JPH0366941B2 - - Google Patents

Info

Publication number
JPH0366941B2
JPH0366941B2 JP14544186A JP14544186A JPH0366941B2 JP H0366941 B2 JPH0366941 B2 JP H0366941B2 JP 14544186 A JP14544186 A JP 14544186A JP 14544186 A JP14544186 A JP 14544186A JP H0366941 B2 JPH0366941 B2 JP H0366941B2
Authority
JP
Japan
Prior art keywords
processing
processing chamber
pallet
transport device
liquid
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.)
Expired
Application number
JP14544186A
Other languages
Japanese (ja)
Other versions
JPS631625A (en
Inventor
Junichi Usui
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Daifuku Co Ltd
Original Assignee
Daifuku Co Ltd
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Daifuku Co Ltd filed Critical Daifuku Co Ltd
Priority to JP14544186A priority Critical patent/JPS631625A/en
Publication of JPS631625A publication Critical patent/JPS631625A/en
Publication of JPH0366941B2 publication Critical patent/JPH0366941B2/ja
Granted legal-status Critical Current

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  • Feeding Of Workpieces (AREA)
  • Application Of Or Painting With Fluid Materials (AREA)

Description

【発明の詳細な説明】 産業上の利用分野 本発明は、たとえば自動車製造工場において、
車体を搬送しながら塗装処理や研摩処理などを行
なうときに採用される処理部の搬送方法に関する
ものである。
DETAILED DESCRIPTION OF THE INVENTION Field of Industrial Application The present invention is applicable to, for example, an automobile manufacturing factory.
The present invention relates to a method of transporting a processing section, which is used when performing painting, polishing, etc. while transporting a vehicle body.

従来の技術 従来、この種の搬送方法としては、たとえば特
開昭59−107846号公報に見られるように、主搬送
装置によつて被処理物を処理室の入口部まで搬送
し、次いで被処理物を処理室内に配設した処理部
搬送装置に渡し、そして処理部搬送装置によつて
被処理物を処理室内で搬送しながら処理を行な
い、これにより処理室の出口部に達した被処理物
を、前記処理室をう回させた前記主搬送装置に渡
すようにしている。この従来方式によると、主搬
送装置は処理室内を通らないことから、この主搬
送装置へ塗料や粉塵などが付着することを防止で
き、塗料や粉塵などの除去作業は、処理部搬送装
置に対してのみの容易なものとしている。
Conventional technology Conventionally, as shown in Japanese Patent Application Laid-Open No. 59-107846, a main conveyance device conveys the object to be processed to the entrance of a processing chamber, and then the object to be processed is transferred to the entrance of the processing chamber. The object is passed to the processing section transport device installed in the processing chamber, and the processing section transport device transports the object to be processed inside the processing chamber, and as a result, the object to be processed reaches the exit section of the processing chamber. is delivered to the main transport device that bypasses the processing chamber. According to this conventional method, since the main conveyance device does not pass through the processing chamber, it is possible to prevent paint and dust from adhering to the main conveyance device. It is designed to be easy to use.

発明が解決しようとする問題点 しかし、上記の従来方式によると、処理部搬送
装置に対する塗料などの除去作業は、主搬送装置
に対する除去作業に比べて容易に行なえること
で、この処理部搬送装置を複雑であることから、
実際には大変な除去作業が末だ残つている。
Problems to be Solved by the Invention However, according to the above-mentioned conventional method, it is easier to remove paint, etc. from the processing section transport device than from the main transport device. Since it is complicated,
In reality, a huge amount of removal work remains.

本発明の目的とするところは、処理部搬送装置
に対する除去作業も解決した処理部の搬送方法を
提供する点にある。
An object of the present invention is to provide a method for transporting a processing section that also solves the removal work for the processing section transport device.

問題点を解決するための手段 上記問題点を解決すべく本発明の処理部の搬送
方法は、主搬送装置によつて被処理物を処理室の
入口部まで搬送し、次いで被処理物を、処理室に
貫設され、かつ液槽内で作動する処理部搬送装置
に渡し、そしてこの処理部搬送装置によつて被処
理物を処理室内で搬送しながら処理を行ない、こ
れにより処理室の出口部に達した被処理物を、前
記処理室をう回させた前記主搬送装置に渡してい
る。
Means for Solving the Problems In order to solve the above-mentioned problems, the processing section transport method of the present invention transports the processing object to the entrance of the processing chamber by the main transport device, then transports the processing object to the The material to be processed is transferred to a processing section transport device that is installed through the processing chamber and operates within the liquid tank, and is processed while being transported within the processing chamber by this processing section transport device. The object to be processed that has reached the processing chamber is transferred to the main transport device that bypasses the processing chamber.

作 用 かかる本発明構成によると、処理室内での被処
理物に対する処理作業中に生じた粉塵や滴下塗料
などは浴槽内の液面上に落ち、処理部搬送装置に
は付着しないことになる。
Effects According to the configuration of the present invention, dust, dripped paint, etc. generated during the processing of the object to be processed in the processing chamber fall on the liquid surface in the bathtub, and do not adhere to the processing unit conveyance device.

実施例 以下に本発明の一実施例を図面に基づいて説明
する。
Embodiment An embodiment of the present invention will be described below based on the drawings.

1は主搬送装置で、フロアコンベア2と、この
フロアコンベア2によつて走行駆動される台車3
とからなる。前記フロアコンベア2は、架台4の
下部に支持された駆動装置案内用レール5を有
し、この駆動装置案内用レール5はローラチエン
式の駆動装置6を支持案内する。また駆動装置6
の上面側には、所定間隔置きに駆動突起7が設け
られる。前記架台4の中間部にはドーリー案内用
レール8が取付けられる。ドーリー9は、前記ド
ーリー案内用レール8にローラ10を介して支持
案内される前部走行台11と、同様にローラ12
を介して支持案内される後部走行台13と、両走
行台11,13の上面に取付けられ、かつ被係止
孔(図示せず)を有する被係止部材14,15
と、両被係止部材14,15間を連結する連結部
材16とから構成され、前部走行台11の下部に
は前記駆動突起7が係合可能な受動突起17が設
けられる。そして架台4の上面には台車走行支持
板18が取付けられ、この台車走行支持板18の
中央部にはスリツト19が形成されている。前記
台車3は、本体20と、この本体20の下部に取
付けた複数個の車輪21と、前記本体20の前後
部に取付けた上下方向の受動ピン22,23とか
らなり、両受動ピン22,23を、前記スリツト
19を通して前記被係止部材14,15に係合さ
せることにより、台車3は前記ドーリー9と一体
的になつて台車走行支持板18上を走行する。そ
して本体20の上面には複数個の係合ピン24が
突設してある。25は処理室で囲壁体26によつ
て形成される。前記主搬送装置1は、その搬送ラ
イン27が、前記塗装室25の入口部28に向か
い、そして入口部28の位置から該処理室25の
外側部をう回したのち、処理室25の出口部29
に達し、そしてこの出口部29から遠ざかるよう
に配設される。したがつて台車3は処理室25内
を通ることなく走行される。30はパレツトで前
記係合ピン24が係合可能な係合孔31を有し、
その中央部には縦軸33が配設される。この縦軸
33の上端には支持具34が取付けられ、この支
持具34によつて被処理物35を支持する。
Reference numeral 1 denotes a main conveyance device, which includes a floor conveyor 2 and a trolley 3 driven by the floor conveyor 2.
It consists of. The floor conveyor 2 has a drive device guide rail 5 supported at the lower part of the pedestal 4, and this drive device guide rail 5 supports and guides a roller chain type drive device 6. Also, the drive device 6
Drive protrusions 7 are provided at predetermined intervals on the upper surface side. A dolly guide rail 8 is attached to the intermediate portion of the pedestal 4. The dolly 9 has a front carriage 11 supported and guided by the dolly guide rail 8 via rollers 10, and a front carriage 11 that is supported and guided by the dolly guide rail 8 via rollers 10, and also has rollers 12.
a rear carriage 13 that is supported and guided through the carriages 11 and 13, and locked members 14 and 15 that are attached to the upper surfaces of both carriages 11 and 13 and have locking holes (not shown).
and a connecting member 16 that connects both the locked members 14 and 15, and a passive projection 17 that can be engaged with the driving projection 7 is provided at the lower part of the front carriage 11. A bogie running support plate 18 is attached to the upper surface of the pedestal 4, and a slit 19 is formed in the center of the bogie running support plate 18. The truck 3 consists of a main body 20, a plurality of wheels 21 attached to the lower part of the main body 20, and vertical driven pins 22, 23 attached to the front and rear parts of the main body 20. 23 is engaged with the locked members 14 and 15 through the slit 19, the truck 3 travels on the truck running support plate 18 integrally with the dolly 9. A plurality of engagement pins 24 are protruded from the upper surface of the main body 20. 25 is a processing chamber formed by a surrounding wall body 26. The main conveyance device 1 has a conveyance line 27 that heads toward the entrance section 28 of the coating chamber 25, passes around the outside of the processing chamber 25 from the position of the entrance section 28, and then moves to the exit section of the processing chamber 25. 29
and is arranged so as to move away from this outlet section 29. Therefore, the trolley 3 travels without passing through the processing chamber 25. 30 is a pallet having an engagement hole 31 in which the engagement pin 24 can be engaged;
A vertical shaft 33 is disposed in the center thereof. A support 34 is attached to the upper end of this vertical shaft 33, and the object 35 to be processed is supported by this support 34.

前記処理室25を貫通して、床面側に液槽80
が形成され、この液槽80内には水などの液81
が入れられている。液槽80の前後方向におい
て、一方の壁面には注液管82が配設され、他方
の壁面には排液管83が配設される。液の出し入
れは、定期的に、または川のように連続的に行な
われる。
A liquid tank 80 is provided on the floor side through the processing chamber 25.
A liquid 81 such as water is formed in the liquid tank 80.
is included. In the front-rear direction of the liquid tank 80, a liquid injection pipe 82 is disposed on one wall surface, and a liquid drain pipe 83 is disposed on the other wall surface. The liquid is taken in and out periodically or continuously like a river.

前記液槽80内に処理部搬送装置36が配設さ
れる。すなわち機枠37に取付けた支持ローラ3
8,39に案内される左右一対の搬送用バー4
0,41が設けられ、これら搬送用バー40.4
1は複数の連結板42によつて一体化される。前
記搬送用バー40,41は長さ方向に押し引き動
可能であり、その押し引き動は、一方の搬送用バ
ー40の下面にラツク43を連設し、このラツク
43に咬合するピニオン44を正逆駆動装置45
によつて正逆回転させることにより行なわれる。
前記両搬送用バー40,41の上面間にパレツト
30が載置可能であり、したがつてパレツト30
は一定ピツチで搬送可能になる。一定ピツチで搬
送されたパレツト30に下方から対向するように
リフト装置46が設けられる。すなわちリフト装
置46は、前記機枠37に支持された回転横軸4
7と、この回転横軸47に取付けた左右一対のレ
バー48と、これらレバー48の遊端に取付けた
昇降台49と、この昇降台49の上面側にボール
支持具50を介して配設した回転台51と、この
回転台51の上面から立設され且つ前記係合孔3
1に対して係脱可能な係合突起52と、前記回転
横軸47に取付けた作動レバー53と、複数のリ
フト装置46間において前記作動レバー53間を
連結する連結杆54と、この連結杆54を押し引
き動させる駆動装置55とからなり、前記昇降台
49はガイド装置(図示せず)により昇降案内さ
れる。前記液槽80における液面84のレベル
は、縦軸33の中間になるように設定してある。
また正逆駆動装置45や駆動装置55は適宜、防
水構造が施工されているが、これらは液面84よ
りも上方に配設して、連動軸やリンクなどを介し
て連動する形式であつてもよい。また処理室25
内で、リフト装置46を配設した場所に対応して
処理機の一例である自動塗装機85が設置してあ
るが、これは人手作業による塗装でもよい。
A processing unit transport device 36 is disposed within the liquid tank 80 . In other words, the support roller 3 attached to the machine frame 37
A pair of left and right transport bars 4 guided by 8 and 39
0,41 are provided, and these conveying bars 40.4
1 is integrated by a plurality of connecting plates 42. The conveying bars 40 and 41 can be pushed and pulled in the length direction, and the pushing and pulling movement is achieved by connecting a rack 43 to the lower surface of one of the conveying bars 40 and a pinion 44 that engages with this rack 43. Forward/reverse drive device 45
This is done by rotating it forward and backward.
The pallet 30 can be placed between the upper surfaces of both the conveyance bars 40 and 41, so that the pallet 30
can be transported at a fixed pitch. A lift device 46 is provided so as to face the pallets 30 conveyed at a constant pitch from below. That is, the lift device 46 supports the rotating horizontal shaft 4 supported by the machine frame 37.
7, a pair of left and right levers 48 attached to the horizontal rotating shaft 47, a lifting platform 49 attached to the free ends of these levers 48, and a ball support 50 disposed on the upper surface of the lifting platform 49. A rotary table 51 and an engagement hole 3 that is erected from the upper surface of the rotary table 51 and
1, an actuating lever 53 attached to the rotating horizontal shaft 47, a connecting rod 54 connecting the actuating levers 53 between the plurality of lift devices 46, and this connecting rod. The lifting platform 49 is guided up and down by a guide device (not shown). The level of the liquid surface 84 in the liquid tank 80 is set to be in the middle of the vertical axis 33.
In addition, the forward/reverse drive device 45 and the drive device 55 are appropriately constructed with a waterproof structure, but these are arranged above the liquid level 84 and are interlocked via interlocking shafts, links, etc. Good too. In addition, the processing chamber 25
Inside, an automatic coating machine 85, which is an example of a processing machine, is installed corresponding to the location where the lift device 46 is disposed, but the coating may be done manually.

前記処理室25の入口部28に、台車3上に被
処理物35を処理部搬送装置36に渡す入口側移
載装置57を設けている。すなわち入口側移載装
置57は、天井枠58と、この天井枠58の下面
に取付けた固定ラツク59と、前記天井枠58の
下方に配設した案内レール60と、この案内レー
ル60にローラ61を介して支持案内される可動
ラツク62と、両ラツク59,62に同時に咬合
するピニオン63と、このピニオン63をラツク
長さ方向に往復動させるシリンダ装置64と、前
記可動ラツク62と一体の門形枠体65と、この
開形枠体65の下部に配設され且つ互いに接近離
間可能なスライド板66と、これらスライド板6
6を昇降させるシリンダ装置67とからなる。ま
た処理室25の出口部29に、処理部搬送装置3
6で搬送してきた被処理物35を台車3上に渡す
出口側移載装置68が設けられる。この出口側移
載装置68は前記入口側移載装置57と同様の構
造であつて、天井枠69、固定ラツク70、案内
レール71、ローラ72、可動ラツク73、ピニ
オン74、シリンダ装置75、門形枠体76、ス
ライド板77、シリンダ装置78から構成され
る。
At the entrance 28 of the processing chamber 25, an entrance side transfer device 57 is provided on the cart 3 to transfer the object 35 to the processing section transport device 36. That is, the entrance side transfer device 57 includes a ceiling frame 58, a fixing rack 59 attached to the lower surface of the ceiling frame 58, a guide rail 60 disposed below the ceiling frame 58, and a roller 61 attached to the guide rail 60. A movable rack 62 that is supported and guided through the movable rack 62, a pinion 63 that engages both racks 59 and 62 at the same time, a cylinder device 64 that reciprocates the pinion 63 in the rack length direction, and a gate integrated with the movable rack 62. A form frame 65, a slide plate 66 disposed below the open form frame 65 and capable of approaching and separating from each other, and these slide plates 6.
6 and a cylinder device 67 for raising and lowering the cylinder. In addition, a processing section transport device 3 is provided at the exit section 29 of the processing chamber 25.
An exit-side transfer device 68 is provided to transfer the workpiece 35 transported in step 6 onto the trolley 3. This exit side transfer device 68 has the same structure as the entrance side transfer device 57, and includes a ceiling frame 69, a fixed rack 70, a guide rail 71, a roller 72, a movable rack 73, a pinion 74, a cylinder device 75, and a gate. It is composed of a frame body 76, a slide plate 77, and a cylinder device 78.

以下に処理部における搬送作業を説明する。前
作業部からの台車3はパレツト30を介して被処
理物35を支持しており、また受動ピン22,2
3が被係止部材14,15に係合していることか
ら、駆動装置6の駆動力を受けてドーリー9と一
体的に搬送ライン27に沿つて走行される。そし
て台車3は処理室25の入口部28において停止
される。この状態で入口側移載装置57が作動
し、被処理物35を処理部搬送装置36に渡。す
なわち、先ず両スライド板66が接近移動して、
パレツト30の下方に突入する。次いでシリンダ
装置67の作動によりスライド板66を上昇さ
せ、パレツト30と共に被処理物35を持上げて
門形枠体65側で保持する。そしてシリンダ装置
64を作動させてピニオン63を前進させ、この
ピニオン63の移動と回転とによつて可動ラツク
62を倍の長さで前進させる。これにより門形枠
体65を介して被処理物35が前進し、入口部2
8の箇所に位置させる。この状態で入口側移載装
置57を前述とは逆作動させ、パレツト30を介
して被処理物35を、処理部搬送装置36の両搬
送用バー40,41上におろす。このとき処理部
搬送装置36は液81中にあり、したがつて両搬
送用バー40,41上におろしたときにパレツト
30は、縦軸33の中間部から下方は液没される
ことになる。次いで正逆駆動装置45を作動さ
せ、ピニオン44とラツク43とを介して両搬送
用バー40,41を1ピツチ分だけ前進させ、パ
レツト30を最初のリフト装置46に対向させ
る。そして駆動装置55を作動させ、連結杆54
やリンク機構53,47,48を介して昇降台4
9を上昇させる。これにより回転台51の係合突
起52が係合孔31に係合し、さらに回転台51
がパレツト30に接当してこのパレツト30を持
上げる。このときの持上げ量は両搬送用バー4
0,41から離間させるだけの少しであつて、パ
レツト30の液没状態は継続される。この状態
で、自動塗装機85により被処理物35に対する
塗装作業が行なわれ、その際に滴下した塗料は液
面84に受止められることになつて、パレツト3
0や処理部搬送装置36には直接に落下しない。
このような塗装作業中に、手動または自動によつ
て被処理物35が縦軸心79の周りに回転され
る。その回転は、ボール支持具50を介して昇降
台49に対して回転台51が回転されることによ
り可能となる。なお処理作業中において搬送用バ
ー40,41は復帰動される。所期の処理作業を
終えたのち、昇降台49は下降されてパレツト3
0は再び搬送用バー40,41上におろされる。
そして搬送用バー40,41の作動によつてパレ
ツト30は1ピツチ搬送される。このようにして
1ピツチづつ搬送されながら、各停止部において
夫々処理作業が行なわれる。このような作業中に
おいて、入口部28において空になつた台車3は
囲壁体26の外側に形成されたう回経路を走行
し、そして出口部29において停止される。処理
部搬送装置36の終端に達した被処理物35を支
持してなるパレツト30は、前記入口側移載装置
57とは逆動作を行なう出口側移載装置68によ
つて、前述したように出口部29に待機してなる
空の台車3に渡される。そして台車3は次工程へ
と搬送される。
The transport work in the processing section will be explained below. The cart 3 from the front working section supports the workpiece 35 via the pallet 30, and also supports the workpiece 35 via the pallet 30.
3 is engaged with the locked members 14 and 15, so that it is driven along the conveyance line 27 together with the dolly 9 by the driving force of the drive device 6. The cart 3 is then stopped at the entrance portion 28 of the processing chamber 25. In this state, the entrance side transfer device 57 operates and transfers the object to be processed 35 to the processing section transport device 36. That is, first, both slide plates 66 move toward each other,
It rushes below the pallet 30. Next, the slide plate 66 is raised by the operation of the cylinder device 67, and the workpiece 35 is lifted together with the pallet 30 and held on the side of the portal frame 65. Then, the cylinder device 64 is actuated to advance the pinion 63, and the movement and rotation of the pinion 63 causes the movable rack 62 to advance by double the length. As a result, the object to be processed 35 advances through the portal frame 65, and the inlet portion 2
Position it at point 8. In this state, the inlet side transfer device 57 is operated in the opposite direction to that described above, and the object to be processed 35 is lowered via the pallet 30 onto both transfer bars 40 and 41 of the processing section transfer device 36. At this time, the processing unit conveyance device 36 is in the liquid 81, so when the pallet 30 is lowered onto both conveyance bars 40, 41, the lower part of the pallet 30 from the middle of the vertical axis 33 will be submerged in the liquid. . Next, the forward/reverse drive device 45 is operated to advance both conveying bars 40, 41 by one pitch via the pinion 44 and rack 43, so that the pallet 30 is opposed to the first lift device 46. Then, the drive device 55 is operated, and the connecting rod 54
and the lifting platform 4 via the link mechanisms 53, 47, 48.
Raise 9. As a result, the engagement protrusion 52 of the rotary table 51 engages with the engagement hole 31, and the rotary table 51
comes into contact with the pallet 30 and lifts the pallet 30. The lifting amount at this time is 4
The pallet 30 continues to be immersed in the liquid by a small amount, just enough to separate it from 0,41. In this state, the automatic coating machine 85 performs a coating operation on the object to be treated 35, and the paint dropped at that time is caught on the liquid surface 84, and the paint is applied to the pallet 3.
0 or the processing unit transport device 36.
During such a painting operation, the workpiece 35 is rotated about the vertical axis 79 manually or automatically. This rotation is made possible by rotating the rotary table 51 with respect to the lifting table 49 via the ball support 50. Note that during the processing work, the conveyance bars 40 and 41 are moved back. After completing the intended processing work, the lifting platform 49 is lowered and the pallet 3
0 is placed on the transport bars 40, 41 again.
The pallet 30 is conveyed one pitch by the operation of the conveyor bars 40, 41. In this way, while being conveyed one pitch at a time, processing operations are performed at each stop. During such work, the cart 3 that has become empty at the entrance section 28 travels along a detour route formed outside the surrounding wall body 26, and is stopped at the exit section 29. The pallet 30 supporting the workpiece 35 that has reached the end of the processing section transport device 36 is transferred as described above by the exit side transfer device 68 which operates in the opposite direction to the inlet side transfer device 57. It is delivered to an empty trolley 3 waiting at the exit section 29. The cart 3 is then transported to the next process.

前記実施例では、主搬送装置1としてフロアコ
ンベア2を利用した構成を示したが、これは吊下
げ搬送形式であつてもよい。
In the above-mentioned embodiment, a configuration using the floor conveyor 2 as the main conveyance device 1 was shown, but this may be of a suspended conveyance type.

前述したように処理部搬送装置36として、押
し引き動可能な搬送用バー40,41やリフト装
置46などの組合せ構成を採用することにより、
処理室25内においては、ロボツトなど高タクト
に応じ得る搬送を可能にでき、さらにチエーン搬
送形式に比べて高精度の搬送を可能にできる。
As described above, by employing a combination structure of the transport bars 40, 41 that can be pushed and pulled, the lift device 46, etc. as the processing unit transport device 36,
In the processing chamber 25, it is possible to carry out transportation that can respond to a high takt time, such as by a robot, and it is also possible to carry out transportation with higher precision than in a chain transportation type.

発明の効果 上記構成の本発明によると、処理室内での被処
理物に対する処理作業中に生じた粉塵や適下塗料
などは液槽の液面上に落ちることになつて、処理
部搬送装置に付着し、固化することを防止でき
る。これにより複雑な形状である処理部搬送装置
に対する塗料などの除去作業を省略することがで
き、また新たに生じた液槽内の清掃は、液を常に
流動させておくことにより、または定期的に液洗
することにより容易に行なうことができる。
Effects of the Invention According to the present invention having the above-mentioned configuration, dust, paint, etc. generated during processing of the object to be processed in the processing chamber fall onto the liquid surface of the liquid tank and are transferred to the processing unit conveyance device. It can prevent adhesion and solidification. This makes it possible to omit the work of removing paint from the processing unit transport device, which has a complex shape, and to clean newly formed liquid tanks by keeping the liquid constantly flowing or periodically. This can be easily done by washing with liquid.

【図面の簡単な説明】[Brief explanation of drawings]

図面は本発明の一実施例を示し、第1図は側面
図、第2図は平面図、第3図は主搬送装置部の一
部切欠側面図、第4図は同一部切欠正面図、第5
図は処理部搬送装置部の縦断正面図、第6図は同
平面図である。 1……主搬送装置、2……フロアコンベア、3
……台車、25……処理室、26……囲壁体、2
7……搬送ライン、28……入口部、29……出
口部、30……パレツト、33……縦軸、34…
…支持具、35……被処理物、36……処理部搬
送装置、40,41……搬送用バー、46……リ
フト装置、49……昇降台、57……入口側移載
装置、68……出口側移載装置、80……液槽、
81……液、84……液面、85……自動塗装
機。
The drawings show an embodiment of the present invention, in which FIG. 1 is a side view, FIG. 2 is a plan view, FIG. 3 is a partially cutaway side view of the main conveyance device, and FIG. 4 is a partially cutaway front view of the same. Fifth
The figure is a longitudinal sectional front view of the processing unit transport device section, and FIG. 6 is a plan view thereof. 1...Main transport device, 2...Floor conveyor, 3
... Trolley, 25 ... Processing room, 26 ... Surrounding wall, 2
7... Conveyance line, 28... Inlet section, 29... Outlet section, 30... Pallet, 33... Vertical axis, 34...
...Support, 35...Workpiece, 36...Processing unit transport device, 40, 41...Transport bar, 46...Lift device, 49...Elevating platform, 57...Entrance side transfer device, 68 ...Exit side transfer device, 80...Liquid tank,
81...liquid, 84...liquid level, 85...automatic coating machine.

Claims (1)

【特許請求の範囲】[Claims] 1 主搬送装置によつて被処理物を処理室の入口
部まで搬送し、次いで被処理物を、処理室に貫設
され、かつ液槽内で作動する処理部搬送装置に渡
し、そしてこの処理部搬送装置によつて被処理物
を処理室内で搬送しながら処理を行ない、これに
より処理室の出口部に達した被処理物を、前記処
理室をう回させた前記主搬送装置に渡すことを特
徴とする処理部の搬送方法。
1. The main transport device transports the object to be processed to the entrance of the processing chamber, and then passes the object to the processing section transport device that is installed through the processing chamber and operates within the liquid tank, and then the processing Processing is carried out while conveying the workpiece within the processing chamber by a partial conveyance device, whereby the workpiece that has reached the outlet of the treatment chamber is transferred to the main conveyance device that bypasses the processing chamber. A method for transporting a processing unit, characterized by:
JP14544186A 1986-06-20 1986-06-20 Conveying method for processing part Granted JPS631625A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP14544186A JPS631625A (en) 1986-06-20 1986-06-20 Conveying method for processing part

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP14544186A JPS631625A (en) 1986-06-20 1986-06-20 Conveying method for processing part

Publications (2)

Publication Number Publication Date
JPS631625A JPS631625A (en) 1988-01-06
JPH0366941B2 true JPH0366941B2 (en) 1991-10-21

Family

ID=15385311

Family Applications (1)

Application Number Title Priority Date Filing Date
JP14544186A Granted JPS631625A (en) 1986-06-20 1986-06-20 Conveying method for processing part

Country Status (1)

Country Link
JP (1) JPS631625A (en)

Also Published As

Publication number Publication date
JPS631625A (en) 1988-01-06

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