JPH02144665A - Classifying method - Google Patents

Abstract

PURPOSE:To improve working efficiency by issuing an IC card and a classification list in each truck, reading out the IC card in a classification zone in a delivered destination and inputting the read result in a display control device to classify commodities. CONSTITUTION:The IC card 20 consisting of a truck number, a commodity code and a commodity destination code and a classification list 8 including a classification zone based upon the commodity destination code and the number of commodity classifications in each classification zone is issued in each truck 5. When the IC card 20 is read out in the classification zone to which the truck 5 is returned and inputted to a display control device 23, the device 23 indicates a commodity identification code based upon the commodity code to each destination of the commodity destination code registered in the classification zone. The classification in the zone is checked and the commodity is classified in each destination based upon the commodity identification code. Thus, worker's load can be reduced and working efficiency can be improved.

Description

[Detailed description of the invention]

Industrial application field Honsaki is a sorting method for sorting unstandardized small quantities of a wide variety of products.

[This method is open to the following. Conventional technology In the conventional sorting method, a worker checks the name of each incoming product and sets it in advance. The problem that the invention aims to solve However, with the conventional unstandardized sorting method for small quantity, wide variety of products, it is not possible to keep track of the status of arrival and shipment. In addition, if all the sorting operations were not completed, it was often impossible to check whether the previous sorting had been completed, and the dispatch was often delayed.Furthermore, workers were required to check the destination list remotely.
There was a lot of work suspension, and everyone was on duty to prevent mistakes, making FT Ju Nohei sad 4. Solved the above problem'! In order to do this, f) record the j”-ta for each product-crystal on the amplifier;
On the computer, ``Set the destination for the item - item 1b - show the person'' 4, and transfer to the item - item, check and confirm (61j payment is received, but information on item 1b) The amount increases,
:] The problem is that the computer's data handling capacity is maximized. Akira Thu 51 [This solves the problems in 1-j, and the situation of the products fiJ is now fully recognized.]
3. To solve the problem In order to solve the above problem in step 1, invention A is based on a bar code [
Product -1-de is taken +J (the product that has been pulled goes to
Bar = 1-1: The product is loaded on a trolley to which a trolley code consisting of () is attached, and the products are sorted by trolley J while forwarding the trolley Φ through multiple sorting zones. Sorting is a method of sorting products, and when the products are headed, the trolley = 1-do is read out, and the product p is placed on the platform Φ. Takeshi: ``T is manpower,
Sorting (No Trade J!!Bustle 1, 1, Product T-code preset from the product T code) Search for -do, and set the trolley stone to the trolley 1-do, product = 1-doo. J. Destination of the product.”
- An IC node consisting of a card and a cart stone with the product destination 2]
The 41st minute of products in zone tjj, which is sorted by zone J3 and Yohiko, is 11 minutes (Norris l).
- Go to R and forward to destination A [minute (l Ch-
By reading the code and passing it to the display control 'll K16, the display-to-display tJll device will

[Product destination registered in -J zone = 1-do's 81-J Q
First, post the product identification code using the product code, and use this product identification code to identify the product. When the barcode is read, sort J'l!
The device registers the product code on the trolley, and the searched product (J destination) is registered, and the arrival status is confirmed as J. Sorting by IC card consisting of product code and product destination code and product destination code is done in zone Ij J, Biko's sorting t'j, and 11 minutes where the number of products in zone No. U is posted [J list is yt Sorting C forwarded by the trolley
When the IC card is read out in the zone and entered manually into the display control I device, this display control device will sort the products registered in the zone by the product code in each row 8 destinations. Identification number t1 is posted, so this minute is divided into 11 zones i! The products are then sorted by destination based on the product identification 7J@. In addition, the display 11
＋１１III It becomes possible for Mf to check whether the sorting has become a whirlpool for each destination, and to sequentially carry out the shipment.Example The following is based on an example of this R Ming. ) and explain 3
, Na Jj, 11 minutes <:j? Cover the products you love with clothing. Figure 1 shows the 11-minute composition of Honnuki and Akira's 41-minute method. In FIG. 1, 1 is a center computer which is a sorting device, and n
J! f! -t? Based on the schedule data of arrival and shipment from the host computer 2, a destination code is set for each product code which will be explained later, and the host computer 2 outputs the date of shipment. Sorting is done by reading the product code and supplier code from the barcodes 3A and 3B of the 1J person card 3 shown in Figure 2, or by The trolley code (truck) is read out from the barcode drawer A of the trolley label 6 as shown in FIG. 1J Ruban) - Reader 7 and the trolley 5 hanging from the trolley 5/, -
The sorting of clothing 4 is done by zone and sorting C zone, sorting i
:, 1a - Print out the auxiliary list 8 shown in Figure 5, which lists the number of fils, and use the printer 9 and the trolley 5.
An IC horn driver 21 is installed to carry out a demonstration IC card 20, which consists of a trolley number, a product code, and a product destination code for each product, as shown in FIG. The arrival card 3 has a seal structure, and includes the model number and color specification of the garment 4, which is made up of the above barcode, and (product number 1-3A, bar number 2, including data such as noise). ``Businessman''-do 3B, clothing 4)゛1 3C1 color finger f3
D, delivery date d3 [, 1tjJ, and clothing size 4 3F
is printed and can be separated into three parts and peeled off from the IQ paper section, making it possible to paste them. In addition, trolleys 11^611B are provided on the front and rear molds 10^ and 10B of the trolley 5, and both trolleys 11^ and 11B are engaged with the guide 1 knoll 12 from above at the bottom. tl) By operating the guiding device installed above the lifting guide rail 12 on the trolleys 11^ and 11B, it is driven on a constant light road of the hanging guide rail 12, and the J5 Furthermore, hanger pars 13 are attached between the ten parts of the rear side canopies 10^ and 10B, and a plurality of clothes 4 are marked on the hanger pars 13 via hangers 14, respectively. Furthermore, on the front wall 10^, there are IC cards 20 and sorting 1.
A case 10C for storing one auxiliary wrist 8 is provided. The structure of each (, 1 minute c no zone) in Figure II1 is shown in Figure 6.
゜The sorting is done in the zone U, which is set up on the destination boat across the U-shaped passage, and consists of a truck 5 and a truck 15. i,,1 (:1
The pick-up display 16 shown in FIG. 7 is installed on the trolley (!l fiJ). It consists of a display 168 and a push button 7J and switch 16B when sorting to the sorting number trolley 15 is completed. Kara wholesale 8re/J trolley IC card 2
0 to L7DI'j member, product-1-de J5', product destination: Read code'1JIc by chance reader 22
Digital display 188 that displays the trolley Songhar as if it were to be received at No. 8N.
1 (a? Trolley non-bar indicator 1 consisting of a switch 18B
8, the trolley number from the IC card reader 22, and the product.
” - A microphone with a monitor that inputs the product destination load and controls the display on the pick-up display 16 and the unit U1 limber display 18. It is being rejected. The f digital display on the pickup display 16 and the truck buzzer display 18 is displayed by a signal from the controller 23,
Confirmation switches 18A, 18 of these indicators i6.18
B's i! The color recognition signal is input to the color recognition signal controller 23. The operation of the center computer 1 is explained at 70-Tito- in Fig. 9.
1- will be explained in detail. First, based on the shipping schedule data from the host computer 2, it is determined whether a destination code has been set for each product need (step 31), and if it has not been set, the process is terminated. When the trolley number of the trolley 5 is input from the barcode reader 7 (step 1-) step 32),
A matrix of 71.3: eel truck number is registered in the ff11 table (step 33). Next, when a product T; - code is inputted from the barcode reader 7 (step 34), the clothing 4 that is suspended and transported from the trolley 5 is searched for the product destination code using the product code (step 35). , repeat this until the end code is 8 manual from bar 2 1 - reader 7 (step 36)
, and the end: ]- When the code is entered manually, it is stored in the matrix of truck numbers in Table 1. At step 37), the data in Table 1, namely the truck number and product code 7J.
3 and the product destination code are output to the IC card writer 21 and the IC card 20 is moved to the nth line (Step 38).Furthermore, the sorting zone is recognized from the product destination code, and the sorting zone is [Count the number of sheets, output to the printer 9, and sort by JP line on the auxiliary list 8.
Step 39). Then, when the light 4-1 of the auxiliary list 8 of Ic feed 20 OJ, H]-minute C is over, the matrix based on the above-mentioned truck number is removed (step 40).
). Cart No. 1 Table 1 And case 10 of cart 5 CG, :IC) J-Do 20
When the auxiliary list 8 is stored and hung on the guide rail 12 by 11A and 11B, the sorting device for L1
will be moved. The operation of the controller 23 is shown in FIG.
1 to 1 in detail [Explanation 1J]. Cart 5 is t'i a (1) fJ minute tJ '/->
Transfer 1IJi3, IC card reader 22 (KoJ, 200 units of IC node, elementary and middle school number products Nicode, 1jJ
, the destination of the product, , :1-d is manually operated, step 41), check whether the previous trolley 5 is still <1 minute () in the sorting C zone. Confirm that the I/V control switch 16A of the pick-up display 16 of the cart 151- performs the c-cutting (j-first sorting c). Step 42), 4.
1 minute (when the target stand 115 is sorted in the no zone, the flash inside is on standby (step 43). At this time, the trolley non-par display 18
The number of the cart on the rib is displayed. front trolley 5
11 minutes (when j is completed, the trolley number display 18
The trolley inputted from the IC node is displayed (step 44), and the pickup display 16 of the destination within the zone is selected for sorting according to the destination code. The code displays the 1 noise and the number of bags for clothing 1 (step 45). When the i'I! confirmation switch 18B on the trolley number display 18 is pressed (step 4G), the sorting for the trolley in 5 is in the zone. When the garment 4 is transferred to the trolley 15 according to the instructions on the pick-up display 16 and the confirmation switch 16B is pressed (step 48), the product 2 code in the trolley ψ matrix is deleted. Sub/49), the display name on the Yotsu-C pickup display 16 disappears (step bO), and the goods on the trolley 7 trix have all been erased, 1j Nara &Vn'l
When the ML recognizes that the sorting has been completed by Nizuki (step 51), the next step is to sort 4 clothes for every 15 carts.
Check whether it is full or not, sorting table 4 + clothing 4 with 15 buttons.
M is recognized by counting the number of sheets, and when a certain number of sheets is reached, 11
The table i1L L/T is displayed on the monitor of the component operator 23 (steps 52 and 53). When this sorting is completed in the zone and it is confirmed from the sorting () auxiliary list 8 that there is 41 minutes C in the zone for other sorting, the trolley 5 is moved and the other sorting is done in the zone. Similar sorting is performed according to the flowchart in FIG. 10, and if there is no zone for the other ti, the sorting ends. When the six-sorting trolley 15 is full of clothes 4,
They are transported, packed, and shipped 1"i ahead of each other. The operation of the above mechanism will be explained below. With the above structure, after transferring the received clothes 4 to the cart 5, the fI store transfers them to the barcode reader. 7, input the product code of the platform and clothing 4 into the center 1, and then enter the IC card 20J3 and Su I
Store it in the OC and lower the trolley 5 to the h5 guide rail 12.
- Lori 11^ and 11B hoist it up and sort the target. In the target sorting zone, work 8 is to insert the IC card 20 into the IC card reader 2.
1. Check if the trolley number display 18 displays the trolley number of this IC card, and if the trolley number display 18 confirms, switch the trolley number display 18 fi9γ switch 1.
Press 8^ to sort [Press trolley 5 into the zone, enter τ,
For sorting items whose size and number are displayed on the pick-up display 16, check the size and number of clothes 4 on the trolley 15, then move and sort them>, press the hall approval switch 168 on the pick-up display N16, and then sort the clothes 4 on the pick-up display 16. After confirming that the light is off, the sorting is carried out within the zone. When this sorting (sorting C in the zone) is completed, the cart 5 is moved to the zone for other sorting. In addition, when the sorting cart 15 is full of clothes 4, it is recognized by the monitor of the controller 23, and the sorting cart 15 is transferred to the sorting cart 15.
Pull out the clothes 4 and pack them for shipping. In this way, by inputting the truck number and the product = +-, the human condition is displayed on the hint computer 1, and the hint computer 1 is also
By tiling the C card 20, the data for each item of 4 items of clothing received is f! , there is no need to constantly download data, and the data load can be reduced. l The locking force can be directed in the opposite direction. In addition, since there is no time-per-filtration restriction when reading the IC card 20, it is possible to flexibly respond to operations and operations when it comes to sorting, which requires manual intervention and involves an uncertain flow. Price and other topics
It is also possible to watch the evening. Also, clothing 4 is clothing 6.
There is no need to search for the destination of <r<r<, and work efficiency can be improved. As mentioned above, according to Honkomei, the product code and product destination code are registered on the trolley and the IC card is sent out, so the incoming status can be confirmed and the sorting can be done in the zone. Read out the IC card () and check the 11 minutes of each product () based on the product identification code (because the product identification code will be displayed at the destination). There is no need to search for 1-, which improves work efficiency.Furthermore, when the IC card is flashed, the ICj)-
Since the T-ta for each product is stored in the
By erasing that data, you can reduce the amount of data required for sorting equipment. Furthermore, since there is no time limit for reading the IC card, the trolley can be sorted (
It is possible to operate the system flexibly, such as by changing the contents of the program. In addition, all display-based devices are used to sort the previous product.
Since we can confirm this, we will take care of packaging and shipping the products one by one.

[Brief explanation of the drawing]

Fig. 1 shows an example of Honzayaaki's reciprocating sorting using the IJh method. The surface view of the destination card, the side view of the trolley, the surface view of the trolley label, and the classification
1 minute (: Perspective view of f zone, Figure 7 & Figure 8 is 41 minutes in each direction.
Figures 10 and 111 are flow diagrams of the main parts of the equipment's center computer. 1... Center computer ( Sorting is done immediately), 2
...Host] Nbuta, 3...Ikikino J-do, 3
A...Product code, 4...Clothing (product), 5...
Cart, 6... Cart label, 6A... Cart 41〕-de,
7...Barcode reader, 8...Sorting is auxiliary list N1 is list), 9...Printer, 15...Sorting is trolley, 16...Pickup display, 18...Dolly number Display hole, 20...IC card, 21...
tC card writer, 22...IC card reader, 23
...Controller (display control device). Agent Yoshihiro Morimoto Figure 2 E Figure 4 L-, 1, 5 Figure 2

Claims (1)

[Claims] 1. When a product with a product code consisting of a barcode is received, it is loaded onto a trolley with a barcode code attached, and while the trolley is routed through multiple sorting zones, the products are transferred from the trolley to each of the sorting zones. This is a sorting method in which products are sorted by destination, and when products are received, the trolley code of the trolley is read out, and the product code is read out for each product loaded on the trolley and input into the sorting management device, and the sorting management device A preset product destination code is searched from the product code, and an IC card consisting of a trolley code, product code, and product destination code is generated for each trolley, a sorting zone is created for each trolley based on the product destination code, and the products are sorted for each sorting zone. By issuing a sorting list that lists the number of products, reading the IC card at the destination sorting zone, and inputting it to the display control device, the display control device can display the destination of each product destination code registered in the sorting zone. A sorting method in which product identification codes based on product codes are posted on the shelves, and products are sorted using these product identification codes.