JPH02144667A - Classification display equipment - Google Patents

Abstract

PURPOSE:To smoothly execute classification work by displaying the truck number for classifying commodities in each block on truck number display device, lighting up a bay display device having a classification destination to be classified and displaying a commodity identification (ID) code on a pickup display device in the classified destination. CONSTITUTION:When a truck code, the commodity code of a mounted commodity and a commodity classification destination code are inputted in each truck 9, a display control device 13 stores these codes, and at the time of ending the classification of the preceding truck in the block, displays the truck number of the succeeding truck on the truck number display device 10. After checking the truck number of the display device 10, a worker enters into the block while pushing the truck 9 and a display control device 13 lights up the bay display devices 11, 12 of bays to be classified and displays a commodity ID code on the pickup display device 8 of a classification destination to be classified. Thereby, the worker checks the bays to be classified by the bay display devices 11, 12 and classifies the commodities to the classification destination in accordance with the commodity ID codes displayed on the pickup display device 8. Thus, classification work can be smoothly executed.

Description

DETAILED DESCRIPTION OF THE INVENTION Field of Industrial Application The present invention is directed to a sorting method used when sorting unstandardized products of a wide variety of products in small quantities.

Conventional technology In conventional sorting of products in small quantities and a wide variety of products, a worker recognizes the input products one by one, searches a preset list for preset sorting, and then the worker sorts the products (in blind spots). The items were then sent to the airport, where they were reconfirmed their destination and sorted.

Problems to be Solved by the Invention However, in the conventional sorting of products in small quantities and a wide variety of products that are not standardized, the worker has to search through a list of destinations for sorting, which requires a large number of work rooms, and the burden of preventing mistakes. It was also large and the work efficiency was poor. Furthermore, unless all sorting was completed, it was not possible to confirm whether the sorting in blind areas had been completed, and shipments often were delayed.

This defense is intended to solve the above problems, and aims to reduce the burden on workers, ensure smooth sorting work, and provide display equipment for sorting to improve work efficiency. It is.

Means for Solving the Problem In order to solve the above problem, this 11th edition divides the 11th zone into a single or il number of blocks, and for each block, a product to be sorted is provided at the entrance of the block. There is a ψ number display that displays the number of the trolley that has been used, and a bay display that indicates that the 11 minute [J] of the products will be carried out in each bay of the block. The gas phase is equipped with a pick-up display that displays product identification No. 1, and stores the trolley code, product number, and product sorting code entered for each trolley.
When it is confirmed that the previous trolley in the block has finished sorting 1, the trolley number is displayed on the trolley number display by the trolley]-do, and the sorting of one item is indicated by the previous code (by the bay where 11 sorting will be performed). The container is lit, and the product is sorted according to the code and the product code.The product is equipped with a display 1blJ Misaki@place that displays the product identification code first.

Operation With the above configuration, when the display system tlfI device t inputs the trolley code for each trolley, the product code of the product loaded on the trolley, and the product sorting (double-code), it stores these codes and executes the block. When the previous truck has been sorted, the number of the truck to be sorted is displayed on the truck number display, and the number of the truck to be sorted is displayed on the truck number display. Push the trolley to enter the block, press the display, and the device lights up the bay display for the bay where the tithe is to be picked up, and displays the product identification code on the pick-up display for the sorting. Therefore, the worker indicates the bay in which the tithing is to be done using the bay display, and sorts the products +1 minute t in advance according to the product identification code on the pick-up display.

Example of roasted fruit Hereinafter, embodiments of the present invention will be described based on the drawings.

Please note that the items to be sorted are the same as clothing.

FIG. 1 is a diagram of a sorting zone according to the present invention equipped with display equipment, FIG. 2 is a sketch thereof, and FIG. 3 is a configuration diagram of the sorting and display equipment according to the present invention.

Sorting (Zone J is divided into 410 blocks, and in each block, the sorting machines 111 that make up the sorting tJ destination are provided facing each other across the aisle.As shown in Fig. 4, the sorting machines 111 A hanger par 3 is installed between the upper parts of the front and rear side walls 2Δ, 2B, and a plurality of clothes 4 are placed on this hanger par 3.
are arranged through hangers 5, and there is a case 7 for storing the sorted tags 6 with printed codes as shown in FIG. 5 on a part of the front wall 2A. is provided protrudingly, and the sorting is configured so that even if the trolley 1 is full and pulled out, the next 41 minutes will be sorted (confirmed by the tag 6).

Also, at the top of the trolley 11, there is a pick-up display 8 that displays the product identification code for sorting the clothes 4, and a display 1J that displays the sorting destination. In the above sorting case, the case 15 that stores the same tag as the tag 6 is placed in row C. Pickup indicator 8
Figure 6 shows a digital display 8Δ that displays the size and number of clothes 4, and a confirmation switch 8B that is pressed when the sorting to the trolley 1 is completed. ing.

Additionally, above the entrance of each block is a trolley number display 1 that displays the number of the trolley 9 loaded with clothes 4 to be sorted.
Bay indicators 11 and 12 are provided on the left and right sides of 0 and the trolley number display 10 to indicate that the trolley 1 has clothes 4 to be sorted. As shown in FIG.
+ switch 10B, and bay display 17,
124. 't, as shown in FIGS. 8(a) and (b), a built-in lamp 11A.

When 12A is lit, the lighting status can be confirmed from the front and rear sides.

The display control of the above-mentioned truck number display 10, bay display 11, 12 and pickup display 8 is performed by a display control I device installed at the entrance of the first block. At 13 (there is one), the controller 13 has the information attached to the trolley 9, the trolley = 1-code, the product code of clothing 4 (data on the type, size, and color of clothing 4), and the sorting number 1 of clothing 4. IC power from an IC card written with a code
These trolley codes, product codes tj J: and product sorting are carried out via the doller 14 by the trolley signal a consisting of the previous load.
is input.

Con1 to "J-513 Configuration 4 Folder 1 of FIG. 9" are shown in the diagrams. In FIG. 9, there is a meter control unit 0 which manually operates the trolley a in the 211 machine, and the data of the trolley (a asa) inputted by the memory braking unit 21 is stored in the memory ojI22. is divided into 4 blocks, and in order to make it possible to sort each block stone, 4 displays are provided for each block. Input memory units 27 to 30 are installed for each controller 23 to 26 to store data of the trolley 9 for sorting each block. (When the block is completed, the data of the trolley 9 which was sorted in the previous block is transferred to the display controller 23 of the first block, which is the data in the memory section 22, that is, the next sorting is carried out. The data of the trolley 9 is manually input to each input memory section 27 to 30.
J: Memory 1jil, j ce 1j part 21 mametsu 2
As long as the data of the bogie 9 of No. 2 is transferred to the input memory section 27 and the bogie signal a is 4゛ long, the bogie signal a is not accepted until J3.
In addition, sorting from one board (i.e. in the zone) can be done using one machine 11j9 for each block, or the selection signal for every four blocks can be manually operated. However, when performing four blocks in the same line, the data in the input memory section 27 of the display device-1 controller 23 of the first block becomes the data of all the display device controllers 23 to 26.
7JI, and all the displays are switched so that the data of the next trolley 9 is transferred from the memory 22 to the input memory section 27 as soon as the 1-[1-ra 23 to 26 and 11 minutes [] are completed. .

In addition, 31 is a monitor output section, and the 8-indicator signal (21-
- When -C4 is input, this is displayed on the monitor of the controller 13.

Next, the display controller 23 = 26 needles are set to the 10th needle.
This will be explained according to flowchart 1 in the figure. 1 car 9
Manually enter the data from the memory section 27-30 in step 41), and when the data is input, this data is updated, that is, it is checked whether it is the data of the trolley 9 that will be sorted from now on.Step 42), the data of the trolley 9 is updated. If it is not done, it will be terminated. When the data of trolley 9 is updated,
Display the trolley number on the trolley number display 10 () (step 43), the product (] - minute is the previous code (J, S, the sorting in the block is searched and memorized, and the The next sorting is on the bay indicator 1 of the bay where platform 111 is located.
1.12, step 44), sorting (for sorting, the size and number of clothes 4 are displayed on the pick-up display 8 of the platform 1j1 (step 45). Check the trolley number display 10. By pressing switch 1013,
Sorting of trolley 9 is recognized by ML (steps 46 and 47)
. According to the display on the pickup display 8, the clothing 4 (
j-minute () is transferred to machine ii1 (sorted), and when the l1ii recognition switch 8B of the pickup display 8 is pressed, step 48), the searched and memorized sort is deleted, step 49), and the pickup display is displayed. The device E3 is turned off (step 50). Then, sort the bay (7I)) (check if there is a J tip left), if it is left, sort the bay (right) and check if there is a tip left (step 52), if it is left. returns to step 48, and if there are none left, the bay display 12 is turned off (step 53).If there are no items left for sorting c'j in step 51, the left bay display 11 is turned off. Step 54), Check whether there are any remaining bays (right) 1 minute cJ ahead.Step 55), if there are, return to step 48, and turn off the right bay indicator 12 for any platforms that are not left. 56), sorting (since all the steps have been completed, each person's manual memory section 27 to 30 has the previous block's stand 1
There is data for i9 (transfer the data of trolley 9 in the memory section 22 and output command signals d1 to d4 in step 57), the number of clothes 4 sorted for each trolley of sorting c in the block. If the sorting is full by counting a certain number of sheets, check whether there is trolley 1 (Step 58), and if there is trolley 1, check if it is full The sorting is performed by outputting full signals 01 to C4 consisting of the trolley 1 and the trolley 1 - (step 59), and if the full sorting is not available, the processing is terminated.

The above mechanical sorting explains the operation of the work.

When the machine Di 9 is transported to the entrance of the sorting zone, on the working day, the IC card from the machine Di 9 is transferred to the IC card reader 1.
4 ni kap, 2! Trolley of trolley 9 at point D-ra 13 = 1-
Do, hit the trolley 9 effi c'! :Input the product code 1> of the product being placed and the product sorting (F-Y) of trolley 9 consisting of the destination code.
Another machine with 4 machines! If there is 119, f- of trolley 9
Ta is not manually operated. 2] controller 131. ! When the t1 minute Cj of the first block is completed 1-, the number of the trolley 9 with the data panned will be displayed on the trolley number display 10, so confirm it, press the iI [acknowledge switch 103,
Enter the first block. In addition, it is checked in which bay the cart 1 is located in the bay display 11, 121 (1 minute C), and based on the size and number of clothes 4 displayed on the pick-up display 8, the clothes 4 The sorting is transferred to trolley 1, and the isr
:Press t switch 8B. Once the sorting in the first block is complete, both the left and right bay indicators 11 and 12 go out, so check that the bay indicators 11 and 12 are off, and then move to the second block.
Transfer to the front of the second flock, wait until the trolley number on the trolley number display 10 of the second flock becomes the trolley number of the trolley 9 being sorted, check the trolley number bar, and then move to the second flock. ) The blocks are divided into 11 blocks in the same way as the first block, and the company has a third buttock and a fourth block. If this is done, the truck number display 10 will all display the sorting (the ul of the truck 9 performing J)l scene from the beginning.

For this J and Uni work H1, all you have to do is sort the clothes 4 according to the instructions on each display 8.10.11 of the display stage i. This makes sorting work extremely efficient (
I can do a lot of things. In addition, the monitor display of the knee 1 roller 13 shows the vortex cup sorting ().

Effects of the Invention As described above, according to the present invention, the display control device displays the trolley code for each trolley, the product code of the product loaded on the trolley at t11, and the product classification for each block when the previous code is input. The trolley number to be sorted is displayed on the trolley number display, and the sorter to be sorted is displayed on the bay display f! lights up and the product identification code is displayed on the pick-up display before sorting, so the worker only has to recognize these displays and sort the products according to the instructions, just like before. When sorting products, you no longer have to search for them in a list.
Sorting can be done very efficiently and effortlessly.

[Brief explanation of the drawing]

Figure 1 is an example of this Komei. 11 minutes is a diagram of the compartment C zone equipped with display equipment, Figure 2 is the same division () The division with a larger front display width is a floor plan of the zone, Figure 3 The same classification is the configuration diagram of the display equipment, Figure 4 is the front view of the (1 minute c) trolley in Figure 1, Figure 5 is the surface view of the tag in Figure ff14, Figure 6
The figure is a surface view of the pick-up display shown in Fig. 1, ff17 is a surface view of the trolley pump bar display shown in Fig. 1, and Fig. 8 (a)
, (b) is a plan view 43 of the bay display unit in FIG. 1, respectively.
9 is a block diagram of the controller of FIG. 3, and FIG. 10 is a flowchart 1 diagram of the display controller section of FIG. 9. 1... Sorting by trolley, 4... Clothes (products), 8...
Pick-up display, 9...Dolly, 10...Dolly number display, IT, 12...Bay display, 13...
・Controller (display control 0 equipment @). Agent Yoshihiro MorimotoFigure 5Figure 7Figure 1

Claims (1)

[Claims] 1. The sorting zone is divided into one or more blocks, and a trolley number display is installed at the entrance of each block to display the number of the trolley loaded with products to be sorted. Equipped with a bay display that displays that products are being sorted, and a pick-up display that displays product identification codes for each product sorting destination in the block, the trolley code, product code, and product code entered for each trolley are displayed. When the product sorting destination code is memorized and it is confirmed that the previous trolley in the block has finished sorting, the trolley number is displayed on the trolley number display according to the trolley code, and the bay of the bay where the product is sorted is displayed according to the product sorting destination code. Sorting display equipment equipped with a display control device that lights up a display and displays a product sorting destination code and a product identification code at the sorting destination where sorting is performed according to the product code.