JP2020147823A - Transport hanger device for electrodeposition coating - Google Patents
Transport hanger device for electrodeposition coating Download PDFInfo
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- JP2020147823A JP2020147823A JP2019048260A JP2019048260A JP2020147823A JP 2020147823 A JP2020147823 A JP 2020147823A JP 2019048260 A JP2019048260 A JP 2019048260A JP 2019048260 A JP2019048260 A JP 2019048260A JP 2020147823 A JP2020147823 A JP 2020147823A
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- transport
- hanger
- electrodeposition coating
- mounting bracket
- contact piece
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- 238000004070 electrodeposition Methods 0.000 title claims abstract description 38
- 238000000576 coating method Methods 0.000 title claims abstract description 34
- 239000011248 coating agent Substances 0.000 title claims abstract description 26
- 239000012212 insulator Substances 0.000 claims abstract description 8
- 239000000463 material Substances 0.000 claims description 12
- 239000000428 dust Substances 0.000 claims description 6
- 238000000034 method Methods 0.000 abstract description 20
- 150000001768 cations Chemical class 0.000 description 9
- 125000002091 cationic group Chemical group 0.000 description 6
- 239000007788 liquid Substances 0.000 description 4
- 238000006243 chemical reaction Methods 0.000 description 3
- 238000005238 degreasing Methods 0.000 description 3
- 238000001035 drying Methods 0.000 description 3
- 238000012423 maintenance Methods 0.000 description 3
- 239000000126 substance Substances 0.000 description 3
- 229920001342 Bakelite® Polymers 0.000 description 2
- 239000004637 bakelite Substances 0.000 description 2
- 238000010586 diagram Methods 0.000 description 2
- 239000003973 paint Substances 0.000 description 2
- 230000007306 turnover Effects 0.000 description 2
- OKTJSMMVPCPJKN-UHFFFAOYSA-N Carbon Chemical compound [C] OKTJSMMVPCPJKN-UHFFFAOYSA-N 0.000 description 1
- 229920005177 Duracon® POM Polymers 0.000 description 1
- 229910052799 carbon Inorganic materials 0.000 description 1
- 238000009413 insulation Methods 0.000 description 1
- 229920005989 resin Polymers 0.000 description 1
- 239000011347 resin Substances 0.000 description 1
- 239000002893 slag Substances 0.000 description 1
- 238000005406 washing Methods 0.000 description 1
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 1
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- Coating Apparatus (AREA)
Abstract
Description
本発明は電着塗装用搬送ハンガー装置に関し、特には、塗装条件の異なる複数の被塗装部品を連続的に塗装できるカチオン電着塗装用搬送ハンガー装置に関する。 The present invention relates to a transfer hanger device for electrodeposition coating, and more particularly to a transfer hanger device for cationic electrodeposition coating capable of continuously coating a plurality of parts to be coated having different coating conditions.
従来の電着塗装ラインは、１本の搬送レールに搬送ハンガーを掛着して搬送を行っていた。このため、被塗装部品が変わる毎に、電着塗装の設定条件をセットしなければならず、作業性に問題を有していた。
又、従来の電着塗装ラインは、被塗装部品を搬送するのに、電着塗装工程が異なる毎に、別に電着塗装設備を新たに設け、その異なる専用工程の設備に使用する１本の搬送レールにて行っていた。
In the conventional electrodeposition coating line, a transport hanger is hung on one transport rail for transport. For this reason, it is necessary to set the setting conditions for electrodeposition coating every time the parts to be coated are changed, which causes a problem in workability.
Further, in the conventional electrodeposition coating line, a separate electrodeposition coating facility is newly installed for each different electrodeposition coating process for transporting the parts to be coated, and one line is used for the equipment of the different dedicated process. I went by the transport rail.
また、特許文献１には、一つの搬送ハンガー本体の両側にフック（ハンガー部材）を２本設けたものや（図１、図３参照）、特許文献２には、図２の如く搬送ハンガーに複数本のフックを配置したものなどが提案されている。 Further, in Patent Document 1, two hooks (hanger members) are provided on both sides of one transport hanger body (see FIGS. 1 and 3), and in Patent Document 2, the transport hanger is provided as shown in FIG. Proposed ones with multiple hooks arranged.
しかしながら、特許文献１や特許文献２のものは、１つの処理槽に、同一種類の部品を２個或いは多数個を搬送して電着塗装するものであり、他の種類部品を、同一処理槽に搬送して電着塗装させる発想はなく、且つ、一方の搬送ハンガーに掛着した部品が、搬送途中で別の一部の工程に移り、再度戻って処理される発想はなかった。 However, in Patent Document 1 and Patent Document 2, two or a large number of parts of the same type are transported to one processing tank for electrodeposition coating, and other types of parts are subjected to the same processing tank. There was no idea of transporting the parts to the electrode coating, and there was no idea that the parts hung on one of the transport hangers moved to another part of the process during the transport and returned to the process again.
本発明は被塗装部品の種類が変っても、共通する各工程の処理設備が共有して使用でき、且つ、ラインを停止することなく、連続して被塗装部品を流すことが可能になる電着塗装用搬送ハンガー装置を提供することを目的とする。 According to the present invention, even if the type of the part to be painted changes, the processing equipment of each common process can be shared and used, and the part to be painted can be continuously flowed without stopping the line. An object of the present invention is to provide a transport hanger device for coating.
本発明の他の目的は、電着塗装工程の一部が変っても、共通する各工程の処理設備が共有して使用できる電着塗装用搬送ハンガー装置を提供することにある。 Another object of the present invention is to provide a transport hanger device for electrodeposition coating that can be shared and used by processing equipment of each common process even if a part of the electrodeposition coating process is changed.
本発明は上記現状に鑑みて成されたものであり、つまり、少なくとも、上部にキャスターを設けたハンガー本体と、ハンガー本体の下部に絶縁体を介して設けた取付ブラケットと、該取付ブラケットの中間に設けた弾性摺接片と、取付ブラケットの下部に設けたハンガー部材と、から成る搬送ハンガーのキャスターを、少なくとも並行する２本の搬送レールに掛着する構造とする。また搬送レールを２本隣接させ、この搬送レールの１本に、途中で迂回する折曲部を形成させたものとしても良い。更に弾性摺接片に押圧力を保持するためにストッパー手段を具備し、該ストッパー手段が、２本の搬送レールの中央から垂下するストッパー材と、そのストッパー材の両側に設けた絶縁帯と、弾性摺接片と反対側の取付ブラケットに設けたガイドキャスターと、から構成され、且つ、取付ブラケットの中央部をコの字状に形成し、該中央部の凸側に弾性摺接片を固着させ、中央部の凹側にガイドキャスターを設けると良く、又、絶縁帯の下方に塵受けを設けると良い。 The present invention has been made in view of the above situation, that is, at least between a hanger body having casters on the upper part, a mounting bracket provided on the lower part of the hanger body via an insulator, and the mounting bracket. The casters of the transport hanger, which is composed of the elastic sliding contact piece provided in the above, the hanger member provided in the lower part of the mounting bracket, and the caster of the transport hanger, are hung on at least two parallel transport rails. Further, two transport rails may be adjacent to each other, and one of the transport rails may be formed with a bent portion that detours in the middle. Further, the elastic sliding contact piece is provided with a stopper means for holding the pressing force, and the stopper means includes a stopper material hanging from the center of the two transport rails, and insulating bands provided on both sides of the stopper material. It is composed of a guide caster provided on the mounting bracket on the opposite side of the elastic sliding contact piece, and the central part of the mounting bracket is formed in a U shape, and the elastic sliding contact piece is fixed to the convex side of the central part. It is preferable to provide a guide caster on the concave side of the central portion, and it is preferable to provide a dust receiver below the insulating band.
請求項１のように少なくとも、上部にキャスター（７）を設けたハンガー本体（１）と、ハンガー本体（１）の下部に絶縁体（３）を介して設けた取付ブラケット（２）と、該取付ブラケット（２）の中間に設けた弾性摺接片（４）と、取付ブラケット（２）の下部に設けたハンガー部材（５）と、から成る搬送ハンガー（Ａ）のキャスター（７）を、少なくとも並行する２本の搬送レール（８）に掛着することにより、被塗装部品の種類が変っても、共通する各工程の処理設備が共有して使用できると共に、ラインを停止することなく、連続して被塗装部品を流すことが可能になる。 As in claim 1, at least a hanger body (1) provided with casters (7) at the top, and a mounting bracket (2) provided at the bottom of the hanger body (1) via an insulator (3). The caster (7) of the transport hanger (A) composed of the elastic sliding contact piece (4) provided in the middle of the mounting bracket (2), the hanger member (5) provided in the lower part of the mounting bracket (2), and the caster (7) of the transport hanger (A). By hanging on at least two parallel transport rails (8), even if the type of parts to be coated changes, the common processing equipment for each process can be shared and used, and the line can be used without stopping. It becomes possible to continuously flow the parts to be painted.
請求項２のように搬送レール（８）を隣接させることにより、処理槽の大きさを少しだけ大きくするだけで対応できるため、３ヶ月1ターンオーバー（３ヶ月に塗装液を使い切り、新規に塗装液を追加する）の際、カチオン電着塗装液がライン１本の時よりも少し増える程度で済み、維持管理費の増加を抑えることができる。 By adjoining the transport rails (8) as in claim 2, it is possible to deal with it by increasing the size of the processing tank a little, so one turnover for 3 months (the coating liquid is used up in 3 months and new coating is performed). When (adding liquid), the amount of cationic electrodeposition coating liquid needs to be slightly increased compared to the case of one line, and the increase in maintenance cost can be suppressed.
請求項３に示すように搬送レール（８）の１本に、途中で迂回する折曲部（81）を形成させることにより、工程の途中に新たな工程を追加することや別の塗料に変更することが可能となるため、従来の如き追加工程専用や別塗装専用のラインを設けなくとも、追加の工程を行った後、元のランイに戻すことにより（図４、図５参照）、或いは電着塗装工程の一部が変わっても、共通する各工程の処理設備を共有して使用できる。従って、２本のラインを略１本相当分にまとめ、２本のラインの工程を実施することができ、電着塗装設備の有効利用や維持管理費の減少などが可能になる。 As shown in claim 3, by forming a bent portion (81) that bypasses in the middle of one of the transport rails (8), a new process is added in the middle of the process or the paint is changed to another paint. Therefore, even if a line dedicated to the additional process or a separate coating as in the past is not provided, after performing the additional process, the original runy can be returned to (see FIGS. 4 and 5), or Even if part of the electrodeposition coating process changes, the common processing equipment for each process can be shared and used. Therefore, it is possible to combine the two lines into approximately one line and carry out the process of the two lines, which makes it possible to effectively use the electrodeposition coating equipment and reduce the maintenance cost.
請求項４に示すように弾性摺接片（４）に押圧力を保持させるためにストッパー手段（６）を具備し、該ストッパー手段（６）が、２本の搬送レール（８）の中央から垂下するストッパー材（61）と、そのストッパー材（61）の両側に設けた絶縁帯（62）と、弾性摺接片（４）と反対側の取付ブラケット（２）に設けたガイドキャスター（63）と、から構成され、且つ、取付ブラケット（２）の中央部（21）をコの字状に形成し、該中央部（21）の凸側に弾性摺接片（４）を固着させ、中央部（21）の凹側にガイドキャスター（63）を設けることにより、弾性摺接片（４）に安定した押圧力を保持させると共に、取付ブラケット（２）間の幅がより狭くできるため、請求項１の状態の処理槽の大きさよりも更に狭くでき、３ヶ月1ターンオーバーの際のカチオン電着塗装液が少なくて済み、維持管理費の増加を更に抑えることができる。 As shown in claim 4, the elastic sliding contact piece (4) is provided with a stopper means (6) for holding the pressing force, and the stopper means (6) is provided from the center of the two transport rails (8). The hanging stopper material (61), the insulating bands (62) provided on both sides of the stopper material (61), and the guide casters (63) provided on the mounting bracket (2) opposite to the elastic sliding contact piece (4). ), And the central portion (21) of the mounting bracket (2) is formed in a U shape, and the elastic sliding contact piece (4) is fixed to the convex side of the central portion (21). By providing the guide caster (63) on the concave side of the central portion (21), the elastic sliding contact piece (4) can maintain a stable pressing force and the width between the mounting brackets (2) can be narrowed. It can be made smaller than the size of the treatment tank in the state of claim 1, and the amount of cationic electrodeposition coating liquid at the time of one turnover for three months can be reduced, and the increase in maintenance cost can be further suppressed.
請求項５のように絶縁帯（62）の下方に塵受け（９）を設けることにより、ガイドキャスター（63）が絶縁帯（62）に当接して走行する際に生じる塵などが、処理槽に落下する恐れがなくなる。 By providing the dust receiver (9) below the insulating band (62) as in claim 5, dust and the like generated when the guide caster (63) abuts on the insulating band (62) and travels can be collected from the treatment tank. There is no risk of falling into.
本発明の実施形態を図１〜図３に基づき説明する。（Ａ）は被塗装部品を移動させて電着塗装する搬送ハンガーであり、該搬送ハンガー（Ａ）は、並行に隣接する２本の各搬送レール（８）にそれぞれ掛着されている。２本の搬送ハンガー（Ａ）は、背中合せ（一方を反対向き）に掛着するが、後述する取付ブラケット（２）の中央部（21）をコの字状に形成せず、平らな場合には、後述するハンガー部材（５）下部のフックの向きが図１のように背中合せになるように掛着させる。 An embodiment of the present invention will be described with reference to FIGS. 1 to 3. (A) is a transport hanger for moving a part to be coated to perform electrodeposition coating, and the transport hanger (A) is hung on each of two adjacent transport rails (8) in parallel. The two transport hangers (A) are hung back to back (one of them faces in the opposite direction), but the central portion (21) of the mounting bracket (2), which will be described later, is not formed in a U shape and is flat. Is hung so that the direction of the hook at the bottom of the hanger member (5), which will be described later, is back to back as shown in FIG.
（１）はハンガー本体であり、該ハンガー本体（１）には、キャスター（７）から吊下する一対の連結杆（11）と、該連結杆（11）を両端に固着したプレート（12）と、がある。前記ハンガー本体（１）は、２本の搬送レール（８）にそれぞれのキャスター（７）を介して掛着されている。 (1) is a hanger main body, and the hanger main body (1) has a pair of connecting rods (11) suspended from casters (7) and a plate (12) to which the connecting rods (11) are fixed to both ends. And there is. The hanger body (1) is hung on two transport rails (8) via respective casters (7).
（２）はハンガー本体（１）の下部に後述する絶縁体（３）を介して設けた取付ブラケットであり、該取付ブラケット（２）はハンガー本体（１）と離して、該ハンガー本体（１）を無電通状態にさせている。また前記取付ブラケット（２）の中央部（21）がコの字状に形成されている。尚、前記中央部（21）は必ずしもコの字状に形成しなくても良く、前記取付ブラケット（２）同士間にスペースの余裕があれば、平らなままでも良い。 (2) is a mounting bracket provided on the lower part of the hanger main body (1) via an insulator (3) described later, and the mounting bracket (2) is separated from the hanger main body (1) and the hanger main body (1) is separated. ) Is in a non-dentsu state. Further, the central portion (21) of the mounting bracket (2) is formed in a U shape. The central portion (21) does not necessarily have to be formed in a U shape, and may remain flat as long as there is a space between the mounting brackets (2).
（３）は取付ブラケット（２）の端部を挟んでハンガー本体（１）のプレート（12）の両面に固着したベークライト製の絶縁体である。尚、前記絶縁体（３）はベークライト製に限定されるものではない。 (3) is a bakelite insulator fixed to both sides of the plate (12) of the hanger body (1) with the end of the mounting bracket (2) sandwiched between them. The insulator (3) is not limited to the one made of bakelite.
（４）は取付ブラケット（２）の中央部（21）の凸側に固着した弾性摺接片であり、該弾性摺接片（４）には、図３のように略レの字状に折曲した板状の押しバネ（41）と、該押しバネ（41）の先端部に取付けたカーボン製の給電用摺接子（42）と、がある。
（５）は取付ブラケット（２）の下部に設けたハンガー部材であり、該ハンガー部材（５）は、下端部がフック状に形成されている。
(4) is an elastic sliding contact piece fixed to the convex side of the central portion (21) of the mounting bracket (2), and the elastic sliding contact piece (4) has a substantially square shape as shown in FIG. There is a bent plate-shaped push spring (41) and a carbon feeding slide connector (42) attached to the tip of the push spring (41).
Reference numeral (5) is a hanger member provided in the lower part of the mounting bracket (2), and the lower end portion of the hanger member (5) is formed in a hook shape.
（６）は弾性摺接片（４）に押圧力を保持するために具備したストッパー手段であり、該ストッパー手段（６）には、２本の搬送レール（８）の中央から垂下するストッパー材（61）と、そのストッパー材（61）の両側に設けた絶縁帯（62）と、取付ブラケット（２）の中央部（21）の凹側に設けたガイドキャスター（63）と、がある。又、前記取付ブラケット（２）の中央部（21）の凸側に弾性摺接片（４）を固着させ、中央部（21）の凹側にガイドキャスター（63）を設けている。また前記絶縁帯（62）は図示しないカチオン電着槽の電極と平行に設けられており、この絶縁帯（62）は、ガイドキャスター（63）が当接されるように設けられている。前記絶縁帯（62）の材質としてはジュラコン樹脂が好ましいが、これに限定されるものではない。 (6) is a stopper means provided on the elastic sliding contact piece (4) to hold the pressing force, and the stopper means (6) is a stopper material hanging from the center of the two transport rails (8). There are (61), insulating bands (62) provided on both sides of the stopper material (61), and guide casters (63) provided on the concave side of the central portion (21) of the mounting bracket (2). Further, the elastic sliding contact piece (4) is fixed to the convex side of the central portion (21) of the mounting bracket (2), and the guide caster (63) is provided on the concave side of the central portion (21). Further, the insulating band (62) is provided in parallel with an electrode of a cationic electrodeposition tank (not shown), and the insulating band (62) is provided so as to be in contact with a guide caster (63). Duracon resin is preferable as the material of the insulating band (62), but the material is not limited thereto.
（７）はハンガー本体（１）の上部に設けた１対のキャスターである。
（８）は図１に示すように２本隣接して並列させた搬送レールであり、共有する各工程の処理設備を通過させる際は搬送レール（８）を隣接して固着しているが、図４、図５に示すＢラインのように、一方の搬送レール（８）の途中を迂回させるための折曲部（81）が形成さている。この折曲部（81）を経由して追加工程或いはカラーカチオン電着工程や他成分のカチオン電着工程が行われるのである。又、前記折曲部（81）は、図４、図５の位置に限定されるものではなく、追加工程や選択工程の種類に応じ、適宜工程間に形成される。
（９）はストッパー材（61）や絶縁帯（62）の下方に設けた塵受けである。
(7) is a pair of casters provided on the upper part of the hanger main body (1).
As shown in FIG. 1, (8) is a transport rail in which two rails are arranged side by side in parallel, and the transport rails (8) are fixed adjacent to each other when passing through the processing equipment of each shared process. As shown in the B line shown in FIGS. 4 and 5, a bent portion (81) is formed to bypass the middle of one of the transport rails (8). An additional step, a color cation electrodeposition step, or a cation electrodeposition step of another component is performed via the bent portion (81). Further, the bent portion (81) is not limited to the positions shown in FIGS. 4 and 5, and is appropriately formed between steps according to the types of additional steps and selection steps.
Reference numeral (9) is a dust receiver provided below the stopper material (61) and the insulating band (62).
次に本発明品を用いて、図４に示す折曲部（81）がなく、２本の搬送レール（８）が隣接して固着された場合の被塗装部品の流れについて説明する。この時、図示しないが、先ず始めに一方のラインのハンガー部材（５）に、図示しない被塗装部品を順次吊るして流す。一方のラインの吊るし作業が終了後、他方のラインのハンガー部材（５）に、別種類の被塗装部品を順次吊るして流す。この際、一方のラインの搬送速度と、他方のラインの搬送速度をそれぞれの被塗装部品に合せた処理時間になるように搬送速度をセットしておく。すると、順次、各処理工程を通過してカチオン電着塗装工程が行われる。このように異なる被塗装部品でも、一方のラインの搬送速度と、他方のラインの搬送速度をそれぞれ予めセットしておけば、ラインを停止することなく、連続して異なる被塗装部品を吊るして流すことが可能となる。この場合の吊るし順序は、上記の順序に限定されるものではなく、例えば、吊るし作業員が２人いれば、交互に吊るして被塗装部品を各ラインに流しても良い。 Next, using the product of the present invention, the flow of the parts to be coated when the two transport rails (8) are fixed adjacent to each other without the bent portion (81) shown in FIG. 4 will be described. At this time, although not shown, first, parts to be painted (not shown) are sequentially hung and flowed on the hanger member (5) of one line. After the hanging work of one line is completed, different types of parts to be painted are sequentially hung and flowed on the hanger member (5) of the other line. At this time, the transport speed is set so that the transport speed of one line and the transport speed of the other line have a processing time that matches each part to be coated. Then, the cationic electrodeposition coating process is sequentially performed through each processing process. Even with such different painted parts, if the transport speed of one line and the transport speed of the other line are set in advance, different painted parts can be continuously hung and flowed without stopping the line. It becomes possible. The hanging order in this case is not limited to the above order. For example, if there are two hanging workers, the parts to be painted may be alternately hung and flowed to each line.
次に図４に示すＡラインと、折曲部（81）を形成したＢラインの場合の被塗装部品の流れについて説明する。先ず始めにＡラインのハンガー部材（５）に、被塗装部品を順次吊るして流すと、Ａラインに吊るされた被塗装部品は、先ず脱脂工程を行い、次に表面調整工程を行う。その後、化成皮膜工程，カチオン電着工程，乾燥工程を行って終了する。その後、Ｂラインのハンガー部材（５）に、別の被塗装部品を順次吊るして流すと、先ず始めにＡラインと同様に脱脂工程を行い、次に折曲部（81）を経由して追加工程を行い、Ａライン側に戻る。この時の追加工程としては、例えば、スラグ除去工程、水洗い工程などを行い、その後、Ａライン同様に表面調整工程，化成皮膜工程，カチオン電着工程，乾燥工程を行って終了する。 Next, the flow of the parts to be painted in the case of the A line shown in FIG. 4 and the B line forming the bent portion (81) will be described. First, when the parts to be painted are sequentially hung on the hanger member (5) of the A line and flowed, the parts to be painted suspended on the A line are first subjected to a degreasing step and then a surface adjustment step. After that, a chemical conversion film step, a cationic electrodeposition step, and a drying step are performed to complete the process. After that, when another part to be painted is sequentially hung on the hanger member (5) of the B line and flowed, the degreasing process is first performed in the same manner as the A line, and then the addition is performed via the bent portion (81). Perform the process and return to the A line side. As additional steps at this time, for example, a slag removing step, a water washing step, and the like are performed, and then a surface adjusting step, a chemical conversion film step, a cation electrodeposition step, and a drying step are carried out in the same manner as in the A line, and the process is completed.
更に図５に示すＡラインと、折曲部（81）を形成したＢラインの場合の被塗装部品の流れについて説明する。Ａラインに吊るされた被塗装部品の流れは、図４と同様であり、Ｂラインのハンガー部材（５）に吊るされた別の被塗装部品の流れは、先ず脱脂工程を行い、次に表面調整工程，化成皮膜工程が行なわれ、カチオン電着工程の前で、折曲部（81）を経由してカラーカチオン電着工程や他成分のカチオン電着工程或いは追加工程が行われるのである。カラーカチオン電着工程などを行った後、Ａライン側に戻って、乾燥工程を行うのである。 Further, the flow of the parts to be painted in the case of the A line shown in FIG. 5 and the B line forming the bent portion (81) will be described. The flow of the part to be painted suspended on the A line is the same as in FIG. 4, and the flow of another part to be painted suspended on the hanger member (5) of the B line is first subjected to a degreasing step and then the surface. The adjustment step and the chemical conversion film step are performed, and before the cation electrodeposition step, a color cation electrodeposition step, a cation electrodeposition step of other components, or an additional step is performed via the bent portion (81). After performing the color cation electrodeposition step and the like, the process returns to the A-line side and the drying step is performed.
このように、特に折曲部（81）をＢラインに形成させることにより、追加工程或いはカラーカチオン電着工程や他成分のカチオン電着工程などを行うことが可能となると共に、Ａラインの処理槽を共有して、２種類の被塗装部品の電着塗装工程を行うことが可能となるのである。 In this way, by forming the bent portion (81) in the B line in particular, it becomes possible to perform an additional step, a color cation electrodeposition step, a cation electrodeposition step of other components, and the like, and the A line is processed. By sharing the tank, it becomes possible to perform the electrodeposition coating process of two types of parts to be coated.
Ａ 搬送ハンガー
１ ハンガー本体
２ 取付ブラケット
３ 絶縁体
４ 弾性摺接片
５ ハンガー部材
６ ストッパー手段
61 ストッパー材
62 絶縁帯
63 ガイドキャスター
７ キャスター
８ 搬送レール
９ 塵受け
A Transport hanger 1 Hanger body 2 Mounting bracket 3 Insulator 4 Elastic sliding contact piece 5 Hanger member 6 Stopper means
61 Stopper material
62 Insulation zone
63 Guide casters 7 Caster 8 Transport rails 9 Dust catcher
Claims (5)
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2005350700A (en) * | 2004-06-08 | 2005-12-22 | Kida Seiko Kk | Plating method, plating line, and work holder for plating process |
| JP2008280589A (en) * | 2007-05-11 | 2008-11-20 | Nippon Paint Co Ltd | Electrodeposition coating method |
| JP2008280590A (en) * | 2007-05-11 | 2008-11-20 | Nippon Paint Co Ltd | Electrodeposition coating method |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2005350700A (en) * | 2004-06-08 | 2005-12-22 | Kida Seiko Kk | Plating method, plating line, and work holder for plating process |
| JP2008280589A (en) * | 2007-05-11 | 2008-11-20 | Nippon Paint Co Ltd | Electrodeposition coating method |
| JP2008280590A (en) * | 2007-05-11 | 2008-11-20 | Nippon Paint Co Ltd | Electrodeposition coating method |
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