201142886 六、發明說明： 【發明所屬之技術領域】 [0001] 本發明是關於一種按鍵控制裝置。 [0002] [0003] [0004] [0005] 099115899 【先前技術】 一般的按鍵控制裝置，如滑鼠的左右鍵的控制， 械式的，即用戶按壓滑鼠，產生點擊作號， 都為機 〇斯*，用戶在點擊 滑鼠的時候會產生一聲音，如此在比較安靜的環产中 比如圖書館’產生噪音，影響其他人。 兄 另外一般的按鍵控制裝置僅能產生單—的點 , ”擎彳5號，但 在實際應用中，比如在玩赛車遊戲的過程 丫，單~的點 擊信號不能類比操作賽車的實際速度，如加迷咸速， 從而不能使用戶更真實的模擬操作赛車的過程。 【發明内容】 有鑒於此，故需要提供一種按鍵控制裝置， .. 在操作過程 中不會產生聲音，且能確定用戶季壓滑鼠的迷度。 6亥按鍵控制裝置包括一底座、一類:體及—處理楔系 设體與該底座可拆卸式的連接，連接後形成—* : 處理模組連接於該底座，該殼體上包括至少—按鍵該 按鍵的按壓面的反面較-凸起，該按鍵控制裝置還= 括_第—磁性材料、一第二磁性材料，刀尽丨 "^ 應裝置’該第一磁性材料及第二磁性材 了叶置於—承載體 上’且可沿該承載體在一直線上滑動，嗲笛 盥筮 /第—磁性材料 與第—礤性材料的相對面為同性，該移動感應裝置感應 第二磁性材料的移動，該殼體連接至該底座後兮〜μ 與该第—磁性材料接觸當該按鍵被按下時，該凸起推— 表單編號ΑΟίοι 第4頁/共22頁 201142886 [0006] Ο [0007] [0008]201142886 VI. Description of the Invention: [Technical Field of the Invention] [0001] The present invention relates to a button control device. [0002] [0003] [0004] [0005] 099115899 [Prior Art] A general button control device, such as the control of the left and right keys of the mouse, the mechanical type, that is, the user presses the mouse, and generates a click number, which is a machine Muse*, the user will produce a sound when clicking the mouse, so in a quieter loop, such as the library 'produces noise, affecting others. Brother's other general button control device can only produce a single point, "Qing Hao No. 5, but in practical applications, such as the process of playing a racing game, the single ~ click signal can not be analogous to the actual speed of the car, If the speed is increased, the user cannot simulate the process of operating the car more realistically. [Invention] In view of this, it is necessary to provide a button control device, which does not generate sound during operation and can be determined. The user's temperature is controlled by the mouse. The 6-key button control device includes a base, a type: body and a handle-separable connection between the wedge-shaped body and the base, and is formed after the connection -*: the processing module is connected to the base The housing includes at least a button opposite to the pressing surface of the button, and the button control device further includes a _first magnetic material, a second magnetic material, and a knives The first magnetic material and the second magnetic material are disposed on the carrier-bearing body and are slidable along the carrier body in a straight line, and the opposite surface of the first and second magnetic materials is the same as the first surface of the first magnetic material. The The motion sensing device senses movement of the second magnetic material, and the housing is connected to the base 兮~μ in contact with the first magnetic material. When the button is pressed, the protrusion is pushed - the form number ΑΟίοι page 4 / total 22 pages 201142886 [0006] Ο [0007] [0008]
[0009] G[0009] G
[0010] 第 磁性材料沿著承載體移動，第二磁性材料也隨之移 動，該移動感應裝置感應第二磁性材料的移動，該處理 板組對軸感職置感聽果進行處理，並將處理結果 傳輪至與該按鍵控制裝置連接的設備。 相較於現有技術，本發明將磁性材料同極排放，通過— 動檢測裝置檢測磁性材料的移動，在按鍵按下時磁 材料隨著按鍵移動，則移動檢測裝置檢測到磁性材料 動即可判斷按鍵被按壓，如此，在按鍵被按下的 時候，無噪音產生。 '. . ..' 另外本發明_過設置還可記錄磁性材料運動的時間及 距離，從而確定按鍵被按壓的速度。 ' 【實施方式】 ' - 本發明為一按鍵控制裝置，該按鍵控制裝置可為滑鼠裝 置，遊戲控制器或其他控制電子設備操作的輸入設備。 在本實施方式中，以滑鼠裝置為例進行說明。 。月參閱圖1及圖2，為本實施方式中的滑鼠裝置。該滑鼠 裝置包括一底座10、一殼體20、一處理模組3〇、一位移 確定模組40及一按鍵控制模組5〇。該殼體2〇與該底座1〇 可拆卸式的連接，連接後形成一空腔。 該位移確定模組40連接於該底座10，並與該處理模組30 電連接。该位移確定模組4〇確定滑鼠裝置移動的位移及 方向，並將賓料傳輸給處理模組30進行處理，處理後的 資料通過一介面（圖中未示）傳輸至與之相連的電子設 備0 099115899 表單編號A0101 第5頁/共22頁 0992028247-0 201142886 [0011] 該毅體20包括一第一按鍵201 ’ 一第二按鍵202，如圖3 所禾，該第一按鍵201的按壓面的反面固定一第一凸起 2〇3，該第二按鍵202的按壓面的反面固定一第二凸起 204 ° [0012] 該按鍵控制模組50與該處理模組30電連接，在該第一按 鍵2〇1或/及第二按鍵202被按壓時產生按鍵信號。如圖4 所示，該按鍵控制模組50包括一第一磁性材料3〇1、一第 二磁性材料302、一第三磁性材料3〇3、一承載體3〇4及 〆移動感應裝置305。該第一磁性材料3〇1、第二磁性材 料302及第三磁性材料3〇3置於該承截體3〇4，且可沿該 承載體304在一直線上滑動。本實施方式中，該承載體 304為兩端未密閉的柱形空腔體，該第一磁性材料3〇1， 第二磁性材料302及第三磁性材料3〇3收容在柱形空腔體 中。該第-磁性材料301與第二磁性材料3〇2的相對面為 同性’該第二磁性材料302與第三磁性材料3〇3的相對面 也為同性。如，第一磁性材料3〇1與第二磁性材料3〇2的 相對面對為北極’第二磁性材料3〇2與第三磁性材料3〇3 的相對面都為南極。根據同性相斥的原理，第一磁性材 料30i與第二磁性材料302之間，第二磁性材料3〇2與第 三磁性材料303之間均有-定的空隙。該移動感應裝置 305位於可感應到第二磁性材料3〇2移動的位置，該承載 體304與該移動感應裝置3〇5接觸的面具有—孔3〇6 (如 圖5所示），以使該移動感應裝置3〇5能感應到第二磁性 材料302的移動。該移動感應裝置3〇5與處理模組3〇連接 ，將感應到的第二磁性材_2的移動資訊傳輸給處理模 099115899 表單編號A0101 0992028247-0 201142886 [0013] [0014] Ο [0015] ❹ [0016] 組30進行處理。 在殼體20連接至該底座10後，該第一凸起2〇3與該第一磁 性材料301接觸，該第二凸起204與該第三磁性材料3〇3 接觸。該第一磁性材料301與第一凸起203接觸的面為一 斜面或弧面’該第三磁性材料303與第二凸起2〇4接觸的 面為一斜面或弧面。 當第一按鍵201被按下時，第一凸起2〇3推著第一磁性材 料301沿著承載體304向第三磁性材料3〇3的方向移動， 根據同性相斥的原理，該第二磁性材料3〇2受第一磁性材 料301產生的排斥力也向第三磁性材料3〇3的方向移動。 該移動感應裝置305感應到第二磁性材料3〇2向第三磁性 材料303的方向運動後，將感應結果傳輸至處理模組3〇， 處理模組30即可判斷第一按鍵201被按壓。 同理’當第二按鍵202被按下時，第二凸起2〇4推著第三 磁性材料303沿著該承載體304向第一磁性材料3〇1的方 向移動，該第二磁性锊料302也向第一磁性材料3〇1的方 向移動，處理模組30根據移動感應裝置3〇5的感應結果即 可判斷第二鍵被按壓。 在本發明一實施方式中，該移動感應裝置3〇5為紅外感應 裝置，該紅外感應裝置包括至少兩個紅外感應裝置，在 此，僅以兩個紅外感應裝置為例進行說明。如圖6所示， 該紅外感應裝置包括一第一紅外感應裝置6〇1及一第二紅 外感應裝置6 0 2，該第一紅外感應裝置6 〇 1位於第一磁性 材料301與第二磁性材料302之間，該第二紅外感*應裝置 099115899 表單編號Α0101 第7頁/共22頁 0992028247-0 201142886 602位於第三磁性材料303與第二磁性材料302之間，當 第一紅外感應裝置6 01檢測到第二磁性材料3 〇 2時，處理 模組30判斷第二按鍵202被按壓，當第二紅外感應裝置 602檢測到第二磁性材料30 2時，則處理模組3〇判斷第一 按鍵201被按壓。 [0017] [0018] 在本發明另一實施方式中’如圖7所示，該第一紅外感應 裝置601及第二紅外感應裝置602在靜止時被第二磁性材 料302遮擋，即第一紅外感應裝置6〇1及第二紅外感應裝 置602均可檢測到第二磁性材料3〇2，當第一紅外感應裝 置6 01感應不到第二磁性材料3 〇 2時，處斑模組3 〇即可判 斷第一按鍵201被按壓，當第二紅外感應裝置6〇2感應不 到第二磁性材料302時，處理模組3〇即可判斷第二按鍵 2 0 2被按壓。 在本發明的另一實施方式中，該紅外感應裝置包括至少 四個紅外感應裝置，在此，僅以四個為例進行說明。如 ..... ν'. ........ .. ： ' 圖8所示’這四個紅外感應裝置分別為第三紅外感應裝置 701，第四紅外感應裝置7〇2，第五紅外感應裝置7〇3及 第六紅外感應裝置704，其中第三紅外感應裝置7〇1及第 四紅外感應裝置7 0 2位於第—磁性材料3 〇 1與第二磁性材 料302之間’且第三紅外感應裝置7〇1與第四紅外感應裝 置702之間有一定的距離’第五紅外感應裝置7〇3及第六 紅外感應裝置704位於第三磁性材料3〇3與第二磁性材料 3〇2之間’且第五紅外感應襞置7〇3與第六紅外感應裝置 7〇4之間有一定的距離。在第一按鍵2〇1被按下時，處理 模組30記錄第二磁性材料3〇2到達第五紅外感應裝置7〇3 099115899 表單蝙號Α0101 第8頁/共22頁 0992028247-0 201142886 及第六紅外感應裝置7 0 4之間的時間差，然後根據第五紅 外感應裝置703及第六紅外感應裝置704之間的距離，從 而確定第一按鍵201被按壓的速度。同理，在第二按鍵 202被按下時’處理模組30記錄第二磁性材料302到達第 三紅外感應裝置7 01及第四紅外感應裝置7 〇 2之間的時間 差，然後根據第三紅外感應裝置7 01與第四紅外感應裝置 702之間的距離，以確定第二按鍵202被按壓的速度。 [0019] Ο ϋ 在本發明另一實施方式中，如圖9所示，上述四個紅外感 應裝置均被第二磁性材料302遮擋，第三紅外感應裝置 701與第四紅外感應裝置702靠近第一磁性材料3〇1放置 ，且中間有一定的距離，第五紅外感應裝置7〇3與第四紅 外感應裝置704靠近第三磁性材料3〇3放置，且中間有一 疋的距離，處理模組30記錄第三紅外感應裝置及第四 紅外感應裝置7 0 2檢測不到第二磁性材料3 〇 2的時間差， 然後根據第二紅外感應装_置7 〇 1與第四.紅外感應裝置7 〇 2 之間的距離，確定第一按鍵2〇1被按壓的速度。同理，處 理模組30記錄第五紅外感應裝置7〇3及第六紅外感應裝置 704檢測不到第二磁性材料3〇2的時間差，然後根據第五 紅外感應裝置7 0 3及第六紅外感應裝置7 4之間的距離， 確定第二按鍵202被按壓的速度。 [0020] 本發明也可me於具有-個按鍵及兩似上按鍵控制裝 置’其實施方法與上述實財式相同，只需根據需要增 減το件。在具有單一按鍵的按鍵控制裝置中，只包括第 一磁性材料及第二磁性材料，在只需確定按鍵被按壓的 實施方式中，只包括第一紅外感應裝置，用於檢測第二 099115899 表單編號A0101 第9頁/共22頁 0992028247-0 201142886 磁性材料的移動，在需要確定按壓速度的實施方式中， 只包括第三紅外感應裝置及第四紅外感應裴置，且第三 紅外感應裝置及第四紅外感應裝置未被第二磁性材料覆 蓋時，位於第一磁性材料之後，則可處理模組記錄第二 磁性材料到達第三紅外感應裝置及第四紅外感應裝置之 間的時間差’然後根據第三紅外感應裝置及第四紅外感 應裝置之間的距離，從而確定按鍵被按壓的速度。 【圖式簡單說明】 [0021] [0022] [0023] [0024] [0025] [0026] [0027] [0028] [0029] [0030] 圖1為本發明一實施方式中滑鼠裝置的示意圖。 圖2為本發明本發明一實施方式中滑鼠裝置的爆炸圖。 圖3為本發明一實施方式中滑鼠裝置的殼體的仰視圖。 圖4及圖5為本發明一實施方式中滑鼠裝置的按鍵控制模 組的示意圖。 圖6及圖7為確定本發明滑鼠裝置的按鍵被按下的兩種實 施方式的示意圖。 圖8及圖9為確定本發明中滑鼠裝置的按鍵被按壓的速度 的兩種實施方式的示意圖。 【主要元件符號說明】 底座：10 殼體：20 處理模組：30 位移確定模組：40 099115899 表單編號A0101 第10頁/共22頁 0992028247-0 201142886[0010] the first magnetic material moves along the carrier, and the second magnetic material also moves, the motion sensing device senses the movement of the second magnetic material, and the processing panel group processes the sense of the sense of the axis and will The result of the processing is transferred to the device connected to the button control device. Compared with the prior art, the present invention discharges the magnetic material in the same pole, and detects the movement of the magnetic material through the motion detecting device. When the magnetic material moves with the button when the button is pressed, the movement detecting device detects the magnetic material and can determine The button is pressed, so that no noise is generated when the button is pressed. '. . . .' In addition, the present invention can also record the time and distance of movement of the magnetic material to determine the speed at which the button is pressed. 'Embodiment' - The present invention is a button control device which can be a mouse device, a game controller or other input device that controls the operation of the electronic device. In the present embodiment, a mouse device will be described as an example. . Referring to Figures 1 and 2, the mouse device in the present embodiment. The mouse device includes a base 10, a housing 20, a processing module 3A, a displacement determining module 40, and a button control module 5A. The housing 2 is detachably connected to the base 1 and is connected to form a cavity. The displacement determining module 40 is connected to the base 10 and electrically connected to the processing module 30. The displacement determining module 4 determines the displacement and direction of the movement of the mouse device, and transmits the guest material to the processing module 30 for processing, and the processed data is transmitted to the connected electronic device through an interface (not shown). Device 0 099115899 Form No. A0101 Page 5 / Total 22 Page 0992028247-0 201142886 [0011] The body 20 includes a first button 201 ′ a second button 202 , as shown in FIG. 3 , the pressing of the first button 201 The first surface of the surface of the second button 202 is fixed to a second protrusion 204. The button control module 50 is electrically connected to the processing module 30. The button signal is generated when the first button 2〇1 or/and the second button 202 is pressed. As shown in FIG. 4, the button control module 50 includes a first magnetic material 〇1, a second magnetic material 302, a third magnetic material 〇3, a carrier 3〇4, and a 〆 movement sensing device 305. . The first magnetic material 3〇1, the second magnetic material 302, and the third magnetic material 3〇3 are placed on the receiving body 3〇4, and are slidable along the carrier 304 in a straight line. In this embodiment, the carrier 304 is a cylindrical cavity having neither ends sealed, and the first magnetic material 3〇1, the second magnetic material 302 and the third magnetic material 3〇3 are received in the cylindrical cavity. in. The opposing faces of the first magnetic material 301 and the second magnetic material 3〇2 are identical. The opposing faces of the second magnetic material 302 and the third magnetic material 3〇3 are also the same. For example, the opposing faces of the first magnetic material 3〇1 and the second magnetic material 3〇2 are north poles. The opposite faces of the second magnetic material 3〇2 and the third magnetic material 3〇3 are both south poles. According to the principle of homosexual repulsive, between the first magnetic material 30i and the second magnetic material 302, there is a predetermined gap between the second magnetic material 3〇2 and the third magnetic material 303. The movement sensing device 305 is located at a position where the movement of the second magnetic material 3〇2 is sensed, and the surface of the carrier 304 contacting the movement sensing device 3〇5 has a hole 3〇6 (as shown in FIG. 5). The movement sensing device 3〇5 is enabled to sense the movement of the second magnetic material 302. The motion sensing device 3〇5 is connected to the processing module 3〇, and transmits the sensed movement information of the second magnetic material_2 to the processing module 099115899. Form No. A0101 0992028247-0 201142886 [0014] [0015]组 [0016] Group 30 performs processing. After the housing 20 is attached to the base 10, the first projection 2〇3 is in contact with the first magnetic material 301, and the second projection 204 is in contact with the third magnetic material 3〇3. The surface of the first magnetic material 301 which is in contact with the first protrusion 203 is a slope or a curved surface. The surface of the third magnetic material 303 which is in contact with the second protrusion 2〇4 is a slope or a curved surface. When the first button 201 is pressed, the first protrusion 2〇3 pushes the first magnetic material 301 along the carrier 304 to move toward the third magnetic material 3〇3, according to the principle of homosexual repelling, the first The repulsive force generated by the first magnetic material 301 by the two magnetic materials 3〇2 also moves in the direction of the third magnetic material 3〇3. After the motion sensing device 305 senses that the second magnetic material 3〇2 moves in the direction of the third magnetic material 303, the sensing result is transmitted to the processing module 3, and the processing module 30 can determine that the first button 201 is pressed. Similarly, when the second button 202 is pressed, the second protrusion 2〇4 pushes the third magnetic material 303 along the carrier 304 to move toward the first magnetic material 3〇1, and the second magnetic 锊The material 302 is also moved in the direction of the first magnetic material 3〇1, and the processing module 30 can determine that the second key is pressed according to the sensing result of the motion sensing device 3〇5. In an embodiment of the invention, the motion sensing device 3〇5 is an infrared sensing device, and the infrared sensing device includes at least two infrared sensing devices. Here, only two infrared sensing devices are taken as an example for description. As shown in FIG. 6, the infrared sensing device includes a first infrared sensing device 6〇1 and a second infrared sensing device 602. The first infrared sensing device 6〇1 is located at the first magnetic material 301 and the second magnetic material. Between the materials 302, the second infrared sensing device 099115899 Form No. 1010101 Page 7 / Total 22 pages 0992028247-0 201142886 602 is located between the third magnetic material 303 and the second magnetic material 302, when the first infrared sensing device 6 01 When the second magnetic material 3 〇 2 is detected, the processing module 30 determines that the second button 202 is pressed. When the second infrared sensing device 602 detects the second magnetic material 30 2, the processing module 3 determines A button 201 is pressed. [0018] In another embodiment of the present invention, as shown in FIG. 7, the first infrared sensing device 601 and the second infrared sensing device 602 are blocked by the second magnetic material 302 when stationary, that is, the first infrared. Both the sensing device 6〇1 and the second infrared sensing device 602 can detect the second magnetic material 3〇2, and when the first infrared sensing device 061 does not sense the second magnetic material 3 〇2, the spotting module 3 〇 It can be determined that the first button 201 is pressed. When the second infrared sensing device 6〇2 does not sense the second magnetic material 302, the processing module 3 can determine that the second button 2 0 2 is pressed. In another embodiment of the present invention, the infrared sensing device includes at least four infrared sensing devices, and only four of them are described as an example. Such as ..... ν'. ........ .. : 'The four infrared sensing devices shown in Figure 8 are the third infrared sensing device 701, the fourth infrared sensing device 7〇2, a fifth infrared sensing device 7〇3 and a sixth infrared sensing device 704, wherein the third infrared sensing device 〇1 and the fourth infrared sensing device 702 are located between the first magnetic material 3 〇1 and the second magnetic material 302 'And there is a certain distance between the third infrared sensing device 7〇1 and the fourth infrared sensing device 702'. The fifth infrared sensing device 7〇3 and the sixth infrared sensing device 704 are located at the third magnetic material 3〇3 and the second. There is a certain distance between the magnetic material 3〇2 and the fifth infrared sensing device 7〇3 and the sixth infrared sensing device 7〇4. When the first button 2〇1 is pressed, the processing module 30 records the second magnetic material 3〇2 to reach the fifth infrared sensing device 7〇3 099115899, the form bat number Α0101, page 8 / total 22 pages 0992028247-0 201142886 and The time difference between the sixth infrared sensing device 704 is then determined according to the distance between the fifth infrared sensing device 703 and the sixth infrared sensing device 704, thereby determining the speed at which the first button 201 is pressed. Similarly, when the second button 202 is pressed, the processing module 30 records the time difference between the second magnetic material 302 reaching the third infrared sensing device 071 and the fourth infrared sensing device 7 〇 2, and then according to the third infrared. The distance between the sensing device 710 and the fourth infrared sensing device 702 determines the speed at which the second button 202 is pressed. [0019] In another embodiment of the present invention, as shown in FIG. 9, the four infrared sensing devices are blocked by the second magnetic material 302, and the third infrared sensing device 701 and the fourth infrared sensing device 702 are close to the first A magnetic material 3〇1 is placed with a certain distance in the middle, and the fifth infrared sensing device 7〇3 and the fourth infrared sensing device 704 are placed close to the third magnetic material 3〇3, and there is a distance between the middle and the processing module. 30 recording the third infrared sensing device and the fourth infrared sensing device 7 0 2 can not detect the time difference of the second magnetic material 3 〇 2, and then according to the second infrared sensing device _ 7 〇 1 and the fourth infrared sensing device 7 〇 The distance between 2 determines the speed at which the first button 2〇1 is pressed. Similarly, the processing module 30 records that the fifth infrared sensing device 7〇3 and the sixth infrared sensing device 704 cannot detect the time difference of the second magnetic material 3〇2, and then according to the fifth infrared sensing device 7 0 3 and the sixth infrared. The distance between the sensing devices 74 determines the speed at which the second button 202 is pressed. [0020] The present invention can also be implemented with a button and a two-like button control device. The implementation method is the same as that of the above-described real money, and it is only necessary to increase or decrease the τ piece as needed. In a button control device having a single button, only the first magnetic material and the second magnetic material are included. In the embodiment that only needs to determine that the button is pressed, only the first infrared sensing device is included for detecting the second 099115899 form number. A0101 Page 9 of 22 0992028247-0 201142886 The movement of the magnetic material, in the embodiment in which the pressing speed needs to be determined, includes only the third infrared sensing device and the fourth infrared sensing device, and the third infrared sensing device and the third When the four infrared sensing device is not covered by the second magnetic material, after the first magnetic material, the processing module records the time difference between the second magnetic material reaching the third infrared sensing device and the fourth infrared sensing device. The distance between the three infrared sensing device and the fourth infrared sensing device determines the speed at which the button is pressed. [0030] [0030] [0030] FIG. 1 is a schematic diagram of a mouse device according to an embodiment of the present invention; . Fig. 2 is an exploded view of the mouse device in accordance with an embodiment of the present invention. Fig. 3 is a bottom plan view showing the housing of the mouse device according to the embodiment of the present invention. 4 and 5 are schematic views of a button control module of a mouse device according to an embodiment of the present invention. Figures 6 and 7 are schematic views showing two embodiments in which the keys of the mouse device of the present invention are pressed. 8 and 9 are schematic views showing two embodiments for determining the speed at which the button of the mouse device is pressed in the present invention. [Main component symbol description] Base: 10 Housing: 20 Processing module: 30 Displacement determination module: 40 099115899 Form number A0101 Page 10 of 22 0992028247-0 201142886
[0031] 及一按鍵控制模組： 50 [0032] 第一按鍵：201 [0033] 第二按鍵：202 [0034] 第一凸起：203 [0035] 第二凸起：204 [0036] 第一磁性材料：301 [0037] 第二磁性材料：302 [0038] 第三磁性材料：303 [0039] 承載體：304 [0040] 移動感應裝置：305 [0041] 第一紅外感應裝置： 601 [0042] 第二紅外感應裝置： 602 [0043] 第三紅外感應裝置： 701 [0044] 第四紅外感應裝置： 702 [0045] 第五紅外感應裝置： 703 [0046] 及第六紅外感應裝置 ：704[0031] and a button control module: 50 [0032] first button: 201 [0033] second button: 202 [0034] first protrusion: 203 [0035] second protrusion: 204 [0036] first Magnetic material: 301 [0037] Second magnetic material: 302 [0038] Third magnetic material: 303 [0039] Carrier: 304 [0040] Motion sensing device: 305 [0041] First infrared sensing device: 601 [0042] Second infrared sensing device: 602 [0043] Third infrared sensing device: 701 [0044] Fourth infrared sensing device: 702 [0045] Fifth infrared sensing device: 703 [0046] and sixth infrared sensing device: 704
099115899 表單編號A0101 第11頁/共22頁 0992028247-0099115899 Form No. A0101 Page 11 of 22 0992028247-0