201000256 九、發明說明： 【發明所屬之技術領域】 光製ί發= J = :種椒光製程，尤指-種磁粉拋 與旋轉運動“=吸附研磨磁粉，並配合往復 【先前技術】 表面研磨拋光的動作。 良點件表面粗度降低，修-表面的不 達成拋先的目的亦 座生機械運動 光裝置之研磨1二=工物件的加工面與該研磨抛 該加工物件2 作相對運動’藉摩擦作用去除 製程有：^及表面抛光之效果。而目前常見的抛光 —、滾筒震動研磨拋光製程 滾筒震動研磨拋光製程係利用一旋 件與研磨材料一同放置於該旋轉 “。字力:工物 作用使该研磨材料於該加工物件的表面產生摩擦與抱先的 二、皮帶研磨拋光製程 幸研磨抛光乃是於布輪或皮帶塗敷研磨顆粒，藉布 的帶動以研磨拋光加工物件的表面，去除 1干衣面的擦痕。 ' 201000256 三、磨床研磨拋光 磨床研磨拋光主要用途為外圓柱面、平面及内圓面等之磨 削，其係以砂輪當是研磨拋光的工具，藉由沙輪與待加工物件 表面進行摩擦接觸，以拋光待加工物件的表面。 然’這些常見的拋光製程卻有以下缺點： 1、 對於滾筒震動研磨拋光製程，由於加工物件係放置於 旋轉滾筒内，因此滾筒研磨拋光在製程上不易控制待 加工物件的幾何外型。 、 2、 皮帶研磨抛光製程常見於拋光板、㈣片及大型金屬 零件的研磨拋光，但是皮帶研磨拋光製程受限於設備 的設計，因此無法對不同區率的表面進行加工。 4 3、 研磨拋光方法皆需要數道製程才可完成待加工 物件的研磨拋光，耗時甚久。 、同的拋f文果，操作人員必須更換不同粗細 的研磨物，故浪費許多時間。 5 換rr粗細的研磨物，以提供不同拋光效 ί便因此㈣人”婦大量時間進行更換，非常不 有艦於此，本發明士夕 計經驗，有气上=二本於多年攸事相關產品之設 學理之運可改善，乃潛心研究並配合 題之本發明。 方政改善上述問 【發明内容】 6 201000256 本發明之主要目的， 程，能快速達到表面研磨拋=可提供一種磁粉拋光製 與操作更為方便。 、·的效果’且適用性更佳 為了達成上述之目的， 光製程，包括步驟如下：昔本毛明係提供一種磁粉拋 自无，夾固—j, 座；驅動二磁力座產生 加工物件於一固定 么么刀，該-路上 粉；旋轉該加工物件並係 一核力座吸附一研磨磁 力口 丁 ..201000256 IX, invention description: [Technical field of invention] Light system = = J =: seed pepper light process, especially - magnetic powder throwing and rotating motion " = adsorption grinding magnetic powder, and with reciprocating [prior art] surface grinding Polishing action. The surface roughness of the good point is reduced, and the repairing-surface is not achieved. The grinding of the mechanical moving light device is also carried out. 1=The working surface of the workpiece is opposite to the grinding and polishing object 2 'By rubbing removal process has: ^ and surface polishing effect. The current common polishing -, drum vibration grinding and polishing process drum vibration grinding and polishing process using a rotating piece and the abrasive material placed in the rotation. Word force: the action of the workpiece causes the abrasive material to generate friction and hold on the surface of the workpiece. Second, the belt grinding and polishing process. Fortunately, the polishing is applied to the cloth wheel or the belt to apply the abrasive particles, and the cloth is driven to polish and polish. The surface of the workpiece is processed to remove the scratches on the dry surface. ' 201000256 III. Grinding and Grinding Grinding and Grinding Machine Grinding and polishing The main purpose of grinding and polishing is to grind the outer cylindrical surface, plane and inner circular surface. The grinding wheel is a tool for grinding and polishing, and the sand wheel is in frictional contact with the surface of the object to be processed. To polish the surface of the object to be processed. However, these common polishing processes have the following disadvantages: 1. For the drum vibration grinding and polishing process, since the processed object is placed in the rotating drum, the barrel grinding and polishing is difficult to control the geometric appearance of the object to be processed in the process. 2, belt grinding and polishing process is common in polishing, (four) and large metal parts grinding, but the belt grinding and polishing process is limited by the design of the equipment, so it is impossible to process the surface of different areas. 4 3. Grinding and polishing methods require several processes to complete the grinding and polishing of the objects to be processed, which takes a long time. The same throwing effect, the operator must replace the different thickness of the abrasive, so a lot of time wasted. 5 Change the thickness of rr to provide different polishing effects. Therefore, (4) people “have a lot of time to replace them. There is no such thing as a ship. The experience of this invention is enthusiasm. The design of the product can be improved, and it is the invention of the problem. The party's main goal is to quickly reach the surface grinding throw = provide a magnetic powder polishing System and operation are more convenient. ··The effect' and the applicability is better In order to achieve the above purpose, the optical process, including the steps are as follows: Xiben Maoming provides a kind of magnetic powder throwing, clamping-j, seat; driving The second magnetic seat generates a workpiece to be fixed on the knife, the powder on the road, and the workpiece is rotated and a nuclear force seat is used to adsorb a grinding magnetic mouth..
間；使該加工物件與該研磨磁㉟入該=磁力座之 加工物件表面；最後退出該加: ’戎研磨磁粉拋光該 面抛光。 物件’元成該加工物件表 是以，透過本發明 之特點： 之磁粉拋光製程 具有如下述 、習知拋光製程所無法加工的# 方法皆可進行作業，故其適物件’藉由本發明之 2Intersecting the workpiece and the grinding magnet 35 into the surface of the workpiece of the magnetic seat; and finally withdrawing the addition: '戎 grinding the magnetic powder to polish the surface. The object's material is formed by the present invention. The magnetic powder polishing process has the following method, which can be processed by the conventional polishing process, so that the object can be operated by the present invention.
4 、習知拋光製:呈必須經過數道加工製: 的拋光^藉由本發明之方法卻沒有習知的^物件表面 、刼作人貝不需要更換不同粗細的研 =光，藉由調整磁力強弱，改變研磨磁:::物 就月b心供不同程度拋光效果。 、依，加讀件條件不同，該二磁力機座與該控 之作動方式亦不同，藉此能更靈活的進行加工物2 拋光作業。 刃仟的 、無需時常更換不同粗細的研磨物來進行加工物件的 7 201000256 拋光，僅需調整磁力強弱， 果。 就能提供不同程度拋光效 6 :一磁力機座與該控制機座之作動方式，可依據加工 物件條件不同而進行 據力工 物件龍光。τ更動射^更靈活的進行加工 為使能更進一步瞭解本發明之特徵及技術内容， 下有關本發明之詳細說明與附圖，然而所附 =僅&供參考與說日賴，並_來對本發明加 制者。 【實施方式】 為了使熟習此項技術人員明白並實施本發明，請配合 參閱第-圖所示，第-圖係說明本發明之—種磁粉抛^ W程所使用的設備，該設備包括：二磁力機座丄與一 控制機座2。該二磁力機座i係相對應設置，而該控 制機座2設置於鄰近該二磁力機座1之間。 該二磁力機座i分別設有一磁力座丄丄，該磁力 座1 1電性連接該磁力機座1，當操作人員操控該磁 力機座1，该磁力機座1乃將電力並傳送至該磁力座 1 1 ’ 5玄磁力座1 1接受電力並因電磁效應而產生磁 力’精此該磁力座1 1可以吸附一研磨磁粉3。 该磁力座1 1係呈一凹部階面態樣，搭配另一磁 力機座1之磁力座1 1 ’可使得該對磁力座1 1之間 形成一加工空間4 ’其中依操作人員作業需求，控制 該磁力座1 1之移動’俾使該加工空間4增長或縮減。 201000256 雀拴制機座2為可做往復移動的機座，且該控制 έ、座2具有-固定座21，該固定座21旋轉的連接 控制機座2，該固定座2 1用以夹持固定一加工物 ’藉由操作該控制機座2，該控制機座2移動使 传:亥加工物件5進人該加工空間4，其中該加工空間4 係為4加工物件5進行研磨拋光之空間。可思及的是該 控制機座2可為固定不動之機座，取而代之的是該磁 力機座1為往復移動的機座；此外，該二磁力機座工 與該控制機座2亦可為往復移動的機座。 叫配合麥閱第二圖所示，藉由利用上述之設備， 本發明係提供-種磁粉拋光製程，其包括步驟如下： S 1 〇 0 .當操作人員進行研磨拋光作業時，首先需 將該加工物件5夾固於該固定座2 1内，其中對於2 :於4固定座2 1之加工物件5，其外型可為複雜;: S 1 1 〇 .接著，操控該二磁力機座1以運作該二磁 力座1 1產生磁力，亦即該二磁力機座丄產生電力並 傳送至所屬之磁力座1 1，使該磁力座1 1接收電力 進而產生磁力；進一步產生磁力後，操作人員乃將1 研磨磁粉3塗佈吸附於該二磁力座丄丄’俾利用該= 磨磁粉3提供研磨拋光的作用，其中調整磁力強弱， 其能使該研磨磁粉3提供不同的拋光效果，當磁力耖 高時’該研磨磁粉3係呈現堅硬緊密的狀熊， 又 ^ 口此能 201000256 對5亥加工物件5進行磨削 該研磨磁粉3係呈排==離而當磁卿時， 5而言係進行研磨的動作&對5亥加工物件 磨磁粉3後，進一步摔作γ 上1 1吸附该研 定座21，上C控制機座2，以旋轉該固 固定座21:Γ 2ί21旋轉同時亦帶動固定於該 控制機座2,使旋轉的加二it: 工間4，亚且依據該加工物 磁力座1 1以調整該加工空間4的範圍，、藉此】= :磁力座Η之研磨磁粉3能與該加工二㈠表面 該控制機座2為可往復移動之機座，而該4, the conventional polishing system: must be processed through several processes: polishing by the method of the present invention, but there is no known surface of the object, the person who does not need to replace the different thickness of the research = light, by adjusting the magnetic force Strong and weak, change the grinding magnetic::: The object is used for different degrees of polishing effect. According to the different reading conditions, the two magnetic bases are different from the control, so that the workpiece 2 can be polished more flexibly. It is not necessary to change the abrasives of different thicknesses to polish the workpiece 2010 201000256. It only needs to adjust the strength of the magnetic force. It can provide different degrees of polishing effect. 6: The action of a magnetic base and the control base can be carried out according to the different conditions of the workpiece. τ More Actions ^ More flexible processing to enable a better understanding of the features and technical content of the present invention, the detailed description of the present invention and the accompanying drawings, however, attached = only & for reference and saying, and _ To add to the invention. [Embodiment] In order to familiarize the person skilled in the art with the understanding and implementation of the present invention, reference is made to the accompanying drawings, which illustrate a device for use in the magnetic powder polishing process of the present invention, the device comprising: Two magnetic machine bases and one control base 2. The two magnetic bases i are correspondingly disposed, and the control base 2 is disposed adjacent to the two magnetic bases 1. The two magnetic bases i are respectively provided with a magnetic seat, and the magnetic base 11 is electrically connected to the magnetic base 1. When the operator controls the magnetic base 1, the magnetic base 1 transmits power to the magnetic base 1 The magnetic seat 1 1 ' 5 magnetic seat 1 1 receives electric power and generates a magnetic force due to an electromagnetic effect. The magnetic seat 1 1 can adsorb a grinding magnetic powder 3 . The magnetic seat 1 1 is in the form of a concave step surface, and the magnetic seat 1 1 ' of the other magnetic base 1 can form a processing space 4 ′ between the pair of magnetic seats 1 1 according to the operation requirements of the operator. Controlling the movement of the magnetic seat 1 1 causes the processing space 4 to grow or shrink. 201000256 The gargle base 2 is a reciprocable base, and the control cymbal 2 has a fixed seat 21, and the fixed seat 21 is rotatably connected to the control base 2, and the fixed seat 2 1 is used for clamping By fixing the workpiece 2, by operating the control base 2, the control base 2 moves to pass the processed object 5 into the processing space 4, wherein the processing space 4 is a space for processing and polishing the workpiece 5 . It can be considered that the control base 2 can be a fixed fixed base. Instead, the magnetic base 1 is a reciprocating base; in addition, the two magnetic machine and the control base 2 can also be Reciprocating machine base. Referring to the second figure shown in the accompanying drawings, the present invention provides a magnetic powder polishing process by using the above-mentioned apparatus, which comprises the following steps: S 1 〇 0. When the operator performs the polishing and polishing operation, the first step is to The workpiece 5 is clamped in the fixing seat 2 1 , wherein the workpiece 5 of the fixing seat 2 1 can be complicated in appearance; S 1 1 〇. Then, the two magnetic bases 1 are manipulated. The magnetic force is generated by the operation of the two magnetic bases 1 1 , that is, the two magnetic bases generate electric power and are transmitted to the magnetic seat 1 1 , so that the magnetic seat 1 1 receives electric power and generates magnetic force; after further generating magnetic force, the operator Applying 1 grinding magnetic powder 3 to the two magnetic seat 丄丄' 俾 using the = grinding powder 3 to provide grinding and polishing, wherein the magnetic strength is adjusted, which enables the grinding magnetic powder 3 to provide different polishing effects, when the magnetic force When the height is high, the grinding magnetic powder 3 is a hard and compact bear, and the mouth is 201000256. The grinding of the 5th processed object 5 is performed. The grinding magnetic powder 3 is arranged in the row == away from the magnetic core, 5 The action of grinding & After the object is grounded with the magnetic powder 3, it is further broken into γ. The upper seat 21 is adsorbed to the research base 21, and the upper C control base 2 is rotated to rotate the fixed mount 21: Γ 2ί21 is also driven to be fixed to the control base 2, so that Rotating plus two: the work chamber 4, and according to the workpiece magnetic seat 1 1 to adjust the range of the processing space 4, thereby: =: magnetic grindstone of the abrasive magnetic powder 3 and the processing of the second (one) surface The control base 2 is a reciprocable base, and the
Ttlf1為固定不動之機座，操作該二磁力機座 控制機座2，使得旋轉的加工物件5於該加工 ;Γ*ΓΓ，俾藉由該加工物件5與該研磨磁 ^了相對運動’使該加工物件5與該研磨磁粉3產 =，以去除該μ物件5之毛邊絲碰光。另 =，該二磁力機座1亦可為往復移動之機座，而 :::機細固定不動之機座，如此亦可達成該加 件5與該研磨磁粉3行相對運動，產生摩擦 该加工物件5之表面拋光；此外，因該加工物件5條件 不同’該二磁力機座i與該控制機台2亦能為往復移 10 201000256 動之機台，藉使抛光該加工物件5。 S 1 4 0 :最後’當該加工物件5達到所需的研磨拋 光㈣後，將旋轉的加工物件5自該加工空間切 出，完成該加工物件5的表面拋光作業。 、 合以上所述，本發明之磁粉拋光製程，其具有 以下有ϋ效果： 1、 研磨拋光後提高物件尺寸的精密度與密合度。 2、 可對曲碰化的表面研磨而不受其形狀尺寸影響，用 統研磨無法加工的複雜外形物件。 、、 3、 不需數道製程即可完成加工物件的研磨拋光 工時間。 1刀 4 、習知要達到不同的拋光程度，必需更換不同粗細的研 ，物來進行加卫物件的拋光；但利用本創作，操 員^僅需調整磁力強弱，就能改變研磨磁粉吸附 ，以提供*同拋光的效果，使加工物件能達到操 作人貝所需要的抛光程度。 ’、 、，據加工物件之條件不同，該二磁力機座與該控制機 座兩互相作動的方式亦不肖，藉此能更靈 工物件的拋光。 ^丁加 、本創作係以研磨磁粉拋光該加工物件表面，苴Ttlf1 is a fixed fixed base, and the two magnetic bases are controlled to control the base 2, so that the rotating workpiece 5 is processed; Γ*ΓΓ, 相对 by the workpiece 5 and the grinding magnetic relative motion The processed object 5 and the abrasive magnetic powder 3 are produced to remove the burr of the μ object 5 from the light. In addition, the two magnetic base 1 can also be a reciprocating base, and the ::: machine can be fixed to the fixed base, so that the addition of the adding member 5 and the grinding magnetic powder can be achieved, resulting in friction. The surface of the workpiece 5 is polished; in addition, because of the different conditions of the workpiece 5, the two magnetic bases i and the control machine 2 can also be reciprocated by the 201000256 machine, whereby the workpiece 5 is polished. S 1 4 0 : Finally, when the workpiece 5 reaches the desired polishing projection (4), the rotating workpiece 5 is cut out from the processing space to complete the surface polishing of the workpiece 5. According to the above, the magnetic powder polishing process of the present invention has the following effects: 1. The precision and the adhesion of the object size after polishing and polishing. 2. It is possible to grind the surface of the curved surface without being affected by its shape and size, and use the complicated shape objects that cannot be processed by the grinding. 3, 3, can complete the grinding and polishing time of the processed objects without several processes. 1 knife 4, the conventional knowledge to achieve different degrees of polishing, it is necessary to replace the different thickness of the research, to enhance the polishing of the object; but with this creation, the operator ^ only need to adjust the magnetic strength, you can change the adsorption of magnetic particles, In order to provide the same polishing effect, the processed object can reach the polishing degree required by the operator. </ br /> </ RTI> Depending on the conditions of the workpiece, the two magnetic bases and the control base are also mutually operative, so that the polishing of the more flexible objects can be achieved. ^丁加, this creation is to polish the surface of the processed object with abrasive magnetic powder,
f擦所產生的高溫，並不會破壞或刮傷該加：： 表面。 J 惟以上所述僅為本新型之較佳實施例，非意欲偈限本 201000256 新型之專利保護範圍，故舉凡運用本新型 化，均同理皆包含於本新型之_= 【圖式簡單說明】 第一圖係本發明之磁粉拋光製程設備之立體示意圖。 第二圖係本發明之磁粉拋光製程之流程示意圖。 【主要元件符號說明】 1 磁力機座 11 磁力座 2 控制機座 2 1 固定座 3 研磨磁粉 4 加工空間 5 加工物件 12f rubbing the high temperature generated, and will not damage or scratch the addition:: surface. However, the above description is only the preferred embodiment of the present invention, and it is not intended to limit the scope of the new patent protection of the 201000256. Therefore, the use of the novelization is equally included in the novel _= [Simple description of the drawing The first figure is a perspective view of the magnetic powder polishing process equipment of the present invention. The second figure is a schematic flow chart of the magnetic powder polishing process of the present invention. [Main component symbol description] 1 Magnetic base 11 Magnetic base 2 Control base 2 1 Fixing seat 3 Grinding magnetic powder 4 Machining space 5 Machining objects 12