JPH0241561A - Centralized automatic processing device - Google Patents

Abstract

PURPOSE:To perform the centralized control with one control part to improve economization by simultaneously accepting plural inputs and executing the maximum number of multiple parallel processings and output processings which the performance permit. CONSTITUTION:Transaction contents of plural customers are simultaneously accepted from input operation parts 1 of customers #0 to #n and are enqueued into a processing waiting queue by a queuing control. Data and mediums inputted by customers are successively taken out from the queue through a schedular part 35 to execute transactions. For example, though the transaction of the customer #1 is enqueued into the processing waiting queue while transaction of the customer #0 is in course of processing, transaction contents of the customer #1 are taken out from the queue and the processing is started when the transaction of the customer #0 is switched from 'processing' to 'output'. Thus, the capability of a centralized control part 3 is displayed up to its maximum.

Description

DETAILED DESCRIPTION OF THE INVENTION (Field of Industrial Application) The present invention relates to automation equipment, and in particular to a centralized automation unit that multiplexly controls input/output operations! ! 1IIC related.

(Conventional technology) Conventionally, CD-? A customer-operated automated device such as an ATV is configured to sequentially perform a series of operations such as inputting transaction details, processing according to input instructions, and outputting processing results to media. Furthermore, regarding input/output operations, the insertion/ejection ports are different for each medium.

(11 Problems to be Solved by the Invention) In the conventional automated equipment described above, unless - customers complete their transactions, the next person cannot proceed with the transaction. The disadvantage is that it is not economical because it requires the installation of several automated devices. 1
+) There is a drawback that the U-port for insertion/ejection is different for each medium, which is cumbersome for the customer's operation.

An object of the present invention is to eliminate the above-mentioned drawbacks by accepting multiple inputs simultaneously and performing multiple parallel processing and output processing as much as permissible in terms of performance. It is said that the company will provide centralized and automated processing equipment.

(Means for Solving Problem 1) A centralized automatic processing device according to the present invention is configured to include an input operation section, a medium insertion/ejection section, and a central control section.

The input operation section is for inputting transaction details of a plurality of customers using the guidance display section and the middle board operation section.

The medium insertion/removal section is for inserting into the medium the contents input by the input operation section and necessary for the transaction, or for extracting the contents from the medium.

The central control section is for controlling the medium insertion/ejection section and sequentially executing a plurality of transactions input from the input operation section.

(Example), Next, one embodiment of the present invention will be explained with reference to the drawings.

FIG. 1 is a block diagram showing an embodiment of a centralized automatic processing device according to the present invention.

In Fig. 1, 10 is a customer (user) identified by O to Sn, 1 is an input operation section, 11 is a guidance display section, 12 is a board input section, and 2 is a media insertion/ejection port. , 3 is a centralized control unit, 31 is an input control/output control unit, 32 is a processing control unit for media control/sorting, 33 is a media processing/output control unit, 34 is a communication processing control unit, 3S is a scheduler unit, 4 is a line.

Customer 0 inputs the details of the transaction into this device through the guidance display section 11 of the input operation section 1 and the keyboard operation sections 12 and K, and inserts/bubbles the medium such as a bankbook, card, or bill necessary for the transaction. Insert it into the outlet 2.

The centralized control unit 3 receives the guidance control of the input operations of the plurality of customers and the input transaction details, and includes an input control/queuing control unit 31 for performing middle Ewing control;
Media control/sorting for sorting media (bankbooks, cards, banknotes, etc.) inserted all at once from the media insertion/removal unit 2 to each media control unit is performed by a communication control unit 32 that controls communication with the host. A processing control unit 34, a medium processing/output control unit 33 for outputting the contents of the weir pulling results to the medium or outputting the medium to the medium insertion/removal unit 2, and maximum intelligent parallel processing to each control unit. It is composed of a running scheduler section that executes 3 days.

Line 4 is for communicating with the host.

Next, their operations will be explained.

The transaction details of a plurality of customers are simultaneously accepted from the input operation section 1 of customers 0 to φn, and placed in a queue waiting for processing by middle Ewing control. Further, the data input by the customer and the medium are sequentially taken out from the queue via the scheduler section 35 to execute the transaction.

For example, when the transaction of customer + O is being processed, the transaction of customer sl is queued for processing, but when the transaction of customer ≠ 0 moves from 1 processing I to 1 output I, customer ≠
1 transaction is taken out of the queue and transitions to processing.

Thereby, the capabilities of the centralized control section 3 can be maximized.

(Effects of the Invention) As explained above, the present invention enables a single control unit to centrally accept multiple inputs and execute multiple parallel processing and output processing as much as performance allows. Since control is performed, economical efficiency is improved. Also,
Media sorting is a function, and media delivery to and from customers can be performed using a single media insertion/removal unit, which has the effect of improving customer operability.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing an embodiment of a centralized automatic processing device according to the present invention. 1... Input operation section 2... Media insertion/removal section 3... Centralized control section 1. Line 10... Customer 11... Guidance display section 12... Keyboard input section 31...・Input control/queuing control section 32...Media control/sorting is done by the processing control section 33...Media processing/output control section 34...Fist communication processing control section/scheduler section Patent applicant: NEC Corporation

Claims (1)

[Claims] an input operation section for inputting transaction details of a plurality of customers using a guidance display section and a keyboard operation section; It is equipped with a medium insertion/ejection section for extracting contents from the medium, and a central control section for controlling the medium insertion/ejection section and sequentially executing a plurality of transactions input from the input operation section. Centralized automatic processing equipment characterized by the following configuration.