JPH0785253A - Conveyance processing system - Google Patents

Abstract

PURPOSE:To simplify the processing of a process target unable, to process at any time by an automatic carrier processing system as it is without switching the system to manual operation by preparing an empty conveyance unit (a conveyance unit is made empty based upon an instruction) alternately and loading the process target unable to be processed in the empty conveyance unit to process the target. CONSTITUTION:A process target setting mechanism 12 loads alternately a process target 11 on a conveyance unit 15, and when the unit 15 is moved up to the position of a processing means 16, the means 16 executes prescribed processing, and when disabled processing occurs, the target 11 is discharged as a target of disabled processing. When the discharged target is loaded on any one of empty conveyance units 15, the unit 15 is moved to the position of the means 16, the means 16 executes the prescribed processing to the target grain in a state of inserting the target.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a transfer processing system for transferring an object to be processed and automatically processing the object.

[0002]

2. Description of the Related Art Conventionally, an automatic processing system for continuously performing a plurality of reading processes, for example, a bar code printed on a voucher is read by a reading means 1, and subsequently the voucher is photographed by a video camera which is a reading means 2. In the case of an automatic processing system that records (records) the image data that has been recorded and creates a database, the reading unit 1 fails in barcode reading, or the entire voucher is missing in the image data read by the reading unit 2 because it is not captured. When it becomes impossible to process, such as when it goes in, the automatic processing system is switched to manual operation and the barcode data is manually entered by key input, or the slip is manually placed at the shooting position of the video camera for shooting. And so on.

As another method, a system dedicated to manual input, which is different from the automatic processing system, is provided to manually input bar code data of unprocessable slips, or the slips are manually input to a video camera. I was reading it.

[0004]

Conventionally, as described above, when a plurality of slips are continuously processed by the automatic processing system, the automatic input system is terminated and then the automatic processing system is switched to the manual operation. Since the improper processing was manually re-input and made into a database, the automatic processing will be stagnated, and complicated operations such as waiting for the automatic processing to end and switching to manual operation will be required. There was a problem.

In addition to the automatic processing system, a system dedicated to manual input is provided, and a bar code or image of a slip that cannot be processed is input from the system dedicated to manual input to create a database. Another problem was that it was necessary and costly.

The present invention solves these problems.
An empty transport unit is provided for each of the plurality of transport units (or a transport unit is emptied according to an instruction), and an unprocessable processing target (such as a slip) is placed on the empty transport unit for processing ( It is intended to easily enable the processing of a processing target that cannot be processed at any time in the automatic transportation processing system without performing the reading processing) and switching the automatic transportation processing system to the manual operation.

[0007]

[Means for Solving the Problems] Means for solving the problems will be described with reference to FIG. In FIG. 1, a processing target 11 is a target product (for example, a slip) on which a predetermined processing is performed.

The processing object setting mechanism 12 includes a processing object 11
Is placed on the transport unit 15. The transport unit 15 is for loading the processing target 11.

The processing means 16 processes the object 11 placed on the transport unit 15 (for example, a barcode reading process of a slip, an image reading process of a slip, etc.).
In this example, the processing means 1 (for example, a barcode reading means for a slip) and the processing means 2 (for example, a reading means for an image on a slip) are included.

[0010]

According to the present invention, as shown in FIG. 1, when the processing object setting mechanism 12 places the processing objects 11 on the carrying unit 15 one by one and the carrying unit 15 moves to the position of the processing means 16. The processing means 16 performs a predetermined process,
When unprocessable occurs, it is discharged as an unprocessable product, and the discharged unprocessable product is moved and processed in response to being placed on one of the empty transport units 15. When the processing means 16 reaches the position of the processing means 16, the processing means 16 performs the processing again with the predetermined processing inserted.

Further, when the processing object setting mechanism 12 successively and successively places the processing object 11 on the carrying unit 15 and the carrying unit 15 moves to the position of the processing means 16, the processing means 16 carries out a predetermined processing. When an unprocessable product occurs, the product is discharged as an unprocessable product, and the discharged unprocessable product is placed on the empty transport unit 15 created in response to the instruction. Then, when the transport unit 15 moves to the position of the processing means 16, the processing means 16 performs the predetermined processing again with the predetermined processing inserted.

Further, the processing object setting mechanism 12 places the processing objects 11 one by one on the transport units 15 of an odd number, and when the transportation units 15 move to the position of the processing device 16, the processing device 16 is operated. Perform predetermined processing, and when unprocessable occurs, leave it as unprocessable product,
When the transport unit 15 on which the unprocessable product is placed moves to the position of the processing device 16 again, the processing device 16 performs a predetermined process again, and when the unprocessable product occurs again, it is discharged as an unprocessable product. In response to the discharged unprocessable product being placed on one of the empty transport units 15, the transport unit 15 moves and the processing means 1
When the position 6 is reached, the processing means 16 performs the processing again with the predetermined processing inserted.

In these cases, as the processing means 16, the first
The processing means 1 and the second processing means 2 of (1) are discharged as unprocessable products when either of them becomes unprocessable (or unprocessable products are discharged when unprocessable occurs even after reprocessing), In response to the discharged unprocessable product being placed on the empty transport unit 15, the unprocessed process is performed again by being inserted into the process of the process target product.

The processing target 11 is a slip and the first
A barcode reading means on the slip as the processing means 1 of
The second processing means 2 is a reading means for reading a slip image.

Therefore, each of the plurality of transport units 15 is provided with an empty transport unit or a transport unit which is vacant according to the designation, and a processing target (such as a slip) is processed by the transport unit 1.
By carrying out a reading process or the like on the automatic transfer processing system 5 and placing an improper object on the empty transfer unit 15 and performing a re-reading process or the like, the automatic transfer processing system can be operated without switching to the manual operation. As a result, it is possible to process the ineffective product in parallel with the normal product at any time.

[0016]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, the construction and operation of an embodiment of the present invention will be described in detail with reference to FIGS.

FIG. 1 shows a block diagram of an embodiment of the present invention.
In FIG. 1, a processing object 11 is an object for the processing means 16 to perform a predetermined process, and is, for example, a shipping business slip, and a barcode, a form, and handwritten characters are written on the slip.

The processing target setting mechanism 12 is a processing target 11
Is automatically set in the transport unit 15 on the transport mechanism 14. Here, the processing target taken out from the pretreatment product box 13 is placed on the transport unit 15 of the transport mechanism 14.

The unprocessed product box 13 is a box for accommodating a large number of unprocessed objects 11 and, for example, a box for accommodating a large number of slips. The transport mechanism 14 arranges a plurality of transport units 15 on the circumference here and rotates them to move the transport units 15.

The carrying unit 15 is for carrying the object 11 to be processed and moving it to the position of the processing means 16. The processing unit 16 performs a predetermined process when the transport unit 15 on the transport unit 15 moves (rotates) and reaches the position of the processing unit 16, and for example, from the processing unit 1 and the processing unit 2. It is composed. here,
The processing means 1 is, for example, a bar code reading means (bar code reader) for reading a bar code on a slip, and the processing means 2 is, for example, a reading means (video camera) for reading (capturing) a form and handwritten characters on the slip. Is. The data (bar code data and image data) read from the slip by the processing means 1 (bar code reader) and the processing means 2 (video camera) are collectively made into a database (for example, the bar code data is the slip identifier (key)). As a database to save the image data in a form that makes it easy to search).

The unprocessable product discharging mechanism 17 is for carrying out processing by the processing means 16 mounted on the carrying unit 15 and discharging the unprocessable product to be stored in the unprocessable product box 18.

The unprocessable product box 18 is provided with the processing means 16
The processing target 11 that has been rendered inoperable by this is stored. This unprocessable product is manually taken out by the operator, and then, for example, the bar code of the slip is keyed in, and then it is placed on the empty transport unit 15 and the image data is read by the processing unit 2 of the processing unit 16 to read normally. If the bar code data is used as a key, the image data is stored in the database (see FIG. 2).

The processed product discharging mechanism 19 is provided in the transport unit 1.
It is placed on the container 5 and is processed by the processing means 16 to be discharged after being normally processed and stored in the processed product box 20.

The processed product box 20 stores the processing target 11 for which the normal processing has been completed. PC 2
Reference numeral 1 is for performing various controls, and is composed of a read processing unit 22, a recovery processing unit 23, a processing target management table 24, a transport unit management table 25, and the like.

The reading processing section 22 performs processing (for example, bar code or image reading processing) on the processing target (for example, a slip) placed on the transport unit 15 by the processing means 16. It captures the above barcode and captures the image data of the voucher.

When the processing means 16 cannot normally read the barcode data or the image data from the slip or the like, the recovery processing unit 23 fetches the manually input data (bar code data or the like), or the slip. Is processed by the processing means 16 to recover barcode data or image data from a slip or the like.

The processing target management table 24 is a table for managing the processing target, and as shown in FIG. 6 described later, the processing means 1 is associated with a processing target ID (for example, barcode data read from a slip). Stores normal / unprocessed / abnormality and data of processing 1 (for example, bar code data of a slip), and normal / unprocessed / abnormality of processing 2 by processing means 2 and data (for example, image data of a slip). Or, it manages the state of the processing target.

The transport unit management table 25 is for managing the state of the transport unit. For example, as shown in FIG. 7, which will be described later, the transport unit state is associated with the transport unit number (there is an object 11 to be processed, The empty transport unit, there is a processing target to be manually loaded, and the status of the processing target (processing 1 completed, etc.) are registered and managed.

The input device 26 is various input devices such as a keyboard and a mouse. The display device 27 displays various data and instructions. The operation of the configuration of FIG. 1 will be sequentially described in detail below.

FIG. 2 is a diagram for explaining the operation of the present invention. As shown in FIGS. 3 and 4, this is the case where the processing target setting mechanism 12 repeats loading the processing targets 11 one by one on the transport unit 14 (that is, the processing targets 11 are loaded on the transport unit 14, This is a description of the operation in the case where the emptying of the transport unit 14 is repeated).

In steps S1 to S9 in FIG. 2, processing objects (for example, slips) taken out from the unprocessed product box 13 by the processing object setting mechanism 12 are set (placed) on the transport unit 15 one by one. Thereby, the transport unit 1
4, the transport unit 15 on which the processing target 11 is placed and the empty transport unit 15 are alternately arranged. The empty transport unit 15 can always place the processing target 11 that has been manually processed and continue the remaining processing.

S11 to S27 show how the transport mechanism 14 sequentially transports the transport units. S13, S17,
In S21 and S25, the processing targets 11 are set in the transport unit 15 one by one.

In S11, S15, S19, and S27, the processing target 11 is not set and the transport unit 15 is empty. Here, although the empty transport unit was initially in S23, the empty transport unit is manually processed in S44 (for example, after the operator key-inputs the barcode data of the slip from the keyboard), The state where the processing target is set in the unit 15 is shown. (1) The procedure for normal operation will be described.

(1-1) The object 11 to be processed is taken out in S1, set in the carrying unit 15 in S2, carried in S14, and the process 1 is carried out in S31 to be normal (the bar code is read from the slip by the processing means 1). Normal), and the next conveyance is performed in step S32 to perform normal 2 (normal by reading the image data from the slip by the processing unit 2), and the next conveyance is performed in step S33 to skip the unprocessable product discharge mechanism 17, Next product is transported and the processed product discharging mechanism 19 is executed in S34.
It is discharged as a processed product at.

As described above, the object 11 to be processed is placed on the carrying unit 15, comes to the position of the processing means 1 and carries out the processing 1 (reads the bar code data from the slip), and then carries it to the position of the processing means 2. Processing 2 (reading the image data of the slip) and the normal processing has been performed, the processed product discharging mechanism 19 discharges the processed product as a normal processed product.

(1-2) Similarly, S51 to S54,
It also processes S61 and S62. (2) The procedure at the time of abnormality will be described. (2-1) The processing target 11 is taken out in S3, set in the transport unit 15 in S4, and transported in S18 to S41.
At step S42, the process 1 is performed and the process becomes impossible (the bar code cannot be read from the slip by the processing means 1), and the next sheet is conveyed.
In step 2, the processing 2 is skipped (the reading of the image data from the slip by the processing means 2 is skipped), the next sheet is conveyed, and the unprocessed article discharging mechanism 17 discharges it in step S43. And S44
Then, the process 1 is manually performed (the operator manually performs the process 1, that is, the bar code data of the slip is keyed in), S2
In step 3, the sheet is manually set in the empty transport unit 15, step 1 is skipped in step S45, and the sheet is then transported to step S46 in step S2.
Process 2 (read the image data of the slip)
However, since the normal processing can be performed, the processed product discharging mechanism 19 discharges the processed product as a normal processed product in S48.

As described above, when the process 1 is impossible (for example, the bar code cannot be read from the slip), it is discharged as an unprocessable product, and the operator who takes out the product performs the process 1 (the bar code data of the slip is entered by the key input. Then, the processing 1 is skipped and the processing 2 (reading the image data of the slip) is performed corresponding to the placement on the empty transport unit 15, and the product is discharged as a normal processed product. With these,
Even if the process 1 is not possible, after performing the process 1 by hand, the next process 2 is automatically performed by placing the empty transfer unit 15 on any one of them. If it is normal, it can be discharged as a normal processed product, and it is possible to easily reprocess unprocessed products with the automatic processing system without stopping the automatic processing system or switching to the manual processing system. It will be possible.

FIG. 3 is a diagram for explaining the concrete example of the present invention (No. 1, continued), and FIG. 4 is a diagram for explaining the concrete example of the present invention (No. 1, continued). 3 and 4 are specific examples in which the processing targets 11 described in FIG. 2 are placed on the transport unit 15 one by one.

FIG. 3A shows a concrete configuration diagram of FIG. Here, the processing target 11 is a slip 31, the processing means 1 is a barcode scanner for reading a barcode from the slip, and the processing means 2 is a video camera for reading image data from the slip (shooting). ). Others are the same as those in FIG. 1, and thus the description thereof will be omitted.

FIG. 3B shows an example of the processing procedure (normal). In (b-1), the processing target setting mechanism 12 is the slip 3
1 is taken from the untreated product box 13.

In (b-2), the processing target setting mechanism 12 rotates the slip 31 (slip A) after setting it on the transport unit 15. (B-3) is a processing target setting mechanism 12
Goes to get the next slip 31 (slip B). At this time, the transport unit 15 is rotated.

In (b-4), after the transport unit 15 is rotated to generate the empty transport unit 15, the processing target setting mechanism 12 sets the next slip 31 (slip B). (B
-5) rotates after the barcode scanner reads the barcode from the slip A.

In (b-6), the video camera rotates after reading the image data from the slip A (after photographing).
(B-7) rotates after the video camera reads the image data of the slip B (after shooting).

(B-8) is similarly repeated, and the slip A is discharged by the processed product discharging mechanism 19. FIG. 4C shows an example of the processing procedure (at the time of recovery).

In (c-1), the operator takes out the unprocessable slip X from the unprocessable product box 18. (C-
2) is the barcode data of the slip X by the operator (the barcode data of the slip X that cannot be processed in the process 1)
Manually from the manual input terminal.

In (c-3), the operator sets the slip X in the empty transport unit 15. In (c-4), the transport unit 15 is sequentially rotated and moved to the position where the slip is set.

In (c-5), since the barcode data of the slip X has been manually input, the processing position of the barcode scanner is skipped and rotated. (C-6) rotates after the video camera reads the image data of the slip X (after shooting).

In (c-7), the slip X is discharged by the processed product discharging mechanism 19. As described above, with respect to the slip X taken out from the unprocessable goods box 18, the operator manually inputs the bar code of the slip X, puts it on the empty transport unit 15 (sets it), and then the processing means 2. The image data of the slip X is read by the video camera, and the bar code data of the slip X is used as an ID to create a database of the image data.

FIG. 5 shows a detailed operation explanatory diagram of the present invention.
This is a detailed operation explanatory view of FIGS. 2, 3 and 4. (1) The normal processing will be described.

In FIG. 5, in S71, the processing target is set in the transport unit (see (b-2) in FIG. 3). S7
2 performs processing 1 (see (b-5) in FIG. 3).

In step S73, it is determined whether it is normal. In the case of YES, since the process 1 is normal, the process proceeds to S74. On the other hand, in the case of NO, since the process 1 was impossible, S8
Recovery processing is performed from 1 to S87 and from S97 to S102.

In step S74, "process 1 completed" is set in the process target management table 24. This is stored by setting in the processing target management table 24 of FIG. 6 described later that the processing 1 executed in S72 has been completed.

In step S75, processing 2 is performed ((b- in FIG. 3).
See 6)). In S76, it is determined whether it is normal. In the case of YES, the processing 2 was normal, and therefore the process proceeds to S77. On the other hand, in the case of NO, since the process 2 was impossible, S9
Recovery processing is performed from 1 to S102.

In step S77, "process 2 completed" is set in the process target management table 24. This is stored by setting in the processing target management table 24 of FIG. 6 described later that the processing 2 executed in S75 has been completed.

In step S78, the processed product box 20 is discharged (see (b-8) in FIG. 3). As described above, when the processing target 11 is placed on the transport unit 15 and the processing 1 and the processing 2 are normally completed, the processing target management table 2 of FIG.
In step 4, the processed 1 and processed 2 are set and stored in association with the ID (for example, barcode data) read in the processing 1 or the like.

(2) The processing when the processing 1 is impossible will be described.
This is a case where the process 1 is not possible because of NO in S73 of FIG. In FIG. 5, in S81, since the process 1 is impossible, the process 1 management table 24 is set to the process 1 impossible (see FIG. 6).

In step S82, the process 2 is skipped. This is because the process 1 cannot be processed, so the process 2 following the process 1
Skip. S83 is an unprocessable box 18
To discharge.

In S84, the operator manually executes the process 1 (see (c-2) in FIG. 4). For example, the operator reads the barcode from the slip in process 1 and manually inputs the barcode. In S85, the process 1 completed is set in the process target management table 24.

In S86, the empty transport unit 15 is set (see (c-3) in FIG. 4). In S87, the presence of manual work and the processing 1 are set in the transport unit management table 25. As shown in the entry of the transport unit number “04” in the transport unit management table 25 of FIG. 7, which will be described later, this is set and stored with the target process for manual loading and the process 1 completed.

In step S97, it is determined whether the process 1 has been completed. Here, since the process 1 has been manually completed, the result is YES, and S1
Go to 00. In S100, it is determined whether the process 2 has been completed. Here, the result is NO instead of processing 2, processing 2 is performed in step S101, processing 2 is set in the processing target management table 24 in step S102, and the processed product box 20 is discharged in step S78.

As described above, when the processing target 11 is placed on the transport unit 15 and the processing 1 is unprocessable, the processing target 11 is discharged to the unprocessable product box 18. And take out the process 1 manually and process target management table 24 in FIG.
Set processing 1 completed, and set the processing unit completed in processing unit management table 25 in FIG.
Is executed to set “process 2 completed” in the process target management table 24, and the series of processes is ended. As a result, the unprocessable product can be processed by inserting the unprocessable product in the middle of the automatic carrying process, and the unprocessable product can be processed without interrupting the automatic carrying process.

(3) The processing when the processing 2 cannot be performed will be described.
This is a case where the process 2 is not possible because of NO in S76 of FIG. In FIG. 5, in S91, since the process 2 is impossible, the process target management table 24 is set to the process 2 impossible (see FIG. 6).

In step S92, the unprocessed product is discharged to the box 18. In S93, the operator manually executes the process 2. For example, the operator manually reads and inputs the image data from, for example, the slip in the process 2.

In step S94, "process 2 completed" is set in the process target management table 24. In step S95, the empty transport unit 15 is set. S96 is the transport unit management table 25
Set to have handicraft items and processed 2 already.

In step S97, it is determined whether processing 1 has been completed. Here, since the process 1 has been completed, the determination result is YES, and the process proceeds to S100. In S100, it is determined whether the process 2 has been completed. Here, since the process 2 has been completed, the determination result is YES, and the product is discharged to the processed product box 20 in S78.

As described above, when the processing target 11 is placed on the transport unit 15 and the processing 1 can be processed and the processing 2 is unprocessable, the processing target 11 is discharged to the unprocessable product box 18, so that the unprocessable product box 18 is processed. To process target 11
One is taken out and the process 2 is manually performed, and the process target management table 24 of FIG. 6 is set to process 2 completed, and the transport unit management table 25 of FIG. The process ends. As a result, an unprocessable product can be inserted and processed in the middle of the automatic carrying process, and the unprocessable product can be processed without interrupting the automatic carrying process.

FIG. 6 shows an example of the processing target management table of the present invention. This is the processing target 1 placed on the transport unit 15.
1, the state of processing 1 by the processing means 1 and the state of processing 2 by the processing means 2 are managed. Here, the barcode data read in the process 1 from the process target 11 is used as the process target ID, and one of the states of process 1 such as the state of process 1 / not processed / normal + data / not processable is associated with the process target ID. Set and remember. Here, as described in the margin, the state of processing 1 and processing 2
The state of the processing target 11 at that time is shown corresponding to the state of.

FIG. 7 shows an example of the transport unit management table of the present invention. This is the state of the transport unit 15, and as shown in the figure, set any one of the following states: -with processing target-empty transport unit-with processing target for manual loading-processing 1 completed, etc. The state of the processed target 11 is stored.

FIG. 8 is a diagram for explaining a specific example of the present invention (part 2).
Indicates. This is because the processing target 11 is continuously placed on the transport unit 15 by the processing target setting mechanism 12, and an empty transport unit 15 is generated when instructed, and the processing target 11 that cannot be processed manually It is designed to be placed after manual input.

FIG. 8A shows an example of the processing procedure (normal). In FIG. 8, at (a-1), the processing target setting mechanism 12 simultaneously takes one processing target (slip) and places the processing target (slip) on the transport unit 15.

In (a-2), the slip A is set and the slip B is taken at the same time. (A-3) is similarly repeated, and the slip is continuously set in the transport unit 15 and the slip is taken out.

FIG. 8B shows an example of the processing procedure (at the time of recovery). In (b-1) of FIG. 8, the operator inputs a manual input instruction. (B-2) generates an empty transport unit 15 on which the processing target 11 is not placed in response to the manual input instruction of (b-1).

In (b-3), the manually processed object (slip X) is placed on the empty transport unit 15 generated in (b-2). The processing target (slip X) thus placed is rotated to perform processing 1 and processing 2.

As a result of the above, normally, the object to be processed is continuously placed on the carrier unit 15, and when an instruction is given, an empty carrier unit 15 is generated and the object 11 to be processed after the manual work is placed and the process 1 is performed. , Process 2 can be performed.

FIG. 9 is a diagram for explaining detection of a transport unit and a slip according to the present invention. 9A and 9B are explanatory views of positioning of the transport unit. Here, a protrusion is provided at the portion of the transport unit 15 of the transport mechanism 14, and the position of the transport unit 15 which rotates by the index switch is detected to correct the position. Thereby, the processing target 11 can be specified by always accurately grasping the transport unit number of the transport unit management table 25 in FIG. 7.

FIG. 9C shows an explanatory view for detecting a state in which a processing object (slip) is placed on the transport unit 15. 9C-1 shows a top view, and FIG. 9C-2 shows a side view. In this example, an optical sensor is provided to detect when a slip (processing target 11) is placed.

FIG. 10 is a diagram (part 3) for explaining a specific example of the present invention. In this configuration, the number of the transport units 15 is an odd number, and the processing target 11 is placed on each one, and when the processing is impossible even if the reprocessing is performed, it is discharged as an unprocessable product. Here, the processing target 11 will be described as a slip.

In FIG. 10, (a-1) disables the processing 1 of the slip A. In (a-2), the process 2 of the slip A is skipped. In (a-3), the slip A is not processed and is not discharged here.

(A-4) prepares for reprocessing of the slip A. (A-5) is rotated. (A-6) is rotated.

(A-7) is rotated. (A-8)
Executes the process 1 of the slip A again, but becomes impossible again.
In (a-9), the process 2 of the slip A is skipped.

(A-10) Rotate. (A-11)
Discharges unprocessable products. By the above, an odd number of transport units 15 are provided and the processing target 11 (slip) is provided for each one.
When the treatment 1 cannot be processed, it is not discharged and is left as it is, and the reprocessing is performed. When the treatment 1 is impossible, the product is discharged as a non-processable product. On the other hand, when both the processing 1 and the processing 2 are normal in the reprocessing, the processed product is discharged.

[0082]

As described above, according to the present invention,
An empty transport unit is provided for each of the plurality of transport units 15, or a configuration is adopted in which the transport units are emptied according to designation and processing targets (such as slips) are placed on the empty transport units 15 for processing. Therefore, without switching the automatic transfer processing system to the manual operation, it is possible to simply insert the processing of the unprocessable product into the processing of the normal product without changing the automatic transfer processing system. With these, it is possible to eliminate the need for separate equipment dedicated to manual input in the past, and easily perform the manual work on the unprocessable products in one automatic transfer processing system and perform the remaining processing again as needed. It is possible to do it.

[Brief description of drawings]

FIG. 1 is a configuration diagram of an embodiment of the present invention.

FIG. 2 is an operation explanatory diagram of the present invention.

FIG. 3 is a diagram for explaining a specific example of the present invention (No. 1, continued).

FIG. 4 is a diagram for explaining a specific example of the present invention (No. 1, continuation).

FIG. 5 is a detailed operation explanatory diagram of the present invention.

FIG. 6 is an example of a processing target management table of the present invention.

FIG. 7 is an example of a transport unit management table of the present invention.

FIG. 8 is a specific example explanatory diagram (2) of the present invention.

FIG. 9 is an explanatory diagram illustrating detection of a transport unit and a slip according to the present invention.

FIG. 10 is a specific example explanatory view (3) of the present invention.

[Explanation of symbols]

 1, 2: Processing 11: Processing target 12: Processing target setting mechanism 13: Pre-processing product box 14: Conveying mechanism 15: Conveying unit 16: Processing means 17: Unprocessable product discharging mechanism 18: Unprocessable product box 19: Processed Product discharge mechanism 20: Processed product box 21: Personal computer 22: Read processing unit 23: Recovery processing unit 24: Processing target management table 25: Transport unit management table 26: Input device 27: Display device 31: Voucher

─────────────────────────────────────────────────── ─── Continuation of front page (51) Int.Cl. ⁶ Identification code Office reference number FI technical display location // B65G 47/80 C 7633-3F

Claims (5)

[Claims] 1. A plurality of transfer units (15) on which a processing target (11) is placed, a processing target setting mechanism (12) for mounting the processing target (11) on the transfer unit (15) one by one, and a transfer unit ( 15) is provided with a processing means (16) for performing a predetermined process of the processing target (11), and the processing target setting mechanism (12) transfers the processing target (11) one by one to the transport unit (15). When the carrying unit (15) is placed on the top and moves to the position of the processing means (16), a predetermined process is performed, and when a process failure occurs, the process unit (15) is discharged as an unprocessable product. In response to the unprocessable product being placed on one of the above-mentioned empty transport units (15),
The transport unit (15) moves to move the processing means (1).
A conveyance processing system characterized in that it is configured to perform a predetermined process again when it comes to the position of 6). 2. A plurality of transfer units (15) on which a processing target (11) is placed, and a processing target which is placed on the transfer unit (15) and which is instructed by an empty transfer unit (15). A transport processing target setting mechanism (12) for generating an empty transport unit (15) on which (11) is not mounted, and a processing means (16) for performing a predetermined process of the processing target (11) mounted on the transport unit (15). ) And the object to be processed (11) is sequentially and continuously placed on the carrier unit (15) by the object to be processed setting mechanism (12), and the carrier unit (15) moves to move the object of the processing means (16). When a position is reached, predetermined processing is performed, and when processing failure occurs, the processing is discharged as a processing failure product, and the discharged processing failure product is created as an empty transport unit (15) in response to the instruction. To This transport unit (1
A transport processing system, characterized in that, when 5) moves to the position of the processing means (16), a predetermined processing is inserted and performed again. 3. An odd number of transfer units (15) on which the processing target (11) is placed, and one transfer unit (15) for the processing target (11).
A processing target setting mechanism (12) for loading the processing target (11) for each one and a processing means (16) for performing a predetermined processing of the processing target (11) mounted on the transport unit (15) are provided. The target setting mechanism (12) puts it on the transport unit (15) one by one, and when the transport unit (15) moves and reaches the position of the processing means (16), a predetermined process is performed, and the process cannot be performed. When an unprocessable product is left as it is, the transport unit (15) on which the unprocessable product is placed moves again to the position of the processing means (16). When the inability to process again occurs, it is discharged as an unprocessable product, and in response to the discharged unprocessable product being placed on any of the empty transport units (15),
The transport unit (15) moves to move the processing means (1).
A conveyance processing system characterized in that it is configured to perform a predetermined process again when it comes to the position of 6). 4. The first processing means (1) and the second processing means (2) as the processing means (16), and when any one of the processing means fails to be processed, the product is discharged as an unprocessable product (claim In the case of item 3, when the processing failure occurs even after the reprocessing, it is discharged as a processing failure product, and the discharged processing failure product is placed on the empty transport unit (15). 4. The transfer processing system according to claim 1, wherein the transfer processing system is configured to perform unprocessed processing again by being inserted into processing of the processing target product. 5. A slip as the processing target (11), a barcode reading means on the slip as the first processing means (1), and an image reading means of the slip as the second processing means (2). The transport processing system according to claim 4, wherein