JP2023079824A - System for facilitating rebooking of share space and method for facilitating rebooking of share space - Google Patents

Abstract

To provide a system for facilitating rebooking of a share space, configured so that a user can easily, comfortably, and safely repeat reservations for a share space.SOLUTION: A system 1 includes a share-space terminal 3 and a cloud server 4. The share-space terminal 3 causes a console screen 31 to display a console basic screen including at least an image code 31z on the basis of a console command from the cloud server 4. The cloud server 4 generates, based on reservation information, repeated reservation availability information indicating whether to accept a repeated reservation for a share space S in a candidate time zone, causes a mobile terminal 5 which has captured the image code 31z to display a mobile terminal basic screen including a repeated reservation guide 31r, causes the mobile terminal 5 to display a repeated reservation screen including the repeated reservation availability information in accordance with a touch operation on the repeated reservation guide 31r, and fixes a repeated reservation for the share space S in accordance with an operation on the repeated reservation screen.SELECTED DRAWING: Figure 2

Description

The present invention relates to a shared space rebooking promotion system and a shared space rebooking promotion method.

Patent Literature 1 discloses a conference room reservation system. In this conference room reservation system, conference room terminals are installed on floors where conference rooms are provided. The conference room terminal has an input/output I/F that displays information and receives input by user's operation, a storage device that stores information related to conference room reservations, and an input/output I/F that stores information related to conference room reservations stored in the storage device. /F is provided with a usage management unit and the like.

JP 2018-190414 A

By the way, a user of a shared space such as the conference room described above may wish to make a re-reservation for the same time zone as this time, that is, to make a repeat reservation. In that case, with the above configuration, the user needs to perform a new reservation operation on the conference room terminal outside the conference room. However, in order to make a new reservation on the above conference room terminal, the user needs to confirm the future reservation status of the conference room on the screen, and then go through the general reservation process. Repeat reservation operation may be difficult. In addition, since the conference room terminal is located outside the conference room, if another user is using the conference room terminal, the user must wait for the other user to finish the operation. As a result, not only is time wasted, but there is also the possibility that the customer will be irritated by the waiting time, which may impair the comfortable repeat reservation operation. Conversely, while the user is using the conference room terminal, there is a possibility that other users will be kept waiting. There is also a possibility that other users may steal information. Therefore, a safe repeat reservation operation cannot be guaranteed in terms of erroneous operation and security. Therefore, there is a demand for a configuration that allows users to make repeat reservations for shared spaces through easy, comfortable, and safe operations.

Therefore, the present invention makes it possible to provide a shared space re-reservation promotion system and a shared space re-reservation promotion method that enable users to easily, comfortably and safely make repeat reservations for a shared space.

A shared space rebooking promoting system according to a first aspect of the present invention includes a shared space terminal arranged inside a shared space, and a cloud server connected to the shared space terminal so as to be capable of wireless communication. The shared space terminal includes a console screen and a console control unit that causes the console screen to display a console basic screen including at least an image code based on a first console command received from the cloud server. The cloud server includes a reservation management unit that manages reservation information for the shared space, and a repeat reservation that indicates whether repeat reservations for future candidate time periods corresponding to the reservation time period for the current reservation for the shared space can be made based on the reservation information. Includes a repeat reservation part that generates availability information, a first console command for displaying the console basic screen, and an object of repeat reservation guide display related to repeat reservation of the shared space on the mobile terminal that captured the image code of the console basic screen A second console command for displaying a mobile terminal basic screen, and a third console for causing a mobile terminal to display a repeat reservation screen including repeat reservation propriety information in response to a touch operation on an object displaying repeat reservation guidance. and a display command unit that generates a command, and the repeat reservation unit is configured to confirm the repeat reservation of the shared space according to the operation on the repeat reservation screen.

A shared space rebooking promotion method according to a second aspect of the present invention is executed by a shared space terminal arranged inside a shared space and a cloud server connected to the shared space terminal so as to be capable of wireless communication. A share space re-booking promotion method comprises the steps of: a cloud server sending a first console command for displaying a console basic screen to a share space terminal; A step of displaying a console basic screen including an image code on the console screen, and a cloud server making a repeat reservation of a future candidate time slot corresponding to the reservation time slot of the current reservation for the shared space based on the reservation information of the shared space. a step of generating repeat reservation propriety information indicating whether the repeat reservation is possible or not; and in response to the imaging of the image code by the portable terminal, the cloud server generates a portable terminal basic screen including an object for repeat reservation guide display related to the repeat reservation of the shared space. and a step of sending a second console command for displaying to the mobile terminal, and in response to a touch operation on the repeat reservation guide display object on the mobile terminal, the cloud server displays the repeat reservation screen including the repeat reservation availability information. A step of transmitting a third console command for display to the mobile terminal, and a step of the cloud server confirming the repeat reservation of the shared space according to the operation on the repeat reservation screen on the mobile terminal.

According to the above first and second aspects, the mobile terminal basic screen is displayed on the mobile terminal that captured the image code displayed on the shared space terminal, and the touch operation on the repeat reservation guide display object in the mobile terminal basic screen In response, a repeat reservation screen is displayed on the mobile terminal. While using the shared space and within the shared space, the user can make a repeat reservation for the shared space on the repeat reservation screen on the mobile terminal. Therefore, a shared space rebooking promotion system and a shared space rebooking promotion method that enable users to easily, comfortably and safely make repeat reservations for a shared space are realized.

In one example of the first and second aspects, repeat reservation availability information for the next week and later for the same day of the week as the current reservation is provided as the repeat reservation availability information for each of the candidate time slots in a manner in which repeat reservations can be selected. It is preferably included in the repeat reservation screen. As a result, the user can easily make a regular or regular repeat reservation depending on the day of the week.

In one example of the first and second aspects, the repeat reservation availability information for each week from the next day onward is included in the repeat reservation screen in a manner in which repeat reservations can be selected for each of the candidate time slots. preferably As a result, the user can easily make repeat reservations for upcoming weekly schedules.

In one example of the above first and second aspects, the repeat reservation propriety information displayed on the mobile terminal indicates whether repeat reservations for the shared space related to the current reservation and other shared spaces in the same candidate time period are possible. Yes, repeat reservation propriety information is displayed in a manner in which repeat reservations can be selected for other shared spaces. As a result, when there are multiple shared spaces, the user can efficiently make repeat reservations including alternative shared spaces.

In one example of the first and second aspects, the repeat reservation availability information regarding only the dates for which repeat reservations are possible within a predetermined period is provided in a manner in which repeat reservations can be selected for each of the candidate time slots. Included in the repeat reservation screen. As a result, the display of schedules for which repeat reservations are not allowed is omitted, and the user can efficiently search for dates for which repeat reservations can be made on a limited screen space.

In one example of the first and second aspects, the candidate time slot is the same time slot as the reservation time slot of the current reservation. As a result, the user can quickly and easily make a repeat reservation with minimal information.

In one example of the above first and second aspects, the candidate time slot is the same unit time slot as the reservation time slot of the current reservation, and the unit time slot immediately before and after the reservation time slot of the current reservation. It may consist of at least one. This allows the user to flexibly consider and execute repeat reservations with some range of choices.

In one example of the above-described first and second aspects, the repeat reservation guidance display includes information on whether repeat reservations for the next week on the same day of the week as the current reservation are possible. As a result, the user can intuitively decide whether to make a regular or regular repeat reservation.

In one example of the first and second aspects, the repeat reservation guidance display object includes the shortest repeat reservation possible date, which is the closest schedule for which repeat reservations can be made. This allows the user to intuitively decide to make a repeat reservation for the shortest repeat reservation date.

In one example of the first and second aspects, the console basic screen or the mobile terminal basic screen includes an object of extension usage guidance display indicating whether or not extension usage of the shared space is possible. As a result, the user can consider in parallel whether to carry out further work in the shared space on the next day or later, or on the same day.

Here, on the console basic screen or mobile terminal basic screen, it is preferable that the repeat reservation guide display object and the extended use guide display object are arranged adjacent to each other. As a result, the above considerations can be made simultaneously and in parallel within a narrow field of view, facilitating the user's decision making.

In addition, the repeat reservation guidance display object includes information indicating whether repeat reservations for the next week on the same day of the week as the current reservation are possible or the shortest repeat reservation possible date, which is the closest possible schedule for repeat reservations, and the extension usage guidance display object A maximum extendable time may be included, which is the latest time at which extended availability is available. This further enhances the information of repeat reservations or extended use, facilitates the comparison between the user's business progress and the available time of the shared space, and further promotes decision-making.

1 is a schematic diagram of a shared space rebooking promotion system according to an embodiment; FIG. 1 is a block diagram of a shared space rebooking promotion system according to an embodiment; FIG. FIG. 4 is a flow diagram of a shared space rebooking promotion method according to an embodiment; 1 is a front view of a share space terminal according to an embodiment; FIG. 1 is a circuit diagram showing one wiring example of a share space terminal according to an embodiment; FIG. FIG. 4 is a circuit diagram showing another wiring example of the shared space terminal according to the embodiment; FIG. 4A is a rear view and a side view of the share space terminal according to the embodiment; It is a side partial cross-sectional view of the shared space terminal according to the embodiment. It is a figure which shows an example of the console screen of the shared space terminal by embodiment. It is a figure which shows an example of the console screen of the shared space terminal by embodiment. It is a figure which shows an example of the console screen of the shared space terminal by embodiment. It is a figure which shows an example of the console screen of the shared space terminal by embodiment. It is a figure which shows an example of the console screen of the shared space terminal by embodiment. It is a figure which shows an example of the display screen of the portable terminal in embodiment. It is a figure which shows an example of the display screen of the portable terminal in embodiment. It is a figure which shows an example of the display screen of the portable terminal in embodiment. It is a figure which shows an example of the display screen of the portable terminal in embodiment. It is a figure which shows an example of the display screen of the portable terminal in embodiment. It is a figure which shows an example of the display screen of the portable terminal in embodiment. It is a figure which shows an example of the display screen of the portable terminal in embodiment. It is a figure which shows an example of the display screen of the portable terminal in embodiment. It is a figure which shows an example of the display screen of the portable terminal in embodiment. It is a figure which shows an example of the display screen of the portable terminal in embodiment. It is a figure which shows an example of the display screen of the portable terminal in embodiment. FIG. 4 is a flow diagram of a shared space rebooking promotion method according to an embodiment;

<Embodiment>
FIG. 1 shows a schematic diagram of a shared space rebooking promotion system 1 (hereinafter referred to as "system 1") according to an embodiment of the present invention. The system 1 is applied to hourly shared spaces S such as shared booths and rental conference rooms. In this embodiment, the shared space S is assumed to be a shared booth. The system 1 includes a lock device 2 installed at the door D of each share space S, a share space terminal 3 arranged inside each share space S, and a cloud server 4 (cloud service). An imaging enable code 10 associated with each shared space S is arranged near the lock device 2 . In this embodiment, the imageable code 10 is a QR code (registered trademark), so the imageable code 10 is also referred to as "QR code 10".

The lock device 2 and the shared space terminal 3 are connected to the cloud server 4 via a wireless LAN router WL and a communication network N such as the Internet so as to be able to communicate wirelessly. The lock device 2 is a so-called smart lock (electronic lock), and locks and unlocks the door D upon receiving a command from the cloud server 4 . Also, the mobile terminal 5 of the user of the shared space S is connected to the cloud server 4 via the wireless LAN router WL and the communication network N or only the communication network N so as to be capable of wireless communication. Furthermore, the system 1 can cooperate with an administrator terminal 8 that can be remotely located in the share space S via a communication network N. FIG. In addition, the system 1 can cooperate with an appropriate schedule management application A such as google calendar (registered trademark) via the communication network N.

FIG. 2 shows a block diagram of the system 1. As shown in FIG. Since the functional configuration for each share space S is substantially the same, the configuration for one share space S will be described as a representative. As described above, the system 1 includes the share space terminal 3 inside the share space S and the cloud server 4 on the cloud. The system 1 cooperates with the lock device 2 installed at the door D of the shared space S, the mobile terminal 5 of the user, the administrator terminal 6 of the administrator, and the like. Also, in the shared space S, a lighting device 15 and a ventilation fan 16 are installed.

As an overview, in the present embodiment, the user uses the share space terminal 3 in the share space S to display the basic screen on his/her mobile terminal 5 . When the user wants to use the shared space S at the same time on a later date, the user displays the repeat reservation screen from the touch operation on the basic screen, and the share space S is displayed by the touch operation on the repeat reservation screen. can be rebooked, i.e. repeat reservation.

The lock device 2 includes a number key 20 , a wireless communication section 21 , a lock mechanism 22 and a lock control section 23 . The number key 20 is a so-called numeric keypad type input unit including at least numeric keys 0-9. The wireless communication unit 21 communicates with the cloud server 4 (communication unit 41) via the wireless LAN router WL. The lock mechanism 22 is, for example, a general thumb-turn electronic lock. That is, the lock mechanism 22 has a thumb-turn, a deadbolt that interlocks with the thumb-turn, and a mechanism that rotates the thumb-turn (that is, advances and retracts the deadbolt) according to a drive signal from the lock control unit 23 (each not shown). . The lock control unit 23 transmits the number input by the user from the number key 20 to the cloud server 4 from the wireless communication unit 21 . The lock control unit 23 shifts the deadbolt to the advanced position and the retracted position, respectively, that is, shifts the lock mechanism 22 to the locked position and the unlocked position, respectively, in response to the locking signal and the unlocking signal from the cloud server 4. . Normally, in the cloud server 4, when the received input number and the preset personal identification number match, a lock signal or unlock signal is generated so as to reverse the locked/unlocked state. In this embodiment, the lock device 2 does not use an automatic lock, and the lock device 2 can be locked and unlocked from the inside of the shared space S by manual operation (rotation of the thumb turn by operating the doorknob). .

The QR code 10 is arranged at or near the door D and can take any form as long as it can be imaged by a general mobile terminal. For example, the QR code 10 may be attached to the door D as a printed or shaped medium (e.g., paper sheet, plastic plate, metal plate, etc., hereinafter the same), or may be printed directly on the door D (e.g., coating, hereinafter the same) may be applied. Also, the QR code 10 may be attached to the housing of the lock device 2 as a printed or shaped medium, or may be printed directly on the housing of the lock device 2 . Alternatively, the QR code 10 may be attached as a printed or shaped medium to the wall surface to which the door stop of the door D belongs, or may be printed directly on the wall surface. Alternatively, the QR code 10 may be attached to the ceiling or floor near the door D as a printed or shaped medium, or may be printed directly on the ceiling or floor. Alternatively, the QR code 10 may be an optical image projected onto each of the above locations. Although a QR code is used as the imageable code 10 in this embodiment, the imageable code may be another two-dimensional code such as DataMatrix (registered trademark) or VeriCode (registered trademark), or may be a bar code. may be a one-dimensional code of

FIG. 3 shows a perspective view of the housing 30 of the shared space terminal 3. As shown in FIG. The housing 30 has a horizontal longitudinal direction, and has a triangular prism shape with a substantially vertical triangular cross section perpendicular to the longitudinal direction. The housing 30 has a bottom surface 30a, a back surface 30b perpendicular to the bottom surface 30a, and a front surface 30c connecting the bottom surface 30a and the back surface 30b. The respective connecting portions of the bottom surface 30a, back surface 30b and front surface 30c are continuous with rounded edges. Both side surfaces 30d and 30e, which are horizontal ends of the housing 30, form a substantially vertical triangle. The longitudinal length of housing 30 is approximately 30 cm to 40 cm, preferably 35.8 cm±1 cm. The height (vertical length) of the housing 30 is approximately 15 cm to 20 cm, preferably 17.1 cm±1 cm. The depth (thickness) of the housing 30 is approximately 8 cm to 10 cm, preferably 9.3 cm±0.5 cm. However, the outer dimensions of the housing 30 are not limited to the above. Since the shared space terminal 3 can be of a wall-mounted type, a mounting type, or the like, a structure for wall mounting may be provided on the back surface 30b, or legs (projections at four corners, non-slip rubbers at four corners) may be provided on the bottom surface 30a. etc.) may be provided.

FIG. 4 shows a front view (front surface 30c) of the shared space terminal 3. As shown in FIG. The shared space terminal 3 has a console screen 31 , a physical switch section 32 and a sensor section 33 . In the present embodiment, the console screen 31, the physical switch section 32, and the sensor section 33 are arranged from the left on the front surface 30c, but their arrangement or arrangement is not limited to that shown.

The console screen 31 is a liquid crystal display, an OLED display, or the like, and displays necessary information depending on the situation and accepts user's touch operations. The console screen 31 displays the reservation information of the shared space S as a current time display 31a, a reservation end time display 31b, an extended use guidance display 31c, and a remaining time display 31d (hereinafter also referred to as objects 31a to 31d, respectively). . In addition, the console screen 31 displays a noise level display 31e, a CO ₂ concentration display 31f (or a humidity display 31h not shown), and a temperature display 31g (hereinafter referred to as objects 31e to 31h) regarding the environmental information of the shared space S. also called). The console screen 31 also displays lighting soft switches 31i and ventilation soft switches 31j as icons (hereinafter also referred to as objects 31i and 31j) regarding the operation information of the lighting equipment 15 and the ventilation fan 16. FIG. In addition, the console screen 31 displays a lock display 31k regarding the operation of the lock device 2 (hereinafter also referred to as an object 31k). Further, the console screen 31 displays an image code display 31z (hereinafter also referred to as "object 31z").

The extended use guide display 31c displays the maximum available time for extended use of the shared space S in which the shared space terminal 3 is arranged. This maximum available time shall be the time of day. If the extended use of the shared space S is not possible, the extended use guidance display 31c displays "impossible".

The value of the remaining time display 31d is the value obtained by subtracting the value of the current time display 31a from the value of the reservation end time display 31b, and is displayed when the remaining time becomes 60 minutes or less. is displayed as a countdown. Also, the remaining time display 31d is displayed together with a predetermined pie chart as shown. The circumference of this graph corresponds to 60 minutes. The moving end (lower end of thick line circumference) indicating the current value of the graph moves counterclockwise and ends at the highest position (0 o'clock position). The moving end indicating the current value may be moved clockwise and the end point may be the highest position (12 o'clock position). Further, when the remaining time becomes one minute or less, the circumference may correspond to 60 seconds, and the remaining time (unit: seconds) may be counted down.

The lighting soft switch 31i is displayed by inverting black and white depending on whether the lighting device 15 is on or off. For example, when the lighting device 15 is on, a black-based display is applied, and when the lighting device 15 is off, a white-based display is applied. Similarly, the ventilation soft switch 31j is displayed in reversed black and white depending on whether the ventilation fan 16 is in the operating state or in the stopped state. For example, when the ventilating fan 16 is in operation, a black-based display is applied, and when the ventilating fan 16 is in a stopped state, a white-based display is applied.

The locked state/unlocked state (unlocked state in FIG. 4) of the lock device 2 is displayed in the lock display 31k. Also, as will be described later, an initial password for the number key 20 provided by the cloud server 4 can also be displayed. By displaying the locked state/unlocked state, the user can easily see the locked/unlocked state of the door D, and can avoid unnecessary operations such as confirming whether the door D is locked or unlocked.

Further, as will be described later in detail, the console screen 31 may also include a repeat reservation guidance display 31r (see FIGS. 8A to 8D). In the repeat reservation guide display 31r, for the shared space S, for example, when there is a reservation vacancy in the same time slot as the current reservation or a time slot including it on a schedule within a predetermined period after the current day, "Repeat reservation" is displayed. etc. may be displayed. Here, the predetermined period after the current day may be one week from the next day, one month, or the longest period (substantially indefinite) that can be set on the calendar. It should be noted that if there are no available reservations as described above for the schedule within the predetermined period, the repeat reservation guidance display 31r may not be displayed.

The image code displayed in the image code display 31z is preferably a two-dimensional code such as a QR code (registered trademark) DataMatrix (registered trademark) or VeriCode (registered trademark), and the QR code is adopted in this embodiment. (hereinafter also referred to as “QR code 31z”). However, this embodiment can be implemented even if the image code is a one-dimensional code such as a bar code. Also, as illustrated, the object 31z may include a display that guides the portable terminal 5 to read the image code. Other objects are described later.

The physical switch section 32 includes a lighting physical switch 32a and a ventilation physical switch 32b. The lighting physical switch 32a outputs a lighting operation signal in response to a user's pressing operation, and the ventilation physical switch 32b outputs a ventilation operation signal in response to a user's pressing operation. These operation signals are transmitted to the cloud server 4 . The lighting physical switch 32a is provided with an indicator lamp 32c such as an LED that indicates the current operating state (lighting or extinguishing) of the lighting equipment 15, and the ventilation physical switch 32b is provided with the current operating state (operating or stopping) of the ventilation fan 16. ) is provided. Turning on/off the indicator lamp 32 c may correspond to turning on/off the lighting device 15 or may correspond to turning on/off the lighting device 15 . The turning on/off of the indicator lamp 32 d may correspond to the operation/stop of the ventilation fan 16 or may correspond to the stop/operation of the ventilation fan 16 .

As a definition, the lighting soft switch 31i, the lighting physical switch 32a, the ventilation soft switch 31j, and the ventilation physical switch 32b are collectively referred to as switch buttons. Further, a touch operation on the lighting soft switch 31i, a pressing operation on the lighting physical switch 32a, a touch operation on the ventilation soft switch 31j, and a pressing operation on the ventilation physical switch 32b are collectively referred to as switch operations, and a signal output by the switch operation is These signals are collectively referred to as switch operation signals.

The sensor unit 33 includes an environment sensor 33a (strictly speaking, what is shown is an air intake hole for the environment sensor 33a) and a human sensor 33b. The environmental sensor 33a detects and outputs the environmental level of the air taken from the air intake hole. Details of the environment sensor 33a and the human sensor 33b will be described later.

Returning to FIG. 2, each part of the shared space terminal 3 will be described. The shared space terminal 3 has a console screen 31 , a physical switch section 32 , a sensor section 33 , a wireless communication section 34 , a switch circuit 35 , a control section 36 , a memory 37 and a speaker 38 . The console screen 31, the physical switch unit 32, the sensor unit 33, the wireless communication unit 34, the switch circuit 35, the control unit 36, the memory 37, and the speaker 38 are connected to a bus in a manner capable of exchanging necessary signals, data, or power. etc., are interconnected as appropriate.

The environment sensor 33 a of the sensor unit 33 includes a noise sensor 331 , a temperature/humidity sensor 332 , a CO ₂ sensor 333 and an indoor air quality (IAQ) sensor 334 . Various environmental levels in the shared space S are specified by the environment sensor 33a. An atmospheric pressure sensor that detects the atmospheric pressure may be employed as the environment sensor. A detection signal indicating the detection environment level is transmitted from the wireless communication unit 34 (wireless communication unit 343) to the cloud server 4 via the wireless LAN router WL.

The noise sensor 331 detects sound pressure and outputs a noise level (decibel) converted from the sound pressure (hereinafter referred to as "detected noise level"). The noise sensor 331 may be configured to detect sound pressure in a predetermined frequency range (eg, about 100-2000 Hz), such as the frequency range of human voice. A detection signal indicating the detected noise level is transmitted from the wireless communication unit 343 to the cloud server 4 via the wireless LAN router WL.

The temperature/humidity sensor 332 detects temperature and humidity and outputs a temperature value and a humidity value (hereinafter referred to as “detected temperature”, “detected humidity” or “detected temperature/humidity”). The temperature/humidity sensor 332 may be a temperature sensor that detects only temperature and outputs a temperature value, or a humidity sensor that detects only humidity and outputs a humidity value. A detection signal indicating the detected temperature and the detected humidity is transmitted from the wireless communication unit 343 to the cloud server 4 via the wireless LAN router WL.

The CO ₂ sensor 333 detects carbon dioxide (CO ₂ ) by an NDIR (Non Dispersive InfraRed) method and outputs a CO ₂ concentration (hereinafter referred to as “detected CO ₂ concentration”). An increase in _CO2 concentration can be attributed to a person's respiration and thus can be an indicator of human congestion. A detection signal indicating the detected CO ₂ concentration is transmitted from the wireless communication unit 343 to the cloud server 4 via the wireless LAN router WL.

The IAQ sensor 334 detects pollutants and outputs their concentration (hereinafter referred to as "detected pollution level"). The pollutants detected are carbon monoxide (CO), nitrogen dioxide ( _NO2 ) or volatile organic compounds (VOC). Sources of pollutants include cigarette smoke or VOCs from formaldehyde, asbestos, dust, exhaust fumes, carpets, paints, adhesives, furniture, building materials, pet dander, mold, bacteria, pesticides, weed killers, among others. drugs, etc. A detection signal indicating the detected contamination level is transmitted from the wireless communication unit 343 to the cloud server 4 via the wireless LAN router WL.

The human sensor 33b of the sensor unit 33 is an infrared human sensor that detects the presence/absence of a human body in the share space S (or its predetermined detection area). The human sensor 33b outputs a presence signal when detecting the presence of a human body, and outputs an absence signal in other cases (that is, when the human body is absent). The presence signal/absence signal may be a high level signal/low level signal, a low level signal/high level signal, or with/without signal output and without/with signal output. It may be a UART signal. In the present disclosure, the presence signal/absence signal are collectively referred to as a human detection signal. The human detection signal is transmitted from the wireless communication unit 343 to the cloud server 4 via the wireless LAN router WL.

The wireless communication unit 34 includes wireless communication units 341-343. Wireless communication units 341, 342, and 343 correspond to the console screen 31, physical switch unit 32, and sensor unit 33, respectively. The wireless communication units 341 to 343 may be integrated to constitute one wireless communication unit, or may be three separate wireless communication units (the latter is adopted in this embodiment). Each of the wireless communication units 341 to 343 wirelessly communicates with the wireless LAN router WL under communication control such as the control unit 36 or autonomously. Each of the wireless communication units 341 to 343 is a Wi-Fi unit for performing Wi-Fi (registered trademark) communication in this embodiment, and operates at, for example, 2.4 GHz (802.11b/g/n). A Wi-Fi device.

An operation signal (screen operation signal) resulting from an operation on the console screen 31 is transmitted to the cloud server 4 by the wireless communication unit 341 . This operation signal includes switch operation signals from the lighting soft switch 31i and the ventilation soft switch 31j. Also, the console command and the voice output command are received from the cloud server 4 by the wireless communication unit 341 . A switch operation signal (physical switch operation signal) from the lighting physical switch 32 a or the ventilation physical switch 32 b is transmitted to the cloud server 4 by the wireless communication unit 342 . Also, the wireless communication unit 342 receives a switch command (a lighting command, a light-off command, an operation command, and a stop command) from the cloud server 4 , which will be described later. A detection signal (sensor detection signal) from the sensor unit 33 is transmitted to the cloud server 4 by the wireless communication unit 343 .

Thus, by providing separate Wi-Fi units for the console screen 31, the physical switch section 32, and the sensor section 33, it becomes possible to diagnose the state of wireless communication. For example, when the cloud server 4 does not receive some of the screen operation signal, the physical switch operation signal, and the sensor detection signal, the wireless LAN router WL and the communication network N are normal, but the non-receipt signal It is presumed that there is a fault in the corresponding radio communication unit or the part to which it belongs. Further, when the cloud server 4 does not receive all of the screen operation signal, the physical switch operation signal and the sensor detection signal, it is presumed that the wireless LAN router WL is malfunctioning or the communication network N is in trouble.

The switch circuit 35 is connected between an alternating-current power supply AC (eg, commercial power supply) and the lighting equipment 15 and the ventilation fan 16 . The switch circuit 35 connects/disconnects the power supply wiring between the AC power supply AC and the lighting equipment 15 under the control of the control unit 36 (switch control unit 362), and connects/disconnects the power supply wiring between the AC power supply AC and the ventilation fan 16. connect/disconnect.

FIG. 5 shows a circuit diagram of one wiring example regarding the switch circuit 35. As shown in FIG. The switch circuit 35 is composed of a relay switch, and has terminals 351 to 354 on the AC power supply AC side, a terminal 355 connected to the lighting equipment 15 , and a terminal 356 connected to the ventilation fan 16 . Terminals 351, 352 and 353 are connected to each other. The path between the terminals 352 and 355 is opened and closed by the switch SW5, and the path between the terminals 351 and 356 is opened and closed by the switch SW6.

A non-grounded wiring L1 of the AC power supply AC is connected to a non-grounded (hot) side terminal of a plug receiver 91 (so-called outlet). The wiring L2 on the ground side of the AC power supply AC is connected to one connection terminal of the lighting device 15 , one connection terminal of the ventilation fan 16 , and the ground (cold) side terminal of the plug receiver 91 . The other connection terminal of the lighting device 15 is connected to the terminal 355 via the wiring L5, and the other connection terminal of the ventilation fan 16 is connected to the terminal 356 via the wiring L6. The terminal 351 is connected to the non-grounded terminal of the insertion plug 92 via the wiring L3, and the terminal 354 is connected to the grounded terminal of the insertion plug 92 via the wiring L4. In the following description, it is assumed that the insertion plug 92 is properly connected to the plug receptacle 91 .

The opening/closing of the switch SW5 and the opening/closing of the switch SW6 are individually controlled by the control section 36 (switch control section 362). When the switch SW5 is turned on (closed), the lighting device 15 is powered by power from the alternating current power supply AC via the power supply wirings (L1, L3, L5 and L2) and lights up. On the other hand, when the switch SW5 is turned off (opened), the lighting device 15 is cut off from the AC power supply AC and turned off. Similarly, when the switch SW6 is turned on (closed), the ventilating fan 16 is supplied with power from the alternating current power supply AC via the power supply wirings (L1, L3, L6 and L2) to operate. On the other hand, when the switch SW6 is turned off (opened), the ventilation fan 16 is cut off from the AC power supply AC and stopped.

FIG. 6 shows a circuit diagram of another wiring example regarding the switch circuit 35. As shown in FIG. Components similar to those in the circuit of FIG. A single-phase conductor 94 is connected to the switch circuit 35 . The non-grounded wiring L<b>1 and the grounded wiring L<b>2 are connected to the AC power supply AC via the single-phase breaker 93 . The wiring L1 is connected to the terminal 351 of the switch circuit 35 and the terminal 941 of the single-phase conductor. The wiring L2 is connected to one terminal of the ventilation fan 16, the terminal 354 of the switch circuit 35, and the input terminal 942 and control terminal 944 of the single-phase conductor 94. FIG. The other terminal of the ventilation fan 16 is connected to the terminal 356 via the wiring L6. Terminal 355 is connected to control terminal 943 of single-phase conductor 94 via line L5. Output terminals 945 and 946 of the single-phase conductor 94 are connected to the lighting device 15 via wires L51 and L52. In the following description, it is assumed that the single-phase breaker 93 is in the closed (energized) state.

The opening/closing of the switch SW5 and the opening/closing of the switch SW6 are individually controlled by the control section 36 (switch control section 362). When the switch SW5 is turned on, in the single-phase conductor 94, the control terminals 943 and 944 are fed from the AC power source AC, and the input terminal 941 and the output terminal 945 and the input terminal 942 and the output terminal 946 are connected. Connected. As a result, the lighting equipment 15 is powered by the AC power supply AC via the power supply wirings (L1, L51, L2 and L52) and lights up. On the other hand, when the switch SW5 is turned off, the control terminal 943 of the single-phase conductor 94 is not supplied with power, the input terminals 941 and 942 and the output terminals 945 and 946 are turned off, and the lighting device 15 is supplied from the AC power supply AC. shut off and turn off. As in the case of FIG. 4, when the switch SW6 is turned on, the ventilating fan 16 operates by receiving power from the AC power supply AC through the power supply lines (L1, L6 and L2). On the other hand, when the switch SW6 is turned off, the ventilation fan 16 is cut off from the AC power supply AC and stopped.

As described above, in the configuration of FIG. 6, the load current to the lighting equipment 15 does not pass through the switching circuit 35, so that a relatively large-scale lighting equipment can be used without increasing the current capacity of the switching circuit 35 or the shared space terminal 3. The group can be turned on/off. In addition, by appropriately selecting and expanding the conductor 94, wiring of outlets and on/off control of small to large air conditioners can be performed. Although the block diagram of FIG. 2 corresponds to the circuit configuration of FIG. 5, those skilled in the art should be able to apply the circuit configuration of FIG. 6 to the block diagram of FIG. 2 instead of the circuit configuration of FIG.

FIG. 7A shows a rear view (rear surface 30b) and a side view (side surface 30d) of the shared space terminal 3 (corresponding to the wiring in FIG. 5). FIG. 7B shows a side partial cross-sectional view when the rear surface 30b of the shared space terminal 3 is attached to the wall surface W. As shown in FIG. The rear surface 30b is provided with a recess 30g for wiring and a hole 30h for wall mounting. The recess 30g has a tapered shape, and the depth (the depth of the recess in the horizontal direction) increases from the upper side to the lower side (toward the bottom surface 30a). Therefore, the bottom surface 30a has a notch. As shown in FIG. 7B, the wall surface W has wall holes Wh for wall switches of the lighting equipment 15 and the ventilation fan 16, and the share space terminal 3 is attached to the wall surface W so that the concave portion 30g corresponds to the wall hole Wh. When the shared space terminal 3 is attached to the wall surface W in this way, the bottom surface 30a of the recess 30g is open, and the top of the recess 30g is closed by the wall surface W and the back surface 30b.

Connection terminal blocks 35a and 35b are arranged in the recess 30g. The connection terminal block 35a has terminals 351 and 354 (not shown) on the AC power supply side, and the connection terminal block 35b has terminals 355 and 356 (not shown) on the load side. Therefore, in the case of the wiring shown in FIG. 5, the wirings L3 and L4 are inserted and connected to the connection terminal block 35a, and the wirings L5 and L6 are connected to the connection terminal block 35b. As shown in FIG. 7B, the wires L3 and L4 extend from the connection terminal block 35a through the cutout portion of the bottom surface 30a to the outside and downward of the wall surface W, and the wires L5 and L6 extend from the connection terminal block 35b through the wall hole Wh. extends into the interior of the wall surface W through. The wires L3 and L4 may also be wired inside the wall surface W. In the case of the wiring shown in FIG. 6, the wirings L1 and L2 are inserted and connected to the connection terminal block 35a, and the wirings L5 and L6 are connected to the connection terminal block 35b. The wiring L1 and L2 in the case of FIG. 6 can be wired inside the wall surface W. FIG. In the wiring shown in FIG. 5, when there are multiple systems of lighting devices 15, the wiring L5 of each system is collectively connected to the terminal 355 (not shown) of the connection terminal block 35b. In the wiring shown in FIG. 6, when there are a plurality of lighting devices 15, the wirings L51 and L52 of the respective systems are connected to the output terminals 945 and 946 of the single-phase conductor 94, so that the connection terminal block 35b of the switch circuit 35 The wiring connected to the terminal 355 (not shown) of is only the wiring L5.

A power connector 39 (insertion port) for supplying operating power to the shared space terminal 3 is also provided in the concave portion 30g. A DC power jack (not shown) of an AC/DC adapter is inserted into the power connector 39 . As a result, a DC voltage is supplied to the shared space terminal 3, and an operating power supply is supplied to each part via an appropriate constant voltage circuit (not shown) inside the housing 30. FIG. In this embodiment, the share space terminal 3 is configured to operate on a DC power source. (eg, mains power from a wall outlet) is supplied. In this case, the power connector 39 can be omitted and the AC cable can be directly connected to the share space terminal 3 . This AC cable and wiring L3 and L4 may be physically or electrically bundled and wired as one AC cable. Alternatively, a battery may be provided inside the housing 30 and the operating power of the shared space terminal 3 may be supplied from the battery. In this case, the power connector 39 is unnecessary.

Returning to FIG. 2, each part of the shared space terminal 3 will be further described. The controller 36 includes a console controller 361 , a switch controller 362 and an audio output controller 363 . The control unit 36 includes a CPU such as a microprocessor or microcomputer and its peripheral circuits. Although one control unit 36 is illustrated in this embodiment, the control unit 36 may be divided into blocks corresponding to the console screen 31 , the physical switch unit 32 and the sensor unit 33 . The control unit 36 can appropriately execute various general functions (a clock function, a timer function, a communication control function, an arithmetic processing function, etc.) in addition to the functions of the above units. The memory 37 includes a ROM that stores programs and the like, and a RAM that temporarily stores data, programs, and the like. Although the memory 37 is included in the controller 36 in FIG. 3, the memory 37 may be outside the controller 36 .

The console control unit 361 causes the console screen 31 to display a screen based on a console command acquired from the cloud server 4 via the wireless LAN router WL and the wireless communication unit 341 . The console command designates which of the objects 31a to 31z is to be displayed, the display contents of each object to be displayed (numerical value, white/black inversion, etc.), the arrangement of the selected object, and the like.

The switch control unit 362 controls opening and closing of each switch of the switch circuit 35 based on switch commands obtained from the cloud server 4 via the wireless LAN router WL and the wireless communication unit 342 . The switch commands include a lighting command for turning on the switch SW5 to turn on the lighting device 15, a turn-off command for turning off the switch SW5 to turn off the lighting device 15, and a switch SW6 for turning on the ventilation fan 16. and a stop command to turn off the switch SW6 to stop the ventilation fan 16.

The audio output control unit 363 is based on an audio output command acquired from the cloud server 4 via the wireless LAN router WL and one of the wireless communication units 341 to 343 (for example, the wireless communication unit 341, the same shall apply hereinafter). Controls the audio output from 38. The voice output commands include guidance voice output commands for guidance messages and warning voice output commands for warning messages, as will be described later in detail.

The wireless LAN router WL is installed, for example, in a facility where the shared space S is installed. The wireless LAN router WL is configured to be wirelessly connectable with the shared space terminals 3 (wireless communication units 341 to 343) and the mobile terminal 5 (communication unit 51), and communicates with the cloud server 4 (communication unit 41). The wireless LAN router WL, the shared space terminal 3 and the mobile terminal 5 are connected by Wi-Fi communication (2.4 GHz). That is, the wireless LAN router WL is a Wi-Fi router capable of Wi-Fi communication with the wireless communication units 341-343. The wireless LAN router WL and the cloud server 4 are connected by 3G, 4G, LTE, etc., and a modem may be connected between the wireless LAN router WL and the communication network N as necessary.

The cloud server 4 has a communication section 41 , a lock processing section 42 , a console processing section 43 and a database 44 . The communication unit 41 can communicate with the communication network N by wire or wirelessly. That is, the cloud server 4 communicates with the administrator terminal 6 and the schedule management application A via the communication network N by the communication unit 41, and communicates with the share space terminal 3 and the mobile terminal 5 via the communication network N and the wireless LAN router WL. can communicate. The database 44 accumulates data included in signals transmitted from the shared space terminal 3, the mobile terminal 5, and the like.

The lock processing unit 42 includes a reservation information management unit 420 , a reservation status acquisition unit 421 , a reservation status presentation unit 422 , a walk-in reservation unit 423 , a lock/unlock command unit 424 and a lock operation permission unit 425 . The lock processing unit 42 mainly executes processing related to the lock device 2 , and can also execute general cloud server processing functions such as overall control of each unit in the cloud server 4 and communication control of the communication unit 41 . In other words, the lock processing unit 42 can appropriately execute general various functions (timepiece function, timer function, communication control function, arithmetic processing function, etc.) other than the functions of the units 420 to 425 .

The reservation information management unit 420 manages reservation status information indicating the reservation status of the shared space S. FIG. As a premise, it is possible to use the shared space S in advance reservation or on-board reservation. As for the use of advance reservations, reservations can be made from a PC, mobile terminal 5, etc. on the website provided by the system 1 before going to the site, or after arriving at the site, a time zone later than the current time can be reserved on the mobile terminal 5. It is also possible to make a reservation from The reservation information management unit 420 manages reservation status information for each share space S based on both of the above advance reservations. Note that the reservation information management unit 420 may share data or processing with the reservation time management unit 430 of the console processing unit 43, which will be described later. Therefore, in the present disclosure, the reservation information management unit 420 and the reservation time management unit 430 are also collectively referred to as a "reservation management unit".

The reservation status acquisition unit 421 identifies the target shared space S according to the QR code 10 captured by the mobile terminal 5 and received from the mobile terminal 5 . Then, the reservation status acquisition unit 421 acquires reservation status information for the target shared space S from the reservation information management unit 420 .

When the reservation status information indicates that there is no reservation for the shared space S from the current time until a predetermined time, the reservation status presentation unit 422 causes the mobile terminal 5 to display that the shared space S is available until the predetermined time. This predetermined time is the time at which another user's reservation starts after that, the business end time of the shared space S, and the like. In addition, when the reservation status information indicates that there is a current reservation for the shared space S at the current time, the reservation status presentation unit 422 displays the available time at which the shared space S becomes available or the available time including the time. The band (that is, at least the usable start time) is displayed on the mobile terminal 5 . This usable start time is, for example, the reservation end time of the current user or the current reservation person, and the usable time period is the period from the reservation end time to the next user's reservation start time or business end time. It's time.

In addition, when the reservation status information indicates that there is a current reservation at the current time for the target shared space S to be used, the reservation status presentation unit 422 displays other available or reservable alternative shared spaces at the current time. The portable terminal 5 is caused to display alternative space information indicating Sa. As a result, the user can continue to have the intention of using the shared space, and the utilization efficiency of the shared space S can be improved.

The reservation status presenting unit 422 first selects another shared space S inside the facility in which the shared space S is included as a candidate for the alternative shared space Sa. For example, when a plurality of shared spaces S are installed within the same facility, the plurality of shared spaces S can be the first candidates for the alternative shared space Sa. For example, it is assumed that a plurality of shared booths (as shared spaces S) are installed in one coffee shop, one train station, one commercial facility, or the like. That is, if the shared space S is unavailable at the current time but another shared space S in the same facility is available, the reservation status presenting unit 422 designates the available shared space S as an alternative shared space Sa. Presented to the user (portable terminal 5). As a result, the user can use the nearest alternative shared space Sa without waiting, and the convenience is enhanced. In addition, the user does not have to take a picture of the QR code 10 for each of the nearby shared spaces S to check the usage status.

When other shared spaces S in the same facility are also unavailable, the reservation status presenting unit 422 may present to the user (portable terminal 5) that the other shared spaces S are also unavailable. In this case, the reservation status presenting unit 422 uses the shortest available share space S and other share spaces S (that is, the one with the earliest reservation end time of the current reservation) as the alternative share space Sa. may be presented to the person (portable terminal 5). As a result, the user can understand how long the user has to wait to stay in the facility to use (one of) the shared spaces S, and depending on the waiting time, other errands (eating, shopping, etc.) You can act flexibly, such as completing the first.

Furthermore, if no other shared space S is installed within the same facility or if another shared space S within the same facility is not available at the current time, the reservation status presentation unit 422 The shared space S is presented to the user (portable terminal 5) as an alternative shared space Sa. In this case, the reservation status presentation unit 422 can map other available or reservable shared spaces S outside the facility on a map and present the map information to the user (portable terminal 5). As a result, the user can intuitively and quickly decide to use the alternative shared space Sa, identify the position, and act efficiently.

The last-minute reservation unit 423 makes a reservation from the mobile terminal 5 from the current time to the specified end time of the shared space S (immediate use last-minute reservation) or a reservation from the usable start time to the specified end time (after-waiting use last-minute reservation). accept the decision of The use time designated at this time is the use time slot reserved and designated by the user based on the reservation status information presented on the portable terminal 5 by the reservation status presentation unit 422 . Further, the procedure for determining the reservation of the shared space S can also be started by selecting a pin (indicating the shared space S) on the map indicated as the above map information. Then, a payment screen is displayed on the portable terminal 5 according to the user's designation of the usage time, and the user makes a payment on this payment screen to decide whether to make an immediate use reservation or to use after waiting. Confirmed.

The lock/unlock command unit 424 transmits an unlocking signal to the lock device 2 (wireless communication unit 21 ) in accordance with the determination of the immediate use rush reservation accepted by the rush reservation unit 423 . In the case of a rush reservation for use after waiting, the lock/unlock command unit 424 transmits an unlock signal to the lock device 2 after the reservation start time by performing the same processing as in the case of a normal advance reservation. For example, an unlocking signal can be transmitted based on matching between the identification information of the mobile terminal 5 that captured and transmitted the QR code 10 and the reservation information. In addition, the lock/unlock command unit 424 outputs a lock signal or an unlock signal (lock state/ signal for inverting the unlocked state) to the lock device 2 . In the lock device 2, the lock controller 23 drives the lock mechanism 22 to perform the locking operation or the unlocking operation according to the locking signal or the unlocking signal.

Further, when the user temporarily leaves the shared space S during the usage time (before the designated end time after the reservation is decided), the lock device 2 may be locked and unlocked by rereading the QR code 10 . That is, when the user leaves the shared space S, the mobile terminal 5 re-images the QR code 10, and the lock/unlock command unit 424 is based on the identification information of the mobile terminal 5 and the reservation decision at the time of re-imaging (for example, , or when the QR code 31z is captured). Then, when this collation is successful, the lock/unlock command section 424 transmits a lock signal to the lock device 2 (that is, locks the door D). In addition, when the user re-enters the shared space S, the mobile terminal 5 re-images the QR code 10, and the lock/unlock command unit 424 is based on the identification information of the mobile terminal 5 and the reservation decision at the time of re-imaging ( For example, when the reservation is decided or when the QR code 31z is captured, the identification information of the mobile terminal 5 is collated. Then, when this collation is successful, the lock/unlock command unit 424 transmits an unlock signal to the lock device 2 (that is, unlocks the door D).

The lock operation permission unit 425 shares lock operation information necessary for operating the lock device 2 according to the QR code 31z imaged and transmitted by the mobile terminal 5 (displayed on the console screen 31 of the share space terminal 3). Send to space terminal 3. Specifically, the lock operation permission unit 425 generates a random initial password (for example, a four-digit number) for the QR code 31z on the console screen 31 captured and transmitted by the mobile terminal 5, and The initial password is sent to the share space terminal 3. In the shared space terminal 3 , the console control section 361 displays the initial password on the lock display 31 k of the console screen 31 . Further, the lock operation permitting unit 425 accepts a request to change the personal identification number (change from the initial personal identification number to any new personal identification number) from the user (portable terminal 5). As a result, the user can use a personal identification number that is easy for the user to remember, which enhances convenience. When the user changes the personal identification number from the predetermined screen of the portable terminal 5, the lock/unlock command unit 424 rewrites the initial personal identification number to the new personal identification number. Note that the lock operation permission unit 425 invalidates the lock operation information after the reservation end time. In other words, the lock operation information is valid only within the usage time. Thereby, the security of the shared space S is improved.

The console processing section 43 includes a reservation time management section 430 , a display command section 431 , a repeat reservation section 432 , a lighting command section 433 , a ventilation command section 434 , a warning processing section 435 , a voice guidance processing section 436 and a data processing section 437 . The console processing unit 43 mainly executes processing related to the shared space terminal 3, and can also execute general cloud server processing functions such as overall control of each unit in the cloud server 4 and communication control of the communication unit 41. In other words, the console processing unit 43 can appropriately execute general various functions (timepiece function, timer function, communication control function, arithmetic processing function, etc.) other than the functions of the units 430 to 437 .

The reservation time management unit 430 provides the user's portable terminal or personal computer (PC) with a reservation website for the share space S, and determines reservation information from the user's input to the reservation website. Therefore, the reservation time management unit 430 holds current and future reservation information for the shared space S. FIG. The reservation time management unit 430 can cooperate with an external schedule management application A to perform time management as described in the present disclosure. However, such a schedule management application may be included in the console processing section 43 . Also, as noted above, the appointment time manager 430 may share data or processing with the appointment information manager 420 described above. The reservation time management unit 430 acquires the reservation start time ts and reservation end time te of the reservation use time from the reservation information, and generates times t1 to t3, ta, and tb associated with the reservation end time te.

The time t1 is an end notice time for giving notice of the arrival of the reservation end time te before the reservation end time te. The purpose of this is to prompt the user to finish the work and prepare for leaving the room smoothly. At time t1, for example, the speaker 38 of the shared space terminal 3 may output a message prompting the user to prepare to leave the room. A difference time T1-e from the time t1 to the reservation end time te is about 5 to 15 minutes, preferably about 10 minutes.

Time t2 is a room exit guidance time for prompting the user to leave the room (or to leave, the same shall apply hereinafter) before the reservation end time te. This is intended to encourage the user to smoothly prepare for leaving the room. At time t2, for example, a message prompting preparations for leaving the room may be voice-guided from the speaker 38 of the shared space terminal 3, and the switch circuit 35 may cause the lighting device 15 to blink. A difference time T2-e from the time t2 to the reservation end time te is about 1 to 10 minutes, preferably about 5 minutes.

The time t3 is an end guidance time for guiding the arrival of the reservation time before the reservation end time te. This is intended to prompt the user to leave the room immediately. At time t3, for example, the speaker 38 of the shared space terminal 3 may output a message prompting the user to leave the room immediately. A differential time T3-e from time t3 to reservation end time te is about 0 to 1 minute, preferably about 1 minute.

The time ta is an extension guidance time for prompting a reservation for extended use before the reservation end time te. At time ta, for example, the speaker 38 of the shared space terminal 3 outputs a voice message prompting extension usage, and an extension usage guidance display 31 c can be started to be displayed on the console screen 31 . However, if the shared space S is reserved after the reservation end time te, the time ta is not generated, or even if it is generated, it is not used. The difference time Ta-e from the time ta to the reservation end time te may be about 15 minutes, preferably before the end notice time t1.

The time tb is a repeat use guidance time for prompting a repeat use reservation before the reservation end time te. At time tb, for example, the speaker 38 of the shared space terminal 3 outputs a voice message prompting the repeat reservation, and the console screen 31 starts displaying the repeat reservation guidance display 31r. The time tb can be any time between the reservation start time ts and the reservation end time te. In addition, the time ta and the time tb may be the same time, although there is no particular limitation on the sequential relationship between the extended use guidance time ta and the repeat reservation guidance time tb. Alternatively, the time tb is closer to the reservation start time ts than the reservation end time te (for example, at the same time as the time ts) so that a user who likes the shared space S in use can make a repeat reservation at any time. good too.

The display command unit 431 issues a console command based on each time generated by the reservation time management unit 430 and accompanying information, a switch operation signal from the console screen 31 or the physical switch unit 32, and a detection signal from the sensor unit 33. Generate (first console command). Objects 31a to 31j on the console screen 31 are formed by this console command. Also, a mobile terminal console command (second console command) is generated for the mobile terminal 5 that captured the QR code 31z from the console screen 31 . The image code displayed in the QR code 31z is an image code unique to the reservation time (reservation start time ts to reservation end time te). In other words, different image codes are applied and displayed for different appointment times. Therefore, a given image code is valid only during the relevant appointment time. In addition, the display command unit 431 provides a mobile terminal console command (third console command) for causing the mobile terminal 5 to display a repeat reservation screen including repeat reservation propriety information in response to a touch operation on the repeat reservation guidance display 31r. to generate

In addition, the display command unit 431 generates a console command for setting the console screen 31 to a standby setting (for example, blackout) when the shared space S is not used. Even outside the usage time, when a human presence signal is transmitted from the human sensor 33b of the shared space terminal 3 or when an operation signal indicating touch detection to the console screen 31 is transmitted, the display command unit 431 generates a console command to display a predetermined standby screen. The console command is transmitted from the communication unit 41 to the shared space terminal 3 (wireless communication unit 341), and the mobile terminal console command is transmitted from the communication unit 41 to the mobile terminal 5 (communication unit 51).

8A to 8E show examples of the console screen 31 of the share space terminal 3 that has received the console command. 8A to 8C show basic screens 3101 to 3103 as standard display modes (basic screens) of the console screen 31, respectively. The basic screen 3101 includes a current time display 31a, a reservation end time display 31b, an extended usage guidance display 31c, a remaining time display 31d, a noise level display 31e, a CO ₂ concentration display 31f, a temperature display 31g, a lighting soft switch 31i, and a ventilation software. A switch 31j, a lock display 31k (unlocked state) and a QR code 31z are displayed. The basic screen 3102 displays an object group in which the reservation end time display 31b of the basic screen 3101 is replaced with a repeat reservation guidance display 31r. The basic screen 3103 displays an object group in which the lock display 31k of the unlocked state of the basic screen 3102 is replaced with the lock display 31k of the locked state and the personal identification number "3241". In addition, the personal identification number can be displayed regardless of the locked state/unlocked state. Note that the QR code 31z may be displayed on the basic screens 3101 to 3103 like the console screen 31 in FIG. Examples of FIGS. 8D and 8E are described below.

FIG. 9 shows an example of the display screen 54 (basic screen) of the mobile terminal 5 that has received the mobile terminal console command. A basic screen 5400 shown in FIG. 9 corresponds to the basic screen 3102 in FIG. 8B or the basic screen 3103 in FIG. 8C. That is, the basic screen 5400 includes a current time display 54a, an extended use guidance display 54c, a remaining time display 54d, a noise level display 54e, a CO ₂ concentration display 54f, a temperature display 54g, a lighting soft switch 54i, a ventilation soft switch 54j, and a repeat The object of the reservation guidance display 54r is transferred from the basic screen 3102 or 3103 and displayed. In the basic screen 5400, the object (particularly, the personal identification number) corresponding to the lock display 31k may not be displayed in consideration of security.

A display screen 54 of the mobile terminal 5 is a touch panel, and receives a user's touch operation. The display command unit 431 issues a console command and a portable terminal console command for highlighting corresponding objects included in the object group on the console screen 31 and the display screen 54 in response to a touch operation on an object on the display screen 54 . Generate. An operation on each object on the display screen 54 is synchronized with an operation on the corresponding object on the console screen 31 .

The repeat reservation section 432 generates repeat reservation propriety information for the shared space S based on the reservation information in the reservation time management section 430 . This repeat reservation propriety information for each shared space S is a future candidate time slot (hereinafter also referred to as a "repeated candidate time slot") corresponding to the reservation time slot of the current reservation, that is, the next day, the next week, etc. Indicates whether repeat reservation is possible. The repeat reservation section 432 transmits to the share space terminal 3 a console command for displaying the repeat reservation guidance display 31r on the console screen 31 based on the repeat reservation propriety information. As described above for the console screen 31, the repeat reservation guidance display 31r includes, for example, a display such as "repeat reservation possible" when there is a reservation vacancy in the repeat candidate time zone in the schedule within a predetermined period after the current day. obtain.

Furthermore, as shown in the basic screen 3104 of FIG. 8D, when repeat reservations for the same day of the week and the same time slot for the next week are possible, the repeat reservation unit 432 includes a message to that effect in the repeat reservation guidance display 31r. may For example, if the current day is October 5 (Tuesday) and a repeat reservation for the same time slot for the next week, October 12 (Tuesday) is possible, "Repeat reservation possible for next week, October 12 (Tuesday)". etc. are included in the repeat reservation guidance display 31r. This can prompt an intuitive decision of regular or regular repeat bookings, for example in situations such as regular meetings. If the repeat reservation for the same time period on the same day of the week for the next week is not possible, the repeat reservation section 432 does not have to display the repeat reservation guidance display 31r on the console screen 31 . If repeat reservations for the same time period on the same day of the week for the next week are not possible, the repeat reservation unit 432 selects the closest day (in this example, , the shortest Tuesday on which repeat reservations can be made) may be displayed in the repeat reservation guidance display 31r. Further, in accordance with this, in the basic screen 5400 of FIG. 9, the same repeat reservation availability information as the repeat reservation guidance display 31r may be displayed in the repeat reservation guidance display 54r.

Alternatively, as shown in the basic screen 3105 of FIG. 8E, the repeat reservation unit 432 displays the shortest possible repeat reservation date, which is the closest date on which the repeat reservation is possible (for example, "shortest repeat reservation possible date: 10/8 (Friday )”, etc.) may be included in the repeat reservation guidance display 31r. This can prompt the user to intuitively determine the earliest repeat reservation. If there is no reservation vacancy in the shared space S in the repeat candidate time zone within the predetermined period, the repeat reservation unit 432 does not have to display the repeat reservation guidance display 31r on the console screen 31 . The predetermined period after the current day may be one week from the next day, one month, or the longest period (substantially indefinite) that can be set on the calendar. Further, in accordance with this, in the basic screen 5400 of FIG. 9, the same repeat reservation availability information as the repeat reservation guidance display 31r may be displayed in the repeat reservation guidance display 54r.

In addition, the repeat reservation section 432 sends a mobile terminal console command (fourth console command) for displaying a repeat reservation guide screen in response to a touch operation on the repeat booking guide display 54r on the mobile terminal 5. 5. In response to this mobile terminal console command, for example, repeat reservation screens 5401 to 5405 or repeat reservation screens 5411 to 5415 as exemplified in FIGS. 10A to 10E or FIGS. be done.

In the repeat reservation screen 5401 shown in FIG. 10A, the repeat candidate time period is the same unit time period as the reservation time period of the current reservation, and the repeat reservation availability information regarding the schedule for which the repeat reservation is possible within the predetermined period after the next week. Is displayed. As a result, the user can easily make repeat reservations for weekly, biweekly, monthly, or regular or regular meetings or conferences.

In the example of FIG. 10A, the time zone of booth B in the current reservation is 14:00 to 15:00, and the repeat candidate time zone is also 14:00 to 15:00. Repeat reservation propriety information for six weeks after the next week is included in the repeat reservation screen in a form in which repeat reservations can be selected for each unit time period. For example, if the current day is October 5 (Tuesday), repeat reservation availability information for each Tuesday from October 12 (Tuesday) one week later to November 16 (Tuesday) six weeks later is displayed. will be Then, in a mode in which repeat reservation is selectable, for example, repeat reservation possible "O" and repeat reservation impossible "X" are displayed. In this example, the display period from the next week onwards is 6 weeks, but this display period may be 5 weeks or less, or may be 7 weeks or more. However, by setting the display period to 5 weeks or 6 weeks, it is possible to correspond to the schedule approximately one month ahead, and repeat reservations such as monthly meetings can be preferably executed.

In addition, a "Look ahead" button may be provided for displaying repeat reservation availability information for the same unit time zone from the seventh week onwards. Depending on the touch operation of this button, the next six weeks (in this example, November 23 (Tuesday) to December 28 (Tuesday)) are displayed, and further repeat reservation availability information for the future can be displayed. . In addition, when repeat reservation propriety information for the next week and later is displayed, a button such as "back" is provided, and the display period is returned according to the touch operation. Alternatively, the display schedule may be scrolled back and forth (that is, up and down within the screen) by swiping or flicking on the screen. Furthermore, buttons of "previous time" and "next time" may be provided for displaying the repeat reservation propriety information of the unit time zone before and after. Depending on the touch operation of this button, the unit time zone before the current reservation (13:00 to 14:00 in this example) or the unit time zone next to the current reservation (15:00 to 16:00 in this example) 00) can be displayed, and the repeat reservation availability information before and after that can be displayed.

In addition, in this disclosure, the unit time period shall mean the same length of time as the current reservation. Therefore, the unit time slot is variable according to the reservation. Further, when extended use is performed, the unit time may correspond to the initially reserved use time before the extension, or may correspond to the total use time after the extension.

In the repeat reservation screen 5402 shown in FIG. 10B, the repeat candidate time period includes the unit time period immediately before the reservation time period of the current reservation, the same unit time period as the reservation time period of the current reservation, and the reservation time period of the current reservation. It is the unit time zone immediately after . Other configurations are the same as the repeat reservation screen 5401 shown in FIG. 10A. This allows the user to flexibly consider and execute repeat reservations with some range of choices.

In the example of FIG. 10B, the time slot for the current reservation (booth B) is 14:00 to 15:00, and the repeat candidate time slots are 13:00 to 14:00, 14:00 to 15:00 and 15:00. ~ 16:00. The repeat candidate time slot may be the same unit time slot as the reservation time slot of the current reservation, or one of the unit time slots immediately before and after the reservation time slot of the current reservation. That is, in this example, the repeat candidate time zone may be 13:00 to 14:00 and 14:00 to 15:00, or 14:00 to 15:00 and 15:00 to 16:00. There may be. In particular, when the business start time or business end time of the shared space S is before or after the time period of the current reservation, the repeat candidate time period can be a time period that includes only one of the time periods before and after that time period. Also in this example, a "look ahead" (or "return to the previous") button is provided, and in accordance with the touch operation of this button, repeat reservation availability information for the next 6 weeks and further before and after that is displayed. good too. Alternatively, the display schedule may be scrolled back and forth (up and down in the screen) by a swipe operation or flick operation on the screen.

Repeat reservation screens 5403 and 5404 shown in FIGS. 10C and 10D, respectively, display whether repeat reservations are possible for the share space S related to the current reservation and other share spaces S as repeat reservation propriety information. The other shared space S in this case is assumed to be a shared space near the shared space S, for example. Other configurations are the same as the repeat reservation screen 5401 shown in FIG. 10A. As a result, when a plurality of shared spaces S exist nearby, the user can efficiently make a repeat reservation for an alternative shared space S.

In the example of FIG. 10C and FIG. 10D, the availability of repeat reservations for the three-room shared space S (booths A, B, and C) is about the repeat candidate time slot of the same unit time slot as the reservation time slot of the current reservation. , and is displayed for the same day of the week as the current day. Other nearby shared spaces S are, for example, other shared spaces in the facility where the shared space S in use is included. For example, it is assumed that a plurality of shared booths (as shared spaces S) are installed in one coffee shop, one train station, one commercial facility, or the like. As a result, the user can reliably make a repeat reservation at any of the booths. Also in this example, a "look ahead" (or "return to the previous") button is provided, and in accordance with the touch operation of this button, repeat reservation availability information for the next 6 weeks and further before and after that is displayed. good too. Alternatively, the display schedule may be scrolled back and forth (up and down in the screen) by a swipe operation or flick operation on the screen. Also, in this example, as in the example of FIG. 10A, buttons for "previous time" and "next time" may be provided, and repeat reservations for previous and subsequent unit time slots for the target share space S may be made. The availability information may be made displayable.

In the repeat reservation screen 5405 shown in FIG. 10E , the repeat candidate time zone is the same unit time zone as the reservation time zone of the current reservation, and the repeat reservation only for the schedule for which the repeat reservation is possible within the predetermined period of the same day of the week from the next week onwards. Reservation availability information is displayed. Other configurations are the same as the repeat reservation screen 5401 shown in FIG. 10A. In this way, by omitting the display of schedules for which repeat reservations are not possible, the user can efficiently search for repeat reservation possible dates on a limited screen space.

In the example of FIG. 10E, seven weeks' worth of repeat reservations for booth B are displayed from the next week onward. Therefore, as repeat candidate time slots, in addition to the repeat reservation possible dates (for four weeks corresponding to the circles) shown in FIGS. ) is displayed (that is, “O”). Although the predetermined period after the next week is seven weeks, the predetermined period is not limited to this. In addition, a "look ahead" button may be provided, and in response to the touch operation of this button, repeat reservation availability information for a predetermined period before and after (for seven weeks in this example) may be displayed. . Alternatively, the display schedule may be scrolled back and forth (up and down in the screen) by a swipe operation or flick operation on the screen. Also, in this example, as in the example of FIG. 10A, buttons for "previous time" and "next time" may be provided, and repeat reservation propriety information for the previous and next unit time periods can be displayed. (although the days displayed may vary).

In the examples of FIGS. 10A to 10E, all of the repeat reservation screens 5401 to 5405 display repeat reservation propriety information for the same day of the week. This takes into account that people's activities or schedules are often based on the days of the week. This makes it easier for the user to consider repeat reservations for day-of-the-week-dependent schedules.

On the repeat reservation screen 5411 shown in FIG. 11A, the repeat candidate time period is the same unit time period as the reservation time period of the current reservation, and repeat reservation availability information regarding dates for which repeat reservations can be made within a predetermined period from the next day onwards. is displayed. Other configurations are the same as the repeat reservation screen 5411 shown in FIG. 11A. This allows the user to make a repeat reservation in the most straight forward manner.

In the example of FIG. 11A, the time slot for booth B in the current reservation is 14:00 to 15:00, and the repeat candidate time slot is also 14:00 to 15:00. Repeat reservation propriety information for one week after the next day is included in the repeat reservation screen in such a manner that the repeat reservation can be selected for each unit time period. For example, if the current day is October 5 (Tuesday), repeat reservation propriety information from October 6 (Wednesday) to October 12 (Tuesday) of the following week will be displayed. Then, in a mode in which repeat reservation is selectable, for example, repeat reservation possible "O" and repeat reservation impossible "X" are displayed.

Further, a button of "next week" may be provided for displaying repeat reservation propriety information for the same unit time zone for the next week and thereafter. Depending on the touch operation of this button, the next week (in this example, October 13 (Wednesday) to October 19 (Tuesday)) is displayed, and further repeat reservation availability information for the future can be displayed. In addition, when repeat reservation propriety information for the next week and later is displayed, a button such as "previous week" is provided, and the display period is returned according to the touch operation. Alternatively, the display schedule may be scrolled back and forth (that is, up and down within the screen) by swiping or flicking on the screen. Furthermore, buttons of "previous time" and "next time" may be provided for displaying the repeat reservation propriety information of the unit time zone before and after. Depending on the touch operation of this button, the unit time zone before the current reservation (13:00 to 14:00 in this example) or the unit time zone next to the current reservation (15:00 to 16:00 in this example) 00) can be displayed, and the repeat reservation availability information before and after that can be displayed.

In the repeat reservation screen 5412 shown in FIG. 11B, the repeat candidate time period includes the unit time period immediately before the reservation time period of the current reservation, the same unit time period as the reservation time period of the current reservation, and the reservation time period of the current reservation. It is the unit time zone immediately after . Other configurations are the same as the repeat reservation screen 5411 shown in FIG. 11A. This allows the user to flexibly consider and execute repeat reservations with some range of choices.

In the example of FIG. 11B, the time slot for the current reservation (booth B) is 14:00 to 15:00, and the repeat candidate time slots are 13:00 to 14:00, 14:00 to 15:00 and 15:00. ~ 16:00. The repeat candidate time slot may be the same unit time slot as the reservation time slot of the current reservation, or one of the unit time slots immediately before and after the reservation time slot of the current reservation. That is, in this example, the repeat candidate time zone may be 13:00 to 14:00 and 14:00 to 15:00, or 14:00 to 15:00 and 15:00 to 16:00. There may be. In particular, when the business start time or business end time of the shared space S is before or after the time period of the current reservation, the repeat candidate time period can be a time period that includes only one of the time periods before and after that time period. Also in this example, a button for "see next week" (or "return to previous week") may be provided, and repeat reservation availability information for the next week and further before and after that may be displayed according to the touch operation of this button. . Alternatively, the display schedule may be scrolled back and forth (up and down in the screen) by a swipe operation or flick operation on the screen.

Repeat reservation screens 5413 and 5414 shown in FIGS. 11C and 11D, respectively, display whether repeat reservations are possible for the share space S related to the current reservation and other share spaces S as repeat reservation propriety information. The other shared space S in this case is assumed to be a shared space near the shared space S, for example. Other configurations are the same as the repeat reservation screen 5411 shown in FIG. 11A. As a result, when a plurality of shared spaces S exist nearby, the user can efficiently make a repeat reservation for an alternative shared space S.

In the example of FIG. 11C and FIG. 11D, the availability of repeat reservations for the three-room shared space S (booths A, B, and C) is about the repeat candidate time zone of the same unit time zone as the reservation time zone of the current reservation. Is displayed. In this example, the shared space S currently used by the user is booth B, and the shortest repeat reservation possible date for booth B is October 8, while the shortest repeat reservation possible date for other booth A is 10. It is the 6th of the month. In this way, it becomes easier for the user to make a repeat reservation. Also in this example, a button for "see next week" (or "return to previous week") may be provided, and repeat reservation availability information for the next week and further before and after that may be displayed according to the touch operation of this button. . Alternatively, the display schedule may be scrolled back and forth (up and down in the screen) by a swipe operation or flick operation on the screen. Also, in this example, as in the example of FIG. 11A, buttons for "previous time" and "next time" may be provided, and repeat reservations for previous and next unit time slots for the target share space S may be made. The availability information may be made displayable.

In the examples of FIGS. 11A to 11D, all of the repeat reservation screens 5411 to 5414 display repeat reservation availability information for one week from the next day onward. This takes into account that people's actions or schedules are often determined on a weekly basis. This makes it easier for the user to consider repeat reservations for upcoming schedules. In the example of FIGS. 11A to 11D, repeat reservation availability information for one week is displayed on one screen, but repeat reservation availability information for two weeks or more is displayed by reducing the character font. good too. In particular, when the portable terminal 5 is a tablet terminal, repeat reservation information such as repeat reservation availability information for one month after the next day, repeat reservation availability information for the current month, repeat reservation availability information for the current month and the next month, etc. may be displayed in In this case, the repeat reservation screen may be configured in a calendar format (Sunday or Monday).

In the repeat reservation screen 5415 shown in FIG. 11E, the repeat candidate time zone is the same unit time zone as the reservation time zone of the current reservation, and the repeat reservation availability information only regarding the schedule for which repeat reservations are possible within a predetermined period from the next day onwards. is displayed. Other configurations are the same as the repeat reservation screen 5411 shown in FIG. 11A. In this way, by omitting the display of schedules for which repeat reservations are not possible, the user can efficiently search for repeat reservation possible dates on a limited screen space.

In the example of FIG. 11E, 7 days worth of repeat reservations for booth B are displayed from the next day onward. Therefore, as the repeat candidate time zone, in addition to the four days corresponding to the circles shown in FIGS. 11A to 11D, the reservation availability information ( That is, "O") is displayed. Although the predetermined period after the next day is seven days, the predetermined period is not limited to this. Further, a "look ahead" button may be provided, and in response to the touch operation of this button, repeat reservation availability information for a predetermined period before and after (7 days in this example) may be displayed. . Alternatively, the display schedule may be scrolled back and forth (up and down in the screen) by a swipe operation or flick operation on the screen. Also, in this example, as in the example of FIG. 11A, buttons for "previous time" and "next time" may be provided, and repeat reservation propriety information for the previous and next unit time periods can be displayed. (although the days displayed may vary).

In the repeat reservation screens 5401 to 5415 shown in FIGS. 10A to 11E, when "○" indicating that the reservation is possible or the characters of the booth name or schedule are touched, the payment screen or the confirmation screen before that (that is, finally screen that can be reached for payment) shall be displayed. Then, the repeat reservation unit 432 confirms the repeat reservation in accordance with the selection of the reservation time slot on the repeat reservation screen and the accompanying payment operation.

Returning to FIG. 9, extended use will be described. In response to a touch on the extension usage guide display 54c on the display screen 54, the display command unit 431 refers to the reservation time management unit 430 and displays an extension reservation screen (not shown) for making an extension usage reservation and payment. 54 to generate a console command for the mobile terminal. The user can carry out a procedure for extension of use on the extension reservation screen displayed on the display screen 54 .

Here, as in the present embodiment, it is preferable that the extended use guide display 31c and repeat reservation guide display 31r are displayed on the same screen. It is preferable that the extended use guide display 31c and the repeat reservation guide display 31r are arranged adjacent to each other without any other object interposed therebetween (they do not necessarily have to be in contact with each other). Similarly, the extended use guide display 54c and repeat reservation guide display 54r are preferably displayed on the same screen. It is preferable that the extended use guide display 54c and the repeat reservation guide display 54r are arranged adjacent to each other without any other object interposed therebetween (they do not necessarily have to be in contact with each other). As a result, the user can simultaneously and in parallel decide whether to extend the work and continue the work or repeat the reservation and resume the work at a later date, especially when the reservation end time is approaching while the work is incomplete. can be done. In particular, as shown in FIG. 8D or FIG. 8E, if the repeat reservation guidance display 31r includes repeat reservation availability information for the next week or the shortest repeat reservation possible date and the extension use guidance display 31c includes the maximum extension possible time, the information will increase further.

In addition, since the user can also perform operations other than repeat reservation or extended use (such as operating the lighting soft switch or ventilation soft switch) on the display screen 54, the user can operate each object without touching the console screen 31. Become. Therefore, indirect contact between an unspecified number of users via the console screen 31 (including indirect contact with users during other usage times) can be avoided, and from the perspective of preventing infectious diseases, etc. Hygienic. Furthermore, since the console screen 31 can be configured by a display without a touch operation function, the cost of the shared space terminal 3 or the system 1 can be reduced.

The lighting command unit 433 issues a turn-on command and a turn-off command based on each time generated by the reservation time management unit 430 or a switch operation signal transmitted from the shared space terminal 3 (lighting software switch 31i or lighting physical switch 32a). to generate The generated turn-on command or turn-off command is transmitted from the communication unit 41 to the share space terminal 3 (wireless communication unit 342).

Specifically, the lighting command unit 433 generates a lighting command at the reservation start time ts. At room exit guidance time t2, the lighting command unit 433 temporarily generates a short-time light-off command or light-on command so as to reverse the on/off state of the lighting device 15 . Specifically, a temporary turn-off command is generated when the lighting device 15 is on, and a temporary turn-on command is generated when the lighting device 15 is off (when using a projector, etc.). be. This flashing or blinking allows the user to visually and intuitively recognize the urgency of the reservation end time te. These flashes or blinks may be performed singly, or may be performed continuously over a plurality of times (that is, a plurality of round trips between lighting and extinguishing). At the reservation end time te, the lighting command unit 433 generates a turn-off command. That is, in the present embodiment, the lighting device 15 is turned on at the reservation start time ts and turned off at the reservation end time te.

In addition, during the period within the reserved time, the lighting command unit 433 generates a turn-off command according to the switch operation signal when the lighting device 15 is in the lighting state, and turns off the switch when the lighting device 15 is in the lighting state. A lighting command is generated according to the operation signal (that is, lighting and lighting are reversed). Note that the period within the reservation time refers to the period from the reservation start time ts to the reservation end time te.

On the other hand, during a period other than the reserved time, the illumination command unit 433 temporarily generates a lighting command only during the temporary lighting period according to the switch operation signal. It should be noted that the term "outside the reservation time" refers to a period before the reservation start time ts or a period after the reservation end time te. This temporary lighting period is, for example, 10 seconds or more and 1 minute or less, preferably about 20 seconds to 40 seconds, and more preferably about 30 seconds. During this temporary lighting period, lighting is temporarily provided for the purpose of patrols by the manager (staff) of the shared space S, collection of forgotten items by users, and the like. Here, the display command unit 431 may cause the console screen 31 to count down the remaining time of the temporary lighting period (for example, by the remaining time display 31d). This allows the staff or temporary users to recognize that the current lighting is temporary lighting. Also, since the staff or temporary users can know the grace period until the lights are turned off, they can act calmly within the grace period.

In addition, the lighting command unit 433 is configured to generate a lighting command for a predetermined forced lighting period in response to a specific operation signal generated in response to a specific operation on the console screen 31 during a period outside the usage time. obtain. The specific operation is, for example, a touch operation on a predetermined portion of the console screen 31 . The touch operation on the predetermined place may be defined as a touch operation on one blank place, a simultaneous touch operation on a plurality of blank places, a plurality of objects, or a combination of blank places and objects, or a touch operation on a combination of blank places and objects in a short time. It may be defined as a continuous touch operation or the like. As a result, in the shared space S, overtime work (cleaning, maintenance, etc.) can be performed by work staff such as cleaning staff and maintenance staff. At the time of turning off, a turning off command is generated by a touch operation on the lighting software switch 31i, similarly to turning off during the use time. In addition, the manager can manage the work hours of the work staff from the log of the turn-on command and the turn-off command in this case at the manager terminal 6 .

The ventilation command unit 434 is based on the environmental level indicated by the switch operation signal transmitted from the shared space terminal 3 (ventilation soft switch 31j or ventilation physical switch 32b) or the signal transmitted from the shared space terminal 3 (environment sensor 33a). , to generate a start or stop command. Alternatively, regardless of the presence or absence of a switch operation signal from the shared space terminal 3 or the environmental level, the ventilation command unit 434 operates regularly (for example, every 30 minutes) for a predetermined period (for example, 5 minutes) as regular ventilation. may generate directives. The generated actuation command or stop command is transmitted from the communication unit 41 to the share space terminal 3 (wireless communication unit 342).

The ventilation command unit 434 generates a stop command when the ventilation fan 16 is in an operating state, and generates an operation command when the ventilation fan 16 is in a stopped state, in response to the switch operation signal. ).

Ventilation command unit 434 also generates an actuation command when the sensed _CO2 level from _CO2 sensor ₃₃₃ exceeds a _CO2 threshold ( _e.g. , 1000 ppm); is below the _CO2 threshold. In addition, in order to avoid the repetition of frequent activation and deactivation of the ventilation fan 16, the ventilation command unit 434 generates an activation command when the detected _CO2 level exceeds the _CO2 rise threshold, and the detected CO2 level exceeds the _{CO2 2} drop threshold may be exceeded ( _CO2 rise threshold> _CO2 drop threshold). Alternatively, the detection interval of the CO ₂ sensor 333 or the transmission interval of the detection signal may be set relatively long.

Additionally, ventilation commander 434 generates an actuation command if the sensed pollution level from IAQ sensor 334 exceeds the pollution threshold (e.g., 1100 ppb for VOCs), and thereafter the sensed pollution level from IAQ sensor 334 exceeds the pollution threshold. Generates a stop command when In addition, in order to avoid repeating the frequent operation and stop of the ventilation fan 16, the ventilation command unit 434 generates an operation command when the detected contamination level exceeds the contamination increase threshold, and the detected contamination level exceeds the contamination decrease threshold. A stop command may be generated if it falls below (contamination increase threshold > contamination decrease threshold). Alternatively, the detection interval of the IAQ sensor 334 or the transmission interval of the detection signal may be set relatively long.

The warning processing unit 435 generates a warning voice output command for issuing a warning message from the speaker 38 of the shared space terminal 3 when the detected noise level indicated by the signal transmitted from the noise sensor 331 satisfies the noise warning condition. . The warning voice output command is a warning message such as "Please be a little quieter!" In addition, the warning message may be accompanied by a message based on an objective index such as "exceeds XX decibels", thereby ensuring the persuasiveness of the warning. The generated voice output command is transmitted from the communication unit 41 to the share space terminal 3 (wireless communication unit 341). As a result, the warning message is output as voice from the speaker 38 by the voice output control section 363 . Here, the noise warning condition is that the cumulative value of the noise level over a continuous period of time (eg, 3 seconds) exceeds a warning threshold value (eg, 85 dB), or that the peak value of the noise level exceeds a predetermined threshold value.

Further, when the warning processing unit 435 issues the above warning, the warning processing unit 435 can notify the terminal of the administrator (for example, the administrator terminal 6) to that effect by e-mail or the like. As a result, the administrator can make a call to the mobile terminal 5 of the user or the fixed telephone installed in the shared space S and request the user to be quiet quickly and directly.

The warning processing unit 435 may also generate an audio output command to provide an audible warning from the speaker 38 when the detected _CO2 level exceeds the _CO2 threshold or when the detected pollution level exceeds the pollution threshold. . This warning message may simply convey an increase in each detection level, or may prompt ventilation with the ventilation fan 16 .

The audio guidance processing unit 436 generates a guidance audio output command based on each time generated by the reservation time management unit 430 . The generated voice output command is transmitted from the communication unit 41 to the share space terminal 3 (wireless communication unit 341). As a result, the warning message is output as voice from the speaker 38 by the voice output control section 363 of the shared space terminal 3 .

Specifically, the voice guidance processing unit 436 generates a voice output command for voice-outputting a message indicating that the reservation start time has come (for example, "Please scan the QR code") at the reservation start time ts. Also, the voice guidance processing unit 436 generates a corresponding voice output command for outputting a voice output of an end notice message (for example, "It will end in 10 minutes") from the speaker 38 at the end notice time t1. In addition, the voice guidance processing unit 436 issues a voice output command for voice output of a message indicating that the reservation end time is imminent (for example, "It is almost time to end the reservation. Please leave the room as soon as possible") at the room exit guidance time t2. Generate. Further, the voice guidance processing unit 436 generates a voice output command for voice-outputting a reservation end message (for example, "Thank you for using the service") at the end guidance time t3.

The data processing unit 437, together with the database 44, graphically displays various data or numerically provide a display. The graphical display or numerical display includes real-time monitoring results of selected items, statistics of past monitoring results, and the like. Selection items include noise (detection result of noise sensor 331), motion detection (detection result of human sensor 33b), temperature (detection result of temperature/humidity sensor 332), humidity (detection result of temperature/humidity sensor 332), and _CO2. It includes one or more of concentration (detection result of _CO2 sensor 333) and air pollution level (detection result of IAQ sensor 334). In addition, these graphical display or numerical display may be combined with the reception history of each operation signal from the share space terminal 3 and the transmission history of each command from the cloud server 4 to the share space terminal 3 .

The lighting device 15 is generally an LED lighting device, a fluorescent lighting device, or the like. Since the lighting equipment 15 is blinked in this embodiment, this embodiment is particularly suitable for LED lighting equipment with high resistance to blinking. Lighting device 15 includes a lighting circuit and a light source (both not shown). One input terminal of the lighting circuit is connected to the AC power supply AC via the switch circuit 35, and the other input terminal is directly connected to the AC power supply AC (see FIGS. 5 and 6). The lighting circuit is a general ballast for lighting, converts an input AC voltage from an AC power supply AC into a predetermined output current, and supplies the output current to a light source. For example, if the light source is an LED, the lighting circuit is an electronic ballast with a rectifier circuit and a DC/DC converter. Also, when the light source is a discharge lamp, the lighting circuit is an electronic ballast with a rectifier circuit and a DC/AC converter or a magnetic ballast with a copper-iron coil. Alternatively, the lighting circuit and the light source may be integrated to form a bulb-shaped lighting fixture.

The ventilation fan 16 is generally a ventilation device that exchanges indoor air and outdoor air. Fan 16 includes a drive circuit and a motor (both not shown). One input terminal of the drive circuit is connected to the AC power supply AC via the switch circuit 35, and the other input terminal is directly connected to the AC power supply AC (see FIGS. 5 and 6). The drive circuit is a general motor drive circuit that converts the input AC voltage from the AC power supply AC into a predetermined AC current or DC current and supplies the output current to the fan motor (that is, the fan rotates). ).

In addition to the lighting device 15 and the ventilation fan 16, by providing an extension connection terminal block (and extension terminals included therein) in addition to the connection terminal block 35b (see FIG. 7A), other equipment (especially existing equipment) ) can be connected. The other devices are the AC-powered lock device 2, the monitor installed outside the share space S (for example, the outer wall surface) (the display that displays the presence/absence of people in the share space S, reservation information, etc.). and so on. Also in this case, for other devices, the power supply wiring can be connected or disconnected according to the corresponding switch command from the cloud server 4 (console processing unit 43). For example, if a lock command is generated as a switch command within the usage time, power is supplied to the lock device 2 to enter a locked (or lock/unlock operation possible) state. On the other hand, if an unlocking signal is generated as a switch command outside the usage time, the lock device 2 is unlocked without being powered. Further, when a display ON command is generated as a switch command within the usage time, the monitor is supplied with power and enters a display state. On the other hand, if a display off command is generated as a switch command outside the usage time, the monitor is shut down without power supply.

The mobile terminal 5 is, for example, a general information communication device such as a smartphone or tablet. The mobile terminal 5 includes a communication section 51 , a CPU 52 , a memory 53 , a display screen 54 and a camera 55 . The communication unit 51 is general communication means capable of communicating with the wireless LAN router WL and the cloud server 4 (the communication network N and the communication unit 41). A CPU 52 and a memory 53 are a processor and memory that constitute a general computer. It is assumed that necessary application programs are already installed in the memory 53, and the CPU 52 is capable of executing the programs. The display screen 54 is an input/output interface comprising a touch panel as described above.

The administrator terminal 6 is, for example, a smart phone, a tablet, a personal computer (PC), or the like. The administrator terminal 6 has a communication section 61 , a CPU 62 , a memory 63 and an input/output interface (I/F) 64 . The communication unit 61 is general communication means capable of communicating with the wireless LAN router WL and the cloud server 4 via the communication network N. FIG. A CPU 62 and a memory 63 are a processor and memory that constitute a general computer. It is assumed that necessary application programs are already installed in the memory 63 and that the CPU 62 can execute the programs. The input/output I/F 64 is a touch panel when the administrator terminal 6 is a smartphone or tablet, and is a display device (monitor) and an input device (keyboard, mouse, microphone, etc.) when the administrator terminal 6 is a PC. ).

The administrator can access the cloud server 4 from the administrator terminal 6 and set or change various settings on the cloud server 4 . For example, the reservation time management unit 430 can set or change the end notice time t1, the room exit guidance time t2, the end guide time t3, the extended use guide time ta, and the difference time between the repeat reservation guide time tb and the reservation end time te. be. In the display command unit 431, the display contents of the console screen 31 (selection of which of the objects 31a to 31z to display) can be set or changed. In the lighting command unit 433, it is possible to set or change whether or not to issue a temporary turn-off command (flashing of the lighting device 15) at the room exit guidance time t2. In addition, the lighting command section 433 can manually generate a lighting command or a lighting command. In the ventilation command section 434, the _CO2 threshold value and detection level correction value, necessity of contamination detection warning (generation of warning audio output command based on the detected contamination level), and contamination threshold value can be set or changed. In addition, the ventilation command unit 434 can set or change the necessity of regular ventilation (regular operation of the ventilation fan 16), the necessity of automatic ventilation based on a human detection signal (operation of the ventilation fan 16 based on CO ₂ detection), and the like. is. In addition, the ventilation command unit 434 can manually generate an operation command or a stop command.

In addition, in the warning processing unit 435, whether noise warning (generation of warning voice output command based on the detected noise level) is necessary, whether notification to the administrator that the noise warning has been issued, noise warning conditions and detection level can be set or changed. Furthermore, the administrator may set or change the content of the warning message in the warning processor 435 via the input/output interface 64 . Alternatively, the administrator may be able to set or change the warning message via the input/output interface 64 substantially in real-time, i.e., by text input from the keyboard or voice input from the microphone and speech recognition processing. . Also, in the appropriate functional part of the console processing unit 43, it is possible to set or change the necessity of email notification when some indoor abnormality is detected based on a specific detection level, and the necessity of email notification when detection of entering a room outside of usage hours. is.

FIG. 12 shows a flow of processing executed between the shared space terminal 3, the cloud server 4, and the mobile terminal 5 in the system 1. As shown in FIG. This flow relates to a user's repeat reservation for the shared space S.

In step S10, the cloud server 4 (display command unit 431) transmits to the share space terminal 3 a console command for displaying the console basic screen (see FIGS. 8B to 8E). In response to this, in step S12, the shared space terminal 3 (console control unit 361) causes the console basic screen to be displayed on the console screen 31. FIG.

In step S<b>14 , the cloud server 4 (repeat reservation section 432 ) generates repeat reservation propriety information for the shared space S based on the reservation information acquired from the reservation time management section 430 . This repeat reservation permission/prohibition information may include not only the repeat reservation permission/prohibition information for the shared space S, but also repeat reservation permission/prohibition information for other shared spaces S.

In step S<b>16 , the user (portable terminal 5 ) takes an image of the QR code 31 z on the console basic screen, and the QR code 31 z is transmitted to the cloud server 4 . In response to this, in step S18, the cloud server 4 (display command unit 431) issues a mobile terminal console command to the mobile terminal 5 to display the mobile terminal basic screen (for example, the basic screen 5400 in FIG. 9). Send. In response to this, the portable terminal 5 displays the basic screen 5400 on the display screen 54 in step S20.

In step S22, the user touches the repeat reservation guidance display 54r on the basic screen 5400 on the portable terminal 5. FIG. In response to this, in step S24, the cloud server 4 (display command unit 431) carries a portable terminal console command for displaying a repeat reservation screen (see FIGS. 10A to 11E) including repeat reservation propriety information. Send to terminal 5. In response to this, the portable terminal 5 displays the repeat reservation screen on the display screen 54 in step S26.

In step S28, the user executes a repeat reservation from the repeat reservation screen on the portable terminal 5. FIG. That is, the user selects the schedule of the repeat reservation, etc., and makes payment for the repeat reservation through a payment confirmation screen, a payment execution screen, etc. guided from the repeat reservation screen. In response to this payment, the cloud server 4 (repeat reservation unit 432) confirms the repeat reservation of the shared space S in step S30. Along with this, the reservation information in the reservation time management unit 430 is updated.

<Summary of embodiment>
According to the above, the system 1 of the present embodiment includes the share space terminal 3 arranged inside the share space S, and the cloud server 4 connected to the share space terminal 3 so as to be wirelessly communicable. The shared space terminal 3 includes a console screen 31 and a console control unit 361 that causes the console screen 31 to display a console basic screen including at least the QR code 31z based on a console command received from the cloud server 4 . The cloud server 4, a reservation management unit (reservation time management unit 430) that manages the reservation information of the shared space S, and a future candidate time corresponding to the reservation time slot of the current reservation for the share space S based on the reservation information. A repeat reservation unit 432 that generates repeat reservation propriety information indicating whether a repeat reservation is possible for a period (repeat candidate time period), a console command for displaying a console basic screen, and a portable terminal that captures the QR code 31z of the console basic screen. 5, a mobile terminal console instruction for displaying a mobile terminal basic screen including a repeat reservation guide display 31r regarding repeat reservations of the share space S, and a repeat including repeat reservation propriety information in response to a touch operation on the repeat reservation guide display 31r. a display command unit 431 for generating a mobile terminal console command for displaying a reservation screen on the mobile terminal 5; configured to determine.

The shared space rebooking promotion method according to the second aspect of the present invention is executed by the shared space terminal 3 arranged inside the shared space S and the cloud server 4 connected to the shared space terminal 3 for wireless communication. (S10) Cloud server 4 transmits a console command for displaying a console basic screen to share space terminal 3; (S14) the cloud server 4 calculates the reservation time of the current reservation for the share space S based on the reservation information for the share space S; (S16) step of generating repeat reservation propriety information indicating propriety of repeat reservation for the future candidate time zone (repeat candidate time zone) corresponding to the period; S18) Cloud server 4 transmits to mobile terminal 5 a mobile terminal console command for displaying a mobile terminal basic screen including repeat reservation guide display 54r regarding repeat booking of shared space S; (S24) the cloud server 4 transmits to the mobile terminal 5 a mobile terminal console command for displaying a repeat booking screen including repeat booking availability information in response to the touch operation on the repeat booking guide display 54r in step 5; (S28) The cloud server 4 confirms the repeat reservation of the shared space S in response to the operation on the repeat reservation screen on the portable terminal 5 (S30).

According to the above system 1 and method, the mobile terminal basic screen is displayed on the mobile terminal 5 that has imaged the QR code 31z displayed on the shared space terminal 3, and in response to the touch operation on the repeat reservation guidance display 54r in the mobile terminal basic screen Then, the repeat reservation screen is displayed on the portable terminal 5 . The user can make a repeat reservation for the shared space S on the repeat reservation screen of the portable terminal 5 while using the shared space S and within the shared space S. Therefore, the system 1 and the shared space re-reservation promotion method that enable users to easily, comfortably and safely make repeat reservations for the shared space S are realized.

In one example of the above system 1 and method, as the repeat reservation availability information, the repeat reservation availability information for the next week and later for the same day of the week as the current reservation is used for repeat reservations in a manner in which repeat reservations can be selected for each of the candidate time slots. preferably included on the screen. As a result, the user can easily make a regular or regular repeat reservation depending on the day of the week.

In one example of the above system 1 and method, as the repeat reservation availability information, the repeat reservation availability information for one week from the next day is included in the repeat reservation screen in a manner in which repeat reservations can be selected for each of the repeat candidate time slots. is preferred. This makes it easier for the user to consider repeat reservations for the upcoming weekly schedule.

In one example of the above system 1 and method, the repeat reservation propriety information displayed on the mobile terminal 5 indicates whether or not the repeat reservation of the share space S related to the current reservation and another share space S in the same repeat candidate time period is possible. , and repeat reservation propriety information is displayed in such a manner that repeat reservations can be selected for other shared spaces S as well. Thereby, when there are a plurality of shared spaces S, the user can efficiently make a repeat reservation including an alternative shared space S.

In one example of the above system 1 and method, as the repeat reservation availability information, the repeat reservation availability information related to only the schedule for which the repeat reservation is possible within the predetermined period is the repeat reservation in a manner in which the repeat reservation can be selected for each of the repeat candidate time slots. included in the screen for As a result, the display of schedules for which repeat reservations are not allowed is omitted, and the user can efficiently search for dates for which repeat reservations can be made on a limited screen space.

In one example of the system 1 and method described above, the repeat candidate time slot is the same time slot as the reservation time slot of the current reservation. As a result, the user can quickly and easily make a repeat reservation with minimal information.

In one example of the above system 1 and method, the repeat candidate time slot is at least one of the same unit time slot as the reservation time slot of the current reservation, and the unit time slot immediately before and after the reservation time slot of the current reservation. It may consist of This allows the user to flexibly consider and execute repeat reservations with some range of choices.

In one example of the system 1 and method described above, the repeat reservation guidance display includes information on whether repeat reservations for the next week on the same day of the week as the current reservation are possible. As a result, the user can intuitively decide whether to make a regular or regular repeat reservation.

In one example of the system 1 and method described above, the repeat reservation guidance display includes the earliest possible repeat reservation date, which is the closest date for which repeat reservations are possible. This allows the user to intuitively decide to make a repeat reservation for the shortest repeat reservation date.

In one example of the system 1 and method described above, the console basic screen or the mobile terminal basic screen includes the extended use guidance display 31c indicating whether or not the shared space S can be used for an extended period of time. As a result, the user can easily decide whether to carry out further work in the shared space S on the next day or later, or on the same day.

Here, it is preferable that the repeat reservation guide display 31r and the extended use guide display 31c are arranged adjacent to each other on the console basic screen or the portable terminal basic screen. As a result, the above considerations can be made simultaneously and in parallel within a narrow field of view, facilitating the user's decision making.

Further, the repeat reservation guide display 31r includes information indicating whether repeat reservations for the next week on the same day of the week as the current reservation are possible or the shortest repeat reservation possible date, which is the closest schedule on which repeat reservations can be made, and the extension usage guide display 31c includes extension usage. may include a maximum extendable time, which is the latest possible time. This further enhances the informationability of repeat reservations or extended use, facilitates the comparison between the user's work progress and the available time of the shared space S, and further promotes decision-making.

<Modification>
Although preferred embodiments of the present invention have been described above, the present invention can be modified in various ways, for example, as shown below.

(1) Modifications related to shared space S In the above-described embodiment, the shared space S is a small shared space such as a shared booth or a rental conference room. Applicable to space. For example, the shared space S may be a large rental conference room, a shared gym, a shared office, a shared studio, a rental self-study room, a rental dining space, or the like.

(2) Modifications related to communication standards In the above embodiment, the configuration in which the wireless communication unit 34 (341 to 343) and the wireless LAN router WL perform Wi-Fi communication is shown, but the same wireless communication function can be realized. If so, other existing or future developed communication standards may be employed. For example, although 2.4 GHz band Wi-Fi communication is adopted in this embodiment, 5 GHz band Wi-Fi communication may be adopted. Also, a mobile SIM may be used for the wireless communication unit 34. In this case, the shared space terminal 3 and the communication network N (cloud server 4) are directly wirelessly connected, so the wireless LAN router WL is not required. .

1 Shared space rebooking promotion system 2 Lock device 20 Number key 21 Wireless communication unit 22 Lock mechanism 23 Lock control unit 3 Share space terminal 30 Housing 31 Console screen 32 Physical switch unit 33 Sensor unit 34 341, 342, 343 Wireless communication unit 35 switch circuit 36 control unit 361 console control unit 362 switch control unit 363 audio output control unit 37 memory 38 speaker 39 power connector 4 cloud server 41 communication unit 42 lock processing unit 420 reservation information management unit (reservation management unit)
421 reservation status acquisition unit 422 reservation status presentation unit 423 walk-in reservation unit 424 lock/unlock command unit 425 lock operation permission unit 43 console processing unit 430 reservation time management unit (reservation management unit)
431 Repeat reservation unit 432 Display command unit 433 Lighting command unit 434 Ventilation command unit 435 Warning processing unit 436 Voice guidance processing unit 437 Data processing unit 44 Database 5 Portable terminal 6 Administrator terminal 10 QR code (imageable code)
15 Lighting equipment 16 Ventilation fan A Schedule management application D Door S Shared space

Claims (24)

A shared space re-reservation promoting system comprising a shared space terminal arranged inside the shared space and a cloud server wirelessly communicatively connected to the shared space terminal,
The shared space terminal is
console screen and
a console control unit for displaying a console basic screen including at least an image code on the console screen based on a first console command received from the cloud server;
The cloud server is
a reservation management unit that manages reservation information for the shared space;
a repeat reservation section that generates repeat reservation propriety information indicating whether or not a repeat reservation is possible for a future candidate time slot corresponding to the reservation time slot of the current reservation for the shared space, based on the reservation information;
A mobile terminal basic screen including an object for repeat reservation guide display related to the repeat reservation of the shared space is displayed on the mobile terminal that has imaged the image code of the console basic screen and the first console command for displaying the console basic screen. a second console command for displaying, and a third console command for displaying, on the mobile terminal, a repeat reservation screen including the repeat reservation propriety information in response to a touch operation on the repeat reservation guide display object. and a display command section to generate,
The shared space re-reservation promotion system, wherein the repeat reservation unit confirms the repeat reservation of the shared space in accordance with an operation on the repeat reservation screen. As the repeat reservation permission/prohibition information, the repeat reservation permission/prohibition information for the next week or later for the same day of the week as the current reservation is included in the repeat reservation screen in a manner in which repeat reservations can be selected for each of the candidate time slots. , The shared space re-reservation promotion system according to claim 1. 2. The repeat reservation screen according to claim 1, wherein, as the repeat reservation propriety information, the repeat reservation propriety information for one week from the next day is included in the repeat reservation screen in a manner in which repeat reservations can be selected for each of the candidate time slots. Shared space re-reservation promotion system. The repeat reservation propriety information displayed on the mobile terminal indicates whether the repeat reservation is possible for the shared space related to the current reservation and other shared spaces in the same candidate time period, and the other shared spaces are also permitted. 4. The shared space re-reservation promoting system according to any one of claims 1 to 3, wherein said repeat reservation propriety information is displayed in a form in which repeat reservations can be selected. As the repeat reservation permission/prohibition information, the repeat reservation permission/prohibition information regarding only the schedule for which the repeat reservation is possible within a predetermined period is included in the repeat reservation screen in such a manner that the repeat reservation can be selected for each of the candidate time slots. The shared space re-reservation promotion system according to claim 1 or 2. 6. The shared space rebooking promotion system according to any one of claims 1 to 5, wherein the candidate time slot is the same time slot as the reservation time slot of the current reservation. 2. The candidate time slot includes at least one of the same unit time slot as the reservation time slot of the current reservation, and a unit time slot immediately before and immediately after the reservation time slot of the current reservation. 6. The shared space re-reservation promotion system according to any one of 5. 8. The shared space re-reservation promotion system according to claim 1, wherein said repeat reservation guide display includes information on whether said repeat reservation is possible for the next week on the same day of the week as said current reservation. 8. The shared space re-booking promotion system according to any one of claims 1 to 7, wherein said repeat reservation guidance display includes the shortest repeat reservation possible date, which is the closest date on which said repeat reservation is possible. 10. The shared space re-reservation promotion system according to any one of claims 1 to 9, wherein said console basic screen or said mobile terminal basic screen includes an object of extension usage guide display indicating whether or not extension of said shared space is permitted. . 11. The share space re-reservation promotion system according to claim 10, wherein the repeat reservation guide display object and the extended usage guide display object are arranged adjacent to each other on the console basic screen or the portable terminal basic screen. The object of the repeat reservation guidance display includes information indicating whether the repeat reservation is possible for the next week on the same day of the week as the current reservation, or the shortest repeat reservation possible date that is the closest schedule on which the repeat reservation can be made, and the extension usage guidance display. 12. The shared space re-reservation promotion system according to claim 10 or 11, wherein the object of (1) includes a maximum extension possible time, which is the latest time at which said extension is possible. A shared space re-reservation promoting method executed by a shared space terminal arranged inside a shared space and a cloud server wirelessly communicatively connected to the shared space terminal, comprising:
the cloud server sending a first console command for displaying a console basic screen to the share space terminal;
a step of causing the shared space terminal to display a console basic screen including at least an image code on the console screen based on the first console command;
a step in which the cloud server generates, based on the reservation information of the shared space, repeat reservation propriety information indicating whether repeat reservations are possible for future candidate time slots corresponding to the reservation time slot of the current reservation for the shared space; ,
In response to the imaging of the image code by the mobile terminal, the cloud server issues a second console command to display a mobile terminal basic screen including an object for displaying repeat reservation information regarding repeat reservations for the shared space. transmitting to the mobile terminal;
In response to a touch operation on the repeat reservation guidance display object on the mobile terminal, the cloud server transmits to the mobile terminal a third console command for displaying a repeat reservation screen including the repeat reservation propriety information. and
A shared space re-reservation promoting method, comprising the step of confirming the repeat reservation of the shared space by the cloud server in response to an operation on the repeat reservation screen on the mobile terminal. As the repeat reservation permission/prohibition information, the repeat reservation permission/prohibition information for the next week or later for the same day of the week as the current reservation is included in the repeat reservation screen in a manner in which repeat reservations can be selected for each of the candidate time slots. 14. The shared space rebooking promotion method according to claim 13. 14. The repeat reservation propriety information according to claim 13, wherein the repeat reservation propriety information for one week from the next day is displayed on the repeat reservation screen in such a manner that repeat reservations can be selected for each of the candidate time slots. share space rebooking promotion method. The repeat reservation propriety information displayed on the mobile terminal indicates whether the repeat reservation is possible for the shared space related to the current reservation and other shared spaces in the same candidate time period, and the other shared spaces are also permitted. 16. The shared space re-reservation promotion method according to any one of claims 13 to 15, wherein said repeat reservation propriety information is displayed in a form in which repeat reservations can be selected. As the repeat reservation propriety information, the repeat reservation propriety information regarding only the schedule for which the repeat reservation is possible within a predetermined period is included in the repeat reservation screen in a manner in which the repeat reservation can be selected for each of the candidate time slots. 15. The shared space rebooking promotion method according to claim 13 or 14. 18. The shared space rebooking promotion method according to any one of claims 13 to 17, wherein the candidate time slot is the same time slot as the reservation time slot of the current reservation. 14. from claim 13, wherein the candidate time slot consists of at least one of the same unit time slot as the reservation time slot of the current reservation, and a unit time slot immediately before and immediately after the reservation time slot of the current reservation. 18. The shared space rebooking promotion method according to any one of 17. 20. The shared space rebooking promotion method according to any one of claims 13 to 19, wherein said repeat reservation guidance display includes information on availability of said repeat reservation for the next week on the same day of the week as said current reservation. 20. The shared space re-booking promotion method according to any one of claims 13 to 19, wherein said repeat reservation guidance display includes the shortest repeat reservation possible date, which is the closest date on which said repeat reservation is possible. 22. The shared space re-reservation promoting method according to any one of claims 13 to 21, wherein said console basic screen or said mobile terminal basic screen includes an object of extension usage guide display indicating whether or not extension of usage of said shared space is possible. . 23. The shared space rebooking promotion method according to claim 22, wherein the repeat reservation guide display object and the extended usage guide display object are arranged adjacent to each other on the console basic screen or the portable terminal basic screen. The object of the repeat reservation guidance display includes information indicating whether the repeat reservation is possible for the next week on the same day of the week as the current reservation, or the shortest repeat reservation possible date that is the closest schedule on which the repeat reservation can be made, and the extension usage guidance display. 24. The shared space re-reservation promotion method according to claim 22 or 23, wherein the object of .

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