TWM259245U - Magnetically swinging counting controller and resetting structure - Google Patents

Magnetically swinging counting controller and resetting structure Download PDF

Info

Publication number
TWM259245U
TWM259245U TW93208353U TW93208353U TWM259245U TW M259245 U TWM259245 U TW M259245U TW 93208353 U TW93208353 U TW 93208353U TW 93208353 U TW93208353 U TW 93208353U TW M259245 U TWM259245 U TW M259245U
Authority
TW
Taiwan
Prior art keywords
swing
control
homing
patent application
poles
Prior art date
Application number
TW93208353U
Other languages
Chinese (zh)
Inventor
Wen-Jin Li
Shang-Hau Chen
Original Assignee
Jing Bo Technology Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Jing Bo Technology Co Ltd filed Critical Jing Bo Technology Co Ltd
Priority to TW93208353U priority Critical patent/TWM259245U/en
Publication of TWM259245U publication Critical patent/TWM259245U/en

Links

Landscapes

  • Mechanical Control Devices (AREA)

Description

M259245 四、創作說明(1) 【新型所屬之技術領域】 本創作係為一種「磁性搖擺計量控制器暨歸位結 構」,其設計目的要旨在於··革新並解決習者計量^ 中之左、纟向控制構造暨歸位設計,並利用搖擺位:動1 驅使恆性磁鐵因位移而產生磁場變化信號’進而 = 化信號資料以達到計量控制能力之結構設計。取该變 中ίΐΓΐΐ前題係配置於計量控制器之滾控輪機構 中,以專做為左、右向計量控制 右:一凌恍鹼撬姐 ^ 、、、口稱中包括 搖擺桿 有:-滾控輪機構、一樓合基座、一搖擺桿、 鐵、霍爾感測元件及歸位結構所構成;其中之滾 L :由内部之電子電路板及感測元件所構:4 案專利訴=制旋轉向量計量控制(該機構非為本 ^人兮振& μ滾控輪機構前、後向均設有一縱向樞 轴並々該樞軸跨置並活樞於前、祛;^人Α广上冰 使整個滾,構可具左、動1:合基座卡槽之内, 搖擺杯係與前诚盆一 , 體,擺體之内另嘹有八:3軸連設,下方則連設有-擺 槽内之怪性磁“ί二合;;置,性磁鐵之容置槽,以使 設於怪性磁鐵下ί鐵i產生之磁場變化原理,將可藉由平 信號變化資料以、隹之隹爾感測元件進行擷取左、右向磁場 搖擺桿係右向控制機能。 一彈性歸位條,=r輪機構之樞軸連設,在搖擺桿上設置 無外力施予滾批认2控制滾控輪機構之復歸位機能。當 二-時’該彈性歸位條係恆處於復歸位之中M259245 4. Creation Description (1) [Technical Field to which the New Type belongs] This creation is a "magnetic swing measurement controller and homing structure", which is designed to innovate and solve the measurement of learners ^ Left, Orientation control structure and homing design, and use of swing position: moving 1 drives the permanent magnet to generate a magnetic field change signal due to displacement, and then converts the signal data to achieve the structure control design of measurement. Take the change in the previous question, which is configured in the roller control wheel mechanism of the metering controller, and is dedicated to the left and right metering control right: a ling 恍 alkali prying sister ^ ,,, and the name includes a swing lever:- Roller control wheel mechanism, first floor combined base, a rocker, iron, Hall sensing element and home structure; among them, Roll L: constructed by internal electronic circuit board and sensing element: 4 patents V. = Rotational vector measurement control (the mechanism is not for the people ^ Vibration & μ roller control wheel mechanism is provided with a longitudinal pivot in the front and rear directions and the pivot is straddled and pivoted forward and backward; ^ person ΑGuangshang ice makes the whole roll, the structure can be left and right 1: inside the base card slot, the swing cup is connected to the front bowl, the body, there are eight inside the swing body: 3 axes are connected, below Then, a strange magnetic "tilt in the pendulum slot" is connected together; the receiving slot of the sexual magnet is set so that the principle of the magnetic field generated by the iron i under the strange magnet will be able to use the flat signal The change data is captured by the sensor element of the left and right. The left and right magnetic field swing levers are controlled by the right direction. A flexible return bar, = r turbine The pivot-connecting, without external lever disposed on a swing roller applicator roller ratified on the second control bit reset function of the control mechanism when the two wheel - when 'the resilient strip based homing is constant in bit reversion

ΙΜ 第5頁 M259245 四、創作說明(2) 心位置。當外力施予滾控輪使直左、 亦同時對該彈性歸位條提供橫向復歸位之。力^時各^ :壓滾控輪使其向下移動時,外力亦同時對該彈性田 提供縱向復歸位之力源;因此,不論滾护輪被/ 或縱向之外力,該彈性歸位條均且右^ 袞奋控/认被^予橫向 歸位之效能β ρ位條均具有使滚控輪機構自動復 y爾感測兀件係為擷取恆性磁鐵因位 C理單元將搁取之信號轉換 藉由1 ϊ ί:理器運算轉換為相對之位移向量資料,、 ^"面將位移向量資料傳送給電腦系統或電子設 備以作為控制及應用。 丁又 【先前技術】 本2作係為一種「磁性搖擺計量控制器暨歸位結 有的於二=的在於提供一種位移向量之擷取控制構造暨特 設備:中:ί ’可1用於現今固定式或移動式之電子資訊 該計量控制旨標器或位移向量之擷取暨控制結構; 之「说:态最,、代表性即是廣泛所使用之電腦周邊控制 α鼠」裝置。 · 多,ί ί 1遂發展史中用來控制螢幕指標移動周邊設備相當 鼠或:學式ΐΐί制ί衍進至有線滑鼠以至目前無線式滑f 墓摄& 鼠專,其主要目的旨在於控制指標移動、螢 秦捲=及f選控制三大機能。 示,別最佳且最先進之滑鼠結構設計,誠如第十圖所 /、之滾控輪機構(A 2 )係由輪體内配合電子電路 第6頁 M259245 四、創作說明(3) _ — 板及感測元件(光學式之光柵原理) f向=轉即可控制旋轉向量計量控制;該設計向或 左、右向之橫向計量控制,則是以左向 :坼求之 行左、右向微動開關控制,由圖中可 ^扁動方法進 (A 1 )之承載機構上之滾控輪機構(a ’該種滑氣 ;A! i之左、右向各延出一控制壓桿(A 4 Ί C 於左、右向所設之微動開關(A 5 );合 ^以對應IM Page 5 M259245 IV. Creative Instructions (2) Heart Position. When an external force is applied to the roll control wheel to make it straight to the left, it also provides a horizontal return to the elastic return bar. Each force ^: When pressing the roller control wheel to move it downward, the external force also provides a source of force for the longitudinal return of the elastic field; therefore, the elastic return bar is regardless of the roll guard wheel and / or external force in the longitudinal direction. The right ^ 衮 control / recognize the effectiveness of the horizontal homing β ρ position bar has a roll control wheel mechanism to automatically reset the y sensor unit to capture the constant magnet due to the C unit will be set The converted signal is converted into relative displacement vector data by 1 ϊ: processor operation, and the displacement vector data is transmitted to a computer system or electronic device for control and application. Ding You [Previous Technology] This 2 series is a kind of "magnetic swing measurement controller and homing. Something is to provide a capture control structure and special equipment for displacement vector: Medium: '' can be used for Today's fixed or mobile electronic information, the measurement control target or the acquisition and control structure of displacement vectors; "said: the most stateful, representative is the widely used computer peripheral control alpha mouse" device. · Many, ί ί 1 In the history of development, the mobile peripheral devices used to control the screen indicators are quite mice or: learn to make ί to the wired mouse and even the current wireless slide tomb camera & mouse, its main purpose is It lies in the three major functions of controlling index movement, fireflies, and f-selection control. As shown in Figure 10, the roller structure (A 2) of the wheel control wheel mechanism (A 2) is matched with the electronic circuit in the wheel body. Page 6 M259245 4. Creation instructions (3) _ — Plate and sensing element (optical grating principle) f direction = turn to control the rotation vector measurement control; the horizontal measurement control of the design to the left or right is in the left direction: 坼 求 行行 左、 Right-handed micro-switch control, by the roller control wheel mechanism (a 'this kind of air-sucking; A! I) on the bearing mechanism that can be moved into the (A 1) flat method in the figure; Press lever (A 4 Ί C left and right to the micro switch (A 5); set ^ to correspond

2 )向左偏動其右邊之壓桿即會“二 '構(A :動開關(A5);若滾控輪機構(f “ 之 ^壓:同樣因位差關係觸及於右壁上之微右 !)、右向位差關係,成習=, 以^之限制片(Α6."兩者配合,可夾 外力:ί Ϊ仃设歸正位;因Λ ’當滾控輪機構(A 2 )被 ^ 、右向擺動時,恰而提供復歸正位之力源及機 :位機ί滾控ΐ機構(A 2 ).被外力施予下壓移動之復歸 、此,則需另藉一套軸式彈簀做上、下歸位機能; :以工者滑氣(A i )料左、右及上、下之歸位結i ’必需運用兩種不同之歸位元件(夾合彈片及套軸式 ^ ’方能分別達到左、右及上、下之歸位效能。 瞭解前述習者滑鼠對於左、右向之擺動計量控制暨歸 〜構後’不難得知該種計量結構及設計方式確實存在多2) If the lever on the right side is tilted to the left, it will have a “two” structure (A: the switch (A5); if the roller wheel mechanism (f “the pressure: also touches the micro wall on the right wall due to the position difference) Right!), Right-to-left disparity relationship, become habit =, use ^ to limit the piece (Α6. &Quot; cooperate with the two, you can clamp the external force: Ϊ 仃 Ϊ 仃 set to normal position; because Λ 'when the roller control wheel mechanism (A 2) When being moved in the right and right directions, the power source and machine for returning to the normal position are provided exactly: the position machine and the roll control mechanism (A 2). The return to the downward movement by the external force, this, you need to borrow another A set of shaft-type impeachment for the upper and lower homing function;: The left, right, and upper and lower homing results i 'need to use two different homing components (clamping) The shrapnel and sleeve type ^ 'can achieve the left, right and up and down homing performances respectively. Understanding the above-mentioned learner's mouse control of the left and right swing measurement and return to the post-configuration, it is not difficult to know the measurement Structure and design methods do exist

M259245 ?、創作說明(4) 重不良缺失,可歸納下列數點: 1、由於前述習者擺動計量控制結構,係用採觸控微動開 關之方式設計,但微動開關之觸控機構仍然存有作動 間隙、作動靈敏度及使用壽命之問題。 2 延由第1點所述,習者擺動計量控制結構係採用觸控 微動開關之方式設計;因此’在操作實施時需要較大 之作動力量以觸動微動開關’操作之手感會有抵觸阻 礙之不適感覺’而此問題將使該種設計蒙受較大批評 及考驗。 3 4 由於習者擺動計量控制結構是以微動開關做為控制主 體,因為Μ動開關均有機械使用壽命之問題,當任一 微動開,發生故障或是因使用磨損而觸控不良日1,均 會產生操控不易之困境,甚至形成無法使用之窘 進而縮短產品之使用壽命。 由於習者擺動計量控制i吉構之設計較為複雜與精 並以小型微動開關做為控制主體,不僅材料成本 昂貝,且其生產製造之裝配工事亦顯具費時費力;阳 此,總體成本上之大幅增·加勢必為預料之事。 由於;ί擺動計量控制結構使用微動開關做為控制主 !,ί;動:構之左、右側需延出-對壓桿以觸 °所。又之微動開關,勢必造成其結構體ς 龐大丄若欲設計應用在較小尺寸之滑鼠裝置之:過: 必相當困難。 、不且< υ,勢 6 由於習者擺動計量控制結構之複歸位機構係以彈性夾 M259245 、創作說明(5) 片為之;但是,就算是使用最小之彈性夾片,豆 彈力仍嫌太大,在操作實施時需要較大之 ^旦· 1此,不僅會造成操作之不適感覺,並且容易造:操 至可能會對人體造成操作上之傷害,不得 不謹慎考慮。 7 $於習者擺動計量控制歸位結構,必需分別以「彈性 夾片」及「套軸式彈簧」分隸實施於左、右 之復歸位機能,除元件繁雜、成本提高外,配 會增加人工組裝成本,有礙產品價格競 哀、 【新型内容】 ^ ^ 接,:?習者左、右擺動計量控制器暨歸位結構之缺失 構」設計案,“但排";工搖=控制器暨歸位結 ㈤時亦去除微控開關所產生各種不良因η: ϊΐ;:?:Γ;Γ更將使得本案“= ^ "冋力放,其創新、突破將赢得市廠優勢· gl + 在與習者相比分析下,太宏骆π描…卞φ做優勢,因此, 1 、太安μ — 本案將可獲侍以下之優勢如下:M259245? Creation instructions (4) The lack of serious defects can be summarized as follows: 1. Due to the aforementioned user's swing measurement control structure, it is designed with a touch micro switch, but the touch mechanism of the micro switch still exists. Problems of operating clearance, operating sensitivity and service life. 2 Continuing from the first point, the learner ’s swing measurement control structure is designed by using a touch micro-switch; therefore, 'a large amount of power is required to operate the micro-switch when the operation is implemented.' Feeling discomfort ', and this problem will subject the design to greater criticism and test. 3 4 Because the sway measurement control structure of the learner uses micro-switches as the control body, because the MEMS switches have a problem of mechanical service life. When any micro-switch is turned on, a failure occurs or the touch is poor due to wear and tear. All will cause the difficult to control, and even cause the embarrassment of unusable and shorten the life of the product. Because the design of the learner's swing measurement control i-Gigabit is more complicated and sophisticated, and the small micro switch is used as the control body, not only the material cost is high, but also the assembly work for its production is also time-consuming and laborious. The sharp increase and increase is bound to be expected. Because; the swing measurement control structure uses a micro-switch as the control master !, movement: the left and right sides of the structure need to be extended-the lever to touch °. In addition, the micro switch is bound to cause its structure to be huge. If you want to design and apply it to a mouse device of a smaller size: Pass: It will be quite difficult. , Not more than υ, potential 6 Because the reset mechanism of the user's swing measurement control structure is based on the elastic clip M259245 and the creative description (5) piece; however, even if the smallest elastic clip is used, the bean elasticity is still It is too large, and it takes a large amount of time when the operation is implemented. 1 This will not only cause discomfort to the operation, but also easy to create: it may cause operational damage to the human body and must be carefully considered. 7 $ The learner's swing measurement and control return structure must be implemented separately on the left and right by the "elastic clip" and "sleeve spring". In addition to the complicated components and increased cost, the allocation will increase. The cost of manual assembly hinders product price competition, [new content] ^ ^ then,:? Learner ’s left and right swing metering controller and the missing structure of the homing structure "design case," but row "; work shake = controller and homing also remove all kinds of bad factors caused by the micro-control switch η: ϊΐ ;:?: Γ; Γ will make the case "= ^ " 冋 forceful, and its innovation and breakthrough will win the advantage of the factory. Gl + In comparison with the learner, Tai Hong Luo π… 卞 φ do Advantages, therefore, 1. Tai'an μ — The following advantages will be served in this case:

a ;、貝麵之擺動操•控,係利用恆性磁鐵盥霍爾 感側元件取代傳統之開關胃;因為 ^機U 壽命問韻,;—乍動,因此,沒有開關器使用 造成本。,可大幅提高使用壽命暨降低材料與製 2 卻f、斤:2之擺動操控係以磁場信號為主體,省 右向兩側開關器所佔空間,A幅縮小結構 第9頁 M259245a; The oscillating operation and control of the shell surface is to replace the traditional switch stomach with a constant magnet toilet side sensor element; because the life of the machine U is questionable;-at first, no switch is used to cause the cost. , Can greatly increase the service life and reduce materials and systems 2 but f, kg: 2 swing control is based on the magnetic field signal, save the space occupied by the switches on the right and the sides, A structure to reduce the size Page 9 M259245

創作說明(6) 體積;因此’更容易設計應用 之滑鼠裝置之中。 权〗次特種尺寸 3施之擺動操控係以磁場信號為主體,盆 ^式運异處理,因此可以調整與設定辦 靈敏度’具有可調操控之效能。 ^ 犯 =實施之擺動操控係以無開關器作動之電子 =貫施,其操控擺動之靈敏度可隨使用者之設 疋進订調整,滿足使用者操控習慣。 本案係以恆性磁鐵之磁場做為信號產生裝置,直 磁%#號穩定且不易受到外界雜訊干擾;因此, 具有穩定、可靠與精準之操控優勢。 ^之歸位結構僅以一彈性歸位條貫穿並牵制於 錢桿;簡單說’彈性歸位條是恆與搖擺桿形成 一致動作,以供為復歸正位之力源;因此,者 擺桿不論是往上、下、左、右方向偏動,均;由 彈性,位條牵引拉回於復歸正位,不但手感之操 控力量更為均勻一致.,且其復歸位之效能可 準確。 本案之歸位結構僅以一彈性歸位條貫穿並牽制於 搖擺桿與整個滾控輪機構,可讓滾控輪機構具有 壓控设置於下方之微控開關與自動復歸正位之效 能,因此,本案之彈性歸位條是具備雙重運作效 能’除能減化元件與降低成本;特別是__本案 4 5 6 7Creation instructions (6) Volume; therefore, it ’s easier to design and use in a mouse device. Right 〖Special size 3 Swing control is based on the magnetic field signal, and it can be adjusted in different ways, so you can adjust and set the sensitivity. It has the effect of adjustable control. ^ Offense = The implemented swing control is an electronic device without a switch. = Performance, the sensitivity of the swing control can be adjusted according to the user's settings to meet the user's control habits. In this case, the magnetic field of a permanent magnet is used as a signal generating device. The direct magnetic% # is stable and is not easy to be disturbed by external noise; therefore, it has the advantages of stable, reliable and accurate control. The homing structure only penetrates and restrains the money lever with an elastic homing bar; in short, the 'elastic homing bar is a constant force that forms a consistent action with the swing lever for the power source to return to the normal position; therefore, the person swings the lever Regardless of the upward, downward, left, and right direction deviations, they are all pulled by elasticity and strips to return to the normal position, not only the control power of the hand feel is more uniform and consistent, but also the efficiency of the return is accurate. The returning structure of this case only runs through an elastic returning bar and is restrained by the swing lever and the entire roller control wheel mechanism, which can make the roller control wheel mechanism have the effect of pressure-controlling a micro-control switch and automatic returning to the normal position, so , The flexible homing bar in this case has dual operation performance, which can reduce components and reduce costs; especially __this case 4 5 6 7

M259245M259245

8 之歸位條能夠達成縱向 綜合上述優勢之結合, 今電子製造技術,可使 依所需之應用場合做調 計量暨控制之資訊產品 者。 與橫向復歸正位之目的。 本案結構設計將可配合現 相關元件之體積及大小, 整’配施於現今各種需求 中 成為本案最大之優勢 綜合以上所述,本創作 計量控制結構外,亦同實解 各種問題及缺失;簡單說, 高之效能’同時衍具多重且 對業界或是使用者兩方面而 利用價值;為使貴審查委員 其結構特性有更進一步獠解 說明如下: 除,革新目前最新之橫向擺動 决k向與縱向之歸位所造成之 本案是以更簡單之結構獲取最 豐富之附加特有效能,不論是 言’均是具有『雙赢』之產業 ’能對本創作之精神、特徵及 ’兹將配合『實施方式』詳細The homing strip of 8 can achieve the combination of the above-mentioned advantages. Today's electronic manufacturing technology can make the measurement and control information products according to the required application. With the purpose of horizontal reset. The structure design of this case will be able to match the volume and size of the current related components, and it will be integrated in various needs today to become the biggest advantage of this case. As mentioned above, in addition to the measurement control structure of this creation, various problems and shortcomings are also solved; simple It is said that the high efficiency has multiple functions at the same time and is of value to both the industry and the users. In order to give your review committee a further understanding of its structural characteristics, it is explained as follows: This case caused by the vertical and horizontal return is a simpler structure to obtain the most abundant additional special energies. No matter whether it is' an industry with a 'win-win', it can match the spirit, characteristics of this creation, and 'will cooperate with' Implementation mode

【實施方式】 首先請參閱第一圖所示,本案設計專針對左、右向之 橫向計量控制所用、,因此其運·用標的上並不需限制;換言 之,整體之架構應以搖擺動作驅使恆性磁鐵位移產生變化 磁場進而擷取磁場變化信號資料,達到計量控制能力為最 終原則及目的;其結構中包括有:一滾控輪機構(i )、 一撐合基座(2 )、一搖擺桿(3 )、一恆性磁鐵 (4 )、霍爾感測元件(5 )及歸位結構(6 )所組成; 其中之滾控輪機構(1 )係由輪體配合電子電路板及感測[Embodiment] First, please refer to the first figure. The design of this case is specifically for the left and right lateral measurement control. Therefore, there is no need to limit the application and use of the target. In other words, the overall structure should be driven by the swing action. The permanent magnet displacement generates a changing magnetic field and then captures the magnetic field change signal data to achieve the measurement control capability as the ultimate principle and purpose; its structure includes: a roller control wheel mechanism (i), a supporting base (2), a The rocker (3), a permanent magnet (4), a Hall sensing element (5), and a return structure (6); the roller control wheel mechanism (1) is composed of a wheel body with an electronic circuit board and Sensing

M259245 四、創作說明(8) 元件所構成,以達成正、反之旋轉計量操 構非為本案專利訴求,故不多為贅控制(該機 (1)前、後向均設有樞軸(1,人^控輪機構 (1 1 )跨置並活樞於前、後向所設之撐:=輛 槽(2 1 )之内,使整個滾控輪機構(i ) ς = ( 2 )卡 控制即可產生左、右擺動機能。 、由左、右向 續如第二、四圖所示,前述之搖擺桿(3 樞τ (11)延設’下方另連設有一擺體(3; η-(3 1 )之内另設有一恰可容置恆性磁鐵( 丄犯體 (311),以使容置梓fqin、 之谷置槽 隨搖擺桿(3) ίϋ 内恆性磁鐵(4)可 特性,將可使得怪性磁鐵(4)產生擺盡構,作 擺盪動作來驅使恆性磁鐵(4)位移場:’隨其 供設於恆性磁鐵")下方之霍爾感測元件乂 取磁场變化信號資料以進行左、右向控制機能。仃擷 同如第二圖所示,搖擺桿(3)之樞軸 計内呈具凹槽(l· 1 1 )結構,1凹入之距離K i )係5又 滾抻於嬙谣r "I、人 /、凹入之距離恰等於整個 f控輪機構(i ) ]^下壓控之·距離, 滾控輪機構⑴下方所設之微二作㈣ (112);如第三圖所示。 · 條= 示,歸位結構(6)係以-彈性歸位 條(6 〇 )圈合疋位於基柱(6丄)後,並由基柱之 :。、6 3 )延伸而出;其所延伸出適長之彈性歸位條 (6 0 )係對正並穿合於搖擺桿(3 )形成具有牵制作M259245 IV. Creation instructions (8) Components to achieve positive and negative rotation measurement operation is not a patent claim in this case, so it is not too much to control (the machine (1) is provided with a pivot axis (1) , The human wheel control mechanism (1 1) is straddled and is pivoted in the front and rear support brackets: = vehicle slot (2 1), so that the entire roller control wheel mechanism (i) ς = (2) card The control can produce left and right swinging functions. From left to right, as shown in the second and fourth figures, the aforementioned swing lever (3 pivot τ (11) is extended, and a swing body (3; η- (3 1) is also provided with a permanent magnet (capacitor body (311), so that the fqin and the trough of the valley are accommodated by the swing rod (3). ) The characteristic can make the weird magnet (4) produce a pendulum structure, and perform a swinging action to drive the permanent magnet (4) displacement field: 'Hall sensing provided with the permanent magnet ") The component captures the magnetic field change signal data for left and right control functions. As shown in the second figure, the pivot meter of the rocker lever (3) has a groove (l · 1 1) structure, 1 concave Distance K i) System 5 rolls on the ballad r " I, person /, recessed distance is exactly equal to the entire f control wheel mechanism (i)] ^ down pressure control distance, set below the roller control wheel mechanism ⑴ The micro-second operation is (112); as shown in the third figure. · Bar = shows that the homing structure (6) is a -elastic homing bar (60). The loop is located behind the base post (6). And it is extended from the base column:., 6 3); the extended elastic homing strip (60) is aligned and penetrates the swing rod (3) to form a pull.

M259245 d、創作說明(9) - 用、,,使彈性歸位條C 6 ο )町隨搖擺桿(3 )之擺幅同 步進仃擺動,如第六圖及第七圖所示,該彈性歸位條 (6 0 )於正㊉狀態下,係恆處於正中心位置,對於各向 =夕卜力施於該彈性歸位條(6 〇 )時,即搖擺桿(3 ) ^I二右搖擺時,即藉由自身彈性機能自動復歸原位;至 K = 機構("…位機能,則是因彈性歸 構(1 )%成::ΐ力向位限制,同樣可令整個滾控輪機 ί三:戶=彈性歸位•(…達到復歸位之效能- 設計續二彈:Γ條(60)之型態 r β π , Ν 甲出之彈條部伤另加設緩衝結構 計二歸位時之力道更為柔順暨穩定。 霍爾感測元件(5 ;::於本f針對於恆性磁鐵(4 )與 -係如第==5),= ^兩種方案為代表;其 N、S極,恆性之磁極呈橫向排設 二”以摘取怪性磁鐵".):;動二 =測元件 號為最佳線性位移向量:判以=圖中之線 移方向之判斷信號;波形圖中之二但可做為最大位 線性變化角度判斷信號,做為^ 罝可以做為擺動之 其二係如第九圖所示,恆;2;制機能。 鐵(4)與霍爾感測元M259245 d. Creative instructions (9)-Use ,, to make the elastic return bar C 6 ο) sync with the swing of the swing lever (3), as shown in Figures 6 and 7, the flexibility When the homing bar (60) is in the normal state, the system is in the center position. For each direction = the force is applied to the elastic homing bar (60), that is, the rocker (3) ^ I two right When swinging, it will automatically return to its original position by its own elastic function; to K = mechanism (" ... position function, it is due to elastic reconstruction (1)%) :: the limit of the force direction can also make the entire roll control Turbine ί three: household = flexible homing • (... to achieve the effect of return to homing-design continued two bombs: the shape of Γ bar (60) r β π, Ν armor bar wound injury plus an additional buffer structure count 2 The force when returning to the home position is more compliant and stable. Hall sensor (5; :: Yu Ben f is aimed at the permanent magnet (4) and-is the same as == 5), = ^ two solutions are representative; The N and S poles and the constant magnetic poles are arranged horizontally in order to extract bizarre magnets ";); moving two = measuring element number is the best linear displacement vector: judging by the direction of linear movement in the figure Judgment signal The second one in the waveform chart can be used as the signal for determining the angle of the linear change of the maximum bit, and the second series can be used as the swing, as shown in the ninth figure, constant; 2; control function. Iron (4) and Hall Sensor

第13頁 M259245 、創作說明(ίο) 件第二實施方案 層S極、下層n 磁鐵(4)下方 取恆性磁鐵(4 出信號波形圖如 件之輸出信號可 擺動偏量可以做 控制機能。 綜合以上、结 器對於左、右向 設計之中即可獲 制與復歸位之功 有新型專利法所 案從未見於國、 查後,早日賜予 ,係可將惶性磁鐵(4 )之磁極排列為| 極(或上層N極、下層S極亦可),值性 對應排列兩組霍爾感測元件(5 )用以#| )搖擺動作所產生之磁場變化信號,其輪 第九圖所示,波形圖中之兩組霍爾感丨則-以做為位移向量之判斷信號;波形圖中之 為擺動角度之判斷信號,同樣能達到最佳 構之詳述,本創作確實革新現有計量 控制暨歸位機能及結構,由其簡單士 得極為精確、穩定暨可靠之左、 、:籌 . 七δΐ ΐ控 效’達成以結構衍生功效之實用創作,呈 強調一一功能增進之積極要件;再’,八 刊物.,謹請貴審查委員於詳審ί 本創作應有之保障,實感德便為禱。¥ L、Page 13 M259245, Creative Instructions (ίο) The second embodiment layer S pole, the lower layer n magnet (4) take a constant magnet (4 output signal waveforms, such as the output signal of the piece can swing the offset can be used for control function. Based on the above, the power of the device can be obtained and reset in the left and right designs. The case of the new patent law has never been seen in the country. After investigation, it was granted at an early date. It can be used to attach the magnetic pole of the magnet (4). Arranged as | poles (or upper N poles, lower S poles are also possible), the value correspondingly arranges two sets of Hall sensing elements (5) for # | As shown, the two sets of Hall sense in the waveform diagram are used as the judgment signals of the displacement vector; the waveform diagram is the judgment signal of the swing angle, which can also achieve the best structure in detail. This creation really reforms the existing The function and structure of measurement control and homing are based on its simplicity and accuracy. It is extremely accurate, stable, and reliable. Seven δΐ ΐControl effect 'achieves the practical creation of structure-derived effects, emphasizing the active improvement of functions one by one. Requirements; again ', eight issues I would like to ask your review committee to carefully review the protection that this creation deserves. ¥ L,

M259245 圖式簡單說明 第一圖··係 第二圖 第三圖 第四圖 第五圖 第六圖 第七圖 第八圖 係 係 係 係 係 係 係 示 係 示 係 意 元件符號 第九圖 第十圖 本案 本創 本創 本創 本創 本創 本創 本創 意圖 本創 意圖 現有 圖。 說明 最佳外觀立體實施例示意圖。 作搖擺桿之結構示意圖。 $視整體結構平面暨操控動作示意圖。 作別視整體結構平面暨操控動作示意圖。 作彈性歸位條另種實施例示意圖。 作搖擺桿呈右向擺動之動作示意圖。 作搖擺桿呈左向擺動之動作示意圖。 作怪性磁鐵與霍爾感測元件第一實施方案 Ο 作恆性磁鐵與霍爾感測元件第二實施方案 〇 (習有)什里控制器左、右向控制結構不 滾控輪機構 樞軸 凹槽 微控開關 撐合基座 卡槽 搖擺桿 擺體 容置槽 十亙性磁鐵 (1、1 2 ) (2 ) (21) (3 ) (31) (311) (4 )M259245 Schematic description of the first diagram .. The second diagram. The third diagram. The fourth diagram. The fifth diagram. The sixth diagram. The seventh diagram. The eighth diagram. Ten pictures, this case, the original, the original, the original, the original creative map, the original creative map. Description Schematic diagram of the best-looking three-dimensional embodiment. Schematic diagram of the swing lever. $ See the overall structure plane and control action diagram. Make the overall structure plane and control action diagram. It is a schematic diagram of another embodiment of the elastic homing bar. It is a schematic diagram of the swinging motion of the swing lever. It is a schematic diagram of the swing motion of the swing lever to the left. The first embodiment of the strange magnet and the Hall sensing element. The second embodiment of the constant magnet and the Hall sensing element. (Know) The left and right control structure of the Shiri controller does not roll the pivot mechanism. The groove micro-control switch supports the base card slot swing lever swing body receiving slot ten-fold magnet (1, 1 2) (2) (21) (3) (31) (311) (4)

第15頁 M259245Page 15 M259245

第16頁Page 16

Claims (1)

M259245 五、申請專利範圍 1 、:f: «計量控制器暨歸位結構」, 對左、右向計Ϊ控制所設計,者 要係針 使恆性磁鐵產生位移磁場變化, =位移動作驅 號變化資料,達到計量控 供掏取信 鐵、霍爾感測元件擺桿、-恆性磁 彈性歸位結構,係以_ ^ f 八寺铽在於: ^ a ^„弹性歸位條圈合定位於基, 並由基柱之導引剖槽延伸對正響 =柱, 制之作用者。 一芽口於搖擺知形成牽 2 .依申請專利範圍第工項所述 器暨歸位結構」,其中之滾輪機…; 2構=:呈r槽結構,其凹入之距離恰 機$ 2反之距離,可同時觸壓於滾控輪機構下: 所牽制。 °亥滚輪機構~位亦由彈性歸位條 依申請專利範圍第工項所述一種「磁性搖擺計量控 :搖擺桿,其下方係連設有-擺體, 擺體内另汉有一恰可容置恆性磁鐵之 制滾輪機構左、右向搖擺,即可同步驅使^性^ , 生擺盪性磁場變化,以供設於恆性磁鐵下方之*編 '則元件進計行擷取左、右向擺動之信號變化資二; 行左、右向控制機能者。 、 4 依申請專利範圍第工項所述-種「磁性搖擺計量控 器暨歸位結構」之恆性磁鐵與霍爾感測元件,係可使 第17頁 M259245_ 五、申請專利範圍 十亙性磁鐵之磁極為橫向排設N、S極’下方為单一之 霍爾感測元件者。 5、依申請專利範圍第1項所述一種「磁性搖擺計量控制 器暨歸位結構」,其中恆性磁鐵與霍爾感測元件之實 施,係可令恆性磁鐵之磁極排設為上層S極、下層N 極、或是上層N極、下層S極;恆性磁鐵下方則對應 排列兩組霍爾感測元件者。 6、依申請專利範圍第1項所述一種「磁性搖擺計量控制 器暨歸位結構」,其中彈性歸位條係可於延伸出之彈 條部份另加設緩衝結構者。M259245 5. Scope of patent application 1: f: «Measuring controller and homing structure", designed for left and right metering control, the person must tie the needle to make the permanent magnet produce a displacement magnetic field change, = displacement action drive number Change the data to achieve metering control for the extraction of the letter iron, Hall sensor element swing bar, -constant magnetoelastic homing structure, which is based on _ ^ f eight temples: Base, and extending from the guide slot of the base pillar to the right ring = pillar, the role of the system. A bud mouth is formed in the swing to form a pull 2. According to the scope of the patent application, the device and homing structure ", where The roller machine ...; 2 structure =: It has an r-groove structure, and the recessed distance is exactly the same as that of the machine, and it can be pressed under the roller control mechanism at the same time: pinned. ° Hai roller mechanism ~ position is also by the elastic return bar according to the "Scope of the patent application" item "a magnetic swing metering control: swing lever, the lower part of which is connected with a-pendulum body, there is another one in the pendulum body can accommodate If the roller mechanism of the permanent magnet is swung left and right, it can simultaneously drive the ^^^ to generate a swinging magnetic field change for the * edit 'set below the constant magnet to capture the left and right components. The signal of the swing to the swing is two; the left and right control functions. 4 According to the item in the scope of the patent application-a kind of "magnetic swing measuring controller and home position structure" constant magnet and Hall sensing The component can be made on page 17. M259245_ V. Patent application scope The magnetic poles of a ten-point magnet are arranged horizontally with N and S poles below as a single Hall sensing element. 5. According to the "Magnetic Swing Measurement Controller and Homing Structure" described in item 1 of the scope of the patent application, the implementation of the permanent magnet and the Hall sensing element can make the pole row of the permanent magnet the upper layer S Poles, lower N poles, or upper N poles, lower S poles; two sets of Hall sensing elements are arranged correspondingly under the permanent magnet. 6. According to the "Magnetic swing measurement controller and homing structure" described in item 1 of the scope of the patent application, the elastic homing bar can be provided with a buffer structure in the extended elastic bar part. 第18頁Page 18
TW93208353U 2004-05-28 2004-05-28 Magnetically swinging counting controller and resetting structure TWM259245U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
TW93208353U TWM259245U (en) 2004-05-28 2004-05-28 Magnetically swinging counting controller and resetting structure

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
TW93208353U TWM259245U (en) 2004-05-28 2004-05-28 Magnetically swinging counting controller and resetting structure

Publications (1)

Publication Number Publication Date
TWM259245U true TWM259245U (en) 2005-03-11

Family

ID=36071754

Family Applications (1)

Application Number Title Priority Date Filing Date
TW93208353U TWM259245U (en) 2004-05-28 2004-05-28 Magnetically swinging counting controller and resetting structure

Country Status (1)

Country Link
TW (1) TWM259245U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI494260B (en) * 2012-08-22 2015-08-01 Shibaura Mechatronics Corp Substrate processing device

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI494260B (en) * 2012-08-22 2015-08-01 Shibaura Mechatronics Corp Substrate processing device

Similar Documents

Publication Publication Date Title
US9619033B2 (en) Interactivity model for shared feedback on mobile devices
US8711118B2 (en) Interactivity model for shared feedback on mobile devices
CN103858074B (en) The system and method interacted with device via 3D display device
US9298260B2 (en) Tactile communication system with communications based on capabilities of a remote system
CN207248488U (en) For testing the revolution speed control device of VR equipment delay
TW201145093A (en) Handheld input device
CN103885615A (en) Portable force touch feedback capacitance pen for mobile terminal interaction
TW200949617A (en) A video based apparatus and method for controlling the cursor
CN205656672U (en) 3D fitting room that forms images
TW200419433A (en) The mouse with the multi-axis inputting device
CN102004860B (en) Network real-person fitting system and control method thereof
TWM259245U (en) Magnetically swinging counting controller and resetting structure
TW201113760A (en) Multi modes mouse with changeable size
TW201211845A (en) Virtual touch control apparatus and method thereof
CN207489313U (en) A kind of lever principle experimental provision of physical experiments
CN201404655Y (en) Body-building instrument with 3D virtual scene control device
TW201218027A (en) Control methods for a multi-function controller
CN209638721U (en) A kind of console mode digital signage
CN204440330U (en) A kind ofly realize holographic three-dimensional mutual device
CN105320441A (en) Input method and device for touch screen
CN202795330U (en) Human-machine interaction system based on space induction
CN104750169A (en) A display method and electronic equipment
CN209928378U (en) Interactive handle positioning and sampling structure, interactive handle and desktop type multi-person holographic interactive system
TWI245208B (en) Input device with multi-axis moving roller
CN201042621Y (en) Movement massage image interdynamic game device

Legal Events

Date Code Title Description
MM4K Annulment or lapse of a utility model due to non-payment of fees