100年07月21日按正替換頁 M412834 五、新型說明： 【新型所屬之技術領域】 [0001] 本創作係有關於一種導光板加工機之刀具加工裝置 ，尤其是指一種於導光板之加工製作過程中，能同時對 該導光板進行拋光動作及微結構處理，使得不僅能減少 導光板加工製作所耗費之時間，且亦同時能縮小該加工 機之體積，而在其鹜體施行使用上更增實用功效特性的 導光板加工機之刀具加工裝置創新設計者。 【先前技術】 [0002] 按，液晶顯示器具有輕薄、無輻射、亮度高及省電 等優點；而一般液晶顯示器之主要結構組成，係包含於 兩玻璃基板中間夾設一層液晶而形成之面板，以及位於 面板之後，提供面板光源之背光模組，該背光模組又包 含導光板、擴散片、反射板及發光二極體，其中之導光 板主要係將發光二極體所發出之點光源，經由導光板之 導引傳送後，由導光板的正面透出，形成面光源，再投 射至面板。 [0003] 而該導光板於製作時，請參閱第四圖現有之結構示 意圖、第五圖現有之局部放大立體結構示意圖及第六圖 現有之局部放大側視結構示意圖所示，其主要係於加工 機（3)之機台（31)上設有加工區（311)，對 應該加工區（3 1 1 )設有滑座（3 2)，該滑座（3 2)係於一固定板（32 1)上活動設有滑動板（32 2) ，且對應滑動板（3 2 2 )設有滑動動力源（3 2 3) ，以能利用滑動動力源（3 2 3)控制滑動板（3 表單編號A0101 第3頁/共18頁 M412834 100年07月21日fcl替換頁 2 2)於固定板（3 2 1)上移動，調整加工時滑動板 (3 2 2)所需之位置，於該滑座（3 2)之滑動板（ 3 2 2 )上分別設有拋光裝置（3 3)及微結構處理裝 置（34) ’該拋光裝置（33)設有拋光刀盤（33 1 )’且於拋光刀盤（3 3 1)前端設置有拋光刀具（ 3 3 2 )，並設有拋光動力源（3 3 3 )帶動拋光刀盤 (3 3 1)轉動，該微結構處理裝置（3 4)亦設有微 結構刀盤（3 4 1)，且於微結構刀盤（3 4 1 )前端 亦設置有微結構刀具（3 4 2 )，並同樣設有微結構動 力源（3 4 3 )帶動微結構刀盤（3 4 1 )轉動；使得 ·看 於將導光板置於機台（31)上之加工區（311)後 ’能先利用拋光裝置（3 3 )之拋光動力源（3 3 3 ) 帶動拋光刀盤（3 3 1 )轉動，以令拋光刀盤（3 3 1 )前端之拋光刀具（3 3 2 )能對導光板先進行拋光作 業’再利用微結構處理裝置（3 4)之微結構動力源（ 3 4 3 )帶動微結構刀盤（3 4 1 )轉動，而讓微結構 刀盤（3 4 1)前端之微結構刀具（3 4 2)再對導光 板進行微結構處理作業，以於導光板表面形成光學結構 ，而能利用該導光板將發光二極體發出之光源導引投射 至面板處。 KJ4] 然而，上述導光板雖可分別利用加工機上之拋光裝 置及微結構處理裝置，達到對導光板進行拋光作業及微 結構處理作業之預期功效，但也在其實際操作施行上發 現，該拋光裝置及微結構處理裝置係分開設置於機台上 兩不同位置處，使得導光板需先經拋光裝置進行拋光作 業後’再由微結構處理裝置進行微結構處理作業，不僅 表單编號A0101 第4頁/共18頁 M412834 100年07月21日核正替換頁 在導光板之加工製作過程中需花費較多之工時，且相對 亦令分開設置之拋光裝置及微結構處理裝置顯得極為佔 據空間，造成導光板在其整體加工製作上存在有諸多不 便之處尚待改進。 [0005] 緣是，創作人有鑑於此，秉持多年該相關行業之豐 富設計開發及實際製作經驗，針對現有之結構及缺失予 以研究改良，提供一種導光板加工機之刀具加工裝置， 以期達到更佳實用價值性之目的者。 【新型内容】 [0006] 本創作導光板加工機之刀具加工裝置，其主要係設 有第一加工裝置，該第一加工裝置設有呈中空狀且具有 套掣穿孔之第一加工刀盤，於該第一加工刀盤前端設置 有第一加工刀具，且於該第一加工刀盤外連接設有與第 一加工動力源相連結之第一加工傳動單元，另設有第二 加工裝置，該第二加工裝置於第一加工裝置之第一加工 刀盤的套掣穿孔内套設有第二加工刀盤，於該第二加工 刀盤前端設置有第二加工刀具，且於第二加工刀盤外亦 連接設有與第二加工動力源相連結之第二加工傳動單元 :藉此，以於導光板製作通過該第一加工裝置時，能經 第一加工刀具對其進行第一加工作業，且同時利用套設 於第一加工刀盤的套掣穿孔内之第二加工刀盤前端設置 的第二加工刀具對其進行第二加工作業，於導光板之加 工製作過程中，能達到同時利用該第一、二加工裝置對 該導光板進行拋光動作及微結構處理，使得不僅能減少 導光板加工製作所耗費之時間，且亦同時能縮小該加工 表單編號A0101 第5頁/共18頁 M412834On July 21, 100, according to the replacement page M412834 V. New description: [New technical field] [0001] This creation is about a tool processing device for a light guide plate processing machine, especially for processing a light guide plate. During the manufacturing process, the polishing operation and the microstructure processing of the light guide plate can be simultaneously performed, so that the time required for the processing of the light guide plate can be reduced, and at the same time, the volume of the processing machine can be reduced, and the use of the body can be reduced. An innovative designer of tool processing equipment for light guide plate processing machines with increased utility characteristics. [Prior Art] [0002] According to the liquid crystal display, the liquid crystal display has the advantages of lightness, no radiation, high brightness, and power saving. The main structural composition of the liquid crystal display is a panel formed by sandwiching a layer of liquid crystal between two glass substrates. And a backlight module for providing a panel light source, the backlight module further comprising a light guide plate, a diffusion sheet, a reflection plate and a light emitting diode, wherein the light guide plate is mainly a point light source emitted by the light emitting diode. After being guided by the light guide plate, the front surface of the light guide plate is transparently formed to form a surface light source, and then projected onto the panel. [0003] When the light guide plate is manufactured, please refer to the prior art structure diagram of the fourth figure, the partial enlarged three-dimensional structure diagram of the fifth figure, and the partial enlarged side view structure diagram of the sixth figure, which is mainly shown in A processing area (311) is arranged on the machine table (31) of the processing machine (3), and a sliding seat (32) corresponding to the processing area (3 1 1) is provided, and the sliding seat (32) is attached to a fixing plate (32 1) The upper movable body is provided with a sliding plate (32 2), and the corresponding sliding plate (3 2 2 ) is provided with a sliding power source (3 2 3), so that the sliding plate can be controlled by the sliding power source (3 2 3) ( 3 Form No. A0101 Page 3 of 18 M412834 July 21, 2001 fcl replacement page 2 2) Move on the fixed plate (3 2 1) to adjust the position required for the sliding plate (3 2 2) during machining. A polishing device (3 3) and a microstructure processing device (34) are respectively disposed on the sliding plate (32 2) of the sliding seat (32). The polishing device (33) is provided with a polishing blade (33 1). 'And at the front end of the polishing cutter head (3 3 1) is provided with a polishing tool (3 3 2 ), and a polishing power source (3 3 3) is provided to drive the polishing cutter head (3 3 1) to rotate, the microstructure processing device (3 4) Microstructure cutter head (3 4 1) is also provided, and a microstructure cutter (3 4 2 ) is also arranged at the front end of the microstructure cutter head (3 4 1 ), and a micro-structure power source is also provided ( 3 4 3) Drive the micro-knife (3 4 1 ) to rotate; so that it can be polished by the polishing device (3 3 ) after placing the light guide plate on the processing area (311) on the machine table (31) The power source (3 3 3 ) drives the polishing cutter head (3 3 1 ) to rotate, so that the polishing tool (3 3 2 ) at the front end of the polishing cutter head (3 3 1 ) can polish the light guide plate first, and then reuse the microstructure. The microstructure power source (3 4 3) of the processing device (3 4) drives the microstructure cutter head (3 4 1 ) to rotate, and the microstructure cutter (3 4 2) at the front end of the microstructure cutter head (3 4 1) The light guide plate is subjected to a microstructure processing operation to form an optical structure on the surface of the light guide plate, and the light guide plate can be used to guide the light source emitted from the light emitting diode to the panel. KJ4] However, although the above-mentioned light guide plate can utilize the polishing device and the microstructure processing device on the processing machine respectively, the intended effect of polishing the polishing operation and the microstructure processing operation of the light guide plate can be achieved, but it is also found in the actual operation and implementation thereof. The polishing device and the microstructure processing device are separately disposed at two different positions on the machine table, so that the light guide plate needs to be polished by the polishing device before the microstructure processing operation is performed by the microstructure processing device, not only the form number A0101 4 pages/total 18 pages M412834 On July 21, 100, the nuclear replacement page takes a lot of man-hours in the process of manufacturing the light guide plate, and the polishing device and the microstructure processing device are separately occupied. Space, there are many inconveniences in the overall processing of the light guide plate to be improved. [0005] The reason is that, in view of this, the creators have been researching and improving the existing structures and defects by providing rich experience in design and development and actual production of the relevant industries for many years, and to provide a tool processing device for the light guide plate processing machine, in order to achieve more The purpose of good practical value. [New Content] [0006] The tool processing device of the present light guide plate processing machine is mainly provided with a first processing device, and the first processing device is provided with a first processing cutter disk which is hollow and has a perforation of a sleeve. a first processing tool is disposed at a front end of the first processing tool, and a first processing transmission unit coupled to the first processing power source is disposed outside the first processing tool disk, and a second processing device is further disposed. The second processing device is provided with a second processing cutter in the sleeve perforation of the first machining cutter of the first machining device, a second machining cutter is disposed at the front end of the second machining cutter, and the second machining is performed. A second processing transmission unit coupled to the second processing power source is also connected to the outside of the cutter head: thereby, when the light guide plate is manufactured through the first processing device, the first processing tool can be first processed by the first processing tool Working, and at the same time, performing a second processing operation by using a second processing tool disposed at a front end of the second processing cutter disposed in the ferrule perforation of the first machining cutter, during the processing of the light guide plate, with The polishing operation and the microstructure processing of the light guide plate by the first and second processing devices can not only reduce the time taken for the processing of the light guide plate, but also reduce the processing form number A0101, page 5 of 18 M412834
[loo年07月21日修正替换頁I 機之體積，而在其整體施行使用上更增實用功效特性者 【實施方式】 為令本創作所運用之技術内容、創作目的及其達成 之功效有更完整且清楚的揭露，茲於下詳細說明之，並 請一併參閱所揭之圖式及圖號： 首先，請參閱第一圖本創作之立體結構示意圖、第 二圖本創作之俯視結構示意圖及第三圓本創作之俯視剖 視結構示意圓所示，本創作主要係包括有第一加工裝置 (1 )及第二加工裝置（2);其中： 該第一加工裝置（1)，其可為拋光裝置或為微結 構處理裝置’於第―加卫裝置（i )設有第_加工刀盤 (1 1 )，該第一加工刀盤（1 1 )係呈中空狀具有套 孝穿孔（1 1 1 )，於該第—加工刀盤（i i )前端設 置有第一加工刀具（12)，且於該第一加工刀盤（1 1) 外連接設有第一加工傳動單元（13)，該第一加 工傳動單兀（1 3)則與第一加工動力源（丄4)相連 結，使得能藉由第一加工動力源（丄4)經第一加工傳 動單π ( 1 3)帶動第一加工刀盤（丄丄）轉動，以利 用第一加工刀盤（1 1)前端設置之第一加工刀具（1 2) 進行第一加工作業。 [0010] 該第二加工裝置（2)，其對應第一加工裝置（1 )可為微結構處理裝置或為拋光裝置，第二加工裝置（ 2)係於第一 的套掣穿孔（ 表單編號A0101 加工裝置（1)之第一加工刀盤（1 1) 1 1 1 )内套設有第二加工刀盤（2 1 ) 第6頁/共18頁 [ϊ〇〇Ψ〇7^~21Β ，且於第二加工刀盤（21)與套掣穿孔（i i i)相 對應位置處設有潤滑油路（211)，以能利用潤滑油 路（211)對第二加工刀盤（21)進行濁滑作業， 於該第二加工刀盤（2 1)前端設置有第二加工刀具（ 22) ’且於第二加工刀盤（21)外亦連接設有第二 加工傳動單元（23)，該第二加工傳動單元（23) 則與第二加工動力源（2 4)相連結，使得同樣藉 二加工動力源（2 4)經第二加工傳動單元（2 3)帶 動第二加工刀盤（2 1 )轉動，利用第二加工刀盤（2 1)前端設置之第二加工刀具（22)進行第二加工作 (⑶，於連結座(25)第一端與第二加二 元（2 3)間設有轴承（2 5丄），而於該連結座（2 5)第二端則連接設有移動動力源（26)，使得能經 由移動動力源（2 6)透過連結座（2 5)帶動第二加 工刀盤（2 1 )前進或後退移動。 如此一來，使得本創作在操作使用上，其係分別令 第加工裝置（1)之第一加工動力源（14)經第一 加工傳動單元（1 3)帶動第-加X刀盤（！ i )轉動 ’及令第二加工裝置（2)之第二加工動力源（2 4) 差第一加工傳動單元（23)帶動第二加工刀盤（21 )轉動’且利用潤滑油路（2 1 1 )對第二加工刀盤（ 2 1 )提供潤滑功效，並由於第二加工傳動單元（2 3 )後端以轴承（2 5 1 )與連結座（2 5)連結，使得 於第一加工刀盤（2 1)轉動過程中，連結座（2 5) 座（2 5 )第二端所連接之移動動力源、（2 6 ) 第7頁/共18頁 M412834 100年ΰ7月21日梭正替換頁 並不會隨之轉動，以於導光板製作通過該第一加工裝置 (1 )時，能經第一加工刀盤（1 1 )前端設置之第一 加工刀具（1 2 )對其進行第一加工作業，且同時利用 套設於第一加工刀盤（1 1 )的套掣穿孔（1 1 1 )内 之第二加工刀盤（2 1 )前端設置的第二加工刀具（2 2)對其進行第二加工作業，並能依導光板所需第二加 工之位置、深度不同，利用第二加工裝置（2 )之移動 動力源（2 6)透過連結座（2 5)帶動第二加工刀盤 (2 1 )於第一加工刀盤（11)的套掣穿孔（111 )内前進或後退移動，以調整第二加工刀具（2 2)進 行第二加工作業時之深度，而即可達到同時利用該第一 、二加工裝置（1)、（2)對導光板進行拋光動作及 微結構處理之功效目的。 [0012] 藉由以上所述，本創作結構之組成與使用實施說明 可知，本創作與現有結構相較之下，本創作主要係於導 光板之加工製作過程中，能同時利用該第一、二加工裝 置對該導光板進行拋光動作及微結構處理，使得不僅能 減少導光板加工製作所耗費之時間，且亦同時能縮小該 加工機之體積。 [0013] 前述之實施例或圖式並非限定本創作之結構樣態， 任何所屬技術領域中具有通常知識者之適當變化或修飾 ，皆應視為不脫離本創作之專利範疇。 綜上所述，本創作實施例確能達到所預期之使用功 效，又其所揭露之具體構造，不僅未曾見於同類產品中 ，亦未曾公開於申請前，誠已完全符合專利法之規定與 表單編號Α0101 第8頁/共18頁 [0014][The year of loo is revised on July 21st to replace the volume of the page I machine, and the utility model is more effective in its overall implementation. [Implementation] In order to make the technical content, creation purpose and achievement effect of the creation For a more complete and clear disclosure, please refer to the detailed description below, and please refer to the illustrated drawings and drawings: First, please refer to the first figure, the three-dimensional structure diagram of the creation, and the second figure, the top structure of the creation. The schematic diagram and the schematic view of the third-circle creation are shown in a schematic circle. The present invention mainly includes a first processing device (1) and a second processing device (2); wherein: the first processing device (1), It may be a polishing device or a micro-structure processing device 'in the first-enhanced device (i) is provided with a first processing blade (1 1 ), the first processing blade (1 1 ) is hollow and has a set of filial piety a perforation (1 1 1 ), a first machining tool (12) is disposed at a front end of the first machining cutter disc (ii), and a first machining transmission unit is disposed outside the first machining cutter disc (1 1) 13), the first processing drive unit (1 3) and the first processing power source丄4) being coupled such that the first machining cutter (丄丄) is driven by the first machining power source (丄4) to drive the first machining cutter (丄丄) to utilize the first machining cutter ( 1 1) The first machining tool (1 2) set at the front end performs the first machining operation. [0010] The second processing device (2), which corresponds to the first processing device (1), may be a microstructure processing device or a polishing device, and the second processing device (2) is tied to the first sleeve perforation (form number) A0101 The first machining cutter (1 1) of the processing device (1) 1 1 1 ) The second machining cutter (2 1 ) is set inside. Page 6 of 18 [ϊ〇〇Ψ〇7^~21Β And a lubricating oil passage (211) is disposed at a position corresponding to the second processing cutter disc (21) and the sleeve perforation (iii), so that the second machining cutter disc (21) can be performed by the lubricating oil passage (211). In the turbidity operation, a second machining tool (22) is disposed at a front end of the second machining cutter (2 1), and a second machining transmission unit (23) is also connected to the second machining cutter (21). The second machining transmission unit (23) is coupled to the second machining power source (24) such that the second machining power source (24) drives the second machining cutter disk through the second machining transmission unit (23). (2 1 ) Rotating, using the second machining tool (22) provided at the front end of the second machining cutter (2 1) for the second addition operation ((3), at the first end and the second addition of the coupling seat (25) A bearing (25 丄) is arranged between the elements (23), and a moving power source (26) is connected to the second end of the connecting seat (25) so that the mobile power source (26) can be connected through the mobile power source (26). The seat (25) drives the second machining cutter head (2 1 ) to move forward or backward. In this way, the creation of the present invention is the first processing power source of the first processing device (1). ) the first machining transmission unit (13) drives the first-plus-X cutter disc (! i) to rotate 'and the second machining device (2) the second machining power source (2 4) to the first machining transmission unit ( 23) driving the second machining cutter disc (21) to rotate 'and lubricating the second machining cutter disc (2 1 ) by the lubricating oil passage (2 1 1 ), and due to the rear end of the second machining transmission unit (23) The bearing (2 5 1 ) is coupled to the connecting seat (25), so that the moving power connected to the second end of the connecting seat (25) (2 5) during the rotation of the first processing cutter (2 1) Source, (2 6 ) Page 7 / Total 18 pages M412834 100 years ΰ July 21st, the shuttle is replacing the page and will not rotate with it, so that the light guide plate can be made through the first processing device (1) The first machining tool (1 2 ) disposed at the front end of the first machining cutter head (1 1 ) can be subjected to the first machining operation, and at the same time, the sleeve is bored through the first machining cutter disc (1 1 ). The second machining tool (2 2) provided at the front end of the second machining cutter (2 1 ) in (1 1 1 ) performs the second machining operation, and can be different in position and depth of the second machining required by the light guide plate. The moving power source (26) of the second processing device (2) drives the second processing blade (2 1) to the ferrule perforation (111) of the first processing blade (11) through the connecting seat (2 5). The inner forward or backward movement is used to adjust the depth of the second machining tool (2 2) for the second machining operation, and the light guide plate can be polished simultaneously by using the first and second processing devices (1) and (2). The purpose of the action and microstructure processing. [0012] By the above, the composition and use of the present construction structure can be seen that, compared with the existing structure, the present invention is mainly used in the process of manufacturing the light guide plate, and can simultaneously utilize the first The second processing device performs the polishing operation and the microstructure processing on the light guide plate, so that not only the time taken for the processing of the light guide plate can be reduced, but also the volume of the processing machine can be reduced at the same time. [0013] The foregoing embodiments or drawings are not intended to limit the scope of the present invention, and any suitable variations or modifications of ordinary skill in the art are deemed to be within the scope of the invention. In summary, the present embodiment can achieve the expected use efficiency, and the specific structure disclosed is not only found in similar products, but also has not been disclosed before the application, and has fully complied with the provisions and forms of the patent law. No. 1010101 Page 8 of 18 [0014]
100年21日修正替換頁I 要求，爰依法提出新型專利之申請，懇請惠予審查，並 賜准專利，則實感德便。 圖式簡單說明】 [0015] 第一圖：本創作之立體結構示 意圖 [0016] 第二圖：本創作之俯視結構示 意圖 [0017] 第三圖：本創作之俯視剖視結構示意圖 、[0018] 第四圖：現有之結構示意圖 [0019] 第五圖：現有之局部放大立體結構示意圖 [0020] 第六圖：現有之局部放大侧視結構示意圖 【主要元件符號說明】 [0021] (1) 第一加工裝置 (11) 第一加工刀盤 [0022] (1 1 1)套掣穿孔 (12) 第一加工刀具 [0023] (13) 第一加工傳動單元 [0024] (14) 第一加工動力源 [0025] (2) 第二加工裝置 (21) 第二加工刀盤 [0026] (211)潤滑油路 (22) 第二加工刀具 [0027] (23) 第二加工傳動單元 [0028] (24)第二加工動力源 [0029] (25) 連結座 (2 5 1)軸承 [0030] (26) 移動動力源 (3 ) 加工機 表·單蝙號A0101 第9頁/共18頁 M412834 [0031] (31)機台 100年07月21日修正替換頁 (3 1 1 )加工區 [0032] (32)滑座 (3 2 1 )固定板 [0033] ( 3 2 2 )滑動板 (3 2 3 )滑動動力源 [0034} (33) 拋光裝置 (3 3 1 )拋光刀盤 [0035] ( 3 3 2 )拋光刀具 (3 3 3 )拋光動力源 [0036] (34) 微結構處理裝置 (3 4 1 )微結構刀盤 [0037] ( 3 4 2 )微結構刀具 (3 4 3 )微結構動力源 表單編號A0101 第10頁/共18頁On the 21st of the 21st, the replacement page I was amended, and the application for a new type of patent was filed according to law, and the application was granted, and the patent was granted. BRIEF DESCRIPTION OF THE DRAWINGS [0015] First: Schematic diagram of the three-dimensional structure of the present [0016] Second: Schematic diagram of the top view of the creation [0017] Third: Schematic diagram of the top view of the creation, [0018] Fig. 4 is a schematic view showing the structure of the prior art [0019] Fig. 5 is a schematic view showing a partial enlarged structure of the prior art [0020] Fig. 6 is a schematic view showing a partial enlarged view of the prior art [Description of main components] [0021] (1) One processing device (11) First machining cutter [0022] (1 1 1) sleeve perforation (12) First machining tool [0023] (13) First machining transmission unit [0024] (14) First machining power Source [0025] (2) Second processing device (21) Second machining cutter [0026] (211) Lubricating oil circuit (22) Second machining tool [0027] (23) Second machining transmission unit [0028] ( 24) Second machining power source [0029] (25) Connecting seat (2 5 1) bearing [0030] (26) Moving power source (3) Processing machine table · Single bat number A0101 Page 9 / 18 pages M412834 [ 0031] (31) Machine table, July 21, 2001 Correction replacement page (3 1 1) Processing area [0032] (32) Slide (3 2 1) fixed [0033] ( 3 2 2 ) Sliding plate (3 2 3 ) Sliding power source [0034} (33) Polishing device (3 3 1 ) Polishing cutter [0035] ( 3 3 2 ) Polishing tool (3 3 3 ) polishing Power Source [0036] (34) Microstructure Processing Unit (3 4 1) Microstructure Cutter [0037] ( 3 4 2 ) Microstructure Tool (3 4 3 ) Microstructure Power Source Form No. A0101 Page 10 of 18 page