M437229 五、新型說明： 【創作所屬之技術領域】 本創作係有關於一種拋光裝置’特別是有關於一種玻璃邊緣 拋光裝置，藉由該拋光裝置能一次對複數玻璃片進行拋光加工， 以達到成本降低、提高產品品質、延長設備使用壽命以及改善勞 動環境之功效。 【先前技術】 φ 按，習用一般對於圓形或不規則造型的玻璃工作物，為防止 其裁切後之邊緣銳利會造成割傷人現象，通常切割完成後，尚須 再藉助手動的研磨工具予以研磨修飾周邊，使呈較圓滑平整狀。 如此使用時方無傷人之虞’且相對地亦能獲致外觀上之造型美 者。但傳統習用以手動'方式之操作研磨加工玻璃板的周緣，其尺 寸之精確度就難以掌握，再加上手動之研磨加工作業速度緩慢， 操作不夠便捷，無形中更將提高其製作之成本。因此如何提供一 擊破璃拋光裝置以提升拋璃品質及降低生產總成本，將是玻璃拓展 其商業價值的重要因素。 參照台灣專利公告第410189號，其揭示一種玻璃拋光法，係 利用其承載板所握持的玻璃板設置並加壓於一拋光機，此機器於 上、下位置共有兩個壓板’壓板表面黏有多個丸粒型研磨石，且 供應包含氧化脑微顆㈣水溶轉液及包含鑽石細微顆粒的鑽 石研磨石。藉此種拋光法可達到非常高的拋光速率，而又保持精 綠勺表面粗H然而’該專利朗之研磨聚液以及研磨石價格 3 M437229 叩貝’不付成本效益。 參照中國專利公告第87101316號，其揭示一種玻璃拋光法係 利用鈦白粉作為拋光粉，依傳統方式對玻璃進行拋光，因此可達 到磨石技術簡易且成本紐之功效。然而，該專利係使用來源逐 漸短缺之以硫酸法或氣化法製備而成之鈦白粉，因此不符現今提 倡之壤保議題。 參照中國專利公告第20820109191.5號，其揭示一種石英玻璃 抛光機，係利用走刀架上之主軸，主軸的前端装有拋光輪，透過 主軸與抛光輪間的相互運動對玻璃進行拋光，以達到自動化抛光 玻璃之功效。現請參考第1圖，其為先前技術中國專利公告第 20820109191.5號揭示之一種石英玻璃拋光機示意圖。該抛光機 1〇，主要包善：一玻璃u; 一拋光輪12; 一主軸13、以及一走刀 架14，其裝置主要係利用該走刀架14上之該主軸13，該主轴13 的則端装有該抛光輪12，透過該主軸13與該拋光輪12間的相互 運動對該玻璃11進行拋光’以達到自動化拋光玻璃之功效^然而， 5亥專利之石英玻璃抛光機逐次只能拋光一片玻璃，不符商業界大 量生產之需求。 職是之故，申請人乃細心試驗與研究，並一本鍥而不捨的精 神，終於研究出一種玻璃拋光裝置，可以解決上述之問題 【新型内容】 本創作之主要目的，即在提供一種玻璃邊緣拋光裝置，藉由 δ亥拋光裝置能一次對複數玻璃片進行抛光加工，以可達到成本降 低、提鬲產品品質、延長設備使用壽命以及改善勞動環境之功效。 為達上述目的，本創作提出一種玻璃邊緣拋光裝置，其主要 包含：複數間隔片，係作為複數片玻璃片間每一片與片之間的間 隔’並固定該些玻璃片的相對位置；一第一夾持主軸，係以一第 一夾持力連接於該些間隔片之一最外侧間隔片；一第二夾持主 軸，係以一第二夾持力設置於該第一夾持主軸之對側，並連接於 该些間隔片之另一最外侧間隔片；以及一刀具轉輪，用以對該些 玻璃片進行拋光加工。 a 本創作之一種玻璃邊緣拋光裝置具有以下之功效： 1. 本創作之玻璃邊緣拋光裝置，其具有夾持主軸，因此可以一 次大量玻璃進行拋光，達到改善勞動環境以及提高產品品質 之功效； 2. 本創作之玻璃邊緣拋光裝置具有低成本與延長設備使用壽 命之功效； 3·本創作之玻璃邊緣拋光裝置可對任何形狀之玻璃片 加工，顯 示其向便利性。 為讓本創作之上述和其他目的、特徵、和優點能更明顯易懂， 下文特舉數個較佳實施例，並配合所附圖式，作詳細說明如下。 【實施方法】 雖然本創作可表現為不同形式之實施例，但附圖所示者及於 下文中說明者係為本創作可之較佳實施例’並請瞭解本文所揭示 M437229 者；r考里為本作之㈣，且麟意圖用以將本創作限制於圖 示及/或所描述之特定實施例中。 現明參考弟2圖’其顯示為本創作之—種玻璃邊雜光裝置。 該玻璃邊緣拋綠置2G主要包含：複數㈣則Μ 第-夾持 主轴23，一第二夾持主轴24以及-刀具轉輪25。 間每一片與片之間的 該些間隔片22,係作為複數片玻璃片21 間隔’朋定該些麵21的相對位置；該第-爽持主軸23，係 以-第-爽持力連接於該些間隔片22之—最外側間隔片；該第二 炎持主軸24 ’係以—第二夾持賴置於該第—夾持主軸之對側， 並連接於該隔片22之另—最外側間㈣；以及該刀具轉輪 25，該刀具轉輪之表面雜該些玻璃片之邊緣保持接觸，用以對 該些玻璃片21進行拋光加王。 其中’複數玻璃片21並非該玻璃邊緣姐光裝置2()之構件， 該些玻璃片21在本技術中扮演被拋光加工之角色，因此必須依照 不同的需求選擇不同之玻璃。較佳地，由於平板玻璃易加工、 成本低廉以及易取得等優點，因此，在本創作中係使用平板玻璃。 此外，該些玻璃片21之形狀可為任意形狀，例如三邊形、四邊形、 五邊形、六邊形與不規_狀之—。在—較佳實施例中，係選自 圓形狀作為本創作之該複數玻璃片21。 —該些間隔片22係作為複數玻璃片21間每—片與片之間的間 IW並固定該些玻璃片21的相對位置。該些間隔片Μ選自橡膠 吸盤、銘合金吸盤以歸膠吸盤之―，且該些間隔片22之形狀^ M437229 為任意形狀，例如三邊形、四邊形、五邊形、六邊形與不規則形 狀之一，但需注意的是該些間隔片22之外型輪廓皆係小於該些玻 壤片21之外型輪鄭。M437229 V. New description: [Technical field of creation] This creation relates to a polishing device, in particular to a glass edge polishing device, which can polish a plurality of glass sheets at a time to achieve cost Reduce, improve product quality, extend equipment life and improve the working environment. [Prior Art] φ Press, the general use of circular or irregularly shaped glass work, in order to prevent the sharp edges of the cut will cause the phenomenon of cuts, usually after the completion of the cutting, still need to use manual grinding tools Grinding and modifying the periphery to make it more round and flat. When used in this way, there is no harm to the person's and the appearance is also beautiful. However, the conventional use of the manual method of grinding the periphery of the glass plate, the accuracy of the size is difficult to master, coupled with the manual grinding operation slow, the operation is not convenient enough, invisibly will increase the cost of its production. Therefore, how to provide a glass-polishing device to improve the quality of the glass and reduce the total cost of production will be an important factor in expanding the commercial value of the glass. Referring to Taiwan Patent Publication No. 410189, a glass polishing method is disclosed in which a glass plate held by a carrier plate is used to set and pressurize a polishing machine. The machine has two pressure plates in the upper and lower positions. There are a plurality of shot-type grinding stones, and a diamond grinding stone containing oxidized brain micro-particles (4) water-soluble liquid and fine particles containing diamonds is supplied. By this polishing method, a very high polishing rate can be achieved while maintaining the surface of the fine green spoon. However, the patented grinding liquid and the grinding stone price 3 M437229 mussels are not cost effective. Referring to Chinese Patent Publication No. 87101316, it is disclosed that a glass polishing method utilizes titanium dioxide as a polishing powder to polish a glass in a conventional manner, thereby achieving a simple and costly effect of the grindstone technology. However, this patent uses titanium dioxide prepared by sulfuric acid or gasification methods, which is increasingly in short supply, and therefore does not meet the topic of conservation today. Referring to Chinese Patent Publication No. 20820109191.5, it discloses a quartz glass polishing machine which utilizes a spindle on a tool holder, a front end of which is provided with a polishing wheel, and the glass is polished through the mutual movement between the main shaft and the polishing wheel to achieve automation. The effect of polishing glass. Reference is now made to Fig. 1, which is a schematic view of a quartz glass polishing machine disclosed in the prior art Chinese Patent Publication No. 20820109191.5. The polishing machine 1 〇, mainly includes: a glass u; a polishing wheel 12; a spindle 13 and a tool holder 14, the device mainly utilizing the spindle 13 on the tool holder 14, the spindle 13 The polishing wheel 12 is mounted on the end, and the glass 11 is polished by the mutual movement between the main shaft 13 and the polishing wheel 12 to achieve the effect of automating the polished glass. However, the patented quartz glass polishing machine can only be used one by one. Polishing a piece of glass does not meet the needs of mass production in the commercial world. The job is the reason, the applicant is careful testing and research, and a perseverance spirit, finally developed a glass polishing device that can solve the above problems [new content] The main purpose of this creation is to provide a glass edge polishing The device can polish a plurality of glass sheets at a time by using a delta polishing device, thereby achieving the effects of cost reduction, product quality improvement, equipment life, and labor environment improvement. In order to achieve the above object, the present invention proposes a glass edge polishing apparatus, which mainly comprises: a plurality of spacers, which are used as a space between each of a plurality of glass sheets and a fixed position of the glass sheets; a clamping spindle coupled to one of the outermost spacers of the spacers by a first clamping force; a second clamping spindle disposed at the first clamping spindle by a second clamping force Opposite side, and connected to the other outermost spacer of the spacers; and a cutter wheel for polishing the glass sheets. a Glass edge polishing device of the present invention has the following effects: 1. The glass edge polishing device of the present invention has a clamping spindle, so that a large amount of glass can be polished at a time to improve the working environment and improve product quality; The glass edge polishing device of the present invention has the advantages of low cost and long service life; 3. The glass edge polishing device of the present invention can process the glass piece of any shape and show its convenience. The above and other objects, features, and advantages of the present invention will become more apparent and understood. [Embodiment] Although the present invention can be embodied in different forms, the embodiments shown in the drawings and the following description are the preferred embodiments of the present invention and please refer to the M437229 disclosed herein; It is intended to be limited to the drawings and/or the specific embodiments described. It is now apparent that the reference to the 2nd figure is shown as a glass-side stray light device. The glass edge greening 2G mainly comprises: a plurality (four), a first-clamping spindle 23, a second clamping spindle 24 and a tool runner 25. The spacers 22 between each of the sheets and the sheets are spaced apart from each other as a plurality of sheets of glass 21; the first-spindle spindle 23 is connected by a -first-sleeve force The outermost spacers of the spacers 22; the second igniting spindle 24' is attached to the opposite side of the first clamping spindle and connected to the spacer 22 - the outermost side (four); and the cutter wheel 25, the surface of the cutter wheel is kept in contact with the edges of the glass sheets for polishing and polishing the glass sheets 21. Wherein the plurality of glass sheets 21 are not members of the glass edge light-emitting device 2 (), and the glass sheets 21 play a role in the polishing process in the art, so that different glasses must be selected according to different needs. Preferably, flat glass is used in the present creation because of the advantages of easy processing, low cost, and easy availability of flat glass. In addition, the shape of the glass sheets 21 may be any shape, such as a triangle, a quadrangle, a pentagon, a hexagon, and a random shape. In the preferred embodiment, it is selected from a circular shape as the plurality of glass sheets 21 of the present invention. - The spacers 22 serve as the IW between each of the plurality of glass sheets 21 and between the sheets and fix the relative positions of the glass sheets 21. The spacers are selected from the group consisting of rubber suction cups, alloy suction cups for plasticizing suction cups, and the shape of the spacers 22 M437229 are arbitrary shapes, such as a triangle, a quadrangle, a pentagon, a hexagon and a One of the regular shapes, but it should be noted that the outer contours of the spacers 22 are smaller than the outer diameters of the glass sheets 21.
其中，較佳地，因鋁合金吸盤其具有耐蝕、耐高溫以及強度 佳等優點，因此本創作係利用鋁合金吸盤作為該些間隔片22之較 佳實施例。其中’銘合金是—種以銅、鋅、鍾、_、料製成之 合金，一般分為：紐合金、紹石夕合金、紹鎂合金、賴銅合金、 鋁鎂矽合金、鋁鎂鋅合金等，較普通碳鋼質地更輕、耐腐蝕性、 易加工等特性，因此—般亦常見顧於1翻品、建_窗與電 二備構裝令件等。值得注意的是，該些間隔片之間距範圍為 a =刀至5么分之間。在又—實施例中，該些間隔片u具有黏性， 且該些間隔片22之外型輪廓皆係小於該些玻璃片之外型輪廓，因 此該些間㈣22係制—財真技雜力讀性吸盤。 錄弟一爽持主轴 外_ 〜w二丨…阳/1 “ <一联外側 該第—失持主軸24係設置於該第一夹持主轴23之對側 斑接__隔片22之另一最外側間隔片。該第—夹持主車 Γ亥第二夾持核24的夾持力主要依夾持之該些玻璃片21 整1轉破璃不至於破裂之加讀態，該第一夹持 —夹持主轴Μ的夾持力約為2G至5GG牛頓。因此彳 之材料。較Γ地與該第二夹持主軸24必須為，度佳純 創作H 猶鋼具有_及耐腐鱗優點，因泣 乍㈣用此一材料作為該第一央持主轴23與 7 M437229 24之材料的較佳實施例。通常應用於工程用載具或夹具之不鏽鋼 分為：304不鏽鋼，310不鏽鋼、316不鏽鋼以及317不鐵鋼等， 而在本創作之一較佳實施例中，因304不鏽鋼其具有較佳之耐高 溫氧化性、耐酸姓性與高強度等優點，故選用3〇4不鏽鋼作為本 創作之第一夾持主軸23與該第二失持主軸24之材料。 於本創作中，該刀具轉輪25係扮演用以磨損玻璃之工具，用 以對該些玻削進行拋光加。因此需要—較玻璃堅硬之材料， 般而5，s玄刀具轉輪25之刀具材料一般選用鎢鋼刀、鑽石刀以 及壓充力刀等，較佳地，因鎢鋼刀其硬度佳；耐磨耗且抗高溫腐 姓等優點’故本創作之該刀具轉輪25 _鶴鋼刀。此外，在另一 實施例中’該刀具轉輪25係選自以高速旋轉之固定號數砂輪拋光 或可邊附磨料之重複使馳光材質，其形狀翻柱體。 在另-實施例中’該刀具轉輪25係選自一高速旋轉之砂輪# :可吸附練之拋光材質之-。較麵，該刀具轉輪25係選自运 定號數之高速旋轉之砂輪。砂輪是由許好㈣的微小磨料娜 與結合劑混錯，經由縣、成顯燒結而成，彻其微細制 的磨料顆粒為切㈣切肖江具。作為該刀具轉輪25之該高_ 之砂輪之㈣係選自氧他、碳切、鑽石與立方純化侧之〆 ^業界砂財分為兩大類：傳_，域化域碳切；以及^ 且如鑽石或立方晶氮侧。前者翻於—般金屬材料或刀 八材料；後者於難切赌料，如陶:£ 由於砂輪是磨利刀具的工具之一，A …戈玻璃# "輪面上的母一顆磨粒都是賴 硬、及脆且耐温的小礦粒’磨削時每顆銳硬的小礦粒，會以時速 將近10公里的切削速度通過工作物的表面，加工當中會產生磨 :’其磨>1包括工件的微小片朗為鈍化而脫落的磨料。需注 意的是，砂輪的直徑以6”、8”、10”、^，與μ”為普遍，且砂輪尺 寸之選擇需配合該些玻璃片21之尺和此外，該刀具轉輪係為圓 桎體’且該刀具轉輪之轉速係介於15〇〇至35〇〇稱之間，且加 工ΐ(亦即加工的深度）係經由該刀具轉輪25的調整，最小為_ 奈米，最大可調至10釐米範圍。 該刀具轉輪25係軟性或是撓性加工輪，且使用一含拋光液滴 入之濕式力山X對該些玻翻之邊緣進拥_光。該刀具轉輪 Μ亦可⑽行深賴給拋光之乾式加工歧包含電解拋光、化學 機械拋光與液動壓抛光法之濕式力b工。 在-較佳實施例中，該刀具轉輪25係採用乾式加玉法。它不 只能去除拋絲序所產生的表面變f層和殘餘應力，還能防止晶 粒碎片及誠、降低晶她曲、增加晶粒的抗折強度、提高良率， 同時，能減少對環境的污染。 工。 本創作之-種坡璃邊緣拋光I置係用以—崎力由夾持主轴 Γ於該些_21與該些間隔片22上，進而以慢速旋轉方式， 喊該些賴21與該刀具轉輪25進行表面接觸並進而抛光加 主抽表7F)之運動方式為繞—中心點 > 或順時’同時轉速可採 β _可以逆時 非圓形時，夾持主 °需注意的是，若破璃片為 轉動並保_觸輯1 _歧其域錄_帶動進行 旋轉之^==1輪—轉運動。其中， 又，該刀、或轉速亦可採等速或是變速。 n _可翻定、凸輪機構或是其他數位驅動 ’㈣嶋辦蝴加工邊= = :::之—時或順時，，轉速亦可 、 所有轉動與擺動之機構的運動速率皆可Among them, preferably, since the aluminum alloy suction cup has the advantages of corrosion resistance, high temperature resistance, and high strength, the present invention utilizes an aluminum alloy suction cup as a preferred embodiment of the spacers 22. Among them, 'Ming alloy is an alloy made of copper, zinc, bell, _, material, generally divided into: New alloy, Shao Shixi alloy, Shao magnesium alloy, Lai copper alloy, aluminum magnesium niobium alloy, aluminum magnesium zinc Alloys, etc., are lighter, more corrosion-resistant, and easier to process than ordinary carbon steel. Therefore, it is common to consider 1 remanufacturing, building _window and electric two-packing components. It is worth noting that the spacing between the spacers ranges from a = knives to 5 cents. In another embodiment, the spacers u have a viscous property, and the outer contours of the spacers 22 are smaller than the outlines of the glass sheets, so that the (four) 22 systems are Force reading suction cup.录弟一爽 Holding the main shaft _ 〜 w二丨... 阳/1 " < 联 outside the first - the missing spindle 24 is disposed on the opposite side of the first clamping spindle 23 _ _ 22 The other outermost spacer. The clamping force of the second clamping core 24 of the first clamping main vehicle is mainly based on the reading state of the glass sheets 21 which are not ruptured. The clamping force of the clamping-holding spindle 约为 is about 2G to 5GG Newton. Therefore, the material of the 彳 。 Γ 与 与 该 该 该 该 该 该 该 该 该 必须 必须 必须 纯 纯 纯 纯 纯 纯 纯 纯Advantages, because of the weeping (4) using this material as a preferred embodiment of the material of the first central holding spindle 23 and 7 M437229 24. The stainless steel commonly used in engineering vehicles or fixtures is divided into: 304 stainless steel, 310 stainless steel, 316 stainless steel and 317 are not iron steel, etc., and in a preferred embodiment of the present invention, since 304 stainless steel has the advantages of high temperature oxidation resistance, acid resistance and high strength, 3〇4 stainless steel is selected as the present. The first clamping spindle 23 and the material of the second lost spindle 24 are created. In the present creation, the cutter turns The 25 series is used as a tool for wearing glass to polish these glass. Therefore, it is required to use a material that is harder than glass. Generally, the tool material of the 5, s-tool wheel 25 is generally made of tungsten steel knife and diamond. Knives and pressure-filling knives, etc., preferably, because of the good hardness of the tungsten steel knife; the wear resistance and the resistance to high temperature rot, etc., the tool runner 25 _ crane steel knife. In addition, in another In the embodiment, the cutter wheel 25 is selected from a fixed number of grinding wheels that are rotated at a high speed or a repeatable abrasive material to make a galloping material whose shape is turned over. In another embodiment, the tool runner The 25 series is selected from a high-speed rotating grinding wheel #: It can be used to absorb the polishing material. In comparison, the tool runner 25 is selected from the high-speed rotating grinding wheel of the number. The grinding wheel is made of the fine abrasive of the good (four) Na is mixed with the binder, and is sintered by the county and Chengxian. The fine abrasive particles are cut into four (4) cut Xiaojiang. As the cutter runner 25, the high-grade grinding wheel (4) is selected from oxygen. , carbon cut, diamond and cubic purification side of the 〆 ^ industry sands are divided into two categories: pass _, Domainized domain carbon cut; and ^ and such as diamond or cubic nitrogen side. The former turned over the general metal material or the knife eight material; the latter is difficult to cut the material, such as pottery: £ because the grinding wheel is one of the tools for sharpening tools , A ... 戈玻璃# "The mother's abrasive grain on the wheel surface is a small ore that is hard, brittle and temperature-resistant. Every sharp and hard ore particle during grinding will be nearly 10 kilometers per hour. The cutting speed is passed through the surface of the workpiece, and the grinding is generated during the processing: 'Machine> 1 includes the abrasive piece of the workpiece that is passivated and peeled off. It should be noted that the diameter of the grinding wheel is 6", 8", 10 ", ^, and μ" are common, and the choice of the size of the grinding wheel needs to match the size of the glass piece 21 and, in addition, the tool wheel is a round body and the rotational speed of the tool wheel is between 15 inches. Between the 35 nicknames, and the machining enthalpy (ie, the depth of machining) is adjusted via the tool runner 25, the minimum is _ nanometer and the maximum is adjustable to 10 centimeters. The cutter wheel 25 is a soft or flexible machining wheel, and uses a wet-type force containing a polishing droplet to enter the edge of the glass. The tool runner Μ can also be used in the dry machining of the polishing process including electropolishing, chemical mechanical polishing and hydrodynamic pressing. In the preferred embodiment, the cutter wheel 25 is a dry jade method. It can not only remove the surface f-layer and residual stress generated by the spin-spinning, but also prevent the chip fragments and the integrity, reduce the crystal curvature, increase the flexural strength of the grains, improve the yield, and at the same time reduce the environment. Pollution. work. The creation of the glazed edge polishing I is used for the squeezing force to be clamped by the clamping spindle on the _21 and the spacers 22, and then the slow swaying mode is used to call the razor 21 and the knives. The movement of the runner 25 for surface contact and further polishing plus the main gauge 7F) is the winding-center point> or the clockwise 'the same speed can be taken β _ can be reversed when the non-circular shape If the broken piece is rotated and _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Among them, the knife, or the rotational speed can also be used for constant speed or variable speed. n _ can be set, cam mechanism or other digital drive ‘(4) 蝴 加工 = = = :: :: —— 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、
断調整，以達賴魏玻則21之雜進行啊 <實施例1> J 、'先先準備6片厚度3公分與直徑50公分的圓形狀半板玻 璃之後再以冲壓方式製備厚度2公分與直徑％公分之數片銘 口金門PM間m片間距約為5公分’雜卿狀平板玻璃與紹 合金間隔iUx交錯方式録以真空相接合；另外，也以上述方法 製備出兩個厚度約為5公分、直徑約1G公分的綱不鐘鋼爽持主 轴於已黏合之平板朗與齡錄性間隔片之兩端相接；除此之 外再將長約400公分、厚度約為1〇公分之鶴峨光刀具置於上 述設備之下。最後’似伟的鱗力域持球施加於此 減玻璃與間隔壯進而赠速逆時針旋轉方式，帶動複數玻璃 片與拋光刀具表面接觸’即可使其達到拋光加工的效果。其中， 拋光後之玻璃其反射率約為8%，穿透度約為85〇/。，以及較拋光6 M437229 次單片圓形狀平板玻璃效率提升約75%。 <實施例2> 實施例2大致如實施例1之步驟，請參照圖3,其主要差異係: 複數片玻璃改為厚度3公分，長70公分與寬50公分的長方狀平 板玻璃；間隔片間距改為3公分；拋光刀具改以鑽石刀為材料。 最後’施以250牛頓之夾持力由夾持主軸施加於此複數玻璃與間 隔片上進而以慢速逆時針旋轉方式，帶動複數玻璃片與拋光刀具 鲁表面接觸，即可使其達到拋光加工的效果。其中，製備完成之玻 璃拋光設错一次可加工10片平板玻璃，拋光後之玻璃其反射率約 為10%，穿透度約為86%，以及較拋光1〇次單片長方狀平板玻璃 效率提升約80%。 综上所述，本創作之一種玻璃邊緣拋光裝置具有以下之功效： 1. 本創作之玻璃邊緣拋光裝置，其具有夾持主軸，因此可以一 次大量玻璃進行拋光，達到改善勞動環境以及提高產品品質 ® 之功效； 2. 本創作之玻璃邊緣拋光裝置具有低成本與延長設備使用壽 命之功效； 3. 本創作之玻璃邊緣拋光裝置可對任何形狀之玻璃片加工，顯 示其高便利性。 雖然本創作已以刖述較佳貫施例揭示，然其並非用以限定本 創作，任何熟習此技藝者，在不脫離本創作之精神和範圍内，當 可作各種之更動與修改。如上述的解釋，都可以作各型式的修正 因此本創作之保護範圍當視 #變化’而不會^_壞此創作的精神β 後附之申請專利範圍所界定者為準。 【圖式簡單說明】 第1圖顯示為本創作之先前技術之示意圖； 第2圖顯示為本創作之—抛璃邊緣拋絲置之結構示意圖； 第3圖顯示為本創作之一種坡璃邊緣拋光裝置之運動方式示 意圖。 【主要元件符號說明】 10先前技術之示意圖 11玻璃 U拋光輪 13主轴 14走刀架 20玻璃邊緣拋光裝置之結構示意圖 21複數片玻璃 22複數片間隔片 23第一夾持主軸 24第二夾持主軸 25刀具轉輪 26刀具轉輪之轉轴 12The adjustment was made in accordance with the Dalai Weibo 21. <Example 1> J, 'First prepare 6 pieces of circular-shaped half-plate glass with a thickness of 3 cm and a diameter of 50 cm, and then prepare a thickness of 2 cm by punching. The distance between the pieces of the number of centimeters of the diameter of the centimeter and the gate of the gold gate PM is about 5 cm. The miscellaneous plate glass and the alloy are separated by iUx. The vacuum is joined. In addition, two thicknesses are prepared by the above method. The steel shaft of 5 cm and diameter of about 1 G cm is connected to the ends of the bonded flat plate and the age-receiving spacer; in addition, it will be about 400 cm long and about 1 inch thick. The Centimeter's crane light cutter is placed under the above equipment. In the end, the sturdy spheres of the spheres are applied to the glass to reduce the thickness of the glass and the speed of the counterclockwise rotation, which drives the surface of the glass to contact the surface of the polishing tool to achieve the polishing effect. Among them, the polished glass has a reflectance of about 8% and a transmittance of about 85 〇/. And the polished 6 M437229 times of single-piece round-shaped flat glass has an efficiency improvement of about 75%. <Example 2> Example 2 is substantially the same as that of Example 1, referring to Fig. 3, the main difference is: a plurality of sheets of glass are changed to a rectangular plate glass having a thickness of 3 cm, a length of 70 cm and a width of 50 cm; The spacer spacing was changed to 3 cm; the polishing tool was changed to a diamond knife. Finally, the clamping force of 250 Newton is applied to the plurality of glass and spacers by the clamping spindle to rotate in a counterclockwise manner, and the plurality of glass sheets are brought into contact with the surface of the polishing tool to achieve polishing. effect. Among them, the prepared glass polishing can be processed once to process 10 sheets of flat glass, and the polished glass has a reflectance of about 10%, a transmittance of about 86%, and a polished one-time rectangular sheet glass. The efficiency is improved by about 80%. In summary, a glass edge polishing device of the present invention has the following effects: 1. The glass edge polishing device of the present invention has a clamping spindle, so that a large amount of glass can be polished at a time to improve the working environment and improve product quality. The effect of ®; 2. The glass edge polishing device of this creation has the effect of low cost and prolonging the service life of the device; 3. The glass edge polishing device of this creation can process the glass piece of any shape and show its high convenience. Although the present invention has been described in terms of a preferred embodiment, it is not intended to limit the present invention, and any person skilled in the art can make various changes and modifications without departing from the spirit and scope of the present invention. As explained above, all types of corrections can be made. Therefore, the scope of protection of this creation should be regarded as #changes and will not be determined by the spirit of this creation. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view showing the prior art of the present invention; Fig. 2 is a schematic view showing the structure of the throwing edge of the present invention; Fig. 3 shows a kind of slope edge of the creation Schematic diagram of the movement of the polishing device. [Description of main component symbols] 10 Schematic of the prior art 11 Glass U polishing wheel 13 Spindle 14 Tool holder 20 Glass edge polishing device Structure schematic 21 A plurality of sheets 22 A plurality of spacers 23 First clamping spindle 24 Second clamping Spindle 25 tool runner 26 tool runner shaft 12