TWM426815U - Control device - Google Patents

Control device Download PDF

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Publication number
TWM426815U
TWM426815U TW100217202U TW100217202U TWM426815U TW M426815 U TWM426815 U TW M426815U TW 100217202 U TW100217202 U TW 100217202U TW 100217202 U TW100217202 U TW 100217202U TW M426815 U TWM426815 U TW M426815U
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TW
Taiwan
Prior art keywords
module
moving body
magnetic
sensing
sensing module
Prior art date
Application number
TW100217202U
Other languages
Chinese (zh)
Inventor
Tian-Fu Pan
Chung-Yueh Nien
Shiau-Chung Kao
Original Assignee
Hsu Liang
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Publication date
Application filed by Hsu Liang filed Critical Hsu Liang
Priority to TW100217202U priority Critical patent/TWM426815U/en
Publication of TWM426815U publication Critical patent/TWM426815U/en

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Abstract

A control device for use in a cursor positing device is provided. The control device includes a housing, a control module, a sensing module, and a circuit module. The housing defines an accommodation chamber. The control module is positioned on the housing and includes a movable member. The circuit module is positioned within the accommodation chamber and includes a microprocessor electrically coupled with the sensing module. The sensing module generates a first sensing signal in response to a first displacement variance in case of the first displacement variance achieved by moving the movable member in a major axis direction and transmits the first sensing signal to the microprocessor to reset the cursor positing device to a first reset point.

Description

M4聊 15 101年01月13日修正替換頁 五、新型說明: ' 【新型所屬之技術領域】 组作係提供一種操控裝置,尤指於操控模組二側分別設有感測模 、由感’則板組偵測移動體超過一預定位移變化量,即可復歸至復 點之操控裝置。 【先前技術】 έ八、艰著科技祕的進步及電子產錢勃的發展,各式各樣的電子裝置紛 我們生活中,且成為了生活中不可或缺的一部份(如電腦、行動電 話及數位相_),其巾的電㈣《為工作上辭-定會㈣的工具, 事(如資料查詢、欣賞音樂、 =糊、顿娛樂)都可·電腦或稱來相,亦可透過網路來與 狄'傳訊、收發郵件’甚至可作到邀衝瞒物、預約、轉帳付費等行 、墦夕功能可讓使用者的生活更便利,是以,有_A邻八 =:r電腦,然™用者大多_二= 工作、料、州達$_她標、點選、打字等動作,由於使用者可能在 =休閒、媒樂的時候都會用到電腦,導致許多人長 ::細鼠時,手部的姿勢大多以手腕抵靠於桌面,再透過手掌手;: Φ錢位移’但若需要控制滑鼠作大範圍 曰 手財帶騎“移,在料取鮮的使崎以 隧道症候群)的病痛。 交肘a侍幻⑺乳手(腕 是以,便有廠商針對此一問題作出了手腕靠塾,但由於 將手腕提起作滑鼠大範圍移動,手腕將會離開個1可能會 可能會有將滑鼠提起作變更擺放位 :錢用習慣上 使侍罪墊的貫用性大為降M4 chat 15 January 13, 101 revised replacement page 5, new description: ' [New technology area] The group system provides a control device, especially on the two sides of the control module respectively with sensing mode, sense 'The board group detects that the moving body exceeds a predetermined displacement change amount, and can return to the control device of the complex point. [Prior Art] Eighty, the advancement of difficult technology and the development of electronic production, all kinds of electronic devices are in our lives, and become an indispensable part of life (such as computer, action Telephone and digital phase _), the electric power of the towel (4) "Working for the word - will (4) tools, things (such as data inquiry, music appreciation, = paste, entertainment) can be computer or called the phase, can also Through the Internet to communicate with Di's, send and receive e-mails, and even make invitations, reservations, transfer payments, etc., the function of the Eve can make the user's life more convenient. Yes, there are _A neighbors eight =: r computer, but TM users mostly _ two = work, materials, state up to $ _ her mark, click, typing, etc., because the user may use the computer in the leisure, media, causing many people to grow :: When the mouse is used, the posture of the hand is mostly on the wrist against the tabletop, and then through the palm of the hand;: Φ money displacement 'but if you need to control the mouse for a wide range of hand-held belts to ride, "shift, take raw I am suffering from the pain of the tunnel syndrome. I have an elbow a (1) nipple (the wrist is, there are manufacturers for this one) The problem is made by the wrist, but since the wrist is lifted for a wide range of movements of the mouse, the wrist will leave 1 and there may be a possibility to bring the mouse up for change: the money is used to make the sinful pad Great use

A M426?15 101年0丨月丨3日修正替g 二:9來進行操作之裝置,請參閱第十 廠商便枢設有雜桿^_ =直接左、右位移來接觸控·1關元件, 碇動抵歷控制開關元件來輸出訊棒:抵=轉#件—側,讓碇轉桿件另側 習慣或力道不足,便合二二’巨在貫際使用時,因使用者各人位移 進行左、右位移滚動棒之動作,而作H綱關讀,便需重覆 時間施力過大讓滚動棒確實推 t乍不方便讀失,且若使用者長 號,但長時間使用後凝# — π f ’雖可讓控制開關元件輪出訊 零件。 疋“件部谷易毀壞而無法作動,而需進行維修更換 故,創作人有錘於上述之商所秘研究改善之方向所在者。 考量,並以從事於此行^之、夕、乃鬼集相關貧料,經由多方評估及 出細。Μ拉t 多年經驗’經由不斷試作及修改,始針 出此種#以、月準之操控裝置的創作專利誕生者。 …十 【新型内容】 本創作之主要目的乃在於,該操控 一 感測模組以非接觸方式偵測移動體之位移變化=且 =二由於感測模組以非接觸式之方式感應,不僅感二二= ^會受到限制,便可用金屬、橡膠、塑膠、木質、鐵氣^ ^之==或《之材質進行製造提昇操控精準度及產品變化 奸的之姻的乃在於,瞻狂_操控峨議移至復歸 如4平錄$处⑽舰之錢下,也可再喊賴組代 U ’以遂行制移動體的水平位移距離麵動距_連物^ ΙΟΙ年01月13曰修正替換頁 另操控訊號使游標遂行水平位移與垂直位移。 ^創作之又-目的乃在於’該磁性感_組僅於電路板上設有比較 :^測電路、鎖存H及輸出介面,因所裝設的電子元件少體積小且 置工間内又不顧留空間供磁性感測模組作動進而可縮減整體體 〒與0 •較佳實施岐’在於提供—種操控裝置,用以操控一游 .土座’界定有—容置空間,且該基座具有供該容置空間連通 敎-齡槽’·-操控模組’設置於該基座上並且至少—部分暴露㈣ 鏤空槽’其帽操控模組包括―移動體;—感測模組,包括_左感測模植 =及:右感·組;以及-電路,容置於該容置帥,路模組包 ,=組理器’該偵測模組面對該移動體,且與該微處理 距^至,卜^— 動體沿—長1由向向左位移’且該移動體之位移 値…1 轉變化量時’該左感測模組因應產生―第-感測訊號並A M426?15 101 years, 0 months, 3rd, 3rd, 9th, 9th, 9th, 9th, 9th, 9th, 9th, 9th, 9th, 9th, 9th, 9th, 9th, 9th, 9th, 9th, 9th, 9th , inciting the control switch element to output the signal bar: the offset = turn #-- side, so that the other side of the swaying lever is used to the habit or lack of strength, then the two-two giants are used in the continuous use, because the users The displacement is to move the left and right displacement scroll bars, and for the H-class reading, it is necessary to repeat the time to apply too much force so that the scroll bar does push the t-bar is inconvenient to read, and if the user trombone, but for a long time Use post-condensation # — π f ' to allow the control switch element to send out parts.疋 "There is a lot of damage and it is impossible to move, but it needs to be repaired and replaced. The creator has the hammer in the direction of the research and improvement of the above-mentioned business secrets. Considering, and engaging in this trip, the eve, the ghost Collecting relevant poor materials, through multi-party evaluation and fine. Μ拉t years of experience 'through continuous trials and modifications, the beginning of this #,, the monthly patent control device creation of the birth of the patent. ... ten [new content] this The main purpose of the creation is that the sensing module detects the displacement change of the moving body in a non-contact manner = and = 2 because the sensing module senses in a non-contact manner, not only the sense of the second or the second is affected by Restrictions, you can use metal, rubber, plastic, wood, iron gas ^ ^ = = or "materials to manufacture to improve the precision of control and the change of product is the madness _ control 移 move to return to such as 4 平 $ 处 处 处 处 处 处 处 处 处 处 处 处 处 处 处 处 处 处 处 处 处 处 处 处 处 处 处 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖 赖Horizontal displacement and vertical displacement. Again - the purpose is that 'the magnetic sexy _ group only has a comparison on the circuit board: ^ circuit, latch H and output interface, because the installed electronic components are small and small and do not care in the work room The space magnetic sensing module can be operated to reduce the overall body and 0. The preferred embodiment is to provide a control device for controlling a tour. The earth seat defines a space for accommodation, and the base has The accommodating space is connected to the 敎-age slot '·-the control module ′′ is disposed on the pedestal and at least—partially exposed (four) 镂 槽 ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” ” Left sensing module = and: right sense group; and - circuit, accommodated in the handsome, road module package, = group processor 'the detection module faces the mobile body, and the micro The processing distance is from ^ to, the moving body is along the length - the length 1 is shifted to the left and the displacement of the moving body is 値...1 when the amount of change is changed, the left sensing module generates a "first-sensing signal" and

傳达至該微處理器,以使該游標移至_第—復歸點;當該移動H 向向右位移,且該移動體之位移距離達到—第二位移變化量時,:感^ 換組因應產生伽植傳送至職處雌,崎該 二 二復歸點。 ’ 弗 於-較佳貫施例中’其中該操控模組設有由該容置空間伸人該鎮, 之-承載座,且該承載座遠_容置空間之—側設有供該移動體容置= 行位移或油之-軸槽,並於該傾㈣邊設有由該容置”連 滚動槽之-透孔’該透孔㈣供該電路模組之該贼職所電性 = _模組偵測該移動體之滾動的連續移動變化,及/或制該移動粬”二 長軸之軸⑽_連續義變化,城__位於輯孔遠 之外側。 々收勒糟 方、id土 c如例中’其中該操控模組包括一平衡桿,該平衡— 樞接於該基座,該平衡桿之另—繼伸至該鏤空糟以抵持該承載:,且^ 101年ο丨月13曰修正替換頁 承載座為於相對該滾動槽另側設有複數彈性元件。 方;、一較佳貫;例中,其中5玄承載座為於相對該滚動槽另側凸設有至少 一之按壓部’且該電路模組為以該微處理器連接有供該承載座下壓後供該 按壓部抵壓之至少一控制開關。 於一較佳實施例中,其中該基座之該鏤空槽左、右側分別設有連通該 合置空間之一收容槽,泫操控模組具有一承載座,設置於於該容置空間内 之該鏤空槽下方,該承載座上裝設有位於該鏤空槽内且左、右端為分別穿 入左、右側之該收容槽内之該移動體,該移動體上穿設有一連通槽,且該 移動體上絲設料H於輯通槽外魅環繞於該移題及該承載座外 惻之-套體,且誠繼組設置㈣承載座上則貞繼套體康動。 於-較佳f施例巾’其巾該電路模組為⑽微處理^電性連接有可與 電腦連接皡相互電性插接之-連接介面,且該連接介面可為通料列匯流 排(USB)、PS2或其他連接介面。 w 於-較佳實施财’其中該左感聰組包含—相對設置之左磁性元件 以及-左雖感繼組’該右感順組包含—㈣設置之右雖元件以及 一右磁性感測模組,該左磁性⑽以及該右磁性砂利用膠黏、卡 接方式固設於祕減二側之_餅部,妓顯 方式與該義體-減型。 d,n§) 於-難實關中,其中鄉動體左、右二側分職設有供該左磁性 4以及姑祕讀目叙—峡座,且社雜 件可朝該移姆外部伸出或权至鄉動體. 4磁性凡 角桎或五角柱 形狀 於-較佳實施例中,其中該移動體呈圓柱、_柱、 應於該 方、佳L例中,其中該感測模組具有—電路板上 連接外部^咖,軸相對^ 鎖存器 移動體移動路徑之—感測魏,舰較器輸出端則電性連接於— M426815 ΙΟΙ年〇丨月丨3日修正替換頁 。玄鎖存5再$性連接有傳輸訊號至職處㈣之—輸出介面。 方、#乂U %例中’其中該左感測模組包含_相對應之左磁性元件 以及一左磁性_倾,該«純含—相職之右雜元件以及-右磁性感測模組。Transmitting to the microprocessor to move the cursor to the _first-return point; when the movement H is displaced to the right, and the displacement distance of the moving body reaches the second displacement change amount, the sense group In response to the germination sent to the office of the female, the two return points. In the embodiment of the present invention, wherein the control module is provided with the accommodating space extending from the town, the carrier, and the carrier is located at the side of the accommodating space for the movement Body placement = line displacement or oil-axis groove, and the side of the tilt (four) is provided with the "through-rolling groove-through hole" of the through hole (four) for the circuit module of the thief office The sex = _ module detects the continuous movement change of the rolling of the moving body, and/or the axis (10)_ continuous meaning change of the moving axis", and the city__ is located outside the circle. In the example, the control module includes a balance bar, the balance is pivoted to the base, and the balance bar is further extended to the hollow to resist the load. :, and ^ 101 ο丨月13曰 Correction replacement page carrier is provided with a plurality of elastic elements on the other side of the rolling groove. In a preferred embodiment, wherein the five-story carrier is provided with at least one pressing portion on the other side of the rolling groove, and the circuit module is connected to the microprocessor for the bearing At least one control switch for pressing the pressing portion after the seat is pressed down. In a preferred embodiment, the left and right sides of the sluice of the pedestal are respectively provided with a receiving slot for connecting the accommodating space, and the cymbal control module has a bearing seat disposed in the accommodating space. The movable body is disposed in the sump, and the left and right ends are respectively inserted into the accommodating slots of the left and right sides, and the movable body is provided with a communication slot. The moving material on the moving body H is surrounded by the outer cover of the moving through groove and the outer sleeve of the carrying seat, and the set of the successor group (4) is supported on the carrying seat. The circuit module is (10) micro-processed to be electrically connected to a connection interface that can be electrically connected to the computer, and the connection interface can be a bus bar (USB), PS2 or other connection interface. w 于 - 更好 财政 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' In the group, the left magnetic (10) and the right magnetic sand are fixed on the two sides of the secret side by means of adhesive and snapping, and the pseudo-body is reduced. d,n§) In the difficult-to-real customs, the left and right sides of the township movement are reserved for the left magnetic 4 and the abundance of the syllabus, and the miscellaneous pieces can be extended outwards. Or the right to the township body. 4 magnetic horn or pentagonal shape in the preferred embodiment, wherein the moving body is a cylinder, _ column, should be in the square, good L example, wherein the sensing mode The group has - the external board is connected to the circuit board, the axis is opposite to the movement path of the latch moving body, and the sensor is connected, and the output of the ship is electrically connected to the - M426815. . Hidden latch 5 and then $ sexual connection has the transmission signal to the office (four) - the output interface. In the case of #、U%, the left sensing module includes _ corresponding left magnetic component and a left magnetic _ tilt, the «pure-containing-right-handed right-hand component and the right-right magnetic sensing module .

且該 ^方、k“把例中,其中該左磁性元件以及該右磁性元件分別設置於 4。_動妝之兩知’且該左磁性感測模組與該右磁性感測模組分別與該 卜兀件以1¾右磁性&件相對應而設置靠近於該移動體之兩側,抑或 。玄左磁性感測#組與該右磁性感測模組分別設置於該移動體之兩端, :凡件乂及4右磁吐几件分別與該左磁性感測模組與該右磁性感測 模組相對應而設置靠近於該移動體之兩側。 於一較佳實關巾,其中雜控模組恤卜座體、一左推移座以及 一右推移座分臟置於該座體的兩端,以及作為該移動體的—套體套設於 該座體上1關職組設置於該座體上,以偵_套體之滾動以及滑移。 於-較佳實關巾’其巾該左雜元件从該右雜元件分別設置於 該左推移賴齡推移座,且該左磁性感__該右磁性制模組設置 於該電路模組上且分猶近該左雜元件以及該右雜元件,抑或該左磁 性感測模組與該㈣性感職組分別設置於該左推移座與齡推移座,且 該左磁性元件以及該右磁性元件設置於該電路模組上且分別靠近該左磁 性感測模組與該右磁性感測模組。 方;&佳貫施例中’其中該左磁性感測模組與該右磁性感測模組為一 ^^€^JE(magneto-resistive sensor ; MR sensor), 觸式方式感測該左磁性元件以及該右磁性元件所產生之磁場強度變化以 判斷該移動體之該第一位移變化量以及該第二位移變化量。 於一較佳實關巾,其巾該左雜麵触與該右雜制模組分別 8 M426815And the ^ square, k "in the example, wherein the left magnetic component and the right magnetic component are respectively disposed at 4. _ moving makeup two knowledge ' and the left magnetic sensing module and the right magnetic sensing module respectively And the dice member is disposed adjacent to the two sides of the moving body corresponding to the 13⁄4 right magnetic & and the Xuan Zuo magnetic sensing group and the right magnetic sensing module are respectively disposed on the moving body End: the piece of the piece and the 4 pieces of the right magnetic part are respectively disposed adjacent to the right side of the moving body corresponding to the left magnetic sensing module and the right magnetic sensing module. Wherein the miscellaneous control module shirt body, a left shift seat and a right shift seat are placed at both ends of the seat body, and the cover body as the moving body is sleeved on the seat body. The set is disposed on the base body to detect the rolling and slipping of the sleeve body. The - preferably the actual wipes of the towel, the left miscellaneous components are respectively disposed from the right miscellaneous component on the left shifting Lai age shifting seat, and The left magnetic module __ the right magnetic module is disposed on the circuit module and is adjacent to the left and right components, or The left magnetic sensing module and the (four) sexy working group are respectively disposed on the left shifting seat and the age shifting seat, and the left magnetic component and the right magnetic component are disposed on the circuit module and respectively adjacent to the left magnetic sexy measuring die The group and the right magnetic sensing module. In the case of the "After", the left magnetic sensing module and the right magnetic sensing module are a ^^€^JE (magneto-resistive sensor; MR The touch mode senses the change in the magnetic field strength generated by the left magnetic element and the right magnetic element to determine the first displacement change amount and the second displacement change amount of the moving body. , the left side of the towel touches the right miscellaneous module respectively 8 M426815

V 10丨年〇丨月13曰修正替換頁 包括一霍爾晶片_ IC),且該些霍爾晶片分別對正該左磁性元件以及該 右磁性元件之磁極,且該霍爾晶片以非接觸式方式感測該左磁性元件以及 。玄右磁吐TL件所產生之磁場強度變化以判斷該移動體之該第—位移變化 . 量以及該第二位移變化量。 • n謹貫關巾,其帽左感聰組包括-左光學發射模組以及- 光干接收模組’ a亥右感測模組包括一右光學發射模組以及一右光學接收 模組,當該移動體達到該第一位移變化量時,該移動體的一部分干涉於該 #左光學發射模組以及該左光學接收模組之間,以產生該第一感測訊號,當 該移動體達到該第二位移變化量時,該移動體的—部分干涉該右光學發射 模組以及該右光學接收模組之間,產生該第二感測訊號。 一於一較佳實施例中’其中該操控模組更包括一座體、一左推移座以及 :右推移座’域軸體係為—套體,縣體套設於魅體上,而該左推 移座以及該右推移座推移座分別相對於該套體之二端設置,且該偵測模組 設置於該座體上,以偵測該套體之滾動以及滑移。 &佳貫施例巾,其巾該左感測模組包括-左光學發射模組以及左 …Ha d右感⑨丨模組包括—右光學發射模組以及右光學接收模 组,當該移動體沿該抽向向左位移達到該第一位移變化量時,該移動體或 。玄左推碰巾之任—者進人該左光學發龍組以及該左光學接收模組之 間’雜擒該左光學難模自該左光學發射模組接收信號,將使該左光學 2射換組因應產生該第一感測訊號’當該移動體沿該車由向向右位移達到該 系-位移變化量時’該移動體或該右推移0之任—者進人該右光學發射 模組以及該右光學接收模組之間,以阻擋該右光學接收模自該右光學發射 換組接收信fAt ’紐社光學發糖_應產线第二感測訊號。 於一較佳實施例中’其中該感測模組更包括沿該長轴向設置之複數個 9 M426815 水平移動感測模組,用以感測該移動體之水平位移的^ 三感測訊號麟送到該微處理器。 、文化而產生-弟 於-較佳倾财,料喊_蚊包括沿卿_ 置之複數個垂直移動感測楔組,用 衣y周‘凍。又 生-第四感測訊號並傳送到該微處理=_動體之滾_連續變化而產 、本創狀另-麵實施概念,在於提供—_控裝置,㈣操控一游 標’包括:一基座,界定有一衮罟介 a a置空間’-操控漁,設置於該基座上; 其中,該操控模組包括-移動體;—感測模組;以及—電路模組,容置於 該容置空間,該電路模組包括—微處·,且該微處理ϋ與該感測模組電 性連接;其中’當該移動體沿—錄向位移,且該移動體之位移距離達到 一第-位«赠時’該感職_敲生―第—感測輯並傳送至該微 處理克,以使δ玄相·標移至一第一復歸點。The V 10 〇丨 〇丨 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 曰 霍尔 霍尔 霍尔 霍尔 霍尔 霍尔 霍尔 霍尔 霍尔 霍尔 霍尔 霍尔 霍尔 霍尔 霍尔 霍尔 霍尔 霍尔 霍尔 霍尔 霍尔 霍尔 霍尔 霍尔 霍尔 霍尔 霍尔 霍尔The left magnetic element is sensed in a manner. The intensity of the magnetic field generated by the TL member of the right magnetic ejector is varied to determine the amount of the first displacement change of the moving body and the second displacement change amount. • n 贯 关 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , When the moving body reaches the first displacement change amount, a part of the moving body interferes between the #left optical transmitting module and the left optical receiving module to generate the first sensing signal when the moving body When the second displacement change amount is reached, a portion of the moving body interferes between the right optical transmitting module and the right optical receiving module to generate the second sensing signal. In a preferred embodiment, the control module further includes a body, a left shift seat, and a right shift seat. The domain axis system is a sleeve body, and the county body is sleeved on the charm body, and the left shift The seat and the right shifting seat are respectively disposed opposite to the two ends of the sleeve, and the detecting module is disposed on the base to detect rolling and slipping of the sleeve. & preferred embodiment of the towel, the left sensing module includes - left optical transmitting module and left ... Ha d right sense 9 丨 module includes - right optical transmitting module and right optical receiving module, when When the moving body is displaced to the left along the pumping direction to reach the first displacement change amount, the moving body is or. The left-handed push towel is the one that enters the left optical pair and the left optical receiver module. The left optical module receives the signal from the left optical transmitting module, which will make the left optical 2 The shooting group generates the first sensing signal 'When the moving body is displaced to the right along the vehicle to the right to reach the system-displacement change amount', the moving body or the right shifting 0 is entered into the right optical Between the transmitting module and the right optical receiving module, the second optical receiving module receives the second sensing signal from the right optical transmitting group to receive the letter fAt 'News Optical Sugar'. In a preferred embodiment, the sensing module further includes a plurality of 9 M426815 horizontal movement sensing modules disposed along the long axis for sensing a horizontal displacement of the moving body. Lin is sent to the microprocessor. And the culture produces - the younger - the better fortune, the shouting _ mosquitoes include a plurality of vertical movement sensing wedges along the Qing _, and the clothes are frozen. The fourth-sensing signal is transmitted to the micro-processing=_the rolling of the moving body_continuous change, and the concept of the invention is to provide a control device, (4) to control a cursor' including: The pedestal defines a space for arranging a space, and is disposed on the pedestal; wherein the control module includes a moving body; a sensing module; and a circuit module is disposed in the pedestal The accommodating space includes: a micro-location, and the micro-processing 电 is electrically connected to the sensing module; wherein 'when the moving body is displaced along the recording direction, and the displacement distance of the moving body reaches one The first position «Gift Time" is the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

於-較佳實施例中’其中該感測模組包含—磁性感測模組以及一磁性 元件’該雜感繼組與該池紐連接,且該雜元件設置於該操 控模組之至少-側端,該磁性感測模組為—磁阻感測器⑽㈣㈣細代、 se_ ; MR se_) ’且該磁阻感測器以非接觸式方式感測該磁性元件所產 生之磁場強度變化以判斷該移動體之該第一位移變化量。 於一較佳貫齡丨中,其中該感賴組包含—磁性感職組以及一磁性 元件’該雜感·組與該電路麵f性連接,且綱性元件設置於該操 控杈組之至少一惻端,該磁性感測模組為一霍爾晶片(Ha丨丨丨c),其中該磁 性感測模組中心處對正該磁性元件之磁極,且該霍爾晶片以非接觸式方式 感測該磁性元件所產生之磁場強度變化以判斷該移動體之該第一位移變 化量。 10 M426§15 ιυι牛⑴月丨3曰修正替換頁 接收Π較Γ實施射,其中該感測模組包括—光學^^ 體進入μΓ雜體料趣向位料到轉—位移變化量時,該移動 月这進入忒九學發射模組以及 自該光學發射模組接收信二=之間’以阻播該光學接收模組 生該第一感_«; 1中,^光+ 以非接觸式方式因應產 操控模組之至少一側端。4學發射模組以及該光學接收模組設置於該 水平2=沿更包細長轴向設置之複數個 測模組,當該移動體沿該長2^=緣5又置之複數個垂直移動感 非接觸式方式感測該移動體之==該些水平移動感測模組適以 和㈣連㈣化而產生-第三感測訊 微處理器’當該移動體遂柿鱗,該些《移動制模组 k以非細式方式感測該移動體之滾動畴 號並傳送到該微處理器。 座生弟四感顧 於一較佳實婦,其中該基座更包括有—鏤空槽,以供設置於該基 座上之雜控模組的至少-部分暴露於該鏤空槽,抑或其中該電路模組更 包括-侧㈣缝㈣賴咖,物瓣㈣電性連接。 於一較佳實施例中,其中該偵測模組侦測該移動體之滚動的連續移動 .交化及該軸體沿《㈣水平移_連續移動變化,抑是,該偵測模组 偵測該移動體之滾動的連續移動變化或偵測該移動體沿該長轴向水平移 動的連續移動變化。 本創作之另-触實施概念,在於提供—種操控裝置,肋操控一游 標,包括-基座’界定有-容置空間;—操控模組,設置於該基座上;盆 中,該操減組包括-飾體;,,輸:叹―電路模组容置料 容置空間’該電路模組包括—微處理器, 連接;其中,當該移動體沿-長轴向位移 測訊號並傳送至該微處理器。 101年〇1月13日修正替換頁 且該微處理器與該感測模組電性 ,β亥感測模組因應產生_第一感 可包中ΓΓ綠料—水伟,㈣射該移動體係 κ其中S郝賴喊錄向轉, '感測訊號,以 距離達到―第―位移變化量時’該感顯組編生該第— 移 使該游標移至復歸點。In the preferred embodiment, the sensing module includes a magnetic sensing module and a magnetic component, and the hybrid component is connected to the cell, and the component is disposed on at least the side of the control module. The magnetic sensing module is a magnetoresistive sensor (10) (four) (four) fine generation, se_; MR se_) ' and the magnetoresistive sensor senses the change of the magnetic field strength generated by the magnetic component in a non-contact manner to determine The first displacement change amount of the moving body. In a preferred embodiment, wherein the sensing group comprises a magnetic sensing group and a magnetic component, the noise component is connected to the circuit surface, and the functional component is disposed on the control group. In the end, the magnetic sensing module is a Hall wafer (Ha丨丨丨c), wherein the magnetic sensing module is centered on the magnetic pole of the magnetic component, and the Hall wafer is in a non-contact manner. A change in the intensity of the magnetic field generated by the magnetic element is measured to determine the first amount of displacement change of the moving body. 10 M426§15 ιυι牛(1)月丨3曰Fixed replacement page receiving Π Γ Γ , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The mobile moon enters the 忒 学 学 transmitting module and receives the letter = between the optical transmitting module to prevent the optical receiving module from generating the first sense _«; 1 , ^ light + in a non-contact manner At least one side of the control module. The learning transmitting module and the optical receiving module are disposed at the level 2=the plurality of measuring modules disposed along the more elongated axis, and the plurality of vertical movements of the moving body along the long 2^=edge 5 Sensing the moving body in a non-contact manner == The horizontal moving sensing modules are suitable for (4) connection (four) to generate - the third sensing microprocessor "when the moving body is persimmon scales, these The mobile module k senses the rolling domain number of the moving body in a non-fine manner and transmits it to the microprocessor. The younger brother is interested in a better woman, wherein the base further includes a hollowing groove for at least-part of the miscellaneous control module disposed on the base to be exposed to the hollow slot, or The circuit module further includes a side (four) slit (four) Lai, a material flap (four) electrical connection. In a preferred embodiment, the detecting module detects the continuous movement of the rolling of the moving body. The crossover and the axis move along the (four) horizontal shift _ continuous movement, and the detection module Detecting a continuous movement change of the scroll of the moving body or detecting a continuous movement change of the moving body horizontally moving along the long axis. The other implementation concept of the present invention is to provide a control device, the rib controls a cursor, including a pedestal defining a accommodating space, and a control module disposed on the pedestal; The reduction group includes - a body; a, a transmission: a sigh - a circuit module accommodating material accommodating space 'the circuit module includes a microprocessor, a connection; wherein, when the moving body is displaced along the long axis, the signal is Transfer to the microprocessor. In 101 years, on January 13th, the replacement page was corrected and the microprocessor and the sensing module were electrically connected. The β-ray sensing module was generated in response to the fact that the first sense could be included in the green material-water, and (4) the movement was System κ where S Hao Lai shouted to turn, 'sensing signal, when the distance reaches the ―th-displacement change amount', the sense group composes the first-shift to move the cursor to the reset point.

【實施方式】 1太2成上❹的及额,本__之技術手段及其構造,_ 就本^作之較佳實施例詳加說明其特徵與功能如下,俾利完全瞭解。 /月㈣弟―、二、三、四、五圖所示,係為本創作較佳實施例之立體 外硯圖、立體分解H立體外_、方塊圖、滾祕動料之側視剖 面圖’由圖中所示可清楚看出操控裝置係包括基座丨、操控模組2及電路 • 触3所組成;其中:基座丨可為第一座體Π '第二座體12所組成,且 弟-座體11與第二座體12之間形成有容置空間1〇,第一座體η並於容 土空間10底面設有-個以上之限位部i!,且第—座體u位於限位部⑴ ..2^W 112, 幽川3之嶋―叫鄕請,秘,=位 =丨 及框接架114之間凹設有凹才曹]i 5,而第二座體】2則設有對正限位部⑴ 以供容置空間丨〇連通外部之鏤空槽丨2丨,其鏤空槽⑵左、右側(沿一長 軸向)凹設有連通容置空間丨〇之收緖丨22,且鏤空槽121前、後側壁^ 別設有-個以上之限位部123 ’並於鏤空槽121前側設有對正一個以上樞 接架丨丨4之穿槽丨24 ’第二座體|2又於穿槽丨24相對鏤空槽|2丨之另側 12 101年ο丨月13日修正替換頁 延伸有供制者手料置之紐和5,且靠麟⑵上設置有以軟性或 彈性材質所製权純丨3,而Μ丨24上設有飾板14。 細控核組2具有由容置空間1〇伸入鏤空槽121内之承載座?!,且承 載座21迅咸谷置空間10 一側設有滾動槽川,並於承載座^鄰近鏤空 ♦曰】2ι之側㈣有由容置空間10連通至滚動槽⑴之透孔祀且承載 座21相對滾動槽2丨丨一側設有一個以上可相對組裝於限位部m使承載 座21作上下位移之限位塊213 '複數彈性元件2丨4、按壓部犯及複數定 位木2丨6(見第五圖)’再於承载座2丨下方設有平衡桿22,其平衡桿22具 有樞4承載座21下方複數定位架216之基部221,且基部221二側朝 同向·彎折有置入複數定位部"2之支臂功,並於支臂222末端同向彎折 有樞設於樞接部! 13之轴部223,再於滚動槽a】裝設有移動體]。 其中’感測模組包括左感測模組34以及右感測模組34,,左感測模組 右感麟..且〇4分別设置於操控敦置2之二側,且左感測模組% 包含-相對設置之左磁性元件23丨以及左磁性感測模組348,右感測模組 34’包含-相對設置之右磁性元件23丨’以及—右磁性感測模組⑽,,左磁 性請231以及右磁性元件231,設置於移動體23左、右二側,且移動體 3 π有可衣4合置全間1〇並透過一個以上穿槽以露出於 操控元件24。 電路模組3為以微處理器3|電性連接有對正承載座2ι ^測滾動槽211内物體滚動與水平移動之偵 為固設於透㈣遠離物#2丨丨之外側,並順理器31連=^ 供承載座2丨之按塵部2丨5減郷有刀別 ·„減及喊㈣元件24觸發之複數控制開關 γ ^ 。 接有位於_ 1容置空間10内並分別朝向_體 23二側左磁性元件23丨 …0, χ 及右磁性兀件23丨,以進行非接觸方式感測沛砵 ,^之左磁性以及右磁,_偷348理、^ 性連接有可細4 _ 4丨梅_㈣議35 == M426815 1〇1年01月13曰修正替換頁 =可,用序列匯流排(USB)、啦或其他型式之連^ 者為’ _麵32通常較使収學 兄月 哎套俨9·η & > τ t …像偵測杈·.且以偵測移動體23 移與淚動之連續移動變化,但此僅為—列舉,並非作 上述之基座丨可為單一座體或由二個以上之 容置空間10可放置摔&模έ 2 I ··、、僅具内部 广η 核組2電路核組3,並具有鏤空槽⑵以供承恭 上」置人來放置移動體23之功能即可,非因此即规 :::=靖效結構變化,均應同理包含於本創二^ m參閱第―、四、九騎示,係為本創作較佳實施例之立 方塊圖、另-實施例之前·,_中所示可清楚看出,左磁^ 348以及右磁性感測模組348,為於電路板341上設有輸入端連接 之比^ 342 ’比較器342另一輸入端為電性連接有相對應於左磁性元件 231以及右磁性元件23丨,移動路徑之感測電路343,比較器祀輪 電性連接於鎖存器344,鎖存器344再電性連接有傳輸訊號至微處理哭Μ 之輸出介面345 ’由於電路板34丨上裝設之電子元件少,其體積小,且又 不需預留機械作動所需空間,又因在長時間使用後左磁性感測模植蝴 以及右磁性感_組娜不會產生機械疲乏或接觸不良,而仍可準確 測並發出訊號’進而可同時達到確實觸發訊號及有效的節省空間來 體體積之目的。 & 上述之感測電路343可為霍爾晶片_1 1C)或磁阻感測器 (mag,咖’esistive se瞻;_ sens〇〇,感測電路如為霍爾晶片時㈣ 二圖所示者),需讓左磁性元件23丨以及右磁性元件23丨,之磁極對正霍爾 晶片中心處’而當感測電路343為磁阻感測器時(如第九圖所示者),則需 讓左磁性元件231以及右雜元件23丨,之磁極朝雜_糾,讓左磁^ 兀件23丨以及右磁性元件23丨’朝側邊偏移預定距離【如2〜2 5公厘㈦叫】。 M426815 >閱第一一五、六圖所示,係為本創作較佳實施例之立體分 解圖3 —立财_、軸移動體時之側視剖關及 =:由圖中所示可清楚看出,本創作於使用時,使用者可將=置於 ^ 手指操控複數操控⑽24、移動體23,移動體23可供 進订則、後方向之滚動,此時,電路模組3之债測模經32即可透 I承載座21 -側透孔212伽移動體23之滚動距離,並操控電腦4營幕 上之喊作上、下位移’又因移動體23之長度短於承載座a之滚動槽 2丨卜使用切可朝左、右細錄體23,細驗32亦是透過承載座 办側处孔扣偵測移動體23之左、右滑移,並操控電腦*營幕上之游 標作左、右位移。 —較佳作法’偵測模組32可以是一種比較—時間區間内前、後連續 先學影像的光絲像侧:且,職絲縣郷之人士所熟知 之技術’在此不再贅述。 再則’當移動體23位移至滾動槽2丨丨其中—側之收容槽丨22時,左 磁性凡件231 «近左砸_模组卿巾或,右雜元㈣丨,將靠近右 磁性感測模組谓,),此時,由於左磁性元件231(或右磁性元件叫所發 射之磁場強度會隨著距_短呈相對應之增強,則左雜感測模組州(或 右磁性感測模組348,)便可依照所感測之磁場變化,以判定移動體Μ之位 移變化量是否達到一預設值。 更詳細而言,當移動體23沿長軸向向左位移,而左感測模㈣感測 矛夕動體23之位移距離達到第—位移變化量時,左感測模組34產生第一感 測訊號並傳送至微處理器31,以使游標移至第一復歸點(即,使游標遂行 —左方位移復歸(叫動作);抑或’當移動體沿長軸向向右位移,而右感 測模組34’感測移動體23之位移距離達到第二位移變化量時,右感測模组 15 M426815 丨〇丨年〇丨月□日修正替換頁 (:產感測訊號並傳送至微處理器3丨,以使游標移至第二復歸點 遂行右方位移復歸(reset)動作)。換句話說,使磁場強度變 移定鱗’發出訊號來操控電腦4螢幕上之游標作上述左、右位 作:由於左磁性元件231以及右磁性元件231,之磁場衰減 確之棋組348以及右磁性感測模組财之電子元件具有 測並發出相對應的復歸或重置訊號。乡戈右方位糾,確貫感[Embodiment] 1 too 2% of the sum of the amount, the technical means and structure of the __, the details of the preferred embodiment of the present description of its features and functions are as follows, the full understanding of the benefits. / (4) The second, third, fourth, and fifth diagrams of the preferred embodiment of the present invention are a three-dimensional external diagram, a three-dimensional decomposition of the H-dimensional external _, a block diagram, and a scrolling side view of the preferred embodiment. It can be clearly seen from the figure that the control device comprises a base 丨, a control module 2 and a circuit • a touch 3; wherein: the base 丨 can be a first body Π 'the second seat 12 And a receiving space 1 形成 is formed between the body-body 11 and the second seat body 12, and the first seat body η is provided with more than one limit portion i! on the bottom surface of the earth-filling space 10, and the first The seat body u is located at the limit portion (1) .. 2^W 112, the 嶋 3 3 3 嶋 鄕 鄕 , 秘 秘 秘 秘 秘 秘 秘 秘 秘 秘 秘 秘 秘 秘 秘 秘 秘 ] ] ] ] ] ] ] ] ] ] ] ] ] ] ] ] Two-seat body 2 is provided with a aligning space (1) for accommodating space 丨〇 connected to the outside of the hollow 丨 2 丨, the hollow groove (2) left and right (along a long axis) concave connection The space 丨〇 收 22, and the front and rear side walls of the hollow slot 121 are provided with more than one limit portion 123 ′ and the front side of the hollow slot 121 is provided with more than one pivot frame 丨丨 4 Slot 24 'second seat|2 is worn again The groove 24 is opposite to the hollow groove|2丨 The other side 12 101 101 ο丨月13日修正 replacement page extension has a handle for the hand and the button 5, and the collar (2) is made of soft or elastic material The right is pure 3, while the Μ丨24 is provided with a plaque 14. The fine control core group 2 has a bearing seat that protrudes into the hollow groove 121 from the accommodating space 1? ! And the bearing seat 21 is provided with a rolling groove on one side of the space of the salty valley, and is adjacent to the hollow of the bearing seat ^ 曰 2 2 ( (4) has a through hole that is connected to the rolling groove (1) by the accommodating space 10 and The bearing seat 21 is provided with one or more limiting blocks 213 which can be assembled relative to the limiting portion m to vertically displace the bearing seat 21 on the side of the rolling groove 2丨丨. The plurality of elastic members 2丨4, the pressing portion and the plurality of positioning woods 2丨6 (see the fifth figure) 'The balance bar 22 is further disposed under the carrier 2', and the balance bar 22 has the base 221 of the plurality of positioning frames 216 under the pivot 4 bearing seat 21, and the base 221 is facing the same direction. · Bend the arm work of the multiple positioning part "2, and bend it in the same direction at the end of the arm 222 and pivot it to the pivot part! The shaft portion 223 of the 13 is further provided with a moving body] in the rolling groove a]. The 'sensing module includes a left sensing module 34 and a right sensing module 34, and the left sensing module is right-insensitive. 〇4 is respectively disposed on the second side of the control, and the left sensing The module % includes a relatively disposed left magnetic component 23A and a left magnetic sensing module 348, and the right sensing module 34' includes a relatively disposed right magnetic component 23丨' and a right magnetic sensing module (10). The left magnetic member 231 and the right magnetic member 231 are disposed on the left and right sides of the movable body 23, and the movable body 3 π has the garment 4 stacked all the way and passes through one or more through grooves to be exposed to the steering element 24. The circuit module 3 is configured to fix the object rolling and horizontal movement in the rolling groove 211 by the microprocessor 3| electrically connected to the positive bearing seat 2, and fix it on the outer side of the object (4) away from the object #2丨丨, and Simplified device 31 connection = ^ for the load-bearing seat 2 丨 the dust-receiving part 2 丨 5 minus 郷 别 · „ „ „ „ „ 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 复 复And respectively, the left magnetic element 23 丨 ... 0, χ and the right magnetic element 23 朝向 are oriented toward the _ body 23 to perform the non-contact sensing of the Pei, the left magnetic and the right magnetic, the _ stealing 348, ^ The connection can be fine 4 _ 4 丨 _ _ (four) discussion 35 == M426815 1 〇 January 01 13 曰 correction replacement page = can, use the serial bus (USB), or other types of connection ^ ^ _ face 32 is usually more like the 收 & >> τ t ... image detection 杈 ·. and to detect the movement of the moving body 23 and the continuous movement of the tear movement, but this is only - enumeration, The pedestal 并非 is not a single body or may be placed by two or more accommodating spaces 10, and may have a built-in wide η core group 2 circuit core group 3 and has Hollow slot (2) to Cheng Gong on the "placement to place the function of the mobile body 23, it is not the rule::: = change in the structure of the effect, should be included in the original two ^ m see the first, fourth, nine riding, For the cube block diagram of the preferred embodiment of the present invention, as shown in the previous embodiment, it can be clearly seen that the left magnetic 348 and the right magnetic sensing module 348 are provided on the circuit board 341. The ratio of the input connection is 342'. The other input end of the comparator 342 is electrically connected to the sensing circuit 343 corresponding to the left magnetic element 231 and the right magnetic element 23, and the moving path is electrically connected to the comparator. The latch 344 and the latch 344 are electrically connected to the output interface 345 of the transmission signal to the micro-processing crying. Since the electronic components mounted on the circuit board 34 are small, the volume is small, and no mechanical mechanism is needed. The space required for the operation, and because of the long-term use of the left magnetic sexy model and the right magnetic sexy _ group Na will not produce mechanical fatigue or poor contact, but still can accurately measure and send the signal 'and thus can achieve the actual trigger Signals and effective space saving for volume purposes. & The above sensing circuit 343 can be a Hall wafer_1 1C) or a magnetoresistive sensor (mag, coffee 'esistive se; sens〇〇, when the sensing circuit is a Hall wafer (four) In the case of the left magnetic element 23丨 and the right magnetic element 23丨, the magnetic poles are aligned at the center of the Hall wafer and the sensing circuit 343 is a magnetoresistive sensor (as shown in the ninth figure) , the left magnetic element 231 and the right miscellaneous element 23 are required, and the magnetic poles are turned toward the misalignment, so that the left magnetic element 23 丨 and the right magnetic element 23 丨 ' are offset to the side by a predetermined distance [eg, 2 to 2 5 Gong (seven) is called]. M426815 > Read the first one of the five and six figures, which is a three-dimensional exploded view of the preferred embodiment of the creation of the present invention - the vertical side of the axis, and the side view of the axis moving body and =: as shown in the figure It is clear that when the creation is in use, the user can place the = finger on the multi-manipulation control (10) 24, the moving body 23, and the moving body 23 can be used for ordering and scrolling in the backward direction. At this time, the circuit module 3 The debt measurement mode can pass through the I bearing seat 21 - the side through hole 212 and the moving distance of the moving body 23, and manipulate the upper and lower displacement of the computer 4 on the screen, and the length of the moving body 23 is short. The rolling groove 2 of the bearing base a is used to cut the left and right fine recording bodies 23, and the inspection 32 also detects the left and right sliding movement of the moving body 23 through the hole buckle at the side of the carrying seat, and controls The cursor on the computer* screen is shifted left and right. The preferred method ‘detection module 32 can be a comparison—the front and back of the optical image side of the image before and after the time interval: and the technique known to those in the occupation of the county is not repeated here. Then, when the moving body 23 is displaced to the receiving groove 22 of the rolling groove 2, the left magnetic member 231 «near left 砸 _ module qing towel or right hex element (four) 丨 will be close to the right magnetic The sexy measurement module says, at this time, due to the strength of the magnetic field emitted by the left magnetic element 231 (or the right magnetic element will increase with the distance _ short, then the left mis-sensing module state (or right magnetic) The sensing module 348, can determine whether the displacement change of the moving body reaches a preset value according to the sensed magnetic field change. In more detail, when the moving body 23 is displaced to the left along the long axis, The left sensing module (4) detects that the displacement distance of the spear-moving body 23 reaches the first-displacement change amount, and the left sensing module 34 generates a first sensing signal and transmits it to the microprocessor 31 to move the cursor to the first Reversion point (ie, making the cursor limping - left displacement reset (called action); or 'when the moving body is displaced to the right along the long axis, and the right sensing module 34' senses the displacement distance of the moving body 23 to reach the second When the displacement changes, the right sensing module 15 M426815 丨〇丨年〇丨月□日修正 replacement page (: production The test signal is transmitted to the microprocessor 3丨, so that the cursor is moved to the second reset point and the right displacement reset action is performed. In other words, the magnetic field strength is shifted and the scale is sent to send a signal to operate the computer 4 screen. The upper cursor is made as the left and right positions described above: due to the left magnetic element 231 and the right magnetic element 231, the magnetic field attenuation of the chess group 348 and the right magnetic sensing module electronic component have measured and corresponding reversion or Reset the signal. Township right orientation, correct feeling

明H、二、七_示,係為本創作較佳實關之立體分 =一立體外_ '下餘動體時之側視剖面圖,由射所示可清楚看出, 2作於使㈣可下_動體23,則㈣體23便會 =位:213’且透過限位部⑴及限位部丨”咖 ^ ^方—個以上之雜元件214,承載油-側之按㈣犯便合 組3之控制開關33 ’產生點擊之效果,因偵測模組‘ =加丨,,當承載座21 τ移時亦可對移動體23進行 23時對其進行左右位移,便可操控游標進行拉選、 料猶,而停止下卿動體23時,一個以上之彈性元件214便合彈 巧=來推抵承載座2丨使其上移,承載座2丨即可利用限位塊2丨㈣ 部丨丨丨、限位部123相對限位而回復至原位。 位 因偵測模組32為裝設於承載座2丨側邊,而非裝設於承載座 且偵測模組_承載座2丨同步下移時恰可進人加之凹_⑴’ 承載座2丨下方之容置空間丨G便僅需裝設限位塊扣、彈性轉叫疋」 位架216及平衡桿22,其高度僅需供承載座2丨進行上 疋 可讓基座丨之厚度變薄,更因承_ 21之透孔 P可’便 下方,使得灰塵不易進入透孔212内,m 不立;側邊而非位於 堆積或卡錢,_免了灰轩擾_,進而可讓_池 =« 好的偵測準確度。 柿诗有民 16 M426815 101年〇1月13曰修正替換頁 得知’移動體23可在承載座21之滚動槽^ 所以使用者手部施力下壓移動體23時, 2夕 移動體23及承載座2丨便會產生變形或_之情^偏^^=下: 複數定位架2丨6枢設有平衡桿仏其 _下方 在基座!之枢接部Π3,當承載座91下㈣g另側之—轴部223則樞接 „, 下移钟可透過利轉22將施力棘 換欣平均的㈣,料讓承載座2丨作平穩的上、下位移,而 利用非硬質之材質(如塑膠、像膠等)製作時,因承載座Μ長==Ming H, II, and _ _, is a side view of the three-dimensional sub-section of the creation of a better real-time _ 'the left remaining body, as shown by the shot, can be clearly seen (4) The next _ moving body 23, then (4) body 23 will be = position: 213' and through the limiting part (1) and the limiting part 丨 "cafe ^ ^ square - more than 214 components, carrying the oil - side of the press (four) The control switch 33' of the group 3 can generate a click effect, because the detection module '=credit, when the carrier 21 τ is moved, the moving body 23 can also be moved left and right at 23 o'clock. When the cursor is controlled, the slider is selected, and when the lower body 23 is stopped, more than one elastic member 214 is slid to the bottom of the carrier 2 to move up, and the carrier can be used for the limit. The block 2丨(4) part and the limit part 123 are returned to the original position with respect to the limit position. The position detecting module 32 is installed on the side of the carrying base 2 instead of being mounted on the carrying seat and detecting When the module _ carrier 2 is moved down synchronously, it can be added to the recess _(1)'. The accommodating space below the cradle 2 仅G only needs to be equipped with a limit block buckle, elastic squeaking 位" Balance bar 22 The height is only required for the upper part of the bearing seat 2 to make the thickness of the base boring thinner, and the through hole P of the bearing _ 21 can be 'below the bottom, so that the dust does not easily enter the through hole 212, m does not stand; The side is not located in the accumulation or card money, _ free of gray Xuan _, which can make _ pool = « good detection accuracy. Persimmon Shi Youmin 16 M426815 101 years old January 13 曰 correction replacement page learned that 'the moving body 23 can be in the rolling groove of the carrier 21 ^ so when the user applies a force to press the moving body 23, the second moving body 23 and the bearing seat 2 会 will produce deformation or _ 情 ^ ^ ^ ^ = lower: multiple positioning frame 2 丨 6 pivot with a balance bar 仏 _ below the pedestal! The pivoting portion Π3, when the bearing seat 91 is lower (four) g, the other side of the shaft portion 223 is pivoted „, the lower shifting clock can be optimised by the slanting rotation 22 (4), so that the bearing seat 2 is smoothed When the upper and lower displacements are made, and the materials are made of non-hard materials (such as plastic, rubber, etc.), the length of the carrier is long ==

生軟化彎曲之f摘’此時村平轉__勉2= ^承 載座21保持平直,讓移動體23可平順的進行滚動、位移。 當然,在其他不同的實施方式中(圖未示出),偵測模組η亦可改為 不隨著承載座2丨同步下移。 请务閱弟〜、二、三、六圖所示,係為本創作較佳實施例之立體外觀 圖 '立體分_、另-立體外觀圖及側移㈣斜之俯視圖,由圖中所示 可清楚看出’承載座21之滾動槽21丨為外露於基座丨之鏤空槽丨21内, 且移動體23之長度為短於滾動槽21丨,是以,移動體23即可由滾動槽叫 内拿起’由於人們的手部經常接觸物品,便會沾染上塵土、灰塵、油S污或 其他雜質’當人們操作移動體23時,上述雜質便會依附在移動體^上, 本創作之移Μ 23可供使时取下進行清理,不僅可鱗飾體23滚動 位移時之順暢度,更可讓手部具有良好之觸感,更因不同使用者所習慣施 加之力道皆有所差異,本創作可供使用者依自己的喜好或習慣更換不同重 量之移動體23 ’進而可達到提昇適用性之目的。 請參閱第二、三、八圖所示,係為本創作較佳實施例之立體分解圖、 另一立體外觀圖、另一實施例之立體分解圖’由圖中所示可清楚看出,操 控模組2之承載座21可直接以滾動槽211供移動體23的座體5丨放置, 來進行滾動或位移,由於移動體23與滾動槽2丨丨會產生磨擦而產生滾動 或位移不順利之缺失,是以,便可利用聚縮醛(ΡΟΜ)、聚四氟乙烯(pTFE, 17 M426815 ,稱鐵弗龍)或其他自潤材質製成承触2丨,滚動槽 可減少移動體23滚動磨擦力之複數助滑元件21 U,其助滑元件21丨^The softening and bending of the f is taken. At this time, the village is turned flat __勉2 = ^ The carrier 21 is kept straight, so that the moving body 23 can smoothly roll and shift. Of course, in other different implementation manners (not shown), the detection module η can also be changed to not move down synchronously with the carrier 2 . Please refer to the second, third, third and sixth figures of the preferred embodiment, which is a top view of the stereoscopic appearance of the preferred embodiment of the present invention, a three-dimensional appearance, a three-dimensional appearance and a side shift (four) oblique view, as shown in the figure. It can be clearly seen that the rolling groove 21 of the bearing seat 21 is exposed in the hollow groove 21 of the base ,, and the length of the moving body 23 is shorter than the rolling groove 21 丨, so that the moving body 23 can be driven by the rolling groove Pick up inside 'Because people's hands often touch objects, they will be contaminated with dust, dust, oil S or other impurities'. When people operate the moving body 23, the above impurities will be attached to the moving body ^, this creation The movement 23 can be removed for cleaning, not only the smoothness of the scale body 23 when rolling, but also the hand has a good touch, and the force exerted by different users is also The difference is that the creation can be used by the user to change the weight of the moving body 23' according to his own preferences or habits, thereby achieving the purpose of improving the applicability. Please refer to the second, third and eighth figures, which are perspective exploded views of the preferred embodiment of the present invention, another stereoscopic appearance view, and an exploded perspective view of another embodiment, as can be clearly seen from the figure. The bearing seat 21 of the control module 2 can be directly placed by the rolling groove 211 for the seat body 5 of the moving body 23 to be rolled or displaced, and the rolling or displacement is not generated due to friction between the moving body 23 and the rolling groove 2 The lack of success is that the polyacetal (ΡΟΜ), polytetrafluoroethylene (pTFE, 17 M426815, called Teflon) or other self-lubricating materials can be used to make the contact 2丨, and the rolling groove can reduce the movement. The body 23 rolls the frictional force of the plurality of sliding elements 21 U, the sliding element 21 丨 ^

ίίΓ7^^(υΡΕ)'PTFE , I 〜BY '陶免或其他对磨材質所製成之球體,透過上述方式降低移動 7秘動槽21丨之間產生的磨擦力,進而提昇移動體23使用時之順暢ίίΓ7^^(υΡΕ)'PTFE, I ~ BY 'Tao or other spheres made of grinding material, reduce the friction between the moving 7 secret groove 21丨 by the above method, thereby improving the use of the moving body 23 Smooth time

:者,移動體23可呈實心狀、呈内部具貫穿槽234之空心狀或於貫 2 —34 _充$物,透過體積變化改變移動體^ *量以符合使用者需 清參閱第九、十騎示,係為本創作又—實施例之立體分解圖' 圖’由圖中所示可清楚看出,基座丨容置空間1〇内裝設有位於鎮空样⑵ 下方之操控模組2 «座21 ,承裁座2UL裝設有顯露於鏤空槽⑵曰之移 _23的座體51’移動體23的座㈣下方為呈鏤空狀並抵料載座u 則 '後側,且移動體23的座體51左、右端為穿入鏤空槽ΐ2ι左、右側之 收容槽」22内,移動體23的座體51上方穿設有連通槽23〇,且移動肋 包括套设有罩覆於連通槽230外側之套體233,套體233環繞於移動體^ 的座體51及承載座21外側’移動體23左、右側為分別裝設有供左ζ性 兀件231以及右磁性元件23丨,定位之固定座232,且左磁性元件以及 右磁性元件23丨,為可朝㈣體23外部伸出或伸人至移動體23内。 其中’於承載座21上設有對正連通槽ζ3〇以偵測套體说滚動與水 平位移之侧触32,以送i±j相對應控觸標㈣直轉與水平位移气 號。當然’於上述移動體23 (抑或,上述座體51結合上述承載座叫町 方’係可搭配設置-移麟槽或—軸導_未示出),以供移動體η (抑 或’上述座體51結合上述承載座21)於其上進行水平位移;另夕卜,在其他 貫施例中,上述偵測模@32亦可與上述移動體η相結合而非設置於上述 承載座2丨上;惟’上述的各種機構搭配或變化設計,皆為熟悉本技藝之 18 101年〇|月13日修正替換頁 人士所知悉,在此即不再予以贅述。 使用時,可施力帶動套體233於承載座21上左' 右位移,並透過帶 動裝設有左磁性元件231以及右磁性元件231’之移動體23同步位移,使 左磁性感測模組348以及右磁性感測模組姻,因應感測到磁場變化並輸 . 出復歸或重置訊號。 舰此外’凊麥閱第二'三'八'九圖所示,係為本創作較佳實施例之立 刀解@、另-立體外觀圖、另—實施例之立體分解圖、又—實施例之立 體分解圖,由圖中所示可清楚看出,複數左磁性元件231以及右磁性元件 籲23丨外部可透過模内射出(insert molding)方式成型有移動體23,或是直接 於移動體23二側内部或外部分別以膠黏、卡扣、焊接等方式固設有左磁 性几件231以及右磁性元件231,,亦可於移動體]左 '右二側先分別裝 設有固定座232 ’再於固定座232上固接有左磁性元件23丨以及右磁性^ 件231’,且承載座上可凹設有供左磁性元件23丨以及右磁性元件ay置 入=曹孔,且移動體23可呈圓柱、_柱、四角柱、五角柱或矩形蓋、 弧蓋等形狀,並可於移動體23外部套設有套體233,其僅具左、右位移 ^袞動之功能即可,非因此即规本創作之專利範圍,如利用其他修錦及 • 料結構變化’均朗理包含於本鑛之專繼_,合予陳明。 上述之移動體23(或套體233)可利用金屬、橡膠、塑膠、木質、鐵氟 f或布,等材質所製成’由於移動體23(或套體233)不論是利用硬質或軟 質之材質進行製作’透過移動體23(或套體233)帶動二側左磁性元件卻 以及右雜TL件231’位移’便可使左磁性感測模組⑽以及右磁性感測模 組3似,感測磁場變化來發射復歸或重置訊號,進而可達到提昇產品 之目的。 4參閱第二'三圖所示,係為本創作較佳實施例之立體分解圖、另一 立體外親圖’由圖中所示可清楚看出’操控模組2可設有複數操控元件 24 ’且複數操控元件μ可透過穿槽丨μ而凸露於基座丨上方外部,上述 19 M426815 丨〇1年〇丨月丨3 之複麟控核24可錢鍵、雜、《或聽 之兀4其僅具供使用者按壓、推滾後觸發電路模組3之控 操作游標之魏即可,非因此即紐本創作之專利細,他= 及等效結構B ’均朗理包含於本_之專鄕_,合_他Μ 上述的實施射,由單—移動體的移動形成—位移變化量,妹本安非 =位:=個移動體的一部分或全體,同時或先後_地鶴The movable body 23 can be solid, has a hollow shape with a through-groove 234 or a continuous volume of 234, and changes the amount of the moving body through the volume change to meet the needs of the user. The ten-riding indication is based on the creation and the three-dimensional exploded view of the embodiment. The figure is clearly shown in the figure. The pedestal 丨 accommodating space 1 〇 is equipped with a control module located below the town empty sample (2). Group 2 «Seat 21, the seat 2UL is equipped with a seat body 51' exposed to the hollow groove (2) _23. The seat (4) of the moving body 23 is hollow and resists the carrier u then the rear side. The left and right ends of the seat body 51 of the moving body 23 are inserted into the receiving groove "22" of the left and right sides of the hollow groove ΐ2, and the communication body 23 is provided with a communication groove 23〇 above the seat body 51, and the moving rib includes a sleeve. Covering the sleeve 233 outside the communication groove 230, the sleeve 233 is surrounded by the seat body 51 of the moving body and the outer side of the carrier 21. The left and right sides of the moving body 23 are respectively provided with a left-handed member 231 and a right The magnetic element 23丨, the positioning fixed seat 232, and the left magnetic element and the right magnetic element 23丨 are protruded or extended to the outside of the (four) body 23 Inside the moving body 23. Wherein, a side contact 32 is provided on the carrier 21 for aligning the slot 3 to detect the rolling and horizontal displacement of the sleeve, so as to send the i±j corresponding control (4) straight and horizontal displacement gas numbers. Of course, 'the above-mentioned moving body 23 (or, the above-mentioned seat body 51 combined with the above-mentioned bearing seat called the town side can be matched with the setting - the shifting groove or the axis guide _ not shown) for the moving body η (or the above seat) The body 51 is horizontally displaced on the carrier 21); in other embodiments, the detection module @32 may be combined with the moving body η instead of the carrier 2 However, the above-mentioned various institutional collocations or changes in design are known to those who are familiar with the skill of the 18th year of the 101st 〇 月 月 月 月 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 When in use, the sleeve 233 can be biased to the left of the carrier 21 to be displaced rightward, and the movable body 23 equipped with the left magnetic element 231 and the right magnetic element 231' can be synchronously displaced to make the left magnetic sensing module 348 and the right magnetic sensor module, in response to sensing the change in the magnetic field and return to reset or reset the signal. The ship is also shown in the second 'three' eight' nine figure of the buckwheat reading, which is the vertical solution of the preferred embodiment of the present invention, the other three-dimensional appearance, the three-dimensional exploded view of the other embodiment, and the implementation As shown in the figure, it can be clearly seen that the plurality of left magnetic elements 231 and the right magnetic elements are externally permeable to the movable body 23 by insert molding, or directly to the movement. The left magnetic part 231 and the right magnetic element 231 are respectively fixed on the inner side or the outer side of the body 23 by means of adhesive, snapping, welding, etc., and may be separately fixed on the left and right sides of the moving body] The holder 232' is further fixed with a left magnetic member 23A and a right magnetic member 231' on the fixing base 232, and the carrier can be recessed for the left magnetic member 23丨 and the right magnetic member ay for the Cao hole. The moving body 23 can be in the shape of a cylinder, a _ column, a quadrangular column, a pentagonal column or a rectangular cover, an arc cover, etc., and can be sleeved on the outside of the moving body 23, and has only the left and right displacements. The function is optional, so it is not the scope of the patent creation, such as the use of other repairs and materials. Structural changes' are designed in the following Long treatment comprising _ the mine's, combined to Chen. The above-mentioned moving body 23 (or the casing 233) can be made of metal, rubber, plastic, wood, iron fluoride f or cloth, etc. 'Because the moving body 23 (or the casing 233) is made of hard or soft The material is made to make the left magnetic sensor module (10) and the right magnetic sensor module 3 like the moving magnetic body 23 (or the sleeve 233), and the right miscellaneous TL member 231 'displacement'. Sensing the change of the magnetic field to transmit the reset or reset signal, thereby achieving the purpose of improving the product. 4 refers to the second 'three-figure view, which is a three-dimensional exploded view of the preferred embodiment of the present invention, and another stereoscopic external view' is clearly seen from the figure. The control module 2 can be provided with a plurality of control elements. 24' and the plurality of control elements μ can be exposed to the outside of the base through the slot 丨μ, the above 19 M426815 丨〇1 year 丨 3 复 麟 控 control 24 can be money, miscellaneous, or listen After that, it only has the Wei for controlling the cursor of the trigger circuit module 3 after the user presses and pushes the scroll, and therefore the patent of the New Zealand creation is fine, and the equivalent structure B' In this _ _ _ _ _ _ _ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Ground crane

請參閱第十-至第十三圖所示,第十一圖為本創作之又一實施 控^置的-立體分解示意圖。—操控裝置包括座體5丨 '電路魅2、電 路核組55、套體53(於本實施例令,其為一移動體)及殼體^。於 例中,殼體Μ包括-底座541與一上蓋542形成—容置空間54〇、:且中知 谷置空間54Q可容置操控裝置的大部分元件,例如座體5卜電路模虹52、 電路模組55、套體53以及細峨控元件524。其中,電路· S2至少 具有一偵測模組52丨(抑或更包括一微處理器522)。 夕 ,其中,,套體53套入座體5卜且電路模組52可設置於另一容置空間 5山中’亚使電路模組52中的偵測模組s2]以非向上的方向⑽如,朝向 下的方向则套體53之内表面531 ;亦即,電路模組52係被套體Μ ◦後而使其用以偵測套體53之内表面別,俾因應套體Μ之水平移動與 滚動’而使制模Μ 521 1生相對應控制游標的水平位移與垂直位移之控 制二戒。當然’於其他實施例中,如果於座體51上方開設一連通槽汹, 則第卜一圖、第十三圖中的電路模組52應予以翻面設置,而使偵測模組 wi叮改為向上對應連通槽52〇,以偵測套體幻之内表面幻卜 。牙槽5421以及鏤空槽姻設置於上蓋犯,藉以分別暴露出下方的 操乜元件524、彳呆控元件554以及套設於座體51的套體53。其次,靠墊 13以及飾板514可設置於上蓋542上;其中,靠墊513可以軟性或彈性 材料说作,藉以提供使用者手部靠抵之用,飾板5丨4對應穿槽42丨處亦設 20 M426815 • 「 101年01月丨3曰修正替換頁 置穿槽以暴露出下方的操控元件 524。 其次,钿控裝置的大部分元件可被容置於容置空間540中,並且固設 氐座$丨上。第十二圖為本創作之另一實施例的底座541的正面示意 S同4《、考第十一圖與第十二圖,於本實施例中,電路模組%包括一 . 黾路板55丨固設於底座54丨上,其包括複數個控制開關553以及一操控元 件554設置於電路板55丨上。部分的控制開關553分別對應上方的操控元 件5_4操&元件524可為按鍵、浪輪、滾球或其他可供手部推壓進行操 作之tl件’其僅具供使用者按壓、推滾後觸發電路模組乃之控制開關切 • &操作鼠標之功能即可’非因此即偽限本創作之專利範圍,如利用其他修 飾及等效結構變化,均應同理包含於本創作之專利範圍内。 電路模組57亦被容置於容置空間540中,並且固設於底座541上。 電路模組57包括一電路板57】以及一傳輸介面572設置於電路板57丨上 的一側’上蓋542的側邊可設有穿槽5423以提供傳輸介面572穿設之用。 要說明的是’本實施例中的電路模組55與電路模組57雖分別設置於個別 獨立的電路板上,但亦可根據設計整合於同一電路板上。以下說明的其他 電路模組亦是可與上述電路模組整合或個別獨立。在個別獨立的電路板設 φ 計時,可藉由導線(或傳輸線)以及傳輸介面適當地電性連接彼此或外界^ 子裝置’抑是各自獨立傳送與接收信號。 第十三圖為本創作之操控模組的部分爆炸示意圖。請同時參照第十一 圖、第十二圖與第十三圖’座體51被收容於容置空間54〇中,其位於電 路模組55的前側位置,並且對應上蓋542的鏤空槽5422的位置。座體 5丨成一條狀(沿一長軸向),兩側端分別設有對接槽5n4。操控模组包= -定位軸5】15設置於座體51與電路模組55之間,其兩端各自與;_推移 座5116以及按壓件5117穿套,其中,定位轴5丨丨5穿套過推移座州6 的-軸孔51 16卜-彈性元件51164後穿抵至按壓件5117的轴孔5ι 。 於本實施例中’定位軸5115被操控模組的固定件5丨丨5丨直接固定於底座 21 ⑷上,抑或是鄕控模組_定件如丨_麻⑷上其他的固定 件(圖上未、-s )上’但本創作未限定定位轴的固定方式,實施例僅用以說明。 其次,推移座5Π6尚包括-頂推部51162以及—套部5u63設置於 部51162 5丨丨6丨之間’其中左磁性聽以及右磁性树(圖上 未繪)設置於套邹51163中,产拔 中工磁性感測模組5343以及右磁性感測模組 ^則^於底座541上並鄰近套部5ii63中的左磁性元件以及右磁性 =,错以感測套部5丨丨63中的左磁性元件以及右磁性元件。推移座㈣Please refer to the tenth to thirteenth drawings. The eleventh figure is a schematic exploded view of another embodiment of the present invention. - The operating device comprises a base 5' 'circuit charm 2, a circuit core set 55, a sleeve 53 (which is a moving body in the present embodiment) and a housing ^. In the example, the housing Μ includes a base 541 and an upper cover 542 forming an accommodating space 54 〇, and the medium visor space 54Q can accommodate most of the components of the operating device, such as the base 5 , the circuit module 55, the sleeve body 53 and the fine control element 524. The circuit S2 has at least one detection module 52 (or more preferably a microprocessor 522). In the evening, the sleeve 53 is inserted into the base 5 and the circuit module 52 can be disposed in the other receiving space 5 in the 'Asian circuit module 52 detecting module s2' in a non-upward direction (10) The downward facing direction is the inner surface 531 of the sleeve 53; that is, the circuit module 52 is smashed by the sleeve to detect the inner surface of the sleeve 53, and the horizontal movement of the sleeve Μ Corresponding to the rolling 'and making the model Μ 521 1 raw control the horizontal displacement and vertical displacement control of the cursor. Of course, in other embodiments, if a communication slot is formed above the base 51, the circuit module 52 in the first and third figures should be turned over, and the detection module is enabled. Instead, the upward corresponding communication slot 52〇 is detected to detect the inner surface of the sleeve. The alveolus 5421 and the hollow sump are disposed on the upper cover, thereby exposing the lower operating member 524, the squat control member 554, and the sleeve 53 sleeved on the base 51, respectively. Secondly, the cushion 13 and the fascia 514 can be disposed on the upper cover 542. The cushion 513 can be made of a soft or elastic material, thereby providing the user's hand to abut, and the plaque 5丨4 corresponding to the groove 42 is also Set 20 M426815 • "January 101 丨 3 曰 correction replacement page is placed through the slot to expose the lower steering element 524. Secondly, most of the components of the tampering device can be accommodated in the accommodating space 540 and fixed The twelfth figure is a front view of the base 541 of another embodiment of the present invention. S is the same as 4, and the eleventh and twelfth drawings. In this embodiment, the circuit module % The circuit board 55 is fixed on the base 54A, and includes a plurality of control switches 553 and a control element 554 disposed on the circuit board 55. The partial control switches 553 respectively correspond to the upper control elements 5_4 The component 524 can be a button, a wave wheel, a rolling ball or other t-pieces that can be operated by the hand pushing. The device 524 can only be pressed by the user, and the triggering circuit module is controlled by the switch. The function of the mouse can be used as a The scope of the invention, as well as the use of other modifications and equivalent structural changes, should be included in the scope of the present patent. The circuit module 57 is also housed in the accommodating space 540 and fixed on the base 541. The module 57 includes a circuit board 57 and a side of the transmission interface 572 disposed on the circuit board 57. The side of the upper cover 542 may be provided with a slot 5423 for providing the transmission interface 572 for insertion. The circuit module 55 and the circuit module 57 in this embodiment are respectively disposed on separate independent circuit boards, but may be integrated on the same circuit board according to the design. Other circuit modules described below may also be The circuit modules are integrated or individually independent. φ timing can be set on individual independent boards, and the wires (or transmission lines) and the transmission interface can be electrically connected to each other or external devices independently, and the signals are independently transmitted and received. The thirteenth figure is a partial exploded view of the control module of the present invention. Please refer to the eleventh, twelfth and thirteenth drawings simultaneously. The seat body 51 is housed in the accommodating space 54 ,, which is located in the circuit. Module 5 The front side position of 5 corresponds to the position of the hollow groove 5422 of the upper cover 542. The seat body 5 is formed in a strip shape (along a long axial direction), and the opposite ends are respectively provided with abutting groove 5n4. The control module package = - positioning shaft 5 15 is disposed between the base 51 and the circuit module 55, and the two ends of the base 51 and the pressing member 5117 are sleeved, wherein the positioning shaft 5丨丨5 passes through the shaft of the state 6 The hole 51 16 - the elastic member 51164 is then passed to the shaft hole 5 of the pressing member 5117. In the embodiment, the positioning shaft 5115 is directly fixed to the base 21 (4) by the fixing member 5丨丨5丨 of the control module, or It is a fixed control module _ fixed parts such as 丨 _ hemp (4) on other fixed parts (not shown, -s) on the 'but the original design does not limit the positioning of the positioning axis, the embodiment is only for illustration. Next, the shifting seat 5Π6 further includes a pushing portion 51162 and a sleeve portion 5u63 disposed between the portions 51162 5丨丨6丨, wherein the left magnetic listening and the right magnetic tree (not shown) are disposed in the sleeve 51163. The middle and middle magnetic sensing module 5343 and the right magnetic sensing module are disposed on the base 541 and adjacent to the left magnetic component and the right magnetic component in the sleeve 5ii63, and are incorrectly in the sensing sleeve 5丨丨63 The left magnetic element and the right magnetic element. Shift seat (4)

$由套。卩5116)套&至按壓件5U7上的軸孔川73中,並可於轴孔$丨⑺ 滑動。推移座5丨16可於定位轴5丨15上滑動,當推移座5U6的頂推部 川^到一長轴方向的外力時,推移座川6可接近按壓件5117,同時 改交左磁性元件與左磁性戌測楛 組一,之間的相對距離2::=:與右磁性感測模 田套月立53沿長軸向向左位移並推移左側 =座=6達到第—位移變化量時,左感測模組因應產生第-感測訊$ by set.卩5116) The sleeve & is to the shaft hole 73 on the pressing member 5U7, and is slidable in the shaft hole $丨(7). The shifting seat 5丨16 is slidable on the positioning shaft 5丨15. When the pushing force of the pushing seat 5U6 is pushed to an external force in the long axis direction, the shifting seat 6 can be brought close to the pressing member 5117, and the left magnetic element is replaced. The relative distance between the left magnetic 戌 楛 楛 , 2 2 : : : : : 与 与 与 与 与 右 右 右 右 右 右 右 右 右 右 右 右 右 右 右 右 右 右 右 右 右 右 右 右 右 右 右 右When the left sensing module generates a first sense signal

ΙΟΙ年〇丨月丨3日修正替換頁 ^理^ t /项抑或傳送至設置於電路模組%、57中的其他微 二二^私“移至弟—復歸點;抑或’當套體53沿長軸向向右位移 夕/丨的推移座5丨16達到第二位移變化量時,右感測模組34,因庫產 生弟二感測訊號並傳送至微處理器522(抑或傳送至設置於電路模㈣' =細鼓處理器)’以使游標移至第二復歸點。再者,壓迫定位軸仙 5丨丨Π^Γ/丨64。咖顿継元件5u64的彈鳩使推移座 回酬未受力的位置。其中,微處理器η2或上述其他微處理器的 ㈣圖中的微處職3卜在此即;^再予以贅述。 併來述’本_之另1施例可為使用光學模組之操控裝置,請合 38以及右圖所不。其中’上述感測模組可為包括左光學感測模組 以干志測換組38’,左光學感測模組38包括左光學發射模組如 以及模組382 ’右光學感測模組38,包括右光學發射模組划, 子妾收拉組382 ’當移動體23達到第一位移變化量時,移動體 22 M426815 101年0丨月丨3曰修正替換頁 23的一部分干涉於左光學發射模組%丨α及左光學接收模組382之間, 而乂非接觸方式產生雜—感測訊號;而較佳之實施例為當移動體U 沿軸向向左位移超過預定位移變化量時,移動體23進人左轉發射模組 38丨以及左光學接收模組382之間,以阻播左光學接收模組如自左光學 ’X射柄組』丨接收信號’將使左光學發射模組%丨因應產生第一感測訊號。 抑或,當移動體23達到該第二位移變化量時,移動體23的一部分干 4、右光干發㈣組381’以及右光學接收模組M2,之間,而以非接觸方 式產生該第二感測訊號;較佳之實施例為,當移動體Β沿軸向向右位移 超k預定位^^化心,飾體23進人右光學發射模組38丨,以及右光學 接收松組382H使右光學發賴組38丨’因應產生第二感測訊號, 以阻擋右光學接收模組382,自右光學發射模組38丨,接收信號。On the 3rd day of the next year, the replacement page is corrected. ^ t / item or transmitted to the other micro-two two privately set in the circuit module %, 57 "shift to the brother - reset point; or "when the body 53 The right sensing module 34 generates a second sensing signal and transmits it to the microprocessor 522 (or to the Set to the circuit mode (4) '=fine drum processor' to move the cursor to the second return point. Again, press the positioning axis 仙5丨丨Π^Γ/丨64. The harem of the 5u64 The position of the return is unstressed. Among them, the microprocessor η2 or the micro-location of the above-mentioned other microprocessors (4) is hereby referred to; ^ will be further described. For example, the control device using the optical module may be combined with 38 and the right picture. The above sensing module may include a left optical sensing module for the dry sensing group 38', and the left optical sensing module. The group 38 includes a left optical transmitting module such as a module 382 'right optical sensing module 38, including a right optical transmitting module, and a sub-retracting group 382' When the moving body 23 reaches the first displacement change amount, a part of the moving body 22 M426815 is replaced by the left optical transmitting module %丨α and the left optical receiving module 382, and a part of the correction replacement page 23 is interposed. The non-contact mode generates a miscellaneous-sensing signal; and the preferred embodiment is that when the moving body U is displaced axially to the left by more than a predetermined displacement variation, the moving body 23 enters the left-turn transmitting module 38丨 and the left optical receiving Between the modules 382, blocking the left optical receiving module, such as receiving signals from the left optical 'X shooting set 』, will cause the left optical transmitting module % 丨 to generate the first sensing signal. Or, when moving the body 23, when the second displacement change amount is reached, a part of the movable body 23 is dry 4, the right light dry hair (four) group 381' and the right optical receiving module M2, and the second sensing signal is generated in a non-contact manner; In a preferred embodiment, when the moving body is displaced axially to the right by a super-k predetermined position, the body 23 enters the right optical transmitting module 38丨, and the right optical receiving loose group 382H causes the right optical to lie. Group 38丨' in response to generating a second sensing signal to block the right light Receiver module 382, the optical transmission module 38 from the right Shu, a received signal.

當然’熟知本技術領域者亦可輕易增設左推移座5116與右推移座 於移動體23二側(如第十一圖至第十三圖所示),藉以隨移動體^之 移動而阻擔左光學發射模組381 u及左光學接收模植撕之信號接收、或 右光學發射模組381,以及右光學接收模組382,之信號接收;抑或,將左 感測模組34以及右感測模組34,改變設置為左光學發射模組38丨與左光= 接收模組382之間之訊號接收原本係被阻摇,右光學發射模组381,與右光 本接收模組382’之間之訊號接收原本係被阻擔,但經移動體23移動後阻 擋消失’使左光學接收模組3 8 2以及右光學接收模組3 82,分別可自左光學 發射模組381以及右光學發射模組382,接收訊號,而後傳送訊號至微處: 器522(抑或設置於電路模組55、57中的其他微處理器)。諸如此類變化, 皆屬熟知本技術領域者可輕易思及之設置。 綜上所述,除了利用移動體23的一部分進入光學發射模組與光學接 收模組之間’以阻擋光學發射模組所發射的信號外,可以選擇的,於光風 發射模組與光學接收模組之間預設有其他的推移件存在,以阻擒光學發射 模組所發射的信號。當利用其他的推移件存在於光學發射模組與光學接收 23 M426815 推二預定位移變化量以推動該其他的 射的信嫌移=離開原來的位置而無法繼續_光學發射模組所發 使仟光學發射模靖發射的信號被光學接收模組接收。 口月繼·續茶閱苐十四Β图 贫 tUs - ^ 圖彳及针四c ®,分縣上i«測模組包括 及右磁性凡件231,對正,使左磁性感_ 件,==咖_8,物着屬獅丨術磁性元 至^ 以進—步判斷㈣體23是科娜—位移變化量。 對正Γ/測Γ毋需沿長轴向與左磁性元件23丨以及右磁性元件?3丨, 性二以=^==:8分—磁 否達到第二位移變化量。 刀大小’以進—步判斷移動體23是 施例=====圖’分別為本創作操控裝置之又一實 以及複數個磁性元件鳩平移動感測模組3401 平移動感聰組3·適以非接觸平移動時,該些水 動感測模&34GH磁η^件遍與該些水平移 化並產生穿Γ· 據以判斷移動體23之水平移動連續變 藉由微處理器3|判定移動體23之水平移動位, 生相對應的水平位移。 逆《又化將使游標產 相似地,感測模.组340更包括沿移動體2 置之複數個垂直移動感測模組34〇3與至少一磁;側的_周緣設 滾動時’該些垂直移動感測模組34。3適以非接觸二 連縯變化而產生細感_號並傳送舰處理二、軸體23之滾動 器),並藉由微㈣31 __ 2 =他微處理 標產生相對應的垂直位移。 _連,..収化’而使游 24 ^26815 10丨年〇丨月丨3曰修正替換頁 才莫·会且3403取4戈前述伯.· |,“_ Λ ^ j401與該些垂直移動感測 H4(b取代4偵測模組32或偵測模 剛功能;當然’前述游標復歸(_)或重 控裝置於實際使用時’為可具有下列各項優㈣ 靠時帶動—側左磁性元件231以及右磁性元件231 以及二^ 以及右磁性感測模組348,讓左磁性感測模組34Of course, those skilled in the art can easily add a left shifting seat 5116 and a right shifting seat to the two sides of the moving body 23 (as shown in the eleventh to thirteenth figures), thereby blocking the movement of the moving body. The left optical transmitting module 381 u and the left optical receiving module tearing signal receiving, or the right optical transmitting module 381, and the right optical receiving module 382, the signal receiving; or, the left sensing module 34 and the right sense The measuring module 34 is changed to set the signal receiving between the left optical transmitting module 38丨 and the left light=receiving module 382 to be blocked, the right optical transmitting module 381, and the right optical receiving module 382'. The signal reception between the two is originally blocked, but after the moving body 23 moves, the blocking disappears. The left optical receiving module 382 and the right optical receiving module 3 82 are respectively available from the left optical transmitting module 381 and the right. The optical transmitting module 382 receives the signal and then transmits the signal to the micro device: 522 (or other microprocessors disposed in the circuit modules 55, 57). Such changes are well known to those skilled in the art. In summary, in addition to using a portion of the moving body 23 to enter between the optical transmitting module and the optical receiving module to block the signal emitted by the optical transmitting module, the optical wind emitting module and the optical receiving module can be selected. Other moving parts are pre-set between the groups to block the signals emitted by the optical transmitting module. When using other moving parts in the optical transmitting module and the optical receiving 23 M426815 pushes the predetermined displacement change amount to push the other shots of the signal to dissipate = leave the original position and cannot continue - the optical transmitting module sends out The signal emitted by the optical emission mode is received by the optical receiving module.口月继· Continued tea reading 苐 Β Β 贫 t t t U U ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ U U U U U U U U U U U U U U U U U U U U U U U U U U U ==Caf _8, the object is a lion's scorpion magnetic element to ^ to advance - step judgment (four) body 23 is the Kona - displacement change. Do you need to follow the long axis and the left magnetic element 23丨 and the right magnetic element? 3丨, sex 2 = ^ = =: 8 points - magnetic No reached the second displacement change. The size of the knife is determined by the step-by-step method. The moving body 23 is a specific example. ===== Figure ' is another real and the magnetic element of the creative control device. The flat moving sensor module 3401 When suitable for non-contact flat movement, the hydro-sensing mode & 34GH magnetic η pieces are horizontally shifted and generated to pass through the data to determine that the horizontal movement of the moving body 23 is continuously changed by the microprocessor 3|The horizontal movement position of the moving body 23 is determined, and the corresponding horizontal displacement is generated. Inverse "Reconstruction will make the cursor production similarly, the sensing mode. The group 340 further includes a plurality of vertical movement sensing modules 34〇3 and at least one magnetic field disposed along the moving body 2; when the side of the circumference is set to scroll' The vertical movement sensing module 34. 3 is suitable for non-contact two-stage change to produce a fine sense _ number and transmits the ship processing 2, the roller of the shaft body 23), and by micro (four) 31 __ 2 = his micro-processing standard Produce a corresponding vertical displacement. _ even, .. collect 'and make a tour 24 ^26815 10 丨 〇丨 丨 3 曰 替换 替换 替换 曰 曰 曰 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 340 Motion sensing H4 (b replaces 4 detection module 32 or detection mode function; of course, 'the aforementioned cursor reset (_) or re-control device in actual use' can have the following advantages (4) Time-driven side The left magnetic element 231 and the right magnetic element 231 and the right magnetic sensing module 348 allow the left magnetic sensing module 34

=8==輸如域趣請咐磁性娜 進门έ \ 械疲核接觸不良之問題,即可確»射訊號之效果 進而可達到提昇操控精準度之目的。 (—)移動體23利用移動日卑-彻|产併w ㈣4一側左磁性讀23丨以及右磁性元件23丨,分另 與左磁性感測模組348以及右磁 Λ次右嵫眭感測杈組348,執行感測即以非接觸^ ⑽測移動體之移動’藉此,移動體23之製造材質便不會受到限制,^ 、用土屬#^轉、木負'鐵敦龍或布材等軟質或硬質之材質進行靠=8==If you lose the domain, please go to the door έ 械 械 械 械 械 械 械 械 械 械 械 械 械 械 械 械 械 械 械 械 械 械 械 械 械 械 械 械 械 械 械 械 械 械(-) The moving body 23 utilizes the moving day-to-be-competition|production and w (four) 4 side left magnetic reading 23 丨 and the right magnetic element 23 丨, and the left magnetic sensing module 348 and the right magnetic Λ right 嵫眭The measurement group 348 performs the sensing to measure the movement of the moving body by non-contact ^ (10), whereby the manufacturing material of the moving body 23 is not restricted, ^, the soil is #^转, the wood is negative 'Tie Dunlong or Soft or hard materials such as cloth

組521的水平偵測功能與垂直偵 置功能,也可輔以另外的感測模 組3405來遂行完成 造’進而可提昇產品之變化性。+妙 。 又1GI王田然,上述弟十一至第十三圖所示套磨 53,亦具有如上述移動體23之功能或性質。 (二)左磁性感測模组348以及右磁性感測模組⑽為於電路板34丨上設有 比ic„。342制|:路,43 '鎖存器344及輸出介面345,其裝設之電子 元件少’左磁性感測模,组348以及右磁性感測模组姻便可具有佔用空間 J之優勢’且基座!容置空間丨〇内又不須預留左磁性感測模組撕以及 右磁性感測H48作動空間’進而達到縮減整體體積之目的。 (四)感測模組除上述以磁性感測方式遂行外,也可改以光學感測方式遂 行移動體的位移感測。 ㈤類似地’亦可視實際應用情況,改以上述該些水平移動感測模組綱 25 M426815 ΙΟΙ年01月丨3日修正替換頁 與該些垂直移動感測模組3403取代前述偵測模組32或電路模組52的水 平偵測功能與垂直偵測功能,以達到免除使用偵測模組32與電路模組52 之目的’並提供另一種設計選擇。 以上所述僅為本創作之較佳實施例而已’非因此即侷限本創作之專利 範圍’故舉凡顧本創作說明f及圖式内容所為之簡易修飾及等效結構變 化,均應同理包含於本創作之專利範圍内,合予陳明。The horizontal detection function and the vertical detection function of the group 521 can also be supplemented by another sensing module 3405 to improve the variability of the product. + Wonderful. Also, 1GI Wang Tianran, the sleeve grinding 53, shown in the above-mentioned eleventh to thirteenth figures, also has the function or property of the moving body 23 as described above. (2) The left magnetic sensing module 348 and the right magnetic sensing module (10) are provided on the circuit board 34丨 with a ratio of ic..342 system|: way, 43' latch 344 and output interface 345, The electronic components are less 'left magnetic sexy model, the group 348 and the right magnetic sensor module can have the advantage of occupying space J' and the pedestal! accommodating space does not need to reserve left magnetic sensing The module tearing and the right magnetic sensing H48 actuating space' further achieve the purpose of reducing the overall volume. (4) In addition to the above-mentioned magnetic sensing method, the sensing module can also change the displacement of the moving body by optical sensing. (5) Similarly, 'depending on the actual application situation, change to the above-mentioned horizontal mobile sensing module, 25 M426815, January, 丨 3, revised replacement page and the vertical motion sensing module 3403 replace the aforementioned Detective The horizontal detection function and the vertical detection function of the module 32 or the circuit module 52 are used to eliminate the use of the detection module 32 and the circuit module 52 and provide another design choice. The preferred embodiment of the creation has been The patentable scope for the 'care it covered the creation of the present description and drawings f whom content simple modifications and equivalent structure changes, should be included within the same token the creation of the scope of the patent, together to Chen.

综上所述,本創作上述操控裝置於使㈣,為確實能達職功效及目 的’ 1本創作誠為-實祕優異之創作,為符合新型專利之申請要件,爱 :#委早曰賜准本案’以保障創作人之辛苦創作,倘若 "Η贿’請不吝來函指示,創作人定當竭力配合,實感德便。In summary, the above-mentioned control device of the present creation is (4), for the purpose of achieving the function and purpose of the work, and the creation of the original patent is in accordance with the application requirements of the new patent, love: #委早曰The quasi-case of this case is to protect the creators' hard work. If the "quote" is not a letter, the creator will try his best to cooperate with him.

26 【圖式簡單說明】 第一圖係為本創作較佳實施例之立體外觀圖。 第二圖係為本創作較佳實施例之立體分解圖。 ―第三圖係、為本創作較佳實施例之另—立體外觀圖。 第四圖係為本創作較佳實施例之方塊圖。 第五圖係、為本創作滾動移動體時之側視剖面圖。 第六圖係為本創作側移移動體時之俯視圖。 第七圖係為本創作下壓移動體時之側視剖面圖。 第八圖係為本創作另一實施例之立體分解圖。 第九圖係為本創作又一實施例之立體分解圖。 第十圖係為本創作又一實施例之俯視圖。 第十圖係為本創作又一實施例之爆炸圖。 第十二圖係為本創作又一實施例之俯視剖面圖。 第十—圖係為本創作又一實施例之部分爆炸圖。 第十四A目係林創狀感測馳包括光學發射以减學接收 模組之示意圖。 乐十四B目係、為本創作之感測模組包括霍_晶片之示意圖。 第十四C®係為本創作之感測模組包括磁阻感測器之示意圓。 第十五A ®係、為本創作操控裝置之水平移動感顯組之示意圖。 第十五B _係、為本創作操控裝置之垂直移動感測模組之示意圖。 第十六圖係為習用之俯視圖。 M42681526 [Simple Description of the Drawings] The first drawing is a three-dimensional appearance of the preferred embodiment of the present invention. The second drawing is an exploded perspective view of a preferred embodiment of the present invention. The third figure is another three-dimensional appearance of the preferred embodiment of the present invention. The fourth figure is a block diagram of a preferred embodiment of the present invention. The fifth figure is a side cross-sectional view of the scrolling moving body. The sixth figure is a top view of the creative side when moving the moving body. The seventh figure is a side cross-sectional view of the creation of the moving body. The eighth figure is an exploded perspective view of another embodiment of the present creation. The ninth drawing is an exploded perspective view of still another embodiment of the present invention. The tenth figure is a top view of still another embodiment of the creation. The tenth figure is an exploded view of another embodiment of the present creation. Figure 12 is a top cross-sectional view of still another embodiment of the present invention. The tenth-picture is a partial exploded view of another embodiment of the creation. The fourteenth A-mesh is a schematic diagram of a sensory module including optical emission to reduce the receiving module. The music 14-mesh system, the sensing module of the present invention includes a schematic diagram of the Huo-chip. The fourteenth C®-based sensing module includes a schematic circle of a magnetoresistive sensor. The fifteenth A ® series is a schematic diagram of the horizontal movement sensing group of the creation control device. The fifteenth B _ system is a schematic diagram of the vertical movement sensing module of the authoring control device. The sixteenth figure is a top view of the conventional use. M426815

10丨年01月13日修正替換頁 【主要元件符號說明】 1 基座 10 容置空間 11 第一座體 111 限位部 1 12 定位部 113 才區接部 1 14 框接架 115 凹槽 12 第二座體 121 鏤空槽 122 收容槽 123 限位部 124 穿槽 125 靠抵部 13 靠墊 14 飾板 2 操控模組 21 承載座 21 1 滚動槽 2111 助滑元件 212 透孔 213 限位塊 214 彈性元件 215 按壓部 216 定位架 22 平衡桿 221 基部 222 支臂 223 軸部 23 移動體 230 連通槽 231 左磁性元件 232 固定座 233 套體 234 貫穿槽 24 操控元件 3 電路模組 31 微處理器 32 偵測模組 33 控制開關 341 電路板 342 比較器 343 感測電路 344 鎖存器 28 M426815Correction replacement page on January 13th, 2010 [Description of main component symbols] 1 Base 10 accommodating space 11 First body 111 Limiting part 1 12 Positioning part 113 Porting part 1 14 Framed frame 115 Groove 12 The second base body 121 the hollow groove 122 the receiving groove 123 the limiting portion 124 the groove 125 the abutting portion 13 the cushion 14 the plaque 2 the control module 21 the bearing seat 21 1 the rolling groove 2111 the sliding element 212 the through hole 213 the limiting block 214 Elastic element 215 Pressing part 216 Positioning frame 22 Balance bar 221 Base 222 Arm 223 Shaft part 23 Moving body 230 Connecting groove 231 Left magnetic element 232 Mounting seat 233 Housing 234 Through slot 24 Manipulating element 3 Circuit module 31 Microprocessor 32 Detection module 33 control switch 341 circuit board 342 comparator 343 sensing circuit 344 latch 28 M426815

10丨年02月03日修正替換頁 345 輸出介面 35 連接介面 4 電腦 41 連接埠 51 座體 5113 容置空間 5114 對接槽 5115 定位軸 51151 固定件 5116 推移座 51161 軸礼 51162 頂推部 51163 套部 51164 彈性元件 5117 按壓件 51173 軸孔 513 靠垫 514 飾板 52 電路模組 520 連通槽 521 偵測模組 522 微處理器 524 操控元件 53 套體 534 強化層 5343 左磁性感測模組 54 殼體 540 容置空間 541 底座 542 上蓋 5421 穿槽 5422 鏤空槽 5423 穿槽 55 電路模組 551 電路板 553 控制開關 554 操控元件 57 電路模組 571 電珞板 572 傳輸介面 531 套體之内表面 34 左感測模組 34, 右感測模組 348 左磁性感測模組 29 M426815 mi年οι月η曰修正替換頁 38 左光學感測模組、 381 左光學發射模組 382 左光學接收模組 3401 水平移動感測模組 3402 磁性元件 3403 垂直移動感測模組 3404 磁性元件 3405 感測模組 9 滾動棒 23 Γ 右磁性元件 348, 右磁性感測模組 5343’ 右磁性感測模組 38, 右光學感測模組 38Γ 右光學發射模組 382, 右光學接收模組 30Modified on February 3, 2010, Replacement page 345 Output interface 35 Connection interface 4 Computer 41 Connection 埠 51 Seat 5113 accommodating space 5114 Docking groove 5115 Positioning shaft 51151 Fixing piece 5116 Pushing seat 51161 Axle 51162 Pushing part 51163 Set 51164 Elastic component 5117 Pressing member 51173 Shaft hole 513 Cushion 514 Decorative plate 52 Circuit module 520 Connecting slot 521 Detection module 522 Microprocessor 524 Control element 53 Housing 534 Strengthening layer 5343 Left magnetic sensing module 54 Housing 540 Included space 541 Base 542 Upper cover 5421 Groove 5422 Empty slot 5423 Through slot 55 Circuit module 551 Circuit board 553 Control switch 554 Control element 57 Circuit module 571 Electrical board 572 Transmission interface 531 Inner surface of the sleeve 34 Left sensing Module 34, right sensing module 348 left magnetic sensing module 29 M426815 mi οι月η曰 correction replacement page 38 left optical sensing module, 381 left optical transmitting module 382 left optical receiving module 3401 horizontal moving Sensing Module 3402 Magnetic Element 3403 Vertical Movement Sensing Module 3404 Magnetic Element 3405 Sensing Module 9 Rolling A right bar 23 Γ magnetic element 348, the right magnetic sensing module 5343 'and right magnetic sensing module 38, the right optical sensing module 38Γ right optical transmission module 382, the right optical receiving module 30

Claims (1)

101年〇丨月13日修正替換頁 申請專利範圍: 1 —種操控裝置,用以操控一游標,包括: 基座界疋有-今置空間,且該基座具有供該容置空間連通外部 之—鏤空槽; -操控模組,設置於該基座上並且至少一部分暴露於該鏤空槽,其 中垓操控模組包括一移動體; —感測模組’包括-左感測模組以及—右感測模組;以及 組’谷置於該容置空間’該電路模組包括-偵測模組以及 ^理器,該偵測模組面對該移動體,且與該微處理器電性連接; 其中,當該移動體沿-長軸向向左位移,且該移動體之位移距離達 轉變化鱗,該左制模_應產生—«並傳送至 位/^’以使該游標移至一第—復歸點;當該移動體沿該長軸向向右 2生且峨如^_1:刪w,蝴測模組因 點。H則訊號並傳送至該微處理器,以使該游標移至-第二復歸 置丨細之操控裝置,其中該操控模組設有由該容 供該移二 承載座,且該«座遠離該容置空間之一側設有 該容置以^亚物㈣或肋之1動槽,並於該承載座側邊設有由 或侦咐翻模組偵測該移動體之滚動的連續移動變化,及/ 該透孔遠^該二==軸向移動的連續移動變化,且該偵測模組位於 3、如申請專利筋囡窜 第2項所述之操控裝置,其中該操控模組包括一平衡 31 M426815 --------—__- • 101年0丨月13曰修正替換頁 桿’該平衡桿之-側棍接於該基座,該平衡桿之另一側延伸至該縷空槽以 抵持該承載座’且該承載座為於相對該滚動槽另側設有複數彈性元件。 4、 如申請專利範圍第2項所述之操控裝置,其中該承載座為於相對該滾 •動槽另側凸設狂少—之按壓部,且該電賴組為⑽微處理器連接有供 . 該承載座下壓後供該按壓部抵壓之至少一控制開關。 5、 如申請專繼圍第丨補述之操控裝置,其中絲座之該鏤空槽左、 右側分別設有連通該容置空間之-收容槽,該操控漁具有—承載座,設 籲置於於該容置空間内之該鏤空槽下方,該承載座上裝設有位於該鎮空槽内 且左、右端為分別穿人左、右側之該收容槽内之該移動體,該移動體上穿 設有-連· ’賊移減上絲設„覆於錢賴㈣恤環繞於該移 動體及該承載座外侧之-套體’且該偵測模組設置於該承載座上以制該 套體滾動。 ' 6、 如申請專利範圍第!項所述之操控裝置,其中該電路模組為以該微處 理器電性連接有可與電腦連接璋相互電性插接之—連接介面,且該連接介 面可為通用序列匯流排(USB)、PS2或其他連接介面。 _ 7、如申請專利範圍第丨項所述之操控裝置,其中該左感測模組包含一相 對設置之左磁性元件以及一左磁性感測模組,該右感測模組包含一相對設 置之右磁性元件以及—右祕感賴組,該左雜元件以及該右磁性元件 利用取、黏、卡扣或焊接方式固設於該移動體二側之内部或外部,或是模内 射出(insert molding)方式與該移動體一起成型。 8、 如申請專利範圍第7項所述之操控裝置,其中該移動體左、右二側分 別裝設有供該左磁性元件以及該右磁性元件固接之一固定座,且該左磁性 元件以及該右磁性元件可麟移動體外部伸出或伸人至該移動體内。 9、 如申請專利範圍第1項所述之操控裝置,其中該移動體呈圓柱、_ 32 M426815 |〇1年0丨月丨3日修正替換頁 往、四角枉或五角枝形狀。 士申叫專第丨項所述之操控裝置其巾該感測模轉有—電路 •板上編峨_紅—_,賊刪—輪入端為電 吐連接有㈣心轉動體移祕徑之—感測魏該比較轉出端則電 〖連接於齡s ’,¾鎖存^再電性連接有傳輪峨至·處理器之 出介面。 。 月· η '如巾請專槪圍第丨項所述之操妙置,其中該左感測包含—相 籲騎之左磁吐凡件以及—左磁性感測模組’該右感測模組包含—相對應之 右磁性元件以及一右嵫性感測模組。 丨2、如申請專利範圍第u項所述之操控裝置,其中該左磁性元件以及該 、’ \元件刀別。又置於§亥於該移動體之兩端’且該左石兹性感測模組與該右 磁性感測模组分別與該左磁性元件以及該右磁性元件相對應而設置靠近 於該移動體之_ ’抑或該左磁職組與該右雜感測漁分別設置 於該移動體之_ ’且該左祕元件从該右雜元件分別無左磁性感 ’J模.且與μ右磁性感測模組相對應而設置靠近於該移動體之兩側。 鲁丨3、如中請專利範圍第丨丨項所述之操控裝置,其中該操控模組更包括一 座體、-左推移座以及-右推移座分別設置於該座體的兩端,以及作為該 fla的套肢套6又於遠座體上,且該偵測模組設置於該座體上,以偵測 該套體之滾動以及滑移。 14、如申請專利範圍第丨3項所述之操控裝置,其中該左磁性元件以及該 右磁性元件分別設置於該左推移座與該右推移座,且該左磁性感測模組與 。玄右磁性感測模組設置於該電路模組上且分別靠近該左磁性元件以及該 右磁性元件,抑或該左磁性感測模組與該右磁性感測模組分別設置於該左 推私座與减右推移座,且該左磁性元件以及該右磁性元件設置於該電路模 33 M426815 V 10丨年〇丨月丨3日修正替換頁 組上且分別靠近該左磁性感測模組與該右磁性感測模組。 15、 如申請專利範圍帛12或14項所述之操控裝置,其中該左磁性感測模 組與該右磁性感測模組為一磁阻感測器(magnet0_resistivese賺;罐 sensor) ’且該磁阻感測器以非接觸式方式感測該左磁性元件以及該右磁性 . 凡件所產生之磁場強度變化以判斷該移動體之該第一位移變化量以及該 第二位移變化量。 16、 如申請專利範Μ 12或M項所述之操控裝置,其中該左磁性感測模 籲組與該右磁性感測模組分別包括一霍爾晶片㈣丨丨⑺,且該些霍爾晶片分 別對正該左磁性元件以及該右磁性元件之磁極,且該霍爾晶片以非接觸式 方式感測該左磁性元件以及該右磁性元件所產生之磁場強度變化以判斷 该移動體之該第一位移變化量以及該第二位移變化量。 口、如中請專碰1S第丨項所述之操控裝置,其中該左感測模組包括一左 光學發射模組以及-左光學接收模組,該右感測模組包括_右光學發射模 組以及-右光學接收模組,當該移動體達到該第一位移變化量時,該移動 體的-部分干涉霞左光學發賴組以及該左光學接收模組之間,以產生 • 1玄第一感測訊號,當該移動體達到該第二位移變化量時,該移動體的一部 分干涉該右光學發射模組以及該右光學接收模組之間,產生該第二感測訊 號。 18、如中請專利範圍第丨項所述之操控裝置,其中該操控模組更包括一座 體、-左推移座以及-右推移座’且該移動體係為—套體,該套體套設於 該座體上,而該左推移座以及該右推移座推移座分別相對於該套體之二端 設置,且該偵繼組設置於該座體上,以制該套體之滚動以及滑移。而 丨9 '如申請專利範Μ 1項或第18項所述之操控裝置,其中該左感測模 組包括-左光學發射模組以及左光學接收模組,該右感測模組包2_右= 34 M426815 101年〇丨月丨3日修正替換頁 Γ制模組以及右光學接收模組,當該移動體沿該長軸向向左位移達到該 =位#又化满,該移動體或該左推移座中之任—者進人該左光學發射 ._组以及該左光學接收模組之間,以阻播該左光學接收模自該左光學發射 • 收信號,將使該左光學發射模組因應產生該第一感測訊號,當該移 •動體沿該長轴向向右位移達到該第二位移變化量時,該移動體或該右推移 座中之任—者.社光學發射模組以及該右光學接賴組之間,以阻擔 該右光學接收模自該右光學發射模組接收信號,將使該右光學發射模組因 Φ 應產生該第二感測訊號。 20、如巾請專概_丨項所述讀控裝置,其巾該感職組更包括沿該 長麵設置之概個水平移動感灌組,㈣感測該移動體之水平位移的 連續變化而產生一第三感測訊號並傳送到該微處理器。 =、如申請專利範圍第】項所述之操控裝置,其中該感測模組更包括沿該 私動體之環形周緣設置之複數個垂直移動感測模組,用以感測該移動體之 滾動的連續變化而產生一第四感測訊號並傳送到該微處理器。 22、—種操控裝置,用以操控一游標,包括: Β —基座,界定有一容置空間; —操控模組,設置於該基座上;其中’該操控模組包括一移動體; —感測模組:以及 —電路模組,容置於該容置空間,該電路模組包括一微處理器,且 該微處理器與該感測模組電性連接; 其中,當該移動體沿一長軸向位移,且該移動體之位移距離達到一 第-位移變化量時,該感測模組因應產生一第—感測訊號並傳送至該微處 理器’以使該游標移至一第一復歸點。 23 '如申請專利範園第22項所述之操控裝置,其中該感測模組包含一磁 35 M426815 10丨年〇丨月13日修正替換頁 性感測模組以及一磁性元件,該磁性感測模組與該電路模組電性連接,且 該磁性元件設置於該操控模組之至少一側端,該磁性感測模組為一磁阻感 測器(magneto-丨’esistive sensor ; MR sensor) ’且該磁阻感測器以非接觸式方 • 式感測該磁性元件所產生之磁場強度變化以判斷該移動體之該第一位移 • 變化量。 24 '如申請專利範圍第22項所述之操控裝置,其中該感測模組包含一磁 性感測模組以及一磁性元件,該磁性感測模組與該電路模組電性連接,且 • 該磁性元件設置於該操控模組之至少一側端,該磁性感測模組為一霍爾晶 片(Hall丨〇 ’其中該磁性感測模組中心處對正該磁性元件之磁極,且該霍 爾晶片以非接觸式方式感測該磁性元件所產生之磁場強度變化以判斷該 移動體之該第一位移變化量。 25、 如申請專利範圍第22項所述之操控裝置,其中該感測模組包括一光 孥發射模組以及一光學接收模組’當該移動體沿該長軸向位移達到該第一 位移變化量時,該移動體進入該光學發射模組以及該光學接收模組之間, 以阻抵泫光學接收模組自該光學發射模組接收信號,將使該光學發射模組 • 以非接觸式方式因應產生該第一感測訊號;其中,該光學發射模組以及該 光學接收模組設置於該操控模組之至少一側端。 26、 如申請專利範圍第22項或第25項所述之操控裝置,其中該感測模組 更包括沿該長軸向設置之複數個水平移動感測模組以及沿該移動體之環 形周緣設置之複數個垂直移動感測模組,當該移動體沿該長軸向水平移動 日可’該些水平移動感測模組適以非接觸式方式感測該移動體之水平位移的 連續變化而產生一第三感測訊號並傳送到該微處理器,當該移動體遂行滾 動時’該些垂直移動感測模組適以非接觸式方式感測該移動體之滾動的連 績變化而產生一第四感測訊號並傳送到該微處理器。 36 M426815 27、如申請專利範圍第22項所述之操控裝置,其中該^ 空槽’以供設置於該基座上之該操控模組的至少—部分暴露於該鎮空槽, 抑或其中該電賴組更包括^應組,該_模組面對該軸體 該微處理器電性連接。 /、 1如中請專概圍第27項所述讀控裝置,其中該偵測模組卿巧 動體之滚動的連續移動變化及該移動體沿該錄向水平移動的連續移動夕 ,化’抑是,該制模組彳貞繼移動體之轉的連續移動變化或偵測 ’力體沿該長軸向水平移動的連續移動變化。 '、 29、一種操控裝置,用以操控一游標,包括: —基座’界定有一容置空間; -操控敏,設於絲赶;其巾,麵控触包括—移娜. —感測模組;以及 且’ 該微處理♦置於_空間令_組包括—微處理器,且 处理益與該感測模組電性連接; 其中’當該移動體沿一長軸向仇銘, ^訊號並傳送至該微處理器。 4測核、域應產生-第-感 抑或其中該$29項所14之操控裝置’其中該長⑽為-水平轴, 移,且該移包括一套體’抑或其中當該移動體沿該長軸向位 生該第;移:吻—第一位移變化量時,測模組因應產 “W,以使該游標移至一第—復歸點。 37101 years of the 13th revised page replacement patent application scope: 1 - a control device for manipulating a cursor, including: the base boundary has a - present space, and the base has a space for connecting the external space a control module disposed on the base and at least partially exposed to the hollow slot, wherein the control module includes a moving body; the sensing module includes a left sensing module and The right sensing module; and the group 'the valley is placed in the accommodating space', the circuit module includes a detecting module and a processor, the detecting module faces the moving body, and is electrically connected to the microprocessor Sexual connection; wherein, when the moving body is displaced to the left along the long axis, and the displacement distance of the moving body reaches the change scale, the left mode _ should be generated - «and transmitted to the bit / ^ ' to make the cursor Move to a first-return point; when the moving body is 2 to the right along the long axis and if ^_1: delete w, the module is determined by the point. H is transmitted to the microprocessor to move the cursor to the second reset device, wherein the control module is provided with the carrier, and the seat is far away One side of the accommodating space is provided with the movable groove for accommodating the object (four) or the rib, and the side of the carrier is provided with a continuous detection of the rolling of the moving body by the detector or the flip module. The movement change, and / the through hole is far from the continuous movement change of the second == axial movement, and the detection module is located at 3. The control device described in claim 2, wherein the control mode The group includes a balance 31 M426815 --------___- • 101 years 0 months 13 曰 correction replacement page rod 'the balance bar - the side stick is attached to the base, the other side of the balance bar Extending to the hollow groove to abut the carrier 'and the carrier is provided with a plurality of elastic elements on the other side opposite to the rolling groove. 4. The control device according to claim 2, wherein the carrier is a pressing portion that is convexly opposite to the other side of the roller and the movable slot, and the battery is connected to the (10) microprocessor. The at least one control switch for pressing the pressing portion after the bearing seat is pressed. 5. If the control device is applied for the supplement of the second section, the left and right sides of the hollow seat of the wire seat are respectively provided with a receiving groove for connecting the accommodating space, and the control fish has a bearing seat and is placed on the handle. Below the hollow slot in the accommodating space, the carrier is provided with the moving body in the vacant slot of the town, and the left and right ends are respectively placed in the receiving slot of the left and right sides, and the moving body is on the moving body. Wearing a - · ' 贼 贼 移 移 ' ' 覆 覆 覆 钱 钱 钱 钱 钱 钱 钱 钱 钱 钱 钱 钱 钱 钱 钱 钱 钱 钱 钱 钱 钱 钱 钱 钱 环绕 环绕 环绕 环绕 环绕 环绕 环绕 环绕 环绕 环绕 环绕 环绕 环绕The casing is rolled as described in the patent application, wherein the circuit module is electrically connected to the microprocessor and has a connection interface with the computer. The connection interface may be a universal serial bus (USB), a PS2 or other connection interface. The control device according to the above-mentioned claim, wherein the left sensing module comprises a relative left magnetic Component and a left magnetic sensing module, the right sensing module a right magnetic component and a right-looking sensor group, the left-hand component and the right magnetic component are fixed to the inside or the outside of the movable body by picking, sticking, snapping or soldering, or The insulating molding method is formed in the same manner as the moving body. The operating device according to claim 7, wherein the left and right sides of the moving body are respectively provided with the left magnetic component and the The right magnetic element is fixed to one of the fixing bases, and the left magnetic element and the right magnetic element can be externally extended or extended into the moving body. 9. The operating device according to claim 1 , wherein the moving body is in the shape of a cylinder, _ 32 M426815 | 〇 1 year 0 丨 丨 日 修正 修正 修正 修正 修正 修正 修正 修正 修正 修正 修正 修正 修正 修正 修正 修正 修正 修正 修正 修正 修正 修正 修正 修正 修正 四 四 四 。 。 操控 操控 操控 操控 操控 操控 操控The mold has a circuit - on-board editing _ red - _, thief deleted - the wheel is connected to the electric spit (4) the heart is moving the body to move the path - the sense of the Wei compared to the end of the electricity 〖 connected to the age s ', 3⁄4 latch ^ re-electrical connection has a rim to The interface of the device. . . . η '如巾 Please specialize in the 妙 所述 所述 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , 左 左The group 'the right sensing module includes a corresponding right magnetic element and a right 嵫 sensing module. 丨 2. The operating device of claim u, wherein the left magnetic element and the \Component刀别. It is placed at both ends of the moving body' and the left-hand magnet sensing module and the right magnetic sensing module are respectively arranged corresponding to the left magnetic element and the right magnetic element Close to the mobile body or the left magnetic component and the right miscellaneous sensing fish are respectively disposed on the mobile body _ ' and the left secret component from the right miscellaneous component respectively has no left magnetic sexy 'J mode. The μ right magnetic sensing module is disposed adjacent to both sides of the moving body. The control device of the third aspect of the patent application, wherein the control module further comprises a body, a left shift seat and a right shift seat respectively disposed at two ends of the seat body, and The sleeve 6 of the fla is further disposed on the distal body, and the detecting module is disposed on the base to detect rolling and slipping of the sleeve. 14. The control device of claim 3, wherein the left magnetic element and the right magnetic element are respectively disposed on the left and the right shifting seats, and the left magnetic sensing module is coupled to. The right magnetic sensing module is disposed on the circuit module and adjacent to the left magnetic component and the right magnetic component respectively, or the left magnetic sensing module and the right magnetic sensing module are respectively disposed on the left sliding private And the right and left magnetic elements are disposed on the circuit module 33 M426815 V 10 修正 丨 丨 日 日 修正 修正 修正 且 且 且 且 且 且 且 且 且 且 且 且The right magnetic sensing module. 15. The control device of claim 12 or 14, wherein the left magnetic sensing module and the right magnetic sensing module are a magnetoresistive sensor (magnet0_resistivese earn; tank sensor) and The magnetoresistive sensor senses the change in the magnetic field strength generated by the left magnetic element and the right magnetic component in a non-contact manner to determine the first displacement change amount of the moving body and the second displacement change amount. 16. The control device of claim 12, wherein the left magnetic sensing mode group and the right magnetic sensing module respectively comprise a Hall wafer (four) 丨丨 (7), and the Halls The wafers are respectively aligned with the magnetic poles of the left magnetic component and the right magnetic component, and the Hall wafer senses a change in the magnetic field strength generated by the left magnetic component and the right magnetic component in a non-contact manner to determine the moving body The first displacement change amount and the second displacement change amount. In the case of the mouth, please refer to the control device described in the item 1S, wherein the left sensing module includes a left optical transmitting module and a left optical receiving module, and the right sensing module includes a right optical emission. a module and a right optical receiving module, when the moving body reaches the first displacement change amount, the part of the moving body interferes between the Xia Zuo optical squaring group and the left optical receiving module to generate a a first sensing signal, when the moving body reaches the second displacement change amount, a part of the moving body interferes between the right optical transmitting module and the right optical receiving module to generate the second sensing signal. 18. The control device of claim 3, wherein the control module further comprises a body, a left shift seat, and a right shift seat, and the moving system is a sleeve body, and the sleeve is sleeved. The left shifting seat and the right shifting seat shifting seat are respectively disposed at opposite ends of the sleeve body, and the detecting group is disposed on the seat body to make the sleeve rolling and Slip.丨9', as claimed in claim 1 or claim 18, wherein the left sensing module comprises a left optical transmitting module and a left optical receiving module, and the right sensing module package 2 _Right = 34 M426815 In the 101st year of the 101st, the replacement page clamping module and the right optical receiving module are modified. When the moving body is displaced to the left along the long axis, the = bit # is full, the movement is The body or the left shifting seat enters between the left optical transmitting ._ group and the left optical receiving module to block the left optical receiving mode from the left optical transmitting/receiving signal, which will enable The left optical transmitting module generates the first sensing signal, and when the moving body moves to the right along the long axis to reach the second displacement change amount, the moving body or the right shifting seat is any one of Between the optical transmission module and the right optical access group, the right optical receiving module is blocked from receiving signals from the right optical transmitting module, so that the right optical transmitting module should generate the second sense due to Φ Test signal. 20. For the towel, please refer to the reading and controlling device mentioned in the article. The sensory group includes a horizontal moving irrigation group set along the long surface, and (4) sensing the continuous change of the horizontal displacement of the moving body. A third sensing signal is generated and transmitted to the microprocessor. The control device of the invention, wherein the sensing module further comprises a plurality of vertical motion sensing modules disposed along a circumference of the private body for sensing the moving body. A continuous change in scrolling produces a fourth sensed signal and is transmitted to the microprocessor. 22, a control device for controlling a cursor, comprising: Β - a base defining an accommodation space; - a control module disposed on the base; wherein the control module includes a moving body; The sensing module: and the circuit module is disposed in the accommodating space, the circuit module includes a microprocessor, and the microprocessor is electrically connected to the sensing module; wherein, when the mobile body When the displacement of the moving body reaches a first-displacement change amount, the sensing module generates a first sensing signal and transmits it to the microprocessor to move the cursor to A first return point. 23 'If the control device described in claim 22, wherein the sensing module comprises a magnetic 35 M426815 10 〇丨 〇丨 13 13 13 13 13 修正 修正 修正 修正 修正 修正 修正 修正 修正The measuring module is electrically connected to the circuit module, and the magnetic component is disposed on at least one side of the control module, and the magnetic sensing module is a magnetoresistive sensor (magneto-丨'esistive sensor; MR Sensor) 'and the magnetoresistive sensor senses the change in the magnetic field strength generated by the magnetic element in a non-contact manner to determine the first displacement and the amount of change of the moving body. The control device of claim 22, wherein the sensing module comprises a magnetic sensing module and a magnetic component, the magnetic sensing module is electrically connected to the circuit module, and The magnetic component is disposed on at least one side of the control module, and the magnetic sensing module is a Hall wafer (Hall丨〇', wherein the magnetic sensing module center is aligned with the magnetic pole of the magnetic component, and the magnetic component The Hall wafer senses a change in the intensity of the magnetic field generated by the magnetic element in a non-contact manner to determine the first displacement change amount of the moving body. 25. The control device according to claim 22, wherein the sense The measuring module includes a diaphragm transmitting module and an optical receiving module. When the moving body is displaced along the long axis to reach the first displacement variation, the moving body enters the optical transmitting module and the optical receiving module. Between the groups, receiving the signal from the optical transmitting module by the optical receiving module, the optical transmitting module is configured to generate the first sensing signal in a non-contact manner; wherein the optical transmitting module And the optical receiving module is disposed at at least one side of the control module. The control device of claim 22, wherein the sensing module further comprises the long axis along the long axis a plurality of horizontal movement sensing modules and a plurality of vertical movement sensing modules disposed along a circumference of the moving body, and the horizontal movement of the moving body along the long axis The group senses a continuous change of the horizontal displacement of the moving body in a non-contact manner to generate a third sensing signal and transmits the third sensing signal to the microprocessor, and the vertical moving sensing module is when the moving body is scrolling Sense of a change in the rolling of the moving body in a non-contact manner to generate a fourth sensing signal and transmit it to the microprocessor. 36 M426815 27. The operating device according to claim 22, Wherein the vacant slot is at least partially exposed to the vacant slot of the control module disposed on the pedestal, or wherein the cradle further comprises a group, the _ module facing the axis The microprocessor is electrically connected /, 1 For example, please refer to the reading and controlling device mentioned in item 27, wherein the detecting module continuously moves the rolling movement and the moving movement of the moving body along the horizontal moving direction , , is the continuous movement change of the module following the movement of the moving body or detecting the continuous movement of the force body moving horizontally along the long axis. ', 29, a control device for manipulation A cursor includes: - the base defines an accommodation space; - the control is sensitive, is set in the silk; the towel, the surface control includes - the sensor module; and the 'micro processing The _space command_group includes a microprocessor, and the processing benefit is electrically connected to the sensing module; wherein 'when the mobile body is along a long axis, the signal is transmitted to the microprocessor. The core, the domain should produce - the first - or the control device of the $29 item 14 wherein the length (10) is the - horizontal axis, the shift, and the shift comprises a set of bodies or where the moving body is along the long axis Position: the shift: kiss - the first displacement change, the test module responds to the production "W, so that Hover over a first - reset point. 37
TW100217202U 2011-09-14 2011-09-14 Control device TWM426815U (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI662443B (en) * 2018-05-31 2019-06-11 宏原科技有限公司 Control device and methods of operation thereof

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI662443B (en) * 2018-05-31 2019-06-11 宏原科技有限公司 Control device and methods of operation thereof

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