M312720 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種以指紋控制位置標定之裝置，特 別是指一種利用指紋辨識機能來控制顯示幕之游標的位置 標定者。 【先前技術】 現今的生活領域裏，由於電子科技的製作技術不斷精 進，利用顯示幕作介面控制已逐漸成為商品設計之、應用潮 流，例如一般常見之電腦、個人資訊產品、電器電子產品 、工具機、門禁管制、鎖具、玩具等等，並廣受消費大眾 的歡迎。而本創作所指之「位置標定」即為用於控制顯示 幕之游標的移動位置者。 在以顯示幕作為控制介面的應用領域裏，習式滑鼠主 要是被設計來控制游標的位置標定，而習式滑鼠不論是有 線或無線傳輸訊號形態，使用時，滑鼠均必需擺置於一平 整且非透明的板面上，才能發揮正常的游標位置標定功能。 再者，為了增加安全管制使用效果，由於真人的指紋 幾乎不可能偽造，因此利用指紋辨識來作為安全辨認裝置 的市場需求亦日趨成長，而目前坊間所使用的指紋辨識 器，其功能亦僅是在提供指紋辨識之單一功能者。 【新型内容】 本創作的主要目的，在提供一種以指紋控制位置標定 之裝置，係用於以顯示幕作介面控制之各式產品的結合應 用，其至少包括有一殼體，其表面具有一取像窗口，用以 M312720 作為指紋的感測區域，一指紋感測器，安裝於殼體之對應 取像窗口處，配合電子電路的控制，該指紋感測器能夠以 較低解析度取得使用者的指紋在感測區域位移時之連續圖 像供位置標定使用，藉此達到以指紋控制顯示幕游標位移 之功能。 本創作的次一目的在提供一種以指紋控制位置標定之 裝置，係包括有一殼體，該殼體表面具有一取像窗口，殼 體内部於對應取像窗口處設置有一指紋感測器，配、合電子 電路的控制，該指紋感測器除了能夠以較低解析度取得使 用者的指紋在感測區域位移時之連續圖像供位置標定使用 外，該指紋感測器亦能夠以較高解析度取得使用者的指紋 影像供指紋辨識應用，藉此達到兼具安全管制使用功能。 藉由上述目的之達成，本創作能具有以下實施優點： (一） 使用更方便，由於本創作是利用指紋的位移變化來 控制游標相對位移，因此能夠不受限於必需在一平整的板 面上進行位置標定操作。 (二） 外觀造型更具彈性，由於本創作不受限於必需在一 平整的板面上進行位置標定操作，因此其殼體更具造型變 化空間。 (三） 能夠以較低的製作成本與安裝空間結合位置標與安 全管制使用功能。 【實施方式】 為能更詳盡揭露本創作的技術特點及達成功效，茲配 合圖示，列舉較佳的實施例，進一步詳細說明如下： M312720 百先請配合第1、2圖示，係揭示本創作以指紋控制位 置標定之裝置的第-實施例，本創作以指紋控制位置標定 ' 《裝置’係提供以顯示幕（40)作介面控制之各式產品的 主機系統（50)結合應用’藉以達到控制顯示幕游標⑷） 。 的位置標定之主要目的與功能者。其至少包括有一殼體 (10 )’其表面適當位置處設有一取像窗口（ 11 )，用以作 為使用者手指（1)的指紋感測區域（12)，—指紋感測器 • (2〇)係安裝於對應前述取像窗口（11)處，用於取得i 測區域（12)之指紋圖像，其中： 本創作之主要技術特點在於：當使用者以其手指（1) 的指紋部位放置於殼體之感測區域（12)時，配合電子電 ，（3〇)的運作，指紋感測器（20)能夠以較低ς析^ 得感測區域（12)之指紋位移時的大量連續圖像，並利用 分析該連續圖像的變化關係，解出指紋的位移向量盥速 ♦，藉以達到經由主機系統㈤）控制顯示幕（4())游標 作相對位移之功能者。 請再配合第2、3圖示’本創作之另—技術特點在於： ' 當使用者以其手指⑴的指紋部位放置於殼體之感測區域 . ^12)時，配合電子電路（3〇)的運作，該同一指紋感測 器（20)亦能夠以較高解析度取得感測區域〇2)之靜置 指紋圖像，並將該指紋圖像傳輸於所結合應用之顯^幕 / 40 )的主機系統（5〇 )作儲存、分析、比對等之指紋辨 。线作業，藉以達到兼具指紋辨識之安全管使用功能。 承上述本創作以指紋控制位置標定之裝置，其中該指 M312720 紋感測器（20)，可為光學式（CC1)或CMOS)感測器（21)， 亦可為第4圖示之一般電容感應式感測器（22)。M312720 VIII. New Description: [New Technology Field] This creation is about a device that uses fingerprint control to calibrate the position, especially a position calibrator that uses the fingerprint recognition function to control the cursor of the display screen. [Prior Art] In today's life field, as the production technology of electronic technology continues to improve, the use of display screens for interface control has gradually become a commodity design, application trend, such as the general computer, personal information products, electrical and electronic products, tools Machines, access control, locks, toys, etc., are widely welcomed by the consumer. The "position calibration" referred to in this creation is the position of the cursor used to control the cursor of the display. In the application field with the display screen as the control interface, the mouse is mainly designed to control the position calibration of the cursor, and the mouse is required to be placed in the wired or wireless transmission signal form. On a flat and non-transparent board surface, the normal cursor position calibration function can be achieved. Furthermore, in order to increase the effectiveness of security control, since the fingerprints of real people are almost impossible to forge, the market demand for using fingerprint identification as a security identification device is also growing. The function of the fingerprint identifier used in the current market is only A single function that provides fingerprint recognition. [New content] The main purpose of this creation is to provide a device for fingerprint position control, which is used for a combination of various products controlled by a display screen, which at least includes a casing having a surface Like the window, the M312720 is used as the sensing area of the fingerprint, and a fingerprint sensor is installed at the corresponding image capturing window of the housing. With the control of the electronic circuit, the fingerprint sensor can obtain the user with lower resolution. The continuous image of the fingerprint when the sensing area is displaced is used for position calibration, thereby achieving the function of controlling the displacement of the display cursor by the fingerprint. A second object of the present invention is to provide a device for calibrating a position by fingerprint control, comprising: a housing having an image capturing window, and a fingerprint sensor is disposed inside the corresponding image capturing window; And the control of the electronic circuit, the fingerprint sensor can be used at a lower resolution to obtain a continuous image of the user's fingerprint when the sensing area is displaced for position calibration, and the fingerprint sensor can also be higher The resolution obtains the fingerprint image of the user for the fingerprint identification application, thereby achieving the function of using the security control. Through the above objectives, the creation can have the following implementation advantages: (1) It is more convenient to use, since the creation uses the displacement change of the fingerprint to control the relative displacement of the cursor, so it can be unrestricted to be on a flat surface. Perform position calibration on the top. (2) The appearance is more flexible. Since the creation is not limited to the positional calibration operation on a flat surface, the housing has a more styling change space. (3) It is possible to combine position and safety control functions with the installation space at a lower production cost. [Embodiment] In order to disclose the technical features and achieve the functions of the present invention in more detail, the preferred embodiments will be described in detail with reference to the drawings, and the following detailed description is given as follows: M312720 Please cooperate with the first and second figures to reveal the present. In the first embodiment of creating a device for fingerprint-controlled position calibration, the present invention uses a fingerprint control position calibration '"device" to provide a host system (50) for displaying various products controlled by a display screen (40). Reach the control display cursor (4)). The main purpose and function of the location calibration. The utility model at least comprises a casing (10) having an image capturing window (11) at a suitable position on the surface thereof for use as a fingerprint sensing area (12) of the user's finger (1), a fingerprint sensor (2) 〇) is installed at the corresponding image capturing window (11) for obtaining a fingerprint image of the i test area (12), wherein: the main technical feature of the present invention is: when the user uses the fingerprint of the finger (1) When the part is placed in the sensing area (12) of the housing, with the operation of the electronic power (3〇), the fingerprint sensor (20) can detect the fingerprint displacement of the sensing area (12) with a lower resolution. A large number of continuous images, and by analyzing the change relationship of the continuous image, solving the displacement vector idling of the fingerprint, thereby achieving the function of controlling the relative displacement of the display screen (4()) cursor via the host system (5). Please cooperate with the 2nd and 3rd drawings. 'The other feature of this creation is: 'When the user places the fingerprint part of his finger (1) on the sensing area of the housing. ^12), cooperate with the electronic circuit (3〇) The operation of the same fingerprint sensor (20) can also obtain the still fingerprint image of the sensing area 〇2) with a higher resolution, and transmit the fingerprint image to the display screen of the combined application/ 40) The host system (5〇) is used for fingerprinting of storage, analysis, comparison, etc. Line operation, in order to achieve the function of using the security tube with fingerprint identification. The device of the above-mentioned creation is controlled by a fingerprint control position, wherein the finger M312720 sensor (20) can be an optical (CC1) or CMOS sensor (21), or the fourth figure Capacitive sensing sensor (22).
睛再配合第5圖示，本創作之殼體（1〇)，係包含於對 應感測區域（12)處設置蓋體（13 )，以利避免沾污指紋感 ^ 測器（20)的感應面，而當指紋感測器（20)為光學式（CCD 或CMOS)感測器（21)時，該蓋體（13)為透明材質，以 利攝取感測區域（12)之指紋影像；而當指紋感測器（2〇) _ 為電谷感應式感測器（22)時，該蓋體（13)可為遵明或 非透明材質。再者，上述蓋體（13)除了可以是固定式形 態外，其亦可是如第6圖示之可活動掀蓋，或利用滑動方 式位移之形態者。 在上述本創作的實施例說明中，所述之殼體（1 〇 )的 實際運用形態，係包含有如第7、8圖所示之可供拿持於手 中使用的可攜式形態’及可供擺置定位使用之固定式形 態。再者，所述之殼體Ο。當然亦可為欲結合使用之顯 示幕（40)的主機系統（5〇)所使用的殼體。 、 綜上所述，得知本創作以指紋控制位置標定之裝置， ，僅可供以顯示幕作介面控制之各式產品的結合應用，且 此達到兼具枝使用相手持騰空方錢健*幕游標的 位置標定，及提供減韻安全”使狀多功能實施效 果，又據創作人所知，本創作之技術特徵亦未見於申請 =產品領域之公開，而完全符合新穎性與實用性之專利 =要件’麦依法提出申請’祈請釣局依本創作所列申 %專利範_容，核賜應得之權利保護，至感德便。 M312720 :，以上所述，僅為本創作提出之較佳實施例範疇， =μ以之作為本創作實施時之唯—侷限，故舉凡任何孰 技術或知識者在本創作技術領域内，所為可輕易思 之單、、、屯等相Μ化或修飾者，冑為本創作巾請專利範圍 所主張之實施範圍，併予陳明。 【圖式簡單說明】 第1圖：係揭示本創作以指紋控制位置標定之裝置的工作 流程圖。 第2圖·係揭示本創作以指紋控制位置標定之裝置的配置 示意圖。 第3圖：係揭示本創作提供指紋辨識安權管制使用功能的 工作流程圖。 第4圖：係揭示本創作之指紋感測器為一電容感應式感測 為之不意圖。 第5圖·係揭示本創作之殼體的取像窗口處設有固定式蓋 體示意圖。 1 第6圖·係揭示本創作之殼體的取像窗口處設有活動式蓋 體不意圖。 第7圖··係揭示本創作一實際應用狀態示意圖。 第8圖：係揭示本創作另一實際應用狀態示意圖。 【主要元件符號說明】 (10) ·· • · ·殼體 (11) —取像窗口 (12) ·· 感測£域 (13) h · ·蓋體 (20)- • · ·殼體 M312720 (21) ····光學式（CCD、C0MS)感測器 (22) ——電容感應式感測器 (30) ····電子電路 （40) ····顯示幕 (5 0) · · · ·主機系統。The eye is further matched with the fifth illustration. The housing (1〇) of the present invention is provided with a cover body (13) at the corresponding sensing area (12) to avoid contamination of the fingerprint sensor (20). The sensing surface, and when the fingerprint sensor (20) is an optical (CCD or CMOS) sensor (21), the cover (13) is a transparent material to facilitate capturing the fingerprint image of the sensing area (12) When the fingerprint sensor (2〇) _ is the electric valley inductive sensor (22), the cover (13) may be a compliant or non-transparent material. Further, the lid body (13) may be a movable lid as shown in Fig. 6, or may be displaced by a sliding method, in addition to the fixed shape. In the above description of the embodiment of the present invention, the actual working form of the casing (1 〇) includes a portable form that can be used in the hand as shown in Figures 7 and 8 and A fixed form for placement and positioning. Furthermore, the housing is Ο. It is of course also possible to use a housing for the host system (5〇) of the display (40) to be used in combination. In summary, it is known that the device that uses the fingerprint to control the position calibration is only available for the combination of various products controlled by the display screen, and this is achieved by the use of both hands and feet. The position calibration of the curtain cursor and the provision of the rhyme-safety effect make the multi-functional implementation effect. According to the creators, the technical characteristics of the creation are not found in the application=product field, but fully in line with the novelty and practicality. Patent=Requirement 'Mc. Applicant in accordance with the law' pray for the fishing bureau to apply for the % patent patent _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The preferred embodiment category, =μ is used as the only limitation in the implementation of this creation, so any person who is technically or knowledgeable in the field of creative technology can easily think about the single, the, and the like. Or the modifier, 胄 胄 胄 创作 创作 创作 创作 胄 胄 胄 胄 胄 胄 胄 。 。 。 。 。 。 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 。 。 。 。 。 。 。 。 。 。 。 。 。 2Fig. reveals the configuration diagram of the device that uses the fingerprint to control the position calibration. Figure 3: Reveals the work flow chart of the function of providing fingerprint identification security control in this creation. Figure 4: revealing the fingerprint feeling of this creation The sensor is not intended for capacitive sensing. Fig. 5 is a schematic view showing a fixed cover at the image capturing window of the housing of the present invention. 1 Fig. 6 reveals the shell of the present invention. The movable image is not intended to be in the image capturing window. Fig. 7 is a schematic diagram showing the actual application state of the creation. Fig. 8 is a schematic diagram showing another practical application state of the creation. (10) ·· • · · Housing (11) - Image window (12) ·· Sensing £ (13) h · · Cover (20) - • · · Housing M312720 (21) ··· ·Optical (CCD, C0MS) sensor (22) - Capacitive sensing sensor (30) ···· Electronic circuit (40) ····Display screen (5 0) · · · · Host system .