JPH08198416A - Picking, weighting, and inspecting system for publications - Google Patents

Abstract

PURPOSE: To provide a picking, weighing, and inspecting system which can handle a variety of objects and is highly excellent in work efficiency by writing picking information into the ID recording body of a pallet, reading the picking information, and displaying the quantity of objects to be picked. CONSTITUTION: Picking information is read by a pallet 3 provided with an ID recording body for storing picking information, a conveyor 1 to transport it circulatedly, and a work station 12 arranged on the most upstream side and input into a host computer. Also the picking information stored in the ID recording body of the pallet 3 thus arranged is written at non-contact into the ID information recording device 13. Then it is provided with multiple picking bays 21 arranged in mid-course along the conveyor 1, an ID information reader 23 provided in a conveyor route immediately before the picking bays, a quantity indicator 24 for the number of picks provided in each picking bay 21, and a measuring device 25 for overall picking weight. In addition, an output from the measuring device is compared with a predicted overall weight value to be determined beforehand by a judgment indicator 26.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a picking inspection system for preparing and shipping a wide variety of ordered products for end retailers in a product distribution process such as publications such as magazines and books. The present invention relates to an improvement of a picking measurement inspection system that is capable of performing a predetermined amount of picking work.

[0002]

2. Description of the Related Art Generally, in a product distribution process, after a variety of products are collected from manufacturers, wholesalers, etc., the products ordered by each terminal retailer actually sold are prepared for each destination. (Picking) Shipped to the customer. For example, in the case of magazines and books, a publisher enters a sales company (a so-called agency), where picking and delivery are performed for each bookstore, each store, and each order table.

For a long time, the work during this period has been classified according to the delivery destination by a so-called sowing work, in which a worker holding an order slip collects necessary items from various magazines / books on the floor or shelf. . Such work requires a large number of personnel and is desired to be improved. Further, accidents of erroneous delivery are likely to occur, which may cause credit problems of the sales company, and improvement in this aspect is also desired.

In order to improve such a situation, a centralized management system using a computer has been proposed and already used. An example of this type of picking inspection system is a picking instruction device disclosed in Japanese Patent Laid-Open No. 4-159901. In this proposal, the front position of the multi-tiered inclined shelf board is set as the storage position of the article case, and when the empty article case is removed, a new case in the rear is inclined and the fluidized shelf that comes out to the front is used. On the basis of the article take-out request, the predetermined quantity is displayed on a plurality of display devices provided corresponding to the article accommodating positions, so that the operator can automatically display the accommodating position and the take-out quantity of the article to be taken out. It employs a configuration that is evaluated to improve work efficiency. The proposal proposes to further increase efficiency by holding the displayed quantity for a while. In addition to this proposal, many proposals have already been made for each part regarding a centralized management system using a computer.

[0005]

SUMMARY OF THE INVENTION The present invention relates to a picking inspection system for publications such as magazines and books that are centrally managed using such a computer, and is capable of handling a wider variety of articles than conventional systems. The purpose is to provide a picking and weighing inspection system that is possible and has even better work efficiency. It is also an object to provide a picking weighing inspection system capable of reducing picking mistakes.

[0006]

In order to achieve the above object, a picking and weighing inspection system of the first invention is a pallet provided with an ID recording body (4) for storing picking information.
(3) and a conveyor (1) that circulates and conveys this pallet (3)
A workstation (12) arranged at the uppermost stream of the conveyor (1) and reading picking information previously input to the host computer, and a workstation (12)
And an ID information recording device (13) for writing picking information on the ID recording body (4) of the pallet (3) in a non-contact manner, and a plurality of picking bays (2) arranged on the way along the conveyor 1.
1), an ID information reading device (23) provided on the conveyor path immediately before each picking bay (21), a quantity indicator (24) for the picking quantity provided in each picking bay (21), and a total picking weight. It is characterized by comprising a measuring device (25) and a judgment display device (26) for comparing the output of the measuring device with a predetermined total weight value calculated in advance.

Further, in the second invention, a pallet (3) having an ID recording body (4) for storing picking information, a conveyor (1) for circulating and transporting the pallet (3), and a conveyor (1).
The workstation (12), which is located in the uppermost stream of the pallet and reads the picking information that has been input to the host computer in advance, and the workstation (12), which is located on the workstation (12), picks the ID recording body (4) of the pallet (3) It is composed of an ID information recording device (13) for writing information in a non-contact manner and a plurality of picking bays (21) arranged along the conveyor 1; the picking bay (21) is an ID recording body (4). ID information reading device (23) that reads the picking information written in
A pallet stopping means (28) for stopping the pallet (3) only when the bay is designated based on the picking information of the pallet (3) reaching the bay, and a plurality of pallet stopping means (28) based on the read picking information. A plurality of quantity indicators (24) provided corresponding to the take-out position of the articles, each displaying the quantity to be picked for each article, and a quantity indicator (24) for displaying the quantity to be picked for each article. , A weight measuring device for measuring the total weight of each picked article (25)
And the total weight value of the articles to be picked in the bay obtained based on the picking information and the weight measuring device (2
It is characterized by comprising a judgment indicator (27) for comparing the outputs of 5) and judging whether the difference between them is within a certain range.

According to a third aspect of the present invention, in the picking measurement and inspection system of both of the above aspects, the picking bay further comprises:
The pallet stopping means for stopping the pallet is provided, and the pallet is stopped by the pallet stopping means only when the bay is designated based on the picking information of the pallet reaching the bay.

In the fourth invention, the picking bay (21)
Has a mounting table (26) at a position adjacent to the weight measuring device (25) for tentatively placing the picked article subsequent to the article being picked first and subsequently being weighed.

[0010]

In each of the inventions, the circulation path composed of the conveyor is
A pallet having an ID recording body is conveyed by a conveyor having an accumulation function. The picking information previously input to the host computer is written (overwritten) together with the pallet number on the ID recording body of each pallet by the ID information recording device at the most upstream side of the conveyor. Each pallet is conveyed to the conveyor and stopped at the required picking bay, the picking information is read by the ID information reading device, and the quantity of each article to be picked is displayed on the quantity indicator based on this information. The worker performs the picking work based on this quantity display.

The picked article (publication) is placed on a weight measuring device which is a table with a measuring instrument. The weight of each picked product or the entire picking product group is compared with the measured value of the weight measuring device and the planned total weight value known from the picking information. If the difference between the two is within a certain range, the fact is displayed on the determination display, so that the operator knows that the picking is completed. If it is displayed that there is an excess or deficiency of the quantity, that is, if NG is displayed, check the picking contents, correct the excess and deficiency, judge the weight again and press the end button to pack the picked articles with the conveyor. Transport to.

[0012]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The structure of the present invention will be described below in detail with reference to the drawings. FIG. 1 is a plan view showing an outline of a picking weighing inspection system (apparatus group) according to the present invention, FIG. 2 is a flow chart showing an example of work in the system of this embodiment, and FIG.
FIG. 4 is a plan view showing an example of a pallet.

The picking and weighing inspection system shown in FIG. 1 is provided indoors, and extends in the left-right direction in the figure to feed the pallet 3 leftward from the right end (starting end portion: 10) to the left end (ending end portion: 40). A conveyor 1 and a return conveyor 2 for returning the pallet 3 to the slightly lower position of the feed conveyor 1 are installed. A plurality of picking bays 21 and a back picking bay 31 are arranged on the way along both conveyors.
A downstream end 40 for arranging and extruding the picked material (publication) is disposed downstream of.

The conveyor is a roller conveyor for conveying pallets having an accumulation function and is arranged along the longitudinal direction of each picking bay 21 and has pallet stopping means 28 immediately in front of each bay 21. The feed conveyor 1 has a function as a workbench for picking, and the workability at the time of picking is improved by making the conveyor frame project from the front end of the bay to the operator side and creating a space under the conveyor frame. (Figs. 7 and 8).

FIG. 3 is a plan view showing the pallet 3 used in this system. The pallet 3 is a plate-shaped body made of a synthetic resin and carries an article picked on the upper surface thereof and moves on a conveyor. The pallet 3 is provided with an ID recording body 4 that can record or update picking information described later in a contactless manner. That is, an ID recording body 4 such as an active transponder (responder) is attached from the bottom side of the pallet. Further, an address paper holder 3a for holding the address paper 17 in a removable manner is provided on the upper surface.

As described above, the conveyor path corresponding to the work table in front of each picking bay 21 has the pallet stopping means 28 for stopping the pallet 3, and the pallet stopping means 28 for stopping the pallet 3 is used based on the picking information of the pallet reaching the bay. The pallet is stopped by the pallet stopping means 28 only when the bay is designated. Further, the picking bay 21 is picked at a position adjacent to the weight measuring device 25, which is a weight measuring device 25 that is a table with a measuring device for temporarily placing picked articles (published articles), and the weight is being measured. The holding table 26 for temporarily placing the picked article subsequent to the article is provided.

FIG. 4 is a top end portion 1 of the uppermost stream of the feed conveyor 1.
It is a top view which shows 0. At the start end portion 10, a pallet lifter 11 is provided for lifting an empty pallet 3 which has been conveyed by the return conveyor 2 at the lower stage and returned to the start end, and picking information is written from below onto the ID recording body 3 of the pallet on the feed conveyor 1. The ID information recording device 13 is provided, and the workstation 12, which is a control device for managing the entire picking work such as control of the ID information recording device 13 and input / output (communication) of information with each picking bay, It is provided.

The workstation 12 is connected to a central device (host computer) 30 for overall management by a communication line and receives basic data and commands for instructing picking, and in accordance with this, each of the picking weighing inspection systems. Control the device. The host computer 30 can collectively manage a plurality of similar picking and weighing inspection systems. Although only one line is shown in the illustrated example, a large number can be arranged in parallel.

In addition to the starting portion 10 of the conveyor having the work station 12, there are provided a foot switch 14 for starting the conveyance of the pallet 3, a work progress board 15, and an indicator 16 for displaying the pallet full. Further, an addressing sheet 17 for attaching to the picked article package is provided (FIG. 4).

Along the feeding conveyor 1, a plurality of picking bays 21 as shown in FIGS.
The picking bays 31 shown in (plan view) are continuously arranged in order, and one worker per picking bay corresponds to the picking work. Each picking bay 2
1 is mainly composed of a multi-row multi-row (upper 6 rows, lower 4 rows in the illustrated example) flow rack 22 for storing plural kinds of articles (publications) to be picked, and ID recording is provided below the feed conveyor 1. There is an ID information reading device 23 for reading the picking information held by the body 4. Also, the flow rack 2
A quantity indicator 24 for displaying the quantity to be picked for each article based on the picking information is provided at the shelf front of No. 2.

FIG. 9 is a front view showing an example of the quantity display 24. The quantity indicator 24 displays the quantity required to be picked in a bundle unit (a large number of the same publications, for example, 10 to 20 bundles in a bundle), and a display unit 24a and a volume unit (1 volume unit). It has a display section 24b for displaying a required number in a separate manner. Each display unit and display unit are mounted in a tilted state so that the operator can easily see them, like various instruments in the cockpit.

Further, in the picking bay 21, a weight measuring device 25 for measuring the total weight of each picked article, a calculated total weight of the articles to be picked in the bay obtained based on the picking information, and the weight measuring apparatus 25. In order to control the above-mentioned respective parts, the judgment indicator 27 for comparing the output values (measured weights) of the Host computer 30 (FIG. 1).

In addition, on the front surface of the picking bay 21, there is provided an operation panel 29 for a work guide operated by an operator as shown in the front view of FIG. Accepts pallet movement operation instructions. The operation panel 29 also has an operation section display function, and as shown in FIG.
Display the required information in a. The signal from the operation switch 29 is input to the host computer.

The rearmost picking bay 31 is provided so as to correspond to a product that picks a very small amount per pallet, and as shown in FIG. There are shelves and one worker is in charge of picking many types. Other configurations are the same as those of the picking bay 21 described above, and the ID information reading device 23 and the weight measuring device 2 are also the same.
5 and others are provided.

The end portion 40 of the conveyor 1 is shown in plan view in FIG. The terminal portion 40 is for work of adjusting and extruding the load (pushing only the load and returning the pallet), and the operator arranges and seals the load PK that has been picked as specified, and attaches the above-mentioned address paper 17. Conveyor 4 leading to the packing machine
Switch to 2. Then, each package PK is packed by the packing device 50.
After being packed by, the basket cart 53 is loaded into a predetermined delivery truck when a certain amount is accumulated. In FIG. 1, 51 is a packing machine, 52 is a belt conveyor, and 5 is a conveyor.
Reference numeral 4 is a count indicator.

The pallet 3 emptied at the end portion 40 is
The pallet lifter 41 for returning the empty pallets is automatically transferred to the return conveyor 2 which moves in the opposite direction below the feed conveyor 1. In this way, the empty pallets are all sent to the starting end portion 10 and are recycled.

In the picking measurement inspection system of the embodiment described above, each pallet 3 has the ID recording body 4. Further, each picking bay 21 and 31 is provided with a weight detecting means 25 and a judging means 29, and whether or not the number of articles picked by the operator is as instructed is I.
The picking information held by the D recording body 4 is verified and the fact that the quantity is the specified quantity is displayed, and the picking work for the bay is completed for the first time. With both of these configurations, high efficiency of picking work and improvement of reliability can be achieved.

The operation of the above-mentioned picking measurement inspection system and concrete work at each part will be briefly described below. The picking process using the picking weighing inspection system of the embodiment starts by processing the data of one cycle (for example, a half-day worth of hourly or regional-ordered delivery order) data by the host computer as preprocessing. .

For example, in the case of picking a magazine or a book, the distribution information of the day is input to the host computer. Based on this information, for each picking line (one belt conveyor), the quantity of each item of magazines / books handled by each picking line is determined by each bookstore and each retailer. In addition, by calculating the total weight to be picked by multiplying the weight of one book (one piece), which has been measured in advance for each item, and the quantity, and by adding the total weight of each item,
The total weight (judgment weight value) for each store is calculated.

FIG. 13 is a flow chart for explaining the preprocessing work shown as a reference. The DPS process (process for digital picking system) in the figure means various processes to be performed by the system described above. The entire process itself is a general process that is naturally determined according to the system configuration shown so far, and is easy to understand, so the description thereof is omitted here.

FIG. 14 is a flow chart for concretely explaining the picking work (DPS) data creation processing in the system of the embodiment shown as a reference. The outline of processing in FIG. 12 is as follows. 1. Initial screen processing Received data Display the checked data list and enter the following. (Display of the number of items) (1) Selection of data to be processed (input of list display No.). (2) DPS conveyor division and DPS work order pattern No. (3) Number of DPS lines used (4) Number of DPS blocks used / shelf blocks not usable (5) Appendix Allocation category 2. Line, work order determination Work time calculation for each supplier (transportation 3 digits) and the pattern No. of (2) above. Determines the DPS line and the conveyor division for each supplier (three-digit transportation) and the work order for each DPS line, and outputs it to the temporary packing aggregation file. 3. Line and work order confirmation List the above results as one line for each supplier (three digits for transportation), and confirm and change them (conveyor, DPS line and work order). 4. Block shelf NO. Decide the DPS packing total data from the temporary packing total file (conveyor, DPS line No. DPS work order No. work time zone), and determine the number of bookstores and the number of picking for each item only by the DPS target contractor (transportation 3 digits) As a result, the DPS block and the shelf NO. To decide. 5. Block, shelf NO. Confirmation The above results are displayed in a list, and confirmation and change (DPS block, shelf No.) are input. 6. DPS work data creation From the DPS shipment data of the DPS target company (transportation 3 digits),
Create DPS work data and DPS signboard data. Note: Discontinued stores are not subject to signboard data creation processing, and are subject to work data creation processing. Out-of-stock items are excluded from the signboard and work data creation processing. 7. Allocation (Oita) table The DPS allocation (Oita) table is output according to the DPS work data created above. 8. Quantity aggregation list Outputs a quantity aggregation list for DPS and conveyor shipments based on DPS packing aggregation data. The picking information (quantity and total weight for each product type) determined in this way is transmitted from the host computer 30 to each workstation 12 by communication.

In each picking line, picking is performed from the flow rack 22 according to the picking designation displayed for each picking bay arranged along the conveyor based on this information, and the total weight of the picked magazines / books is measured. By checking whether the correct quantity has been picked, accurate picking for each picking bay is performed.

The transmitted picking information (quantity and total weight for each product type) is stored in the workstation 12. When the quantity and the unit weight for each kind are obtained as the picking information, the total weight for each kind is calculated and stored as a pair with the quantity. Further, it is possible to directly input the picking information from the workstation 12 based on a slip or the like.

FIG. 15 is a flow chart for explaining the picking start processing work (first step) at the starting end portion (10) for reference, and FIG. 16 is the same as the picking start processing work (DPS).
It is a flow chart which shows the concrete operation of the (first process). The outline of each process in FIG. 16 is as follows. 1. Confirmation of upper display of next address The address information for the next process is displayed for each bookstore (only when the address for the next process is different from that of the previous address), the cursor is positioned on the address line for the next process, and PF confirmation input is performed. Display address information [Title line] -Date of delivery, type-Total number of packages, number of remaining packages, estimated time of remaining packaging-Transport code, transportation name [Detail line (line by line)]-Bookstore code, bookstore name- Individual order NO.・ Number of units ・ Instruction in the delivery slip (only for rows with a line) → Buzzer sound ・ Instruction for product stoppage (only for rows with a row) ・ Number of basket carts remaining (1 end) 2. Work suspension / resumption processing When the suspension / resumption key is pressed during work, the current DPS work is temporarily suspended. When the suspend / resume key is pressed during suspension, the current DPS suspending work is restarted. 3. Inspection error setting Input the inspection error change for each block. The error input here is valid for the data that has passed the first process after this process. 4. Data weight setting Input the data weight change for each item. The weight input here is valid for the data that has passed the first step after this processing. 5. Write ID tag Write the confirmed cursor line address information (address identification code) to the ID tag of the arrival palette. 6. DPS address data setting The process address of the current cursor line is used as the first process passage data, and the information is set to the DPS control transmission / reception process. 7. Work end processing Performs DPS work end and work log output processing.

When the picking operation is started, the empty pallet supply lifter 11 first supplies empty pallets 3 from the empty pallet supply lifter 11 under the control of the workstation 12, and based on the stored picking information, one bookstore (store). The address paper 17 for is printed out. By binding this address paper to the pallet 3 and stepping on the foot switch (pallet start pedal: 14), the worker
The pallet 3 starts moving on the feed conveyor 1. Around this time, this information is stored in the ID recording body 4 on the lower surface of the pallet in the work station 12 and the pallet number. Is written without contact.

When the pallet 3 moves and reaches the first picking bay 21, the pallet No. is read from the ID recording body 4 on the lower surface of the pallet by the ID information reading device 23. Is read and the information is sent to the workstation 12 to immediately check whether or not there is a kind to be picked in the picking bay 21. If picking is necessary, the stopper 2
8 is activated and the pallet stops at this picking bay. Volume information, weight information, etc. are sent out from the work station 12, and the display (electric bulletin board) of the picking bay 21 is correspondingly lit and displayed. If it is determined that picking at the arrival bay is unnecessary, the pallet 3 passes through as it is and moves to the next picking bay.

When the pallet 3 is stopped in the required picking bay, the worker carries out the necessary picking work of the necessary articles (including the quantity). In this case, the picking flow rack 2
The quantity indicator 24 on the front of 2 displays the quantity (volume) and the bookstore code, so that the worker picks up the magazines etc. on the frontage where these electronic signs are lit by the quantity indicated on the indicator. . When all the designated pickings are completed, the worker picks up the picked ones, and the weight measuring device 25
Then, press the weighing start button (see FIG. 10a) provided on the judgment indicator 27.

Correspondingly, weighing is performed, and the obtained measured weight is collated / compared with the total weight value previously obtained corresponding to the specified picking and registered in the work station. If the comparison value is within the allowable range with a certain difference,
The determination indicator 27, which is the third indicator, displays that the picking is proper. If it is incorrect, an NG will be issued, the operator will be asked to confirm the number of books, the excess and deficiency of the quantity will be corrected, and then the operator will perform the weight measurement again.

The control for checking the total weight picked at all the frontages of the flow rack has been described.
The weighing for the picking inspection may be carried out for each picking of one frontage (one kind). In this case, in order to designate the picking order, the quantity display 24 is electronically displayed one by one in order. In this way, the worker picks the displayed magazines and the like in the frontage in the indicated quantity in order and performs the weighing operation.

As described above, the picking to the specific destination assigned to one pallet is completed by repeating the processing sequentially for each designated picking bay. The picking information for each picking bay may be posted on the electronic display board before the pallet arrives at the bay, and the worker may pick the magazine / book in advance (previous picking).

The picking method includes the above-described number flow (1 corrugated cardboard / 1 pallet) and bookstore flow. The latter is a method in which a plurality of pallets are flown at the same time (for example, one cardboard / 5 pallets in the same store) and a required number of copies of the address paper are attached to the top pallet.

As described above, according to the present invention, picking is performed accurately and accurately according to the work instruction of the work station, so that efficient picking can be performed, and picking with no wrong quantity and reliability without misdelivery. High delivery.

[0043]

As described above, the picking and weighing inspection system of the present invention is provided with a pallet having an ID recording body for storing picking information, a conveyor for circulating and transporting the pallet, and the uppermost stream of the conveyor. A workstation that reads the picking information that has been input to the host computer in advance, an ID information recording device that is arranged in the workstation and writes the picking information to the ID recording body of the pallet in a non-contact manner, and is arranged midway along the conveyor. A plurality of picking bays, an ID information reading device provided in the conveyor path immediately before each picking bay, a quantity display of the picking quantity provided in each picking bay, a gross picking weight measuring device, and an output of the measuring device. Since it has a judgment indicator that compares the estimated total weight value calculated in advance, Further it can handle articles of various, and the operator can perform the work easily and mistakes picking less based on the quantity display compared to.

Further, the picking bay measures the total weight of each picked article, the total weight value of the articles to be picked in the picking bay obtained based on the picking information, and the weight measuring apparatus. It is equipped with a judgment indicator that compares the outputs and judges whether the difference between them is within a certain range, so the check after picking is performed properly, so you do not overlook the excess or deficiency of the quantity. , It is possible to perform highly reliable picking work.

[Brief description of drawings]

FIG. 1 is a plan view showing an embodiment of a picking weighing inspection system according to the present invention.

FIG. 2 is a flowchart illustrating an example of work in the embodiment system.

FIG. 3 is a plan view showing an embodiment of a pallet according to the present invention.

FIG. 4 is a plan view showing a starting end portion of a conveyor.

FIG. 5 is a plan view showing one of the picking bays.

FIG. 6 is a front view of FIG. 5;

FIG. 7 is a side view of FIG.

FIG. 8 is a perspective view of a picking bay.

FIG. 9 is a front view of a quantity indicator.

FIG. 10 is a front view (a) illustrating a determination display device and a side view (b) illustrating a display / operation portion.

FIG. 11 is a plan view showing another type of picking bay.

FIG. 12 is a plan view showing the end portion of the conveyor.

FIG. 13 is a flowchart illustrating preprocessing work.

FIG. 14 is a flowchart illustrating a picking work data creation process.

FIG. 15 is a flowchart illustrating a picking start processing operation.

FIG. 16 is a flowchart illustrating an operation (start process) of a workstation.

[Explanation of symbols]

 1 Feed Conveyor 2 Return Conveyor 3 Pallet 4 ID Recorder 11 Empty Pallet Supply Lifter 12 Workstation 10 Conveyor Start End 13 ID Information Recording Device 14 Foot Switch 15 Work Progress Board 16 Indicator 17 Address Paper 21, 31 Picking Bay 22 Flow rack 23 ID information reading device 24 Quantity indicator 25 Weight measuring device 26 Verification means 27 Judgment indicator 28 Pallet stopping means 29 Work guide operation panel 30 Host computer 33 Display lamp 40 Conveyor start end portion 41 Pallet return lifter 42 Belt conveyor 50 Packing device 51 Packing machine 52 Belt conveyor 53 Basket cart

 ─────────────────────────────────────────────────── ─── Continuation of the front page (72) Inventor Satoshi Numabe 2-188 Takatsuto-cho, Midori-ku, Chiba-shi, Chiba (72) Hirofumi Takeda 11-4 Sezaki-cho, Soka-shi, Saitama

Claims (4)

[Claims] 1. An ID recording body for storing picking information.
A pallet (3) equipped with (4), a conveyor (1) that circulates and conveys this pallet (3), and picking information that is placed in the uppermost stream of the conveyor (1) and has been input to the host computer in advance. The workstation (12) for reading the ID, the ID information recording device (13) arranged in the workstation (12) for writing picking information in the ID recording body (4) of the pallet (3) in a non-contact manner, and the conveyor 1. A plurality of picking bays (21) arranged along the way, an ID information reading device (23) provided on the conveyor path immediately before each picking bay (21), and the picking quantity provided in each picking bay (21) Quantity indicator
(24), a device for measuring the total weight of picking (25) and a judgment display device (26) for comparing the output of the measuring device with a preliminarily calculated planned total weight value. Picking measurement inspection system. 2. An ID recording body for storing picking information.
A pallet (3) equipped with (4), a conveyor (1) that circulates and conveys this pallet (3), and picking information that is placed in the uppermost stream of the conveyor (1) and that has been input to the host computer in advance. The workstation (12) for reading the ID, the ID information recording device (13) arranged in the workstation (12) for writing picking information in the ID recording body (4) of the pallet (3) in a non-contact manner, and the conveyor 1. And a plurality of picking bays (21) arranged along the way; the picking bay (21) is an ID information reading device (23) for reading the picking information written in the ID recording body (4) in a non-contact manner. ), And a pallet stopping means (28) for stopping the pallet (3) only when the bay is specified based on the picking information of the pallet (3) reaching the bay, and a plurality of pallet stopping means (28) based on the read picking information. Corresponding to the take-out position of A plurality of quantity indicators (24) each of which is provided for displaying the quantity to be picked for each item, a quantity indicator (24) for indicating the quantity to be picked for each article, and the total of each picked article A weight measuring device (25) for measuring the weight, and the total weight value of the articles to be picked in the bay obtained based on the picking information and the output of the weight measuring device (25) are compared, and the difference between the two is within a certain range. A picking measurement / inspection system for publications, comprising: a judgment indicator (27) for judging whether or not it is inside. 3. The picking bay (21) is a pallet.
The pallet is equipped with a pallet stopping means (28) for stopping (3), and only when the bay is designated based on the picking information of the pallet (3) that reaches the bay.
The picking and weighing inspection system according to claim 1 or 2, wherein (3) is stopped by the pallet stopping means (28). 4. The picking bay (21) is provided at a position adjacent to the weight measuring device (25) for temporarily placing the picked article subsequent to the article being previously picked and weighing. ) The picking weighing inspection system according to any one of claims 1 to 3.