M364572 五、新型說明： 【新型所屬之技術領域】 本創作是關於一種多工型板材加工帶體結構，特別是指一種 可砂光、拋光待磨物件，及避免加工帶體工作時發生待磨物件夹 砂、或加工帶體產生脫砂情形之帶體結構。 【先前技術】 請參閱第1®所示，為習用板材加工帶體結構之實施狀態立 體圖’由财可看出，制之砂錢進料研磨結構係由主機體1、 輸送機構2、砂光機3、加工帶體5所組成； 當組合時’在主機體1上方平行設有—輸送機才冓2，主機體i -侧所延伸的支架上垂直設有—與輪送機構2對應的砂光機3，並 在砂光機3上套設以砂布面為材質的加工帶體5。 當使用時’輸送機構2由-動力裝置21驅動傳動機構帶動輸 送帶22，使待磨物件6被帶動前進至砂光機3，再經由砂光機3 的驅動結構帶動加工帶體5，使加工帶體5可研磨待磨物件6。 然而，習用板材加工帶體結構雖沿用已久，但使用時不免有 下述缺點： 習用加工帶體5表面材質為砂布面，其抗張力強度較弱、 質材脆度較大，因而當加工帶體5與待磨物件6所接觸的加工 接觸面積較大、致使磨擦力變场，常料發生待聽件6失石 或加工帶體5脫砂的情形，且因為制加工帶體5材質強度紛 M364572 所以在長時間研磨待磨物件6時，其加工帶體5極易脆化斷裂， 且效率較差。 有鑑於習用之板材加工帶體結構仍有上述之缺失，創作人乃 ’ 針對該些缺失研究改進之道，終於有本創作之產生。 【新型内容】 本創作主要目的在於提供一種可避免待磨物件夾砂、加工帶 • 體脫砂’並提高砂光、拋光效率的多工型板材加工帶體結構，特 別是指將加工帶體分為内襯層及被覆層，藉由具高張力及高強度 的内襯層以粘膠接合被覆層，而形成環帶狀的加工帶體，使砂光 機驅動加工帶體研磨待磨物件砂光、或拋光時，加工帶體與輸送 機構接觸的加工面不會因接觸面積較大，致因磨擦力變大，而使 待磨物件夾砂、或使加工帶體脫砂，並且可提高研磨待磨物件時 的砂光、樾光效率。 φ ，依本創作此^工型板材力口工帶體結構，其中被覆層的材質 可為办光材質、及/或抛光材質，使加工帶體可兼具砂光、抛光 待磨物件的功效，係其另一目的。 依本創作此n板材加工帶體結構，其中被覆層外環以 轉貼合内襯層而形成環帶，可有效補強加工帶體的拉力與強 度，係其再一目的。 為達到上述目的，本創作提供—種多工型板材加工帶體結 構’主要是由内襯層、被襲及轉馳成；其中，内襯層是一 4 M364572 具高張力及高強度的纖維底帶’以作為加 於内概層表層以枯膠環貼-被覆層，並將被^ 切口方式接合，其可使_層及被覆層緊密貼合不易脫落，且内 _襯層膠合被覆層而形成加工帶體，當被覆層材質依工作需求而作 •為砂光、或拋光材質’藉由強度較強的内概層結合被覆層形成兼 具砂光、拋光功能的帶體，達到使砂光機驅動加巧體研磨待磨 物件時’加玉帶體接觸待磨物件的加卫面較大時，不會因接觸力 ⑩較大而使待磨物件夾砂、或加工帶體脫砂，以提高研磨待磨物件 時加工效率的結構。 至於本創作之詳細構造，糊顧鼓生之功關參照下列 依圖示之說明，即可達到完全之瞭解： 【實施方式】M364572 V. New description: [New technical field] This creation is about a multiplexed sheet metal processing belt structure, especially a sanding, polishing object to be abraded, and avoiding the need to be worn when the processing belt is working. The object is sanded, or the belt body is processed to produce a belt structure. [Prior Art] Please refer to the 1®, for the implementation of the conventional sheet metal processing belt structure, the perspective view of the implementation of the state of the sand money into the grinding structure by the main body 1, the transport mechanism 2, sanding The machine 3 and the processing belt body 5 are composed; when combined, 'the conveyor body 2 is arranged in parallel above the main body 1 , and the bracket extending from the main body i - side is vertically disposed - corresponding to the wheeling mechanism 2 The sanding machine 3 is provided with a processing belt body 5 made of a sand cloth surface on the sanding machine 3. When in use, the conveying mechanism 2 drives the transmission belt 22 by the driving device to drive the conveying belt 22 to advance the workpiece 6 to the sanding machine 3, and then drives the processing belt 5 through the driving structure of the sanding machine 3, so that The processing belt 5 can grind the object 6 to be ground. However, although the conventional plate processing belt structure has been used for a long time, it has the following disadvantages when it is used: The surface of the conventional processing belt body 5 is sand cloth surface, and the tensile strength is weak, the material is brittle, and thus the processing belt The processing contact area of the body 5 and the object to be ground 6 is large, causing the friction force to change field, and the occurrence of the stone to be heard 6 or the sanding of the processing belt 5 is often caused, and the material strength of the processing belt 5 is caused. M364572 Therefore, when the object to be ground 6 is ground for a long time, the processing belt 5 is extremely brittle and fractured, and the efficiency is poor. In view of the above-mentioned lack of the conventional plate processing belt structure, the creator has finally developed this creation. [New content] The main purpose of this creation is to provide a multiplexed sheet metal processing strip structure that avoids the sanding of the object to be ground, the processing belt and the body to remove sand, and improves the sanding and polishing efficiency, especially the processing belt body. Divided into an inner liner layer and a coating layer, the adhesive layer is bonded by a high tension and high strength inner liner layer to form a belt-shaped processing belt body, so that the sander drives the processing belt body to grind the object to be ground. When sanding or polishing, the processing surface of the processing belt body and the conveying mechanism is not caused by the large contact area, and the frictional force becomes large, so that the object to be ground is sanded, or the processing belt body is de-sanded, and Improve the sanding and glazing efficiency when grinding the object to be ground. φ , according to the creation of this type of sheet metal force division body structure, wherein the material of the coating layer can be made of light material, and / or polished material, so that the processing belt body can both sanding and polishing the object to be polished For another purpose. According to the creation of the n-sheet processing belt structure, the outer ring of the coating layer is formed by re-bonding the inner liner layer to form an endless belt, which can effectively reinforce the tensile force and strength of the processing belt body, and is another object. In order to achieve the above objectives, the present invention provides a multiplexed sheet metal processing belt structure 'mainly from the inner liner, attacked and revolved; wherein the inner liner is a 4 M364572 fiber with high tension and high strength. The base tape 'is applied as a rubber-adhesive-coated layer on the surface layer of the inner layer, and will be joined by a slit method, which can make the _ layer and the coating layer closely fit and not fall off, and the inner-liner glued coating layer And the processing belt body is formed, and when the material of the coating layer is made according to the work demand, the sanding or polishing material is formed by the inner layer of the strong layer combined with the coating layer to form a belt body having both sanding and polishing functions. When the sander is driven to add the object to be ground, when the surface of the jade belt is in contact with the object to be grounded, the sanding of the object to be ground or the sanding of the processing belt is not caused by the large contact force 10. In order to improve the processing efficiency when grinding the object to be ground. As for the detailed structure of this creation, the following can be fully understood by referring to the following instructions: [Embodiment]
响多閱第2 3、4圖，為本創作板材加工帶體結構之立體分 解圖、域體組合目及本創狀板材加功體結構剖視 圖’由圖中可看^本_主要是在-域體1上方水平設—輸 心機構2域體1 —側所延伸的支架11上垂直設有-與輪送機 構2對應的妙光機3，並在砂光機3的上、下；f動轉輪31a、31b i套加工帶體4 ’再利用黏膠7結合所組成，其中： 加工帶體4是由— 為一高張力、 田—内概層41及被覆層42所組成，内概層 ㈤強度的纖維層底帶體，可作為加工帶體4的環 载體，並於接合處以 Λ斜切口方式結合；被覆層42由纖維材質（如. 5 M364572 不織布、羊毛亶€...等材 部似，並啤刀口方輪成^體，且_口形成一結合 將々ΪΓ時’將—内襯層41的表層以節環貼一被覆層42， ^ 42兩端結合部421以斜切口方式接合，使被覆層 =内襯層41嶋_合_成啦綱，該加工帶 且更緊=Γ421的斷面呈斜切口面，可使結合接觸面積變大、 緊娜。而不易脫落’形成一較為穩固、且平整的接合點。 ’輸送機構2由—動力裝置2_輸送機構 运可22，使待磨物件6祜鹛私二 ^ 〇 皮▼動别進至砂光機3下方，再經由砂光 機3的驅動結構帶動加工帶和 心― 讀4，使加工帶體4的被制42可接 觸並研磨砂光、或拋光待磨物 川口 力行厲物件6 ’亚藉由加工帶體4的内襯層 主-减力、高強度的環帶载體，使加工帶體4在長時間作動 時不虞脆化、斷裂，且被覆層42為各種不同質材的纖維材料， 田加工物^綠粗魏層42作砂光作業時，娜較粗纖維的被覆 層42材質（例如：不織布），其與待磨物件6接觸的加工面不备 因接觸力較大，崎·物件6發域砂、或加功體4脫砂狀 況，亚且可提高待磨物件6的砂光效率。 另請參閱第5圖，本_另—實施例之加工帶體結構剖視圖， 由圖中可看出，貼附在内襯芦41 μ 曰41上的破覆層42,，其材質可為較 細緻的抛光材質（如：羊樣等纖維合成材料），使待磨物件6 可經由被覆層42,進行拋光動作。 綜上所述多工型板材加工帶體結構，在使用上確實具有可砂 6 M364572 光、或縣待磨物件’並避免發生研料待磨物件發生爽砂 砂光帶脫砂情形的功效，而該等功效確實可以改進習知者辆一達 成之弊’且本創作未見諸公開使用，符合專利之要件，爰依法提 出新型專利申請，懇請賜准專利，實為感禱。 【圖式簡單說明】 第1圖為習用板材加工帶體結構之實施狀態立體圖。 _ 第2圖為本創作板材加工帶體結構之立體分解圖。 第3圖為本創作板材加工帶體結構之實施狀態立體組合圖。 第4圖為本創作之板材加工帶體結構結構剖視圖。 第5圖為本創作另一實施例之板材加工帶體結構剖視圖。 【主要元件符號說明】 1.·· .主機體 11..... .支架 2... .輸送機構 21... .動力裝置 22..... .輸送帶 3... 31b.... .砂光機 .下帶動轉輪 31a.… .上帶動轉輪 4... •加工帶體 41... .内襯層 42、42，· 7 M364572 421.....結合部 5.......加工帶體 6.......待磨物件 7.......特殊黏膠Louduo read the 2nd 3rd and 4th drawings, which is a three-dimensional exploded view of the strip structure of the creation of the plate, the domain combination and the cross-sectional view of the structure of the crevice-like sheet. The figure can be seen from the figure _ mainly in- The bracket 11 extending from the horizontal body of the domain body 1 is disposed vertically on the bracket 11 extending from the side of the domain body 1 - the light machine 3 corresponding to the wheeling mechanism 2 is disposed above and below the sanding machine 3; The rotating wheel 31a, 31b i processing belt body 4' is composed of a combination of adhesive 7, wherein: the processing belt 4 is composed of a high tension, a field-inner layer 41 and a coating layer 42. The layer (5) strength fiber layer bottom belt body can be used as the ring carrier of the processing belt body 4, and joined at the joint by a skew cut; the coating layer 42 is made of fiber material (such as .5 M364572 non-woven fabric, wool 亶€.. The material part is similar, and the beer knife square wheel is formed into a body, and the _ mouth forms a joint, and the surface layer of the inner liner layer 41 is attached to the coating layer 42 by the joint ring, and the joint ends 421 of the 42 Engaged by oblique slitting, so that the coating layer = inner liner layer 41 嶋 _ _ _ _ _ _ _ _ _ _ _ _ _ 421 The contact area becomes larger and tighter. It is not easy to fall off to form a relatively stable and flat joint. The transport mechanism 2 is transported by the power unit 2_ transport mechanism 22, so that the object to be ground 6 is private. The suede ▼ moves into the lower part of the sander 3, and then drives the processing belt and the heart-reading 4 via the driving structure of the sander 3, so that the processed body 42 of the processing belt 4 can be contacted and sanded, or polished. Moskawa Kawaguchi's powerful object 6' is a main-reducing force and high-strength endless belt carrier of the inner layer of the processing belt body 4, so that the processing belt body 4 is not brittle, broken, and covered during long-term operation. The layer 42 is a fiber material of various materials, and when the field processing material is used for sanding operation, the material of the coating layer 42 of the coarser fiber (for example, non-woven fabric) is processed in contact with the object to be ground 6 . The surface is not prepared because of the large contact force, and the sanding of the object 6 sand or the body 4 of the working body 4 can improve the sanding efficiency of the object to be ground 6. See also Figure 5, this _ another A cross-sectional view of the processing belt structure of the embodiment, as can be seen from the figure, attached to the inner lining 41 μ 曰 41 The breaking layer 42 is made of a finer polishing material (for example, a fiber composite material such as a sheep sample), so that the object to be polished 6 can be polished through the coating layer 42. In summary, the multiplexed sheet processing With the body structure, it has the effect of sanding 6 M364572 light, or the county to be grounded in use, and avoiding the occurrence of sanding and sanding of the material to be ground, and these effects can indeed improve the conventional knowledge. The fact that the vehicle has achieved the shortcomings and the creation has not been publicly used, in line with the requirements of the patent, and the new patent application is filed according to law, and the patent is granted. It is a pray. [Figure is a simple description] Figure 1 is a custom plate A perspective view of the implementation state of the processed strip structure. _ Fig. 2 is an exploded perspective view of the strip structure of the created sheet metal. The third figure is a three-dimensional combination diagram of the implementation state of the created sheet metal processing belt structure. Figure 4 is a cross-sectional view showing the structural structure of the sheet processing belt of the present invention. Fig. 5 is a cross-sectional view showing the structure of a sheet processing belt according to another embodiment of the invention. [Description of main component symbols] 1.·· . Main body 11..... Bracket 2... Transport mechanism 21... Powerplant 22..... Conveyor belt 3... 31b. ... sanding machine. lower rotating wheel 31a..... upper rotating wheel 4... • processing belt body 41... inner lining layer 42, 42, · 7 M364572 421.... Part 5.......Processing belt body 6.......to be ground object 7.......Special glue
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