JPS6079491A - Sales data input/output unit for gas station - 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 The present invention relates to a sales data input/output device that is used at automobile gasoline filling stations and the like.

In addition to selling gasoline, gas stations also serve as service stations, selling other products such as tires and accessories, and providing other services such as vehicle body inspections.

The purpose of the present invention is to enable a sales data output device (hereinafter referred to as PO5) that automatically processes various tasks at a gas station to simultaneously manage the work of gas station staff, and to separately An object of the present invention is to provide a sales data human output device that does not require the installation of a time recorder.

However, this purpose is, according to the present invention, in a device that is directly connected to the refueling machine and processes the refueling information that will be t4 from now on, and other sales information etc. from the car 1 and the driver.
This can be achieved by providing the device with a recording processing means for recording the arrival and departure times of fuel station staff.

Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

Fig. 1 is an explanatory diagram showing an embodiment of the sales data human output device of the present invention. It shows the POS directly connected to the refueling machines 1a, lb, lc.

Each of the refueling pipes 1ala, 1b, 1c... has a refueling pipe 4 communicating with an underground tank in the exterior 3, and a refueling pump 5 and a flow rate fit G are installed in the middle of the refueling pipe 4. , a motor 7 is connected to the oil supply pump 5, and a flow rate pulse transmitter 8 is connected to the flow meter 6.

The refueling pipe 4 is connected to a refueling port 10 which has a nozzle valve 9 at the tip outside the outer casing 3, and a refueling amount display 8111 connected to the flow rate pulse transmitter 8 is provided on the upper front of the outer casing 3.
A nozzle hook number 12 is provided on the side, and a nozzle switch 13 is provided near the nozzle hook 12 which is activated when the nozzle hull 9 is unlatched. The output signals of the flow rate pulse generator 8 and the nozzle switch 13 are introduced into the POS 2, and 1) the motor 7 and the like are controlled by various control signals from the OS 2. In addition to such a fixed type refueling machine, a suspended type refueling machine may also be used.

The PO 32 has a numeric keypad 14a located at the front of the upper surface of the main body 2a which includes a storage device 20, a control device 22, and a timer 23.
, a keyboard 14 with a book key 1/Ib, and other operation keys 14C, and a card reader 15 beside the keyboard 14 are provided, and the rear of these is raised one step to store a storage medium such as a cassette tape, floppy disc, etc. 1 of the recording device 21 to
A binding part 16 and a sound generator 17 that emits a sound every time a key is pressed are housed. Furthermore, the printer 18 and C
An RT display screen 19 is provided.

FIG. 2 is a block diagram showing the content of the present invention. As mentioned above, the control device 22 includes the fueling machines 1a and 1b.

In addition to the output signals from the flow rate pulse transmitter 8 and nozzle switch 13 installed in the IC..., output signals a, b, and C from the keeper 1-14, card leak-15, and timer 23 are introduced. and - the output from the force control device 22 (
Nos. 8 d, c, and f are respectively introduced into the printer 18, the recording device 21 of a storage medium such as a cassette tape or disc, and the CR1' display screen 19.

In addition, the storage device 20 is composed of Ic knobs, etc., and the control value W! This function mutually introduces the output signals g-1 and g-2 between the 22 and the 011 products sold separately. , an identification code area 20-m for the gas station, and an area 20-n for storing work data such as arrival and departure times.

The work data storage area 20-n is preferably partitioned for each employee, and its contents are updated sequentially, for example, every two days (twice).

FIG. 3 is a front view of the CRT display screen 19, in which each block 19a can display characters such as kanji, katakana, alphahet, etc., or a mark, and can also display a surrounding frame. (in the example shown, 14 vertically)
This screen 19 is composed of 40111i+).

Next, to explain how to use it, first turn on the power supply switch of PO32, and then press the book key.
14,b, the input error of 1-Dispatch" is caused by the output signal a of the keyboard 14 entering the control device = 22, and the output from here (@sign f causes the input of "Dispatch" to be displayed in the processing classification item location of the CRT display screen 19. In addition, in response to the output signal from the timer 23, a date such as ``I'' 58 / 07 / I 3 j (=J display) is written in the item location of the processing date τj.

Next, enter the pre-registered staff number, for example "3.
" on the numeric keypad 14. , ], this number is displayed on the cR'r display screen 19, and at the same time, the control device 22 outputs an output signal [-1 is indicated by 1. It enters the FJ device C, where the name is selected based on the staff number and enters the control device 22 as an output signal g-2, which then outputs M and f and displays it on the CRT display screen 19. Name 1) 1
j, for example, I tack hyolso; is displayed.

Further, the output signal c from the timer 23 enters the control device 22, and the dispatch time rO8:1313J is displayed on the CI display screen 19 by the outputs -14 and f.

These 1-1 inquiries, 11. The 'l time, the Tokoyama number and the name of Tokoro ζj are displayed on the above-mentioned <CRi'' display screen 19, and the output signal g of the control device 22 is
-1 (memory area 2 for the arrival and departure times of the Q device 20)
The data is stored in the area 20-rl, and is extracted from the area 20-n through a predetermined cycle and recorded on the recording device 21 by the output signal e on the tape or disc. .

Note that the staff number may be manually entered using the numeric keypad 14a as described above, but it is also possible to use a card for each person.
5, the reading output signal from there enters the control insertion 22, and thereafter the staff number and name are displayed on the CRT display screen 19 in the same manner as described above.

In the case of clocking out, data is displayed on the CRT display screen 19 by almost the same operation as in the case of dispatch, and the data is displayed on the storage device 20.
and stored on the cassette tape or floppy disk of the recording device 21.

The work data stored in this way is transferred to a storage medium such as a cassette tape or floppy disk, and is collected at the headquarters of each gasoline filling station, inputted into a computer installed there, and then transferred to a storage medium such as a cassette tape or floppy disk. The work data of the employees may be managed collectively.

Further, at each gasoline filling station, for example, in order for the person in charge to know the work data of employees, the data is displayed on the CRT display screen 19 by operating the keyboard 14 or by inserting each person's card into the cart reader 15. be able to. Note that this display can be done in each person's language or for all at once.

Furthermore, these work data can also be printed using a printer 1ε).

In addition, detailed explanation will be omitted, or if PO52 is used for energization, the refueling data for each refueling machine la, lb, l
Information such as refueling W and refueling amount +U is stored in the recording device 20 by the output signal from c..., and is also issued as a slip from the printer 18, recorded in the recording device 21, and recorded in the CR.
It is displayed on the T display screen ■9.

In addition, in the case of products such as tires, oil, wax, etc., sales data is entered by operating the keyboard 14, and is memorized, recorded, and displayed on the CRT display screen 19.
You can operate according to the display of the item location.

As described above, the sales data input/output device for gas stations of the present invention is equipped with a recording processing means for not only gas station business data but also employee numbers and arrival and departure times, so it can also be used as a time recorder. In addition to processing various tasks, one POS system can also handle staff physical work at the same time, making it convenient.

[Brief explanation of drawings]

FIG. 1 is an explanatory diagram showing an embodiment of the sales data human output device for gas service stations of the present invention, FIG. 2 is a block diagram showing the same embodiment, and FIG. 3 is a front view showing the usage state of the display screen. l a, 1 b, 1 c...-Oil supply machine 2...POS 2 a...Main body 3...Exterior 4...Supply 41'' pipe 5...Oil supply pump 6...Flow g Old 7...Motor 8...Flow rate pulse transmitter 9゛/Nosuru Half 10...Refueling bow 11...Refueling amount display 8112...Nostle hook 13...Nosuru Suisochi 14...Keyboard 14a... Numeric keypad 14b・
...Sock key 14c...Other operation keys 15...
Cart reader 16...Control unit 17...Sound generator 18...Printer 19...CR'V display screen 19
a...Block 20...Storage device 21...Recording device 22...Control device 23...Timer applicant Tokyo Tatsuno Co., Ltd.

Claims (1)

[Claims] Directly connected to the refueling machine, 7 from now on! A device for processing fueling information and other sales information obtained from cards and personal keys, characterized in that the device is provided with a recording processing means for clocking in and out of work times of gas station staff. Device.