JP3443697B2 - Packaging system and management method - Google Patents

Description

Detailed Description of the Invention

[0001]

TECHNICAL FIELD The present invention relates to a sheet-like product, for example,
Regarding a packaging system for accumulating and kitting piece-like works and film-wrapping, in particular, the contents are different for each packaging unit of the piece-like works, and the contents correspond to the labels one by one,
The present invention relates to a packaging system that records the history and a management method thereof.

[0002]

2. Description of the Related Art Conventionally, in the in-film packaging section of this type of packaging system, the sheet-like workpieces are continuously received from the sheet-like workpiece processing apparatus, which is an apparatus in the upstream process of the packaging system, and kitted into a predetermined number of sheets. The film was wrapped inside, and the identification label was attached at the identification label attachment part for the inner package.

After applying the identification label, the identification label was manually checked and packed in a box. Also, when using an automatic cartoning machine instead of this, it was constructed separately from the film inner packaging part.

[0004]

However, in the above-mentioned conventional packaging system, since human intervention is required during the process, when a defect such as an insufficient number of sheets occurs later, the cause cannot be specified. In a work requiring high security, such as a cash voucher, the possibility of occurrence of such a defect greatly affects its reliability.

When handling products requiring high security, the transfer in the process is as short as possible (small).
Is preferable because it increases reliability.

[0006] Further, when the individual workpieces are processed differently and it is necessary to combine the workpieces according to a predetermined plan, it is very troublesome to combine the randomly manufactured workpieces and an error occurs. Cheap.

Therefore, a method is adopted in which the products are produced in the order of combination, cut into a predetermined number of groups, and then kitted. At this time, if it is impossible to identify each of the sheet-like workpieces to be processed differently after the processing is completed, they must be produced in the planned order without any interruption. In such cases, the progress of production needs to be clear.
In particular, when the plan is managed by a computer, it is essential that the pointer in the database and the work on the device always correspond to each other, and that the operator of the device can recognize the progress at a glance. .

Further, since devices such as machines are accompanied by damage, it is impossible to make a completely non-stop device in view of its efficiency (cost). When a failure occurs in the device, the restoration is performed manually, but the manual intervention reduces the security level.

In view of the above, the technical problem of the present invention is that when human intervention is required, the process always returns to a certain process and restarts, and after restarting, the automatic work confirmation is first performed by the device, or the human intervention is involved in a specific work. It is to provide a packaging system capable of keeping a history and a management method thereof.

[0010]

In order to solve the above-mentioned technical problems, in the management method of the packaging system of the present invention, the individual products are continuously received and kitted into a predetermined number, and the film inner packaging is performed. In the method of managing the packaging system, by confirming the label data of the first identification label attached to the inner package, by making the inner package and attaching the first identification label to the inner package. and kitted predetermined number of, boxed, paste the second identification label to the box, performs label check of the second identification label, the label data, pre contents
Correspond to the data and in the database in order of production schedule
Made a database and became ready to print labels
Request label data from the database,
In response to the request, the database
Send the upper record and the packaging system will
The label is printed based on the
Whether the bell data has a predetermined correspondence
After the confirmation is completed, the label data and
Sent to the database, and in case of inconsistency
Do not do this, and the matching code is stored in the database.
Only if it is sent, the corresponding data in the database is
By adding the completion flag to the data record,
Even if there are inconsistent products in the middle, accurate production instructions will always be given.
It is characterized in that as possible.

[0011]

Further, in the management method of the packaging system of the present invention, in the management method of the packaging system, when confirming the first identification label attached to the inner package, it is possible to convey the first identification label and the identifiable first position. After confirming on the posture conversion unit that can change the posture to the second position, and when the confirmation is completed at the first position, the matched product immediately changes the posture to the second position, and an alarm is issued for the inconsistency. It is characterized by stopping on the spot.

Further, in the management method of the packaging system of the present invention, in the management method of the packaging system, the label check of the second identification label of the outer packaged product is performed,
In the case of a rejected product that is judged to be inconsistent by this label check, the system is temporarily stopped there, and before the next packaging, the rejected outer packaging product is returned to the kitting stage and the operation from the packaging is performed again. The feature is that the correspondence between the contents and the second identification label does not deviate by carrying out.

Further, in the management method of the packaging system according to the present invention, in any one of the management methods of the packaging system described above,
It is possible to confirm the number of boxes and the contents securely by checking all the first identification labels of the kitted products after checking the alignment of the first identification label and immediately after kitting. It has a feature.

Further, in the management method of the packaging system of the present invention, in the management method of the packaging system, the system portion corresponding to the process of continuously receiving the individual products and packing them into a box is covered with a cover, and an opening / closing part of the cover is provided. If an open detection sensor is installed on the device and the cover is once opened, it will not move unless the personal identification password such as the personnel code is input to the device. If the password is input, the label that has been confirmed after that is confirmed. When the completion flag is attached to the data, it is possible to identify the inner and outer packaged products in which the cover may be opened and the contents may be changed by recording the password as well.

On the other hand, in the packaging system of the present invention, the individual products are continuously received, kitted into a predetermined number of sheets, and the film is internally packaged to form an inner packaging product, and the first identification label is attached to the inner packaging product. In a packaging system, a first label confirmation means for confirming label data of a first identification label of the inner package, a kitting means for kitting to a predetermined number, and a packaging means for packaging the kitted inner package. When a second labeling means affixing a second identification label to the boxed box, a second label confirmation means for performing a label check of the second identification label, wherein the La
Bell data is made to correspond to contents data in advance and production
Label database means to create a database in order of schedule
And, in the packaging system, the label printable state
Then, the label data is stored in the label database means.
Label data requesting means for requesting data,
The label confirmation means of No. 1 is the label database means.
Data that meets the requirements of the label data requesting means
Label based on top-level record for which label confirmation is not completed
The label printing means for printing is provided, and the label is printed.
Between the data and the data from the label database means
Only if the data is consistent after confirming the consistency and completing the verification
Matches the label data to the label database means
Send the code and do nothing in case of inconsistency.
The bell database means is sent the matching code.
Only in the corresponding database data record
Inconsistency even in the middle by adding the completion flag
The feature is that even if there is a product, accurate production instructions can always be given .

[0017]

Further, in the packaging system of the present invention, in the packaging system, the first label confirmation means is a position where an inner packaged article is placed thereon and a first identification label is confirmed. A posture changing unit having a position and a second position, which is a transport position for carrying out the inner packaged product, wherein the first label confirmation means is the first label attached to the inner packaged product.
When confirming the identification label of the above, after the confirmation is completed at the first position, the aligned product immediately performs the attitude conversion of the attitude conversion unit to the second position, and the mismatched product issues an alarm, It is characterized in that the posture changing unit is stopped in the first position.

Further, in the packaging system of the present invention, in the packaging system, when the second label confirmation means makes a mismatch in the label check of the second identification label of the outer packaged product, the system is set there. Before the next packaging is stopped, the inconsistent outer packaging product is returned to the kitting stage of the kitting means, and the kitting means and the packaging means are operated again, whereby the contents The feature is that the correspondence between the outer packaging label and the outer packaging label does not shift.

Further, in the packaging system of the present invention, the first label confirming means is an inner package label confirming means for confirming the first identification label of each inner package, and after kitting by the kitting means, A kitting label confirmation means for confirming all identification labels of the kitting product immediately before the packaging by the packaging means is provided so that the number of boxes and the contents can be surely confirmed.

Further, in the packaging system of the present invention, in the packaging system, a cover for covering the mechanical mechanism of the first label confirmation means, the kitting means, and the packaging means, and an opening / closing portion of the cover are provided. An opening detection sensor for detecting the opening of the cover, and when the cover is once opened, the system is configured not to operate unless a personal identification password is input to the system, and the password is input. In this case, when the completion flag is added to the label data that has been confirmed by the label database means, the password is also recorded to identify the inner or outer packaged product in which the cover may be opened and the contents may be changed. It is characterized by being able to do.

[0022]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described in detail below with reference to the drawings. Here, in the embodiment of the present invention, the case of handling a sheet-like work is shown.

(First Embodiment) FIG. 1 shows a first embodiment of the present invention.
It is a perspective view showing a packaging system according to an embodiment of.
Referring to FIG. 1, the packaging system 1 includes a sheet-like workpiece processing apparatus 100, a film inner packaging unit 110, and an inner package identification label attaching unit for attaching a first identification label that is an inner package identification label. (Hereinafter, referred to as a first label sticking unit) 10 and an inner package identification label reading unit (hereinafter, referred to as a first label sticking unit).
20), an inner packaged product kitting unit 30, an inner packaged product packaging unit 40 for packaging the kitted inner packaged product, and a second identification label for identifying the outer packaged product in a box. An outer packaging identification label attaching section (hereinafter referred to as a second label attaching section) 50 to be attached, and an outer packaging identification label reading section (hereinafter referred to as a second label reading section) for reading a second identification label. (Call) 60 and a product stock section 70 for stocking boxed outer packaging products.

Here, the sheet-like workpiece processing apparatus 100, the film inner packaging part 110, and a part of the inner package identification label sticking part (first label sticking part) 10 are the same as the conventional film inner packing part. An identification label for the inner package, which has the same configuration and continuously receives the sheet-like works from the sheet-like work processing device 100, which is an upstream process of the packaging system, kits them into a predetermined number of sheets, and wraps them in a film. The sticking unit 10 sticks an identification label.

In the embodiment of the present invention, further, the label code of the first identification label of the inner package is confirmed by the first label reading section 20 in the same device, and the inner package kitting section 30 is confirmed. Kitting to a predetermined number determined in advance, boxing in the inner packaging box boxing section 40, attaching an identification label in the second label attaching section 50, and performing a label check in the second label reading section 60, Product Stock Department 7
It is equipped with a structure for accommodating 0. Here, the operations of the first label reading unit 20, the inner packaged product kitting unit 30, the second label sticking unit 50, and the second label reading unit 60 are controlled by the control device, respectively, as described later. And the first label reading unit 20 including the control device is the first
Label confirming means, the inner packaged product kitting section 30 is a kitting means, the inner packaged product boxing section 40 is a boxing means, the second label attaching section 50 is a second label attaching section, and the second label reading section 60 is a second label attaching section. The respective label confirmation means are constructed.

In the embodiment of the present invention, bar code labels are used as the first and second identification labels, and bar code readers are used as the first and second label reading units 20 and 60. . However, other than this, OCR or the like can also be used.

Further, in the embodiment of the present invention, a portion corresponding to the conventional manual work after the first identification label is attached is
After the first label reading unit 20, interior parts kitting unit 3
0, inner package box packing section 40, second label sticking section 50,
Since it is produced consistently through the second label reading unit 60 and the product stock unit 70, it is possible to easily identify it even if human intervention is unavoidable and human intervention is unavoidable. It will be possible.

FIG. 2 is a diagram schematically showing a part of the packaging system of FIG.

Referring to FIG. 2A, the packaging system 1
Includes a labeler 31, a control device 5 having a data register 7 built-in, a label database 6 as a label database means, and a work arrival detection sensor 3.

In the label database 6, combination data of contents for sequential production and label data are registered in the production order.

As shown in FIG. 2A, the packaging system 1
Then, when the control device 5 confirms the arrival of the work 2 at the label attachment position by the work arrival detection sensor 3, it outputs a label data request 8 to the label database 6 (label data requesting means). In response to this request, the label database 6 retrieves the highest level data (LL63 in the figure) without the confirmation flag and sends it to the control device 5 as shown in FIG. 2 (b). The control device 5 temporarily stores the received data in the internal data register 7, and then issues a print instruction 11 of the same data to the identification label sticking unit 10.

As shown in FIG. 2C, the identification label attaching section 10 prints data on the first identification label based on the print instruction 11 (label printing means) and attaches it to the work 2.

After completion of applying the first identification label, FIG. 2 (d)
As shown in, the work 2 is immediately moved to the first label reading unit 20, and the label data of the first identification label is read there. By the first label reading unit 20,
The read data is transmitted as the read result 13 and collated with the label indicating data stored in the data register 7 inside the control device 5. At this time, the collation result 14 and its label data are transmitted to the label database 6 only in the case of collation coincidence between the label indicating data and the reading result (first label confirmation means).

The label database 6 adds a confirmation flag as indicated by reference numeral 15 in the confirmation flag column corresponding to the same label data in the database only by this collation and coincidence report.

On the other hand, if the verification results do not match, the packaging system 1 is temporarily stopped, the worker returns the work 2 to a predetermined position, starts the system, and repeats the above operation.

As a result, the finished products are always in the order of the label database 6 created in advance, and no hollowing occurs at all.

FIG. 3 is a diagram showing a specific configuration of the first label reading unit 20 of FIG. Referring to FIG. 3 (a),
The first label reading unit 20 includes a label identification device 16 including a bar code reader, a posture changing unit 17, an air cylinder 18, and a double solenoid valve 23. As shown, work (inner packaging)
2 is installed above the attitude conversion unit 17.

The attitude conversion unit 17 is composed of the air cylinder 1
It is driven by 8 and rotates 90 degrees from the cylinder rod 21 via the driving body 22. The air supply to the air cylinder 18 is switched by the double solenoid valve 23 so as to be one of the air inlets and outlets 26 and 27 of the cylinder. The double solenoid valve 23 is switched by the valve switching signal 24 of the control device 5.

The work (inner package) 2 is on the posture changing unit 17 which is the first position (first label reading section 20).
When the label identification device 16 arrives at, the label data (one surface in the figure) of the first identification label attached to the work 2 at a predetermined position is read by the label identification device 16.

As described above, the same label data is collated by the flow shown in FIG. In the case of matching, the controller 5 outputs a valve switching signal 24 for operating the cylinder rod 21 so as to move to the left in the figure, and the double solenoid valve 23, as shown in FIG. By switching and supplying compressed air from the air supply unit 25 (for example, an air compressor) from the intake / exhaust port 27, the air cylinder 18 operates and moves to the right side as shown in the drawing, and the attitude conversion unit 17
The position of the work (inner packaged product) 2 is changed by changing the position to the second position.

In the case of collation disagreement, the valve switching signal 24 is not output from the control device 5, so that the posture of the work (inner packaged product) 2 is not converted, and the posture conversion unit 17 is set to the position shown in FIG. While stopped at position 1, stop at the reading position. As a result, when the first label reading unit 20 is stopped, the operator only confirms the posture of the work on the posture conversion unit 17, and the reading of the label is normally completed, and the label database 6 It is possible to know for sure whether the confirmation flag has been added.

Further, in the switching valve of the air cylinder 18,
Since the double solenoid valve 23 is used, once the valve switching signal 24 is output, the double solenoid valve 23 does not automatically recover due to a power failure or the like thereafter, so that the state before the power failure can be maintained. . As a result, even if the label database 6 is destroyed due to a power failure, it is possible to confirm the progress of production by the posture of the work.

FIG. 4 is a view schematically showing a portion of the packaging system according to the embodiment of the present invention viewed from another angle. Referring to FIG. 4 (a), another label identifying device 28 is installed at the rear of the inner packaging product kitting portion forming the kitting means. Label identification device 28
Is the motor 3 so that it can be moved in the direction in which the inner packages are aligned.
34a and guide roller 34 driven by
It is driven by an endless belt 35 that is erected between and. An insertion pusher 36, which is a means for packing the inner packaged product in the box 32, is installed further behind the label identification device 28.

The first identification label 12 of the inner package 2 is printed and affixed with the same content on both the upper surface and the side surface in the drawing of the work 2, and the identification can also be performed from the side surface. As described above, after the label is attached, the identification and verification are performed, and only the verification-matched product is subjected to the posture conversion and sent to the inner packaged product kitting unit 30. After reaching the predetermined quantity in the inner packaged kitting section 30, as shown in FIG. 4D, the box insertion pusher 36 moves in the direction shown by the arrow 38,
The inner package 2 is inserted into the box 32 (the inner package boxing section 4
0) However, as shown in FIGS. 4B and 4C, the label identification device 28 provided immediately behind the inner packaged product kitting section 30 immediately before the inner packaged product 2 indicated by the arrow 37 While moving in the alignment direction, the labels on the side surface of the aligned inner package 2 are sequentially read.

Since the same label data are all different, the number of the inner packaged products 2 can be confirmed only by counting the number of types of read data. Moreover, it is also possible to access the label database 6 of FIG. 2 and collate the label data.

As a result, for example, when a failure occurs in the step after the packaging and the packaging is restarted, the operator resets the inner package 2 to the inner package kitting section 30 and restarts. ， The combination mistake can be detected in advance.

(Second Embodiment) FIGS. 5 and 6 are perspective views showing a packaging system according to a second embodiment of the present invention. The packaging system according to the second embodiment shown in FIG. 5 and FIG. 6 is such that the mechanical mechanism portion of the system corresponding to the steps from the labeling of the inner package 2 to the packaging thereof is in contact with the inner package 2. The packaging system according to the first embodiment is covered with a cover 80, a door 81 is provided on the cover 80, and a door open detection sensor 82 is installed as an open detection sensor of the cover 80. Are different. Further, as shown in FIG. 6A, the label database 6 shown in FIG. 2 is different from the packaging system according to the first embodiment in that a personnel code fence 39 is added.

As shown in FIG. 6B, when the door 81 of the cover 80 is opened during the operation of the system, the door open detection sensor 82 detects it and the door open detection signal 43 indicating the door open detection. To the control device 5, and the control device 5 outputs an emergency stop signal 44 in response to the door open detection signal 43 to stop the system in an emergency.

As shown in FIG. 6C, in the state where the door 81 is left open, the signal 43 indicating the door open detection is always output, so that the start S from the start switch 41 is started.
Even if the control device 5 receives the W press signal, it does not output a drive start signal and cannot restart.

As shown in FIG. 6D, the door 81 is closed,
Further, only when the person-in-charge code 46 is input, the control device 5 receives the start SW pressing signal 45, outputs the drive start instruction signal 47, and enables the restart.

As shown in FIG. 6E, after restarting,
At the time of the first transmission of the label matching result, the control device 5 sends the label data together with the person-in-charge code 4 entered when the door was opened.
Data of 6 is also transmitted to the label database 6.
In the label database 6, when the confirmation flag is added to the confirmation flag column 51 corresponding to the same label data, the person-in-charge code similarly transmitted is recorded in the person-in-charge code column 39.

As a result, the contents may change at a later date,
When a quantity shortage is discovered, it is possible to identify the worker who directly touches the work 2 by searching the label data.

[0053]

As described above, according to the present invention, after receiving the individual products, it is possible to consistently perform the packing up to the box, so that the transfer in the middle of the process can be minimized and the packaging system with high security level can be provided. Can be provided.

Further, according to the present invention, when the individual products are processed differently one by one, and it is necessary to combine them according to the plan decided in advance, the production is performed in the planned sequence without any interruption, so that the production progress is improved. Can provide a clear packaging system management method.

Further, according to the present invention, in the above case, it is possible to provide a packaging system in which the operator of the apparatus can recognize the progress at a glance.

Further, according to the present invention, there is provided a device capable of detecting an error even when human intervention is involved during the process in the device,
It has become possible to provide a management method for a packaging system that can identify the target later even if the error is intentional.

[Brief description of drawings]

FIG. 1 is a perspective view showing a packaging system according to a first embodiment of the present invention.

FIG. 2 is a diagram schematically showing a part of the packaging system of FIG. 1, and FIGS. 2 (a), (b), (c), and (d) are operation explanations from the arrival of a work to the reading of label data. They are shown in order.

3A and 3B are diagrams showing a specific configuration of a first label reading unit 20 in FIG. 1, and FIGS. 3A and 3B specifically show a label reading operation.

FIG. 4 is a diagram schematically showing a part of the packaging system according to the first embodiment of the present invention viewed from another angle, (a) being a perspective view, and (b) to (d) being a boxing operation. It is a top view which mainly shows.

FIG. 5 is a perspective view showing a packaging system according to a second embodiment of the present invention.

6 is a diagram schematically showing a part of the packaging system of FIG. 5, in which (a), (b), (c), (d) and (e) are from the arrival of the work to the reading of the label data. The operation description is shown in order.

[Explanation of Codes] 1 Packaging system 2 Work (inner packaged product) 3 Work arrival detection sensor 5 Control device 6 Label database 7 Data register 8 Label data request 10 Inner packaged product identification label sticking part (first label sticking part) 11 Print Instruction 12 First Identification Label 13 Reading Result 14 Matching Result 16 Label Identification Device 17 Posture Change Unit 18 Air Cylinder 20 Identification Label Reading Part (First Label Reading Part) for Inner Package 21 Cylinder Rod 22 Driver 23 Double solenoid valve 24 Valve switching signal 25 Air supply part 26, 27 Air inlet / outlet 28 Label identification device 30 Inner packaged product kitting part 31 Labeler 33 Drive motor 34a Roller 34b Guide roller 35 Endless belt 36 Box insertion pusher 40 Inner packaged product Box packing Part 43 Door open detection signal 50 Outer packaging Identification label sticking part for products (second label sticking part) 60 Identification label reading part for outer packaging (second label reading part) 70 Product stock part 80 Device cover 81 Door 82 Door open detection sensor 100 Sheet work processing Device 110 Film inner packaging unit

─────────────────────────────────────────────────── ─── Continuation of the front page (72) Masami Makabe, 6-7-1 Koriyama, Taichiro-ku, Sendai-shi, Miyagi Tokin Co., Ltd. (72) Masaru Mito 6-7-1, Koriyama, Taihaku-ku, Sendai, Miyagi Prefecture No. Tokin Co., Ltd. (72) Inventor Junichi Suzuki 6-7-1 Koriyama, Taichiro-ku, Sendai-shi, Miyagi Tokin Co., Ltd. (72) Inventor Takayuki Kamada 3-3-3 Toyosu, Koto-ku, Tokyo En (72) Inventor, Toshiyuki Hayashida, 3-3-3 Toyosu, Koto-ku, Tokyo, NTT Data Communications Co., Ltd. (72), Inventor, Yasuaki Takeishi Tokyo Koto, Tokyo Toyosu 3-chome 3-3, NTT Data Communications Co., Ltd. (56) Reference JP-A-1-240431 (JP, A) (58) Fields investigated (Int.Cl . ^7, DB name) B65B 17/00

Claims (10)

(57) [Claims] 1. A series of pieces are continuously received and predetermined.
The inner wrapping is performed by kitting to the desired number
And put the first identification label on this inner package.
In the method of managing a packaging system, the label of the first identification label attached to the inner packaged article
Check the data and kitt to a predetermined number
Then, put it in a box, put a second identification label on this box,
The label check of the second identification label is performed, the label data is made to correspond to the content data in advance, and the database is made into a database in the order of production schedule. When the label printing becomes possible, the label data is made to the database. And the database responds to the request and sends the topmost record for which label confirmation is not completed,
The packaging system prints a label based on the data, confirms whether the label data and the printed label data have a predetermined correspondence relationship, and then completes the label data and the matching code only when they match. Send to the database and do nothing in case of inconsistency,
Only when the matching code is sent to the database, by adding the completion flag to the corresponding data record of the database, it is possible to always give an accurate production instruction even if there is a mismatched product in the middle. The management method of the packaging system characterized by. 2. The method of managing a packaging system according to claim 1 , wherein when confirming the first identification label attached to the inner package, the first identification label and the second transportable position are provided. After confirming on the posture conversion unit that can change the posture and after completing the confirmation at the first position, the aligned product immediately performs the posture conversion to the second position, and if there is a mismatch, generate an alarm and stop on the spot. The management method of the packaging system characterized by. 3. The method of managing a packaging system according to claim 1, wherein the label check of the second identification label of the outer packaged product in the box is performed, and if the label check results in inconsistency, the system is temporarily stopped there. However, before packaging the next box, the misaligned outer package is returned to the kitting stage, and the operation from box packaging is performed again, so that the correspondence between the contents and the second identification label does not shift. A method for managing a packaging system, which is characterized in that 4. The packaging method according to claim 2 or 3, wherein the inner packaging label is checked for consistency, and after kitting, immediately before packaging, all identification labels of the kitting product are checked to perform packaging. A method of managing a packaging system, which is capable of surely confirming the number of pieces and the contents. 5. The method for managing a packaging system according to claim 1, wherein a system portion corresponding to a process of continuously receiving the individual products and packing them is covered with a cover, and an opening detection sensor is provided at an opening / closing portion of the cover. , Once the cover is opened, it will not move unless the personal identification password such as the person in charge code is input to the device, and if the password is input, the completion flag is added to the label data confirmed after that. At this time, by recording the password as well, it is possible to specify the inner and outer packaged products whose contents may be changed by opening the cover, and managing the packaging system. 6. A product is continuously received, and a predetermined number of products are received.
The inside of the film,
For the packaging system that puts the first identification label on the inner package
And the label data of the first identification label of the inner package
The first label confirmation means for confirming the
Kitting means for
Boxing means for boxing the inner package, and the box packed
A second label attaching means for attaching a second identification label to the front,
The second label for checking the label of the second identification label.
In the packaging system, a label confirmation means and a label database means for previously correlating the label data with the content data, and creating a database in the production schedule order,
And a label data requesting means for requesting the label data to the label database means when the label is ready for printing, and the first label confirming means responds to the request from the label data requesting means from the label database means. Equipped with a label printing unit that prints a label based on the uppermost record that has not completed label confirmation, which is the data that has been responded
After confirming the consistency between the label-printed data and the data from the label database means, after the completion of the confirmation, the label data and the consistency code are transmitted to the label database means only when the data is consistent, and in the case of inconsistency. Nothing is done, the label database means adds a completion flag to the data record of the corresponding database only when the matching code is sent, so that even if there is an inconsistent product on the way, A packaging system that is capable of providing accurate production instructions at all times. 7. The packaging system according to claim 6 ,
The first label confirmation means is a position where an inner package is placed on the first label confirmation portion to confirm the first identification label,
A posture changing unit having a second position, which is a transport position for carrying out the inner packaged product, wherein the first label confirmation means confirms the first identification label attached to the inner packaged product. /> when you, after confirming the completion by the first position, the matching product immediately performs posture change to the second position of the posture conversion unit, mismatch products out an alarm, the first A packaging system, characterized in that the posture changing unit is stopped at the position. 8. The packaging system according to claim 6 ,
The second label confirming means, when the label check of the second identification label of the outer packaged product is inconsistent,
So before stopping the system and packing the next box,
By returning the inconsistent outer packaging product to the kitting stage of the kitting means and operating the kitting means and the packaging means again, the correspondence between the contents and the outer packaging label does not deviate. A packaging system characterized by. 9. The packaging system according to claim 7 , wherein the first label confirming means confirms the first identification label of each inner package, and the kitting means. The kitting label confirmation means for confirming all identification labels of the kitting product is provided after the kitting and immediately before the packaging by the packaging means, and it is possible to surely confirm the number of boxes and the contents. And packaging system. 10. The packaging system according to claim 6 , wherein the first label confirmation means, the kitting means,
And a cover that covers the mechanical mechanism of the packaging means, and an opening detection sensor that is provided at the opening / closing portion of the cover and detects opening of the cover, and when the cover is once opened,
If you do not enter the personal identification password in the system,
If the system is configured not to operate and the password is entered, the cover can be opened by also recording the password when the completion flag is added to the label data confirmed by the label database means. , A packaging system characterized by being able to identify inner and outer packaged products whose contents may have changed.