JPH0557172B2 - - Google Patents
Info
- Publication number
- JPH0557172B2 JPH0557172B2 JP59187761A JP18776184A JPH0557172B2 JP H0557172 B2 JPH0557172 B2 JP H0557172B2 JP 59187761 A JP59187761 A JP 59187761A JP 18776184 A JP18776184 A JP 18776184A JP H0557172 B2 JPH0557172 B2 JP H0557172B2
- Authority
- JP
- Japan
- Prior art keywords
- trailing
- leading
- belt conveyor
- star
- star wheel
- 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 - Lifetime
Links
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G47/00—Article or material-handling devices associated with conveyors; Methods employing such devices
- B65G47/74—Feeding, transfer, or discharging devices of particular kinds or types
- B65G47/84—Star-shaped wheels or devices having endless travelling belts or chains, the wheels or devices being equipped with article-engaging elements
- B65G47/846—Star-shaped wheels or wheels equipped with article-engaging elements
Landscapes
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Specific Conveyance Elements (AREA)
Description
【発明の詳細な説明】
本発明はガラス容器紙容器その他の物体を順次
移送する物体移送装置に関する。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an object transfer device for sequentially transferring glass containers, paper containers, and other objects.
従来この種の物体移送装置においては、先行ス
テーシヨンで処理済のガラス容器紙容器その他の
物体がベルトコンベアによつて順次後行ステーシ
ヨンに移送されている。しかしベルトコンベアが
先行ステーシヨンと後行ステーシヨンとの間で切
断されている場合、先行ベルトコンベアから後行
ベルトコンベアへの物体の渡機構が煩雑となる傾
向がある。また、先行ベルトコンベアの延長方向
に対し後行ベルトコンベアが交叉する方向に延長
されている場合更に渡機構が複雑となる傾向があ
り物体の移送速度も改善できない。 Conventionally, in this type of object transfer device, glass containers, paper containers, and other objects that have been processed at a preceding station are sequentially transferred to a subsequent station by a belt conveyor. However, if the belt conveyor is disconnected between the leading station and the trailing station, the mechanism for transferring objects from the leading belt conveyor to the trailing belt conveyor tends to be complicated. Furthermore, if the trailing belt conveyor extends in a direction that intersects the direction in which the leading belt conveyor extends, the passing mechanism tends to become more complicated, and the object transport speed cannot be improved.
本発明は上述の欠点を除去した物体移送装置を
提供しようとするものである。 The present invention seeks to provide an object transfer device that eliminates the above-mentioned drawbacks.
以下図面に沿つてその詳細を説明する。 The details will be explained below with reference to the drawings.
第１図ないし第３図において先行ステーシヨン
ST1と後行ステーシヨンST2との間に先行ベルト
コンベアBLT1と後行ベルトコンベアBLT2とが
張架されており、先行ステーシヨンST1で洗浄等
の適宜の処理の施されたガラス容器紙容器その他
の物体BOTを順次後行ステーシヨンST2へ移送
している。先行ベルトコンベアBLT1と後行ベル
トコンベアBLT2との間には渡機構TRSFが配置
されている。渡機構TRSFには、第１ないし第３
の主星形車MSTW1，MSTW2，MSTW3と先行
ベルトコンベアBLT1から前記主星形車MSTW1，
MSTW2，MSTW3に対して物体BOTを供給する
第１第２の先行星形車PSTW1，PSTW2と前記主
星形車MSTW1，MSTW2，MSTW3から物体
BOTを後行ベルトコンベアBLT2に供給する第１
第２の後行星形車ASTW1，ASTW2とが包有さ
れている。第１第２の先行星形車PSTW1，
PSTW2の装着された先行星形車軸PSHFTには
第１第２の先行星形車PSTW1，PSTW2の装着位
置間に先行プーリPPLYが装着されている。第１
第２の後行星形車ASTW1，ASTW2の装着され
た後行星形車軸ASHFTには第１第２の後行星形
車ASTW1，ASTW2の装着位置間に後行プーリ
APLYが装着されている。駆動プーリDPLYと案
内プーリGPLYが更に付設されており、丸ベルト
RBLTが駆動プーリDPLY先行プーリPPLY後行
プーリAPLY案内プーリGPLYに張架されてい
る。先行星形車軸PSHFTおよび後行星形車軸
ASHFTは渡機構TRSFのハウジングHSNGを貫
通して先行ベルトコンベアBLT1後行ベルトコン
ベアBLT2の物体移送面より下方に延長されてお
り、ハウジングHSNG貫通部でベアリング
BRNGに保持されている。主星形車MSTW1，
MSTW2，MSTW3の装着された主星形車軸
MSHFTも同様にハウジングHSNGを貫通して
先行ベルトコンベアBLT1後行ベルトコンベア
BLT2の物体移送面より下方に延長されており、
ハウジングHSNG貫通部でベアリングBRNGに
保持されている。駆動プーリDPLYの装着された
駆動プーリ軸DSHFTもハウジングHSNGを貫通
して先行ベルトコンベアBLT1後行ベルトコンベ
アBLT2の物体移送面より下方に延長されてお
り、ハウジングHSNG貫通部でベアリング
BRNGに保持されている。更に案内プーリ
GPLYの装着された案内プーリ軸GSHFTがハウ
ジングHSNGを貫通して先行ベルトコンベア
BLT1後行ベルトコンベアBLT2の物体移送面よ
り下方に延長されており、ハウジングHSNG貫
通部でベアリングBRNGに保持されている。主
星形車軸MSHFT先行星形車軸PSHFT後行星形
車軸ASHFTおよび駆動プーリ軸DSHFTは、適
宜の歯車列を介して後行ベルトコンベアBLT2の
従動輪の回転軸に連結されており、主星形車
MSTW1，MSTW2，MSTW3の凹部MCONC1，
MCONC2，MCONC3と先行星形車PSTW1，
PSTW2の凹部PCONC1，PCONC2および後行星
形車ASTW1，ASTW2の凹部ACONC1，
ACONC2とが互いに一致するように回転せしめ
られている。 In Figures 1 to 3, the preceding station
A leading belt conveyor BLT 1 and a trailing belt conveyor BLT 2 are stretched between ST 1 and trailing station ST 2 , and glass container paper is subjected to appropriate treatment such as washing at leading station ST 1 . Containers and other objects BOT are being sequentially transferred to trailing station ST 2 . A transfer mechanism TRSF is arranged between the leading belt conveyor BLT 1 and the trailing belt conveyor BLT 2 . The transfer agency TRSF has 1st to 3rd
The main star car MSTW 1 , MSTW 2 , MSTW 3 and the preceding belt conveyor BLT 1 from the main star car MSTW 1 ,
Objects from the first and second leading star wheels PSTW 1 , PSTW 2 and the main star wheels MSTW 1 , MSTW 2 , MSTW 3 that supply objects BOT to MSTW 2 , MSTW 3 .
1st supplying BOT to trailing belt conveyor BLT 2
Second trailing star wheels ASTW 1 and ASTW 2 are included. 1st 2nd leading star wheel PSTW 1 ,
A leading pulley PPLY is mounted on the leading star axle PSHFT to which PSTW 2 is mounted between the mounting positions of the first and second leading star wheels PSTW 1 and PSTW 2 . 1st
The trailing star axle ASHFT to which the second trailing star wheels ASTW 1 and ASTW 2 are mounted has a trailing pulley between the mounting positions of the first and second trailing star wheels ASTW 1 and ASTW 2 .
APLY is installed. Driving pulley DPLY and guide pulley GPLY are additionally attached, and round belt
The RBLT is stretched between the driving pulley DPLY, the leading pulley PPLY, the trailing pulley APLY, and the guide pulley GPLY. Leading star axle PSHFT and trailing star axle
ASHFT passes through the housing HSNG of the transfer mechanism TRSF and extends downward from the object transfer surface of the leading belt conveyor BLT 1 and the trailing belt conveyor BLT 2 , and the bearing is inserted through the housing HSNG.
It is held in BRNG. Main star wheel MSTW 1 ,
Main star axle fitted with MSTW 2 and MSTW 3
MSHFT also passes through the housing HSNG to lead belt conveyor BLT 1 trailing belt conveyor
It extends downward from the object transfer surface of BLT 2 ,
It is held in the bearing BRNG by the housing HSNG penetration. The drive pulley shaft DSHFT on which the drive pulley DPLY is attached also passes through the housing HSNG and extends downward from the object transfer surface of the leading belt conveyor BLT 1 and the trailing belt conveyor BLT 2 , and the bearing is attached at the housing HSNG penetration part.
It is held in BRNG. Furthermore, the guide pulley
The guide pulley shaft GSHFT equipped with GPLY passes through the housing HSNG to the leading belt conveyor.
It extends below the object transfer surface of BLT 1 trailing belt conveyor BLT 2 , and is held by the bearing BRNG at the housing HSNG penetration part. The main star axle MSHFT, the leading star axle PSHFT, the trailing star axle ASHFT, and the drive pulley shaft DSHFT are connected to the rotating shaft of the driven wheel of the trailing belt conveyor BLT 2 through an appropriate gear train. shaped car
MSTW 1 , MSTW 2 , MSTW 3 recess MCONC 1 ,
MCONC 2 , MCONC 3 and leading star car PSTW 1 ,
Recess PCONC 1 of PSTW 2 , PCONC 2 and trailing star wheel ASTW 1 , recess ACONC 1 of ASTW 2 ,
ACONC 2 and ACONC 2 are rotated to match each other.
先行星形車PSTW1，PSTW2の凹部PCONC1，
PCONC2は夫々回転方向後方へ最深部が変位せ
しめられており、後行星形車ASTW1，ASTW2
の凹部ACONC1，ACONC2も夫々回転方向後方
へ最深部が変位せしめられている。先行星形車
PSTW1の凹部PCONC1の形状および数は先行星
形車PSTW2の凹部PCONC2の形状および数と同
一であり、後行星形車ASTW1の凹部ACONC1の
形状および数は後行星形車ASTW2の凹部
ACONC2の形状および数と同一である。主星形
車MSTW1，MSTW2，MSTW3の凹部
MCONC1，MCONC2，MCONC3の形状は物体
BOTの外形形状に相応する形状とされており、
その数は互いに同数とされている。 Leading star wheel PSTW 1 , PSTW 2 recess PCONC 1 ,
PCONC 2 has its deepest part displaced backward in the direction of rotation, and the trailing star wheels ASTW 1 and ASTW 2
The deepest portions of the recesses ACONC 1 and ACONC 2 are also respectively displaced rearward in the rotational direction. Leading star car
The shape and number of recesses PCONC 1 of PSTW 1 are the same as the shape and number of recesses PCONC 2 of leading star wheel PSTW 2 , and the shape and number of recesses ACONC 1 of trailing star wheel ASTW 1 are the same as the shape and number of recesses PCONC 1 of trailing star wheel PSTW 2. Car ASTW 2 recess
Same shape and number as ACONC 2 . Recesses of main star wheels MSTW 1 , MSTW 2 , MSTW 3
The shapes of MCONC 1 , MCONC 2 , and MCONC 3 are objects
It is said to have a shape that corresponds to the external shape of the BOT,
The numbers are assumed to be the same.
次に本発明の物体移送装置の動作を説明する。 Next, the operation of the object transfer device of the present invention will be explained.
後行ベルトコンベアBLT2の駆動を開始すれば
その従動輪の回転軸も回転し延いては適宜の歯車
列を介して主星形車MSTW1，MSTW2，
MSTW3先行星形車PSTW1，PSTW2後行星形車
ASTW1，ASTW2および駆動プーリDPLY回転
動作も開始される。更に先行ベルトコンベア
BLT1の駆動輪の回転軸も適宜の歯車列を介して
後行ベルトコンベアBLT2の従動輪の回転軸に連
結されているので、後行ベルトコンベアBLT2の
動作開始にともなつて先行ベルトコンベアBLT1
の動作も開始せしめられる。後行ベルトコンベア
BLT2の動作開始にともなつて後行ステーシヨン
ST2および先行ステーシヨンST1の動作も開始せ
しめられる。 When the trailing belt conveyor BLT 2 starts to be driven, the rotating shaft of its driven wheel also rotates, which in turn drives the main star wheels MSTW 1 , MSTW 2 , through an appropriate gear train.
MSTW 3 Leading Star Car PSTW 1 , PSTW 2 Trailing Star Car
ASTW 1 , ASTW 2 and drive pulley DPLY rotation operations are also started. Furthermore, the preceding belt conveyor
The rotating shaft of the driving wheel of BLT 1 is also connected to the rotating shaft of the driven wheel of the trailing belt conveyor BLT 2 through an appropriate gear train, so that when the trailing belt conveyor BLT 2 starts operating, the leading belt Conveyor BLT 1
operation is also started. trailing belt conveyor
As BLT 2 starts operating, the trailing station
The operations of ST 2 and the preceding station ST 1 are also started.
先行ステーシヨンST1の動作が開始せしめられ
ると先行ステーシヨンST1で処理された物体
BOTが順次先行ベルトコンベアBLT1に供給され
主星形車MSTW1，MSTW2，MSTW3に向けて
移送され始める。物体BOTが先行星形車
PSTW1，PSTW2の位置に到達すると先行星形車
PSTW1，PSTW2の凹部PCONC1，PCONC2に
係合されて主星形車MSTW1，MSTW2，
MSTW3に向けて一定間隔で移送される。物体
BOTが主星形車MSTW1，MSTW2，MSTW3に
十分に接近したとき先行星形車PSTW1，PSTW2
および先行ベルトコンベアBLT1によつて主星形
車MSTW1，MSTW2，MSTW3の凹部
MCONC1，MCONC2，MCONC3に係入され主
星形車MSTW1，MSTW2，MSTW3および先行
星形車PSTW1，PSTW2によつて時計方向に移動
せしめられ始める。物体BOTは先行星形車
PSTW1，PSTW2による押圧駆動から解放される
までに丸ベルトRBLTに係合されている。物体
BOTは丸ベルトRBLTと主星形車MSTW1，
MSTW2，MSTW3とによつて十分に保持された
状態で先行ベルトコンベアBLT1上から離脱され
る。先行星形車PSTW1，PSTW2の押圧駆動から
解放されると物体BOTは主星形車MSTW1，
MSTW2，MSTW3と丸ベルトRBLTによつて時
計方向へ移動し続けられる。物体BOTが後行星
形車ASTW1，ASTW2の近傍まで移動されたと
き主星形車MSTW1，MSTW2，MSTW3と丸ベ
ルトRBLTとに保持された状態で後行星形車
ASTW1，ASTW2の凹部ACONC1，ACONC2に
係合される。主星形車MSTW1，MSTW2，
MSTW3および後行星形車ASTW1，ASTW2の
回転に伴なつて物体BOTに対する丸ベルト
RBLTの保持力が減少せしめられる。丸ベルト
の保持力が零となるに先立つて物体BOTは後行
ベルトコンベアBLT2上に載置される。物体BOT
は後行ベルトコンベアBLT2によつて主星形車
MSTW1，MSTW2，MSTW3の凹部MCONC1，
MCONC2，MCONC3から徐々に離間される。離
間されると後行星形車ASTW1，ASTW2によつ
て一定間隔で物体BOTは後行ベルトコンベア
BLT2上を後行ステーシヨンST2に向けて移送さ
れる。物体BOTは後行星形車ASTW1，ASTW2
から解放されたのち後方ベルトコンベアBLT2に
よつて後行ステーシヨンST2に向けて順次移送さ
れる。 When the operation of the preceding station ST 1 is started, the object processed by the preceding station ST 1
The BOTs are sequentially supplied to the leading belt conveyor BLT 1 and begin to be transferred to the main star vehicles MSTW 1 , MSTW 2 , and MSTW 3 . Object BOT is the leading star car
When the PSTW 1 and PSTW 2 positions are reached, the leading star car
The main star wheels MSTW 1 , MSTW 2, which are engaged with the recesses PCONC 1 , PCONC 2 of PSTW 1 , PSTW 2 ,
Transported at regular intervals to MSTW 3 . object
When BOT gets close enough to main star vehicle MSTW 1 , MSTW 2 , MSTW 3 , leading star vehicle PSTW 1 , PSTW 2
and recesses of main star wheels MSTW 1 , MSTW 2 , MSTW 3 by leading belt conveyor BLT 1
It is engaged with MCONC 1 , MCONC 2 , MCONC 3 and begins to be moved clockwise by main star wheels MSTW 1 , MSTW 2 , MSTW 3 and leading star wheels PSTW 1 , PSTW 2 . The object BOT is a leading star car
It is engaged with the round belt RBLT by the time it is released from the pressing drive by PSTW 1 and PSTW 2 . object
BOT has round belt RBLT and main star wheel MSTW 1 ,
It is removed from the preceding belt conveyor BLT 1 while being sufficiently held by MSTW 2 and MSTW 3 . When released from the pressing drive of the leading star wheel PSTW 1 , PSTW 2 , the object BOT moves to the main star wheel MSTW 1 ,
It continues to move clockwise by MSTW 2 , MSTW 3 and the round belt RBLT. When the object BOT is moved close to the trailing star wheels ASTW 1 and ASTW 2 , the trailing star wheel is held in the main star wheels MSTW 1 , MSTW 2 , MSTW 3 and the round belt RBLT.
It is engaged with the recesses ACONC 1 and ACONC 2 of ASTW 1 and ASTW 2 . Main star wheel MSTW 1 , MSTW 2 ,
As the MSTW 3 and the trailing star wheels ASTW 1 and ASTW 2 rotate, the round belt moves against the object BOT.
The holding power of RBLT is reduced. Before the holding force of the round belt becomes zero, the object BOT is placed on the trailing belt conveyor BLT 2 . Object BOT
Main star car by trailing belt conveyor BLT 2
MSTW 1 , MSTW 2 , MSTW 3 recess MCONC 1 ,
Gradually separated from MCONC 2 and MCONC 3 . Once separated, the object BOT is transferred to the trailing belt conveyor at regular intervals by the trailing star wheels ASTW 1 and ASTW 2 .
It is transported on BLT 2 towards trailing station ST 2 . Object BOT is trailing star-shaped vehicle ASTW 1 , ASTW 2
After being released from the station, they are sequentially transferred to the trailing station ST 2 by the rear belt conveyor BLT 2 .
上述においては主星形車軸に３つの主星形車が
装着されているが所望によつては適宜の数に削減
もしくは増加してもよいことは明らかであろう。
同様に先行星形車軸および後行星形車軸には夫々
２つの先行星形車および２つの後行星形車が装着
されているが所望によつては適宜の数に削減もし
くは増加してもよいことも明らかであろう。 Although in the above description three main star wheels are mounted on the main star axle, it will be clear that the number may be reduced or increased as desired.
Similarly, the leading star axle and the trailing star axle are each equipped with two leading star wheels and two trailing star wheels, but the numbers may be reduced or increased as desired. The good news is obvious.
また丸ベルトの代用として適宜のベルト手段例
えば帯状ベルト等を使用してもよいことは明らか
であろう。ベルト手段は少なくとも先行星形車軸
と後行星形車軸との間に張架されておればよいこ
とも明らかであろう。 It will also be clear that any suitable belt means, such as a belt-like belt, may be used in place of the round belt. It will also be clear that the belt means need only be stretched between at least the leading star axle and the trailing star axle.
更に主星形車の凹部の数は15とされ先行星形車
の凹部の数および後行星形車の凹部の数が６とさ
れているが所望によつてはこれらの数を適宜の数
としてもよいことは明らかであろう。すなわち主
星形車の凹部の間隔と先行星形車の凹部の間隔お
よび後行星形車の凹部の間隔とが動作時に一致せ
しめられている限りそれぞれの凹部の数は適宜に
選択すればよいことは明らかであろう。 Furthermore, the number of recesses on the main star wheel is 15, and the number of recesses on the leading star wheel and the number of recesses on the trailing star wheel are 6, but these numbers can be changed as desired. It is clear that it is possible to do so. That is, as long as the intervals between the recesses of the main star wheel, the intervals between the recesses of the leading star wheel, and the intervals of the recesses of the trailing star wheel are made to match during operation, the number of each recess may be selected appropriately. That should be obvious.
上述より明らかな如く本発明の物体移送装置は
先行ステーシヨンから物体を移送する先行ベルト
コンベアと後行ステーシヨンへ物体を移送する後
行ベルトコンベアとの間に渡機構が配置されてい
るので先行ベルトコンベアの延長方向に対し後行
ベルトコンベアの延長方向を交叉せしめることが
できる。本発明においては渡機構が先行ベルトコ
ンベアの延長方向から物体を外方へ待ち出したの
ち後行ベルトコンベアに対し供給しているので渡
機構における移送距離を拡大でき、延いては渡機
構中で物体の追加処理例えばラベル貼付等を実行
できまた物体の異常検査例えば破損検査等も実行
でき極めて有益である。 As is clear from the above, the object transfer device of the present invention has a transfer mechanism disposed between the leading belt conveyor that transports the object from the leading station and the trailing belt conveyor that transports the object to the trailing station. The direction of extension of the trailing belt conveyor can be made to intersect with the direction of extension of the following belt conveyor. In the present invention, the transfer mechanism waits the object outward from the extending direction of the leading belt conveyor and then supplies the object to the trailing belt conveyor, so the transfer distance in the transfer mechanism can be expanded, and the object can be transferred inside the transfer mechanism. It is extremely useful to be able to perform additional processing on objects, such as pasting labels, and to perform abnormality inspections on objects, such as damage inspection.
第１図は本発明の物体移送装置の実施例、第２
図は同AA断面図、第３図は同BB断面図である。
ACONC1，ACONC2……凹部、APLY……後
行プーリ、ASHFT……後行星形車軸、ASTW1，
ASTW2……後行星形車、BOT……物体、BLT1
……先行ベルトコンベア、BLT2……後行ベルト
コンベア、BRNG……ベアリング、DPLY……
駆動プーリ、DSHFT……駆動プーリ軸、GPLY
……案内プーリ、GSHFT……案内プーリ軸、
HSNG……ハウジング、MCONC1，MCONC2，
MCONC3……凹部、MSTW1，MSTW2，
MSTW3……主星形車、MSHFT……主星形車
軸、PCONC1，PCONC2……凹部、PSHFT……
後行星形車軸、PSTW1，PSTW2……後行星形
車、RBLT……丸ベルト、ST1……先行ステーシ
ヨン、ST2……後行ステーシヨン、TRSF……渡
機構。
FIG. 1 shows an embodiment of the object transfer device of the present invention, and FIG.
The figure is the AA sectional view, and FIG. 3 is the BB sectional view. ACONC 1 , ACONC 2 ... recess, APLY ... trailing pulley, ASHFT ... trailing star axle, ASTW 1 ,
ASTW 2 ... Trailing star car, BOT... Object, BLT 1
... Leading belt conveyor, BLT 2 ... Trailing belt conveyor, BRNG ... Bearing, DPLY ...
Drive pulley, DSHFT...Drive pulley shaft, GPLY
...Guide pulley, GSHFT...Guide pulley shaft,
HSNG……Housing, MCONC 1 , MCONC 2 ,
MCONC 3 ... recess, MSTW 1 , MSTW 2 ,
MSTW 3 ...Main star wheel, MSHFT...Main star axle, PCONC 1 , PCONC 2 ...Recess, PSHFT...
Trailing star axle, PSTW 1 , PSTW 2 ... Trailing star wheel, RBLT... Round belt, ST 1 ... Leading station, ST 2 ... Trailing station, TRSF... Transfer mechanism.
Claims (1)
けてベルトコンベアによつて物体を順次移送する
物体移送装置において、前記先行ステーシヨンか
ら物体を移送し前記ベルトコンベアの一部を形成
する先行ベルトコンベアと、前記後行ステーシヨ
ンへ物体を移送し前記ベルトコンベアの一部を形
成する後行ベルトコンベアと、前記先行ベルトコ
ンベアおよび前記後行ベルトコンベア間に配置さ
れた主星形車と、前記先行ベルトコンベアから物
体を前記主星形車の凹部に向けて移送すべく、回
転方向後方に変位せしめられた凹部を有する先行
星形車と、前記主星形車の凹部から物体を前記後
行ベルトコンベアに向けて移送すべく、回転方向
後方に変位せしめられた凹部を有する後行星形車
と、前記先行星形車の装着された先行星形車軸と
前記後行星形車の装着された後行星形車軸とに少
なくとも張架され、前記先行ベルトコンベアから
前記後行ベルトコンベアへ移送中の物体を前記主
星形車の凹部に押圧保持するベルト手段とを備え
ており、前記主星形車、前記先行星形車、前記後
行星形車が前記後行ベルトコンベアの従動輪の回
転軸に歯車列を介して連結されており、前記先行
ベルトコンベアの駆動輪の回転軸が前記後行ベル
トコンベアの従動輪の回転軸に他の歯車列を介し
て連結されていることを特徴とする物体移送装
置。 ２ 前記主星形車が共通の主星形車軸に装着され
た少なくとも１つの主星形車であることを特徴と
する特許請求の範囲第１項記載の物体移送装置。 ３ 前記先行星形車が共通の先行星形車軸に装着
された少なくとも１つの先行星形車であることを
特徴とする特許請求の範囲第１項もしくは第２項
記載の物体移送装置。 ４ 前記後行星形車が共通の後行星形車軸に装着
された少なくとも１つの後行星形車であることを
特徴とする特許請求の範囲第１項から第３項のい
ずれか一項記載の物体移送装置。[Scope of Claims] 1. In an object transfer device that sequentially transfers objects by a belt conveyor from a leading station to a trailing station, a leading belt that transports objects from the leading station and forms a part of the belt conveyor. a conveyor; a trailing belt conveyor for transferring objects to said trailing station and forming part of said belt conveyor; a main star wheel disposed between said leading belt conveyor and said trailing belt conveyor; a leading star wheel having a recess displaced rearward in the direction of rotation in order to transfer the object from the belt conveyor toward the recess of the main star wheel; A trailing star wheel having a concave portion displaced rearward in the rotation direction, a leading star axle to which the leading star wheel is attached, and a trailing star wheel to which the trailing star wheel is attached, in order to transport the wheels toward the conveyor. belt means stretched across at least a trailing star axle for pressing and holding an object being transferred from the leading belt conveyor to the trailing belt conveyor in a recessed portion of the main star wheel; The leading star wheel, the leading star wheel, and the trailing star wheel are connected to the rotating shaft of the driven wheel of the trailing belt conveyor via a gear train, and the rotating shaft of the driving wheel of the leading belt conveyor is connected to the rotating shaft of the driven wheel of the trailing belt conveyor. An object transfer device characterized in that the object transfer device is connected to a rotating shaft of a driven wheel of a trailing belt conveyor via another gear train. 2. The object transfer device of claim 1, wherein the main star wheels are at least one main star wheel mounted on a common main star axle. 3. An object transfer device according to claim 1 or 2, characterized in that said leading star wheel is at least one leading star wheel mounted on a common leading star axle. 4. Any one of claims 1 to 3, wherein the trailing star wheel is at least one trailing star wheel mounted on a common trailing star axle. The object transfer device described.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP18776184A JPS6164624A (en) | 1984-09-07 | 1984-09-07 | Body transfer device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP18776184A JPS6164624A (en) | 1984-09-07 | 1984-09-07 | Body transfer device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS6164624A JPS6164624A (en) | 1986-04-03 |
| JPH0557172B2 true JPH0557172B2 (en) | 1993-08-23 |
Family
ID=16211738
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP18776184A Granted JPS6164624A (en) | 1984-09-07 | 1984-09-07 | Body transfer device |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS6164624A (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FR2678251B1 (en) * | 1991-06-25 | 1997-03-28 | Larrieu Bedin Ets | BOTTLE PROCESSING MACHINES. |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS4732371U (en) * | 1971-04-21 | 1972-12-12 |
-
1984
- 1984-09-07 JP JP18776184A patent/JPS6164624A/en active Granted
Also Published As
| Publication number | Publication date |
|---|---|
| JPS6164624A (en) | 1986-04-03 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN101239573B (en) | Vehicle with height adjustment device | |
| AU632042B2 (en) | Labelling station for objects, especially bottles | |
| US4021293A (en) | High speed labeling machine | |
| JPH07232637A (en) | Automatic transport carriage | |
| EP2248725B1 (en) | Apparatus and method for marking and labelling | |
| JPH09285982A (en) | Thin workpiece carrier device | |
| JPH0557172B2 (en) | ||
| CN107013649A (en) | Propulsion plant includes the transporting equipment and flat board carrier of this propulsion plant | |
| JPS6164621A (en) | Conveyor that changes the direction of conveyed objects | |
| GB2225564A (en) | Machine for packing cigarettes | |
| DE3041325C2 (en) | ||
| CN107264068A (en) | Carrousel type print system | |
| CN116748936B (en) | A positioning device for milling and positioning of automotive wheel hubs | |
| JPS63297165A (en) | Unmanned vehicle for transportation | |
| CN218319295U (en) | Rotary material distribution mechanism for automobile transmission shaft | |
| JPH0578491B2 (en) | ||
| JPH0813643B2 (en) | Mobile device | |
| CN218287791U (en) | Shaft transfer device convenient to take and place shaft | |
| JPS60135373A (en) | Conveyance truck | |
| CN221737973U (en) | Inspection robot with anti-slip structure | |
| JP3354656B2 (en) | Article transfer equipment | |
| JPS6019015Y2 (en) | Traveling bogie speed control device | |
| JPS6047760A (en) | Conveying carriage | |
| KR20230091550A (en) | wheel sorter | |
| JPH09150949A (en) | Transfer direction changing device |