JPS6342400A - Barrel for surface treatment and method for putting object to be treated into and out of said barrel - Google Patents
Barrel for surface treatment and method for putting object to be treated into and out of said barrelInfo
- Publication number
- JPS6342400A JPS6342400A JP18463986A JP18463986A JPS6342400A JP S6342400 A JPS6342400 A JP S6342400A JP 18463986 A JP18463986 A JP 18463986A JP 18463986 A JP18463986 A JP 18463986A JP S6342400 A JPS6342400 A JP S6342400A
- Authority
- JP
- Japan
- Prior art keywords
- barrel
- opening
- lid
- surface treatment
- pair
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
- 238000004381 surface treatment Methods 0.000 title claims abstract description 19
- 238000000034 method Methods 0.000 title description 10
- 230000002093 peripheral effect Effects 0.000 claims abstract description 5
- 238000007599 discharging Methods 0.000 abstract description 2
- 238000007747 plating Methods 0.000 description 17
- 238000012545 processing Methods 0.000 description 15
- 238000011282 treatment Methods 0.000 description 12
- 239000007788 liquid Substances 0.000 description 9
- 238000001514 detection method Methods 0.000 description 8
- 239000000463 material Substances 0.000 description 7
- ZCDOYSPFYFSLEW-UHFFFAOYSA-N chromate(2-) Chemical compound [O-][Cr]([O-])(=O)=O ZCDOYSPFYFSLEW-UHFFFAOYSA-N 0.000 description 5
- 238000003780 insertion Methods 0.000 description 5
- 230000037431 insertion Effects 0.000 description 5
- WABPQHHGFIMREM-UHFFFAOYSA-N lead(0) Chemical compound [Pb] WABPQHHGFIMREM-UHFFFAOYSA-N 0.000 description 5
- 238000005246 galvanizing Methods 0.000 description 4
- 102220485589 CHRNA7-FAM7A fusion protein_Q41A_mutation Human genes 0.000 description 3
- 229910019142 PO4 Inorganic materials 0.000 description 3
- 238000010586 diagram Methods 0.000 description 3
- 230000000694 effects Effects 0.000 description 3
- NBIIXXVUZAFLBC-UHFFFAOYSA-K phosphate Chemical compound [O-]P([O-])([O-])=O NBIIXXVUZAFLBC-UHFFFAOYSA-K 0.000 description 3
- 239000010452 phosphate Substances 0.000 description 3
- 102220002645 rs104894309 Human genes 0.000 description 3
- 238000005406 washing Methods 0.000 description 3
- UFHFLCQGNIYNRP-UHFFFAOYSA-N Hydrogen Chemical compound [H][H] UFHFLCQGNIYNRP-UHFFFAOYSA-N 0.000 description 2
- XEEYBQQBJWHFJM-UHFFFAOYSA-N Iron Chemical compound [Fe] XEEYBQQBJWHFJM-UHFFFAOYSA-N 0.000 description 2
- 235000006679 Mentha X verticillata Nutrition 0.000 description 2
- 235000002899 Mentha suaveolens Nutrition 0.000 description 2
- 235000001636 Mentha x rotundifolia Nutrition 0.000 description 2
- NBIIXXVUZAFLBC-UHFFFAOYSA-N Phosphoric acid Chemical compound OP(O)(O)=O NBIIXXVUZAFLBC-UHFFFAOYSA-N 0.000 description 2
- 238000004140 cleaning Methods 0.000 description 2
- 210000001520 comb Anatomy 0.000 description 2
- 238000005238 degreasing Methods 0.000 description 2
- 238000001035 drying Methods 0.000 description 2
- 238000000605 extraction Methods 0.000 description 2
- 239000003292 glue Substances 0.000 description 2
- 229910052739 hydrogen Inorganic materials 0.000 description 2
- 239000001257 hydrogen Substances 0.000 description 2
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 2
- HCHKCACWOHOZIP-UHFFFAOYSA-N Zinc Chemical compound [Zn] HCHKCACWOHOZIP-UHFFFAOYSA-N 0.000 description 1
- 238000010306 acid treatment Methods 0.000 description 1
- 229910000147 aluminium phosphate Inorganic materials 0.000 description 1
- 238000005452 bending Methods 0.000 description 1
- 239000011248 coating agent Substances 0.000 description 1
- 238000000576 coating method Methods 0.000 description 1
- 238000007796 conventional method Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 210000000744 eyelid Anatomy 0.000 description 1
- 210000003128 head Anatomy 0.000 description 1
- 229910052742 iron Inorganic materials 0.000 description 1
- 238000011017 operating method Methods 0.000 description 1
- 210000002784 stomach Anatomy 0.000 description 1
- 238000012546 transfer Methods 0.000 description 1
- 239000011701 zinc Substances 0.000 description 1
- 229910052725 zinc Inorganic materials 0.000 description 1
Landscapes
- Chemical Treatment Of Metals (AREA)
Abstract
Description
【発明の詳細な説明】
〔産業上の利用分野〕
本発明はメブキ、燐酸塩処理等の表面処理に用いられる
表向処理用のバレルζ／ＶＸ関ず７るものであ、乙。[Detailed Description of the Invention] [Field of Industrial Application] The present invention relates to a barrel ζ/VX for surface treatment used for surface treatment such as coating and phosphate treatment.
〔発明の背景」
メツキ、燐酸塩処理等の表面処理を連続的に行なうに＃
′、’ｆ、表面処理用バレルが用いられる。該表面処理
用バレルとは一般に横断面多角形状（通常６角形状）の
多孔容器であり、枠体に回転可能に支持でれている。該
多孔容器内圧被処理物を入れ枠体を介（２て搬送手段に
より所定の処理槽まで搬送１−１該処理槽内の処理液中
に該バレルを浸漬すると処、ｉｖ液は孔から多孔容器内
に流入し、この状態でバレＡ、−を回転もＬ ＜ Ｆｉ
、揺動させると多孔容器内の被処理物は撹拌されて処理
液と均一に接触し、メツキの場合には東にバレル内の被
処理物を陰極とｌ−で通電すると該被処理物表面にメツ
キあるいはその他の表面処理が施される。処理後は枠体
を介１−で搬送手段により該処理槽からバレルを取出し
、更に次の所定の処理槽１で移送し次の処理を行なう。[Background of the invention] Continuous surface treatment such as plating and phosphate treatment
', 'f, a surface treatment barrel is used. The surface treatment barrel is generally a porous container with a polygonal cross section (usually hexagonal), and is rotatably supported by a frame. 1-1 The barrel is immersed in the processing liquid in the processing tank, and the IV liquid flows through the holes through the porous container. It flows into the container, and in this state, the barrel A, - is rotated L < Fi
When it is rocked, the object to be processed in the porous container is stirred and comes into uniform contact with the processing liquid, and in the case of plating, when the object to be processed in the barrel is energized to the east with the cathode and l-, the surface of the object to be processed is stirred. Plating or other surface treatment is applied to the surface. After processing, the barrel is taken out from the processing tank by means of a conveying means via the frame 1-, and further transferred to the next predetermined processing tank 1 for the next processing.
表面処理用バレルはこのように一連の処理槽に逐次ポ送
さＪｌで逐次載面処理を自動的に行なっために極めて有
用なものである。例えば亜鉛メツキの場合には予備洗浄
槽−説脂槽一水洗槽一メツギ槽→水洗槽が配列され、該
バレルは逐次上記各槽に搬送′＆漬されて一連の処理が
自動的に行われるのである。The surface treatment barrel is thus extremely useful for automatically carrying out surface treatment sequentially in a series of treatment tanks. For example, in the case of galvanizing, a pre-cleaning tank - a degreasing tank - a washing tank - a drying tank -> a washing tank are arranged, and the barrels are sequentially conveyed and soaked in each of the above tanks, and a series of treatments is automatically carried out. It is.
従来のバレルの構造を第１４図に示す。図において、（
１）は容器であり横断面多角形をなし該容器（１）には
多数の孔（３）が形成せられ、両側面（４１、（４）に
はリード線挿入孔（５） 、 （５）が設けられている
。該周胴部（２）の−辺には開口部（６）が設けられ、
該開口部（６）には蓋（７）が着脱可能に取付けられて
おり、載着（力の上面には係止片（８） 、 （８）が
＠（９１、（９１全中心と１−て囲動可能に取付けられ
ており、該係止片（８１、（８）の両端部は開口部（６
）の前後縁（１０、０１）に設けられている係止孔α■
、 （１２１、（１：’ｖ 、α濠に嵌入するようにな
っている。そして上記構成のバレルＩに被処理物を出入
れする時には載着（７）を開口部（６）から着脱する０
〔発明が解決しようとする問題点〕
上記従来構成において、蓋（力で開口部（６）を閉鎖す
る時には蓋（７）を開口部（６）に嵌合し、係止片（８
）。The structure of a conventional barrel is shown in FIG. In the figure, (
1) is a container with a polygonal cross section, and a large number of holes (3) are formed in the container (1), and lead wire insertion holes (5), (5) are formed on both sides (41, (4)). ) is provided.An opening (6) is provided on the - side of the peripheral body (2),
A lid (7) is removably attached to the opening (6), and locking pieces (8) are attached to the upper surface of the opening (91, (91) and 1). - The locking pieces (81, (8) have openings (6) at both ends.
) The locking hole α■ provided on the front and rear edges (10, 01)
, (121, (1:'v) is designed to fit into the α moat.The mounting (7) is attached and detached from the opening (6) when loading and unloading the workpiece into the barrel I having the above configuration. 0
[Problems to be Solved by the Invention] In the above conventional configuration, when the opening (6) is closed by force, the lid (7) is fitted into the opening (6) and the locking piece (8) is closed.
).
（８）を回して開口部（６）の前後縁α１．αυの係止
孔ａ２゜（１２１，α３ 、 （１３）に該係止片（８
） 、 （８）の両端を嵌入せしめ（第１４図実線位置
）、係止片（８） 、 （８１の軸（９１、（９）に螺
着されているボルトα９．ａ９を締付けて係止片ｔ８）
＋ ｔ８）を固定し、蓋（７）を開口部（６）から取
はずす時にはボルト（１，５１ｇ ＱＳをゆるめてから
係止片（８１、（８）をｔｉｊＪ 、＠さぜ又係止片（
８） 、 （８１の両端を係止孔α力、α２゜（１３、
（ｌ：ｉから離脱せしめる（第１４図点線位置）。(8) to open the front and rear edges α1 of the opening (6). The locking piece (8
), (8) (solid line position in Figure 14), and lock the locking pieces (8) and (81 by tightening the bolt α9.a9 screwed onto the shaft (91, (9)). piece t8)
+ t8) and when removing the lid (7) from the opening (6), loosen the bolt (1,51g (
8), (Place both ends of 81 in the locking hole α force, α2° (13,
(l: Separate from i (dotted line position in Figure 14).
このよりなＭ（７）の脱着はすべて作業員の手仕事によ
らねば在らずし、たがっ“′しバレル側からの被処理物
の出入れし、、極めて丁間のかかるものであり表面ｌＬ
哩用・くし・−ン用・ハる表面処理の連続完全自動化の
大きなネ、 、、７ｉ、τ）ｒ、−）ｒ′、いた。例え
ばメツキの場合には工程の最後にバレルから被処理物を
取出し１−後処理と可、燥をやテ゛″ｌ（１：７％ある
が、この際、バレルのＬ；う閉１、λ！ｌす［、理宇・
ｈの取出しｔづ”入力で行わねばならｊ′、地続メｚＡ
”：ｉ、代り光全自動化が不Ｔ５ｆ能な状ＭＴ ６一つ
ｉ’ｎｃ＋
Ｌ／ｆｊｌｊｌへ点６゛薯決′Ｉる／こ・そ′）の手段
コ本発明は上記従来の欠点を改良する手段として、枠体
に回転可能に支持される多孔容器（１）Ａの周胴部（２
１ＡＫ開口部（６）Ａを設け、該開口部（６）Ａの両縁
部αＩＩＡに外方に向かって開く一対の蓋板（力Ａ、（
力Ｂの根縁部を夫々枢着し２、更に該一対の蓋板（力Ａ
。This process of attaching and detaching the twisted M (7) must be done manually by the worker, and therefore requires the loading and unloading of the processed material from the barrel side, which is extremely time-consuming and requires a lot of work on the surface. lL
There was a major need for continuous and complete automation of surface treatment for clothes, combs, and combs. For example, in the case of plating, the workpiece is removed from the barrel at the end of the process and undergoes 1-post treatment and drying. !lsu [, Riu・
The extraction of h must be done by inputting 'j',
”: Instead, the present invention solves the above-mentioned drawbacks of the conventional method. As a means for improving the circumferential body (2) of the porous container (1) A that is rotatably supported by the frame,
1AK opening (6)A is provided, and a pair of cover plates (force A, (
The root edges of force B are pivotally connected to each other 2, and the pair of lid plates (force A
.
（７）３間には蓋板（７）Ａ、（力Ｂロックー解除機構
を取付けたことを特徴とする表面処理用バレル（１４）
Ａを提供するものである。(7) Barrel for surface treatment (14) characterized by having a lid plate (7) A and a (force B lock-release mechanism) installed between the three.
A.
本発明の作用は下記の通りである。 The effects of the present invention are as follows.
蓋板ロック−解除機構によって該−・対の蓋板間のロッ
クを解除して多孔容器を回転せ１７めると開口部が下方
に移動するにつれ該一対の蓋は自重により自然に開き、
そのまま開いた状態で開口部が上方に移動するにつれて
まず回転方向側の蓋板が自１により開口部の半分を閉鎖
し、更にバレルの回転につれて他方の蓋板が自重により
倒れて開口部の他の半分を閉じる。そこで開口部が上方
に移動し他方の蓋が開口部の他の半分を閉じる直前でく
レルの回転を一時停止して該開口部の他の生分からバレ
ル内に被処理物を投入し、再びバレルの回転を開始して
他方の蓋が開口部の他の半分を閉じたら蓋板ロック機構
によって該一対の蓋板相互をロックする。この状態でバ
レルを処理液に浸漬すると該処理液は孔を介して容器内
に流入して被処理物と接触する。そこでバレルを回転も
しくは揺動させると被処理物はバレル内で攪拌されて均
一に処理液と接触して燐酸塩処理や通電によってメツキ
等の表面処理が施される。処理後バレルを処理液から取
出してロック−解除機構によって蓋板のロックを解除し
てバレルを回転させると開口部が下方にＳ動するにつれ
該一対の蓋は自重によυ自然に開きバレル内の被処理物
は自重によう開口部から外部へ落下して所定の受取り手
段に収容される。When the lid plate lock-release mechanism releases the lock between the pair of lid plates and rotates the porous container, the pair of lids will open naturally under their own weight as the opening moves downward.
As the opening moves upward in the open state, the lid plate on the side in the direction of rotation first closes half of the opening by itself, and then as the barrel rotates, the other lid plate collapses due to its own weight and closes the other half of the opening. Close half of. Then, the opening moves upward, and just before the other lid closes the other half of the opening, the rotation of the barrel is temporarily stopped, and the material to be processed is introduced into the barrel from the other material in the opening, and then the other half of the opening is closed. When the barrel starts to rotate and the other lid closes the other half of the opening, the pair of lid plates are locked together by the lid plate locking mechanism. When the barrel is immersed in the processing liquid in this state, the processing liquid flows into the container through the hole and comes into contact with the object to be processed. When the barrel is rotated or rocked, the object to be treated is agitated within the barrel, uniformly comes into contact with the treatment liquid, and is subjected to surface treatment such as plating or plating by phosphate treatment or energization. After processing, the barrel is removed from the processing liquid, the lock-release mechanism is used to unlock the lid plate, and the barrel is rotated.As the opening moves downward, the pair of lids naturally open due to their own weight and move inside the barrel. The objects to be processed fall to the outside from the opening due to their own weight and are received in a predetermined receiving means.
したがって本発明においてはバレルへの被処理物の出入
れを自動的に行なうことが出来、バレルを用いる表面処
理の完全な連続自動化を実現することが出来る。そして
バレルから被処理物を取出す場合開口部が太きいからバ
レル内に被処理物が残存することが少なく、また回転の
方向を問わず同じ動作を行わせることが出来る。Therefore, in the present invention, the objects to be treated can be automatically taken in and out of the barrel, and complete continuous automation of surface treatment using the barrel can be realized. When taking out the workpiece from the barrel, since the opening is wide, there is little chance that the workpiece remains inside the barrel, and the same operation can be performed regardless of the direction of rotation.
第１図〜第１３図は本発明の一実施例を示すものであ、
？、（１）Ａは容器であり横断面多角形をなし、該容器
（１）Ａには多数の孔（３）Ａが形成せられ、両側面（
＝１）Ａ 、 （４１Ａにはリード線挿入孔（５）Ａ、
（５）Ａが設けられ、また一方の側面（４）Ａにはりミ
ツトスイッチの検出片−Ａ、■Ｂ、ＦｆｌＣが取付けら
れている。1 to 13 show an embodiment of the present invention,
? , (1) A is a container with a polygonal cross section, and the container (1) A has a large number of holes (3) A formed therein, and both sides (
=1)A, (41A has lead wire insertion hole (5)A,
(5) A is provided, and detection pieces -A, ■B, and FflC of a beam mitswitch are attached to one side (4) A.
容器（１）の周胴部（２）Ａの二辺にわたって開口部（
６）Ａが設けられ、該開口部（６）ＡＫＶｉ一対の蓋（
７）Ａ 、 ｆ７）Ｂが開閉可能に被着せられ、載着（
力Ａ、（７）Ｂの根縁部は開口部（６）Ａの両縁部（１
））Ａ 、 （１））Ｂ Ｋ蝶番艶Ａ。An opening (
6) A is provided, the opening (6) AKVi pair of lids (
7)A, f7)B is attached so that it can be opened and closed, and the attachment (
The root edges of forces A and (7)B are the edges of opening (6)A (1
)) A, (1)) B K hinge gloss A.
α】Ｂを介して枢着されている。１）１７ｉ縁部（１）
）Ａ 、旧）Ｂには更に受止片（２＋）Ａ 、 ｔ２＋
）Ｂが立設されており、蓋（７１Ａ 、 （７）Ｂを全
開した時載着（７）Ａ 、 （７）Ｂは該受止片１２１
）Ａ、ｉ２υＢにより第２図に示すように開口部（６）
Ａと所定の角度θをなして受止される。本実施例でけθ
は９０°より若干大きく設定されている。蓋（７）Ｂ上
面からは蓋（７１Ｂ 、 （７）Ａに沿ってくの字形に
屈曲している係止片（８）Ａ 、 （８１Ａが差出され
、一方蓋（７）Ａの上面にはブラケットＱ９Ａ 、α９
Ａ、α９Ａ′を介してロッドα５Ａが左右摺動可能に取
付けられており、該ロッドＱ６）Ａには係止鉤α３Ａ、
α３Ａが取付けられている。そして該ロッド（ＩＥ９Ａ
の、両端には折曲げ部（１＆Ａ、０Ｍが形成されており
、該折曲げ部０＆Ａ、（１〜Ａの外面には後記する被処
理物の出入し枠（４１のエアシリンダー（４＆のピスト
ンロンドθ印先端〈形成されている当接板６１が当接す
るようになっており、エアシリンダー０８１によってロ
ッド（ｌｆＨ３を左右摺動させることにより係止片（８
１Ａ 、 １ｓ）Ａから係止鉤（１（８）Ａ、α３Ａを
係合したり離脱させたりする。第６図に示すようにブラ
ケッ）ＱＩＡ’において中央部にはキャップ（イ）に内
蔵されるスプリング競により下方に付勢されるボール■
が取付けられており、核ボールＦ４に近接し２てロッド
０■ＡＫは凸部圀が形成されており、第３図に示すロッ
ク状態では口５ノド（１６１Ａの凸部Ｇ♀がボール６９
に当接してロッド（１６１Ａの左方−・の摺動が阻止さ
れ、１９０ツクを解除するためにエアシリンダー（４＆
によりコツトａωＡｋ左方に押すとスプリング（至）の
弾性に打克ってボール（ロ）がロッドαｅＡの凸部□□
□を乗越え第４図に示すロック解除状ＩＫなる。α] It is pivotally connected via B. 1) 17i edge (1)
)A, old)B further has a receiving piece (2+)A, t2+
)B is installed upright, and when the lid (71A, (7)B) is fully opened, (7)A, (7)B is placed on the receiving piece 121.
) A, i2υB opens the opening (6) as shown in Figure 2.
It is received at a predetermined angle θ with A. In this example, θ
is set slightly larger than 90°. From the top surface of the lid (7)B, locking pieces (8)A, (81A) bent in a dogleg shape along the lid (71B, (7)A) are extended, while on the top surface of the lid (7)A are Bracket Q9A, α9
A rod α5A is attached to the rod Q6) so that it can slide from side to side via α9A', and a locking hook α3A is attached to the rod Q6)A.
α3A is installed. And the rod (IE9A
Bent parts (1&A, 0M) are formed at both ends of the bending parts 0&A, (1 to A). The abutting plate 61 formed at the end of the iron θ mark is brought into contact with the rod (lfH3) by sliding the rod (lfH3 left and right) using the air cylinder 081 to release the locking piece (8).
1A, 1s) A locking hook (1(8)A, which engages and disengages α3A from A. As shown in Fig. 6, the bracket) QIA' has a locking hook built into the cap (A) in the center. The ball is urged downward by a spring race.
is attached, and a convex part is formed on the rod 0■AK in the vicinity of the core ball F4, and in the locked state shown in FIG.
The sliding of the rod (left side of 161A) is prevented, and the air cylinder (4&
When aωAk is pushed to the left, the ball (b) overcomes the elasticity of the spring (to) and hits the convex part of the rod αeA □□
□ is overcome and the unlock state IK shown in FIG. 4 is obtained.
上記バレル０４）Ａは第７図に示すように支持棒（ハ）
Ａ、□□□Ａが差出されている頭部＠Ａと脚５（２）Ａ
とからなるＴ字型の支持枠（２２１Ａの脚部（２４）Ａ
下部に軸Ｏｆｉ！ Ａを介して回転自在に吊下される。The above barrel 04)A is a support rod (c) as shown in Figure 7.
A, □□□ A is held out head @ A and leg 5 (2) A
A T-shaped support frame (legs (24) of 221A) consisting of
Axis Ofi at the bottom! It is rotatably suspended via A.
そしてバレル（１４）Ａの一方の側面には歯車（ｎＡが
取付けられ、該歯車＠Ａは該支持枠のＡの一方の内側面
に取付けられている歯車■Ａに噛合し、該歯車さ）Ａは
更に支持枠ｔ２″２）Ａの一方の内側面に取付けられて
いる歯車（２９１Ａに噛合し、核支持枠Ｃ，！ＪＡの一
方の外側面には該１゛首車（２９）Ａと共軸になってい
る歯車Ｃ’（ＯＡが取付けられている。A gear (nA) is attached to one side of the barrel (14) A, and the gear @A meshes with a gear A attached to one inner side of A of the support frame. A further meshes with a gear (291A) attached to one inner surface of the support frame t2''2)A, and a gear (29)A is attached to one outer surface of the core support frame C,!JA. Gear C' (OA is attached) coaxial with
バレルＯ栂ｕ′ｒ：、は被処理物全充填して着（７）Ａ
、 （７）Ｂを閉じ上記したように支持枠（２２１Ａ
に吊下けられて予備洗浄槽、脱脂槽、水洗槽、メツキ槽
、あるいは燐酸処理槽、クロメート処理槽等の所定の処
理槽に・Ｘ当な搬送手段によって搬５１さｔ７処理１℃
、に浸漬される。第８図には該バｌ／ル／１４）Ａをメ
ツキ槽（３１）Ａに浸漬した状態が示される０即ちメツ
キ槽Ｃ３１）Ａにおいては両側からアーム（３１）Ｂ、
Ｇｌ）Ｂが差出され、該アーム（υＢ、Ｃ３υＢの上端
には受止片ＧυＣ２Ｃ３１）Ｃが取付けられ、バレル（
１４）Ａの支持枠■Ａの支持棒ｃ５ＪＡ 、 ｉＡを該
７− ムＣ３１）Ｂ 、 Ｃ３υＢＯ受止片ＯυＣ，Ｃ
３１）Ｃに受止させることにより゛〔バレルα４）Ａは
′支持枠（ハ）Ａを介し２てメツキ槽ＧυＡ内に懸架さ
れ、バレルＱ４１Ａの両側面（４１Ａ 、 （４）Ａの
リード線挿入孔（５）Ａ 、 （５１Ａからリード線（
ハ）Ａ、（至）Ａが挿入される。Barrel O Toga u'r:, is fully filled with the material to be processed (7)A
(7) Close B and attach the support frame (221A) as described above.
and transported to a pre-cleaning tank, degreasing tank, washing tank, plating tank, phosphoric acid treatment tank, chromate treatment tank, etc. by appropriate transportation means.
, is immersed in. FIG. 8 shows the state in which the bar (31)A is immersed in the plating tank (31)A. In other words, in the plating tank (31)A, the arms (31)B,
Gl)B is held out, the receiving piece GυC2C31)C is attached to the upper end of the arm (υB, C3υB), and the barrel (
14) Support frame of A ■ Support rod of A c5JA, iA, C31) B, C3υBO receiving piece OυC, C
31) By being received by C, the barrel α4A is suspended in the plating tank GυA via the support frame (c)A, and both sides of the barrel Q41A (41A, (4)A lead wire) Insertion hole (5) A, (Lead wire from 51A (
c) A, (to) A is inserted.
この際一般にはアームＣ３１）Ｂ、Ｃ３υＢの受止片Ｇ
υＣ２Ｃ３１）Ｃに図示しない陰極ブスバーが接続され
、該リード線（３ａＡ、Ｃ３３Ａはバレル（１４）Ａの
支持枠（２）Ａの支持棒ＥＡ、（２））Ａに接続してい
る。そしてノくレルＱ４）Ａの支持枠＠Ａの歯車ＧＩＡ
はメツキ槽Ｃ３１）Ａの一方の外側面に取付けられてい
るスプロケットＣ３３Ａ。In this case, generally the receiving piece G of arm C31)B, C3υB
A cathode busbar (not shown) is connected to υC2C31)C, and the lead wires (3aA, C33A) are connected to support rods EA, (2)A of the support frame (2)A of the barrel (14)A. And Nokurel Q4) Support frame of A @ Gear GIA of A
is the sprocket C33A attached to one outside surface of the plating tank C31)A.
（３４１Ａに懸架されているチェーン（至）Ａに噛合す
る。(It meshes with the chain (to) A suspended from 341A.
スプロケット（ロ）ＡＫは共軸のスプロケット■Ａが取
付けられており、該スプロケット（至）Ａはチェーンロ
を介Ｉ〜でモーター（至）に接続する。このようにして
バレル（１４）Ａをメッキ槽Ｃ３１）ＡＫ浸漬すると該
メツキ槽ＧυＡのメツキ液Ｃ３Ｇはバレル０４）Ａの孔
（３）ＡからバレルＱ４）Ａ内に流入し、モーター（至
）によってチェーンＣ３７）を介してスプロケット（支
））Ａを回転させ、更にスプロケッ）Ｃ３３１Ａ、Ｃ３
４）Ａを介してチェーン（３５１Ａを回転させる。一連
の表面処理工程を逐次性なう場合には該チェーンＣ３５
Ａは該工程に用いられる複数個の処理槽にわたって張設
されるが、この場合は該処理ラインの前端と後端にスプ
ロケットα９Ａ、（至）Ａが取付けられる。チェーンＣ
３５１Ａが回転すると該チェーン（ト）Ａに噛合する支
持枠（２２１Ａ ＣＤ歯車■Ａが回転し、したがって該
歯車■Ａと共軸の歯車（至）Ａも回転し、該歯車Ｃ２９
１Ａの回転は歯車Ｃ２８）Ａ。A coaxial sprocket ■A is attached to the sprocket (b) AK, and the sprocket (to) A is connected to the motor (to) through the chain rod I. When the barrel (14)A is immersed in the plating tank C31)AK in this way, the plating liquid C3G in the plating tank GυA flows into the barrel Q4)A from the hole (3)A of the barrel 04)A, and the motor (to) Rotate sprocket (support) A via chain C37), and then rotate sprocket) C331A, C3
4) Rotate the chain (351A) via A. If a series of surface treatment steps are to be performed sequentially, the chain C35
A is stretched over a plurality of processing tanks used in the process, and in this case, sprockets α9A and (to) A are attached to the front and rear ends of the processing line. Chain C
When 351A rotates, the support frame (221A) that meshes with the chain (G) A rotates, and therefore the gear A coaxial with the gear A also rotates, and the gear C29
1A rotation is gear C28)A.
歯車＠Ａを介してバレル（ＩａＡに伝達され、バレル（
Ｉ滲Ａは第３図矢印方向に回転する。バレル（１４）Ａ
の回転につれて被処理物はバレル（１４）Ａ内で混合さ
れてメツキ液０１と均一に接触し、陰極ブスバーから７
−４Ｃ１））Ｂ 、ＣＩＩＩＢノ受止片ｃ（ＩＩＣ＋
Ｃ３１）Ｃ１バレルＱ４）Ａの支持枠（社）Ａの支持棒
（ハ）Ａ、（ハ）Ａを介してリード線Ｃ３３Ａ 、 （
３２Ａに通電すれば被処理物表面にはメツキが施される
。メツキ等の処理が終ったらバレル０４）Ａを支持枠（
ハ）Ａを介してメツキ槽（３１）Ａから取出し搬送して
水洗の後第９図および第１０図に示すように出入れ枠（
４ＧＫ！架する。即ち出入れ枠ＧＩＧ上縁には受止片Ｋ
ｌ） 、 （４１）が取付けられ、支持枠ｑＡの頭部■
Ａの支持棒ＣａＡ、ｉＡを出入れ枠０［上縁の受止片（
４１） 、 Ｃ４１）に受止させる。この状態で支持枠
０２１Ａの歯車■Ａは出入れ枠曲のスプロケット（４２
１゜０３に懸架されているチェーン（４４）に噛合する
。そしてスプロケ７Ｍ４３には共軸のスプロケット（４
５１を取付け、該スプロク”ブト（４つはチェーン（４
句を介してモー 、４− （４ηに接続する４、バレル
０４）Ａから被処理物を申出ｆＫは蓋（７）Ａを開いて
壬−ター（４？）によりチエ−／（４Ｑを介１−６て７
ブ７ケノト（４つを回転させ、更にスプロクノ） （４
Ｚ 、（４３を介してチェーン＜４４）を回転させる。It is transmitted to the barrel (IaA) through the gear @A, and the barrel (
I-A rotates in the direction of the arrow in Figure 3. Barrel (14)A
As the material rotates, the object to be processed is mixed in the barrel (14) A and comes into uniform contact with the plating liquid 01.
-4C1))B, CIIIB receiving piece c (IIC+
C31) C1 barrel Q4) A's support frame (company) A's support rod (c) A, (c) Lead wire C33A through A, (
When 32A is energized, the surface of the object to be treated is plated. After finishing the plating etc., attach the barrel 04)A to the support frame (
c) Take out the plating tank (31) from A through A, transport it, wash it with water, and then as shown in Figures 9 and 10,
4GK! put on a shelf In other words, there is a catch piece K on the upper edge of the loading/unloading frame GIG.
l), (41) is attached, and the head of support frame qA ■
A's support rods CaA and iA are inserted into and out of frame 0 [upper edge receiving piece (
41), C41) is accepted. In this state, the gear ■A of the support frame 021A is the sprocket (42
It meshes with the chain (44) suspended at 1°03. And sprocket 7M43 has a coaxial sprocket (4
51, and connect the sprockets (4 are chains (4)
4- (4 connected to 4η, barrel 04) A offers the object to be processed. 1-6 7
Bu7kenoto (Rotate 4 and then Sprokuno) (4
Z, rotates the chain <44 through 43.
チェーン０４）が回転すると該チェーン（４４）に噛合
する支持枠（２２１Ａのｍｓａ■Ａか回転し、したがっ
て該歯車（２９１Ａ、と共軸の歯東慴Ａも回転（〜、該
歯■（２）Ａの回転は歯車Ｃ・〒Ａ、歯爪（！ｂｌＡを
介してバレル（１４） Ａに伝達１れ、バレ、パ（１４
１Ａは第１０図矢印方向に回転し、バレルα４）Ａがさ
かさになった時被処理物は自重によｐバレルＱ４）Ａ内
から落下する。When the chain 04) rotates, the support frame (msa A of 221A) that meshes with the chain (44) rotates, and therefore the gear A coaxial with the gear (291A) also rotates (~, the tooth A of the gear (291A)). ) A's rotation is transmitted to the barrel (14) A via the gear C.
1A rotates in the direction of the arrow in FIG. 10, and when the barrel α4)A is turned upside down, the object to be processed falls from inside the p barrel Q4)A due to its own weight.
出入れ枠Ｇ４１に懸架されているバレル（１４）Ａに被
処理物を出入れする際のバレル（１４１Ａの動作手順は
第１）図に示される。即ちバレルα４）Ａを回転させて
イの状態にするとバレル（１４）Ａは停止してエアシリ
ンダー（４８が作動して上記したようにバレルＱ４）Ａ
の蓋（力Ａのロックを解除せしめ、この状態で更に矢印
方向にバレル←４）Ａを回転させるとバレル（１４）Ａ
の回転につれてまず蓋（７）Ａが自重で開き始め口に示
す状態になる。更にバレル０４）Ａを矢印方向に回転さ
せると蓋（力Ｂが自重で開き）・に示す状態になる。The operation procedure of the barrel (141A) is shown in the first diagram when the object to be processed is taken in and out of the barrel (14)A suspended on the loading/unloading frame G41. That is, when the barrel α4)A is rotated to the state A, the barrel (14)A stops and the air cylinder (48) is activated and the barrel Q4)A is activated as described above.
(Unlock the force A, and in this state, rotate the barrel ← 4 in the direction of the arrow) to open the barrel (14) A.
As the lid (7) rotates, the lid (7) A begins to open under its own weight and reaches the state shown at the opening. Further, when barrel 04) A is rotated in the direction of the arrow, the lid (force B opens by its own weight) becomes the state shown in .
／％に示す状態ではバレル（１４）Ａ内の被処理物６υ
は自動的に落下する。被処理物６１）を取出した後は更
にバレル＜１４）Ａを矢印方向に回転させて二の状態を
経てホの状態では回転方向側の蓋（７）Ａが開口部（６
）Ａの半分を自重により閉鎖する。史にホの状態から矢
印方向に回転させ蓋（力Ｂが大略垂直になるへの状態に
する。この状態においてバレルα４）Ａを停止して被処
理物Ｑυの投入を行なう。バレル（１４）Ａがへの状態
から更に矢印方向へ若干回転すると蓋（７）Ａは自重に
て開口部（６）Ａ上に倒れ開口部（６）Ａの他の半分を
閉鎖してトの状態になり、この状態で出入れ枠（４０の
エアシリンダー囮を作動させてＭ（刀Ａを第３図に示す
ロック状態として被処理物の出入れ動作手順が完了する
。このようＫして蓋（力Ａがロック状態となったバレル
α４１Ａを出入れ枠（４Ｇから取出し所定の処理槽へ搬
送する。バレル（１４）Ａを上記動作手順とは全く逆に
回転させてもよいし、イ。/%, the object to be treated in barrel (14) A is 6υ
will fall automatically. After taking out the object to be processed 61), the barrel <14)A is further rotated in the direction of the arrow to go through the second state.
) Close half of A by its own weight. From the state shown in E, the lid is rotated in the direction of the arrow so that the force B is approximately vertical. In this state, the barrel α4) A is stopped and the object to be processed Qυ is introduced. When the barrel (14)A further rotates slightly in the direction of the arrow from the position shown in , the lid (7)A falls onto the opening (6)A under its own weight, closing the other half of the opening (6)A and closing the lid (7)A. In this state, the air cylinder decoy of the loading/unloading frame (40) is activated, and the operation procedure for loading/unloading the processed object is completed with the M (sword A) in the locked state as shown in Fig. 3. The barrel α41A with the lid (force A in the locked state) is taken out from the loading/unloading frame (4G) and transported to a predetermined processing tank.The barrel (14)A may be rotated in the complete opposite of the above operating procedure, stomach.
口、ハまでは矢印方向で回瞼させ、以下逆回転させても
よいし、逆にイから逆回転させてハの状態とし、以下矢
印方向に回転させてもより０前記したように蓋（７）Ａ
、（力Ｂは全開時第２図に示すように開口部（６）Ａと
角度θをなすよう受止片（２１）Ａ、１２υＢによって
受止される。したがって蓋（７）Ｂが垂直になるへの状
態では開口部（６）Ａは水平からθ−９０゛だけ傾いた
状態にある。被処理物６υをバレルＱ（ＩＡに投入し易
い開口部（６）Ａの角度は略１２５°の鈍角であるから
θを３５°に設定することが望ましい。You can rotate the eyelids in the direction of the arrow until the mouth and C, and then rotate them in the opposite direction, or conversely, rotate them in the opposite direction from A to get the state of C, and then rotate them in the direction of the arrow to make the lids ( 7)A
, (force B is received by the receiving pieces (21)A and 12υB so as to form an angle θ with the opening (6)A as shown in Fig. 2 when fully opened. Therefore, the lid (7)B is vertically In this state, the opening (6)A is tilted by θ-90° from the horizontal.The angle of the opening (6)A, where it is easy to charge the workpiece 6υ into the barrel Q (IA), is approximately 125°. Since it is an obtuse angle, it is desirable to set θ to 35°.
このような被処理物のバレルＱ４）Ａに対する出入れ動
作手順を自動化するには、第１図に示すようにバレルＱ
４）Ａの側面（４）Ａの下部に検出片ＮＡ、に）Ｂ、Ｎ
Ｃを取付け、更に第１２図に示すように出入れ枠（４（
］には該検出片Ｆ４Ａ、ｆｆ１Ｂ、６８Ｃに接触しモー
ター０ηおよび、エアシリンダー（４８１，（４８１に
連絡するリミットスイッチ＠Ａ、ａ７）Ｂ、（財）Ｃを
載置した架台−を矢印方向に摺動可能に取付ける。即ち
バレル（１４）Ａを出入れ枠００に架乗して回転させる
と架台争ηが前進してリミットスイッチ６ηＡ、ｌ！５
７）Ｂ。In order to automate the procedure of loading and unloading the workpiece into and out of the barrel Q4)A, as shown in Figure 1, the barrel Q4)
4) Side of A (4) Detection piece NA at the bottom of A, on) B, N
C, and as shown in Figure 12, insert the access frame (4(
] is in contact with the detection pieces F4A, ff1B, and 68C, and the mount on which the motor 0η and the air cylinder (481, (481) are connected to the limit switches @A, a7) B, and C is mounted is moved in the direction of the arrow. In other words, when the barrel (14) A is mounted on the loading/unloading frame 00 and rotated, the frame η moves forward and the limit switches 6ηA, 1!5 are mounted.
7)B.
Ｆ１７）Ｃがバレルα４１Ａの検出片ｆｆ１Ａ、ｍＢ、
（至）Ｃに夫々描接することが可能になジ、このような
状態で蓋（７）Ａが上方に位置する状態（第１）図イ）
でバレル１）（イ）Ａの検出片ｆｉｊＡと出入れ枠（４
０のりミントスイッチ＠Ａが接触すると該リミットスイ
ッチ６ηＡが作動してモーター化７）の運転を停止せし
めてバレルＱ４）Ａの回転を一時停止し、エアシリンダ
ー〇ｇ。F17) C is the detection piece ff1A, mB of barrel α41A,
(To) It is now possible to draw and touch C, respectively. In this state, the lid (7) A is located upward (Fig. 1)
Barrel 1) (a) A detection piece fijA and the ejection frame (4)
When the 0 glue mint switch @A comes into contact, the limit switch 6ηA is activated to stop the operation of the motorized 7), temporarily stopping the rotation of the barrel Q4)A, and air cylinder 〇g.
（４ｅが作動し、バレル０４）Ａの蓋（力Ａ、（７）８
間のロックを自動的に解除する。バレルα４Ａが再び回
転を開始して第１）図に示す状態に従って動作してへの
状態になると、バレルα４）Ａの検出片ｆｉ８Ｂと出入
れ枠（４Ｇのりミントスイッチ＠Ｂが接触して再びバレ
ル（１４）Ａの回転が停止し、図示しない投入機が作動
してバレルＱ４１Ａ内に被処理物を投入し、更にバレル
Ｑ４）Ａは再び回転を開始してトの状態になると蓋（７
）Ｂが自動によジ倒れて開口部（６）Ａを閉鎖するとと
もにバレルα４）Ａの検出片間Ｃと出入れ枠囲のリミッ
トスイッチ６ηＣが接触してバレルα４１Ａの回転が停
止し、エアシリンダー（４８１、Ｃ４８を作動せしめ、
バレルＱ４）Ａの蓋（７）Ａを自動的にロックする。こ
のようにして出入れ動作手順は自動化される。(4e is activated, barrel 04) A lid (force A, (7) 8
Automatically unlock between. When the barrel α4A starts rotating again and operates according to the state shown in Fig. 1), the detection piece fi8B of the barrel α4)A and the insertion/extraction frame (4G glue mint switch @B come into contact with each other again) The rotation of the barrel (14)A stops, a loading machine (not shown) operates to input the material to be processed into the barrel Q41A, and the barrel Q4)A starts rotating again and when the lid (7)A is in the state shown in FIG.
) B automatically collapses and closes the opening (6) A, and the detection piece C of the barrel α4) A comes into contact with the limit switch 6ηC surrounding the loading/unloading frame, stopping the rotation of the barrel α41A and releasing the air. Activate the cylinder (481, C48,
Automatically locks the lid (7) A of the barrel Q4) A. In this way, the loading/unloading operation procedure is automated.
前記したようにバレルＱ４）Ａは回転方向に関係なしに
蓋（７）Ａ 、 （７）Ｂの開閉、被処理物の投入を行
なうことが出来、例えば第１３図に示すように亜鉛メツ
キ槽輸の前段（図面左）で蓋（７）Ａを開いた状態で被
処理物６３Ｊを投入し、バレル（１４）Ａを矢印イ方向
に回転させることにより蓋（７）Ａを閉じてロックし亜
鉛メツキ檜輪内にバレルα４）Ａを浸漬して矢印方向に
移動させつ＼亜鉛メツキを行ない、亜鉛メツキ招句の後
段の水洗＃！！（第１３同右）を経て出入枠でロックを
解除して矢印口方向にバレル（１４）Ａを回転させ、バ
レル（１４）Ａの開口部（６）Ａを下方に向けて被処理
物６１Ｊを排出し、該被処理物時はベーキング炉６１）
にて水素脆性除去処理を行ない、次いでバレルＱ４１Ａ
を出入枠と共にクロメート槽動の前段（図面右）に移動
させ矢印口方向に回転させて開口部（６）Ａを上方に向
けて水素脆性除去処理の終った被処理物６１）を投入し
、更にバレル（１４）Ａを矢印口方向に回転させること
により蓋（力Ｂを閉じてロックしクロメート槽（財）内
にバレル（１４Ａを浸漬して矢印方向に移動させつ＼ク
ロメート処理を行ない、クロメート槽−の後段（図面左
）で出入枠に架乗させロックを解除して矢印イ方向にバ
レル（１４１Ａを回転させ、バレル（１４）Ａの開口部
（６）Ａを下方に向けて被処理物０９を排出し、該バレ
ル（１４１Ａｌ−ｊ再び亜鉛メツキ槽目の前段に戻ると
云う工程を行なうと七が出来る。As mentioned above, the barrel Q4)A can open and close the lids (7)A and (7)B and charge the material to be processed regardless of the rotation direction.For example, as shown in Fig. At the front stage of the transfer (left side of the drawing), load the workpiece 63J with the lid (7) A open, and close and lock the lid (7) A by rotating the barrel (14) A in the direction of arrow A. Immerse the barrel α4) A in the galvanized hinoki ring and move it in the direction of the arrow while performing galvanizing, and wash with water after the galvanizing invitation! ! (No. 13, same right), release the lock at the entrance/exit frame, rotate the barrel (14)A in the direction of the arrow, and direct the opening (6)A of the barrel (14)A downward to load the object 61J. When the object to be processed is discharged, the baking furnace 61)
After hydrogen embrittlement removal treatment, the barrel Q41A
is moved to the front stage of the chromate tank movement (on the right side of the drawing) together with the inlet/outlet frame, rotated in the direction of the arrow, and the workpiece 61) that has undergone hydrogen embrittlement removal treatment is introduced with the opening (6) A facing upward. Furthermore, by rotating the barrel (14) A in the direction of the arrow, the lid (force B) is closed and locked, and the barrel (14) is immersed in the chromate tank (Tax) and moved in the direction of the arrow to perform the chromate treatment. Mount the chromate tank on the rear stage (left side of the drawing) on the access frame, release the lock, and turn the barrel (141A) in the direction of arrow A to cover it with the opening (6) A of the barrel (14) A facing downward. When the process of discharging the treated product 09 and returning the barrel (141Al-j to the stage before the galvanizing tank) is performed, 7 is obtained.
第１図〜第１３図は本発明の一実施例を示すものであり
、第１図は斜視図、第２図は蓋部分断面図、第３図はロ
ック−解除機構のロック状態部分平面図、第４図はロッ
ク−解除機構の解除状態部分平面図、第５図はロック−
解除機構部分一部切欠正１ｉ＋ｊ図、第６図はブラケッ
ト正断面図、第７図は支持枠取付は状態の側面図、第８
図は処理槽浸漬状態の正面図、第９図は出入れ枠懸架状
態正面図、第１Ｏ図はその側面図、第１）図イ９口、ハ
。
二、ホ、へ、トはバレル出入れ動作説明図、第１２図は
バレルの検出片とリミットスイッチ部分の斜視図、第１
３図は亜鉛メツキ−ベーキング−クロメート処理の行程
図、第１４図は従来例の斜視図である。1 to 13 show an embodiment of the present invention, in which FIG. 1 is a perspective view, FIG. 2 is a partial sectional view of the lid, and FIG. 3 is a partial plan view of the lock-release mechanism in the locked state. , Fig. 4 is a partial plan view of the lock-release mechanism in the released state, and Fig. 5 is the lock-release mechanism.
Figure 6 is a front cross-sectional view of the bracket, Figure 7 is a side view of the state in which the support frame is installed, Figure 8 is a partially cutaway view of the release mechanism.
The figure is a front view of the processing tank immersed, FIG. 9 is a front view of the loading/unloading frame suspended, and FIG. 1O is a side view thereof. 2, E, H, and G are explanatory diagrams of barrel insertion and removal operations, Fig. 12 is a perspective view of the barrel detection piece and limit switch portion, and Fig. 1
FIG. 3 is a process diagram of zinc plating-baking-chromate treatment, and FIG. 14 is a perspective view of a conventional example.
Claims (3)
開口部を設け、該開口部の両縁部に外方に向かって開く
一対の蓋板の根縁部を夫々枢着し、更に該一対の蓋板間
には蓋板ロック−解除機構を取付けたことを特徴とする
表面処理用バレル(1) An opening is provided in the peripheral body of the porous container rotatably supported by the frame, and the root edges of a pair of lid plates that open outward are pivotally attached to both edges of the opening, respectively; A barrel for surface treatment, further comprising a lid plate lock-release mechanism installed between the pair of lid plates.
た係止鉤部と、他方の蓋板に設けられ該係止鉤部に嵌入
すべき係止片と、該係止鉤部を係止片に係合および離脱
させる係止鉤部作動機構とからなる「特許請求の範囲第
（１）項」に記載の表面処理用バレル(2) The cover plate lock-release mechanism includes a locking hook provided on one cover plate, a locking piece provided on the other cover plate to be fitted into the locking hook, and the locking hook. The surface treatment barrel according to Claim (1), comprising a locking hook actuating mechanism that engages and disengages the locking piece with the locking piece.
開口部を設け、該開口部の両縁部に外方に向かって開く
一対の蓋板の根縁部を夫々枢着し、更に該一対の蓋板間
には蓋板ロック−解除機構を取付けた表面処理用バレル
に被処理物を出入れするに際し、該バレルに被処理物が
入っている状態で蓋板ロック−解除機構を解除状態とし
てバレルを回転させ、開口部が下方に移動するにしたが
って該一対の蓋板を自重により開いて被処理物を自重に
より開口部から落下排出せしめ、更にバレル回転につれ
て開口部が上方に移動するにつれまず回転方向側の蓋板
が自重により開口部の半分を閉鎖し、該開口部の他の半
分は開放状態にあり、かくして被処理物を該開口部の他
の半分からバレル内に投入し、更にバレル回転を行なっ
て他方の蓋板を自重により倒して該開口部の他の半分を
閉鎖せしめるとともに蓋板ロック−解除機構をロック状
態とすることを特徴とするバレルに被処理物を出入れす
る方法(3) An opening is provided in the peripheral body of the porous container rotatably supported by the frame, and the root edges of a pair of lid plates that open outward are pivotally attached to both edges of the opening, respectively; Furthermore, when loading and unloading the workpiece into and out of the surface treatment barrel, which is equipped with a cover plate lock-release mechanism between the pair of cover plates, the cover plate lock-release mechanism is installed while the workpiece is in the barrel. is released, the barrel is rotated, and as the opening moves downward, the pair of lid plates is opened by its own weight, allowing the object to be processed to fall and be discharged from the opening by its own weight, and as the barrel rotates further, the opening moves upward. As it moves, the lid plate on the side in the direction of rotation first closes half of the opening due to its own weight, and the other half of the opening remains open, thus allowing the object to be processed to enter the barrel from the other half of the opening. The object to be processed is placed in the barrel, and the barrel is further rotated to collapse the other lid plate by its own weight to close the other half of the opening and to lock the lid plate lock-release mechanism. How to put in and take out
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP18463986A JPS6342400A (en) | 1986-08-06 | 1986-08-06 | Barrel for surface treatment and method for putting object to be treated into and out of said barrel |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP18463986A JPS6342400A (en) | 1986-08-06 | 1986-08-06 | Barrel for surface treatment and method for putting object to be treated into and out of said barrel |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS6342400A true JPS6342400A (en) | 1988-02-23 |
| JPH0244919B2 JPH0244919B2 (en) | 1990-10-05 |
Family
ID=16156750
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP18463986A Granted JPS6342400A (en) | 1986-08-06 | 1986-08-06 | Barrel for surface treatment and method for putting object to be treated into and out of said barrel |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS6342400A (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH05202499A (en) * | 1992-01-27 | 1993-08-10 | Nippon Enbairo Kogyo Kk | Method for taking product to be treated into/out of barrel for surface treatment |
| JPH0734298A (en) * | 1993-07-14 | 1995-02-03 | Nippon Enbairo Kogyo Kk | Cap plate locking mechanism of barrel for surface treatment and method for putting works into and out of barrel having the cap plate locking mechanism |
| WO2016131169A1 (en) * | 2015-02-16 | 2016-08-25 | 谭何易 | Pickling production line and application thereof for magnesium alloy waste material |
| CN107190268A (en) * | 2017-07-14 | 2017-09-22 | 浙江兴昌轴承有限公司 | A kind of descaling bath and pickling lines |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS4943841A (en) * | 1972-08-31 | 1974-04-25 | ||
| JPS5665976U (en) * | 1979-10-24 | 1981-06-02 | ||
| JPS5976897A (en) * | 1982-10-25 | 1984-05-02 | Fuji Kinzoku Kako:Kk | Barrel carrier having robot for opening and closing cover of rotary barrel |
-
1986
- 1986-08-06 JP JP18463986A patent/JPS6342400A/en active Granted
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS4943841A (en) * | 1972-08-31 | 1974-04-25 | ||
| JPS5665976U (en) * | 1979-10-24 | 1981-06-02 | ||
| JPS5976897A (en) * | 1982-10-25 | 1984-05-02 | Fuji Kinzoku Kako:Kk | Barrel carrier having robot for opening and closing cover of rotary barrel |
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH05202499A (en) * | 1992-01-27 | 1993-08-10 | Nippon Enbairo Kogyo Kk | Method for taking product to be treated into/out of barrel for surface treatment |
| JPH0734298A (en) * | 1993-07-14 | 1995-02-03 | Nippon Enbairo Kogyo Kk | Cap plate locking mechanism of barrel for surface treatment and method for putting works into and out of barrel having the cap plate locking mechanism |
| WO2016131169A1 (en) * | 2015-02-16 | 2016-08-25 | 谭何易 | Pickling production line and application thereof for magnesium alloy waste material |
| CN107406992A (en) * | 2015-02-16 | 2017-11-28 | 湖南斯瑞摩科技有限公司 | A kind of pickling lines of magnesium alloy waste material and its application |
| CN107406992B (en) * | 2015-02-16 | 2020-02-07 | 湖南斯瑞摩科技有限公司 | Pickling production line of magnesium alloy waste material and application thereof |
| CN107190268A (en) * | 2017-07-14 | 2017-09-22 | 浙江兴昌轴承有限公司 | A kind of descaling bath and pickling lines |
| CN107190268B (en) * | 2017-07-14 | 2019-02-01 | 浙江兴昌轴承有限公司 | A kind of descaling bath and pickling lines |
Also Published As
| Publication number | Publication date |
|---|---|
| JPH0244919B2 (en) | 1990-10-05 |
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