JP2011114551A - Integrated command receiving device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To obtain an integrated command receiving device which includes proper operability and is able to save space and perform energy-saving operations. <P>SOLUTION: An integrated command reception device includes a sound input portion input voice information of a voice simultaneous command from a control office; a data input portion inputting data of a data simultaneous command and a FAX simultaneous command data from the control office; a data processing accumulation portion processing and storing information input to the data input portion and the voice input portion; a display portion displaying the data simultaneous command and the FAX simultaneous command processed in the data processing accumulating portion; a voice output portion outputting the voice simultaneous command processed in the data processing accumulating portion; and a data output portion outputting a reception confirmation signal, after the simultaneous command is received. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to an integrated commanding device arranged on a terminal station side of a simultaneous command system for transmitting information on a simultaneous command from a control station to a terminal station by various methods.

  In the conventional simultaneous command system, a variety of information such as voice simultaneous transmission, data simultaneous transmission, and fax simultaneous transmission as a simultaneous command is sent to the terminal station side for the simultaneous command voice commanding telephone and the terminal for simultaneous command data commanding. The apparatus and the simultaneous command FAX receiving FAX are configured to receive individually. Therefore, there is a problem that the number of devices to be arranged on the terminal station side is large and the failure rate of the entire system becomes high. In addition, the simultaneous command operation and the command confirmation operation on the terminal station side are different for the simultaneous command voice command phone, the batch command data command terminal device, and the batch command fax command FAX, so the operability is poor. There was a problem.

  As an example of such a conventional technique, a facsimile transmitted from a simultaneous command operation console is temporarily received by a simultaneous command receiving terminal device, and further transmitted to an instruction facsimile to receive a facsimile. A technique that requires a plurality of apparatuses is disclosed (for example, Patent Document 1).

Japanese Unexamined Patent Publication No. 01-259562

A conventional commanding device is mainly composed of three types of devices at a terminal station: a command device for commanding simultaneous command data, a telephone for commanding voice command simultaneously, and a fax for commanding fax command. It was necessary to turn on all types of devices 24 hours a day, 365 days a year in order not to know when the information was commanded to the terminal station all at once.
The general command voice command phone requires a function to make the commander aware by LED lighting and buzzer sound and a command check function. I needed to make a phone.

In addition, it is necessary to send back a signal in the form of order confirmation from the result of simultaneous command from the control station to the terminal station. However, since the order confirmation operation is different for each ordering device, the user is required in situations where urgency is required. There is a problem in that it takes an operational burden.
In addition, there is a problem that installation space for each device is required.
Moreover, in the simultaneous command system, there are many cases where the number of terminal stations exceeds 100, and there are many system construction devices per station, so that the failure rate of the entire system is increased.

  The present invention was made to solve the above-described problems. By integrating various commanding devices, energy saving, development cost reduction, unified command confirmation operability, and space saving are achieved. The purpose is to improve reliability and maintainability.

  The integrated command device according to the present invention is used in a command system for transmitting a command from a control station to a terminal station and returning a command confirmation signal from the terminal station that has received the command to the control station. An integrated commanding device that receives the data simultaneous command, FAX simultaneous command, and voice simultaneous command, which are the simultaneous commands transmitted from the control station, at the terminal station, and inputs the voice information of the voice simultaneous command A voice input unit, a data input unit for inputting data of the data simultaneous command and the FAX simultaneous command, a data processing storage unit for processing and storing information input to the data input unit and the voice input unit, the data Display the data simultaneous command and the FAX simultaneous command processed in the processing storage unit, and output the voice simultaneous command processed in the data processing storage unit An audio output unit that is one having a data output section for outputting the 受令 confirmation signal to the simultaneous command after 受令.

  According to the integrated commanding device of the present invention, it is possible to receive various simultaneous commands of data, FAX, and voice by the integrated commanding device.

It is a block diagram of the simultaneous command system of Embodiment 1 of this invention. It is a block diagram of the integrated commanding apparatus of Embodiment 1 of this invention. It is a figure which shows the audio | voice simultaneous operation | movement flow of Embodiment 1 of this invention. It is a figure which shows the FAX simultaneous operation | movement flow of Embodiment 1 of this invention. It is a figure which shows the data simultaneous operation | movement flow of Embodiment 1 of this invention. It is a figure which shows the simultaneous command system operation | movement flow at the time of the occurrence of an earthquake of Embodiment 1 of this invention. It is a block diagram of the simultaneous command system of Embodiment 2 of this invention. It is a block diagram of the simultaneous command system of Embodiment 3 of this invention.

Embodiment 1 FIG.
Hereinafter, an integrated commanding apparatus according to Embodiment 1 of the present invention will be described with reference to FIGS. There are three types of simultaneous commands: voice simultaneous, FAX simultaneous, and data simultaneous. In the present invention, when performing voice simultaneous, as shown in FIG. 1, the terminal station 2 (2 a, 2 b,..., 2n is used by using the simultaneous command microphone 12 connected to the voice IP device 14 from the control station 1. (When the number of terminal stations is n.)) When sending a voice to the terminal and performing a FAX simultaneously, use the FAX 11 for the general command connected from the control station 1 to the general command board 13 and send a FAX to the terminal station 2 side. In the case of performing data simultaneous, the data stored in the disaster prevention information providing server 16 from the control station 1 is commanded on the screen of the general command board 13, and the data is transmitted to the terminal station 2 side. However, the device for receiving the information of each means on the terminal station 2 side is performed by the integrated commanding device 21 (21a, 21b,..., 21n). Note that transmission from the control station 1 to the terminal station 2 is performed via the network 3 using, for example, a wired line. Further, the operator on the terminal station 2 side can perform a common command confirmation operation on the integrated command device 21 and send back a signal (command confirmation signal) to the control station 1.

Specifically, the following operation is performed.
When performing voice simultaneous, the voice input from the simultaneous command microphone 12 of the control station 1 is converted to IP by the voice IP device 14, and the integrated command device 21a (21b) of the terminal station determined by the simultaneous command stand 13 is used. Send to. The voice data received by the integrated commanding device 21a (21b) can be reproduced by the operator on the attached speaker (sound output unit provided in the integrated commanding device 21a (21b)). After confirming the contents, an attached order confirmation button (not shown) is operated, and the signal can be returned to the control station 1 (order confirmation signal).

When performing FAX simultaneous transmission, the FAX image input from the control station 1 general command FAX 11 is converted to IP by the general command base 13, and the integrated command device on the terminal station 2 a (2 b) side determined by the simultaneous command base 13. It transmits to 21a (21b).
The FAX image data received by the integrated commanding device 21a (21b) can be displayed on the monitor (display unit provided in the integrated commanding device 21a (21b)) by the operator. After confirming the contents, an attached order confirmation button (not shown) is operated, and the signal (order confirmation signal) can be returned to the control station 1.

When performing data simultaneous, command operation is performed on the data stored in the disaster prevention information providing server 16 of the control station 1 on the screen of the simultaneous command board 13, and one terminal station 2 a (2 b) determined by the simultaneous command board 13. It transmits to the body type commanding device 21a (21b).
The data received by the integrated commanding device 21a (21b) can be displayed on the monitor (display unit provided in the integrated commanding device 21a (21b)) by the operator. After confirmation, an operation of an acceptance confirmation button (not shown) can be performed, and the signal can be returned to the control station 1.

  Next, referring to FIG. 2, an integrated commanding device 21 (when the number of terminal stations is n, one integrated commanding device 21a (21b,... 21n) having the same configuration is arranged for each station. One of these integrated commanding devices is illustrated as the integrated commanding device 21). The integrated commanding device 21 includes a data input / output unit 31 comprising a data input unit 31a and a data output unit 31b, a voice input unit 32, a data processing storage unit 33, a display unit 34, a voice output unit 35, and a command confirmation unit 36. Consists of

  In this integrated commanding apparatus 21, the voice input unit 32 receives the voice information of the voice simultaneous command transmitted from the simultaneous command microphone 12 of the control station 1 as the terminal station 2 (terminal stations 2a, 2b,. These terminals have the same configuration, and one of the terminal stations is illustrated as the terminal station 2. The data is input via the voice IP device 22 on the side. The data input unit 31a receives data simultaneous command data output from the disaster prevention information providing server 16 of the control station 1 and FAX simultaneous command data (FAX image) output from the FAX 11 for simultaneous commands, and stores data processing. The unit 33 processes and stores information input to the data input unit 31a and the voice input unit 32 (all information input to the integrated commanding device 21), and the display unit 34 stores the data processing storage unit 33. The command contents of the data simultaneous command and the FAX simultaneous command processed in the above are displayed, the voice output unit 35 outputs the voice simultaneous command processed in the data processing storage unit 33, and the data output unit 31b sends to the terminal station 2 After the operator confirms the simultaneous command, the data processing storage unit 33 is pressed by pressing the command confirmation button of the command confirmation unit 36 provided in the integrated commanding device 21. The 受令 confirmation signal et outgoing outputs to the control station 1 side.

As described above, various types of data are taken into the single integrated commanding device as internal functions, thereby enabling data display and voice output. Furthermore, it becomes easy to control the confirmation of receipt of various data.
In addition, it is possible to centrally manage all data fetched into the data processing storage unit 33, and it can be expected to prevent forgetting confirmation of orders.

Next, the simultaneous operation of voice will be described with reference to FIG.
When an event that requires simultaneous voice occurs in the control station 1, a simultaneous start request is transmitted from the simultaneous command stand 13 to the integrated commanding device 21 of the terminal station 2 via the simultaneous command control device 15 (S1 (step 1 1)).
After receiving this request, the integrated commanding device 21 shifts to a state where voice can be received and transmits a simultaneous command start response (S2).
A voice start request is transmitted from the simultaneous command stand 13 to the integrated commanding device 21 of the terminal station 2 via the simultaneous command control device 15 (S3).
The voice input from the simultaneous command microphone 12 of the control station 1 is transmitted to the integrated command device 21 via the voice IP device 14 of the control station 1 and the voice IP device 22 of the terminal station 2 (S4). .
The operator of the terminal station 2 reproduces sound through the attached speaker and confirms the command content (S5).

When the voice command is completed, a voice termination request is transmitted from the simultaneous command stand 13 to the integrated commanding device 21 of the terminal station 2 via the simultaneous command control device 15 (S6).
After confirming the command content, the operator of the terminal station 2 performs an order confirmation operation by a method such as pressing an order confirmation button provided in the order confirmation unit 36 (S7).
Thereby, the voice simultaneous result notification is transmitted from the terminal station 2 to the simultaneous command control device 15, and the content is displayed on the simultaneous command stand 13 (S8).
Next, a voice simultaneous end notification is sent from the simultaneous command control device 15 to the integrated commanding device 21 to notify the end of the simultaneous command, and the voice simultaneous operation ends (S9).

Next, the simultaneous operation of FAX will be described with reference to FIG.
When an event that should be faxed simultaneously occurs in the control station 1, a simultaneous start request is transmitted from the simultaneous command stand 13 to the integrated commanding device 21 of the terminal station 2 via the simultaneous command control device 15 (S11).
After receiving this request, the integrated commanding apparatus 21 shifts to a state where the FAX can be received.
The FAX image input from the simultaneous command FAX 11 of the control station 1 is transmitted to the integrated commanding device 21 (S12).
The operator of the terminal station 2 displays the content on the monitor (display unit 34) or outputs the image by paper output to an attached printer (not shown) if necessary, and confirms the command content (S13). .

After receiving the FAX image, the integrated commanding device 21 transmits a simultaneous command start response to the simultaneous command control device 15 (S14). This corresponds to the machine order confirmation in FIG.
The operator of the terminal station 2 performs an acceptance confirmation operation after confirming the command content (S15).
Thereby, a FAX simultaneous result notification is transmitted from the terminal station 2 to the simultaneous command control device 15 (S16), and the content is displayed on the simultaneous command stand 13.
Next, the simultaneous command control device 15 notifies the integrated command device 21 that the FAX simultaneous command has ended, and the FAX simultaneous operation ends (S17).

Next, the data simultaneous operation will be described with reference to FIG.
In the control station 1, when the disaster prevention information providing server 16 receives data such as an earthquake transmitted from the meteorological observatory, the disaster prevention information providing server 16 uses the simultaneous command control device 15 and the integrated command device of the terminal station 2. A data simultaneous start request is transmitted to 21 (S21). After receiving this request, the integrated commanding device 21 shifts to a state where data can be received.
The simultaneous command control device 15 transmits data to the integrated command device 21 (S22). The operator of the terminal station 2 can confirm the command content by displaying the content on the monitor (display unit 34) (S23).

After receiving the data, the integrated commanding device 21 transmits a data batch start response to the batch command control device 15 as a machine command confirmation operation (S24).
After confirming the command content, the operator of the terminal station 2 performs an acceptance confirmation operation (S25).
Thereby, the data simultaneous result notification is transmitted from the terminal station 2 to the simultaneous command control device 15 (S26), and the content is displayed on the simultaneous command stand 13.
Next, the simultaneous command control device 15 notifies the integrated commanding device 21 that the data simultaneous command has ended, and the data simultaneous operation ends (S27).

Next, FIG. 6 illustrates an operation flow of the simultaneous command system when an earthquake occurs.
When an earthquake occurs, earthquake information is automatically transmitted from the weather station to the disaster prevention information providing server 16 of the control station 1 (S31). Upon receipt of the earthquake information, the simultaneous command control device 15 automatically transmits the earthquake information data to the integrated command device 21 of the terminal station 2 (S32).
When receiving the earthquake information, the integrated commanding device 21 sounds a buzzer to notify the operator (S33). The operator confirms the received earthquake information on the monitor of the integrated commanding device 21 (S34). After confirming the contents, the necessity of disaster countermeasures is examined (S35), and a confirmation operation such as pressing a button provided in the order confirmation unit 36 is performed (S36), and an order confirmation signal is transmitted to the control station 1. (S37). In response to this, the general command board 13 of the control station 1 grasps the order confirmation status (S38).

  When a tsunami forecast is announced due to the occurrence of an earthquake (S41), the data is sent to the terminal station 2 side (S42) in the same manner as when earthquake information is provided (S42), and operations S33 to S36 are performed. An order confirmation operation is performed by the person (S43).

  Furthermore, when it is desired to give a specific disaster countermeasure instruction from the control station 1 by FAX, the input FAX image is transmitted to the integrated command device 21 via the simultaneous command stand 13 by the simultaneous command FAX 11 (S51). ). The operator displays the contents on the monitor or outputs the paper to the attached printer as necessary to confirm the instruction contents. After confirming the contents, a confirmation operation such as pressing a button provided in the order confirmation unit 36 is performed, and an order confirmation signal is transmitted to the control station 1 (S52).

As described above, when a simultaneous command is issued from the control station 1 to the terminal station 2, it is a time of high urgency, and the terminal station 2 obtains information according to the type of the simultaneous command or an order confirmation operation. Is annoying if they are different. In consideration of this point, the present invention consolidates a number of functions in the integrated commanding device 21 and enables a quick commanding operation. Furthermore, since it is configured to shift to a state where simultaneous command reception is possible on the integrated commanding device 21 side in response to a simultaneous start request, it is not necessary to always operate all facilities, and for system operation It is possible to reduce the energy required for this.
Conventionally, since the telephone, the FAX machine, and the terminal device are individually installed, the installation place is individually required and the maintenance is also performed individually. However, if the integrated reception device 21 of the present invention is used, Since the installation space can be reduced and only one apparatus is required to be inspected and maintained, the operational burden is reduced.

Embodiment 2. FIG.
In the above-described first embodiment, reception at the terminal station 2 side of the FAX is performed by the integrated commanding device 21 as shown in FIG. 2 and displayed on the display unit 34 in the integrated commanding device 21. Alternatively, an example in which printing is performed by a printer (not shown) to output paper is shown.
In the second embodiment, a case will be described in which a FAX simultaneous command is transmitted to a plurality of existing FAX machines already provided in the terminal station 2.

  As shown in FIG. 7, there are a plurality of existing FAXes 26 in the terminal station 2, and these existing FAXes 26 are connected to an existing exchange 25. The integrated commanding device 21 is additionally provided with an existing switch connection unit 24 for connecting to the existing switch 25. With this configuration, it is possible to transmit the FAX simultaneous command from the control station 1 to the plurality of existing FAX 26 of the terminal station 2 via the existing switch connection unit 24 and the existing switch 25.

  By configuring so that the FAX simultaneous command is transmitted to the existing FAX 26, the multiple simultaneous FAXs 26 on the terminal station 2 side can receive the simultaneous command almost simultaneously. This has the effect of reducing the time required for the operation. Further, as a configuration on the integrated commanding apparatus 21 side, functions necessary for FAX reception can be omitted, and in this case, system construction costs can be reduced.

Embodiment 3 FIG.
Next, Embodiment 3 of the present invention will be described with reference to FIG. In the second embodiment, a system for transmitting a FAX simultaneous command to a plurality of existing FAX 26 in the terminal station 2 has been described. However, in the third embodiment, a voice simultaneous command is transmitted to a plurality of existing speakers 29 in the terminal station 2. A transmission system will be described.

  As shown in FIG. 8, a plurality of existing speakers 29 are arranged in the terminal station 2, and these existing speakers 29 are connected to an existing broadcasting facility 28. The integrated commanding device 21 has a configuration in which an existing broadcasting equipment connection unit 27 for connecting to the existing speaker 29 is additionally provided. With this configuration, it is possible to transmit a voice simultaneous command from the control station 1 to the plurality of existing speakers 29 of the terminal station 2 via the existing broadcasting equipment connection unit 27 and the existing broadcasting equipment 28. It becomes.

  As described above, by configuring the voice simultaneous command to be transmitted to the existing speaker 29, it becomes possible to broadcast the simultaneous command almost simultaneously at the plurality of existing speakers 29 on the terminal station 2 side. There is an effect that it is possible to shorten the time required to make the command known within. In addition, as a configuration on the integrated commanding device 21 side, functions necessary for voice reception can be omitted, and in that case, system construction costs can be reduced.

1 Control station 2, 2a, 2b Terminal station 3 Network 11 Fax for simultaneous command
12 Simultaneous command microphone (microphone) 13 Simultaneous command stand 14, 22 Voice IP device 15 Simultaneous command control device 16 Disaster prevention information providing server 21, 21a, 21b Integrated command device 22, 22a, 22b Voice IP device 24 Existing switch connection Part 25 Existing switchboard 26 Existing fax machine
27 Existing Broadcast Facility Connection Unit 28 Existing Broadcast Facility 29 Existing Speaker 31 Data Input / Output Unit 31a Data Input Unit 31b Data Output Unit 32 Audio Input Unit 33 Data Processing Storage Unit 34 Display Unit (Monitor) 35 Audio Output Unit (Speaker)
36 Order confirmation part (order confirmation button).

Claims (3)

  The simultaneous command transmitted from the control station is used in a simultaneous command system that transmits a simultaneous command from the control station to the terminal station and sends back an acknowledgment signal from the terminal station that has received the simultaneous command to the control station. An integrated commanding device for receiving the data simultaneous command, the FAX simultaneous command, and the voice simultaneous command at the terminal station, the voice input unit for inputting the voice information of the voice simultaneous command, the data simultaneous command and the above A data input unit for inputting FAX simultaneous command data, a data processing storage unit for processing and storing information input to the data input unit and the voice input unit, and the data simultaneous command processed in the data processing storage unit And a display unit for displaying the FAX simultaneous command, a voice output unit for outputting the voice simultaneous command processed in the data processing storage unit, and receiving the simultaneous command. Integrated 受令 apparatus characterized by having a data output section for outputting the 受令 confirmation signal.   An exchange connection unit for connecting to an existing exchange connected to a plurality of existing FAXes in the terminal station is provided, and the FAX simultaneous command is transmitted to the plurality of existing FAXes via the exchange connection unit and the existing exchange. The integrated commanding device according to claim 1.   A broadcasting facility connection unit for connecting to an existing broadcasting facility connected to a plurality of existing speakers in the terminal station, and the audio simultaneous command to a plurality of the existing speakers via the broadcasting facility connection unit and the existing broadcasting facility; The integrated commanding device according to claim 1, wherein:

Images