200809581 九、發明說明： 【發明所屬之技術領域】 本發明係為相關於一種電子夢士、a a 同積木組奸狀秋，’制是可藉由不 並擁有獨創性 持人需求喊㈣_，，並可視不同握 【先前技術】 ，腦$現今-般大眾廣為使用的 形’.==觀，:只能消極卜 :鼠’則可以解決此一問題，但坊間‘今為止並未“一 1 料及以案木發組二乃之究-2 口戦其他電子設叙m 【發明内容】 梦署本係在於提供—種電子積木組合式之滑鼠 形’ ^舒適及美觀的效果，並且擁有V人好風=鼠外 為達到上述之目的，本發明係提供一種 $鼠巧有單搶投影機或其他電子設備之 裝置^3有一感測型電子積木，該積木之上部設有至少一 6 200809581 歹j類似組合式柄狀軸（eQUplingpins) 其2配合之積木相連結，該積木之内部設有移^感 接粉電魄，Μ電氣轉_當導線傳輸方 :I W乳訊號輸出至電腦、單搶投影機或其他電子設備， ^木之下部設有-滑動面’可與桌議齊，該平面^有至 ，可使上述移動感測裝置透過此開0，感測該電子 積木與桌面間之相對位移。 測型提供之f子積桃合式之H置，其中該感 二^子積木可用連銷（⑽PH112 Μ113)連結至少一按鍵 積木’透過按壓該按鍵型電子積木，以控繼滑鼠按 _ 提供之電子積木組合式之滑㈣X，其中該感 子積木可用連銷（C0Upling 連結一滾輪型電 ’透過滾動該滾輪型電子積木，以控制該滑鼠相對應 之功能。 以下配合圖示，詳細說明本發明之實施方式。 【實施方式】 ^閱後附第—圖，係為本發明電子積木滑鼠之感測型 電子積木（1)立體分解圖。 如第-圖所示，該積木之上部具有—組裝平面（11)， 裝平面(11)上設有至少—列類似卫程組合式工程積 山之連銷（111)’藉此得以與其他相配合之積木相連 結，該積木之内部設有鑛_裝置（12)，並接連於 氣導線（14)可將滑鼠職輸出至電腦、 t又衫機或其他電子賴，該積木之下部設有一滑動面 ()，可與桌面貼齊，該平面設有至少一開口（ 151 )，可 ，巧動感測裝置（12)透過此開口⑽），感測該電子積 木與桌面間之相對位移。 、 7 200809581 該移動感測裝置（12)内包含有至少一發光二極體 (121)、一導光部（122)及一光感測器（123)。 該發光二極體（121)係設置於該導光部（122)的一侧， 且電性連接該電路板(13)，該光感測器（123)設置於該導 光部（122)相對應之上方，且電性連接該電路板(13)。 該發光二極體（121)所發出之光線透過該導光部（122) 入射於該感測型電子積木（1)所行徑之平面，並經反射調 變之後，再透過該導光部（122)，然後由該光感測器（123) 所接收。因此，該發光二極體（121)投射出一入射光至桌 面或滑鼠墊，並藉由擷取在應用平面上所產生的反射光來判 斷其移動，經由電氣導線（14)將滑鼠訊號輸出以控制滑鼠 之動作情形。 第二圖為本發明按鍵型電子積木（2)之立體分解圖。 /如第二圖所示，該按鍵型電子積木(2)係由按鍵元件(21) 及微動開關（22)組合而成，並將按壓該按鍵型電子積木（2) 所產生之按壓訊號，經由電氣導線（23)傳遞至該感測型電 子積木（1)，以控制該滑鼠之按鍵功能。 該微動開關（22)設置於該按鍵型電子積木(2)内，且相 對應於該按鍵元件(21)，使按壓該按鍵元件（21)時，能產生 按壓訊號。 一該按鍵型電子積木(2)之下部具有一組裝平面（24)，而 該組裝，平面（24)上設有可對接類似工程組合式工程積木所 用連銷（111)之凹陷組裝結構（241)，藉此得以與其他相 配合之積木相連結。 第，圖為本發明之第二較佳實施例示意圖。 如第二圖所示，該感測型電子積木（1)之上部連銷（111) 與該些按鍵^電子積木(2)之凹陷組裝結構（241)相連結， 並經由電氣導線（23)傳遞按壓訊號至該感測型電子積木 (1) ’並透過該感測型電子積木（〗）之電氣導線（Μ)，將 8 200809581 雜μ電腦、單搶投频或其他電子設備以控制 圖為本發明雜型電子積木⑶之立體分賴。 芬m 所示，該滾輪型電子積木⑶係由滾輪元件(31) ㈣置⑽組合而成，並職動魏輪元件⑻ ϋίϊΐ,轉動訊號，經由電氣導線（34)傳遞至該感測 型電子積木⑴，以控制該滑鼠相對應之功能。 =袞輪元件(31)包含有—轴部(311)，與該滾輪型電子 積木(3)之軸承(32)相連接。200809581 IX. INSTRUCTIONS: [Technical field to which the invention pertains] The present invention relates to an electronic empire, aa, and a building block, and the system can be shouted by not having an original demand for holding (4) _, And can be differently [previous technology], the brain is now widely used by the general public. '== view, only negative: the mouse can solve this problem, but the square has not been "one 1 material and the case of the wood-based group of the two is the second - 2 other 电子 戦 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 V is a good wind = the outside of the mouse for the purpose of the above, the present invention provides a device for a single-shot projector or other electronic device ^ 3 has a sensing type electronic building block, the upper part of the building block is provided with at least one 2008 200881歹j Similar to the combined shank shaft (eQUplingpins), the 2 matching bricks are connected, the inside of the building block is equipped with a moving sensation battery, and the electric _ _ when the wire is transmitted: IW milk signal output to the computer, single Grab a projector or other electronic device , the lower part of the wood is provided with a sliding surface that can be aligned with the table, and the plane can be used to enable the above-mentioned mobile sensing device to sense the relative displacement between the electronic building block and the desktop through the opening 0. f sub-product peach type H, wherein the two-piece building block can be connected with at least one button building block by (10) PH112 Μ 113' by pressing the button-type electronic building block to control the electronic block combination provided by the mouse according to _ Slip (4) X, wherein the sensory building block can be connected by a pin (C0Upling is connected to a roller type electric power) by rolling the roller type electronic building block to control the corresponding function of the mouse. Hereinafter, the embodiment of the present invention will be described in detail with reference to the drawings. [Embodiment] ^After reading, the figure is an exploded view of the sensing type electronic building block (1) of the electronic building block mouse of the present invention. As shown in the first figure, the upper part of the building block has an assembly plane ( 11), the installation plane (11) is provided with at least a series of joints (111) similar to the Weigong combined engineering mountain, thereby being connected with other matching bricks, the inside of which is provided with a mine_device ( 12), and consecutive The gas wire (14) can output the mouse position to a computer, a t-shirt machine or other electronic device, and a sliding surface () is arranged on the lower part of the building block, and can be aligned with the desktop, and the plane is provided with at least one opening (151) The movable sensing device (12) senses the relative displacement between the electronic building block and the desktop through the opening (10). 7, 200809581 The mobile sensing device (12) includes at least one light emitting diode (121) a light guiding portion (122) and a light sensor (123). The light emitting diode (121) is disposed on one side of the light guiding portion (122) and electrically connected to the circuit board (13) The photo sensor (123) is disposed above the light guiding portion (122) and electrically connected to the circuit board (13). The light emitted by the light-emitting diode (121) is incident on the plane of the path of the sensing type electronic building block (1) through the light guiding portion (122), and is reflected and modulated, and then transmitted through the light guiding portion ( 122), then received by the photo sensor (123). Therefore, the light-emitting diode (121) projects an incident light to the table top or the mouse pad, and judges its movement by capturing the reflected light generated on the application plane, and the mouse is connected via the electric wire (14). Signal output to control the action of the mouse. The second figure is an exploded perspective view of the button type electronic building block (2) of the present invention. / As shown in the second figure, the button type electronic building block (2) is a combination of a button component (21) and a micro switch (22), and presses the pressing signal generated by the button type electronic building block (2). It is transmitted to the sensing type electronic building block (1) via an electrical wire (23) to control the button function of the mouse. The micro switch (22) is disposed in the button type electronic building block (2) and corresponds to the button element (21), so that when the button element (21) is pressed, a pressing signal can be generated. A lower part of the button type electronic building block (2) has an assembly plane (24), and the assembly (24) is provided with a recessed assembly structure (241) for docking similar joints (111) used for engineering combined building blocks. ), thereby being able to be connected with other matching bricks. First, the figure is a schematic view of a second preferred embodiment of the present invention. As shown in the second figure, the upper connecting pin (111) of the sensing type electronic building block (1) is connected with the recessed assembly structure (241) of the button electronic building blocks (2), and is connected via an electrical wire (23). Passing the pressing signal to the sensing type electronic building block (1)' and passing the electrical wire (Μ) of the sensing type electronic building block (〗), the 8 200809581 miscellaneous μ computer, single grab frequency or other electronic equipment to control the map It is a three-dimensional separation of the hybrid electronic building blocks (3) of the present invention. As shown by Fin, the roller type electronic building block (3) is composed of roller elements (31) and (4) (10), and the driving wheel component (8) is rotated. The rotating signal is transmitted to the sensing electronic via the electrical wire (34). Building blocks (1) to control the function of the mouse. The wheel member (31) includes a shaft portion (311) that is coupled to a bearing (32) of the roller type electronic building block (3).
、該轉動感測裝置(33)設置於該滾輪型電子積木(3)内之 適當位置處，且套接於該滾輪元件(31)之軸部（311)之一 侧’使轉動該滾輪元件⑶辦，能產生滾輪轉動訊號。 該滾輪型電子積木(3)之下部具有一組裝平面（35)，而 該組裝，平面（35)上設有可對接類似工程組合式工程積木所 用連銷（m)之_組裝結構（351)，藉此_與其他相 配合之積木相連結。 第五圖為本發明之第三較佳實施例示意圖。 如第五圖所示，該感測型電子積木（i)之上部連銷（i i i) 與該些按鍵型電子積木(2)之凹陷組裝結構（241)及該滾輪 型電子積木(3)之凹陷組裝結構（351)相連結，並經由電氣 導線（23)傳遞按壓訊號及電氣導線（34)傳遞滾輪轉動訊 號至該感測型電子積木（1)，並透過該感測型電子積木^) 之電氣導線（14)，將滑鼠之訊號輸出至電腦、單搶投影機 或其他電子設備以控制該滑鼠。 惟以上所述僅為本發明之較佳可行實施例，非因此侷限 本發明之專利範圍，故舉凡運用本發明說明書及圖示内所為 之等效結構變化，均同理皆包含於本發明之範圍内，合予陳 明。 〇 9 200809581 【圖式簡單說明】 第一圖係為本發明之電子積木滑鼠之立體分解圖； 第二圖係為本發明按鍵型電子積木之立體分解圖； 第三圖係為本發明之第二較佳實施例示意圖； 第四圖係為本發明滾輪型電子積木之立體分解圖；及 第五圖係為本發明之第三較佳實施例示意圖。 【主要元件符號說明】The rotation sensing device (33) is disposed at an appropriate position in the roller type electronic building block (3), and is sleeved on one side of the shaft portion (311) of the roller member (31) to rotate the roller member (3) It can generate the wheel rotation signal. The lower part of the roller type electronic building block (3) has an assembly plane (35), and the assembly (35) is provided with an integrated structure (351) for docking similarly used engineering modular building blocks (m). By this, _ is connected with other matching bricks. Figure 5 is a schematic view of a third preferred embodiment of the present invention. As shown in the fifth figure, the sensing electronic building block (i) has a top pin (iii) and the recessed assembly structure (241) of the button type electronic building blocks (2) and the roller type electronic building block (3) The recessed assembly structure (351) is coupled, and transmits a pressing signal and an electrical lead (34) via the electrical lead (23) to transmit a roller rotation signal to the sensing type electronic building block (1), and transmits the sensing type electronic building block ^) The electrical lead (14) outputs the mouse signal to a computer, a single grab projector or other electronic device to control the mouse. However, the above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Therefore, the equivalent structural changes in the specification and the drawings of the present invention are all included in the present invention. Within the scope, it is combined with Chen Ming. 〇9 200809581 [Simplified illustration of the drawings] The first figure is an exploded perspective view of the electronic building block mouse of the present invention; the second figure is an exploded perspective view of the button type electronic building block of the present invention; BRIEF DESCRIPTION OF THE DRAWINGS FIG. 4 is a perspective exploded view of a roller type electronic building block of the present invention; and a fifth drawing is a schematic view of a third preferred embodiment of the present invention. [Main component symbol description]
(1) 移動感測裝置 (11) 組裝平面 (111) 連銷 (12) 移動感測平面 (121) 發光二極體 (122) 導光部 (123) 光感测器 (13) 電路板 (14) 電氣導線 (15) 滑動面 (151) 開口 (2) 按鍵型電子積木 (21) 按鍵元件 (22) 微動開關 (23) 電氣導線 (24) 組裝平面 (241) 凹陷組裝結構 (3) 滾輪型電子積木 (31) 滾輪元件 (311) 軸部 (32) 軸承 (33) 轉動感測裝置 200809581 ))1 4 5 5 3 3 3 Γ\ Γ\ Γ\ 電氣導線 組裝平面 凹陷組裝結構 11(1) Mobile sensing device (11) Assembly plane (111) Pin (12) Moving sensing plane (121) Light-emitting diode (122) Light guide (123) Light sensor (13) Circuit board ( 14) Electrical lead (15) Sliding surface (151) Opening (2) Push-button type electronic building block (21) Button element (22) Micro switch (23) Electrical lead (24) Assembly plane (241) Recessed assembly structure (3) Roller Type electronic building block (31) Roller element (311) Shaft part (32) Bearing (33) Rotary sensing device 200809581 )) 1 4 5 5 3 3 3 Γ\ Γ\ Γ\ Electrical conductor assembly Plane recessed assembly structure 11