JPH0250763A - Commodity working operation planning system - Google Patents

Abstract

PURPOSE:To properly arrange workers for working operation by providing the title system with a storage plan file for storing the working time schedules of respective workers and means for outputting the contents of the file. CONSTITUTION:The working time schedules specifying workers, the kinds of work and working time to be assigned to respective workers are determined based on the number of sales plan units and working items of each commodity in a commodity master (a) and the working capacity rank of each working sort in a worker master (b) and stored in a storage plan file (c). The contents of the file (c) are outputted by an output means (d) such as a printer or a display. Consequently, the time schedule and the sort of working are determined in each worker and the determined contents can be outputted, so that proper arrangement of workers for working operation can be attained.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a product processing work planning system that can allocate appropriate personnel and instruct appropriate processing operations for processing products to be sold in packs.

[Prior Art] For example, in the case of fresh products that are processed and sold in packs, it is necessary to process the products with consideration to the next day's best sellers, and if this is done incorrectly, problems may occur such as unsold products or out-of-stock products.

Therefore, it is desirable to process an appropriate amount, but it is not only necessary to process the product, but it is also necessary to allocate appropriate personnel and what kind of work plan should be used to process the product.

[Problem to be solved by the invention] However, with conventional POS systems, etc., it is possible to register and manage the sales of each product every day, but it is possible to register and manage the sales of each product every day, It was not possible to plan the machining work, such as how long the machining work should be done.

Therefore, the present invention is capable of determining which processing work should be performed in what time schedule for each employee and outputting the details, thereby enabling product processing work that enables appropriate personnel allocation for processing work. It attempts to provide a planning system.

In addition, if the amount of work required for each time period based on the work time schedule of each employee is over or under the amount of work per time period for each work, it is easy to modify the work time schedule of each employee. The purpose of this project is to provide a product processing work planning system that can be used.

Furthermore, it is an object of the present invention to provide a product processing work planning system that allows the user to easily know how much of each type of work should be done on the previous day and how much should be done on the next day.

[Means for Solving the Problems] As shown in FIG. 1, the present invention provides a product master a having a memory for storing processing work items for each product to be sold in packs and a memory for storing planned sales quantities; Based on employee master b, which has a memory in which the employee's work ability ranks for each type of work are set, and the planned sales quantity and processing work items for each product in product master a, and the work ability ranks for each type of work in employee master b, This system is provided with a store plan file C that stores the determined working time schedule of each employee, and an output means d that outputs the contents of this store plan file C.

In addition, the contents of the store plan file are displayed on the screen, and the working hours of each employee are calculated based on the planned sales quantity of each product in the product master and the processing work items. A display device that displays the work content on the screen when the amount of work required for each time period based on the schedule is excessive or insufficient, and a correction means for modifying the work time schedule of each employee displayed on this display device were installed. It is something.

Furthermore, there is a product master that also sets the passing rate for each product, and a work chart file that stores the number of items processed on the previous day and the current day for each type of work determined based on the planned sales quantity and passing rate for each product in the product master. A second output means is provided for outputting the contents of this work chart file.

[Operation] In the present invention having such a configuration, the planned sales quantity and processing work items of each product in the product master a and the employee master b
Based on the work ability ranks for each type of work, a work time schedule for which employees are to be engaged in what work and for how long is determined and stored in a store plan file. Then, the contents of the store plan file are outputted by an output means such as printing or displaying.

In addition, the work time schedule of each employee stored in the store plan file is displayed on the display, and the work amount for each time period based on this work time schedule is calculated based on the planned sales quantity and processing work for each product in the product master. If there is an excess or deficiency in the amount of work for each time period for each task determined based on the item, the details of the work will also be displayed on the screen. In this way, the worker knows from the display screen the content of work that is excessive or insufficient, and uses the correction means to correct the employee's work time schedule so that excess or deficiency does not occur.

Furthermore, the number of processes to be performed on the previous day and the number of processes to be performed on the next day is determined from the pass rate of each product, and these are output by output means such as printing or display.

[Example] Embodiments of the present invention will be described below with reference to the drawings.

FIG. 2 is a block diagram, in which 11 is a microprocessor that constitutes the main body of the control unit, 12 is a store management master with, for example, a business hours table, 13 is a perishables management master, 14 is a perishable products master, and 15 is a work master. , 16 is an employee master, and 17 is an equipment master. These are pass line 18
are connected to each other by.

Further, 19 is a store plan file, and 20 is a perishable work chart file, which are also stored in the microprocessor 1.
1 via a pass line 18.

Further, 21 is a keyboard controller that controls the keyboard 22 and captures key signals, and 23 is a CR that controls the CRT display 24 and displays information on the screen.
T controller 25 is a printer controller that controls the printer 26 to print information; 27 is an external interface that sends and receives data to and from an externally connected measuring instrument; It is connected.

The keyboard 22 is provided with keys for modifying the work time schedule for each employee, which will be described later.

As shown in FIG. 3, the perishables management master 13 stores, for each perishable product to be sold in packs, a group code, name, sales plan date information, product display changeover time information, total number of people for delivery,
Company code, connected measuring instrument code, etc. are set.

The perishable product master 14 contains a product code, a product name for PO8 (for receipts), a product name for data station (CR), as shown in FIG. 5 for each perishable product sold in packs.
It is also used for T display, etc. ), processing code, output rate data, average unit price of 1 pack, average weight of 1 pack, unit code, work classification data indicating what kind of work is to be done to process this product (for example, is A-
You can set up to 10 types of work from the 26 types of Z. ), unit price per unit weight, tare/several meters, effective days, processing date, etc. are set in a product setting memory 141. Also, for each fresh product, this week's expected sales memory 1
42, next week's expected sales memory 143 and basic memory 144 are provided. Each of the memories 142 to 144 has areas (1) to (7) for storing maintenance flags, sales quantity, average weight per bag, and average unit price per bag.
It is set for exactly one week.

That is, the perishable product master 14 is provided with a set of a product setting memory 141, this week's expected sales memory 142, next week's expected sales memory 143, and a basic memory 144 for each perishable product to be sold in packs. In the basic memory 144, for example, the predicted sales quantity for each day of the week calculated based on the past five weeks of product sales, the average weight per bag, and the average unit price per bag are stored on predetermined days of the week. It is set after business hours.

The work master 15 contains the work code, name, type (designates whether the work is fixed or variable), work time (start and end), and work amount, as shown in FIG. 4 for 26 types of work from A to Z. (maximum, minimum, fixed number of people), work unit (maximum, minimum, fixed number of minutes), work days (specify Monday to Sunday), etc. Note that "maximum" indicates the number of people and time that are no longer required, "minimum" indicates the minimum number of people and time and time that are required, and "fixed" indicates the number of people and time that are normally required.

It also has five types of work tables (1) to (5).

Each work table is provided with a rank table, a priority assignment area, and a work area where assignment is prohibited.The rank table is set with the rank required for the work from 1 to 9,0, and the priority assignment area is assigned to the employees who are assigned priority. Employee codes are set for up to 20 people, and up to 20 work codes that must not overlap with this work are set in the assignment-prohibited work area. For example, if this work is packing work, the person doing this work can be set so that he does not do the work of displaying the products in the store on the same day.

The employee master 16 includes, for each employee, employee code, name, gender, employee classification, contract hours, lunch time, break time, date of joining, address, telephone number, Date of birth, number of working days, number of holidays, etc. are set. There is also a work skills and dispatch schedule table. In the work skill, up to 30 work codes and ranks that the employee can perform can be set. Furthermore, the dispatch schedule for January can be set in the dispatch schedule table.

As shown in FIG. 7, the equipment master sets equipment considerations, equipment names, numbers, corresponding work codes (up to 20), etc. for each equipment that is movable for work in the store, as shown in FIG.

As shown in FIG. 8, the store plan file 19 has areas for setting the department, year, month, day, and day of the week, as well as 30 employee tables (1) to (30). The employee table includes setting areas for department, employee code, and cashier, as well as a work table. This work table has 5:00-24200
Areas are created by dividing the time up to 15 minutes, and work codes from A to Z can be set in these areas.

As shown in FIG. 9, the perishable work chart file 20 has an area where the department, year, month, day, and day of the week can be set, as well as an area where the work code and number of processes can be set for up to 30 jobs. There is. The processing number setting area includes the number of processed items before the store opens that day (pre-opening area), the number of processed items that will be changed after the store opens, such as the number of processed items until mid-morning (operating area 1), and the number of processed items saved for the next day. Number of processing to be done (
2 areas) have been established.

In addition, in the perishable work chart file 20, for example, one week from 5200 on Monday to 21:00 on Sunday is stored as one.
It is divided into 5-minute units, and each divided time has an area where up to 15 employee codes can be set.

In this embodiment with such a configuration, the basic memory 144 of the perishable product master 14 stores the predicted sales number calculated based on the sales results of each product for the past five weeks after the business hours on a predetermined day of the week. , the average weight per pack, and the average unit price per bag are stored. The contents of next week's expected sales memory 143 are transferred to this week's expected sales memory 142, and the rewritten contents of the basic memory 144 are also set to next week's expected sales memory 143.

Therefore, the expected sales quantity for each day of the week for each product is set in this week's expected sales memory 142. Therefore, the number of perishable products to be processed can be determined based on the predicted sales number for each day of the week.

In addition, in the perishable product master 14, the work necessary for processing each product is set in the range of A-Z in the work classification area, and a rough cut rate is set.

On the other hand, in the employee master 16, the work that each employee can do, their rank, and work days are set.

The contents set in the employee master record 16 can be displayed on the CRT display 24 in the display format shown in FIG. can do.

Thus, based on these data, it is possible to determine the amount of work and work time for processing perishable products to be sold the next day, and further take into account the contents of the work master 15 to formulate a work plan.

In this way, in the store plan file 19, what work each employee should do in what time slot is set in units of 15 minutes. And this store plan file 1
The contents of 9 can be displayed on the CRT display 24 in the display format shown in FIG. 11, for example, by key operations on the keyboard 22.

In other words, each employee's work time schedule can be grasped.

Therefore, from this display content, it is possible to appropriately advise who should be assigned to what work and when.

When displaying this work time schedule, if the amount of work for each time period calculated from this schedule is calculated based on the expected sales volume of each perishable product and the processing work item (type of work), If there is a time period in which there is an excess or deficiency in relation to the amount of work, the excess or deficiency time will be displayed in minutes, for example, before the store opens, from opening to switching, and after switching, along with the work name at the position indicated by black in FIG. Note that the shortage is displayed in red, for example.

Therefore, if there is a time period in which there is an excess or deficiency, the display can be confirmed, and in this case, if a correction operation is performed on the keyboard 22 so that there is no excess or deficiency, the contents of the display buffer are changed. The contents of the store plan file 19 are then rewritten based on the contents of this display buffer.

In this way, correction work can be done easily.

In addition, the number of products to be processed on the previous day is determined in each operation based on the passing rate of each product, so the number of products to be processed on the next day is recorded in the perishable work chart file 20 in the pre-opening area and the sales area 1. The number of pieces to be processed on the previous day is set in the data area 2 of the previous day's file. Further, employee codes engaged in processing work are written in this perishable work chart file 20 in units of 15 minutes. In this way, the perishable work chart file 20 is created.

The contents of this perishable work chart file 20 are displayed on the CRT display 2 by key operations on the keyboard 22.
4 or a printer 26.

Furthermore, based on the contents of the perishable work chart file 20, it is possible to arrange the work for each work for one week.
It can be displayed on the display 24 in the display format shown in FIG. 12, for example.

Note that the contents of the work master 15 are displayed on the CRT display 24 by key operations on the keyboard 22, for example.
It can be displayed in the display format shown in the figure. Further, the contents of the device master 17 can be displayed on the CRT display 24 in the display format shown in FIG. 14, for example.

[Effects of the Invention] As detailed above, according to the present invention, it is possible to determine which processing work should be performed in what time schedule for each employee and output the details, and the processing work can be It is possible to provide a product processing work planning system that enables appropriate staffing for various tasks.

In addition, if the amount of work required for each time period based on the work time schedule of each employee is over or under the amount of work per time period for each work, it is easy to modify the work time schedule of each employee. It is possible to provide a product processing work planning system that can be used.

Furthermore, it is possible to provide a product processing work planning system that allows the user to easily know how much of each work should be done on the previous day and how much should be done on the next day.

[Brief explanation of the drawing]

Fig. 1 is a functional block diagram showing the configuration of the present invention, Figs. 2 to 14 show embodiments of the invention, Fig. 2 is a block diagram, and Fig. 3 is a main memory of the production control master. Figure 4 is a diagram showing the main memory configuration of the work master, Figure 5 is a diagram showing the main memory configuration of the perishable product master,
Figure 6 shows the main memory structure of the employee master, Figure 7 shows the main memory structure of the employee master.
Figure 8 shows the main memory configuration of the equipment master, Figure 8 shows the memory configuration of the store plan file, Figure 9 shows the memory configuration of the perishable work chart file,
Figure 0 is a diagram showing the display state of the contents of the employee master, Figure 11
The figure shows the display state of the contents of the store plan file.
FIG. 12 is a diagram showing the display state of the perishable weekly work chart, FIG. 13 is a diagram showing the display state of the contents of the work master, and FIG. 14 is a diagram showing the display state of the contents of the equipment master. 11... Microprocessor, 14... Perishable product master, 15... Work master, 16... Employee master, 19... Store plan file, 20... Perishable work chart file, 22...・Keyboard, 24・
...CRT display, 26... printer. Applicant's agent Patent attorney Takehiko Suzue

Claims (3)

[Claims] (1) A product master that has a memory that stores the processing work items of each product sold in packs and a memory that stores the sales plan quantity, and an employee master that has a memory that sets the work ability ranks of each employee for each type of work. , a store plan file that stores the planned sales quantity and processing work items for each product in the product master, and the work time schedule of each employee determined based on the work ability ranks for each type of work in the employee master; and this store. A product processing work planning system characterized by providing an output means for outputting the contents of a plan file. (2) A product master that has a memory that stores processing work items for each product to be sold in packs and a memory that stores sales plan quantities, and an employee master that has a memory that stores the work ability ranks of each employee for each type of work. , a store plan file that stores the planned sales quantity and processing work items for each product in the product master, and the work time schedule of each employee determined based on the work ability ranks for each type of work in the employee master; and this store. The content of the plan file is displayed on the screen, and the work time schedule of each employee is calculated based on the planned sales quantity of each product in the product master and the processing work items. We have installed a display that displays the work content on the screen when the required amount of work for each time period is excessive or insufficient, and a correction means for correcting the work time schedule of each employee displayed on this display. Features a product processing work planning system. (3) A product master that has a memory that stores processing work items for each product to be sold in packs and a memory that stores the sales plan quantity, and also sets the pass rate of each product, and the work ability ranking of each employee for each type of work. An employee master with a memory in which the information is set, and a work time schedule for each employee determined based on the planned sales quantity and processing work items of each product in the product master and the work ability ranks for each type of work in the employee master. a store plan file that stores the contents of the store plan file, a first output means that outputs the contents of the store plan file, and a store plan file that stores the contents of the store plan file; A product processing work planning system comprising a work chart file that stores the number of workpieces to be processed on the day, and a second output means that outputs the contents of the work chart file.