M366442 攀 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種研磨工具，特別係關於一種包括二種以上 沿磨材質之研磨輪者。 【先前技術】 ' 一般進行加工修護作業時，會需要利用研磨工具進行研磨或 . 拋光作業等，其中研磨輪乃係常用的研磨工具。 • 習用的研磨輪大致上係以單一硬度材質所製成，例如將金剛 砂以膠或熱硬化_機賴錄，或_不織布、砂布、砂紙 等設置或堆疊成圓盤狀等方式製成。 然而，上述單一材質之研磨輪於使用上，實有其不足之處， 由於其軟硬度各不相同，因此研磨效果即各有差異，例如適於抛 光用的不織布輪即不太適合用於研磨用，因此對於同一物品之研 磨加工處理’常需更财錄硬獨的研磨輪，錄造成使 加工上的困擾。 後有人提出TW357644「結合異材f之研磨輪（盤）結構」新 :於τ研磨輪(盤)上設置至少二研磨材質，藉以综 ° 、所ι達成之研磨功效。其巾於崎型專利_式第1至4 $中’各呈條綠之研歸料之間具有相#/?摘，於研磨作 汁毅上她钟，朗—辦_卩需將該 研磨輪取下初清潔，實有其不便處，·而在其第$财，雖揭示 於研磨輪上可依序間隔排列有相異研磨材質，然該些研磨材質 3 M366442 乃係由各>;狀研磨材質為單位，U相互黏結呈圓盤狀，於 製造加工上十分不便，換言之，其雖解決了前述研磨加工不便之 問題，卻又另外衍生製造困難之缺失，乃有待本業界人士進一步 改良之。 【新型内容】 本創作之主要目的係提供一種不會積累碎削、製造方便且成 本低廉之研磨輪。 為了達成上述目的所提供之研磨輪包括一輪狀體及多個片狀 異材質研紐料。其巾該雛體仙錢布材f為基材，於該輪 狀體上軸向開設有—軸孔’且在該輪狀體上更沿徑向開設有多個 呈輻射狀排列且不相連通之剖槽，而該軸孔與剖槽亦互不連通， 該些異材質研磨材料則分別固設於各該剖槽内。 藉由上述設計，即可望取得成本低廉、製程方便迅速之研磨 輪，俾利提升加工研磨作業效率者。 【實施方式】 疇，合先敘明 以下將藉由數較佳實施舰明本創作之結構特徵、其製造方 錢其所欲達成之额，缝非㈣關摘作所欲保護之範 百先，請參考圖i及圖2。本創作之研磨輪係包括, 仞、多個片狀異材質研磨材料20及一軸桿3〇。 該輪狀體耗以不織布材質為基材，亦即該輪狀體1〇主 系由不織布材質製成，於不織布材質賴可選擇性地添加有其 M366442 研磨粉粒，.侧砂等_化細磨能力。於雜狀體1〇上轴 向開設有-轴孔1卜該轴孔11呈貫穿狀，且在輪狀體1〇上更沿 徑向開設有細呈輻射狀排取不相連通之纖12，即該些剖槽 12係輻射狀設置於軸孔11關者，該些· 12之間彼此互不連 通’且該軸孔11與剖槽12亦互不相連，即轴孔u與各該剖槽12 、皆為獨立設置者。再者’於各該觸12内乃固設有該些片狀異材 .質研磨材料20’該片狀異材質研磨材料2_是非以不織布材質為 基材之研磨材料，例如砂布、砂紙、紙、布或其他纖維等硬度相 異的材質，藉此至少在研錄之環__成有補材質交替排 列之研磨面，並且，由於本實施例之剖槽12係貫穿於輪狀體ι〇 之上、下表面’是以該研磨輪之上下表面亦形成有由相異材質交 替排列之研磨面者。此外’該軸桿3〇之一端係設置於該轴孔u 内，該軸桿30係供一驅動裝置驅動旋轉，且軸桿30與輪狀體1〇 係呈同心設置，而可帶動輪狀體10 一併旋轉，以進行板金、研磨 或拋光作業等。 於上述實施射’齡繼12魅長練設置，然亦可如圖 3所示而稍具弧度’令該研磨輪在特定旋轉方向時具有較佳研磨性 能者。當然，該剖槽亦可能設置呈内窄外寬之梯狀結構，並於其 内設置相對應之異材質研磨材料，當屬可行。 上述研磨輪製作方法，乃係取用-呈完整塊狀之不織布基材 輪狀體，並在其上分別沿軸向及徑向開設軸孔與剖槽，上述軸孔 與剖槽並無特定之設置順序，其中該剖槽例如可利用刀具切割開 M366442 設者’乃具有加工方便之特點。而，該些異材質研磨材料則係預 先塗佈黏雜，減絲幾内，_與魏麟合；同樣地， 該軸桿亦侧躲膠關定__，㈣了確保輪狀體與轴桿 係為同心’則可如圖4所示而在歸乾輪狀體及轴桿 置放於-治具4㈣，該治具4〇可為-套筒，縣筒具有一大徑 孔41及一小徑孔42，該大、小徑孔41、 42係呈同心，且該大徑M366442 Climbing 5, new description: [New technical field] This creation is about a grinding tool, especially for a grinding wheel that includes more than two kinds of grinding materials. [Prior Art] 'When general processing and repair work is performed, it is necessary to use a grinding tool for grinding or polishing work, etc., in which the grinding wheel is a commonly used grinding tool. • Conventional grinding wheels are generally made of a single hardness material, such as diamond or rubber hardening, or _ non-woven fabric, emery cloth, sandpaper, etc., or stacked into a disc shape. However, the above-mentioned single-material grinding wheel has its drawbacks. Because of its different hardness, the grinding effect is different. For example, a non-woven wheel suitable for polishing is not suitable for use. For grinding, the grinding process for the same item often requires more labor-intensive grinding wheels, which causes problems in processing. Later, some people proposed TW357644 "The structure of the grinding wheel (disc) combined with the different material f": at least two grinding materials are set on the τ grinding wheel (disc), so as to achieve the grinding effect achieved by the comprehensive and the ι. The towel is in the Japanese version of the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ It is inconvenient to take off the first cleaning, and in the first fiscal, it is revealed that the grinding wheel can be arranged with different grinding materials in sequence, but the grinding materials 3 M366442 are made by each > The material is in the form of a disc, and the U is bonded to each other in a disc shape, which is inconvenient in manufacturing and processing. In other words, although it solves the inconvenience of the aforementioned grinding process, it has the disadvantage of further manufacturing difficulties, which is yet to be further studied by the industry. Improved. [New Content] The main purpose of this creation is to provide a grinding wheel that does not accumulate fragmentation, is easy to manufacture, and is inexpensive. The grinding wheel provided to achieve the above object includes a wheel body and a plurality of sheet-shaped materials. The towel body is a base material, and a shaft hole is axially opened on the wheel body, and a plurality of radial rows are arranged radially on the wheel body and are not connected. The shaft hole and the slot are not connected to each other, and the different material abrasive materials are respectively fixed in the slots. With the above design, it is possible to obtain a grinding wheel which is low in cost and convenient in process, and which is advantageous in improving the efficiency of processing and grinding work. [Embodiment] Domain, the following will be described below by the number of better implementation of the structural characteristics of the ship Mingben, the amount of money that the manufacturer of the party wants to achieve, and the non-fourth (4) offense to be protected by Fan Baixian Please refer to Figure i and Figure 2. The grinding wheel train of the present invention comprises a cymbal, a plurality of sheet-shaped different material abrasive materials 20 and a shaft rod 3 〇. The wheel body is made of a non-woven material as a base material, that is, the main body of the wheel body is made of a non-woven material, and the M366442 abrasive powder is selectively added to the non-woven fabric material, and the side sand is _ Fine grinding ability. The shaft hole 1 is axially opened on the first side of the miscellaneous body 1 and the shaft hole 11 is formed in a penetrating manner, and the radial body 12 is further arranged in the radial direction to be arranged in a radial direction. That is, the slots 12 are radially disposed on the shaft hole 11, and the 12s are not connected to each other' and the shaft hole 11 and the slot 12 are not connected to each other, that is, the shaft hole u and each of the holes The slotted slots 12 are all independent setters. Furthermore, the sheet-shaped dissimilar materials are fixed in each of the contacts 12. The material-based abrasive material 20' is an abrasive material not based on a non-woven fabric material, such as abrasive cloth, sandpaper, paper. a material having a different hardness such as cloth or other fibers, whereby at least the ring of the study is formed into a polishing surface in which the materials are alternately arranged, and since the slit 12 of the embodiment is inserted through the wheel 〇 The upper and lower surfaces are formed such that the upper surface of the grinding wheel is also formed with an abrasive surface alternately arranged by dissimilar materials. In addition, one end of the shaft 3 is disposed in the shaft hole u. The shaft 30 is driven to rotate by a driving device, and the shaft 30 is arranged concentrically with the wheel body 1 to drive the wheel. The body 10 is rotated together for sheet metal, grinding or polishing operations, and the like. In the above-mentioned implementation, the age is set to 12, but the arc may be slightly curved as shown in Fig. 3 to make the grinding wheel have better grinding performance in a specific direction of rotation. Of course, the slot may also be provided with a ladder-like structure with a narrow inner width and a width, and a corresponding material of the same material is provided therein, which is feasible. The method for manufacturing the grinding wheel is to take a non-woven substrate wheel body in a complete block shape, and to open a shaft hole and a slot in the axial direction and the radial direction respectively, and the shaft hole and the slot are not specified. The order of setting, wherein the slot can be cut by a cutter, for example, the M366442 is designed to be easy to process. However, the different materials of the abrasive material are pre-coated with sticky, reduced wire within a few, _ and Wei Lin; similarly, the shaft is also side-adhesive __, (4) to ensure the wheel and shaft system For concentricity, as shown in Fig. 4, the rectifying wheel and the shaft are placed on the jig 4 (4), the jig 4 can be a sleeve, and the county tube has a large diameter hole 41 and a small Diameter hole 42, the large and small diameter holes 41, 42 are concentric, and the large diameter
孔41係供輪狀體10設置’而該小徑孔42則係供軸桿3〇設置， 則待黏膠乾赠，即可自治如取出該幾輪，使魏體與轴桿 呈同心’避免軸桿與輪狀舰此不同心產生不良品，影響研磨效 由上可知，本創作乃係在輪狀體上呈輻射狀開設有多個剖 槽’然該輪狀體基本上仍係呈-完整輪狀結構，於設置異材質研 磨材料時僅需將其佈膠後填塞於剖槽内即可遂解決了習用技藝 ^研磨材質需―片片彼此膠合之費工費時，可見本創作乃具有i 程簡化之優點’可有效降低生產時間與成本。又，本創作之研磨鲁 輪由於係具有二研磨材質所組成之研磨面，騎磨面並無間隙而 不會有碎削累積的問題’因此可在單次研磨作業中同時達成不同， 研磨效果即可兼具研磨及拋光功效，遂可有效精進加工研磨作 業’實符合業界需求。 ^ =合上述，本創作不僅新穎實用，更具有諸多顯著進步之功 效付σ本國專利法相關規定’爰依法提起專利申請，鑑請鈞 局早日核予專利，實感德便。 6 M366442 【圖式簡單說明】 圖1為本創作研磨輪之分解圖。 圖2為本創作研磨輪之組合圖。 圖3為本創作研磨輪另一實施例之組合圖。 圖4為本創作研磨輪置於治具内之示意圖。 【主要元件符號說明】 30 :軸桿 40 :治具 41 :大徑孔 42 :小徑孔 10 :輪狀體 11 :軸孔 12 :剖槽 20 ·異材質研磨材料The hole 41 is provided for the wheel body 10 and the small diameter hole 42 is provided for the shaft 3〇, and the glue is ready for self-adhesive, such as taking out the wheel, so that the Wei body and the shaft are concentric. Avoiding the dissimilarity between the shaft and the wheeled ship, causing the defective product, affecting the grinding effect. It can be seen from the above that the creation is based on the radial rotation of the wheel body with a plurality of slots. However, the wheel body is still basically -Complete wheel structure, only need to be glued and stuffed in the slot when setting different materials of abrasive material. It has the advantage of simplifying the process, which can effectively reduce production time and cost. Moreover, since the grinding wheel of the present invention has a grinding surface composed of two abrasive materials, there is no gap in the grinding surface without the accumulation of debris. Therefore, it is possible to achieve different grinding effects in a single grinding operation. It can be used for both grinding and polishing, and it can effectively improve the grinding operation. ^ = In line with the above, this creation is not only novel and practical, but also has many significant advancements. It pays for the relevant provisions of the National Patent Law. 爰 File a patent application according to law, and ask the SIPO to approve the patent as soon as possible. 6 M366442 [Simple description of the drawing] Figure 1 is an exploded view of the grinding wheel. Figure 2 is a combination diagram of the grinding wheel of the present invention. Figure 3 is a combination view of another embodiment of the inventive grinding wheel. Figure 4 is a schematic view of the creation of the grinding wheel in the fixture. [Description of main component symbols] 30: Shaft 40: Fixture 41: Large diameter hole 42: Small diameter hole 10: Wheel body 11: Shaft hole 12: Groove 20 · Different material grinding material
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