JP2012123433A - Roll call system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a roll call system capable of preferentially processing a roll call of a roll called person desiring a preferential roll call.SOLUTION: The roll call system is a roll call system including a roll calling side device used by a roll call manager performing a roll call and a roll called side device used by a roll called person for whom a roll call is performed for sending a state of the roll called person to the roll calling side device by at least one of a sound and an image, where the roll called side device transmits a request for roll call to the roll calling side device, and the roll calling side device adds a roll called person to a roll call waiting list which is a list of roll called persons waiting for a roll call in response to the request and enables a roll call through the roll called side device according to an order of the roll called persons in the roll call waiting list. The roll called side device transmits a request for preferential roll call to the roll calling side device with respect to the roll called person, and a PC of the roll calling side device receives the request from the roll called side device (S151), and advances an order in the roll call waiting list based on the request received with respect to the roll called person (S152).

Description

  The present invention relates to a call system that can support a call to a callee by a call manager.

  As a conventional call system, an operation manager (call manager) at a sales office such as a route bus can quickly grasp the attendance status of a crew member (callee) and prompts the crew to start a call. A working time management device having a display panel is known (see, for example, Patent Document 1).

JP-A-62-97052

  The conventional call system is based on the premise that the call manager and the to-be-called person work at the same sales office. For this reason, in the conventional call system, call managers need to be arranged at all the sales offices where the callees work, and the labor costs of the call managers are enormous.

  However, at the present time when communication technology has been developed, a call side device used by a call manager and a device used by the callee to transmit the state of the callee to at least one of sound and image to the call side device. By using the call side device, it is possible to make a call even in a situation where the call manager and the to-be-called party are separated.

  Here, when a call request is made to a call manager from a plurality of to-be-called persons, the call manager makes a call to the plurality of to-be-called persons in order. At this time, it is inconvenient for the to-be-called person who has the circumstances to finish the call in a hurry to make the calls in order.

  Accordingly, an object of the present invention is to provide a call system that can preferentially process a call to a to-be-called party who desires a priority call.

  The call system of the present invention includes a call side device used by a call manager who makes a call, and a call side device used by the callee who makes the call, and shows the state of the callee at least one of sound and image. A callee device that transmits to the caller device, the callee device sends the call request to the caller device, and the callee device is waiting for the call. A call system that adds the to-be-called party to the call-waiting list, which is a list of callers, in response to the request, and enables the call through the to-be-called side device according to the order of the to-be-called parties in the call-waiting list Wherein the to-be-called side device transmits a priority call request for the to-be-called party to the to-call side device, and the to-call side device receives the request from the to-be-called side device. And Lai receiving means, characterized in that it comprises a sequence replacement means increasing the order of the roll call waiting list for the object roll call person based on the request received by said priority request receiving means.

  With this configuration, the call system of the present invention increases the order of the call for the callee based on the request for the priority call, so that the call of the callee who desires the priority call is preferentially processed. Can do.

  Moreover, it is preferable that the order change means of the call system of the present invention sets the number in the call waiting list for the to-be-called party based on the request received by the priority request receiving means to be first.

  With this configuration, the call system of the present invention can process the call of a to-be-called person who desires a priority call with the highest priority.

  Further, the call system of the present invention is a display mode distinguishing unit for distinguishing the display mode in the call waiting list from the other to-be-called parties with respect to the to-be-called party whose order in the call waiting list is increased by the order changing unit. It is preferable to provide.

  With this configuration, the call system of the present invention distinguishes the display mode in the call waiting list with respect to the to-be-called person who has raised the order of the call from the other to-be-called parties. A person who sees the call waiting list can be easily recognized.

  The program for a call side device according to the present invention is a call side device used by a call manager who makes a call, and is used by a callee who makes the call and shows the state of the callee at least one of sound and image The to-be-called side device transmits to the to-call side device, and the to-be-called side device is waiting for the to-be-called call. The callee is added to the call waiting list, which is a list of the callees, in response to the request, and the call can be made via the to-be-called side device according to the order of the callees in the call waiting list. A program for a call side device for causing the call side device of the call system to function, wherein the priority request reception for receiving the call request preferentially for the to-be-called party from the to-be-called side device. Means, characterized in that to function the roll call side device for sequential replacement means for increasing an order in the roll call waiting list for the object roll call person based on the request received by said priority request receiving means.

  With this configuration, the call side device that executes the program for the call side device of the present invention raises the order of the call for the callee based on the request for the priority call, so the callee who wants the priority call Can be preferentially processed.

  The call system of the present invention can preferentially process a call to a to-be-called party who desires a priority call.

1 is a block diagram of a call system according to an embodiment of the present invention. It is a block diagram of the call side apparatus shown in FIG. It is a block diagram of the to-be-called side apparatus shown in FIG. It is a figure which shows the example of the call screen displayed on the monitor of the call side apparatus shown in FIG. It is a figure which shows the example of the list screen displayed on the monitor of the to-be-called side apparatus shown in FIG. It is a flowchart of operation | movement of the to-be-called side apparatus shown in FIG. 1 when a request for a call is made. It is a figure which shows the example of the questionnaire displayed on the monitor of the to-be-called side apparatus shown in FIG. It is a flowchart of operation | movement of the call side apparatus shown in FIG. 1 which is a server when a to-be-called party is registered into a call waiting list. It is a flowchart of operation | movement of the to-be-called side apparatus shown in FIG. 1 when requesting a priority call. It is a flowchart of operation | movement of the call side apparatus shown in FIG. 1 which is a server when the order of the to-be-called party in a call waiting list | wrist is changed. It is a figure which shows the example of the call screen displayed on the monitor of the call side apparatus shown in FIG. 1, Comprising: It is the figure by which the order of the to-be-called party in the call waiting list was changed. It is a flowchart of operation | movement of the call side apparatus shown in FIG. 1 when a call is performed. It is a block diagram of the to-be-called side apparatus shown in FIG. 1 in case the computer is comprised by the portable communication apparatus.

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

  First, the configuration of a call system according to an embodiment of the present invention will be described.

  FIG. 1 is a block diagram of a call system 10 according to the present embodiment.

  As shown in FIG. 1, the call system 10 includes a call side device 20 used by a call manager who makes a call and a call and a picture of the state of the to-be-called person used by the to-be-called person to whom the call is made. And a to-be-called side device 40 that transmits to the side device 20. The call side device 20 and the to-be-called side device 40 can communicate with each other via the network 11 such as the Internet. The call system 10 includes a plurality of call side devices 20. Although only one to-be-called side device 40 is depicted in FIG. 1, the to-be-called system 10 includes a plurality of to-be-called side devices 40.

  The call system 10 is a system used by a carrier, and is a system that supports a call before a crew of a truck driver. The call side device 20 is installed at the headquarters of the carrier. The to-be-called side devices 40 are respectively installed in the branches of transporters scattered across the country such as several hundreds.

  FIG. 2 is a block diagram of the call side device 20.

  As shown in FIG. 2, the call side device 20 includes a PC (Personal Computer) 21 that is a computer that controls the entire call side device 20, a microphone 22 that inputs sound, a video camera 23 that inputs images, and a sound. A speaker 24 that outputs an image, a monitor 25 that outputs an image, an operation unit 26 such as a keyboard, a mouse, and a touch panel for inputting an operation by a call manager, a communication unit 27 for communicating with an external device, and a sound Is provided with an alarm device 28 for performing an alarm, a call lamp 29 for calling a call manager with light, and a clock 30 for measuring time. The call side device 20 may have a configuration in which the alarm device 28 and the call lamp 29 are replaced by the speaker 24 and the monitor 25, respectively.

  The PC 21 is a CPU (Central Processing Unit), a ROM (Read Only Memory) or an HDD (Hard Disk Drive) that stores a program including the program for the call side device of the present invention and various types of data, and an operation of the CPU. It is constituted by a RAM (Random Access Memory) used as an area. The CPU is an arithmetic processing unit that operates the PC 21 by executing a program stored in the ROM or HDD. The RAM temporarily stores programs and various data when the programs are executed by the CPU.

  In the plurality of call side devices 20, one call side device 20 is a server, and the remaining call side devices 20 are clients. Only the PC 21 of the call side device 20 which is a server stores and manages a call waiting list which is a list of callees waiting for a call. The PC 21 of the call side device 20 that is a client does not store the call waiting list, but reads and edits the call waiting list that is stored in the PC 21 of the call side device 20 that is a server. That is, the call waiting list is used jointly by all the call side devices 20 including the call side device 20 which is a server. With this configuration, when a plurality of call side devices 20 simultaneously execute a call, the occurrence of a problem that the same callee's call is executed by the plurality of call side devices 20 is prevented.

  Similarly, the PC 21 of the call side device 20 as a server is necessary for a face image registered in advance for each to-be-called person, a past history registered in advance for each to-be-called person, and a call for one to-be-called person. The preset standard call time is stored as a long time. Further, the PC 21 of the call side device 20 as a server stores various information transmitted from the callee side device 40 together with a call request. These pieces of information are also used jointly by all the call side devices 20.

  FIG. 3 is a block diagram of the to-be-called side device 40.

  As shown in FIG. 3, the to-be-called side device 40 is a computer 41 that controls the entire to-be-called side device 40, a microphone 42 that inputs sound, a video camera 43 that inputs images, and outputs sound. A speaker 44, a monitor 45 for outputting an image, an operation unit 46 such as a keyboard, a mouse, and a touch panel for inputting an operation by a called party, a communication unit 47 for communicating with an external device, and an alarm by sound Alarm 48 to be performed, ringing light 49 for calling the to-be-called manager by light, license reader 50 to read information from the license of the to-be-called person, and IC tag to read the information from the IC tag carried by the to-be-called person A reader 51, a fingerprint authentication device 52 that performs authentication by reading the fingerprint of the callee, a sphygmomanometer 53 that measures the blood pressure of the callee, and the acceleration pulse wave of the callee The acceleration pulse wave meter 54, and a thermometer 55 for measuring the body temperature of the roll call's an alcohol measurement device 56 which measures the alcohol concentration in the breath of the roll call's. The IC tag may be embedded in a key holder, for example, and attached to the track key by the key holder. The to-be-called side device 40 may have a configuration in which the alarm device 48 and the ringing light 49 are replaced by the speaker 44 and the monitor 45, respectively. In this embodiment, authentication by fingerprint is adopted as the authentication method, but authentication other than fingerprints such as veins, irises and faces may be adopted.

  The PC 41 includes a CPU, a ROM or HDD that stores programs and various data in advance, and a RAM that is used as a work area for the CPU. The CPU is an arithmetic processing unit that operates the PC 41 by executing a program stored in the ROM or HDD. The RAM temporarily stores programs and various data when the programs are executed by the CPU.

  FIG. 4 is a diagram showing an example of a call screen displayed on the monitor 25 of the call side device 20.

  As shown in FIG. 4, on the call screen, a “current callee” area 81 for displaying information of a callee currently on the call, and a “call manager” area 82 for displaying an image of the call manager. A “callee” area 83 for displaying an image of a to-be-called person currently on a call, a “driver's license” area 84 for displaying an image of a driver's license of a to-be-called person currently on the call, and a current call "Registered face image" area 85 for displaying the face image registered in advance of the to-be-called person, and "Past history" area 86 for displaying the previously registered history of the to-be-called person currently being called. And a “call waiting list” area 87 for displaying a call waiting list.

  The “currently called party” area 81 includes a “branch” area 81 a for displaying identification information of the to-be-called side device 40 that has requested a call to the to-be-called person currently on the call, and a to-be-called person currently on the call. "Employee number" area 81b for displaying the employee number of the current person, "Name" area 81c for displaying the name of the currently called person being called, and the number of the vehicle on which the currently called person is on board Vehicle number "area 81d. The vehicle number is an automobile registration number or a number uniquely assigned to a vehicle owned by a company. The information displayed in the “branch” area 81a, the “employee number” area 81b, the “name” area 81c, and the “vehicle number” area 81d is identification information of the to-be-called person, and the call side device 20 that is a server. When the PC 21 receives a call request from the to-be-called side device 40, the information is transmitted from the to-be-called side device 40 together with the call request.

  The image displayed in the “call manager” area 82 is an image taken by the video camera 23.

  The image displayed in the “callee” area 83 is an image captured by the video camera 43 of the callee device 40 and transmitted from the callee device 40 to the callee device 20.

  The image displayed in the “driver's license” area 84 is transmitted from the to-be-called side device 40 together with the toll-call request when the PC 21 of the to-be-called side device 20 serving as the server receives the request for the to-be-called side device 40. It is an image that comes. Of the images displayed in the “driver's license” area 84, the face image of the callee indicates whether the person in the image displayed in the “callee” area 83 is really the callee himself / herself. It is used to make it judge.

  The face image displayed in the “registered face image” area 85 is registered in advance for each to-be-called person in the PC 21 of the call side device 20 which is a server. The face image of the callee displayed in the “registered face image” area 85 causes the call manager to determine whether the person in the image displayed in the “callee” area 83 is really the callee himself. Used for.

  The past history displayed in the “past history” area 86 is registered in advance in the PC 21 of the call side device 20 serving as a server for each to-be-called person. Examples of the past history include past traffic violations of the callee, chronic illness of the callee, past work history of the callee, and the like.

  Each line of the call waiting list displayed in the “call waiting list” area 87 is information of the to-be-called person waiting for the call, and the call is executed in order from the upper line. ing. Each column of the call waiting list includes a “branch” area 87 a for displaying identification information of the to-be-called side device 40 that has requested a call to the callee, and an “employee number” area 87 b for displaying the employee number of the callee. "Name" area 87c for displaying the name of the to-be-called person, "Vehicle number" area 87d for displaying the number of the vehicle on which the to-be-called person gets, and "Scheduled time" for displaying the scheduled time when the to-be-called person is called "Area 87e", "Elapsed time" area 87f for displaying the elapsed time from when the callee is registered in the call waiting list to the present time, "Registration time" for displaying the time when the callee is registered in the call waiting list This is an area 87g. The information displayed in the “branch” area 87a, the “employee number” area 87b, the “name” area 87c, and the “vehicle number” area 87d is identification information of the callee, and the PC 21 of the call side device 20 that is a server. Is information transmitted from the to-be-called side device 40 together with the toll-call request when the to-call request is received from the to-be-called side device 40.

  The scheduled time displayed in the “scheduled time” area 87e includes the standard call time preset as the time required for one callee, the number of the call side devices 20, and the callee in the call waiting list. Information that can be calculated by the PC 21 on the basis of the order of the information and is updated in real time. A standard waiting time is determined as a scheduled waiting time for one to-be-called person in the entire call system 10 based on the standard call time and the number of the call side devices 20. For example, in the example shown in FIG. 4, the standard waiting time is 8 minutes, and the call of Ichiro Tanaka, who is currently being called, is started at 21:16. Jiro Yamada's scheduled call time is 21:24, 8 minutes later, and the second scheduled call time for Ichiro Sato in the call waiting list is 21:32, 8 minutes later. The scheduled call time for Saburo Suzuki, the third person on the waiting list, is 21:40, eight minutes later.

  The standard waiting time is inversely proportional to the number of roll calls that can be processed simultaneously. The number of call calls that can be processed simultaneously is equal to the number of call managers who make a call, that is, the number of call side devices 20. Therefore, the standard waiting time is inversely proportional to the number of the call side devices 20. In other words, the standard waiting time is ½ times when there are two call side devices 20 and there are three call side devices 20, and when there are three call side devices 20, the call side devices. It becomes 1/3 times when 20 is one.

  If the carrier who has introduced the call system 10 has many callees registered in the call waiting list and the call is stuck, the call side device 20 and the call manager who uses the call side device 20 It is possible to eliminate the delay of the call.

  The elapsed time displayed in the “elapsed time” area 87 f is information that can be calculated based on the registration time displayed in the “registration time” area 87 g and the current time that can be acquired from the clock 30. It is information that is updated in real time. For example, in the example shown in FIG. 4, the current time is 21:23, the elapsed time of the first Jiro Yamada in the call waiting list is 10 minutes from the registration time of 21:13, and the call waiting list The second elapsed time of Ichiro Sato is 7 minutes from the registration time of 21:16, and the third elapsed time of Saburo Suzuki in the call waiting list is 5 minutes from the registration time of 21:18 .

  The registration time displayed in the “registration time” area 87g is the current time of the clock 30 when the callee is registered in the call waiting list.

  FIG. 5 is a diagram illustrating an example of a list screen displayed on the monitor 45 of the to-be-called side device 40.

  As shown in FIG. 5, unlike the call screen, the list screen has a “current callee” area 81, a “call manager” area 82, a “callee” area 83, and a “driver's license” area. 84, the “registered face image” area 85 and the “past history” area 86 are not displayed. The list screen is a screen displayed on the monitor 45 of the to-be-called side device 40 waiting for a call.

  Next, the operation of the call system 10 will be described.

  The PC 21 of the call side device 20 as a server distributes the call waiting list to the call side device 20 as a client and all the to-be-called side devices 40 every time the call waiting list is updated. Therefore, the same call waiting list is always displayed on the monitors 25 of all the call side devices 20 and the monitors 45 of all the callee side devices 40.

<Rolling-call request in the to-be-called side device 40>
The operation of the to-be-called side device 40 when a call request is made will be described.

  FIG. 6 is a flowchart of the operation of the to-be-called side device 40 when a call request is made.

  When the called party inserts a license into the license reader 50 of the to-be-called side device 40, the PC 41 of the to-be-called side device 40 executes the operation shown in FIG. Note that the PC 41 sequentially displays the actions to be performed by the called party on the monitor 45 during the operation shown in FIG. Therefore, the to-be-called person should act according to the display on the monitor 45.

  As shown in FIG. 6, the PC 41 reads information from the license by the license reader 50 (S101), and whether the license is within the expiration date based on the expiration date of the license among the information read in S101. Is determined (S102).

  If the PC 41 determines that the license is not within the expiration date in S102, the PC 41 displays an error message indicating that the call has failed on the monitor 45 (S103), and ends the processing shown in FIG. On the other hand, if the PC 41 determines in S102 that the license is within the expiration date, the IC tag reader 51 reads information from the IC tag carried by the callee (S104).

  Next, the PC 41 measures the blood pressure of the callee using the sphygmomanometer 53 (S105), and measures the acceleration pulse wave of the callee using the acceleration pulse wave meter 54 (S106). Note that the value measured by the sphygmomanometer 53 and the value measured by the acceleration pulse wave meter 54 are displayed on the monitor 45 by the PC 41.

  Next, the PC 41 reads the callee's fingerprint by the fingerprint authentication device 52 (S107), and determines whether or not the authentication by the fingerprint authentication device 52 is successful based on the fingerprint read in S107 (S108).

  If the PC 41 determines in S108 that the authentication by the fingerprint authentication device 52 has failed, the PC 41 displays an error message indicating that the call has failed on the monitor 45 (S103), and ends the process shown in FIG. On the other hand, if the PC 41 determines in S108 that the authentication by the fingerprint authentication device 52 has been successful, the body temperature of the callee is measured by the thermometer 55 (S109), and it is determined whether or not the body temperature measured in S109 is normal. (S110). Here, the PC 41 determines that the body temperature is determined to be normal when the body temperature range that is determined to be normal is set in advance and the body temperature measured in S109 is within the preset range. The value measured by the thermometer 55 is displayed on the monitor 45 by the PC 41.

  When the PC 41 determines in S110 that the measured body temperature is abnormal, the PC 41 displays an error message indicating that the call has failed on the monitor 45 (S103), and ends the process shown in FIG. On the other hand, when the PC 41 determines in S110 that the measured body temperature is normal, the PC 41 accepts an answer by the to-be-called person to the question (S111).

  FIG. 7 is a diagram illustrating an example of the question items displayed on the monitor 45.

  The question item in S111 is a question item useful for a call such as a question item about a health condition, for example, as shown in FIG. In addition to the question items shown in FIG. 7, there may be various question items such as the degree of stress felt by the callee and whether or not narcotics or stimulants are used.

  The questions are displayed on the monitor 45 and answered by the callee via the operation unit 46 such as a mouse or a touch panel disposed on the monitor 45.

  As shown in FIG. 6, after S111, the PC 41 measures the alcohol concentration in the exhalation of the callee by the alcohol measuring device 56 (S112), and the callee is in a drinking state based on the alcohol concentration measured in S112. It is determined whether or not (S113). Here, the PC 41 determines that the person is in a drunk state when a threshold value for determining that the person is in a drunk state is set in advance, and the alcohol concentration measured in S112 is equal to or greater than a preset threshold value. Note that the value measured by the alcohol measuring device 56 is displayed on the monitor 45 by the PC 41.

  If the PC 41 determines in S113 that the to-be-called person is in a drinking state, the communication unit determines that the to-be-called person's ID information such as the name read from the driver's license or IC tag in S101 or S104 and the in-drinking state. 47, the server 20 is notified to the call side device 20 (S114), an error message indicating that the call has failed is displayed on the monitor 45 (S103), and the processing shown in FIG.

  When the PC 21 of the call side device 20 which is a server receives the drunk state from the to-be-called side device 40, the callee and the ID information of the to-be-called person who is determined to be drunk by the PC 41 are included. Is transmitted as an emergency notification to a predetermined device (not shown). The predetermined device is a mobile communication terminal or a PC of a manager of a carrier or a manager, and receives an emergency notification from the call side device 20 as a server by telephone or e-mail. The emergency notification may be directly transmitted from the to-be-called side device 40 without going through the to-be-called side device 20 as a server.

  If the PC 41 determines in S113 that the to-be-called person is not in a drinking state, the PC 41 transmits a call request to the call side device 20 as a server via the communication unit 47 (S115), and ends the process shown in FIG. Here, when transmitting a call request, the PC 41 reads the license image read in S101, the identification information of the called device 40 itself, the name read from the license in S101, and the track read from the IC tag in S104. Various information such as the vehicle number, the blood pressure measured in S105, the acceleration pulse wave measured in S106, the body temperature measured in S109, the answer accepted in S111, the alcohol concentration measured in S112, and a request for a call are a server The call side device 20 is notified.

<Registration to the call waiting list in the call side device 20 as a server>
The operation of the call side device 20, which is a server when a callee is registered in the call waiting list, will be described.

  The call side device 20 as a server displays a call screen shown in FIG.

  FIG. 8 is a flowchart of the operation of the call side device 20 which is a server when a to-be-called party is registered in the call waiting list.

  When the PC 21 of the call side device 20 that is a server receives a call request from the to-be-called side device 40, it starts the processing shown in FIG.

  As shown in FIG. 8, the PC 21 drives the alarm device 28 and the calling lamp 29 (S131). That is, the PC 21 notifies the call manager of the reception of the call request by the sound output from the alarm device 28 and the light emission by the call lamp 29.

  Next, the PC 21 adds the to-be-called party who requested the received call to the end of the call waiting list (S132), and ends the process shown in FIG.

  As a result of the processing of S132, the same call waiting list in which the callees are updated is displayed on the monitors 25 of all the callee devices 20 and the monitors 45 of all the callee devices 40.

<Priority call request in the to-be-called side device 40>
The operation of the to-be-called side device 40 when requesting a priority call is described.

  FIG. 9 is a flowchart of the operation of the to-be-called side device 40 when requesting a preferential call.

  When the to-be-called person instructs the to-be-called side apparatus 40 to make a preferential call request by, for example, pressing the priority to-call request button from the operation unit 46 of the to-be-called side apparatus 40, the PC 41 of the to-be-called side apparatus 40 The process shown in FIG. 9 is started.

  As shown in FIG. 9, the PC 41 determines whether or not a request for a call is being processed (S141). That is, the PC 41 determines whether or not the process shown in FIG. 6 is in progress.

  If the PC 41 determines in S141 that the call request is being processed, it determines whether the call request has been processed or not until it is determined that the call request has been processed (S142). Here, when the process shown in FIG. 6 is completed, the PC 41 determines that the process for requesting a call has been completed.

  If the PC 41 determines in S142 that the call request process has been completed, the PC 41 determines whether the call request has been executed normally (S143). Here, the PC 41 determines that the call request has been normally executed only when the call request is transmitted to the call side device 20 as a server and the processing shown in FIG. 6 is completed. On the other hand, when the PC 41 displays an error message indicating that the call is unsuccessful on the monitor 45 and ends the processing shown in FIG. 6, the PC 41 determines that the call request has not been executed normally.

  If the PC 41 determines in step S143 that the call request has been executed normally, the call side device 20 serving as a server via the communication unit 47 sends a preferential call request to the to-be-called party who made the last call request. (S144), and the process shown in FIG. That is, if the PC 41 is in the process of requesting a call when the process shown in FIG. 9 is started and the request for the call is executed normally, the to-called call that has been executed normally. For the user, a request for preferential call is transmitted to the call side device 20 which is a server.

  On the other hand, if the PC 41 determines in S143 that the call request has not been executed normally, it ends the process shown in FIG. 9 without executing the process of S144. That is, if the PC 41 is in the process of requesting a call when the process shown in FIG. 9 is started and the request for the call is not executed normally, the PC 41 sends a request for a priority call to the server. Do not transmit to the side device 20.

  If the PC 41 determines in S141 that the call request is not being processed, the call side device 20 serving as a server sends a preferential call request to the callee who has made the call request last via the communication unit 47. (S144), and the process shown in FIG. That is, when the process shown in FIG. 9 is started and the PC 41 is not in the process of requesting a call, the PC 41 issues a preferential call request for the to-be-called person for which the call request has been normally executed immediately before. It transmits to a certain call side device 20.

<Change of the order of the call waiting list in the call side device 20 as a server>
The operation of the call side device 20 which is a server when the order of the to-be-called parties in the call waiting list is changed will be described.

  FIG. 10 is a flowchart of the operation of the call side device 20 which is a server when the order of the to-be-called parties in the call waiting list is changed.

  The PC 21 of the call side device 20 as a server starts the processing shown in FIG. 10 when a request for a preferential call is transmitted from the to-be-called side device 40.

  As shown in FIG. 10, the PC 21 receives a preferential call request transmitted from the to-be-called side device 40 (S151). Thus, the PC 21 constitutes the priority request receiving means of the present invention.

  Next, the PC 21 raises the order in the call waiting list to the first place for the to-be-called party based on the request received in S151 (S152). As described above, the PC 21 is configured to increase the order in the call waiting list for the to-be-called party based on the request received in S151, and constitutes the order changing means of the present invention.

  Next, the PC 21 adds a color to the line of the to-be-called person raised to the first in S152 (S153), and ends the process shown in FIG. As described above, the PC 21 distinguishes the display mode in the call waiting list from other to-be-called parties for the to-be-called party whose order is increased in the call waiting list, and constitutes the display mode distinguishing means of the present invention. is doing.

  As a result of the processing in S152 and S153, the monitor 25 of all the call side devices 20 and the monitor 45 of all the to-be-called side devices 40 change the order of the callees and change the line of the first callee. The same call waiting list is displayed in a colored display.

  FIG. 11 is a diagram showing an example of a call screen displayed on the monitor 25 of the call side device 20, in which the order of the to-be-called parties in the call waiting list is changed.

  For example, when the call screen shown in FIG. 4 is displayed on the monitor 25 of the call side device 20, priority is given to Matsumoto Satoshi from the call side device 40 whose identification information is C to the call side device 20 which is a server. When a call request is sent, the call side device 20 serving as a server raises the order of Satoshi Matsumoto to No. 1 in the call waiting list (S152), and colors Matsumoto Satoshi's line ( S153). Therefore, the call screen displayed on the monitor 25 of the call side device 20 is changed from the call screen shown in FIG. 4 to the call screen shown in FIG. At this time, Matsumoto Satoshi-san is the first in the monitor 25 of all the call side devices 20 and the monitor 45 of all the to-be-called side devices 40, regardless of whether they are a call screen or a list screen. The same call waiting list is displayed with the color of Mr. Satoshi Matsumoto's line raised.

<Execution of a call in the call side device 20>
The operation of the call side device 20 when a call is executed will be described.

  When the call is not started, the call screen on the monitor 25 of the call side device 20 (see FIG. 4) includes a “current callee” area 81, a “callee” area 83, and a “driver's license”. "Area 84", "registered face image" area 85, and "past history" area 86 are not displayed.

  FIG. 12 is a flowchart of the operation of the call side device 20 when a call is executed.

  When the call manager instructs the call side device 20 to start the call by, for example, pressing the call start button from the operation unit 26 of the call side device 20, the PC 21 of the call side device 20 starts the processing shown in FIG. To do.

  As shown in FIG. 12, the PC 21 targets the first callee in the call waiting list (S161). At this time, the PC 21 deletes the first callee in the call waiting list from the call waiting list, and also displays the callee from the “call waiting list” area 87 in the call display on the monitor 25 to “current callee”. To the area 81. That is, each line of the call waiting list displayed in the “call waiting list” area 87 is incremented line by line as the first called party moves to the “current called party” area 81. In the “driver's license” area 84 on the monitor 25, an image transmitted from the to-be-called side device 40 to the to-be-called side device 20 which is a server together with a request for the target to-be-called person's call is displayed. Further, in the “registered face image” area 85 and the “past history” area 86, face images and past histories registered in advance on the PC 21 of the call side device 20 serving as a server for the target callee are displayed. The

  As a result of the processing of S161, the same call waiting list in which the callees are updated is displayed on the monitors 25 of all the callee devices 20 and the monitors 45 of all the callee devices 40.

  Next, the PC 21 transmits an instruction to the target to-be-called side device 40 via the network 11 to start driving the alarm device 48 and the ringing lamp 49 of the target to-be-called side device 40 (S162). Here, the target to-be-called side device 40 is the to-be-called side device 40 of the to-be-called party targeted in S161 among all the to-be-called side devices 40 that can communicate with the to-be-called side device 20. In response to an instruction from the call side device 20, the PC 41 of the target to-be-called side device 40 starts sound output by the alarm device 48 and light emission by the call lamp 49. Further, the PC 21 may start blinking of the image displayed on the monitor 45 of the target to-be-called side device 40.

  Next, the PC 21 starts blinking display of the information on the to-be-called party displayed in the “current to-be-called party” area 81 on the to-call screen on the monitor 25 (S163).

  Next, the PC 21 transmits an instruction to the target to-be-called side device 40 via the network 11 to display a call screen on the monitor 45 of the target to-be-called side device 40 (S164). That is, the monitor 25 of the call side device 20 and the monitor 45 of the target to-be-called side device 40 display the same image while synchronizing.

  Next, the PC 21 determines whether or not there is a response from the target to-be-called side device 40 until there is a response from the target to-be-called side device 40 (S165). The target callee can know that he / she is the target of the call by outputting the sound from the alarm device 48 of the to-be-called side device 40, the light emission by the calling lamp 49, and the display on the monitor 45. As soon as it is ready to receive a call, a response can be transmitted to the call side device 20 from the operation unit 46 of the target side call side device 40.

  If the PC 21 determines in S165 that there is a response from the target to-be-called side device 40, the information on the to-be-called party displayed in the “current to-be-called party” area 81 on the call screen on the monitor 25 is flashed. The process ends (S166).

  Next, the PC 21 transmits an instruction to the target to-be-called side device 40 via the network 11 to finish driving the alarm device 48 and the ringing light 49 of the target to-be-called side device 40 (S167). In response to an instruction from the call side device 20, the PC 41 of the target to-be-called side device 40 ends the sound output by the alarm device 48 and the light emission by the call lamp 49. Note that if the PC 21 starts blinking the image displayed on the monitor 45 of the target to-be-called side device 40 in S162, the blinking is also terminated.

  Next, the PC 21 enables the callee to make a call to the to-be-called person by communicating with the target to-be-called side device 40 via the network 11 (S168). Specifically, sound input from the microphone 42 of the target callee device 40 is output from the speaker 24 of the callee device 20 via the network 11. The sound input from the microphone 22 of the call side device 20 is output from the speaker 44 of the target call side device 40 via the network 11. In addition, an image taken by the video camera 43 of the target to-be-called side device 40 is displayed in the “to-be-called party” area 83 on the monitor 45 of the target to-be-called side device 40, and via the network 11. It is also displayed in a “callee” area 83 on the monitor 25 of the call side device 20. In addition, an image taken by the video camera 23 of the call side device 20 is displayed in a “call manager” area 82 on the monitor 25 of the call side device 20, and the target call side device via the network 11. It is also displayed in a “call manager” area 82 on 40 monitors 45. In this way, the call manager can check the state of the callee and proceed with the call while interacting with the callee, so that the physical condition of the callee can be determined from the way the callee speaks, voice, facial color, eyes, etc. You can make a call while feeling.

  Next, the PC 21 determines whether or not the call is completed until it is determined that the call is completed (S169). The call manager can instruct the call side device 20 to complete the call by, for example, pressing a call completion button from the operation unit 26 of the call side device 20.

  When the PC 21 determines in S169 that the call has been completed, the list is displayed on the monitor 45 of the target callee device 40 by transmitting an instruction to the target callee device 40 via the network 11 ( S170).

  Next, the PC 21 determines whether or not the callee is still registered in the call waiting list (S171).

  If the PC 21 determines in S171 that the to-be-called party is still registered in the call waiting list, the process returns to S161 again. That is, the PC 21 enables a call via the to-be-called side device 40 according to the order of the to-be-called person in the call waiting list.

  If the PC 21 determines in S171 that there is no registered callee in the call waiting list, the process shown in FIG.

  In the above, the example in which the computers of the call side device 20 and the to-be-called side device 40 are configured by the PC has been described. However, at least one computer of the call side device 20 and the to-be-called side device 40 is other than the PC. It may be configured by a computer. For example, the call side device 20 and the to-be-called side device 40 may be configured by a mobile communication device such as a mobile phone.

  FIG. 13 is a block diagram of the to-be-called side device 40 when the computer is configured by a mobile communication device.

  As shown in FIG. 13, the to-be-called side device 40 includes a portable communication device 57 that is a computer that controls the entire to-be-called side device 40, and a GPS (Global Positioning System) unit 58 that acquires the current position. . Similarly to the example shown in FIG. 3, the to-be-called side device 40 shown in FIG. 13 includes a license reader 50, an IC tag reader 51, a fingerprint authentication device 52, a sphygmomanometer 53, an acceleration pulse wave meter 54, a thermometer 55, and An alcohol measuring device 56 is provided.

  13 has a configuration corresponding to the microphone 42, the video camera 43, the speaker 44, the monitor 45, the operation unit 46, and the communication unit 47 shown in FIG. A video camera, a speaker, a monitor, an operation unit, and a communication unit are used instead. In addition, the to-be-called side device 40 shown in FIG. 13 substitutes the configuration corresponding to the alarm device 48 and the ringing light 49 shown in FIG.

  If the to-be-called side device 40 is configured by the portable communication device 57 as shown in FIG. 13, it can be easily mounted on a track. The truck on which the to-be-called side device 40 is mounted becomes a movable branch of the carrier. When the to-be-called side device 40 is configured by the portable communication device 57 as shown in FIG. 13, when transmitting a call request to the call side device 20, the current position acquired by the GPS unit 58 is also included with the request for the call. The call side device 20 is notified.

  As described above, the call system 10 increases the order of the call for the to-be-called person based on the request for the pre-priority call, and thus preferentially processes the call to the to-be-called person who desires the preferential call. be able to. For a to-be-called person who has a situation that has to finish a call quickly, such as a driver who needs to leave quickly, it is very beneficial that the order of the call is given priority.

  In addition, the call system 10 places the number 1 in the call waiting list for the to-be-called person based on the request for preferential call, so that the call of the to-be-called person who desires the pre-priority call is processed with the highest priority. be able to.

  It should be noted that the call system 10 does not have to place the order in the call waiting list for the to-be-called person based on the priority call request. For example, the call system 10 can employ various priority methods such as raising the order in the call waiting list by 5 for the to-be-called person based on the priority call request.

  In addition, since the call system distinguishes the display mode in the call waiting list from the other to-be-called parties by coloring display for the to-be-called party whose call order has been raised, The viewer can easily recognize the list.

  Note that the call system 10 may employ a method other than the colored display as a method for distinguishing the to-be-called person whose call order has been raised from other to-be-called persons in the call waiting list. For example, the call system 10 may change the font size and type of characters for displaying the called party whose call order has been raised from other callees, or only on the line of the called party whose call order has been raised. Special marks may be added.

  In the call system 10, in the present embodiment, all the call side devices 20 are directly used by the call manager, but the call side device 20 as a server is in charge of only the management of the call waiting list and is the client. Only a certain call side device 20 may be directly used by the call manager. In this case, the standard waiting time is inversely proportional to the number of call side devices 20 that are clients.

  The call system 10 includes a plurality of call side devices 20 in the present embodiment, but may include only one call side device 20.

  Moreover, although the call system 10 is introduced by the carrier in the present embodiment, the introducer is not limited to the carrier.

10 point call system 20 point side device 21 PC (priority request reception means, order change means, display mode distinction means)
40 Called equipment

Claims (4)

A call side device used by a call manager who makes a call and a call side device used by the to-be-called party to which the call is made to transmit the state of the callee to at least one of sound and image to the call side device Side device,
The to-be-called side device transmits the toll-call request to the to-be-called side device,
The call side device adds the callee in response to the request to a call waiting list that is a list of the callees waiting for the call, and the callee device adds the callee according to the order of the callees in the call waiting list. A call system that enables the call through the to-be-called side device,
The to-be-called side device transmits to the to-call side device a request for the toll-call that is preferential for the to-be-called party,
The call side device includes priority request receiving means for receiving the request from the to-be-called side device, and an order for increasing the order in the call waiting list for the to-be-called party based on the request received by the priority request receiving means. A call system characterized by comprising replacement means.   2. The call system according to claim 1, wherein the order changing unit sets the order in the call waiting list for the to-be-called callee based on the request received by the priority request receiving unit.   A display mode distinguishing unit for distinguishing the display mode in the call waiting list from the other to-be-called parties for the to-be-called party whose order in the call waiting list has been raised by the order changing unit is provided. The call system according to claim 1 or 2. A call side device used by a call manager who makes a call and a call side device used by the to-be-called party to which the call is made to transmit the state of the callee to at least one of sound and image to the call side device The callee device transmits a request for the call to the callee device, and the callee device is a call waiting list that is a list of the callees waiting for the call. The callee device of the call system that adds the callee according to the request to the list and enables the call through the callee device according to the order of the callee in the call waiting list. A program for a call side device for causing
Priority request receiving means for receiving the call request preferentially for the to-be-called party from the to-be-called side device, and the to-be-called party based on the request received by the priority request receiving means in the call waiting list. A program for a call side device, which causes the call side device to function as order changing means for increasing the order.

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