JPS63260348A - Storage service system - Google Patents

Abstract

PURPOSE:To utilize abundant terminal equipments in a private network by devising the titled system so that the stored data in the storage system of a public network are transferred to the storage system of the private network. CONSTITUTION:A sent PB signal is received by a PB receiver 24 connected in parallel with an attendant board. In recognizing the PB signal, a reception board 23 and a connection bus 26 are opened, a connection bus 27 is connected and a storage system 22 is started. After a predetermined timing, an address of a PB exchange 21 and a storage data including a delivery date data are sent from the storage system 2 of the LS exchange 1 via the connection bus 5. The storage system 22 of the PB exchange 21 stores the data. The storage system 22 calls the terminal equipment of the private network at the predetermined delivery date and sends the storage data. Thus, the public network can access the terminal equipment of the private network via the operator of the private network.

Description

DETAILED DESCRIPTION OF THE INVENTION (Industrial Field of Application) The present invention relates to a storage service system, and more particularly to an access processing system for accessing a private network connected from a public network storage system via a receiving unit.

(Prior Art) Conventionally, voice storage services and fax storage services include various services such as mailboxes, broadcast communications, and proxy reception, and are widely used in public networks and private networks.

One of these service formats is a scheduled delivery service. This service calls the other party at a predetermined date and time, sends a voice message, sends a facsimile, and so on.

(Problems to be Solved by the Invention) In the conventional date and time specified delivery described above, the recipient is directly connected to the storage system.

There is no problem when communicating with a congregational network, a private network, or a direct connection terminal from a public network to a private network. However, there is a drawback that terminals within the private network cannot be accessed from the public network via the operator of the private network.

A private network that can only be accessed through an operator is unavoidable as the company grows larger.
The disadvantage is that as the number of such companies increases, the spread of storage services is hindered.

The purpose of the present invention is to enable the receiver of the private network to send a PB double signal from the storage system of the public network to the unit, and to enable the receiver of the private network to receive all PBB signals from the storage system of the public network at the unit. In addition, when the private network reception unit receives a PB double signal from the public network storage system, the private network reception unit switches all access lines from the public network storage system to the private network storage system. When the access line from the public network storage system is connected to the private network storage system, all of the data stored in the public network storage system can be transferred to the private network storage system, thereby eliminating all of the above drawbacks! 8-An object of the present invention is to provide a storage service system configured to allow access from a public network to a private network terminal via a private network operator.

(A precautionary measure to solve the problem) The storage service method according to the present invention includes a PBB output means and a %PB
It is configured to include a receiving means, a connecting means, and a transferring means.

The reception of the private network from the PB transmission means company and the storage system of the public network is for transmitting the PB double signal to the machine.

The PBB transmission means is for receiving the PBB signal transmitted from the public network storage system by the PB transmission means trap at the reception of the private network.

The connection means connects the access line from the public network storage system from the private network reception unit to the private network storage system when the private network reception unit receives the PB double signal from the public network storage system. It is for.

The transfer means is for transferring the stored data of the public network storage system to the private network storage system when the access line from the public network is connected to the private network storage system.

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

The first factor is within the block illustrating the storage service scheme according to the present invention. In Figure 1, l is the L8 switch of the public network, 2 is its storage system, 3 is the PB sender, 4 is the control system of the LS switch, 5°6 is the connection path, and 21 is the PB switch.
22 is the storage system of the PB exchanger, 23 is the reception desk, 24 is the PBB signal device, 25 is the control system of the PBB exchanger, %28.27 is the connection path, respectively.

In FIG. 1, when the date, time, finger, and time are sent out from the storage system 2, the reception machine 23 of the PBB switching machine 21 is called using the representative number. At reception, machine 23 responds and sends a response signal to L8.
Also, when recognized by switch l, connection path 6t is established from %PB transmitter 3.
- The reception is sent a PB double signal to the stand 23 via.

The PB double signal code is determined according to the convenience of the system.

The sent PB double signal is connected in parallel with the cash exchange.
It is received by the BB signal 24. When the PB double signal is recognized,
The reception desk 23 and the connection path 26 are released, the connection path 27 is connected, and the storage system 22 is activated.

After a predetermined timing, stored data including the address of the PBB switch 21 and delivery date and time data is sent from the storage system 2 of the LS switch 1 via the connection path 5.

The storage system 22 of the PBB switching machine 21 stores the above data. Thereafter, at a predetermined delivery date and time, the storage system 22 calls a terminal on the private network and sends out the stored data.

PB transmitter/receiver 3PB receiver 24% exchange l.

21 and storage systems 2 and 22, control of starting, sending out, storage, etc. is performed by the control system 4.25 of each system.

(Effects of the Invention) As explained above, the present invention makes it possible to transfer accumulated data in a storage system of a public network to a storage system of a private network. The second effect is that the holding time can be reduced in the storage system of the public network, and the third effect is that the access time to the terminal can be improved.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing an embodiment of the storage service system according to the present invention. 1.21...Exchange 2.22...Storage system 3...PB sender 4
．． 25... Control system 24... PB receivers 5, 6
, 26 , 27... Connecting bus patent applicant NEC Corporation representative Patent attorney Hisashi Inoro 21@

Claims (1)

[Claims] PB sending means for sending a PB signal from a public network storage system to a private network reception desk; and a PB signal sent from the public network storage system by the PB transmission means at the private network reception desk; When a PB signal from the public network storage system is received by the private network reception unit and the private network reception unit, the access line from the public network storage system is connected from the private network reception unit to the private network reception unit. A connection means for connecting to a storage system of a private network, and when an access line from the public network is connected to the storage system of the private network, data stored in the storage system of the public network is transferred to the storage system of the private network. 1. A storage service system comprising a transfer means for transferring data.