TWM269507U - Optical control module - Google Patents

Description

M269507 g、創作說明（1) 【新型所屬之 本創作係 服器或類似電 【先前技術】 由 電腦一 期使用 部的'一 滾動。 並與一 動時， 此便可 電少的 動控制 於科技 般常見 之滑鼠 滑球與 兩個壓 個由碟 碟片隨 推算出 優點， 位移， 技術領域】 有關一種光 子系統結構 的進步，電 的輸入設備 為「機械式 桌面接觸， 力滾軸是以 片構成一個 之轉動，產 各轴的位移 然而傳動速 容易沾染雜 口口 質 學控制模組，尤適用於電腦、伺 之輪入元件者。 腦已是一種相當普遍的工具，而 為鍵盤及滑鼠，以滑鼠而言，早 的滑鼠」。機械式滑鼠是藉由底 滑鼠移動時，滑球就會推動壓力 直角排列，代表X轴與Y軸，各轴 編碼器（encoder)相連，滾轴移 · 生〇與1的電子訊號，微處理器依 。此類滑鼠它雖然有價格低、耗 度較慢，加上靠圓球在平板上滾 物，若不定期清除，易影響使用 :機械式滑鼠具有上述之缺失，故有另一 匕本原理與機械式相近，只是改用不同的編> I偵測&鼠的位移。光學編碼器（optical enc〇der)是包M269507 g. Creative Instructions (1) [The original creative server or similar device to which the new model belongs [prior art] is used by the computer's one-time use department. When combined with this, it is possible to control the movement with less electricity by the common technology of a mouse and a two-by-one calculation. The advantages and displacements are calculated from the discs. Technical field] The progress of an optical subsystem structure The input device is "mechanical desktop contact. The force roller is a piece of rotation that produces a displacement of each axis. However, the transmission speed is easy to contaminate the miscellaneous oral quality control module. It is especially suitable for computers and servo-in-wheel components. The brain is already a fairly common tool, and it is the keyboard and the mouse, and in the case of a mouse, an early mouse. " When the mechanical mouse is moved by the bottom mouse, the ball will push the pressure at right angles. It represents the X-axis and Y-axis. The encoders of each axis are connected. The rollers move and generate electronic signals of 0 and 1. The microprocessor depends. Although this kind of mouse has a low price and a slow consumption, plus rolling balls on the flat plate, if it is not cleaned regularly, it will easily affect the use: the mechanical mouse has the above-mentioned defects, so it has another dagger The principle is similar to the mechanical one, except that a different code is used to detect & mouse displacement. Optical encoder (optical enc〇der) is a package

^一片有無數夾縫的圓盤，圓盤的兩侧安置兩組發光與 :器，當滑鼠滾動即帶動圓盤，感光器便可收到光源，」 處理器便憑藉感光器收到的信號推算出的位差，即 移動的方向。 ^ 然無論是機械式滑鼠或光學滑鼠，仍需助藉有形之 鼠本體結構才可將游標指到所需位置，有鑑於此，本創作^ A disk with countless gaps. Two sets of light emitting devices are arranged on both sides of the disk. When the mouse rolls, the disk is driven, and the photoreceptor can receive the light source. The processor uses the signal received by the photoreceptor. The calculated disparity, which is the direction of movement. ^ However, no matter whether it is a mechanical mouse or an optical mouse, it is still necessary to borrow the physical mouse structure to point the cursor to the desired position. In view of this, this creation

M269507 四、創作說明（2) 者期能提供，種光學控制模組，令使用者可直接以手、· :其他操作物，即時取得輪入訊息，乃潛心研思、設計組 以提供消1 A眾使肖’為本創作所欲 創作動機 者。 【新型内容】 本創作之主要目的，在提供一種光學控制模組，令使 可直接以手、筆或其他操作物操作以直接取得輸入訊 息者。 说抓ί達上述目的，本創作所設計之光學控制模組，主要 、二、>、光源部、一光學鏡構造、一感測器及一控制電路 “光源α(5、感測器及控制電路係設於電路板上，而光學 置於光源部及感測^上方，而該感測器職為互補 式金屬氧化半導體CM〇S(C〇inplefflentary心…㈤心 conductor);藉此，使光源部所產生之光線透過光學 ^it射出，由光學鏡構造上方之操作物來阻擋反射，並 、=學鏡結構將光線射回至感測器内經運算處理，再將 二ί二ί t送到控制電路，且由控制電路把訊號輸出到其 他應用電路動作，以達到輸入之功能者。 本創作之其他特點及具體實施例可於以 禅細說明中，進一步瞭解。 圃 【實施方式】 一圖，本創作主要包括：一光學鏡結構10、 I消ϋ η 〇 、、一感測器3 0及一控制電路4 0 ，其中該 “、。 、感測器3 0及控制電路4 0係設於一電路板M269507 Fourth, the creation instructions (2) can be provided by the user, an optical control module, so that users can directly use their hands, ·: other operating objects to get real-time turn-in information, it is dedicated research and design team to provide consumer 1 A ambassador Xiao 'is the motivator of the creative desire. [New content] The main purpose of this creation is to provide an optical control module that enables users to directly operate with their hands, pens, or other operating objects to directly obtain input information. It is said that the optical control module designed by this author mainly includes two parts, a light source section, an optical mirror structure, a sensor, and a control circuit "light source α (5, sensor and The control circuit is arranged on the circuit board, and the optical is placed above the light source part and the sensing element, and the sensor functions as a complementary metal oxide semiconductor CM0S (C〇inplefflentary heart ... ㈤ 心 conductor); thereby, The light generated by the light source part is emitted through the optics, and the reflection is blocked by the operating object above the optical mirror structure, and the lens structure returns the light to the sensor for calculation and processing. t is sent to the control circuit, and the control circuit outputs the signal to other application circuits to achieve the function of the input. Other characteristics and specific embodiments of this creation can be further understood in the detailed description. ] A picture, this creation mainly includes: an optical mirror structure 10, I elimination η 〇, a sensor 30 and a control circuit 40, of which ",., Sensor 30 and control circuit 4 0 on a circuit board

M269507 四、創作說明（3) 5 0上，該光學鏡結構1 0係設於光源部2 0及感測器 0上方，該感測器3 〇係為一互補式金屬氧化半導體 CMOS(Complementary Metal Oxide Semiconductor)，其 内設有圖像感應器301、點搜尋器302、暫存區3〇 3以及記憶體3 0 4，如第2圖所示，經由光學鏡結構1 0聚焦後之光線進入圖像感應器3 0 1 ，該圖像感應器3 0 1將光線處理成數位訊號，並將資料傳到點搜尋器3 0 2做訊號分析並且偵測物件改變的方向，該點搜尋器3 0 2再將電子訊號傳到記憶體3 0 4及暫存器3 0 3中，並 對控制電路4 0下執行命令者。 請參第3、4圖，係為本創作之較佳實施例，該設有 光源部2 0、感測器3 0及控制電路4 0之電路板5 0係 設於機體1 (如筆記型電腦）上的預設凹陷部，該光學鏡M269507 4. Creation instructions (3) 50. The optical lens structure 10 is located above the light source section 20 and the sensor 0. The sensor 30 is a complementary metal oxide semiconductor CMOS (Complementary Metal Oxide Semiconductor), which includes an image sensor 301, a point searcher 302, a temporary storage area 303, and a memory 304. As shown in FIG. 2, the light focused by the optical lens structure 10 enters Image sensor 3 0 1, the image sensor 3 0 1 processes the light into a digital signal and transmits the data to the point searcher 3 0 2 for signal analysis and detecting the direction of the object change. The point searcher 3 0 2 transmits the electronic signal to the memory 304 and the register 3 303, and executes the command to the control circuit 40. Please refer to Figures 3 and 4, which are the preferred embodiments of this creation. The circuit board 50, which is provided with a light source section 20, a sensor 30, and a control circuit 40, is provided in the body 1 (such as a notebook type). Computer) preset recess, the optical mirror

結構1 0再嵌設於機體1凹陷部之頂面，藉此以完成機體 1的輸入設備，使用時，係可藉操作物如人手、觸控筆或 筆6 0直接置於機體1的輸入設備（即光學鏡結構丄〇 ) 上’以遮擋光源部2 0透過光學鏡結構1 〇所發射出之光 線，該***作物遮擋之光線反射回並再透過光學鏡結構1 0 ’被感測器3 0所接收，被接收之訊號經互補式金屬氧 化半導體CMOS(Complementary Metal OxideThe structure 10 is then embedded in the top surface of the recessed part of the body 1, thereby completing the input device of the body 1. In use, it can be directly placed on the input of the body 1 by an operating object such as a human hand, a stylus or a pen 60. On the device (that is, the optical lens structure 丄 〇), the light emitted by the light source section 20 through the optical lens structure 1 〇 is blocked, and the light blocked by the operated object is reflected back and passed through the optical lens structure 1 0 ′. Received by the device 30, and the received signal passes through the complementary metal oxide semiconductor CMOS (Complementary Metal Oxide

Semiconductor)計算處理後，再傳送至控制電路$ 〇以控 制機體1系統中的其他應用電路者。 惟以上所述者，僅為本創作之較佳實施例，當不能用 以限定本創作可實施之範圍，凡習於本業之人士;明顯可(Semiconductor), and then send it to the control circuit $ 0 to control other application circuits in the body 1 system. However, the above is only a preferred embodiment of this creation. When it cannot be used to limit the scope of this creation, anyone who is familiar with this industry can obviously use it.

M269507 田、創作說明（4) 作變化與修飾，皆應視為不悖離本創作之 綜上所述，本創作確可達到創作之質内容。 種光學控制模組，有效將輸入設備之外功目的，提供一 無形體，可藉由人手或筆具直接碰觸，^體更形精簡至 於該光學控制模組上方，均同樣可 不碰觸而懸空 實用價值無疑，爰依法提出新型專二=之功效者，具有 J T丟月。M269507 Tian, Creation Instructions (4) Changes and modifications should be regarded as not inconsistent with this creation. In summary, this creation can indeed achieve the qualitative content of the creation. This kind of optical control module can effectively provide an intangible body for other purposes than input devices. It can be directly touched by human hand or pen. The body is more compact and simplified. Above the optical control module, it can also be suspended without touching. The practical value is undoubtedly, the person who has proposed the new type of secondary = according to the law has JT.

第8頁 M269507 圖式簡單說明 【圖式簡單說明】 ‘ 第1圖係為本創作實施例之方塊示意圖。 第2圖係為本創作實施例之感測器之内部方塊示意圖 〇 第3圖係為本創作實施例之使用示意圖。 第4圖係為第3圖之局部放大示意圖。 【主要元件符號說明】 1、機體 1 0、光學鏡結構 2 0、光源部 3 0 2、點搜尋器 3 0 4、記憶體 3 0 、感測器 3 0 1 、圖像感應器 3 0 3、暫存區 4 0、控制電路 5 0、電路板 6 0 、手Page 8 M269507 Simple illustration of the drawing [Simplified illustration of the drawing] ‘Figure 1 is a block diagram of this creative embodiment. Figure 2 is a schematic diagram of the internal block of the sensor of the creative embodiment. Figure 3 is a schematic diagram of the use of the creative embodiment. Figure 4 is a partially enlarged schematic diagram of Figure 3. [Description of main component symbols] 1. Body 1 0, optical lens structure 2 0, light source section 3 0 2, point searcher 3 0 4, memory 3 0, sensor 3 0 1, image sensor 3 0 3 , Temporary storage area 4 0, control circuit 50, circuit board 60, hand

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Claims (1)

M269507 五 申請專利範圍 一種光學控制模組，主 構造、一感測器及一批=.—光源部、一光學嬈 控制電路係設於電路電路二該光源部、感測器及 部及感測器上方，·驻 ，而光學鏡構造係設於光源 光學鏡構造射出：“學產生之光線透過 反射，並透過光與於ίι 方之操作物來阻擋 算處理，Α +1，兄、、、σ構將光線射回至感測器内經運 ΐίυ處結果傳送到控制電路，且由控制電 能=訊號輸出到其他應用€路動作，以達到輸入之功 2、 如申請專利範圍第i項所述之光學控制模組，其中該 感測器係為互補式金屬氧化半導體CM〇S(c〇mplement — ary Metal Oxide Semiconductor)者。 3、 如申請專利範圍第1項所述之光學控制模組，其中該 操作物係可為人手、筆具或觸控筆者。M269507 Five patent application scope An optical control module, the main structure, a sensor and a batch of =.-The light source section, an optical triode control circuit is located in the circuit circuit 2 the light source section, the sensor and the section and the sensing Above the device, and the optical lens structure is set on the light source and the optical lens structure emits: "The light generated by the science is reflected and transmitted through the light and the operating object on the side to block the calculation processing, A +1, brother ,,,, The σ structure sends the light back to the sensor, and the result is transmitted to the control circuit, and the control energy = signal is output to other applications to achieve the work of the input 2. As described in item i of the scope of patent application The optical control module described above, wherein the sensor is a complementary metal oxide semiconductor (CM0S) (common metal oxide semiconductor). 3. The optical control module according to item 1 of the scope of patent application , Where the operating system can be a human hand, a pen, or a touch pen. 第10頁Page 10