Private branch exchange, seat management server, power supply management system, control method and control program of private branch exchange

Abstract

To suppress standby power consumption of telephones.SOLUTION: A private branch exchange is connected to a power supply hub having a plurality of power supply ports for supplying power to each of telephones installed in seats of a working space in which the seats are arranged. The private branch exchange includes: a receiving unit which receives an identification number allocated to a telephone which is installed in a seat reserved by a user and which is to be turned on; a specifying unit which specifies a port number of a power supply hub corresponding to the identification number received by the receiving unit; and a transmission unit which transmits a command to supply power in the power supply port corresponding to the port number specified by the specifying unit, to the power supply hub.SELECTED DRAWING: Figure 5

Description

Technical Field

[0001] The present disclosure relates to an in-building switch, a seat management server, a power supply management system, and a control method and control program for an in-building switch.

Background Art

[0002] Due to the work style reform and COVID-19 countermeasures, telework has become established, and the work mode (office work / telework) can be freely selected. As a result, the facilities assigned to individuals or groups are left unused, and wasted standby power is consumed.

[0003] Patent Document 1 describes an IP telephone system that performs power supply control for a plurality of IP (Internet Protocol) telephones.

Prior Art Documents

Patent Documents

[0004]

Patent Document 1

Summary of the Invention

Problems to be Solved by the Invention

[0005] The above prior art documents are incorporated herein by reference.

[0006] The following analysis was made by the present inventor.

[0007] However, in the above IP telephone system, in actual operation, power supply control is performed at predetermined times such as at night and on holidays, and power is supplied to unused telephones used by people who do not come to the office, consuming standby power.

[0008] An object of the present disclosure is to provide a power supply management system capable of contributing to suppression of standby power of a telephone.

Means for Solving the Problem

[0009] (1) According to a first aspect of the present disclosure, a private branch exchange connected to a power supply hub having a plurality of power supply ports for respectively supplying power to telephones installed on each seat in a working space where a plurality of seats are installed is provided. The private branch exchange includes: a receiving unit that receives an identification number assigned to a telephone (hereinafter referred to as a "specific telephone") whose power supply is to be turned on and that is installed on a seat reserved by a user; a specifying unit that specifies a port number of the power supply hub corresponding to the identification number received by the receiving unit; a transmitting unit that transmits a power supply command at the power supply port corresponding to the port number specified by the specifying unit to the power supply hub and includes. (2) According to a second aspect of the present disclosure, a seat management server for managing a plurality of seats installed in a working space is provided. The seat management server is connected to a private branch exchange connected to a power supply hub having a plurality of power supply ports for respectively supplying power to telephones installed on each seat in the working space, The seat management server includes: a storage unit that stores identification numbers assigned to telephones installed on each of the plurality of seats; a determination unit that determines whether a user has reserved a seat; a transmitting unit that transmits an identification number assigned to a specific telephone to the private branch exchange when the determination unit determines that the user has reserved a seat and includes. (3) According to a third aspect of the present disclosure, the private branch exchange of the present disclosure, the seat management server of the present disclosure, and a power supply hub having a plurality of power supply ports for respectively supplying power to telephones installed on each seat in a working space where a plurality of seats are installed and connected to the private branch exchange are provided, and a power supply management system is provided. The receiving unit of the in-building switch receives the identification number assigned to a specific telephone from the seat management server. (4) According to a fourth aspect of the present disclosure, there is provided a control method for an in-building switch connected to a power supply hub having a plurality of power supply ports that respectively supply power to telephones installed at each seat in a working space where a plurality of seats are installed. The control method includes: a step in which the in-building switch receives an identification number assigned to a specific telephone from a seat management server connected to the in-building switch and managing the plurality of seats; a step in which the in-building switch specifies the port number of the power supply hub corresponding to the identification number; and a step in which the in-building switch transmits a power supply command at the power supply port corresponding to the specified port number to the power supply hub. The control method includes the above steps. (5) According to a fifth aspect of the present disclosure, there is provided a control program for an in-building switch connected to a power supply hub having a plurality of power supply ports that respectively supply power to telephones installed at each seat in a working space where a plurality of seats are installed. The control program causes a computer to: perform a process in which the in-building switch acquires an identification number assigned to a specific telephone from a seat management server connected to the in-building switch and managing the plurality of seats; perform a process in which the in-building switch specifies the port number of the power supply hub corresponding to the acquired identification number; and perform a process in which the power supply hub executes power supply at the power supply port corresponding to the specified port number. The control program causes the computer to execute the above processes. (6) According to a sixth aspect of the present disclosure, there is provided a control method for an in-building switch connected to a power supply hub having a plurality of power supply ports that respectively supply power to telephones installed at each seat in a working space where a plurality of seats are installed. The control method includes: a step in which the in-building switch receives an incoming call with an identification number assigned to a specific telephone added from a user communication terminal connected to the in-building switch; The step in which the in-building switch identifies the port number of the power supply hub corresponding to the identification number, and The step in which the in-building switch transmits a power supply command at the power supply port corresponding to the identified port number to the power supply hub are included. [Effect of the Invention]

[0010] The present disclosure or each aspect thereof can contribute to suppressing standby power of a telephone set and the like. [Brief Description of the Drawings]

[0011]

Figure 1

Figure 2

Figure 3

Figure 4

Figure 5

Figure 6

Figure 7

Figure 8

Figure 9

[0012] Preferred embodiments of the present disclosure are shown below, but the present disclosure is not limited thereto. (Embodiment 1) Refer to the first aspect of the present disclosure described above. (Embodiment 2) Refer to the second aspect of the present disclosure described above. (Embodiment 3) In the seat management server described in Embodiment 2, When the determination unit determines that the user has reserved a seat when the user logs in to the seat management server connected to the information terminal installed on the seat in the information terminal, it is preferable. (Form 4) In the seat management server according to Form 2, When the determination unit acquires the identification number assigned to the telephone installed on the seat from the user communication terminal, it is preferable to determine that the user has reserved the seat. (Form 5) In the seat management server according to Form 4, The identification number is recorded in the identifier assigned to the telephone, It is preferable that the determination unit receives the identification number (including information) recorded in the identifier imaged by the user communication terminal. (Form 6) In the seat management server according to Form 2, When the determination unit determines that the user has reserved a seat when the user registers the use of the seat from a specific date and time in the information terminal connected to the seat management server, It is preferable that the transmission unit transmits the identification number to the in-building switch at the specific date and time, or transmits a command to wait for power supply to the telephone until the specific date and time together with the identification number. (Form 7) Refer to the third perspective of the above disclosure. (Form 8) Refer to the fourth perspective of the above disclosure. (Form 9) Refer to the fifth perspective of the above disclosure. (Form 10) Refer to the sixth perspective of the above disclosure.

[0013] Note that the present disclosure can also be embodied as a computer-executable program, and the program can be recorded on a computer-readable non-transitory (non-transitory) storage medium. That is, the present disclosure can also be embodied as a computer program product. The program is input into a computer device through an input device or externally via a communication interface, stored in a storage device, drives a processor according to predetermined steps or processes, and can display the processing results including intermediate states step by step via a display device as needed, or communicate with devices inside or outside the device (including a computer) via a communication interface, regardless of wired or wireless. A computer device for that purpose typically includes, as an example, a processor, a storage device, an input device, a communication interface, and a display device as needed, which are connectable to each other by a bus.

[0014] The following describes an overview of the present disclosure. Note that the reference numerals of the drawings appended to this overview are solely for assisting in the understanding of the present disclosure and are not intended to limit the present disclosure to the illustrated embodiments. Also, the connection lines between blocks in each figure include both bidirectional and unidirectional ones. The one-way arrow schematically shows the flow of signals, information, data, etc., and does not exclude bidirectionality. Further, the connection between blocks in each figure can be either wired or wireless. Further, the program is executed via a computer device, and the computer device includes, for example, a processor, a storage device, an input device, a communication interface, and a display device as needed, and the computer device is configured to be able to communicate with devices inside or outside the device (including a computer) via a communication interface, regardless of wired or wireless.

[0015] Furthermore, in the following description and drawings, the same reference numerals are appended to elements having the same or common functions.

[0016] In the present disclosure, the in-building switch is a telephone switch that connects a plurality of in-building telephones to the public switched telephone network and performs call control, and controls incoming and outgoing calls from the outside line, calls between internal lines, etc. The in-building switch of the present disclosure is further configured to perform power supply control for each telephone via a power supply hub.

[0017] Furthermore, in the present disclosure, the power supply management system may be configured as an on-premises (or on-premises) type CTI (Computer Telephony Integration) system or a part thereof in which a seat management server or the like is installed in the company or the like, or may be configured as a cloud type CTI system or a part thereof in which a seat management server or the like is installed on the cloud.

[0018] Furthermore, in the present disclosure, the working space may be the company's office including a satellite office or the like, or a shared office such as a shared office or a co-working space. Also, the seats in the working space may be fixed seats assigned to each user in advance, free seats (free addresses) that the user can freely select, or a mixture of fixed seats and free seats. Note that when the working space is a shared office, it is assumed that there is no concept of coming to work or leaving work. In this case, coming to work, leaving work, etc. shall be appropriately read as entering and leaving, etc. according to the usage form of the shared office.

[0019] Furthermore, in the present disclosure, the telephone is a fixed telephone installed and used on the seat, especially a multifunctional telephone, but can be any type of telephone whose power supply can be turned on / off via, for example, a power supply hub.

[0020] Furthermore, in the present disclosure, the information terminal is typically, especially a desktop type PC (Personal computer), but is not limited thereto, and can be connected to the seat management server 3 described later and can be any information terminal (tablet terminal, etc.) capable of performing a login operation to the seat management server 3 regardless of whether it is a wireless method or a wired method.

[0021] Furthermore, in the present disclosure, the user communication terminal is typically a mobile phone such as a smartphone, but is not limited thereto. For example, it can be any device capable of transmitting and receiving data such as a mobile PC, a tablet terminal, or a PDA (Personal Digital Assistant), and preferably has an imaging function and / or a short-range wireless communication function.

[0022] Furthermore, in the present disclosure, "connection" can include either a wireless method or a wired method.

[0023] (An example of a power supply management system) FIG. 1 is a schematic diagram of an example of the power supply management system of the present disclosure used in an example of a working space.

[0024] Note that the illustrated working space 6 has a plurality of seats (not shown) where telephones 51, 52,... 5 n (n is a natural number of 2 or more) are installed, and further includes an attendance management terminal 8. The illustrated attendance management terminal 8 is installed in the internal area of the working space 6 near its entrance / exit 7, but it can also be installed in the external area of the working space 6 or at a location away from the entrance / exit 7.

[0025] The power supply management system 1 includes an in-building switch 2, a seat management server 3, and a power supply hub 4. The in-building switch 2 and the seat management server 3 are connected to a network (intranet, Internet, etc.). In this example, the seat management server 3 can be either on-premises type or cloud type, the working space 6 can be either a company office or a shared office, and the seats can be either fixed seats or flexible seats.

[0026] Connected to the in-building switch 2 is a power supply hub 4 having a plurality of power supply ports for respectively supplying power to a seat management server 3 that manages a plurality of seats installed in the working space 6 and telephones 51, 52,... 5 n installed on each seat in the working space 6. Therefore, each telephone 51, 52,... 5 nIt is connected to the in-building switch 2 via a power supply hub 4 with a LAN (Local Area Network) cable.

[0027] (An example of an in-building switch) FIG. 2 is a block diagram of an example of the in-building switch 2 of the present disclosure.

[0028] The in-building switch 2 includes a receiving unit 2a, an identifying unit 2b, a transmitting unit 2c, and a control unit 2d.

[0029] The receiving unit 2a is configured to receive an identification number assigned to a specific telephone (a telephone to be powered on whose power supply is installed at the seat reserved by the user). In this example, the in-building switch 2 or the receiving unit 2a receives the identification number of the specific telephone from the seat management server 3.

[0030] The identifying unit 2b is configured to receive the identification number received by the receiving unit 2a from the receiving unit 2a and identify the port number of the power supply hub 4 corresponding to this identification number. This identification can be performed, for example, by collating the identification number acquired from the receiving unit 2a with the telephone information (FIG. 3) stored in the storage unit (not shown) of the in-building switch 2. The storage unit stores the telephone information of each telephone 51, 52,... 5 n of the telephones, for example, the MAC (Media Access Control) addresses, port numbers, and identification numbers of each telephone 51, 52,... 5 n are stored in the form of a telephone information table as shown in FIG. 3, for example. Also, as shown in FIG. 3, the storage unit can store the extension number, etc.

[0031] The transmitting unit 2c is configured to receive the port number identified by the identifying unit 2b from the identifying unit 2b and transmit a power supply command (i.e., power on of the specific telephone) at the power supply port corresponding to this port number to the power supply hub 4.

[0032] The control unit 2d is configured to control the operations of the receiving unit 2a, the identifying unit 2b, the transmitting unit 2c, and the storage unit.

[0033] (Example of Seat Management Server) FIG. 4 is a block diagram of an example of the seat management server of the present disclosure.

[0034] The seat management server 3 includes a storage unit 3a, a determination unit 3b, a transmission unit 3c, and a control unit 3d.

[0035] (Storage Unit) The storage unit 3a stores identification numbers assigned to each of a plurality of telephones 51, 52,... 5 installed on each of the plurality of seats. Note that the storage unit 3a can further store the positions (seat positions) of the plurality of seats in the working space 6, especially in association with the identification numbers of the telephones 51, 52,... 5 installed respectively. n n

[0036] (Determination Unit) The determination unit 3b is configured to determine whether or not a seat is reserved by a user.

[0037] Regarding the determination of whether or not a seat is reserved by a user, the determination unit 3b can determine that a seat is reserved by a user, for example, in the following cases (1) to (3) (however, it is not limited to these cases).

[0038] (1) When the user logs in to the seat management server 3 connected to the information terminal installed on the seat at the information terminal installed on the seat.

[0039] (2) When the determination unit 3b or the seat management server 3 acquires the identification numbers assigned to the telephones 51, 52,... 5 installed on the seat from the user communication terminal. n

[0040] Telephones 51, 52,... 5 n ​​​The identification number assigned to [[ID=]] can be recorded, for example, in an identifier (such as a QR (Quick Response) code (registered trademark), barcode, etc.) attached to the telephone set or the seat where the telephone set is installed. In this case, the user uses the imaging function (such as a camera) of the user communication terminal to image the identifier, and transmits the identification number (information including the same) recorded in the identifier to the determination unit 3b or the seat management server 3.

[0041] Also, for the telephone sets 51, 52,... 5 n The identification number assigned to [[ID=]] can be recorded, for example, in an IC (Integrated Circuit) chip built into an NFC (Near Field Communication) tag provided on the telephone set or the seat where the telephone set is installed. In this case, the user uses the short-range wireless communication function of the user communication terminal to read the identification number (information including the same) recorded in the IC chip, and transmits this to the determination unit 3b or the seat management server 3.

[0042] Also, for the telephone sets 51, 52,... 5 n The identification number assigned to [[ID=]] can also be displayed on the telephone set or the seat where the telephone set is installed. In this case, the user notifies the seat management server 3 or the determination unit 3b of the identification number by transmitting it to a reception e-mail address using the user communication terminal.

[0043] (3) When the user registers the use of a seat from a specific date and time on an information terminal connected to the seat management server 3.

[0044] This can be done, for example, by a user who is already logged in using an application having a seat reservation function (hereinafter also referred to as a "seat reservation application") on an information terminal installed on the seat to register (reserve) the use of the seat from a specific date and time after the next day (including a specific time after that day).

[0045] In addition, for example, the commuting management terminal 8 shown in FIG. 1 can function as an information terminal directly or indirectly connected to the seat management server 3. In this case, if a seat reservation application (or a part thereof) can be executed on the commuting management terminal 8, when the user exits the workspace 6 (for example, leaves work), the user can also perform the above registration (reservation) on the commuting management terminal 8. Further, when the user enters the workspace 6 (for example, arrives at work), the user can also perform the above registration (reservation) on the commuting management terminal 8. In this case, the determination unit 3b can also determine that there is a seat reservation by the user simultaneously with the registration (reservation).

[0046] In addition, the user communication terminal can usually also function as an information terminal. In this case, if a seat reservation application (or a part thereof) can be executed on the user communication terminal, the user can perform the above registration (reservation) regardless of time and place.

[0047] In addition, the above specific date and time are set by the user, but may also be a specific time determined in advance such as the start time of work.

[0048] In addition, the seats in each of the above examples may be either fixed seats or free seats. However, especially in the case of fixed seats, it is also possible to register in advance the arrival time of each user in the seat management server 3 and determine that there is a seat reservation by the user at that time.

[0049] (Transmission unit) When the determination unit 3b determines that there is a seat reservation by the user, the transmission unit 3c is configured to transmit the identification number assigned to the specific telephone to the private branch exchange 2.

[0050] In the case of the determination example (3) of the presence or absence of a seat reservation by the user, the transmission unit 3c is configured to transmit to the private branch exchange 2 the identification number of the specific telephone at the above specific date and time, or to transmit a command indicating that power supply to the specific telephone should be awaited until the above specific date and time, together with the identification number.

[0051] The control unit 3d is configured to control the operations of the storage unit 3a, the determination unit 3b, and the transmission unit 3c.

[0052] (Operation example) FIG. 5 shows a timing chart of an example of the operation of the power supply management system of this example. It is assumed that the power of the telephone on an unreserved seat is OFF.

[0053] First, the user makes a seat reservation to the seat management server 3 (S1). Note that "S" means step.

[0054] Next, the seat management server 3 identifies the telephone installed on the reserved seat (S2), and transmits the identification number of the identified telephone to the in-building switch 2 (S3).

[0055] Next, the in-building switch 2 identifies the port number of the power supply hub 4 corresponding to the received identification number (S4), and commands the power supply hub 4 to turn on the power supply port of the identified port number (S5). In response to this, the power of the specific telephone is turned on (S6).

[0056] In this way, the present disclosure can turn on only the power of the telephone for the user who works in the working space of the employee who has come to the office, etc., by interlocking the in-building switch and the seat management system, and can avoid the consumption of unnecessary standby power.

[0057] (Another example of the power supply management system) FIG. 6 is a schematic diagram of another example of the power supply management system of the present disclosure used in an example of a working space, and FIG. 7 is a block diagram of an example of the in-building switch constituting the power supply management system shown in FIG. 6.

[0058] Among the components of the working space and the power supply management system shown in FIG. 6, the description of those common to the components of the working space and the power supply management system shown in FIG. 1 is omitted. Also in this example, the working space 6 may be a company office or a shared office, and the seats may be fixed seats or free seats.

[0059] The power supply management system 1' includes an in-building switch 2' and a power supply hub 4 connected to the in-building switch 2'.

[0060] The in-building switch 2' is configured to include an incoming call receiving unit 2e instead of (or in addition to) the receiving unit 2a in the in-building switch 2 shown in FIG. 2. Note that the in-building switch 2' may be configured such that the receiving unit 2a in the in-building switch 2 also has the function of the incoming call receiving unit 2e.

[0061] The incoming call receiving unit 2e is configured to receive an incoming call with an identification number assigned to a specific telephone added from a user communication terminal connected to the in-building switch 2'.

[0062] In this case, the identification number of the specific telephone is visibly displayed on the telephone or its seat, etc. The user uses this identification number with the user communication terminal, for example, in the form of "reception telephone number + delimiter number (#, etc.) + identification number", to make a call to the in-building switch 2', and the incoming call receiving unit 2e receives the incoming call with this identification number added.

[0063] Also, the identification number of the specific telephone is recorded in an IC chip built into an identifier or an NFC tag, and the user communication terminal can read the identification number of the specific telephone from these, and in particular, automatically add this identification number and make a call to the in-building switch 2'.

[0064] The configuration and operation of the specific part 2b, the transmission part 2c, and the control part 2d of the in-building switch 2' are the same as the configuration and operation of the specific part 2b, the transmission part 2c, and the control part 2d of the in-building switch 2 shown in FIG. 2.

[0065] (Operation example) FIG. 8 shows a timing chart of an example of the operation of the power supply management system of this example. It is assumed that the power of the telephones at unreserved seats is OFF.

[0066] First, the user uses the user communication terminal to make a call to the in-building switch 2' with the seat number to be reserved or the identification number of the telephone attached to the telephone (S10).

[0067] Next, the in-building switch 2' identifies the port number of the power supply hub 4 corresponding to the received identification number (S20), and commands the power supply hub 4 to turn on the power supply port of the identified port number (S30). In response, the power of the specific telephone is turned on (S40).

[0068] In this way, the present disclosure can turn on only the power of the telephone for the user who works in the working space of the employees who have come to the company, etc., and can avoid the consumption of unnecessary standby power.

[0069] Furthermore, in this example, since the in-building switch 2' directly receives the identification number of the specific telephone, the seat management server 3 becomes unnecessary. However, the power supply management system 1' can additionally include the above seat management server 3, and this configuration is not excluded from the present disclosure.

[0070] (Development example) In each of the above examples, the power supplies of the telephones 51, 52,... 5 n can also be turned off at a predetermined time (for example, closing time).

[0071] Furthermore, the power supplies of the telephones 51, 52,... 5 n can also be turned off, for example, when the user logs off at the information terminal installed at the seat when leaving work, or when the user registers leaving work with the seat management server 3 via the attendance management terminal 8. In this case, for example, the determination unit 3b determines that the reservation for the seat has ended when there is a logoff operation or registration of leaving work, etc., and the transmission unit 3c transmits the identification numbers of the telephones 51, 52,... 5 n at that seat to the in-building switches 2, 2', and the in-building switches 2, 2' command the power supply hub 4 to turn off the power supply port corresponding to the identification number.

[0072] Furthermore, in this example, for example, in order to enable an operation of setting (extension number / originating number / telephone directory / originating and terminating call history / function buttons, etc.) for the telephones 51, 52, … 5 n corresponding to the user who has reserved a seat, the identification numbers of the telephones 51, 52, … 5 n are used. However, if such an operation is not necessary, an extension number may be used instead of the identification number.

[0073] The above control unit (or control circuit) can be configured using so-called hardware resources (information processing devices, computers), and those having the configuration illustrated in FIG. 9 can be used. For example, the hardware resource 1000 can include a processor 1001, a memory 1002, a network interface 1003, etc. that are interconnected by an internal bus 1004.

[0074] However, the configuration shown in FIG. 9 is not intended to limit the hardware configuration of the hardware resource 1000. The hardware resource 1000 may include hardware not shown (for example, an input / output interface). For the processor 1001, for example, a CPU (Central Processing Unit), an MPU (Micro Processor Unit), a GPU (Graphics Processing Unit), etc. can be used.

[0075] Also, for the memory 1002, for example, a RAM (Random Access Memory), a ROM (Read Only Memory), an HDD (Hard Disk Drive), an SSD (Solid State Drive), etc. can be used. Here, the memory 1002 can store a predetermined threshold value regarding the above-mentioned predetermined physical quantity, and can also store a control program for performing the above control.

[0076] Furthermore, for the network interface 1003, for example, a LAN (Local Area Network) card, a network adapter, a network interface card, etc. can be used.

[0077] Furthermore, the functions of the hardware resources 1000 are realized by a processing module. The processing module is realized, for example, when the processor 1001 executes a program stored in the memory 1002. Also, the program can be downloaded via a network or updated using a storage medium storing the program. Furthermore, the above processing module may be realized by a semiconductor chip. That is, the functions performed by the above processing module may be realized as long as software is executed in some hardware.

[0078] Some or all of the above embodiments may be described as follows in the appended claims, but are not limited thereto. [Appendix 1] An in-building switch connected to a power supply hub having a plurality of power supply ports for respectively supplying power to telephones installed at each seat in a working space where a plurality of seats are installed. The in-building switch a receiving unit that receives an identification number assigned to a telephone (hereinafter referred to as a "specific telephone") whose power supply should be turned on at a seat reserved by a user; a specifying unit that specifies a port number of the power supply hub corresponding to the identification number received by the receiving unit; a transmitting unit that transmits a power supply command at the power supply port corresponding to the port number specified by the specifying unit to the power supply hub and includes. [Appendix 2] A seat management server that manages a plurality of seats installed in a working space. The seat management server is connected to an in-building switch connected to a power supply hub having a plurality of power supply ports for respectively supplying power to telephones installed at each seat in the working space. The seat management server a storage unit that stores an identification number assigned to a telephone installed at each of the plurality of seats; a determination unit that determines whether a user has reserved a seat; When the determination unit determines that there is a seat reservation by the user, a transmission unit that transmits the identification number assigned to the specific telephone to the in-building switch is included. [Appendix 2'] In the above seat management server, The storage unit further stores the positions of a plurality of seats (seat positions) in the working space, in particular, in association with the identification numbers of the telephones installed respectively. [Appendix 3] In the above seat management server, When the user logs in to the seat management server connected to the information terminal installed on the seat at the information terminal, the determination unit determines that there is a seat reservation by the user. [Appendix 4] In the above seat management server, When the determination unit acquires the identification number assigned to the telephone installed on the seat from the user communication terminal, the determination unit determines that there is a seat reservation by the user. [Appendix 5] In the above seat management server, The identification number is recorded in the identifier assigned to the telephone; The determination unit receives the identification number (information including the same) recorded in the identifier imaged by the user communication terminal. [Appendix 5'] In the above seat management server, The identification number is recorded in the IC chip built in the NFC tag provided on the telephone or its seat or the like; The user communication terminal reads the identification number (information including the same) recorded in the IC chip using its short-range wireless communication function, and transmits this to the determination unit or the seat management server. [Appendix 6] In the above seat management server, When the user registers the use of the seat from a specific date and time at the information terminal connected to the seat management server, the determination unit determines that there is a seat reservation by the user; The transmission unit transmits the identification number to the in-building switch at the specific date and time, or transmits a command indicating that power supply to the telephone should be waited until the specific date and time together with the identification number. [Appendix 7] the in-building switch the seat management server, and a power supply hub having a plurality of power supply ports for respectively supplying power to telephones installed on each seat in a working space where a plurality of seats are installed and connected to the in-building switch A power supply management system including the same. The receiving unit of the in-building switch receives an identification number assigned to a specific telephone from the seat management server. [Appendix 8] A control method for an in-building switch connected to a power supply hub having a plurality of power supply ports for respectively supplying power to telephones installed on each seat in a working space where a plurality of seats are installed. The control method includes: a step in which the in-building switch receives an identification number assigned to a specific telephone from a seat management server that is connected to the in-building switch and manages the plurality of seats; a step in which the in-building switch specifies a port number of the power supply hub corresponding to the identification number; and a step in which the in-building switch transmits a power supply command at a power supply port corresponding to the specified port number to the power supply hub including. [Appendix 8a] In the above control method, when a user logs in to the seat management server connected to the information terminal installed on the seat at the information terminal installed on the seat, the in-building switch receives the identification number from the seat management server. [Appendix 8b] In the above control method, when the seat management server acquires an identification number assigned to a telephone installed on a seat from a user communication terminal, the in-building switch receives the identification number from the seat management server. [Appendix 8c] In the above control method, when the in-building switch receives an identification number (including information) recorded in the identifier from a user communication terminal in which the seat management server has imaged an identifier assigned to a telephone, the in-building switch receives the identification number from the seat management server. [Appendix 8d] In the above control method, When the in-building switch receives the identification number (including information) recorded on the IC chip from a user communication terminal that has read the identification number (including information) recorded on the IC chip built into the NFC tag provided in the telephone or its seat or the like by using the short-range wireless communication function from the seat management server, the in-building switch receives the identification number from the seat management server. [Appendix 8e] In the above control method, When the user registers the use of a seat from a specific date and time on an information terminal connected to the seat management server, the in-building switch receives the identification number from the seat management server at the specific date and time, or receives a command from the seat management server together with the identification number to wait for power supply to the telephone until the specific date and time. [Appendix 9] A control program for an in-building switch connected to a power supply hub having a plurality of power supply ports for respectively supplying power to telephones installed on each seat in a working space where a plurality of seats are installed. The control program causes a computer to perform a process in which the in-building switch acquires an identification number assigned to a specific telephone from a seat management server that is connected to the in-building switch and manages the plurality of seats, perform a process in which the in-building switch specifies a port number of the power supply hub corresponding to the acquired identification number, and perform a process in which the power supply hub executes power supply at a power supply port corresponding to the specified port number be executed. [Appendix 9a] The above control program causes a computer to perform a process in which the in-building switch receives the identification number from the seat management server when the user logs in to the seat management server connected to the information terminal installed on the seat on the information terminal installed on the seat. [Appendix 9b] The above control program causes a computer to perform a process in which the in-building switch receives the identification number from the seat management server when the seat management server acquires the identification number assigned to the telephone installed on the seat from the user communication terminal. [Appendix 9c] The above control program causes a computer to when the in-building switch receives the identification number (information including the same) recorded in the identifier from a user communication terminal that has imaged the identifier assigned by the seat management server to the telephone, execute a process of receiving the identification number from the seat management server. [Appendix 9d] The above control program causes a computer to after the in-building switch receives the identification number (information including the same) recorded in the IC chip from an IC chip incorporated in an NFC tag provided in the telephone or its seat or the like by using a short-range wireless communication function from a user communication terminal, and then receives the identification number from the seat management server, execute a process of receiving the identification number from the seat management server. [Appendix 9e] The above control program causes a computer to when the in-building switch registers the use of a seat by a user at a specific date and time in an information terminal connected to the seat management server, receive the identification number from the seat management server at the specific date and time, or execute a process of receiving, from the seat management server, a command to wait for power supply to the telephone until the specific date and time together with the identification number. [Appendix 10] An in-building switch connected to a power supply hub having a plurality of power supply ports for respectively supplying power to telephones installed on each seat in a working space where a plurality of seats are installed. The in-building switch includes an incoming call reception unit that receives an incoming call with an identification number assigned to a specific telephone added thereto from a user communication terminal connected to the in-building switch, a specifying unit that specifies a port number of the power supply hub corresponding to the identification number received by the incoming call reception unit, and a transmission unit that transmits a power supply command to the power supply port corresponding to the port number specified by the specifying unit to the power supply hub . [Appendix 11] In the above in-building switch, the identification number of the specific telephone is visibly displayed on the telephone or its seat or the like. The identification number of the specific telephone is called by the user communication terminal to the in-building switch in a form such as "reception telephone number + delimiter number (# etc.) + identification number". [Appendix 12] In the above in-building switch, The identification number of the specific telephone is recorded in an identifier provided on the telephone or its seat etc. or an IC chip built in an NFC tag. The user communication terminal reads the identification number from the identifier or the IC chip, and especially automatically adds this identification number and makes a call to the in-building switch. [Appendix 13] The in-building switch, and A power supply hub having a plurality of power supply ports for respectively supplying power to telephones installed on each seat in a working space where a plurality of seats are installed and connected to the in-building switch including a power supply management system. The incoming call receiving unit of the in-building switch receives an incoming call with an identification number assigned to a specific telephone added from a user communication terminal. [Appendix 14] A control method of an in-building switch connected to a power supply hub having a plurality of power supply ports for respectively supplying power to telephones installed on each seat in a working space where a plurality of seats are installed. The control method includes a step in which the in-building switch receives an incoming call with an identification number assigned to a specific telephone added from a user communication terminal connected to the in-building switch, a step in which the in-building switch specifies the port number of the power supply hub corresponding to the identification number, and a step in which the in-building switch transmits a power supply command at a power supply port corresponding to the specified port number to the power supply hub including. [Appendix 15] A control program of an in-building switch connected to a power supply hub having a plurality of power supply ports for respectively supplying power to telephones installed on each seat in a working space where a plurality of seats are installed. The control program causes a computer to The in-building switch performs a process of receiving an incoming call with an identification number assigned to a specific telephone added from a user communication terminal connected to the in-building switch. The in-building switch performs a process of specifying the port number of the power supply hub corresponding to the identification number, and the power supply hub performs a process of supplying power at a power supply port corresponding to the specified port number. to cause the above to be executed. [Appendix 16] The in-building switch further includes a storage unit that stores the MAC address, port number, and identification number of each telephone. [Appendix 17] The storage unit further stores the extension number of each telephone. [Appendix 18] The in-building switch receives the extension number assigned to the telephone or receives an incoming call with the extension number added instead of the identification number.

[0079] Within the scope of the entire disclosure (including the claims) of the present invention, based on its basic technical idea, changes and adjustments to the embodiments or examples are possible. Also, within the scope of the entire disclosure of the present invention, various combinations or selections (including partial deletion) of various disclosure elements (including each element of each claim, each element of each embodiment or example, each element of each drawing, etc.) are possible. That is, the present invention naturally includes all various deformations and modifications that could be made by those skilled in the art according to the entire disclosure including the claims and the technical idea.

Explanation of Reference Numerals

[0080] 1, 1' Power supply management system 2, 2' In-building switch 2a Receiver 2b Specifying unit 2c Transmitter 2d Control unit 2e Incoming call receiver 3 Seat management server 3a Storage unit 3b Determining unit 3c Transmitter 3d Control unit 4 Power supply hub 51, 52,... 5n Telephone 6 Working space 7 Entrance / exit (access gate) 8 Attendance management terminal 1000 Hardware resources 1001 Processor 1002 Memory 1003 Network interface 1004 Internal bus

Claims

1. A private branch exchange (PBX) connected to a power supply hub having a plurality of power supply ports for respectively supplying power to telephones installed on each seat in a working space where a plurality of seats are installed, wherein the PBX, a receiving unit that receives an identification number assigned to a telephone (hereinafter referred to as a "specific telephone") whose power supply is to be turned on, which is installed on a seat reserved by a user; an identifying unit that identifies the port number of the power supply hub corresponding to the identification number received by the receiving unit; a transmitting unit that transmits a power supply command at the power supply port corresponding to the port number identified by the identifying unit to the power supply hub and includes A private branch exchange characterized by the above.

2. A seat management server that manages a plurality of seats installed in a working space, wherein the seat management server is connected to a private branch exchange (PBX) connected to a power supply hub having a plurality of power supply ports for respectively supplying power to telephones installed on each seat in the working space, the seat management server, a storage unit that stores identification numbers assigned to telephones installed on each of the plurality of seats; a determination unit that determines whether a user has reserved a seat; and a transmitting unit that transmits the identification number assigned to the specific telephone to the PBX when the determination unit determines that the user has reserved a seat and includes A seat management server characterized by the above.

3. In the seat management server according to claim 2, the determination unit determines that the user has reserved a seat when the user logs in to the seat management server connected to the information terminal installed on the seat at the information terminal installed on the seat A seat management server characterized by the above.

4. In the seat management server according to claim 2, When the determination unit acquires the identification number assigned to the telephone installed on the seat from the user communication terminal, it determines that the seat has been reserved by the user. A seat management server, characterized in that.

5. In the seat management server according to claim 4, The identification number is recorded in the identifier assigned to the telephone. The determination unit receives the identification number recorded in the identifier imaged by the user communication terminal. A seat management server, characterized in that.

6. In the seat management server according to claim 2, When the user registers the use of the seat from a specific date and time on the information terminal connected to the seat management server, the determination unit determines that the seat has been reserved by the user. The transmission unit transmits the identification number to the in-building switch at the specific date and time, or transmits a command indicating that power supply to the telephone should be awaited until the specific date and time, together with the identification number. A seat management server, characterized in that.

7. The in-building switch according to claim 1, The seat management server according to any one of claims 2 to 6, and A power supply hub having a plurality of power supply ports for respectively supplying power to the telephones installed on each seat in a working space where a plurality of seats are installed and connected to the in-building switch A power supply management system including: The receiving unit of the in-building switch receives the identification number assigned to a specific telephone from the seat management server. A power supply management system, characterized in that.

8. A control method for an in-building switch connected to a power supply hub having a plurality of power supply ports for respectively supplying power to the telephones installed on each seat in a working space where a plurality of seats are installed, The step of the in-building switch receiving an identification number assigned to a specific telephone from a seat management server connected to the in-building switch and managing the plurality of seats; The step of the in-building switch identifying the port number of the power supply hub corresponding to the identification number, and The step of the in-building switch transmitting a power supply command at the power supply port corresponding to the identified port number to the power supply hub Including A control method, characterized by the above.

9. A control program for an in-building switch connected to a power supply hub having a plurality of power supply ports for respectively supplying power to telephones installed at each seat in a working space where a plurality of seats are installed, The control program causes a computer to The process of the in-building switch obtaining an identification number assigned to a specific telephone from a seat management server connected to the in-building switch and managing the plurality of seats, The process of the in-building switch identifying the port number of the power supply hub corresponding to the obtained identification number, and The process of the power supply hub performing power supply at the power supply port corresponding to the identified port number Execute A control program, characterized by the above.

10. A control method for an in-building switch connected to a power supply hub having a plurality of power supply ports for respectively supplying power to telephones installed at each seat in a working space where a plurality of seats are installed, The step of the in-building switch receiving an incoming call with an identification number assigned to a specific telephone added from a user communication terminal connected to the in-building switch, The step of the in-building switch identifying the port number of the power supply hub corresponding to the identification number, and The step of the in-building switch transmitting a power supply command at the power supply port corresponding to the identified port number to the power supply hub Including A control method, characterized by the above.

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