TWI726727B - Penetrating insert type electroplating workpiece fixture - Google Patents
Penetrating insert type electroplating workpiece fixture Download PDFInfo
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本發明係涉及一種電鍍用定位架體;特別是指一種創新穿置插組式電鍍工件夾具結構型態揭示者。The invention relates to a positioning frame body for electroplating; in particular, it refers to an innovative interspersing and inserting group type electroplating workpiece fixture structure revealer.
本發明所指的電鍍工件夾具,係一種專用以將電鍍工件裝設配置於設定的位置與角度狀態,以期達到較佳電鍍成效的定位架體。The electroplating workpiece fixture referred to in the present invention is a special positioning frame body for mounting and disposing the electroplating workpiece in a set position and angle state, in order to achieve a better electroplating effect.
習知電鍍工件夾具,其架體常見型態通常採用金屬板片一體彎折方式(註:因所需數量不多,通常業界會捨棄開設沖壓模具而採用人力手工彎折方式)或是分體式以銲接手段結合形成所需的橫架部與立架部,然後再於該立架部末端設夾持定位構件,以供夾持於電鍍工件所預設的腳位,可想而知,隨著電鍍工件的尺寸規格、立體形狀及輪廓特徵等等差異因素,前述腳位以及夾持定位構件的配置數量與配置位置也就相對不同。Conventional fixtures for electroplating workpieces, the common type of frame body usually adopts the integrated bending method of metal plates (Note: because the required quantity is not large, usually the industry will abandon the establishment of stamping dies and use manual manual bending methods) or split type The required horizontal frame part and the vertical frame part are formed by welding together, and then a clamping and positioning member is arranged at the end of the vertical frame part for clamping on the preset foot position of the electroplating workpiece. Depending on different factors such as the size, three-dimensional shape, and contour characteristics of the electroplated workpiece, the number and position of the aforementioned feet and the configuration of the clamping and positioning components are relatively different.
而習知電鍍工件夾具實際應用上為人所詬病之處,常見的一點是其金屬板片彎折部位的精度誤差過大的問題,因為該立架部末端所設夾持定位構件的夾持點位置,可能會因為彎折後該部位的質性反彈或銲接對位不確實等現象,而存在過大的偏位誤差值,這個誤差值就單點而言或許問題不大,但是,當單一個電鍍工件所需夾持的複數腳位數量越多時,多點誤差值的累加結果,就會造成人員將電鍍工件裝上電鍍工件夾具過程中的阻礙不順,從而造成電鍍作業進度延宕、加工成本相對提高的問題,這也是目前雙腳位及多腳位型態的電鍍工件在電鍍作業過程中所面臨的重大問題。However, the conventional electroplating workpiece fixture is criticized in the practical application. A common point is that the accuracy error of the bending part of the metal plate is too large, because the end of the stand is provided with a clamping point for clamping the positioning member The position may be due to phenomena such as qualitative rebound of the part after bending or inaccurate welding alignment, etc., and there is an excessive deviation value. This error value may not be a big problem for a single point, but when a single point When the number of multiple pins to be clamped by the electroplating workpiece is larger, the cumulative result of the multi-point error value will cause obstacles in the process of installing the electroplated workpiece on the electroplating workpiece fixture, which will cause the electroplating work schedule to delay and the processing cost. The problem of relative improvement is also a major problem faced by electroplating workpieces with two-pin and multi-pin types in the electroplating process.
承續上段所述,可能還會衍生出電鍍工件變形的問題,因為有些電鍍工件為塑膠材質且纖細薄弱形狀過多,所以整體形狀剛性不佳,此種電鍍工件一旦面臨前述夾持定位構件偏位誤差值過大的情況時,人員為了將電鍍工件確實裝上電鍍工件夾具,必定會施力扳動偏位的立架部,強制使其正位達成夾持,然而此種情況下,立架部被扳動時所蓄積的彈力,會在夾持之後產生反彈作用力牽引電鍍工件產生形變(如扭曲、弧翹等),且這種形變在該電鍍工件歷經電鍍的各道化學劑料浸泡過程之後,可能會被定型而難以復原,從而造成電鍍品質不良、電鍍工件產生瑕疵不良現象(如安裝於產品時無法精準配合)等問題,而這也就是目前習知電鍍工件夾具結構型態,普遍不符合高精密度電鍍工件之電鍍加工品質要求等級的主因。Continuing from the previous paragraph, the problem of deformation of electroplated workpieces may also arise. Because some electroplated workpieces are made of plastic and have too many slender and weak shapes, the overall shape is not rigid. Once such electroplated workpieces face the deviation of the aforementioned clamping and positioning member When the error value is too large, in order to actually install the electroplating workpiece on the electroplating workpiece fixture, the personnel must force the offset stand to force it to be clamped in the correct position. However, in this case, the stand The elastic force accumulated when it is pulled will produce a rebound force after clamping to pull the electroplated workpiece to produce deformation (such as twisting, arc warping, etc.), and this deformation will undergo various chemical immersion processes in the electroplating workpiece. Afterwards, it may be finalized and difficult to restore, resulting in poor electroplating quality, defective electroplated workpieces (such as inaccurate fit when installed on the product) and other problems. This is the current conventional electroplated workpiece fixture structure, which is common The main reason for not meeting the quality requirements of high-precision electroplating workpieces.
就更進一步衍生而出的問題來看,前述習知電鍍工件夾具因為無法解決工件扭曲等品質與定位精度不良等問題點,那麼,當產業界欲於該產品電鍍組裝線進一步導入機械手臂來達到高效率自動化組裝時,顯然因此而存在難以實現的瓶頸與阻礙,從而導致產業升級困難的嚴重問題。In terms of further derivation of the problem, the aforementioned conventional electroplating workpiece fixtures cannot solve the problems of workpiece distortion and poor quality and positioning accuracy. Then, when the industry wants to further introduce robotic arms to the product electroplating assembly line to achieve In high-efficiency automated assembly, there are obviously bottlenecks and obstacles that are difficult to achieve, which leads to serious problems of difficulty in industrial upgrading.
是以,針對上述習知電鍍工件定位技術所存在之問題點,如何研發出一種能夠更具理想實用性之創新構造,實有待相關業界再加以思索突破之目標及方向者;有鑑於此,發明人本於多年從事相關產品之製造開發與設計經驗,針對上述之目標,詳加設計與審慎評估後,終得一確具實用性之本發明。Therefore, in view of the above-mentioned problems of the conventional electroplating workpiece positioning technology, how to develop an innovative structure that can be more ideal and practical is really awaiting the relevant industry to think about the goal and direction of the breakthrough; in view of this, the invention is invented With many years of experience in manufacturing, development and design of related products, human-centered people, after detailed design and careful evaluation for the above goals, finally came up with a practical invention.
本發明之主要目的,係在提供一種穿置插組式電鍍工件夾具,其所欲解決之技術問題,係針對如何研發出一種更具理想實用性之新式電鍍工件夾持結構型態為目標加以思索創新突破。所述電鍍工件夾具係用以供預設型態之一電鍍工件插組與夾持定位,該電鍍工件形成有複數插接腳以供插組於該電鍍工件夾具。The main purpose of the present invention is to provide an interspersed assembly type electroplating workpiece fixture. The technical problem to be solved is to develop a new type of electroplating workpiece holding structure that is more ideal and practical. Thinking about innovation and breakthrough. The electroplating workpiece fixture is used for inserting and clamping and positioning a predetermined type of electroplating workpiece, and the electroplating workpiece is formed with a plurality of pins for inserting into the electroplating workpiece fixture.
基於前述目的,本發明解決問題之技術特點,主要在於該電鍍工件夾具包括相互嵌插結合之一主架體及複數支架板件,其中主架體包括有面向相反的二架面及形成於二架面周邊之一側緣;各支架板件包括一插設板面及形成於插設板面周邊之一側邊,且令插設板面對向電鍍工件所設插接腳的插組方向,又插設板面包括一插設區段及一結合區段,其中結合區段結合於主架體,且令各支架板件的插設板面與主架體的架面呈彼此相互交錯關係,插設區段則形成一對位用插孔,以供電鍍工件所設相對位的插接腳插入呈穿伸狀態;又各插設區段所形成的對位用插孔,於對應插接腳插伸方向一間隔距離對位處設有一夾持定位構件,該夾持定位構件透過一嵌插式連接臂嵌插結合定位於主架體或支架板件任一者結構上,並構成對位用插孔介於電鍍工件與夾持定位構件之間的配置狀態;藉此,電鍍工件的各插接腳插入相對位的對位用插孔後,係進一步透過相對位的夾持定位構件加以夾持定位。Based on the foregoing objectives, the technical feature of the present invention to solve the problem is mainly that the electroplating workpiece fixture includes a main frame body and a plurality of frame plates that are embedded and combined with each other, wherein the main frame body includes two rack surfaces facing oppositely and formed on two racks. A side edge of the periphery of the rack surface; each support board includes an inserting board surface and a side edge formed on the periphery of the inserting board surface, and the inserting board faces the direction of the inserting group of the pins provided on the electroplating workpiece , And the inserting board surface includes an inserting section and a connecting section, wherein the connecting section is combined with the main frame body, and the inserting board surface of each support board and the shelf surface of the main frame body are mutually staggered Relationship, the insertion section forms a pair of sockets for the insertion of the opposite pins of the electroplating workpiece in a penetrating state; and the alignment sockets formed by each insertion section correspond to the corresponding A clamping and positioning member is provided at the position at an interval in the insertion direction of the plug pin, and the clamping and positioning member is inserted and positioned on either the main frame or the bracket plate through an insertion type connecting arm. It constitutes the arrangement state of the positioning socket between the electroplated workpiece and the clamping and positioning member; by this, after each pin of the electroplated workpiece is inserted into the opposite positioning socket, it is further clamped through the opposite position The positioning member is clamped and positioned.
本發明之主要效果與優點,主要包括下列: 其一、令電鍍工件的各插組孔位能夠達到較為精準、誤差值小的高品質狀態,使電鍍工件於電鍍作業之前進行插組作業時容易對位插入電鍍工件夾具,大幅提升作業效率,且有效避免電鍍工件發生變形,相對提高良率; 其二、各支架板件與主架體之間的定位狀態呈現剛性,能夠精準定型孔位座標而更符合於執行高精密度電鍍工件加工之要求,大幅提昇電鍍工藝之精準度層級,且由於精準度佳,產業界得以實現在產品的電鍍組裝線導入機械手臂進行高效率自動化組裝的產業升級計劃。 其三、兩段式定位功能:電鍍工件的各插接腳進行插組時,能夠透過各支架板件的插設板面形成的對位用插孔,輕鬆快速地完成第一段插置與精準對合腳位的動作,接著再進一步將各插接腳壓入各夾持定位構件,從而完成第二段夾持定位的動作;此種兩段式定位功能對於多腳位的電鍍工件而言,能夠達到對位快速且定位穩固之優點與實用進步性。 The main effects and advantages of the present invention mainly include the following: First, make each insert hole position of the electroplated workpiece reach a more precise and high-quality state with a small error value, so that the electroplated workpiece can be easily inserted into the electroplated workpiece fixture during the insert group operation before the electroplating operation, which greatly improves the work efficiency. And effectively avoid the deformation of the electroplated workpiece, and relatively improve the yield; Second, the positioning state between each bracket plate and the main frame body is rigid, which can accurately shape the hole coordinates and is more in line with the requirements of performing high-precision electroplating workpiece processing, which greatly improves the accuracy level of the electroplating process. With good accuracy, the industry can realize the industrial upgrade plan of introducing robotic arms into the electroplating assembly line of products for high-efficiency automated assembly. The third or two-stage positioning function: when the pins of the electroplated workpiece are inserted into groups, the first stage of insertion and insertion can be easily and quickly completed through the alignment sockets formed by the insertion plate surface of each bracket plate. Accurately align the feet, and then further press the pins into the clamping and positioning components to complete the second stage of clamping and positioning; this two-stage positioning function is for multi-pin electroplated workpieces , It can achieve the advantages of fast alignment and stable positioning and practical progress.
本發明之另一目的,更藉由各支架板件的結合區段形成由側邊內凹之嵌凹緣,主架體供各支架板件嵌插結合處則形成有嵌接緣以與嵌凹緣呈相互交錯對位嵌插咬合關係之另一技術特徵,從而令主架體與支架板件之間能夠達到嵌插結合式型態,特具有穩固、剛性佳之優點。Another object of the present invention is to form an embedding edge recessed from the side by the joining section of each bracket plate, and an embedding edge is formed at the main frame body where each bracket plate is inserted into the joint. The concave edge is another technical feature of the interlocking and inserting occlusal relationship, so that the main frame body and the support plate can achieve an inserting and inserting combination type, which has the advantages of stability and good rigidity.
本發明之又一目的,係更藉由該主架體部份結構為一上板片及一下板片透過虎口狀凹緣相互嵌插連接固定所構成的型態,其中上板片一端形成延伸段,且該延伸段形成抵靠側,下板片嵌插結合有一限位擋板,該限位擋板形成限位面對應於前述抵靠側等另一技術特徵,構成當該上、下板片相互達成嵌插狀態時,上板片的延伸段抵靠側係抵止定位於限位擋板的限位面,以達到精準定位該上、下板片嵌插連接狀態之優點。Another object of the present invention is that the structure of the main frame body is a form of an upper plate and a lower plate inserted and fixed to each other through a tiger-shaped concave edge, wherein one end of the upper plate forms an extension Section, and the extension section forms the abutting side, the lower plate is inserted and combined with a limit baffle, and the limit baffle forms a limit surface corresponding to the aforementioned abutting side and other technical features, constituting when the upper and lower When the plates are in an embedded state with each other, the abutting side of the extended section of the upper plate abuts and is positioned on the limiting surface of the limiting baffle, so as to achieve the advantage of accurately positioning the upper and lower plates in the inserted and connected state.
本發明之再一目的,係更藉由該主架體一側更配置結合有補強板,且令補強板的板面朝向與主架體的架面朝向相互垂直或相互交錯,又補強板與主架體之間的結合型態係採用虎口狀凹緣相互嵌插並搭配焊接之結合固定型態等再一技術特徵,而能進一步強化主架體的結構剛性,從而達到更加穩固定位電鍍工件之優點與實用進步性。Another object of the present invention is to further configure and combine a reinforcing plate on one side of the main frame body, and make the plate face of the reinforcing plate and the frame face of the main frame body perpendicular to each other or staggered with each other, and the reinforcing plate and The combination of the main frame body adopts another technical feature such as a tiger-like concave edge embedded and welded together, which can further strengthen the structural rigidity of the main frame body, so as to achieve a more stable fixed position of the electroplated workpiece The advantages and practical progress.
請參閱圖1至圖5所示,係本發明面向插組式板片組合電鍍工件夾具之較佳實施例,惟此等實施例僅供說明之用,在專利申請上並不受此結構之限制。Please refer to Figures 1 to 5, which are the preferred embodiments of the present invention for the plug-in plate assembly electroplating workpiece fixture. However, these embodiments are for illustrative purposes only and are not subject to this structure in the patent application. limit.
所述電鍍工件夾具100係用以供預設型態之一電鍍工件200插組與夾持定位(如圖6及圖7所示),該電鍍工件200形成有複數插接腳201以供插組於該電鍍工件夾具100。The
該電鍍工件夾具100包括相互嵌插結合之一主架體10以及複數支架板件20,其中該主架體10包括有面向相反的二架面11以及形成於該二架面11周邊之一側緣12;各該支架板件20包括一插設板面21以及形成於該插設板面21周邊之一側邊22,且令該插設板面21係對向該電鍍工件200所設插接腳201的插組方向,又該插設板面21包括一插設區段213以及一結合區段215,其中該結合區段215係用以結合於該主架體10,且令各該支架板件20的插設板面21與該主架體10的架面11呈彼此相互交錯關係,又該插設區段213則形成一對位用插孔217,以供該電鍍工件200所設相對位的插接腳201插入呈穿伸狀態;又其中,各該插設區段213所形成的對位用插孔217,於對應該插接腳201插伸方向一間隔距離對位處設有一夾持定位構件30,該夾持定位構件30透過一嵌插式連接臂31嵌插結合定位於該主架體10或支架板件20任一者結構上,並構成該對位用插孔217係介於該電鍍工件200與該夾持定位構件30之間的配置狀態;藉此,如圖8所示,該電鍍工件200的各插接腳201插入相對位的對位用插孔217之後,如圖9所示,係進一步透過相對位的夾持定位構件30加以夾持定位。The
如圖2、圖8及圖9所示,本例中,該夾持定位構件30係為常態彈性閉合式型態,包括呈相互對稱配置的二彈性片32,該二彈性片32於上端彼此彈性抵靠,從而界定形成一彈性閉合夾縫33,並令該彈性閉合夾縫33向上對位於該對位用插孔217。(註:此為夾持定位構件30之較佳實施型態,但不限於此,例如亦可設成手動閉合式型態者。)As shown in Figures 2, 8 and 9, in this example, the clamping and
如圖3所示,本例中,該支架板件20的結合區段215係形成由該側邊22內凹之一嵌凹緣24;該主架體10供各該支架板件20嵌插結合處則形成有一嵌接緣14,以與該嵌凹緣24呈相互交錯對位嵌插咬合關係;本例所揭型態,主要能夠令主架體10與支架板件20之間達到嵌插結合式型態,特具有穩固、剛性佳之優點。As shown in FIG. 3, in this example, the joining
如圖1、圖3所示,本例中,該主架體10的部份結構係為一上板片(註:圖號省略標註)以及一下板片(註:圖號省略標註)透過虎口狀凹緣50相互嵌插連接固定所構成的型態,其中該上板片的一端形成一延伸段15,且該延伸段15形成一抵靠側16,該下板片嵌插結合有一限位擋板17,該限位擋板17形成一限位面18係對應於前述抵靠側16,且構成當該上板片與該下板片相互達成嵌插狀態時,該上板片的延伸段15形成之抵靠側16係抵止定位於該限位擋板17形成的限位面18,以精準定位該上板片與該下板片之間的嵌插連接狀態。As shown in Figures 1 and 3, in this example, the partial structure of the
如圖1、圖2所示,本例中,該主架體10之一側更配置結合有一補強板40,且令該補強板40的板面朝向與該主架體10的二架面11朝向呈相互垂直或相互交錯關係,又該補強板40與該主架體10之間的結合型態,係採用虎口狀凹緣50嵌插並搭配焊接之結合固定型態;本例中透過所述補強板40的增設,主要功效是能夠進一步強化主架體10的結構剛性,從而達到更加穩固定位電鍍工件之優點。As shown in Figures 1 and 2, in this example, one side of the
其中,各該不同的支架板件20的插設區段213所形成的對位用插孔217孔位高度,就該板面方向高度而言,係為具有高低落差之相對關係。此部份如圖1中所示,其不同的支架板件20所形成的對位用插孔217孔位高度即為具有高低落差相對關係的配置型態。Wherein, the hole position height of the
如圖3所示,其中各該不同的支架板件20的插設區段213所形成的對位用插孔217輪廓延伸方向(如虛擬線L2、L3及L4所示),對比於該主架體10的架面11延伸方向(如虛擬線L1所示)而言係為相互平行、相互垂直或相互交錯等任一相對關係。As shown in FIG. 3, the extension direction of the contour of the
如圖1、圖2及圖3所示,本例中,該支架板件20的插設區段213與結合區段215之間更形成有一彎折部219,該彎折部219為直角彎折型態或斜角彎折型態任其中一者。As shown in Figures 1, 2 and 3, in this example, a
其中,該主架體10係為單一板片構成、或由複數板片嵌插連接固定構成等任一型態。此部份如圖2中所示,即為該主架體10係由複數板片嵌插連接固定構成之實施型態。Wherein, the
如圖4所示,本例中,該主架體10係由複數板片之間透過該支架板件20相互嵌插連接固定所構成之型態。As shown in FIG. 4, in this example, the
其中,各該支架板件20的插設板面21之面朝向係為一致;又各該支架板件20的對位用插孔217供各該插接腳201插入的方向係為一致。Wherein, the surface orientation of the
如圖5所示,本例中,該主架體10的二架面11的朝向與該電鍍工件200所設插接腳201的插組方向呈相互交錯關係。又該主架體10與支架板件20之嵌插結合部位,更可透過焊料加以固定(註:圖面省略繪示)。As shown in FIG. 5, in this example, the orientation of the two
藉由上述結構組成型態與技術特徵,本發明所揭電鍍工件夾具100實際應用上,係專用以供預設型態之電鍍工件200插組定位,以利進行電鍍作業,而該電鍍工件夾具100的各該支架板件20所設插設區段213形成的對位用插孔217位置,完全是依照所欲定位的電鍍工件200各插接腳201位置來設置,且本發明捨棄習知採用板片彎折形式構成電鍍架體橫、立向板部的作法及型態,讓電鍍工件夾具100之主架體10與各支架板件20之間採用相互嵌插結合型態,且讓支架板件20的插設板面21對向電鍍工件200所設插接腳201的插組方向,如此一來,透過該主架體10與各支架板件20在切割成型製程中所能輕易達成的高精密度形狀與對位用插孔孔位,使得各對位用插孔217的X、Y、Z各軸座標位置能夠精準成型,且因主架體10與各支架板件20之間是採用相互嵌插結合,所以各對位用插孔217的位置是剛性定位狀態,沒有彈性偏移的問題;此外該主架體10與各支架板件20之間嵌插結合固定之後,能夠利用該主架體10所精準切割出來的形狀,精確地規劃產生各支架板件20的水平高度變化配置狀態,從而達到對單一電鍍工件200的多腳位(即插接腳201 ) 產生精準對位狀態之優異效果;更值得一提的是:本發明所揭電鍍工件200組裝於電鍍工件夾具100的過程可以達到兩段式定位功能,此部份如圖8所示,電鍍工件200的各插接腳201進行插組時,能夠透過各支架板件20的插設板面21形成的對位用插孔217,輕鬆快速地完成第一段插置與精準對合腳位的動作;接著如圖9所示,再進一步將各插接腳201向下壓入(如箭號L5所示)各夾持定位構件30,從而完成第二段夾持定位的動作;此種兩段式定位功能對於多腳位的電鍍工件200而言,能夠達到對位快速且定位穩固之優點與實用進步性。With the above-mentioned structural composition and technical features, the
是以,本發明電鍍工件的各插組孔位能夠達到較為精準、誤差值小的高品質狀態,使電鍍工件於電鍍作業之前進行插組作業時容易對位插入電鍍工件夾具,大幅提升作業效率,且有效避免電鍍工件發生變形,良率大大提高;各支架板件與主架體之間的定位狀態呈現剛性,能夠精準定型孔位座標,無習知彈性偏位問題存在,更符合於執行高精密度電鍍工件加工之要求,大幅提昇電鍍工藝之精準度層級,且由於精準度佳,產業界得以實現在產品的電鍍組裝線導入機械手臂進行高效率自動化組裝的產業升級計劃。Therefore, each insertion group hole position of the electroplating workpiece of the present invention can achieve a relatively accurate and high-quality state with a small error value, so that the electroplating workpiece is easily inserted into the electroplating workpiece fixture during the insertion group operation before the electroplating operation, and the work efficiency is greatly improved , And effectively avoid the deformation of the electroplated workpiece, and the yield rate is greatly improved; the positioning state between each bracket plate and the main frame body is rigid, and the hole position coordinates can be accurately shaped. There is no known elastic deviation problem, which is more in line with the implementation The requirements for the processing of high-precision electroplating workpieces have greatly improved the accuracy level of the electroplating process, and due to the good accuracy, the industry can realize the industrial upgrade plan of introducing robotic arms in the electroplating assembly line of products for high-efficiency automated assembly.
另如圖10所示,本發明所揭電鍍工件夾具100,實際應用上亦可為多數組透過一吊掛架300整合成一個電鍍工件定位單元之實施態樣,在此併與陳明。In addition, as shown in FIG. 10, the
如圖7所示,本例中,該電鍍工件200所設各該插接腳201更形成有一限位擋緣203,該限位擋緣203用以抵靠於該支架板件20的插設板面21 (如圖9所示),從而限制各該插接腳201的插組深度。As shown in FIG. 7, in this example, each of the
100:電鍍工件夾具 200:電鍍工件 201:插接腳 203:限位擋緣 300:吊掛架 10:主架體 11:架面 12:側緣 14:嵌接緣 15:延伸段 16:抵靠側 17:限位擋板 18:限位面 20:支架板件 21:插設板面 213:插設區段 215:結合區段 217:對位用插孔 219:彎折部 22:側邊 24:嵌凹緣 30:夾持定位構件 31:嵌插式連接臂 40:補強板 50:虎口狀凹緣100: Electroplating workpiece fixture 200: Electroplated workpiece 201: Pin 203: limit stop edge 300: Hanging rack 10: Main frame 11: Shelf 12: Side edge 14: Embedding edge 15: Extension 16: butt side 17: Limiting baffle 18: limit surface 20: Bracket plate 21: Insert the board 213: Interpolation section 215: Combining Section 217: Alignment jack 219: Bending part 22: side 24: recessed edge 30: Clamping and positioning member 31: Insertion type connecting arm 40: Reinforcement board 50: Tiger-like concave edge
圖1係本發明電鍍工件夾具較佳實施例之組合立體圖。 圖2係為圖1之局部放大圖。 圖3係本發明電鍍工件夾具較佳實施例之局部分解立體圖。 圖4係本發明電鍍工件夾具較佳實施例之局部俯視圖。 圖5係本發明電鍍工件夾具較佳實施例之局部立體放大圖。 圖6係本發明電鍍工件夾具供一電鍍工件插組狀態之較佳實施例圖 。 圖7係承續圖6之電鍍工件與電鍍工件夾具局部分解狀態對應關係 圖。 圖8係本發明之電鍍工件插接腳進行插組時,完成第一段插置與精 準對合腳位動作的狀態示意圖。 圖9係本發明之電鍍工件插接腳進行插組時,完成第二段夾持定位 動作的狀態示意圖。 圖10係本發明電鍍工件夾具實際應用上可為多數組透過一吊掛架整 合成一個電鍍工件定位單元之實施態樣。 Fig. 1 is a combined perspective view of a preferred embodiment of a fixture for electroplating workpieces of the present invention. Figure 2 is a partial enlarged view of Figure 1. Fig. 3 is a partial exploded perspective view of a preferred embodiment of the electroplating workpiece fixture of the present invention. Fig. 4 is a partial top view of a preferred embodiment of the electroplating workpiece fixture of the present invention. Fig. 5 is a partial three-dimensional enlarged view of a preferred embodiment of the electroplating workpiece fixture of the present invention. Fig. 6 is a diagram of a preferred embodiment of the electroplating workpiece fixture of the present invention for an electroplating workpiece insertion group state . Figure 7 is a continuation of the corresponding relationship between the electroplated workpiece and the partial decomposition state of the electroplated workpiece fixture in Figure 6 Figure. Figure 8 is the first stage of insertion and precision when the pins of the electroplating workpiece of the present invention are inserted into groups. Schematic diagram of the state of the quasi-aligned foot movement. Figure 9 shows the completion of the second stage of clamping and positioning when the pins of the electroplated workpiece of the present invention are inserted into groups Schematic diagram of the action state. Fig. 10 shows that the fixture for electroplating workpieces of the present invention can be integrated into multiple groups through a hanging frame in practical application. Synthesize an implementation aspect of electroplating workpiece positioning unit.
100:電鍍工件夾具 100: Electroplating workpiece fixture
10:主架體 10: Main frame
11:架面 11: Shelf
12:側緣 12: Side edge
15:延伸段 15: Extension
16:抵靠側 16: butt side
17:限位擋板 17: Limiting baffle
18:限位面 18: limit surface
20:支架板件 20: Bracket plate
21:插設板面 21: Insert the board
213:插設區段 213: Interpolation section
215:結合區段 215: Combining Section
217:對位用插孔 217: Alignment jack
219:彎折部 219: Bending part
22:側邊 22: side
30:夾持定位構件 30: Clamping and positioning member
31:嵌插式連接臂 31: Insertion type connecting arm
40:補強板 40: Reinforcement board
Claims (10)
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Citations (3)
Publication number | Priority date | Publication date | Assignee | Title |
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TWI618819B (en) * | 2017-01-06 | 2018-03-21 | Wang kai yu | Plating rack structure |
CN108360049A (en) * | 2018-05-02 | 2018-08-03 | 高峰 | A kind of Electroplating Rack convenient for adjusting |
CN108688063A (en) * | 2018-06-11 | 2018-10-23 | 国威科技有限公司 | A kind of electroplated product support frame structure |
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Patent Citations (3)
Publication number | Priority date | Publication date | Assignee | Title |
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TWI618819B (en) * | 2017-01-06 | 2018-03-21 | Wang kai yu | Plating rack structure |
CN108360049A (en) * | 2018-05-02 | 2018-08-03 | 高峰 | A kind of Electroplating Rack convenient for adjusting |
CN108688063A (en) * | 2018-06-11 | 2018-10-23 | 国威科技有限公司 | A kind of electroplated product support frame structure |
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