JP2015113224A - Picking residual amount confirmation display system and record medium thereof - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a physical distribution digital picking system which facilitates and secures management of a residual number, and which can reduce load applied to a picking worker.SOLUTION: The picking residual amount confirmation display system comprises: means for storing an object number for every storage box of stored picking objects; and means for storing a residual number of objects which remain in the storage box after performing picking to the objects, and a record medium having a program for executing the picking residual amount confirmation display system on the computer is developed, for solving the problem.

Description

  The present invention relates to logistics picking operations, and more particularly to a picking remaining amount confirmation display system and a recording medium.

  In the physical distribution picking work, it is required to pick many articles (goods) accurately in both types and quantities in collection boxes provided for each customer. In the past, picking work that relied on humans has also become less likely to cause so-called human errors as the mechanization progresses and the workforce is reduced. However, there is no mistake in machines, and there is no system that does not make any mistakes. Further, in a system that relies on a machine, in order to keep the probability of making an error low, for example, many mechanisms for checking details are required, such as means for detecting the movement status and weight of an article. As a result, enormous system construction costs may be required.

  Under such circumstances, it is necessary not only to promote mechanization but also to build a cost-effective and highly reliable system by properly combining mechanization and manual work for logistics picking work. Yes. In particular, pick a product with a digital indicator lit as many times as indicated, insert the picked product into the collection box at the position where the guide lamp is lit, and repeat a series of operations of pressing the picking complete button. The digital picking system is a system suitable for picking at high speed, high efficiency, and high accuracy. However, since this system always involves an operator, there is a problem that an error occurs in the quantity to be picked or the product. Furthermore, if an error occurs in the number of stocks due to an error in picking work, the time for replenishing goods is missed, picking cannot be performed due to a shortage of goods, and the line is stagnated. Accordingly, by providing a check mechanism for the number of stocks, it is possible to realize error detection of picking work and prevention of goods shortage.

  As such a check mechanism, for example, in Japanese Patent Laid-Open No. 8-138105, an instruction display function for picking number and a function for displaying the number of stocks (or remaining number) for each item after picking are provided. The operator checks whether there is a difference between the number (or the remaining number) and the actual inventory number (or the actual remaining number), and if there is a difference, corrects the actual inventory number (or the actual remaining number). There is disclosed a technique related to erroneous picking tracking that has a function and notifies the corrected actual inventory quantity (or actual remaining quantity) to the host system.

JP-A-8-138105

  However, the digital display for tracking error picking disclosed in Japanese Patent Laid-Open No. 8-138105 and the tracking error tracking method using the same have the following problems. First, the remaining number for each item can be confirmed only by the total number. Therefore, when there are a large number of stocks, it is extremely difficult to confirm. Second, after confirming the remaining number display, the remaining number is extinguished. For this reason, there is a problem in that it is impossible to confirm that the remaining numbers always coincide with each other during the work, it is difficult to detect early confirmation omissions at the time of picking, and the worker cannot perform picking with peace of mind. The latter problem cannot be ignored from the viewpoint that the task of picking is a labor-intensive task in which mental fatigue that is extremely busy and unacceptable is accumulated. Third, in the case of a high-capacity digital picking system, as soon as the picking is completed, the process proceeds to the packing and shipping process, so it is difficult to correct errors in the subsequent processes after the picking is completed. It is required to be corrected in the work.

  SUMMARY OF THE INVENTION The present invention has been made in view of the above prior art, and an object of the present invention is to realize a highly reliable logistics digital picking system that can easily and reliably manage the remaining number and reduce the burden on the picking operator. .

  In order to solve the above-mentioned problems, the picking remaining amount confirmation display system and the recording medium of the present invention can manage the remaining number in the product storage box unit, and always the remaining number except that the picking instruction is displayed. Is displayed.

  The above-mentioned feature of the present invention is that the task of picking picking objects stored in a predetermined single or a plurality of storage boxes in a predetermined order is stored as the number of articles for each storage box. This is achieved by carrying out under a picking remaining amount confirmation display system including storage means and second storage means for storing the number of articles remaining in the storage box after picking the target article. More preferably, there is also provided means for displaying information stored by the first and second storage means.

  The above-described feature of the present invention is that the task of picking picking objects stored in one or more predetermined storage boxes in a predetermined order is stored in the number of articles for each storage box. A recording that includes a program capable of causing a computer to execute a system including one storage unit and a second storage unit that stores the number of articles remaining in the storage box after picking the target article. Realized by the presence of the medium. More preferably, the recording medium is mounted with a program capable of causing a computer to execute a system including means for displaying information stored by the first and second storage means.

  According to the picking remaining amount confirmation display system and the recording medium of the present invention, even if there is an error in the picking operation in the picking process, the error is not determined from the total number of picked items in stock but the remaining number in the product storage box unit. Can be managed. Further, since the remaining number is always displayed except when the picking instruction is displayed, the remaining number can be managed easily and reliably, and the burden on the picking operator can be reduced. In particular, if the remaining number is always displayed, the remaining number can be confirmed at any time, so that a check omission at the time of picking can be detected early, and there is no shortage of articles to be picked and the line is not stagnated. Therefore, a great loss can be prevented, and there is an effect that the worker can pick up with peace of mind. Further, if there is an error in the picking work, it can be corrected to correct picking immediately.

It is a functional block diagram of the whole system concerning one embodiment of the present invention. It is a functional block diagram of the management system concerning one embodiment of the present invention. It is a functional block diagram of the picking control system concerning one embodiment of the present invention. It is a functional block diagram of picking input control concerning one embodiment of the present invention. It is a functional block diagram of picking output control concerning one embodiment of the present invention. It is a picking work outline figure concerning one embodiment of the present invention. It is a picking data table concerning one embodiment of the present invention. It is a indicator state figure concerning one embodiment of the present invention. It is a picking process flowchart which concerns on one Embodiment of this invention. It is a picking process flowchart which concerns on one Embodiment of this invention. It is a goods picking data table classified by customer concerning one embodiment of the present invention.

  First, the configuration of an embodiment of the present invention will be described with reference to the drawings. FIG. 1 is a functional block diagram showing an outline of the configuration of a picking remaining amount confirmation display system according to an embodiment of the present invention. The picking remaining amount confirmation display system 1 includes at least a management system 20 and a picking control system 10 connected via a network 10. In addition, it is possible to provide an auxiliary control system 100 or the like that assists the control process as necessary. In addition, the network 10 transmits information between the systems. If information transmission is possible, the physical configuration may be, for example, serial connection, parallel connection, wired, wireless, optical, or the like. Various means may be used.

  Next, the management system 20 will be described with reference to FIG. As shown in the figure, the management system 20 includes a management device database (hereinafter referred to as “management device DB”) 21, a management device server 22, a management output device 23, a management input device 24, a management device interface 25, and the like. It is composed of The management device server 22 processes data related to the remaining picking amount confirmation display system by a computer or the like, and the management device DB 21 stores information related to the remaining picking amount confirmation display system. The management output device 23 includes a display, a printer, and the like, and can include any device that outputs various types of information as necessary. The management input device 24 includes a keyboard, a barcode reader, a scanner, and the like, and inputs information as necessary, but can include any device that enables input of information. The management system 20 may be composed of a single system or a plurality of systems as long as the management system 20 can finally perform the business of the management system.

  Next, the picking control system 30 will be described with reference to FIGS. As shown in FIG. 3A, the picking control system 30 includes a picking control database (hereinafter referred to as “picking control DB”) 31, a picking control server 32, a picking output device 33, a picking input device 34, and a picking control interface 35. Etc.

  First, the picking control server 32 outputs information from the picking input device 34 to the picking output device 33 as necessary, performs picking system control, and sends information to the management system 20 etc. via the picking control interface 35. Send. At the same time, the information from the management system 20 that has been picked according to the transmitted information is processed by a computer or the like and transmitted to the picking control system 30. It should be noted that the picking control system 30 may be composed of a single system or a plurality of systems as long as it finally enables the picking control system to perform business.

  As shown in FIG. 3B, the picking output device 33 includes an output control unit 332, a conveyor drive unit 333, and the like for controlling each part of the picking system as shown in FIG. 3B. The output control device 330 having the unit 331 can also be included.

  As shown in FIG. 3C, the picking input device 34 includes a display unit 342 and a conveyor input unit 343 for controlling each part of the picking system, as shown in FIG. 3C, in addition to a keyboard, a barcode reader, and a scanner. An input control device 340 having an input control unit 341 configured can be included.

  The management system 20 and the picking control system 30 may share functions regarding functions for performing picking control. Alternatively, if picking control is finally performed, both may function equally or one of them may function.

  The outline of the configuration of the embodiment of the present invention has been described above. Next, the operation of the present invention will be described.

  In the digital picking system, an article to be picked is transported to a distribution center or the like where picking work is performed by a transporting means such as a truck, and a receiving process is performed. For example, after the goods that have been received are stored by the storage unit, they are moved to a replenishment line constituted by a sorter or the like, or manually to a picking work place (none of the above elements are shown). .

  Hereinafter, the outline of the picking work will be described with reference to the conceptual diagram 4 shown in FIG. The predetermined case flow rack 41 is composed of a plurality of storage boxes 411 and 412, and the numbers in parentheses shown at the bottom of each storage box indicate the number of stored articles, and M001 and M002 are articles. Of the kind. The picking work is usually performed by a plurality of workers. For example, the picking worker 40 picks the article M001 from, for example, the storage box 17 stored in the case flow rack 41 in charge, and stores the picking work in advance for each delivery destination. Place in the set collection box 42.

  The collection box 42 moves on the conveyor 43 at a constant speed, for example, and when a certain period of time elapses, a downstream worker performs a picking operation on different articles, and the worker 40 is for the next delivery destination. Will be picked into the collection box. Further, since there are a plurality of articles, for example, the article M001 and the article M002, which are handled by the picking operator, it is necessary to instruct how many articles are picked. This instruction is given by a display 44 installed for each article in the case flow rack 41.

  Next, FIG. 5 shows a picking data table for managing picking work. The picking data table 5 is input according to a picking data table setting screen (not shown), but both have the same format. The picking data table 5 includes a picking date field 51, a picking item field 52, a number field 53, an article information field 54, a current day picking information field 55, a current day storage box state field 56, and the like. Further, the picking item column 52 includes an article 1 information column 521, an article 2 information column 522, an article 3 information column 523, etc., and the article information column 54 includes an article code column 541, a storage box capacity column 542, and the like. The day picking information column 55 includes a total picking column 551, a storage box number column 552, a fraction column 553, and the day storage box state column 56 includes a storage box 1 information column 561, a storage box 2 information column 562, and a storage. A box 3 information column 563, etc. are provided.

  In the picking date column 51, information related to the date of picking work is stored. On the screen corresponding to the picking date column 51 of the picking data table setting screen (not shown), for example, When “April 1, 2013” is entered, information “April 1, 2013” is stored in the picking date column 51. Similarly, for example, when article code information “M001” is input to a screen corresponding to the article code field 541 of the article 1 information field 521 of the picking data table setting screen (not shown), the article 1 information field 521. The item code column 541 stores information “M001”. Similarly, assuming that the maximum number of storage boxes for storing the item “M001” is 20, for example, information “20” is stored in the storage box capacity column 542 of the item 1 information column 521. If, for example, 132 articles “M001” are picked on the date shown in the picking date field 51, information “132” is stored in the total number of picking field 551 of the article 1 information field 521. . Furthermore, if the article “M001” is stored in the storage box without any gap, information “7” indicating that the total number of storage boxes is 7 is stored in the storage box number field 552 of the article 1 information field 521. Stored. In this way, since the last storage box stores 12 fractions, information “12” is stored in the fraction column 553 of the article 1 information column 521.

  Next, the day storage box state column 56 will be described. As described above, for example, when 132 articles “M001” are stored in seven storage boxes without leaving a gap, the articles “M001” shown in FIG. 4 are stored from the storage box 11 (not shown). Since 20 items “M001” are stored in the box 16, the information “20” is stored in the storage box 1 information column 561 to the storage box 6 information column 566 of the item 1 information column 521. Since the storage box 17 stores 12 fractions, information “12” is stored in the storage box 7 information column 567. These pieces of information coincide with the number of articles actually stored in the storage box. This is a case in which articles are stored without leaving a gap in each storage box, and the fraction is predetermined to be stored in the last storage box. However, for some reason, for example, when 19 items are stored in any one of the storage box 11 to the storage box 16 and 13 items are stored in the storage box 17, each storage box information is stored. The number of articles stored in the column may be stored as it is. Further, the fraction may be stored in the first storage box, and information “12” may be stored in the column corresponding to the storage box 11 and “20” may be stored in the column corresponding to the storage box 17. Similarly, it is assumed that corresponding information is stored for the article M002, the article M003, and the like. However, it is assumed that the storage box in which the worker 40 performs the picking work and the storage box information column related to the work match.

  Note that each column of the picking data table 5 shown in FIG. 5 is input according to a picking data table setting screen (not shown). The setting screen is displayed on the management output device 23, the picking output device 33, and the like, for example. It is assumed that the input is from the management input device 24, the picking input device 34, or the like. Alternatively, for information related to the article information 54 and the like, for example, information stored in advance in the management device DB, the picking control DB, and the like is transferred to the picking data table setting screen (not shown) and the corresponding part of the picking data table 5. May be. Further, from the information in the total number of picking column 551, the information in the storage box capacity column 542, etc., the information in the storage box number column 552, the fraction column 553, the current day storage box information column 561, etc. is obtained by calculation, and the information You may store in the column. Note that the above calculation is performed by, for example, the management apparatus server 22, the picking control server 32, and the like. In addition, the picking data table 5 is preferably arranged for each date stored in the picking date field 51 as shown in FIG. 5, but is not limited thereto.

  In the prior art, since only the above-mentioned picking total number column 551 is confirmed, it is difficult to grasp the management status of the actual stock, and particularly in the case of a large amount of stock. However, as described above, from the storage box capacity 542, the storage box number field 552, the fraction field 553, the current day storage box information fields 561, 562, 563,. By doing so, the management status of the actual stock can be easily and reliably confirmed.

  Next, a display example of the display 44 will be described with reference to the display state diagram 6 shown in FIG. First, for example, the article “M001” is stored in the article case 411 of the case flow rack 41 shown in FIG. 4, and the article stored in the storage box 17 from the storage box 11 (not shown) is shown in FIG. The storage box 1 corresponds to the same day storage box information column 567 of the storage box 7 from the same day storage box information column 561, and each storage box is stored in the case flow rack 41 so as to be picked from the storage box 17 first. Shall. As described above, how to proceed with the picking operation is determined in advance, and is stored in accordance with the predetermined picking operation. At the start of the picking operation, as shown in FIG. 6, for example, information “012”, which is the remaining fraction of the storage box 7, is displayed on the display units 611, 612, and 613 in the display 1 state 61. In this information display, for example, display information is transmitted from the picking control server 32 to the picking output device 33 according to the information in the picking data table 5 stored in the picking control DB 31 or the like, and the output control shown in FIG. For example, digital numbers are displayed on the display units 611 to 613 via the unit 331 and the display output unit 332.

  Next, for example, when picking up three articles “M001” with respect to a customer code K001 (not shown), a collection box 42 for the customer code K001 (not shown) on the conveyor 43 is placed on the article “M001”. When moving to the front of the case flow rack 41 in which “M001” is stored and picking work is possible, as shown in the display 2 state 62, the display units 621, 622, and 623 display “003”. "Is displayed. The worker 40 takes out three articles “M001” from the storage box 17 of the article case 411 containing the article “M001” in accordance with the indication “003” on the display 441 of the article “M001”, and collects the collection box. 42. At this time, the reset button 624 shown in the display 2 state 62 blinks, for example, in accordance with an instruction from the picking control server 32, for example, in the same manner as the display unit 621 and the like, so that the worker 40 can pick the article “M001”. Upon completion, the reset button 624 is pressed. When the reset button 624 is pressed, this information is sent to the display unit input unit 342 shown in FIG. 3C and further transmitted to the picking control server 32 from the picking input device 34 via the input control unit 341. It is recognized that 624 is pressed. When the picking control server 32 recognizes that the reset button 624 has been pressed, in order to indicate that the picking work for the article “M001” with respect to the customer code K001 has been completed, for example, as shown in the display 3 state 63, Information “---” is displayed on the display units 631, 632, and 633. As shown in the display 3 state 63, the worker 40 presses the completion switch 45 installed on the conveyor 43 when confirming that “−−−” is obtained. When the picking control server 32 recognizes that the completion switch 45 has been pressed in the same manner as the reset button, as shown in the display 4 state 64, the storage box 17 for the article “M001” is displayed on the display units 641, 642, 643. In this case, information “009” is displayed. Thereafter, the worker 40 picks an article with respect to a collection box set for a customer having the customer code K001 or later, and an operator other than the worker 40 picks an article in charge. Finally, it is assumed that all picking operations for the customer code K001 are completed. As described above, the display 1 state 61 and the display 4 state 64 indicate the fraction of the article “M001”, and the display 2 state 62 indicates the number of picking. In order to distinguish between the two, for example, it is preferable to change the display method such that the fraction is displayed dark and the picking number is displayed brightly, the display color is changed, or one of them is blinked.

  As described above, the display system of the present invention is characterized in that the remaining number is displayed after the picking operation is completed, and the remaining number can always be confirmed. Therefore, even if a mistake is leaked in the confirmation at the time of picking, there is an effect that the mistake can be detected early. In addition, since it can be confirmed that the remaining number always matches during the work, there is also an effect that the worker can work with peace of mind. This point cannot be ignored in view of the fact that the work of picking is a labor-intensive task that accumulates mental fatigue that is extremely busy and cannot tolerate mistakes. In the conventional display system, after the picking display, the remaining number is displayed on the picking display, but when the remaining number is confirmed, it is turned off and the remaining number is not always displayed.

  Further, a display unit (not shown) may be provided in the vicinity of the completion switch 45, for example, in order to indicate that the picking box 42 is in a state of picking. In addition, the driving of the conveyor 43 that moves the collection box 42 is controlled by, for example, the picking control server 32. For example, information related to this control is the same as the display on the display units 611, 612, 613, and the like. Then, it is transmitted to a conveyor driving device (not shown) via the conveyor driving unit 333. Further, when detecting the state of the conveyor 43 and the state of the collection box 42 by a sensor or the like (not shown), this information is input to the conveyor as in the case of pressing the button 624, for example. This is transmitted to the picking control server 32 via the unit 343.

  On the other hand, a series of picking work examples when there is an error in picking will be described according to the picking process flowcharts 7A and 7B shown in FIGS. 7A and 7B. Here, the fraction of the storage box before picking is 12, and if picking 3 from there, the fraction should be 9, but the actual remaining number of storage boxes after picking was, for example, 8 Think about the case. Assume that picking 3 pieces is picking 4 pieces. When the worker 40 notices that one pick has been made, one item “M001” is taken out from the collection box 42 for the customer code K001 and returned to its original state, thereby correcting the error. First, if the display state is the state shown in the display 2 state 62, the number of articles “M001” in the collection box 42 may be compared with the number of picking displayed in the display 2 state 62 for confirmation. Next, the user presses the reset button 624 to display information “−−−” on the display units 631, 632, and 633 as shown in the display 3 state 63. As shown in the display 3 state 63, the operator 40 becomes “---” and confirms that the picking operation has been completed, and then presses the completion switch 45 (S 705) to enter the display 4 state 64 (S 707). The fraction in the next picking is displayed.

  However, without noticing the error at the above stage, when the completion switch 45 is pressed (S705) and the fraction in the next picking in the display 4 state 64 (S707) is displayed, this fraction is actually left in the storage box. When the operator 40 notices the difference from the number, the operator only needs to perform the following operation. First, when the reset button 644 is pressed (S709), the display on the display unit returns to the display 2 state 62 and the previous picking number is displayed again (S710). At this stage, the error is confirmed and corrected. At this time, the reset button 624 does not blink, and it is preferable to distinguish from the display 2 state 62 in a state where the completion switch 45 is not pressed. Further, the reset button 624 can be pressed (S711) to return the display on the display. (S712)

  As described above, the display system according to the present invention has a feature that, since the remaining number is always displayed even after the completion of the picking operation, it is possible to find a mistake missed in the confirmation at the time of picking at an early stage.

  On the other hand, when it is desired to check the number of picking, the reset button 624 is pressed (S701) before the completion switch 45 is pressed (S705), and the display 3 state 63 is reached (S702), and the picking number is not displayed. When the reset button 634 is pressed by the operator 40 in the state (S703), the picking control server 32 returns the display to the display 2 state 62 again (S704), and displays the number of picking. In this way, the number of picking can also be confirmed.

  The program according to the picking processing flowcharts 7A and 7B is stored in the picking control DB 31, for example, and is processed by the picking control server 32.

  Next, an example of an article picking method by customer in the present invention will be described using the customer article picking data table 8 of FIG. The customer-specific article picking data table 8 is input according to the customer-specific article picking data table setting screen (not shown), and both have the same format.

  The customer-specific item picking data table 8 includes a customer-specific picking date column 81, a customer-specific picking item column 82, a number column 83, a customer code column 84, and an item code column 85. Further, the customer-specific picking item column 82 includes a customer 1 picking information column 821, a customer 2 picking information column 822, a customer 3 picking information column 823, etc. that indicate picking information related to each customer. The article code column 85 includes an article 1 column 851, an article 2 column 852, an article 3 column 853,.

  First, information related to the date of picking is stored in the customer-specific picking date column 81, but the customer-specific picking date column 81 on the customer-specific item picking data table setting screen (not shown). For example, if “April 1, 2013” is input, information “April 1, 2013” is stored in the customer-specific picking date field 81. Alternatively, it can be automatically stored by a management device server or the like without human intervention.

  Next, on the screen corresponding to the article 1 column 851, the article 2 column 852, the article 3 column 853,... On the customer-specific article picking data table setting screen (not shown), for example, M001, M002, M003,. When an article code such as .. is input, this information is stored in the corresponding column of the article code column 85. In addition, the article code stored in the article code column 541 such as the article 1 information column 521, the article 2 information column 522, the article 3 information column 523,... Of the picking data table 5 is transferred to the article code column 85. It doesn't matter. In addition, for these pieces of information, information created separately by the management server or the like may be transferred to the relevant field.

  As described above, when the storage of information in the item code column 85 is completed, the customer-specific item picking information for the date indicated in the customer-specific picking date column 81 is stored. For example, when picking three articles M001 to the customer K001, if “3” is entered in the upper equivalent screen of the article 1 field 851 of the customer 1 picking information field 821, “3” is entered in the upper part of the article 1 field 851. Is stored. Similarly, the number of picks of the day is stored for each customer and item.

  The customer-specific article picking data table 8 is input in accordance with a customer-specific article picking data table setting screen (not shown). The input method, storage method, storage location, etc. The same shall apply. Further, the customer-specific article picking data table 8 may be provided only for the date stored in the customer-specific picking date column 81.

  The picking work performed in accordance with the customer-specific article picking data table 8 needs to update information in the customer-specific article picking data table 8 according to the progress. Therefore, a method for updating information in the customer-specific article picking data table 8 will be described along picking processing flowcharts 7A and 7B. As described above, when the work of picking the item M001 for the customer K001 is completed and the completion switch 45 is pressed (S705), the information “Completed” is displayed in the lower part of the item 1 column 851 of the customer 1 picking information column 821. Store (S707). This storage is performed by the picking control server 32, for example. Also, for example, when the reset button 624 is pressed during the picking operation of the article M002 related to the customer K001 (S701), information “reset” is displayed in the lower part of the article 1 column 852 of the customer 1 picking information column 821. Store (S702). If the reset button 624 is pressed again (S703), the information in the lower part of the article 1 column 852 of the customer 1 picking information column 821 is changed to, for example, the initial value space (S704). The storage of information in the customer-specific article picking data table 8 is displayed as it is on the customer-specific article picking status screen (not shown), and it can be separately confirmed whether or not the picking is correctly performed. Further, the information storage status in the customer-specific article picking data table 8 by pressing the button of the operator 40 is stored only in the final result, but it is preferable to record the progress status, and from the above-mentioned progress status record The operator's error can be estimated. This estimation is preferably performed by the picking control server 32, but may be performed manually.

  Similarly, the information in the picking data table 5 is also updated according to the progress of the picking work. In this case, a data table (not shown) having the same format as the picking data table 5 is set separately, and the picking work progress is performed. It is preferable to record the situation information. In addition, it is preferable to share information by displaying information on the progress status on the output devices 23 and 33 or the like. These processes are performed by the management control server 22, the picking control server 32, and the like.

  As described above, in the picking remaining amount confirmation display system and its recording medium of the present invention, even if there is an error in the picking operation in the picking process, the error is not determined from the total number of picked items in stock but the remaining number in the product storage box unit. Since the remaining number is always displayed, the remaining number can be managed easily and reliably, and the burden on the picking operator can be reduced.

  The display system and the recording medium of the present invention are not a complicated configuration but a general-purpose system that requires manpower and are a recording medium. Applicable.

5... Picking data table 6... Indicator state diagram 8... Item picking data table 10 by customer 10... Network 20... Management system 21.
22 ... Management device server 23 ... Management output device 24 ... Management input device 25 ... Management device interface 30 ... Picking control system 31 ... Picking control DB
32 ... Picking control server 33 ... Picking output device 34 ... Picking input device 35 ... Picking control interface 40 ... Worker 41 ... Case flow rack 42 ... Collection box 43 ..Conveyor 44 ... Display 45 ... Complete switch

Claims (8)

In the article picking work in which the object to be picked is stored in a predetermined storage box or boxes and supplied to the picking worker in a predetermined order.
First storage means for storing the number of articles for each storage box of picking objects stored in one or a plurality of storage boxes;
A remaining picking amount confirmation display system comprising: at least second storage means for storing the number of articles remaining in the storage box after picking the target article.   The picking remaining amount confirmation display system according to claim 1, further comprising means for displaying all or part of the information stored by the first and second storage means.   3. The picking remaining amount confirmation display system according to claim 2, further comprising means for displaying the information stored by the first and second storage means on the same display unit.   4. The picking remaining amount confirmation display system according to claim 3, further comprising means for indicating what information is displayed when the information is displayed on the same display section. In the article picking work in which the object to be picked is stored in a predetermined storage box or boxes and supplied to the picking worker in a predetermined order.
First storage means for storing the number of articles for each storage box of picking objects stored in one or a plurality of storage boxes;
A recording medium on which a program for causing a computer to execute a picking remaining amount confirmation display system including at least second storage means for storing the number of articles remaining in the storage box after picking the target article is mounted .   A program for causing a computer to execute a remaining picking amount confirmation display system including means for displaying all or part of information stored in the first and second storage means in addition to the first and second storage means The recording medium according to claim 5, wherein the recording medium is mounted.   A program for causing a computer to execute a picking remaining amount confirmation display system that includes means for displaying the information stored in the first and second storage means on the same display unit in addition to the first and second storage means The recording medium according to claim 6, wherein the recording medium is mounted.   8. The recording medium according to claim 7, further comprising a program for causing a computer to execute means for indicating what information is displayed when the information is displayed on the same display unit.