JPS61204800A - Sales data processor - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION [Technical Field of the Invention] The present invention relates to a sales data processing device such as an electronic register.

[Background of the invention]

In general, there are many products sold by department stores, supermarkets, etc. whose sales are affected by the weather that day.For example, they sell well, but sales tend to drop significantly on sunny days. .

If you do not accurately understand the sales status of each product due to the weather, you will not be able to effectively take measures such as purchasing management and inventory management, resulting in losses due to product shortages, appropriate purchasing plans, and funding. There were problems that caused problems with the plan.

[Purpose of the invention]

This invention was made against the background of the above-mentioned circumstances, and its purpose is to be a sales data processing device that can accurately grasp best-selling products depending on the weather, and is effective in purchasing management, inventory management, etc. Our goal is to provide the following.

[Key points of the invention]

In order to achieve the above-mentioned object, the gist of the present invention is to store sales data in weather conditions based on input sales data according to sales conditions.

[Configuration of the Seventh Embodiment] A detailed explanation will be given based on ")Iτ, -'s Seed Circle Flute l Yi Yu Emigen Flute 11P,!i Darkness. Fig. 1 shows an electronic register to which this invention is applied. It is a schematic system configuration diagram.The keyboard of the input section 1 of this electronic register has various keys normally provided, such as a numeric keypad IA, FLU-specific (product classification) keys IE, cash/deposit key 10, etc. ,
Weather-specific keys operated according to the current weather, that is, in this embodiment, the sunny key II), the cloud key 1i, the rain key 11F,
Equipped with snow key IG. Further, a mode switch MS is provided on the keyboard. Note that the mode switch MS is a rotary switch that switches between "setting mode", "registration mode", "power supply 0FIF mode", "inspection mode", and "accounting mode". However, input section 1
The key code output corresponding to the operation key from
The mode designation data output corresponding to each switching position of the mode switch MS is output from the OI'U (central processing circuit).
2 is input.

The 0PU2 controls various operations of this electronic register according to pre-stored microinstructions to perform input processing, PI+U registration processing, weather-specific registration processing for each product, display and printing processing, etc. Placement number,
In addition to having A to J registers, an a register, and 2 registers used for calculations, it also has a control section OT, a calculation section AL, etc. And 0PU2 is RAM (
In the registration mode, by exchanging data with the random access memory) 3, various registration processes such as cumulating total sales data by PK+U, cumulating total sales data by weather for each product, etc. In addition, in the registration mode, inspection and payment mode, print data is supplied to the printing unit 4 to execute printing processing to print sales data, sales total data, etc. on receipt paper or journal paper, and furthermore, in the registration mode etc., a display process for supplying display data to the display section 5 and displaying sales data, etc. is executed. Furthermore, this electronic register is equipped with a clock section 6 that obtains current time and date data by counting the reference clock signal, and the current time and date data obtained by this clock section 6 are read into 0PU2. .

FIG. 2 shows the configuration of the PLt7 total memory of the RAM3. RAM3 executes its write and read operations under the control of aptr2, and is connected to various memories M1 to M1.
M is provided. Here, the memory M1 stores the weather code inputted with the operation of the weather keys ID to IG, and the memory 4 stores the weather code inputted in accordance with the operation of the weather keys ID to IG. This is the memory where the mortar is set. Further, the memory M3 stores FLU numbers for each product, the memory 4 stores unit prices corresponding to the FLU numbers, and the memory M stores the number of sales for each FLU in a day. Also, memories 4 to M are F
A memory that stores the number of sales by weather for each LU number.
The memory 4 stores the number of sales for sunny weather, the memory M stores the number of sales for cloud, the memory M8 stores the number of sales for rain, and the memory 4 stores the number of sales for snow.

[Operation of the first embodiment] First, the operation during registration processing will be explained with reference to FIG. First, when the mode switch MS is set to the "registration mode" switching position, the registration mode is set based on the mode designation data from the input section l. In this registration mode, when performing FLU-specific registration, operate the numeric keypad IA according to the key operation procedure to register the PLtr.
After entering the number, operate the FLU key IB.
Registration processing according to the flow shown in FIG. 3 is started. First, in steps 81 to S3, processing is executed to search the memory M3 for the FLU number corresponding to the input PLU number. That is, an increment process (step S,
) is executed, and thereby the FLU number read from the designated address area of memory M3 is transferred to the B register (step 8t). Therefore, the input PI+
The contents of the A register in which the U number is stored and the B register in which the FLU number read from memory M is stored are compared, and it is determined whether their PI+U numbers match (step SS ). Here, if a mismatch is detected, the process returns to step S, and the above-described search operation is repeated until they match. However, if a match is detected, normal PLU-specific registration is executed in steps 84 to S. Ru. Now, the a register contains the searched FL.
The read address corresponding to the U number is stored,
Unit price data is read from the memory addressed by the value of the a register and transferred to the O register (step S4), and quantity data, which is total sales data, is read from memory 4 and transferred to the D register. Transferred (
Step SS). Then, the number data in the C register is incremented by +7 and then transferred to the original address area of the memory 4 (step S6.8?). This allows memo +
) This means that the number of sales within Ms has been accumulated. Then, in the next step S, a subtotal addition process is executed to add the contents of the register and the unit price in the C register to the subtotal data of one transaction, and then the weather-based registration process (
Step S, ~S1. ).

When entering this weather-specific registration process flow, first, memory M2
Weather hood is read out from? The weather code is transferred to the register (step 89). Here, the weather code is set in the memory Mi in response to the operation of the weather-specific keys ID to IG, and each time the PI + tr-specific registration operation is performed, the weather code at that time is The setting depends on whether the key is manually operated or whether the key is manually operated every time the weather changes. Seven of the memories M6 to M are selectively designated according to the weather code set in this way, and the designated memory MIF selected thereby is addressed by the value of the a register,
As a result, weather-specific number data for each product is read out and transferred to the G register (step S).

Then, the weather-specific number data for each product transferred to the G register is multiplied by 1/ by executing the next step s11, and then written to the original address area of the memory MP (
Step 5sx). As a result, each time PLU-based registration is executed, weather-based number data for each product is accumulated.

When such weather-specific registration is completed, the process proceeds to step sts, and the search FLU number in the B register, in other words, the input FLU number is
The LU number and the unit price in the C register are printed on the receipt paper and are also digitally displayed on the display section 5. Then, in the next step 814, the contents of the a and AxG registers used in the above-mentioned registration process are cleared.Next, the operation during the settlement process will be explained with reference to FIG. First, the mode switch MS is set to the "settlement mode" switching position to set the settlement mode. In this settlement mode, when the cash/deposit key 10 is operated,
The payment process according to the flow shown in FIG. 4 is started. First, in steps 8!1 to ste, normal payment processing is executed.

First, an increment process (step S□
), the memories M1, Mi, and Ms are respectively addressed according to the contents of the a register, and the ASB corresponding to the read FLU number, unit price, and number of units sold on -day.

0 register (step SZt).

Part 1. The total amount of sales on day -B is multiplied by the number of sold items in register C (step StS). Subsequently, in the next step Sa4,
FLU number in register A, unit price in register B, C
The number of sales for the 7th day in the register and the total amount of sales for the day in the 2nd register are each printed on the receipt paper (step Sta).Then, it is determined whether the value of the a register is the final address n.

If it is not the final address, the process returns to step S□ and the above-mentioned operations are repeated. However, if it is the final address, the printing process corresponding to all PLTT numbers has been completed, so the process proceeds to the next step Sta. In addition to all the contents of memory M being cleared, the contents of the a register are also cleared.

When such normal payment processing is performed, the current date data counted by the clock section 6 is read out and transferred to the D register (step szt), and the memory M,
The next settlement date set in advance is read out and transferred to the E register (step 1), and it is checked in step S□ whether these match. Now, if the current date becomes the next settlement date, step S. ~S3? Weather-based payment processing is performed. Therefore, the weather-based payment process is executed only when the next payment date that has been set in advance has arrived, so the weather-based payment process is executed for a certain period of time (for example, 7 days).
It can be performed every month).

However, when entering the weather-based payment processing flow, step S
,. The contents of the a register are multiplied by 0/, and the memory M is addressed by the contents of the a register.

The FLU number in the memory M4 and the unit price in the memory M4 are read out and transferred to the corresponding A register and B register (step 531). Further, the contents of the memories 4 to M specified by the contents of the a register, that is, the weather-specific number data for each product are read out and transferred to the corresponding registers 71G, H, and Eregisters (step S, 2).

Based on the various data thus read out from the RAM 3, various calculations are performed in the next steps sag and Sa4. First, in step SSS, all the weather-specific quantities of each product are added up.

That is, all the numbers of products sold within a certain period of time corresponding to sunny, cloudy, rainy, and snowy conditions are added up, and the calculated total number of sales for the certain period of time is transferred to the i-register. Further, in the next step S34, the unit price in the B register and the total number of sold items in the J register are multiplied to calculate the total sales amount within a certain period. Therefore, in the next step SSS, printing processing for weather-based payment is performed, and the PLU number in the A register, the unit price in the B register, the IP,
G.

H. Number of sales by weather in Eregister 1. TL: The total number of sold items in the register and the total sales amount in the two registers are printed respectively. Then, in the next step SSa, it is determined whether the value of the a register has reached the final address n, and if it is not the final address, the process returns to step s30 and the above operation is repeated, but if it is the final address, the next step SSt
Then, the contents of the various registers used in the normal payment process and the weather-specific payment process are cleared.

By executing the weather-based payment process for each item in this manner, the printed state of the receipt paper issued during the weather-based payment process becomes as shown in FIG.

[Configuration of Second Embodiment] Next, a second embodiment of the present invention will be described with reference to FIGS. 6 to 10. Note that according to the first embodiment,
We decided to simply print the weather-specific sales data for each product accumulated over a certain period of time, for example, in the evening, on the settlement report.
In this embodiment, the number of days by weather, such as how many sunny days there were within a certain period of time, is stored, and the sales data by weather for each product accumulated over a certain period is stored as the number of days by weather. For example, by dividing the number of sales by 7 days, the weather-specific sales amount for 7 days, such as how much was purchased per day on a sunny day, is calculated, and this is printed on the settlement report. FIG. 6 shows a schematic system configuration diagram of an electronic register, and since it is configured almost the same as in FIG. are the various registers for determining the weather-specific sales per 7 days, i.e., ll-3L.
In addition to the ANJ register, four registers are provided in the / register and K1 to K1.

Figure 7 shows the configuration of the FLU total memory of RAM3, etc.
A second similar memory M, to M. is also provided, as well as a memory M,. , Mll, and Mll are further provided. Here, the memory M1o is a memory in which the number of products in stock is stored in correspondence with the PLtr number.

In addition, memory M1□ is a memory in which weather hoods are preset for products whose sales increase depending on the weather.
Memory M in which weather codes corresponding to weather codes are set when weather-specific keys ID to IG are operated during inspection.
11 addresses are searched and used to read inventory quantity data from the corresponding addresses in the memory MIG. Furthermore, memory M1! is a memory that stores the number of sunny days in a certain period by weather, and memory M is the number of sunny days, memory M,
- is the number of cloudy days stored in the memory, 0 is the number of rainy days and memory is stored, and D is the number of snowy days.

[Operation of the second embodiment] First, the registration process for each FLU is executed in the same manner as in the first embodiment, and as a result, the number of sales sides per day is stored in the memory M.
In addition to being accumulated for each U, the memory Ma-Me also accumulates the number of sales for each product by weather. In this case, in this embodiment, the weather of the day is input seven times in one day. Thus, the input weather code is set in the memory M, and the memory Ml is set in accordance with the input weather code.
The number of weather-specific days within t is increased by +7.

After operating the mode switch MS to switch to the settlement mode, when the cash/deposit key IC is operated, the settlement process is executed according to the flow shown in FIG. Here, step S41 corresponds to steps srs to Sta in FIG.
Correspondingly, normal payment processing will be executed. See you at step S4! 344 corresponds to steps sty to S0 in FIG. 4, and it is determined whether the next settlement date has arrived. If it is now the next settlement date, the weather-based settlement process of step 84g''8m4 is executed.

First, when entering this weather-based payment processing flow, the value of the a register is multiplied by 1, and based on that value, the PI and Ilr numbers are read out from the addressed memory M3, and the unit price is read out from the memory 4. The data is transferred to the A register and B register (step S, 11-546). Also, a
The number of sales by weather is read from the memories Peng~M, which are addressed by the register values, and transferred to the corresponding a-y registers (step S4?). And first,
Step s4. So 0~Sales by weather in IP register lol
e is multiplied by the unit price in register B, and the sales amount by weather for each product is calculated, and the corresponding G −,=
, are transferred to the T register. Also, the next step s4
At 0, weather-specific Er from memory M, , A# M, , D
Read out the number and transfer it to the register at the corresponding
sunny, cloudy, by dividing by the number of days by weather in the register
On rainy or thundery days, the number of items sold by weather per day is calculated and shows the number of items lit per day, and the corresponding L~O is calculated.
It is transferred to the register (step 51111). Next, let's look at the sales amount by weather in the G-J register.

~--By dividing by the number of weather-specific days in the register, the weather-specific sales amount per day is calculated and transferred to the corresponding p-s register. Various data transferred to each register in this way, that is, 0 to 1 corresponding to the PItr number in the A register! Number of sales by weather in l register,
The sales amount by weather in the G to J registers, the number of sales per day by weather in the L-0 register, and the sales amount by weather per day in the Pus register are printed on the receipt paper.

Then, in step SSS, it is determined whether the value of the a register has reached the final address, and if it is not the final address, the process returns to step 346, and the above-described operations are repeated until the final address is reached. Now, when the final address is reached and the processing corresponding to all PLυ numbers is completed, the contents of the A-f9 register, memories M18 to MI, and MttMtt are cleared, respectively.

Figure 9 shows the printing status of the weather-specific settlement report, and as shown in the memory Mst in Figure 7, there are ``3'' sunny days, ``7'' cloudy days, and rainy days during a certain period. This is an example where there are ``2 days'' and ``7 days'' of snowy days.For example, the number of items sold per day is the total of ``6'' items sold on sunny days within a certain period. becomes "2", and FL
If the product with U number “l” has a unit price of “1000 yen”,
Total sales on a sunny day: rg o o o yen/a
The sales amount per m is 2000 yen.

FIG. 10 shows the printed state at the time of inspection. That is, in the inspection mode, for example, when the rain key 11F is operated, the inventory number data corresponding to the rain hood set in the memory 1Jtt is retrieved from the memory MIO, and the sales number on the 7th is retrieved from the memory M. It is read out and printed along with its FLU number and unit price, as well as the daily sales amount.

Note that the present invention is not limited to the above-mentioned embodiments, and various modifications can be made without departing from the scope of the present invention.

For example, in each of the above embodiments, the weather hood is set by key operation, but it may also be connected to a device that automatically detects the weather to automatically set the weather hood. In this case, analog data from a device that detects temperature, humidity, etc. is converted into a weather hood such as sunny, cloudy, rainy, etc., and the registered data is cumulatively added to each totalizer according to the weather code. Just do it like this. Furthermore, in an online system or the like, the weather code may be transmitted from the master side to each slave side. Further, in the above embodiment, a weather coat degree is set, but other weather hoods may be used. Here, the weather code refers to humidity, temperature,
Atmospheric pressure and pressure distribution, wind force, wind direction, seasonal winds, fog, frost, lightning, electricity, rain, rainy season, typhoon, or weather forecast data, advisories, warnings, rainfall, snowfall (including snow melting, smog, etc.) In addition, in the case of manual input of weather codes such as key operations, if the weather code has not been changed for a certain period of time, it will be notified or registration will be prohibited in order to prevent setting errors due to forgetting to input the weather code. In addition, if no weather code is input when the power is turned on in the state of )4-oyy, notification or registration may be prohibited in the same way as described above.

In addition to the number of items, the cumulative sales data may also include amounts, number of customers, etc., and the cumulative classification is FLU.
In addition to the number, it may be by department, and the fixed period for performing the cumulative total may be for each unit of time or every 7 days.

Furthermore, in the above embodiment, the weather-specific sales data is accumulated in the weather-specific storage section each time PLU-specific registration is executed, but registration can be completed simply by sequentially storing the sales data each time the sales data is input. Sometimes, the sales data by weather may not be accumulated, but may be read out at the time of changing the weather code or at the time of payment, and accumulated by weather. Furthermore, by printing the previous time and current time when the weather code was changed, as well as printing the cumulative sales data by FLU during that time, it is possible to print the sales data by weather. Cumulative processing becomes unnecessary.

Furthermore, although the weather-specific sales data is printed in the above embodiment, it may be displayed or transmitted to the master side. Alternatively, the weather-specific sales data may be output in descending order of sales.

In addition, weather-specific data may also be printed on receipt paper.

〔Effect of the invention〕

As explained in detail above, this invention stores sales data according to weather conditions based on the input sales data, so it is possible to accurately grasp the best-selling products depending on the weather, and to plan purchasing. , it will be effective in inventory management, etc.

[Brief explanation of the drawing]

1 to 5 show a seventh embodiment of this invention, FIG. 1 is a schematic system configuration diagram of an electronic register to which this invention is applied, and FIG. 2 is a total of FLUs in the RAM shown in FIG. 1. FIG. 3 is a flowchart of the registration process, FIG. 4 is a 70-chart of the payment process, FIG. 5 is a printing state diagram, and FIGS. 6 to 10 show a second embodiment of the present invention. 6 is a schematic system configuration diagram of the electronic register, FIG. 7 is a configuration diagram of the PRTR total memory, etc. in the RAM shown in FIG. 6, FIG. 8 is a flowchart of payment processing, and FIGS.
The figure is a printing state diagram. 1... Input section, ID~1 (... weather key, 2... GIPU, 3... RA
M. Patent applicant: Kashigami Computer Co., Ltd. Figure 1 Figure 5 Figure 9 Figure 10

Claims (1)

[Claims] an input means for inputting sales data; a weather data input means for inputting weather data according to weather conditions; A sales data processing device comprising a sales data storage means for separately storing sales data.