claim 33. $子装£ further includes - wired or no 41. If the scope of the patent application is as described in the item, the controller or remote control h^,,, the cable or wireless operation, the less included · control / remote control direction display surface display button, r skin ==== system, slide control device, confirmation button and function in the displacement (four) = ir line signal control transceiver, controller; side = = = provide one a light source to generate an illumination light; - a light surface, the illumination light is projected onto a sliding control device by a light guiding device, so as to form a sliding control sensitivity to manipulate the displacement direction and distance to capture the displacement image; u 幵 - 对焦 对焦 对焦 对焦 对焦 对焦 对焦 对焦 对焦 对焦 对焦 对焦 对焦 对焦 对焦 对焦 对焦 对焦 对焦 对焦 对焦 对焦 对焦 对焦 对焦 对焦 对焦 对焦 对焦 对焦 对焦 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 48 The command-turn operation device controls the riding control device to adopt the segmentation type so that the displacement signal generated by the sensing device is stopped, and the original displacement function is restored after being released. The 42-position displacement control method, in which the pre-sacrifice device is a 44. If the application is for the special method of the 42nd paradox, the cursor of the display, or the direction of the wired or wireless operation (4) or remote control|| . I ° is 49
TW96123770A 2007-03-13 2007-06-29 Displacement control system and method, and electronic device having the displacement control system TW200837616A (en)

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TWI400992B (en) * 2008-10-28 2013-07-01 Frontand Technology Corp An adjustable power system for light source and method thereof
TWI414964B (en) * 2009-01-16 2013-11-11 新力電腦娛樂股份有限公司 Controller and portable electronic apparatus
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TWI772002B (en) * 2020-05-18 2022-07-21 揚明光學股份有限公司 Lens and fabrication method thereof

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TWI400992B (en) * 2008-10-28 2013-07-01 Frontand Technology Corp An adjustable power system for light source and method thereof
TWI414964B (en) * 2009-01-16 2013-11-11 新力電腦娛樂股份有限公司 Controller and portable electronic apparatus
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