JP2007236643A - Disk-like object carrying device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a disk-like object carrying device which secures large carrying ability, which needs a small space for installation and which is suitable for performing washing and drying of disk-like objects while they are carried. <P>SOLUTION: Two or more bucket bodies 30 for loading the disk-like objects such as tokens 4 are connected through connection shafts 33a in a bendable manner to form a carrying loop, and the carrying loop is hung so as to make a straight part and a bent part and rotated. In the disk-like object carrying device like this, each bucket body is provided with token loading parts 32 and 34, and an arm part 36 stretched so as to face the tokens loaded in an adjacent bucket body from outside (OUT) of the carrying loop. At the straight part of the carrying loop, the loaded tokens are held by the arm part 36 stretched from the adjacent bucket body. At the belt body, the arm part of the adjacent bucket body is moved away to form a state where the tokens can be opened and accepted newly. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a disk-shaped body transporting apparatus that transports a disk-shaped body such as medals used in slot machine games.

  2. Description of the Related Art Conventionally, as this type of transport device, there is a device in which a large number of container-like buckets are connected in an endless chain shape and a plurality of medals are transported in each bucket (see, for example, Patent Document 1). .

  In addition, a transfer body having a flat portion along the circumferential direction of the chain is continuously fixed to the outside of the endless chain, and a separation wall that divides the flat portion into left and right portions on the flat portion of each transfer body and the lower end of the medal There is a transport device that is provided with a horizontal rail on which the transfer mechanism is moved, and each transfer body is moved up and down between the paths sandwiched between the left and right side walls, and the medal is lifted with the lower end mounted on the horizontal rail. (For example, refer to Patent Document 2). In this conveying device, the horizontal rail is formed to be inclined downward toward the left and right ends of the flat portion, and the medals are discharged to the left and right at the location where the side wall is interrupted. Moreover, while passing a part of conveyance path | route through a washing tank, a warm air dryer is arrange | positioned in the downstream, and it is comprised so that washing | cleaning and drying of a medal may be performed during conveyance.

Japanese Utility Model Publication No. 1-106411 JP-A-4-61876

  In order to prevent the fall of the medal, when the ascending transport path is lifted with the lower end of the medal placed on the horizontal rail as in the transport apparatus disclosed in Patent Document 2, Measures such as providing a side wall or providing a front cover covering the front of the medal along the conveyance path are required, and the configuration of the conveyance device becomes complicated.

  In addition, in order to place medals on horizontal rails, it is necessary to arrange the medals in advance, and when medals are deformed or medals with different diameters such as Φ25 and Φ30 are mixed, It is difficult to put.

  Furthermore, the medal cannot be transported vertically at a place where the front cover is not installed, and the upward inclination of the transport path must be made gentle, so that the space for installing the transport device becomes large. Further, since the medals carried on the horizontal rail are discharged to the left and right, only two medals can be transported side by side in a horizontal row, and it is difficult to secure a large transport capacity. .

  On the other hand, in the case of a device that transports multiple medals in a container-shaped bucket, the transport capability is large, but if the transport path is passed through the cleaning liquid, the cleaning liquid accumulates and becomes heavy in the bucket, and the transport device is driven. A large load is applied to the parts. Even if the cleaning liquid can be discharged, medals may overlap in the bucket, and it is difficult to dry the medals in the bucket with hot air during transportation.

  The present invention is intended to solve the above-described problems, and can ensure a large carrying capacity, and the installation space is small, even when different diameter medals are mixed or even when deformed medals can be carried. It is an object of the present invention to provide a disk-shaped body transport apparatus that does not require a load on the drive unit of the transport apparatus during washing and is suitable for drying medals.

In the invention according to claim 1, a plurality of bucket bodies (30) on which the disk-like bodies (4) are stacked are flexibly connected to form a transport loop (11), and the transport loop (11) is a straight portion. In the disk-shaped body transporting device (10) that transports the disk-shaped body (4) by wrapping around and bending so that a bent portion is generated,
In the straight portion, the loaded disc-shaped body (4) is sandwiched between adjacent bucket bodies, and in the bent portion, a state in which the disc-shaped body (4) can be opened and received is formed. It is the disc-shaped object conveyance apparatus (10) characterized.

  According to the above invention, in the linear portion of the conveying path of the conveying loop (11) that circulates, the disk-shaped body (4) loaded on the loading portion of the bucket body (30) is sandwiched between adjacent bucket bodies. The Moreover, in the bent part of the conveyance path, a state in which the disc-like body (4) that has been sandwiched is opened and the disc-like body (4) can be received in the stacking portion is formed.

The invention according to claim 2 is characterized in that the bucket body (30) includes a disk-shaped body (4) and a stacking portion for loading the disk-shaped body (4) so that one surface thereof faces the inside of the transport loop (11). An arm portion (36) extending beyond the connecting portion (33) to the bucket body from the outside of the transport loop (11) to a position facing the stacking portion of the adjacent bucket body (30),
In the straight portion, the disc-like body (4) loaded on the loading portion is sandwiched by the arm portion (36) extending from the adjacent bucket body, and in the bent portion, the adjacent bucket from the loading portion. The arm part (36) of the body is separated to form a state in which the disk-like body (4) can be opened from the stacking part and the disk-like body (4) can be received by the stacking part. It is a disk-shaped body conveyance apparatus (10) of Claim 1 characterized by the above-mentioned.

  According to the said invention, in the linear part of the conveyance path | route of a conveyance loop (11) shape to circulate, the disk-shaped body (4) loaded on the loading part of the bucket body (30) is extended from the adjacent bucket body. It is clamped by the made arm part (36). Moreover, since the arm part (36) of an adjacent bucket body leaves | separates outside in the bending part of a conveyance path | route, the disc-shaped body (4) to open | release of the clamped disk-shaped body (4) and a loading part is carried out. ) An acceptable state is formed.

According to a third aspect of the present invention, there is provided the disk-shaped body conveyance device (10) according to the first or second aspect, wherein the stacking portion is provided with a through hole (31, 34a, 36b).

  According to the invention, air can be blown through the through holes (31, 34a, 36b) to the disk-shaped body (4) sandwiched between the stacking portions, and the cleaned disk-shaped body ( 4) Drying becomes easy.

The invention according to claim 4 is characterized in that the stacking section is disposed between the stacking plate (32) having a mounting surface (32a) facing the inside of the transport loop (11) and the mounting surface (32a). A disc-shaped body (4) is formed with a gap corresponding to the thickness of one sheet, and a pocket portion (34) for accommodating a rear end portion in the transport direction of the disc-shaped body (4) in the gap, and the pocket portion (34 ) With an insertion hole (31a) opened in the stacking plate (32) so as to face the inside,
The arm portion (36) is a disc-like body (not shown) accommodated in the pocket portion (34) of the adjacent bucket body (30) through the insertion hole (31a) of the adjacent bucket body in the linear portion. It has a holding | maintenance protrusion part (36a) which presses 4) It is a disc-shaped object conveying apparatus (10) of Claim 2 or 3 characterized by the above-mentioned.

  According to the said invention, the conveyance direction rear-end part of a disk-shaped body (4) is accommodated in the pocket part (34) provided in the mounting surface (32a) which faces the inner side of a conveyance loop (11). In the straight portion of the transport path, the disc-shaped body (4) accommodated in the pocket portion (34) passes through the insertion hole (31a) formed in the placement surface (32a), and the adjacent bucket body (30 ) Is pressed and held by the holding projection (36a) of the arm (36).

The invention according to claim 5 is characterized in that the placement surface (32a) is inclined so as to guide the disc-like body (4) into the pocket portion (34). It is a disk-shaped object conveyance apparatus (10) as described in above.

  According to the said invention, the disk-shaped object (4) thrown in on the mounting surface (32a) is guide | induced to a pocket part (34) along the inclination of a mounting surface (32a).

The invention according to claim 6 is characterized in that the bucket body (30) receives and opens the disk-shaped body (4) on the inner peripheral surface side of the transport loop (11). 2, 3, 4, or 5.

  According to the invention, the disk-like body (4) is received and opened inside the transport loop (11) in which a plurality of buckets are connected. The receiving part of the disk-shaped body (4) and the like can be arranged inside the transport loop (11) to reduce the size of the apparatus.

The invention according to claim 7 is a cleaning liquid tank (17) in which a cleaning liquid for cleaning the disk-shaped body (4) is stored in a transfer path of the disk-shaped body (4) by the bucket body (30). And a dryer (24, 25) for drying the disc-like body (4) after passing through the cleaning liquid tank (17). 6 is a disk-shaped body conveyance device (10) according to item 6.

  According to the said invention, a disk-shaped object (4) is wash | cleaned and dried during conveyance.

The invention according to claim 8 is configured such that the bucket body can be stacked and stacked so as not to overlap two or more disk-like bodies (4). It is a disk-shaped object conveyance apparatus (10) as described in 3, 4, 5, 6 or 7.

  In the above invention, since two or more disk-shaped bodies (4) are aligned, a large amount of disk-shaped bodies can be transported and can be easily dried because they do not need to be stacked.

  According to the disk-shaped body conveyance device according to the present invention, the disk-shaped body is clamped at the straight portion, and the disc-shaped body is opened or the disk-shaped body is acceptable at the bent portion. . As a result, the disk-shaped body does not fall at the straight portion, and a cover, a side wall, and the like for preventing the fall are unnecessary, and the apparatus configuration is simplified. Further, since the disk-shaped body does not fall due to the clamping, the straight portion can be vertically provided with a conveying path, and the apparatus can be downsized and the installation space can be reduced.

  In addition, since it is transported by sandwiching the disk-shaped bodies, it can be transported even when different-diameter disk-shaped bodies are mixed or deformed disk-shaped bodies, and a large number of disk-shaped bodies all at once. Can be transported.

  Furthermore, there is an effect that it is not necessary to apply a load to the drive unit of the transport device during the cleaning of the disk-shaped body, and the disk-shaped body can be easily dried.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings.

  FIG. 1 shows a front structure of a disk-shaped body transport apparatus 10 according to an embodiment of the present invention, and FIG. 2 shows a side structure of the disk-shaped body transport apparatus 10. The disk-shaped body transfer device 10 plays a disk-shaped body such as a medal used for a game (hereinafter described as an example of a medal) on a gaming machine island where gaming machines such as a slot machine are arranged in parallel. It is a device that transports (lifts) the machine island from the lower part to the upper part and cleans and dries medals during the transportation.

  The disk-shaped body transport device 10 is formed by connecting a plurality of bucket bodies 30 on which medals are loaded to be bendable to form an endless transport loop 11, and the transport loop 11 is a driving roller installed on the upper portion of the device 10. 12 and a driven roller 13 and a first tension roller 14 disposed below. As shown in FIG. 2 and the like, each of the rollers 12, 13, 14, and 15 is provided with a large-diameter roller P in the vicinity of both ends of the rotating shaft S (in FIG. 2, only the driving roller 12 is indicated by symbols S and P). The large-diameter roller P is configured to support only the left and right ends of the bucket body 30.

  As shown in FIG. 1, the first tension roller 14 is located directly below the drive roller 12, the driven roller 13 is disposed obliquely below the first tension roller 14, and a conveyance path from the drive roller 12 to the driven roller 13. The second tension roller 15 urges the conveyance loop 11 from the outside to the inside of the loop so that the second half of the conveyance roller 11 becomes vertical, and the conveyance loop 11 forms a substantially J-shaped loop as a whole. The driving roller 12 is rotationally driven by a lift motor 16, and accordingly, the conveyance loop 11 circulates in the direction indicated by arrow A in FIG. 1 (passing in the order of the driven roller 13 → the first tension roller 14 → the driving roller 12). .

  The disk-shaped body transfer device 10 is provided with a cleaning liquid tank 17 and a cleaning liquid tank elevator 18 for moving the cleaning liquid tank 17 up and down at the bottom, and the lower end of the transfer loop 11 when the cleaning liquid tank 17 is raised to the upper position. The part is configured to be immersed in the cleaning liquid tank 17. Further, an ultrasonic vibrator 19 is installed so as to be immersed in the cleaning liquid in the rising cleaning liquid tank 17, and ultrasonic cleaning is performed in the cleaning liquid. The replacement of the cleaning liquid is performed by, for example, removing the cleaning liquid tank 17 after lowering the cleaning liquid tank 17 to the lower position.

  The transport loop 11 forms a transport path that is slightly upwardly inclined from the driven roller 13 to the first tension roller 14, and receives a medal that has dropped from the end of the collection path 3 inside the transport loop 11 in this portion. A receiving plate 21 is installed. In addition, an insertion portion 22 for an operator to insert medals is provided (see FIG. 2), and the medals inserted from the insertion portion 22 are guided to fall onto the receiving plate 21. The receiving plate 21 is inclined downward toward the driven roller 13 so that the medal dropped from the lower end of the receiving plate 21 is guided to the location 11 a where the conveying loop 11 is bent along the driven roller 13. It has become. This location is a medal receiving location 11 a, and the medal from the receiving plate 21 is accommodated and held in the bucket body 30.

  The inside of the portion where the conveyance loop 11 bends along the driving roller 12 is an open portion 11b where the medal is released from the bucket body 30 and drops, and is driven below the open portion 11b (inside the conveyance loop 11). Immediately below the roller 12, a discharge unit 23 is provided for receiving the medal 4 released from the bucket body 30 and leaving it, and discharging it to the outside of the apparatus.

  In the middle of the conveyance path from the first tension roller 14 to the driving roller 12, a drying unit 24 is disposed so as to sandwich the bucket body 30 constituting the conveyance path from inside and outside the loop. The drying unit 24 blows the air sent from the blower 25 onto the medal 4 being transported to dry it.

  In addition, the disc-shaped transport device 10 includes a liquid level sensor 26 that detects the liquid level of the cleaning liquid tank 17 and a control unit 27 that controls the operation of each unit of the disc-shaped transport device 10. In the figure, the liquid level upper limit level H and the liquid level lower limit level L in the cleaning liquid tank 17 are indicated by broken lines.

  Next, the structure and operation of the bucket body 30 will be described.

  3 is a front view of the three bucket bodies 30 arranged in a row (a state in which the transport loop 11 is viewed from the inside), FIG. 4 is a cross-section of the bucket body 30 in a straight portion, and FIG. Each section is shown. 4 and 5, the right side of the bucket body 30 is the inner side IN of the transport loop 11, and the left side of the bucket body 30 is the outer side OUT of the transport loop 11.

  Each bucket body 30 can stack four medals 4 in a horizontal row. The bucket body 30 is provided with a loading plate 32 in which a through-hole 31 for ventilation is formed on a horizontally long rectangular flat plate on which the medal 4 is placed, and the adjacent bucket body 30 can be bent by a connecting shaft 33 a that is passed through a connecting portion 33. Connected to The bucket body 30 can mount a plurality of types of medals 4 of different sizes, and the large through hole 31a has a large diameter medal 4a (for example, a Φ30 medal, a 500 yen coin, etc.) and a small diameter medal 4b (for example, , Φ25 medals, 100-yen coins, etc.), and a plurality of small-diameter through-holes 31b opened along the upper part of the through-hole 31a are vent holes provided for large-diameter medals. is there.

  The surface of the stacking plate 32 that is inside the transport loop 11 forms a mounting surface 32a on which the medals 4 are stacked, and one end of the medal 4 is attached to the rear end of the mounting surface 32a in the transport direction. A pocket portion 34 for accommodating is formed. A gap with a thickness of one medal 4 is formed between the pocket portion 34 and the mounting surface 32 a, and one medal 4 is accommodated in each pocket portion 34.

  Further, the bucket body 30 has an arm portion 36 that extends beyond the connecting portion 33 on the outer side of the transport loop 11 to the bucket body 30 adjacent to the front side in the transport direction. At the tip of the arm portion 36, a holding projection portion 36a for pressing the medal 4 accommodated in the pocket portion 34 of the adjacent bucket body 30 from the outside of the transport loop 11 through the through hole 31a is provided. In addition to the function as a ventilation hole, the through hole 31a also functions as an insertion hole through which the holding projection 36a of the arm portion 36 passes. The pocket portion 34 has a ventilation through hole 34a, and the arm portion 36 has a ventilation through hole 36b.

  As shown in FIG. 4, in the straight portion in the transport loop 11, the medal 4 in which the holding projection 36 a of the arm portion 36 is accommodated in the pocket portion 34 of the adjacent bucket body 30 is placed between the pocket portion 34. Hold it. Thereby, in the straight line portion, the medal 4 is held without falling from the bucket body 30 even when the transport path is vertical.

  On the other hand, as shown in FIG. 5, the bent portion in the transport loop 11 is held because the holding projection 36 a of the arm portion 36 is separated from the stacking plate 32 of the adjacent bucket body 30 to the outside of the transport loop 11. A state in which the medal 4 can be opened and a new medal 4 can be received in the pocket portion 34 is formed.

  Next, the flow and operation from the reception to the release of the medal 4 conveyed by the discoid conveying apparatus 10 will be described.

  The medal 4 dropped from the collection path 3 to the receiving plate 21 is guided to the receiving location 11a inside the driven roller 13. Since the receiving portion 11a is a portion where the transport loop 11 bends as shown in FIG. 5, the medal 4 guided to the receiving portion 11a is received in the pocket portion 34 of the bucket body 30. Further, since the conveyance path from the first tension roller 14 toward the driven roller 13 is slightly inclined downward (see FIG. 1), the medal 4 dropped from the receiving plate 21 is moved to the receiving portion 11a along the downward inclination. It moves and is naturally accommodated in the pocket part 34.

  Further, since the pocket portion 34 is formed so as to have a gap of a thickness of one medal between the placement surface 32a, the medal 4 dropped from the receiving plate 21 is stacked in the vicinity of the receiving portion 11a. Even if it exists, the medal 4 is naturally accommodated one by one in the pocket portion 34 of each bucket body 30. That is, it is not necessary to separately provide an alignment mechanism for aligning the medals 4 one by one, and the apparatus configuration is simplified.

  In addition, since the medal 4 is received inside the transport loop 11, the receiving plate 21 and the like can be arranged inside the transport loop 11, and the space inside the transport loop 11 is effectively used. Thereby, compared with the case where the medal 4 is received outside the transport loop 11, the disk-shaped body transport device 10 can be downsized.

  Further, since the lower end portion of the transport loop 11 is immersed in the cleaning liquid tank 17, the medal 4 is cleaned by the cleaning liquid in the cleaning liquid tank 17 and ultrasonic waves generated by the ultrasonic vibrator. Since the bucket body 30 does not have a portion in which the cleaning liquid is accumulated (the through hole 34a is also formed in the pocket portion 34), the cleaning liquid accumulated in the container is different from the type of conveying device that conveys the medal 4 in the container. There is no conveyance, the lift motor 16 or the like is not subjected to an excessive load, and deterioration of the disk-shaped object conveyance device 10 is prevented.

  The bucket body 30 in which the medal 4 is accommodated in the pocket portion 34 at the receiving location 11 a passes through the first tension roller 14 and then rises substantially vertically toward the drive roller 12. Since the transport path of this portion is substantially straight, the medal 4 being transported is not pinched by the holding projection 36a and dropped as shown in FIG. That is, unlike the case where the medal 4 is simply carried on the horizontal rail and transported, the medal 4 is transported while being held, so that the medal 4 does not fall and the transport path can be set substantially vertically. Thereby, compared with the case where a conveyance path | route is comprised in the gentle up inclination, the disk-shaped object conveying apparatus 10 is reduced in size especially in the lower part, and can reduce an installation area. Further, an enclosure for preventing the fall and a guide rail are not required, and the apparatus configuration is simplified.

  The medals being conveyed are dried when passing between the drying sections 24. At this time, since many through holes 31, 34 a, 36 b are opened in the stacking plate 32 of the bucket body 30, the air from the drying unit 24 hits the front and back surfaces of the medal 4, and drying is promoted.

  During the vertical conveyance, the stacking plate 32 is slightly inclined downward as shown in FIG. As a result, even if the extra medals 4 are stacked so as to be hooked on the edge of the pocket portion 34, they immediately fall when entering the vertically rising path, eventually reaching the receiving portion 11 a, and entering the other bucket body 30. It is designed to be properly contained.

  The medal 4 that has been transported to the upper part of the transport loop 11 is released as shown in FIG. 5 at the portion where the transport loop 11 bends along the drive roller 12 (opened portion 11 b), and naturally falls, and then from the discharge unit 23. It is discharged out of the device. Since the opening portion 11b is provided inside the transport loop 11, the space inside the transport loop 11 can be used effectively, and the disc-shaped body transport device 10 can be used as compared with the case where the medal 4 is opened to the outside of the transport loop 11. It can be downsized.

  In addition, since the four medals 4 are aligned and transported so as not to overlap in a horizontal row by one bucket body 30, the medals 4 can be easily dried. Moreover, the conveyance capability of the disk-shaped object conveyance apparatus 10 can be increased by increasing the number which arranges the medal 4 in a horizontal line.

  The embodiment of the present invention has been described with reference to the drawings. However, the specific configuration is not limited to that shown in the embodiment, and there are changes and additions within the scope of the present invention. Are also included in the present invention.

  For example, although the slot machine medal has been described as an example of the disk-shaped body, it is not limited to the medal as long as it has a disk-shaped shape.

  In the embodiment, the disk-shaped body is loaded inside the conveyance loop, and the disk-shaped body is received and released inside the conveyance loop. However, the disk-shaped body is loaded outside the conveyance loop. It may be a thing.

  In the embodiment, the bucket body 30 in which four medals are stacked in a horizontal row is illustrated, but the number of medals stacked in a horizontal row may be at least one or more than four, and the medals do not overlap. As long as they can be aligned, they are not limited to a single horizontal row, but may be a vertical row, a diagonal row, a combination thereof, or a plurality of rows.

It is explanatory drawing which shows the structure from the front of the disk-shaped object conveying apparatus concerning embodiment of this invention. It is explanatory drawing which shows the structure from the side of the disk-shaped object conveying apparatus concerning embodiment of this invention. It is a front view which shows the bucket body of the state connected. It is explanatory drawing which shows the state in which the bucket body is holding the medal at the straight line part. It is explanatory drawing which shows the state of the bucket body in a bending part.

Explanation of symbols

DESCRIPTION OF SYMBOLS 3 ... Collection | recovery path 4 ... Medal 4a ... Large diameter medal 4b ... Small diameter medal 10 ... Disk-shaped body conveyance apparatus 11 ... Conveyance loop 11a ... Acceptance location 11b ... Opening location 12 ... Drive roller 13 ... Driven roller 14 ... 1st Tension roller 15 ... second tension roller 16 ... lift motor 17 ... cleaning liquid tank 18 ... cleaning liquid tank elevator 19 ... ultrasonic vibrator 21 ... receiving plate 22 ... input part 23 ... discharge part 24 ... drying part 25 ... blower 26 ... liquid level Sensor 27 ... Control part 30 ... Bucket body 31, 31a, 31b ... Through hole 32 ... Loading plate 32a ... Mounting surface 33 ... Connection part 33a ... Connection shaft 34 ... Pocket part 34a ... Through hole 36 ... Arm part 36a ... Holding protrusion Part 36b ... through hole

Claims (8)

A plurality of bucket bodies on which the disk-shaped body is loaded are flexibly connected to form a transport loop, and the transport loop is looped around and circulated so that a straight portion and a bent portion are formed. In the disk-shaped body transport device that transports
In the straight part, the loaded disk is sandwiched between adjacent buckets, and in the bent part, a state in which the disk can be opened and received is formed. Body transport device. The bucket body includes a stacking portion on which a disk-shaped body is loaded so that one surface thereof faces the inner side of the transport loop, and a connection portion between adjacent bucket bodies from the outer side of the transport loop. Arm portion extended to a position facing the loading portion of the bucket body,
In the straight portion, the disk-like body loaded on the loading portion is sandwiched between the arm portions extending from the adjacent bucket body, and in the bent portion, the arm portion of the adjacent bucket body is extended from the loading portion. 2. The disk-shaped body according to claim 1, wherein a state in which the disk-shaped body can be released from the stacking section and the disk-shaped body can be received by the stacking section is formed. Conveying device. The disk-shaped body conveyance device according to claim 1, wherein a through hole is provided in the stacking unit. The stacking section forms a gap corresponding to the thickness of one disk-shaped body between the stacking plate having a mounting surface facing the inside of the transport loop and the mounting surface, and a disk is formed in the clearance. A pocket portion that accommodates the end portion on the rear side in the conveyance direction of the shaped body, and an insertion hole that is opened in the stacking plate so as to face the inside of the pocket portion,
The arm portion has a holding projection that presses the disk-shaped body housed in the pocket portion of the adjacent bucket body through the insertion hole of the adjacent bucket body in the linear portion. The disk-shaped object conveyance apparatus of Claim 2 or 3. The disk-shaped body conveyance device according to claim 4, wherein the placement surface is inclined so as to guide the disk-shaped body into the pocket portion. The disk-shaped body transport device according to claim 1, 2, 3, 4, or 5, wherein the bucket body receives and opens the disk-shaped body on an inner peripheral surface side of the transport loop. . A cleaning liquid tank in which a cleaning liquid for cleaning the disk-shaped body is stored in a transfer path of the disk-shaped body by the bucket body, and a dryer for drying the disk-shaped body after passing through the cleaning liquid tank. The disk-shaped body conveyance device according to claim 1, 2, 3, 4, 5 or 6. The said bucket body is comprised so that it can align and load so that two or more disk-shaped bodies may not overlap, The 1, 2, 3, 4, 5, 6 or 7 characterized by the above-mentioned. Disc-shaped body transfer device.

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