JP2009162009A - Electric locking and unlocking device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an electric locking / unlocking device which makes it unnecessary to attach a power line to an existing door.
An electric-type locking / unlocking device that unlocks or locks a door by operating a dead bolt 800 with a self-holding solenoid 811 can project electric power from the outside to the outside from an electromagnetic induction coil 812 in a non-contact manner. Obtained from the coil 808 through the dead bolt 800 or the iron cores 902 and 910, and the capacitor is charged.
[Selection] Figure 8

Description

  The present invention relates to an electric locking / unlocking device, and more particularly to a charging mechanism for electric power serving as a driving force for locking / unlocking.

Conventionally, for example, the electric unlocking device of Patent Document 1 is charged with AC 100 V, and the charged electric power is converted into driving force for unlocking. Moreover, in the electric locking / unlocking apparatus of patent document 2 and patent document 3, the technique by which a power supply is supplied to a power supply part by electromagnetic induction via a coil (in the case of patent document 3, 8a, 8b) is disclosed.
Patent 3277238 JP 10-25935 JP2003-184369

In Patent Document 1 as described above, for example, in a hotel, when an electric lock is provided on a door, a power line must be attached from the outside as a driving power source for locking and unlocking the door, and an existing door is processed. As the door is operated, there are problems that the power line is exposed to the outside and the construction fee becomes high. When charging the internal battery by electromagnetic induction disclosed in Patent Documents 2 and 3, the farther the distance between the coils, the weaker the magnetic field strength becomes in proportion to the square of the distance. In general, therefore, the gap between the doors is about 10 mm, and there arises a problem that an effective power supply by electromagnetic induction cannot be performed with a normal AC 100 V power source. In addition, if the above-mentioned power supply side coil and power reception side coil are provided in the hinge part where the distance between the door and the door frame or wall is close, the inside of the existing door is arranged near the hinge from the vicinity of the hinge. It is up to the craftsman to perform the craftsmanship construction that allows the electric lock to penetrate, and it is up to the craftsman whether or not the construction can be performed, resulting in a problem that the construction cost is high.

The present invention has been made in view of such circumstances, and an object of the present invention is to eliminate the need to attach a power line to an existing door and to increase the charging efficiency of charging means for supplying power. And

The electric locking / unlocking device according to the present invention is an electric locking / unlocking device provided with a locking / unlocking device for unlocking or locking the door by a driving force by electric power in the door. The charging means is externally charged with electric power, which is a driving force for unlocking or locking, by electromagnetic induction, and the electromagnetic induction has a protrusion protruding from at least one of a door and an adjacent portion adjacent to the door. It is made through.

According to this invention, since the electric power that is the driving force for unlocking or locking by the unlocking means is charged from the outside to the charging means in the door by electromagnetic induction, it is not necessary to attach a power line to the door, Furthermore, since the electromagnetic induction is performed via a protrusion protruding from at least one of the door and the adjacent portion adjacent to the door, the charging efficiency is extremely high because the space distance induced by electromagnetic induction is small.

Moreover, the electric locking / unlocking device according to the present invention is characterized in that the protruding portion protrudes from at least one of the door and the adjacent portion via an expansion / contraction means that can expand and contract in a protruding direction.

According to the present invention, the protruding portion protrudes from at least one of the door and the adjacent portion via the expansion / contraction means (spring or the like) that can be expanded and contracted in the protruding direction. Charging efficiency is further increased because the space distance can be closer to electromagnetic induction.

Further, the electric locking / unlocking device of the present invention is an electric locking / unlocking device including a locking / unlocking device that unlocks or locks the door with a driving force by electric power, and the driving force for unlocking or locking by the locking / unlocking device. The electric power to become is charged by self-power generation.

According to this invention, since the electric power that is the driving force for unlocking or locking by the unlocking means is charged by self-power generation, it is not necessary to attach the power line to the door.

The electric locking / unlocking device of the present invention is further characterized in that the self-power generation converts an operation driving force of the door knob or an opening / closing driving force of the door into electric power.

According to this invention, self-power generation can be realized because the door knob opening / closing driving force or the door opening / closing driving force is converted into electric power.

Moreover, the electric locking / unlocking device of the present invention is characterized in that the self-power generation obtains electric power from a solar cell.

According to the present invention, self-power generation can be realized because electric power is obtained from a solar cell.

According to the present invention, charging is performed in a non-contact manner by electromagnetic induction from the outside, or charging is performed by self-power generation. Therefore, it is not necessary to attach a power line to the door, and charging efficiency to charging means for supplying power is further improved. There is an effect of enhancing the.

  Hereinafter, a recording medium type locking / unlocking apparatus, a recording medium type locking / unlocking apparatus, and a recording medium type locking / unlocking system according to an embodiment of the present invention will be described with reference to the drawings. FIG. 1 is a block diagram showing a configuration of a recording medium type locking / unlocking system. In this figure, reference numeral 1 denotes a recording medium type system. Reference numeral 2 denotes a registration device. Reference numeral 3 denotes a management device. Reference numeral 4 denotes a check-in terminal. Reference numeral 5 denotes a room management apparatus. Reference numeral 6 denotes a counter depositing apparatus for prepaid depositing and postpaid depositing. Reference numeral 7 denotes a cabin control system including the recording medium type locking / unlocking device 71 of the present invention. Reference numeral 8 denotes a floor management device. Reference numeral 9 denotes a floor deposit acceptance device that accepts prepaid deposit and postpaid deposit provided on each floor. Reference numeral 10 denotes an external telephone charge billing apparatus. Reference numeral 11 denotes a tenant terminal that charges a fee when using a tenant facility in a hotel. In the recording medium type locking / unlocking system 1, the above devices are connected to each other by wire or wirelessly so that they can communicate.

In the recording medium type locking / unlocking system 1 of the present embodiment, the above devices are connected by a LAN, but the communication lines between the floor management device 8, the management device 3, and the room management device 5 are the floor management. A communication line that is faster than the communication speed of the communication line between the device 8 and other devices on the floor may be used. In this case, the management device 3 and the room management device 5 can receive, record, manage, and aggregate the collected data of the floor management device 8 collected at low speed by wireless communication while maintaining real-time properties.

Registration computer 21 constituting registration device 2, management computer 31 constituting management device 3, check-in terminal device 4, room management computer 51 constituting room management device 5, counter depositing device 6, recording medium type locking / unlocking device 71 The guest room control system 7 including the recording medium type locking / unlocking device 71, the floor management device 8, the floor deposit acceptance device 9, the outside line telephone billing device 10, and the tenant terminal 11 are each equipped with one or more CPUs as control units. An input / output IF (interface) circuit and a communication IF circuit (in this embodiment, a LAN interface, hereinafter referred to as an input / output IF and a communication IF). The interface circuit is hereinafter simply referred to as IF). Normally, the CPU, RAM, and ROM are connected by an address bus and a data bus, or are built in the CPU to form a control unit, and a hard disk connected as a recording unit is connected by a connection interface such as a USB, and is input / output The IF is received and input by an operational amplifier or a gate circuit to a port which is a terminal of the CPU, or in front of the terminal of the IF circuit connected to the CPU bus when impedance conversion is necessary. The communication IF connects each dedicated IC to the CPU by a circuit according to a predetermined rule.

The check-in terminal device 4, the counter depositing device 6, the recording medium type locking / unlocking device 71, the floor deposit receiving device 9, and the tenant terminal 11 have a built-in CCD camera that optically reads the printed QR code as image information. Various controls based on the read QR code are performed by communicating with the room management device 5. Here, in practice, the check-in terminal device 4, the counter depositing device 6, the recording medium type locking / unlocking device 71, the floor deposit receiving device 9, and the tenant terminal 11 use the read QR code as ID information (actual Is equipped with a function that converts text information to ID information for determining whether a guest room can be locked or unlocked using a card key.) Communication between various devices is converted. Various controls based on the ID information thus performed are performed by communicating with the room management device 5. In addition, the recording medium other than the QR code portion 25 on which the QR code of the present embodiment is printed is formed of a receipt on which an optically readable image such as a barcode is printed, plastic such as a card, paper, or the like. Paper sheets, built-in RFIDs, cards provided with a magnetic layer as a recording unit, IC coins, and the like can be exemplified, and information capable of specifying ID information can be read.

  First, a general outline of a recording medium type locking / unlocking system including a recording medium type locking / unlocking apparatus according to the present invention will be described. When a customer registers with the registration device 2, a QR code portion 25 that is printed as a QR code and serves as a card key is issued so that the recording medium type locking / unlocking device 71 can lock and unlock the QR code portion 25. Is inserted into the recording medium type locking / unlocking device 71 from inside the guest room, the power of the electrical equipment in the guest room can be turned on and various services can be received. In addition, the frequency (prepared as valuable value information, which can be converted into an amount of money, hereinafter referred to as frequency) corresponding to the ID information is the amount deposited by the floor deposit acceptance machine 9 and the counter deposit apparatus 6 by prepaid or postpaid. In addition, when the QR code unit 25 is inserted into the guest room in the recording medium type locking / unlocking device 71, the pay service can be received with the frequency reduced as the service in the guest room. In addition, the counter depositing device 6 issues an invoice and receipt 61 at the time of check-out, and if there is a minus of the frequency as a shortage caused by postpaid, the deposit can be accepted and settled, and as a balance generated by prepaid If there is a positive frequency, it can be refunded and settled. Of course, it is also possible to select only prepaid or postpaid for the operation as the recording medium type locking / unlocking system 1 by an instruction to the room management device 5.

Next, an outline of a recording medium type locking / unlocking system including a recording medium type locking / unlocking apparatus according to the present invention will be described. The registration device 2 is provided in a counter near the front entrance of the hotel and receives registration at the time of check-in. When the guest arrives at the hotel, the registration device 2 first receives registration. In the registration device 2, registration information (handwriting, for example, address, telephone number) such as address name, age, and contact information is registered on a registration card 23 (an example of a recording medium) printed with a QR code prepared in advance by the digital pen 22. ), The handwriting information is input to the registration computer 21 by receiving a radio signal from the digital pen 22. The registration computer 21 stores the input registration information (handwriting) in the storage unit. The registration card 23 has a perforation cut between the upper and lower sides, and the upper actual writing portion 24 and the lower QR code portion 25 can be separated according to the cut. When the separated QR code portion 25 is inserted into the check-in terminal 4, the check-in terminal device 4 reads the QR code, and the registration computer 2 receives the ID information converted from the received QR code read by the check-in terminal device 4, and the wireless Check-in information such as registration information (handwriting) received by communication is transmitted to the room management device 5. The room management device 5 selects an appropriate guest room from the received ID information and reservation information (received from the management device 3), and records reservation information, a guest room number, and registration information (handwriting) in association with the ID information. To record. The actual writing part 24 is handed over to the hotel employee at the counter and discarded after the guest is checked out to prevent leakage of personal information. The registration device 2 may take a form that is not connected to the network in a stand-alone manner for protecting personal information. In this case, a part of the registration information processed by the recording medium system 1 is limited.

The management device 3 is a device that manages information on whether reservations, stays, check-outs (hereinafter referred to as status information) for each customer, and totals sales. The management device 3 identifies the customer from the telephone number or name and displays information about the customer. The management device 3 includes a management computer 31 and a management terminal 32, and is provided in a hotel front or control room. When the management device 3 reads the QR code at the check-in terminal 4, the status information is changed from the hotel reservation state to the stay state (also referred to as a check-in state) based on an instruction from the check-in terminal 4 via the registration device 2. When the payment information from the counter depositing device 6 or the payment information from the registration computer 21 is received, the status information is rewritten from the stay state to the check-out state and stored. If the status information is staying, the management device 3 identifies the customer from the room number, name, telephone number, etc. based on the input instruction, receives it from the room management device 5, and receives the room management device 5. Accommodation fee recorded and managed by the customer, sales information associated with service provision from the tenant terminal 11 for each guest room, payment information from the floor deposit acceptance device 9 and counter deposit device 6, current frequency, external telephone Receives charges and status information from various devices and displays them. The status information is changed from the staying state to the checked-out state in response to the settlement status from the counter depositing device 6 at the time of check-out, and is recorded and managed so that it can be displayed later as history information. In addition, the management device 3 can accept a reservation from a customer, display for confirming the availability of a desired date specified by the customer who wants to make a reservation, and display status information based on the instruction. is there. In addition, based on the instructions, the sales summary for each room, each floor, and each sales item is calculated as follows: daily, weekly, monthly, quarter-year, semi-annual, annual, three-year, five-year It is possible to display the total result in units of 10 years. The room management device 5 and the management device 3 may be configured by one computer, and when configured by a plurality of computers, one function can be appropriately selected and implemented by the other. Several several computers on a network can also be comprised by one computer.

The room management device 5 is generally a device for managing a guest room. More specifically, the room management device 5 is a room for providing management and various services that can be locked and unlocked by the QR code unit 25 that functions as a card key for each guest room. It is a device that manages the frequency of each. The room management device 5 includes a room management computer 51 and a room management terminal 52, and is provided in a control room of a hotel. Upon receiving the ID information obtained by converting the QR code information read at the check-in terminal 4, the room management device 5 transmits the ID information to the floor management devices 8, 81 and 82 (in charge of each floor or a predetermined range of floors). The management devices 8, 81, 82 transmit the ID information to the recording medium type locking / unlocking device 71 existing in the guest room assigned corresponding to the ID information by wireless communication, and the recording medium type seat unlocking device 71 receives the information. When a QR code that matches the ID information is read, locking and unlocking are enabled. Further, the room management device 5 stores the frequency as the valuable value assigned to the ID information. When the check-in is done, the counter depositing device 6 at the time of check-in, and the deposit receipt device 9 as an additional deposit during the stay, when the deposit is prepaid, the corresponding frequency is converted to the ID information converted from the QR code read by the above 6 and 9. Add and record in association. Further, the frequency for the service fee provided in the recording medium type locking / unlocking device 71 and the tenant terminal 11 is subtracted and recorded in association with the ID information obtained by converting the QR code read by the above 71 and 11. At the time of check-out, the counter depositing device 6 issues an invoice and receipt 61, and if there is a minus of the frequency as a shortage caused by postpaid, when accepting the deposit and adjusting it, an instruction to that effect Based on the above, the frequency is set to 0, and when there is a plus of the frequency as the balance generated by the prepaid, when the money is refunded and settled, the frequency is set to 0 based on the instruction to that effect. In refunding, banknotes and coins built in the counter depositing device 6 may be refunded, or an employee may refund by hand using a counter.

Further, the room management device 5 can set the operation as the recording medium type locking / unlocking system 1 based on the instruction. As the operation, prepaid only, postpaid only, or both prepaid and postpaid are possible. As another operation, it is possible to select whether to manage the accommodation fee frequency related to the accommodation fee and the service frequency related to the service fee separately in association with the guest room (also ID information) or to manage the frequency as one frequency. As other operations, a billing amount for each service associated with the use of service devices provided in the guest room and a billing amount for each service at the tenant terminal 11 provided in each facility in the hotel can be set. In addition, the room management device 5 has an entry / exit history, room status information (in-room or non-existence, check-out, cleaning instruction by 13:00, normal cleaning instruction, during cleaning, cleaning completion, inspection request, inspection completion, Room information such as reservation acceptance instructions, dondes (don't wake up) instructions, points, rental computer rental, breakfast presence, dinner presence, lunch availability, massage request, laundry request, communication fee, etc. are stored and managed.

The guest room control system 7 is provided in a guest room and is attached to a door with a recording medium type locking / unlocking device 71, a TV 72 and a TV controller 73 (paid program, karaoke, etc.), an air conditioner, a refrigerator, various electric lights (not shown), and others. Service equipment (not shown, massage machine, electric mahjong table, kitchen, room cycle, room runner, etc.). The guest room control system 7 locks and unlocks the guest room based on the QR code information of the QR code section 25 inserted in the recording medium type locking / unlocking device 71, controls various service devices, and the use of the service devices is charged. If so, it communicates with the room management device 5 so as to subtract the frequency managed in association with the guest room (which is also a QR code). When the recording medium type locking / unlocking device 71 receives ID information from the room management device 5 via the floor management devices 8, 81, 82, when the QR code unit 25 is newly received, the received ID information and new If the character information of the QR code of the received QR code unit 25 matches, unlocking at the time of entering the room and locking at the time of leaving the room (automatic locking is unnecessary because it is automatically locked) are possible. Further, an entry signal is output to the room management device 5 by entering the room and an exit signal by leaving the room. In addition, it is possible to control electric devices such as air conditioners and electric lamps and various service devices such as the TV 72, the TV controller 73, and the cabin refrigerator as the room is moved in and out. Examples of the control include, for example, ordering of delivered food and drink provided by the TV 72 via the TV controller 73, pay TV (distribution of karaoke, games, movies, etc.), and other food and drink in the refrigerator. A service such as provision is received, and the room management apparatus is instructed to withdraw the frequency corresponding to the guest room (which is also a QR code). Upon receiving the instruction, the room management device 5 is stored corresponding to the received ID information and updates the frequency for the service from the frequency stored in the room management device 5.

  As with the registration device 2, the counter depositing device 6 is provided in a counter near the front entrance of the hotel, and accepts deposits at the time of check-in and performs settlement processing at the time of check-out (refund of remaining frequency, deposit of insufficient frequency). Device. The counter depositing device 6 can accept deposits at any time. When receiving the deposit, the counter depositing device 6 adds and updates the frequency of the deposit to the frequency managed by the room management device 5 corresponding to the received QR code 25. At the time of check-out, it is possible to settle by accepting payment if there is insufficient frequency due to postpaid, and if there is a surplus in frequency, it is possible to refund the amount of frequency and settle it. Sometimes invoices and receipts 61 are issued.

The floor deposit acceptance device 9 is a device that has the same function as the deposit device 6 but does not have a refund processing function and an invoice / receipt 61 issue function. Since it is arranged on each floor, you can go to additional deposits at any time if you walk not far from each guest room.

The external telephone charge billing device 10 adds the external telephone charge from the guest room to the telephone charge received from the telephone charge notification computer owned by the external telephone company with the equipment cost appropriately set according to the instructions on the setting screen. (You can also choose not to) and calculate the number of telephone charges that are of positive or negative value. This frequency is managed by the room management device 5, and is associated with the ID information obtained by converting the QR code printed on the QR code unit 25 inserted into the recording medium type locking / unlocking device 71 from the cabin, by the room management device 5. The frequency for the external telephone charge is subtracted from the frequency to be managed, updated and stored.

  In the tenant terminal 11, the frequency for the paid service such as izakaya, barber shop, game center, heated pool, bathhouse, and showtime in the hotel is associated with the ID information converted from the received QR code, and the room The frequency managed by the management device 5 is subtracted and updated.

Next, details of the recording medium type locking / unlocking device 71, the cabin control system 7 including the recording medium type locking / unlocking device 71, and the recording medium type locking / unlocking system 1 according to the present embodiment will be described.

The registration device 2 in the recording medium type locking / unlocking system 1 will be described. Upon arrival at the hotel, the registration device 2 accepts registration. The registration device 2 includes a registration computer 21 and a digital pen 22. When a customer enters registration information such as address, name, age, and contact information on a registration card 23 (an example of a recording medium) with a QR code prepared in advance by the digital pen 22, the information is transmitted from the digital pen 22 to the registration computer 21. The handwriting information is input by wireless communication. As shown in FIG. 2, the registration card 23 includes a customer information entry unit 241 that a customer fills in as an actual writing unit 24, a store clerk entry unit 242 that a front desk person fills in at a counter, a guide 243, FIG. As shown on the back side of 23), the customer information entry section 244 such as whether the customer wants a non-smoking room or a room where smoking is possible or what is desired as equipment, and the entry confirmation to be filled in by the front desk , An input check section 246, a name plate 245 that a customer fills in, and a QR code section 25 that is pre-printed with a QR code 251 that is a recording medium serving as a card key. The part 242, the guide 243, the preference information entry part 244, the name plate 245, and the QR code part 25 are separable. The check-in terminal device 4 may be configured to be disconnected by a predetermined device.

In the registration computer 21, the control unit converts the character information written in the customer information entry unit 241, the store clerk entry unit 242, the preference information entry unit 244, and the name plate 245 input with the digital pen 22 into the image information of the font. The position information corresponding to the elapsed time is stored in the storage unit as registered information as handwriting. The registration card 23 has a perforation between the upper and lower sides, and the preference information entry unit 244 as the upper actual writing unit 24 and the lower QR code unit 25 can be separated according to the cut. When the separated QR code portion 25 is inserted into the check-in terminal 4, the check-in terminal device 4 reads the QR code. The customer information entry part 241 as the actual writing part 24 is handed over to the hotel employee at the counter and is saved in a file for several years.

The check-in terminal device 4 will be described. FIG. 4 is a front perspective view of the check-in terminal device 4. As shown in FIG. 4, the check-in terminal device 4 includes an insertion hole 41 for inserting the QR code 25, a check-in button 44 as a button, a coupon button 42, and a pay TV viewing disabled button 43 that instructs pay TV viewing disabled, As a display unit, a room number display unit 47, a scheduled check-out date display unit 46, and a reservation amount display unit 45 are provided on the side of the check-in terminal 4. In the check-in terminal device 4, data transmission / reception between the room management device 5, a control unit including a CPU, a ROM storing a program, a RAM storing temporary data, a recording unit including a hard disk and a RAM, and the room management device 5. Communication IF (in this embodiment, a LAN interface circuit is adopted), a QR code reader, a button input IF corresponding to the button, a display IF for performing display control corresponding to the display unit, these A power supply circuit for supplying driving power is provided.

The control unit of the check-in terminal device 4 is connected to the communication IF, the QR code reader, the button IF, and the display IF, and is controlled by being input and / or output. When the power is turned on, the control unit reads the program recorded in the ROM for each execution step and sequentially reads the setting data according to the program, and sequentially executes the read program. According to the program to be executed, signals from the above-mentioned IFs are read as appropriate, and temporary calculation results, read information and the like are stored in the RAM. Then, the processing result associated with the check-in by the program is transmitted to the management device 3, the room floor management device 5, and the floor management devices 8, 81, 82 via the communication IF, and information necessary for check-in from these management devices. Receive.

The button input IF is connected to an input port that receives an ON / OFF input of the CPU. The display IF is connected to the data bus of the CPU, and an ON signal is output from three types of chip select output ports corresponding to the room number display unit 47, the scheduled checkout date display unit 46, and the reservation amount display unit 45, and the room number display unit 47 When the three types of chip enable terminals corresponding to the scheduled checkout date display unit 46 and the reservation amount display unit 45 are received, the data on the data bus is latched, and the latched data is received in accordance with the input instructions of the three types of chip enable terminals. The room number display unit 47, the scheduled check-out date display unit 46, and the reservation amount display unit 45 display the 7-segment LED as an ON-OFF signal that can be turned on so as to be displayed as a number. The communication IF is connected to the data bus of the CPU. When the chip enable terminal receives an ON signal from the chip select output port of the CPU, the communication IF latches the data on the data bus, and the destination management device 3 included in the latched data, The check-in processing result included as a header in 5, 8, 81, and 82 is converted into data and transmitted according to the LAN communication standard.

In the check-in terminal device 4, when the power is turned on and the QR code portion 25 serving as a card key handed to the customer is inserted into the insertion hole 41, a signal indicating insertion is output to the control portion by the built-in light transmission sensor. When the control unit receives a signal to the effect of insertion, it instructs the QR code reader to read with a CCD camera (not shown) incorporating the QR code 251. The QR code reader reads the QR code 251 as image information and transmits the image information to the control unit. The control unit stores the image information in the RAM, converts the image information stored in the ROM into ID information and stores it again in the RAM, and then waits for input of each button 44, 42, 43. After that, when the pay TV viewing disabling button 43 is pressed, pay TV viewing disabling information indicating that the customer is not watching the pay TV is stored in the RAM. When the coupon button 42 is pressed, since the customer has already been deposited at the travel agency, coupon customer information indicating that the customer is a coupon customer is stored in the RAM.

Next, when the check-in button 44 is pressed, the check-in terminal device 4 transmits to the registration device 2 check-in information such as ID information, pay TV viewing-disabled information, coupon customer information, and information indicating completion of check-in. To do. In the registration device 2 (registration computer 21), when the check-in information is received, the check-in information is recorded in the recording unit, and a check-in registration screen is activated. When information is written by the employee in accordance with the check-in registration screen and a button indicating that the writing is completed is received, the customer information and status information are changed from the reservation state to the stay state in order to identify the customer to the management device A rewrite instruction for rewriting and a transmission instruction for transmitting the reservation information input at the time of reservation are transmitted, and the reservation information is in a standby state from the registration device 2.

When the control unit detects the rewrite instruction received by the communication IF, the management device 3 rewrites the status information from the reservation state to the stay state, searches and identifies the reservation information based on the customer information according to the received transmission instruction, The reserved information is transmitted to the registration device 2 (registration computer 21) via the communication IF. In the registration device 2 (registration computer 21), the control unit sends the reservation information received by the communication IF, the check-in information recorded in the recording unit, and the registration information input by the digital pen 22 to the room management device 5 as a communication IF. The room number of the guest staying in the guest who checks in is returned until the room management device 5 returns the room number.

When the control unit detects the reservation information, the check-in information, and the registration information received by the communication IF, the room management device 5 uses the information on the guest room recorded in the recording unit as a condition for the accommodation. A guest room suitable for the customer is searched and the guest room number is returned to the registration device 2 via the communication IF, and then the guest room is managed by the recording medium type locking / unlocking device 71 of the searched guest room based on the check-in information. It is transmitted via the communication IF via any of the floor management devices 8, 81, 82, and can be locked / unlocked when the recording medium type locking / unlocking device 71 receives the QR code portion 25, and is charged or free of charge. To receive various services. The registration device 2 (registration computer 21) displays the guest room number received by the communication IF via the input / output IF, and the employee notifies the guest of the guest room number.

When the control unit newly detects that the communication IF has received the guest information such as the room information, reservation information, check-in information, and registration information, the room management device 5 checks the room information, reservation information, check Customer information such as in-information, registration information, room number, frequency, and ID information is stored in the recording unit in association with the ID information.

Here, storing customer information in association with ID information, for example, if the recording area length of customer information for one person (or one room) is 10 Kbytes, for example, The number of people that can be accommodated from the top address × 10 kbytes is the length of the recording area of the customer information for all. The control unit assigns an account number to each information guest for each guest check-in and records it in the recording unit, and designates the recording area of each customer by an address obtained by adding 10 kbytes × account number to the top address. Then, each item of customer information assigned within the range of 10 kbytes for each customer is recorded in the recording area of the recording section of each item. Further, the control unit causes the monitor to display the ID information and the guest room number on the screen of the room management terminal 52 via the display IF based on the operation, and when detecting the information input, the control unit converts the guest information into the guest room number or the ID information. The matching customer information is retrieved and displayed on the monitor via the display IF. When the control unit detects that an instruction from another device on the network has been received via the communication IF, the control unit similarly determines the frequency in the customer information based on the accompanying guest room number or ID information. Information and the like are retrieved and transmitted via the communication IF.

In the room management device 5, the control unit allocates a room suitable for the customer in the search, records the room number in the recording area in the recording unit, and transmits the room number to the check-in terminal device 4 via the communication IF. . In addition, the control unit reads information on the reservation amount, which is one of the reservation information input at the time of reservation, and information on the scheduled checkout date recorded in the recording unit, and transmits them to the check-in terminal device via the communication IF. In the check-in terminal device 4, the control unit outputs the information to the display IF based on the information received via the communication IF, displays the room number on the room number display unit 47, and displays the scheduled check-out date display unit 46. The scheduled check-out date and the reservation amount display unit 45 display the reservation amount.

In the room management device 5, the control unit reads the customer information received from the check-in terminal device 4 through the communication IF and recorded in the recording unit, and if there is coupon customer information, the coupon is based on the reservation information. If the customer is a coupon customer, the accommodation fee has already been delivered. Therefore, according to the operation information detailed below, the above-mentioned delivered amount information cannot be used as the frequency of the accommodation fee. The frequency is further added and transmitted to the room management apparatus 5 via the communication IF. Furthermore, in addition to the frequency as a part of the accommodation fee as the frequency at which the reservation price information cannot be used even if the customer is not a coupon customer, the updated record is recorded in the recording unit and transmitted to the room management device 5 via the communication IF.

The room management device 5 can set operation information at any time. As shown in FIG. 5 (operation setting screen), in the room management equipment terminal 52, when the control unit is always displayed via the display IF and “operation setting” is selected by clicking with a mouse or the like, it is determined that there is postpaid or not. Check box X, check box Y with and without prepaid, reservation fee, accommodation fee, facility fee, management fee, service tax, consumption tax, pay TV, heated pool, beverage in refrigerator, meal order, air conditioning, karaoke, hot water Fee, bowling, rental mahjong, rental PC, blackboard, rental TV conference system, rental kitchen, etc. (displayed characters), p1, p2, etc. which are optional settings, pay designation A, usable frequency B , Common frequency designation C, group designation D, postpaid E, and prepaid F are displayed via the display IF. When the hotel manager checks these check boxes and clicks “Complete input”, the control unit will detect this click via the input / output IF, and it will be detected as operational information in the recording unit. Recorded in the recording unit.

Note that p1, p2,..., Which are optional settings, can be input with a keyboard or the like by clicking on the characters p1, p2,. Thus, for example, when “BBQ” is input here, after introducing the recording medium type locking / unlocking system 1, a service for lending barbecue tools and materials for barbecue on a hotel veranda as a paid service of a hotel Is displayed on the TV 72 via the TV controller 73 at the terminal 52 of the room management device 5, “BBQ” is displayed as a service selectable by the remote control, and when the guest chooses, the frequency is reduced. , Room service can be added to carry a barbecue and lend it to customers. In addition, since the rooms on the veranda where the pay service is added are limited, the room management device terminal 52 displays “BBQ” and the room number displayed on the TV 72 via the TV controller 73 and selectable by the customer. It can be specified from the room. When the room number is designated from the entire room, the room number is recorded in the recording unit of the room management device 5, and when the QR code unit 25 is inserted into the recording medium type locking / unlocking device 71, the inserted recording medium type locking / unlocking device. If the room number in which 71 is installed is the room number designated as barbecue available, the customer can select it on the TV 72 via the TV controller 73, and if the customer selects "BBQ", the room The customer information recorded in the recording unit of the management device 5 is updated, and the customer information is updated so as to deduct the barbecue service from the frequency.

In addition, when the pay designation A is checked “v”, the service is designated as pay, and the frequency is deducted when the service is used. If the pay designation A is not checked, the other “B”, “C”,. In addition, when services that cannot be used due to a failure among various services differ from room to room, entering a room number for which the charge designation is canceled on another screen is removed from the charge designation. When the check is “v”, the usable B can be deducted, and if it is not checked, it is processed as a frequency that cannot be deducted except for check-out. The common frequency designation C is deducted from the common frequency when the service is used when the service is checked, and is deducted from the frequency of the group designated by the group designation D when the service is used.

The group designation D is deducted from the frequency of the group designated by another service from the pull-down menu, and is deducted as a separate frequency if no group is designated. If the common frequency designation C is checked “v” for a certain service, the service will be deducted from the common frequency when used, and the usage of the service will be different for each hotel supplier and tenant. Can be aggregated. If the common frequency designation C is not checked, it is necessary to deposit separately as a separate frequency in the counter depositing device 6m or the floor deposit receiving device 7. When postpaid E and prepaid F are checked for each service, the postpaid and prepaid frequency can be used. However, X and Y, E and F are both check boxes that can be checked “v”, but if only X is checked “v”, only E can be selected, and if only Y is checked, only F is selected. Control as possible. If both Y and Y are unchecked, the check boxes for all services E and F are controlled so that they cannot be selected. (Fig. 5)

In the room management device 5, when the check-in button 44 of the check-in terminal device 4 is pressed, the available frequency is stored in an account for each guest room prepared in advance (a predetermined recording area of a recording unit assigned to each guest room). The unusable frequency is stored as 0 together with the ID information. In addition, the prepaid accommodation fee for the coupon customer is stored in the account as a frequency that cannot be used. The prepaid reservation money is also stored in the account as an unusable frequency.

The management apparatus 3 for managing the hotel sales information and the customer information for each customer will be described. The management device 3 includes a management computer 31 and a management terminal 32 (personal computer) that displays or gives instructions for managing the management computer 31. The management device 3 includes a CPU and a semiconductor hard disk storing a program, a control unit including a RAM storing temporary data, and a communication IF (here, a LAN interface) for data transmission and reception between the room management device 5 and the like. A power supply circuit for supplying these driving powers is provided. The semiconductor hard disk functions as a recording unit and serves as customer information about all customers, that is, image information of QR codes 251 for each customer, registration information input with the digital pen 22, pay TV non-viewable information, coupon customer information, at the time of reservation The entered reservation information, reservation amount information, delivered amount information, status information rewritten from a hotel reservation state to a stay state, and room number information are recorded.

In addition, the management device 3 can output to the management terminal 32 for recording or confirmation in the recording unit based on acceptance of a reservation from a customer, which is an instruction from the management terminal 32, or printout to a printer. . In addition, the management device 3 can accept reservations over the telephone or the Internet, and an employee who speaks over the telephone inputs the reservation date, desired room, accommodation fee, number of people, meal order, etc. A recording area for customer information is allocated and stored according to the input.

In addition, the management device 3 can be set as a whole, for each customer, for each customer group (male, female, child, age group, accommodation area, usage frequency) that can be arbitrarily set by the employee, for each day of the week, for consecutive holidays, for each holiday, Summarize sales for each normal, room, floor (floor), and sales item for a specified period of time, weekly, monthly, 1/4 year, semi-annual, yearly, 3 It is possible to aggregate the data every year, every five years, and every ten years, and output the respective aggregation results to the management terminal 32 or the printer. Further, reservations from customers, check-ins, check-outs, and sales during each time are recorded in the recording unit as history information as appropriate, and recorded on the management terminal 32 and the printer as a whole, for each customer, by employees. Arbitrarily configurable customer segments (male, female, child, age group, accommodation area, usage frequency), day of the week, consecutive holidays and normal, holidays and normal, room, floor (floor), sales items The management terminal 32 stores the sales history for each predetermined period of time, weekly, monthly, 1/4 year, semi-year, yearly, 3-yearly, 5-yearly, and 10-year specified as desired. It is possible to output the total results to a printer. Based on these data, data mining function (analysis by deep drilling of data, with many families with consecutive holidays, many pans as orders, normal couples on Saturdays, many sweets orders, etc. It can also be used to help hotel management. Furthermore, as financial statements to be reported to the tax office, PL (Profit and Loss Statement), BS (Balance Sheet) and depreciation of fixed assets that are the basis for calculation, personnel expenses, utility costs, food purchase costs, consumable purchase costs, etc. It is possible to output the results of each subject and the total results to the management terminal 32 and the printer in an arbitrary period.

The counter deposit device 6 will be described. The counter depositing device 6 performs settlement at check-in and check-out. The counter depositing device 6 can insert the QR code portion 25 issued by the check-in terminal device at the time of check-in, and can deposit and refund cash. The reservation amount is given, the remaining number at the time of check-out is refunded, and an invoice and receipt 61 are issued.

  The counter depositing device 6 includes a deposit port (not shown), a refund port (not shown), an insertion port (not shown) for inserting the QR code 25, a touch panel monitor (not shown), an invoice and a receipt 61 on the outer surface. An issue port (not shown) is provided. In addition, the counter depositing device 6 includes a CPU as a control unit, a downloaded program, and a RAM for recording a temporary result in the middle of a calculation, and a hard disk and a backup RAM (holding data for one month after a power failure) as a recording unit, A power supply unit for supplying power, a deposit stocker for receiving and stocking money received from the deposit port, and a cash storage for storing cash to be refunded to the refund port, when QR code 25 is inserted Communication with a CCD camera that reads the code, a display IF that displays on the monitor, and network connection with the transfer mechanism, bill validator that determines the authenticity of cash, and other room management devices 5 between the deposit opening and the deposit stocker IF, provided with a button input IF for detecting a button instruction according to the touch position of the touch panel, and a cash storage In addition, a roll mechanism, which is a receipt paper to be issued to the issuing port, can be set between the refund port, and when the invoice and receipt 61 are issued, the receipt paper is pulled out from the rolled paper. A transport unit and a printing unit that prints the contents of an invoice and a receipt are provided.

  The counter depositing device 6 is connected to a control unit, a recording unit, a communication IF, a button input IF, a bill validator, a CCD camera, each transport mechanism, a monitor, a roll paper printing unit and a transport unit, and receives a command from the control unit. Each of these units executes.

  When the control unit of the counter depositing device 6 detects that the checked-out customer has inserted the QR code unit 25 into the QR code insertion slot, the control unit instructs the CCD camera to read the QR code, and the read QR code is used as ID information. And the room management apparatus 5 is instructed to transmit each frequency set for operation shown in FIG. The control unit of the counter depositing device 6 receives each frequency received from the room management device 5 via the communication IF, the currently selected service name, and whether the service is selected or not selected via the selected display IF. In addition to displaying on the monitor, "If you want to select a new service, press its service name". If there is no service to select, press the “Finish” button. If you want to checkout, please press the “Checkout” button. Is displayed. When the control unit detects that “new service name” has been selected via the button input IF, it displays “Please insert cash” via the display IF and waits for payment.

  When the control unit of the counter depositing device 6 detects the insertion of cash into the depositing port as the depositing process, it activates the bill validator to identify the cash for the deposit, and if the identification is OK, instructs the depositing stocker to the transporting mechanism and deposits the stocker. In the case of identification NG, the conveyance mechanism is instructed to be conveyed to the deposit port. Here, as another deposit processing, when the registration device 2 receives deposit of hand-cash or cash by credit card or debit card, the frequency of the deposit for the service selected by the registration computer 21 is calculated. In the case of addition or identification OK by bill validator, the amount information (frequency, yen, etc.) corresponding to the deposit amount is sent together with the ID information so that the frequency of the deposit amount is added to the room management device 5 The frequency corresponding to each service selected by adding the frequency of the deposit from the room management device 5 is displayed via the display IF.

  When the control unit of the counter depositing device 6 detects through the button input IF that the “settlement” button has been pressed on the touch panel monitor as a settlement process, the control unit of the counter depositing device 6 has a remaining number of pluses corresponding to all services. In order to refund the cash, the cash from the cash storage is instructed to the transport mechanism to be transported and refunded from the refund port, and an invoice and receipt 61 are issued. As for the frequency of the accommodation fee, the remaining frequency obtained by subtracting the penalty fee and the previous accommodation fee will be refunded in the same manner according to the time at the time of checkout. The accommodation fee is often set as an unusable frequency in the operation setting set in FIG. In addition, if the total frequency corresponding to each service is negative, the characters “please pay the total amount of negative frequency corresponding to each service” are displayed via the display IF and waiting for payment. Then, the same deposit process as described above is performed, and if there is a change, the refund is made in the same manner as described above, and an invoice and receipt 61 are issued. Note that the invoice and receipt 61 may be issued as a plurality of invoices and receipts by dividing various services. In this case, when displaying the selected service name, the frequency corresponding to each service, and selection / non-selection side by side, the customer can select the book, another 1, another 2,. And can be issued as this invoice and receipt, another invoice and receipt, and another invoice and receipt.

  The floor management devices 8, 81, 82,... Will be described. The recording medium type locking / unlocking device 71 provided on the door increases the construction cost when wiring work is performed on the door to be operated by wire, and the end of the wired portion exposed between the door and the wall surface because the door is in operation and people enter and exit. Sex matters. For this reason, it is desirable that the floor management devices 8, 81, and 82 be configured to wirelessly communicate with the recording medium type locking / unlocking device 71. However, at different floors, the reinforcing bars and steel frames absorb radio waves and cannot communicate with each other. Therefore, at least one unit is preferably arranged on each floor, and more preferably within a radio wave detection effective area for wireless communication.

  The floor management devices 8, 81, 82,... Are a control unit including a ROM storing a CPU and a program, a part of the downloaded program, and a RAM for temporarily storing a calculation result, and a recording medium type locking / unlocking device 71 includes a wireless communication unit that wirelessly communicates with 71, a wired or wireless high-speed communication unit for communicating with the room management device 5, and a power supply unit that supplies power thereto. Information from the recording medium type locking / unlocking device 71 disposed in each room is received from the wireless communication unit as needed, and periodically communicated with the room management device 5 via the high speed communication unit at high speed, thereby recording medium type locking / unlocking device. The information from 71 and the information from the room management device 5 are relayed and transmitted to the room management device 5 and the recording medium locking / unlocking device 71, respectively.

  The tenant terminal 11 will be described. The tenant terminal 11 is installed in a restaurant or event venue in a hotel. In the case of a restaurant, the tenant terminal 11 is a wireless portable terminal. In the event venue, the tenant terminal 11 is a fixed terminal arranged at the entrance. A CCD camera for reading the QR code of the code unit 25 is built in, and when the QR code is entered, the control unit converts video information captured by the CCD camera into ID information. The tenant terminal 11 includes a CPU and a ROM that stores the program, a control unit that includes a RAM that stores a part of the downloaded program and temporarily stores the calculation result, and a wireless communication unit that communicates with the room management device 5. When the tenant terminal 11 is a fixed terminal, a pay-per-use system that deducts the frequency according to the stay time for each tenant who stayed in the tenant, and an admission fee collection system that accepts the tenant's event when accepted once Is possible. In the case of a wireless portable terminal, it is used in a restaurant or the like and has an order charging system.

In the case of a restaurant or the like, the tenant terminal 11 is an order billing system, and when the store clerk receives an order, he / she receives the QR code portion 25 from the customer and deducts frequency information so as to deduct the frequency corresponding to the price for each order; ID information is transmitted to the room management device 5. The room management apparatus 5 can withdraw the corresponding frequency recorded in the storage unit based on the ID information received by the communication IF (the frequency corresponding to the activated paid service among the frequencies set in the operation settings in FIG. 5). If there is, the order OK is returned, and the deducted frequency is deducted from the corresponding frequency (the frequency corresponding to the activated pay service among the frequencies set in the operation setting of FIG. 5). When the tenant terminal device 11 receives the order OK from the room management device 5, it displays “Order OK”.

When the tenant terminal 11 is a fixed terminal and adopts an entrance fee billing system, the store clerk tricks the tenant terminal 11 into the QR code portion 25 received from the customer at the entrance of the tenant, and inputs the number of persons to confirm. When the button is pressed, the debit frequency information and the ID information are transmitted to the room management device 5 so as to deduct the frequency corresponding to the amount obtained by multiplying the number of people by the admission fee. The room management apparatus 5 can withdraw the corresponding frequency recorded in the storage unit based on the ID information received by the communication IF (the frequency corresponding to the activated paid service among the frequencies set in the operation settings in FIG. 5). If there is, the admission OK is returned, and the withdrawal frequency is deducted from the corresponding frequency (the frequency corresponding to the activated paid service among the frequencies set in the operation settings of FIG. 5). When the tenant terminal device 11 receives the entry OK from the room management device 5, the tenant terminal device 11 displays “entry OK”.

  When the tenant terminal 11 is a fixed terminal and adopts a pay-per-use system, the store clerk tricks the tenant terminal 11 into the QR code portion 25 received from the customer at the entrance of the tenant, inputs the number of people, and confirms the button When the button is pressed, the number of withdrawal start information corresponding to the number of people who have entered during the elapsed time and the ID information are transmitted to the room management device 5. The room management apparatus 5 can withdraw the corresponding frequency recorded in the storage unit based on the ID information received by the communication IF (the frequency corresponding to the activated paid service among the frequencies set in the operation settings in FIG. 5). If there is, return the admission OK, and deduct the number of people for the state amount from the corresponding frequency (the frequency corresponding to the activated paid service out of the frequency set in the operation settings of FIG. 5) to the frequency corresponding to each elapsed time. . When the tenant terminal device 11 receives the entry OK from the room management device 5, the tenant terminal device 11 displays “entry OK”. When the customer leaves the tenant, the store clerk puts the QR code portion 25 received from the customer at the tenant entrance to the tenant terminal 11, inputs the number of people to leave, and presses the confirm button. The number of people leaving the room is transmitted to the room management device 5 via the wireless communication unit. The room management device 5 subtracts the number of exits received by the communication IF from the original number of people read based on the ID information, and thereafter, the corresponding frequency (paid service activated from the frequency set in the operation settings in FIG. 5) The frequency corresponding to each elapsed time is subtracted from the frequency corresponding to the elapsed time to the frequency corresponding to every elapsed time.

  The floor deposit acceptance apparatus 9 will be described. The floor deposit acceptance device 9 does not have the refund deposit port, the cash deposit box, the transport mechanism between the cash deposit box and the refund slot, the receipt issuance slot, the roll paper receiver, and the roll sheet transport unit of the counter deposit apparatus 6. There is a difference from the counter depositing device 6 in that only the deposit process can be performed and the settlement process cannot be performed. The floor deposit accepting device 9 can deposit and add the frequency even if the customer does not go to the counter depositing device 6 of the counter on the first floor, etc., for depositing in order to receive a desired service during the stay. It is a thing.

  Next, the guest room control system 7 provided in the guest room, the recording medium type locking / unlocking device 71, the TV 72, the TV controller 73, the air conditioner, the refrigerator and the like constituting the guest room control system 7 will be described.

  The recording medium type locking / unlocking device 71 has the following configuration inside the door, as shown in FIG. 6 (cross-sectional image diagram inside the door). As its internal configuration, the CPU and calculation results are temporarily stored, and a RAM for storing a program (a program received by the room management device 5 from an external server downloaded via the floor management device 8 is stored. ) And an interrupt process that is activated when the power is turned on (for example, a ROM that stores an initial program executed by converting the rising edge of the power signal when the power is turned on into a one-shot pulse and inputting it to the non-massable interrupt terminal) Control unit 711, display unit 713, internal display unit 722, lock mechanism unit 716, power supply unit 712 (power supply to control unit 711, CCD camera 714, etc .. AC wave signal from outside is converted into electric power and rectified And a charging unit 810 that stores power in a large-capacity capacitor such as an electric double layer capacitor.), A control unit 11 communicatively connected to the CCD camera 714 and the control unit 711, and communicatively connected to the control and the wireless communication unit 715 for communicating data with the external room management device 5, for example. And a locking mechanism 716 having electric drive means (for example, a solenoid) for moving the dead bolt 800 to be locked and unlocked.

The control unit 711 outputs an instruction signal for locking or unlocking the solenoid of the lock mechanism unit 716 to the lock mechanism unit 716, and a signal indicating whether the lock mechanism unit 716 is in the locked state or the unlocked state. (For example, the position of the inner end of the lock dead bolt 800 is detected by an optical center (light projecting portion and light receiving portion). When the door is not locked and the door is not opened, the outer end of the dead bolt 800 is outward. Since it protrudes, there is no inner end of the dead bolt 800, so the optical sensor is transmitted. On the other hand, when the door that is not locked is open, the outer end of the dead bolt 800 is retracted inward. The inner end of the dead bolt 800 exists and the optical sensor does not pass through. The wireless communication unit 715 is configured to be able to communicate with the indoor TV controller 73, an air conditioner, a refrigerator, and the like.

In addition, the recording medium type locking / unlocking device 71 includes a display unit 713 for displaying a display during entry, a cleaning instruction, an inspection instruction, a Don't Disturb (don't wake up) display, etc. on the outer surface of the outdoor door. And an outer gripping ball 719 that operates in an integrated manner with the indoor handle 718 via the lock mechanism 716 and advances and retracts a latch bolt 802 for opening and closing the door to the seat 801 on the wall surface. , Equipped with a master key cylinder 720 that can act on the lock mechanism 716 and unlock the lock, and contact the thumb-turn device that is illegally inserted from outside the drill hole or between the door and the wall surface to the unlocking thumb-turn 717 Provided with a cover for preventing the lock mechanism 716 from being unlocked and capable of releasing the lock of the lock mechanism portion 716 from the indoor side. 13 includes a dondes button 723 for displaying the dondes, and a card guide 717 for guiding the QR code portion 25 to a position where it can be inserted indoors and outdoors and can be captured by only one CCD camera. And an instruction button 721 (instruction input means) that is set for each service such as a pay TV and instructs to start the execution of a plurality of pay services. An inner display unit 722 that displays a guide of an operation method according to each stage of operation is provided. The card guide 717 may be provided with a plurality of insertion openings inside the passenger compartment so that a plurality of QR code portions 25 can be received. In this case, a plurality of CCD cameras may be provided corresponding to each card guide 717, but the QR code of the recording medium inserted into the plurality of card guides 717 with one CCD camera by moving the CCD camera 714 is provided. You may make it image. Further, the lock mechanism 716 can be forcibly unlocked and locked by twisting the unlocking thumb turn 717 and by inserting and twisting the master key into the master key cylinder 720.

  In addition to the above configuration, the control unit 711 of the recording medium type locking / unlocking device 71 includes a storage unit including a hard disk and a backup RAM (for example, holding data for one year after a power failure) as a recording unit, and a communication IF with a wireless communication unit. , 723, 721, etc., a button input IF for detecting that a button has been pressed, a display unit 713, a display IF for displaying on the inner display unit 722, a CCD camera 714, and taking a picture. A QR control unit is provided for converting a QR code of a photograph into character information such as ID information.

In FIG. 6, a CCD camera 714 (a first recording medium reading unit and a second recording medium reading unit, ie, a common reading unit) is a recording medium type locking / unlocking device 71 in the door. The case is fixed to the case (the case is fixed inside the door). Further, the QR code portion 25 is inserted from the outside of the door (on the corridor side and on the right side in FIG. 6), guided by the card guide 717, and the leading end portion of the QR code 25 reaches the back end portion of the card guide 717. Then, the QR code 251 is located at a position where it can be imaged. The QR code 25 is in a state where the insertion leading end reaches the back end of the card guide 717, the rear end of the insertion is exposed to the outside of the door, and bends between the insertion leading end of the QR code 25 and the rear end of the insertion. Thus, the card guide 717 is formed. For this reason, the QR code 25 does not fall off the card guide 717. Further, the CCD camera 714 inserts the QR code portion 25 from the door (the passenger compartment side and the left side in FIG. 6), is guided by the card guide 717, and the insertion tip portion of the QR code 25 is the card guide 717. When reaching the far end, the QR code 251 is located at a position where it can be imaged. Here, the CCD camera 714 may be configured to perform automatic focus adjustment so that the QR code 25 from the inside of the door and the QR code 25 from the outside of the door, which are inserted adjacent to each other vertically, can be clearly imaged. .

  The card guide 717 is formed so that the QR code portion 25 inserted from the outside of the door is close to the CCD camera 714 and the QR code portion 25 inserted from the inside of the door is far from the CCD camera 714. In this way, when a plurality of guests stay in the same guest room of a hotel, it is possible to continue to output the occupancy signal to the outside with the recording media of other guests inserted in the room, Since the reading means can read a newly inserted recording medium from the outside without being disturbed by the recording medium inserted from the inside, it is locked when one of the guests leaves the room or enters the room again after leaving the room. Can be unlocked.

Further, the card guide 717 includes a partition (not shown) between the QR code portion 25 inserted from the outside of the door and the QR code 25 inserted from the inside of the door. The partition is plate-shaped and includes a hole capable of imaging the QR code portion 25 in which the CCD camera 714 is inserted from the outside of the door and the QR code portion 25 inserted from the inside of the door. This partition can prevent a thief or the like from pulling out the recording medium inside the room from the outside of the room. Without this partition, the thief can remove the recording medium inside the room from the outside of the room. For example, when the recording medium identifies and locks an image such as a QR code or a bar code, It is dangerous because the bar code can be copied with a photocopier to enter the room.

  Two card guides 717 are provided for inserting the QR code 25 from the outside of the door and for inserting the QR code 25 from the inside of the door. The CCD camera 714 has a predetermined trajectory at a position where the QR code 251 can be imaged. The top may be configured to rotate and move. In addition, the camera includes a camera moving mechanism IF that is communicably connected to and controlled by a CCD camera moving mechanism for directing the CCD camera toward the indoor side or the outdoor side. The camera moving mechanism may be moved along a predetermined trajectory such as a rail so that blurring does not occur during movement.

  The insertion openings formed on the inside and outside of the door of the card guide 717 are formed from the wide to the narrow in the vertical direction toward the center of the door, respectively, and horizontally along the door outer surface provided near the door outer surface. A rotation shaft that can rotate in the direction is provided, the inside of the door of the card guide 717 is configured to be rotatable, and a long hole that is formed in the vicinity of the center of the door with respect to the card insertion direction of the card guide 717. The card guide 717 from the inside and the card guide 717 from the outside of the door may be fastened. In this case, the CCD camera 714 may be formed so as to be positioned at a position where the QR code 251 can be imaged perpendicularly to the insertion direction of the card guide 717 from the inside of the door or the card guide 717 from the outside of the door. By forming in this way, this recording medium type locking / unlocking device 71 can be attached to the door regardless of the thickness of the door.

Next, the operation of the recording medium type locking / unlocking device 71 will be described. As shown in FIG. 7 (flow chart of the recording medium type locking / unlocking device 71), the program executes an interrupt process activated when the power is turned on (for example, by converting the rising edge of the power signal at the time of power-on to a non-massable interrupt terminal into a one-shot pulse). Input), the initial program is read from the ROM one step at a time in synchronization with the clock input, self-diagnosis and initial setting are performed, and when the initial program ends, the following BGJ is executed. Hereinafter, description will be given along the control flowchart of FIG. In this example, it is executed by a so-called BGJ (background job) executed when the interrupt processing of the recording medium type locking / unlocking device 71 is not performed. The start in FIG. 7 becomes the base point of the program that is executed again by the return, and is repeatedly executed from the start to the return.

First, in step 751, the control unit of the recording medium type locking / unlocking device 71 instructs the QR control unit to communicate with the CCD camera 714 and read the QR code image data printed on the QR code unit. Then, the QR control unit converts the read image data into character data according to the conversion data in the RAM of the storage unit that stores the downloaded data.

Therefore, if it cannot be converted into character data, the image is rotated 180 degrees to check whether it can be converted into character data in the same manner. The QR code is slightly shifted from the center in the card guide insertion direction side with respect to the QR code portion 25 and is printed at a position symmetrical to the insertion direction, and is inserted along the card guide 717 from both the inside and outside of the door. Then, the end of the QR code 25 in the insertion direction comes into contact with a stopper on the back side of the card guide 717 in the insertion direction, and the QR code stops at a position where it can be photographed by the CCD camera. can do.

When the image is converted into character information without being rotated, it can be identified as insertion from the outside of the door, and when the image is rotated 180 degrees and converted into character information, it can be identified as insertion from the inside of the door. In addition, the control unit reads information from the room management device 5 through the floor management devices 8, 81, 82,... The instruction button 721 arranged on the outer surface is read via the button input IF, information on whether or not the beverage in the refrigerator has been extracted is read via the wireless communication unit, and a fee is charged from the TV controller 73 via the wireless communication unit. The billing amount of the TV is read and executed (step 751, exemplified as “recording medium reading means”).

Next, in step 752, the control unit of the recording medium type locking / unlocking device 71 determines whether there is no read image information or a QR code, and if it is not a QR code or there is no image information, there is no customer. Is output to the room management apparatus 5 via the wireless communication unit 715 together with the ID information and the guest room number (“if the information read from the recording medium is false or the information cannot be read, there is no required processing. As an example of “absence output means for outputting a signal”), the process returns to the start. If it is a QR code, step 753 is executed (illustrated as an example of step 752, “based on information read by recording medium reading means”).

Next, in step 753, the control unit of the recording medium type locking / unlocking device 71 converts the read QR code into ID information (specifically, character information), and sends the room management device 5 to the floor management devices 8, 81, 82. ,... (Step 752 exemplifies as an example of “based on information read by recording medium reading means”).

Next, in step 754, the control unit of the recording medium type locking / unlocking device 71 receives the wireless communication unit from any of the floor management devices 8, 81, 82, ... from the room management device 5. Based on the authentication information as to whether or not the ID information is legitimate, if the authentication is NG, the process returns to the start, and if the authentication is OK, step 756 is executed (step 754, “the information read by the recording medium reading means”). As an example of “based on”).

Next, in step 756, the control unit of the recording medium type locking / unlocking device 71 determines whether the QR code unit 25 is inserted from the outside of the door or the inside from the direction of the QR code read in step 751. To do. In the case of insertion from the outside, the process proceeds to step 757, and in the case of insertion from the inside, the process proceeds to step 756 (illustrated as an example of step 756, “based on information read by recording medium reading means”).

Next, in step 757 to step 772, the control unit of the recording medium type locking / unlocking device 71 locks or unlocks the QR code unit 25 because it is inserted from the outside. In step 757, the current key state is determined based on information from the lock mechanism unit 716. If the current key state is locked, the process proceeds to step 758, and if it is unlocked, the process proceeds to step 773 (step 757).

Next, if it is determined in step 757 that the key is in the locked state, the control unit of the recording medium type locking / unlocking device 71 determines in step 758 that the ID information converted from the read QR code is for customer use in step 761. If the ID information is for the cleaner, the process proceeds to step 760. If the ID information is for the inspector, the process proceeds to step S759 (step 758, “based on the information read by the recording medium reading means”). As an example). If the ID information is a master key, the process unlocks unconditionally and returns to the start.

Next, if the control unit of the recording medium type locking / unlocking device 71 is determined to be for the customer in the determination in step 758, the inspection work is completed in step 761, and the guest room is in a state where no other guest is provided. It is determined whether or not the customer is waiting. If the customer is waiting, the process proceeds to step 771. If the customer is not waiting, return to the room without doing anything because the room should not be entered yet. Then, the process returns to the start (exemplified as an example of step 761, “based on information read by recording medium reading means”).

Next, in step 771, the control unit of the recording medium type locking / unlocking device 71 instructs the locking mechanism unit 716 to unlock, and instructs the air conditioner ON and the lamp ON via the wireless communication unit 715 (step 771, “locking / unlocking”). Exemplified as an example of “means”). Then return to start.

  If the controller of the recording medium type locking / unlocking device 71 is determined to be for the cleaner in the determination of step 758, in step 760, it reads out the occupancy information from the storage unit to determine whether the customer is absent, If it is not present (YES in step S760 in FIG. 7), the process proceeds to step 770. If it is present (No), the process returns to the start without unlocking. Note that the setting of the occupancy information indicating whether the customer is absent or in the occupancy will be described later in step 784 (illustrated as an example of step 760, “based on information read by recording medium reading means”).

When the control unit of the recording medium type locking / unlocking device 71 determines that it is absent (YES) in the determination of step 760, in step 770, the control unit instructs the lock mechanism unit 716 to unlock, and via the wireless communication unit 715. The air conditioner ON and the light ON are instructed, and further, ID information, the guest room number, and the signal output during cleaning are transmitted to the room management device 5 via the wireless communication unit 715, and a signal for lighting the lamp being cleaned is displayed on the display unit 713. It is output (exemplified as an example of “locking / unlocking means” in step 770) (exemplified as an example of “in-cleaning instruction output means”). The room management device 5 receives this information and regularly (for example, monthly) counts the room that is being cleaned based on the guest room number and the cleaning performed by the employee based on ID information that identifies the employee as history information. It memorize | stores in a memory | storage part as possible. Then return to start.

If the control unit of the recording medium type locking / unlocking device 71 determines that it is for the inspector in the determination in step 758, it reads out the occupancy information and information indicating whether the inspection is being requested from the storage unit in step 759. It is determined whether the customer is absent and an inspection request is being made. If YES (YES in step 759 in FIG. 7), the process proceeds to step 772, otherwise (NO in step 759), the process returns without unlocking. Return to the start. Note that the setting of the occupancy information indicating whether the customer is absent or in the room will be described later in step 784, and the setting of the information indicating whether or not the inspection is being requested will be described later in step 776 (step 758, “Recording medium”). As an example of “based on information read by reading means”).

When the control unit of the recording medium type locking / unlocking device 71 determines that the inspection is being requested and the customer is absent (YES) in the determination in step 759, the lock mechanism unit 716 is instructed to unlock in step 772, The air conditioner ON and the lamp ON are instructed via the wireless communication unit 715 (step 772, illustrated as an example of “locking / unlocking means”). Then return to start.

When the control unit of the recording medium type locking / unlocking device 71 determines that unlocking is determined in step 757, in step 773, the control unit outputs a signal indicating locking to the locking mechanism unit 716, and via the wireless communication unit 715. Then, the air conditioner is turned off and the light is turned off, and information indicating the absence is output to the room management apparatus 5 through the wireless communication unit 715 together with the ID information and the guest room number, and other various services and various paid services are terminated. Next, the process proceeds to step 774 (illustrated as an example of “turning off the power supply of an electrical device in a room as a required process”).

In step 774, the control unit of the recording medium type locking / unlocking device 71 determines the type of the QR code unit 25 as in step 758. If it is for an inspector, the control unit executes step 762 and ID information indicating that the inspection is complete. The information and the guest room number are output to the room management apparatus 5 via the wireless communication unit 715 (step 762, exemplified as an example of “cleaning completion instruction output unit”). In step 774, the type of the QR code unit 25 is determined. If it is for a cleaning person, step 776 is executed, and information indicating the inspection request is sent to the room management apparatus 5 together with the ID information and the guest room number. (Step 776). In step 774, the type of the QR code unit 25 is determined. If it is for a customer, step 775 is executed, and information indicating the absence of the customer is sent to the room management apparatus 5 through the wireless communication unit 715 together with the ID information and the room number. Output and the time when the customer should be checked out (information received by instructing the room management device 5), the room management is permitted via the communication IF for the settlement total processing. It transmits to the apparatus 5 (step 775).

The control unit of the recording medium type locking / unlocking device 71 determines that the key code is in the locked state from the lock mechanism unit 716 in step 777 if the insertion direction of the QR code unit 25 is from the inside as determined in step 756. The process proceeds to step 779, and if it is in the unlocked state, in step 778, an instruction signal is output to the lock mechanism unit 716 to lock the lock. (Exemplary as an example of “step 778,“ locking / unlocking means ”) (exemplified as one instruction of“ instruction output means for outputting plural types of instructions ”). However, in a state where the QR code portion 25 is inserted from the inside, it can be locked by turning the unlocking thumb turn 717 or unlocked. This is to cope with a case where a plurality of guests stay in the same guest room and another person goes out of the guest room while one person remains in the guest room.

In step 779, the control unit of the recording medium type locking / unlocking device 71 performs the same determination as in step 758 by reading the QR code read in step 751, and checks whether the QR code unit 25 is for customers or not. The process proceeds to Step 782, Step 780, and Step 781, respectively, depending on whether it is for the cleaning person (exemplified as an example of Step 779, “because of reading by the second recording medium reading means”).

In step 780, the control unit of the recording medium type locking / unlocking device 71 outputs the ID information, the information indicating that the inspection is being performed, and the guest room number to the room management device 5 via the wireless communication unit 715 and the display unit 713. Output via the display IF to indicate that the inspection is in progress on the inner display unit 722 (step 780, exemplified as an example of “processing means for performing necessary processing other than locking / unlocking”) (“multiple types of instructions are displayed. As an example of 1 instruction of “instruction output means for output”). The room management device 5 receives these pieces of information and regularly (for example, monthly) tabulates which rooms are inspected based on the guest room number and the inspections performed by the employees based on ID information for identifying the employees as history information. It memorize | stores in a memory | storage part as possible.

In step 781, the control unit of the recording medium type locking / unlocking device 71 outputs the ID information, the information indicating that cleaning is being performed, and the guest room number to the room management device 5 via the wireless communication unit 715, and the display unit 713. Output via the display IF to indicate that the inspection is in progress on the inner display unit 722 (step 781, exemplified as an example of “processing means for performing necessary processing other than locking / unlocking”) (“plural types of instructions Exemplified as one instruction of “instruction output means to output”) (illustrated as an example of “instruction output means during cleaning”). Since it is already displayed in step 770 that cleaning is in progress, the cleaner does not need to insert the QR code portion 25 into the card guide 717 from the inside of the door. This means that when the cleaning staff cleans the guest room, the doors of multiple guest rooms remain open, and the doors are opened and closed one after another with the same cleaning tools (vacuum cleaner, mop, sheets, towels). This is because work efficiency is poor. The room management device 5 receives this information and regularly (for example, monthly) counts the room that is being cleaned based on the guest room number and the cleaning performed by the employee based on ID information that identifies the employee as history information. It memorize | stores in a memory | storage part as possible.

In step 782, the control unit of the recording medium type locking / unlocking device 71 is a case where the customer QR code unit 25 is inserted and designated by the instruction button 721. Explained as an example of “processing means for performing required processing other than locking / unlocking due to operation”) (exemplified as an example of “instruction input means”) or by a paid service registered in advance as check-in information at the time of check-in When the pay service to be instructed is activated, for example, when the pay service is viewed on the TV 72 via the TV controller 73 (YES in step 782), the process proceeds to step 783. In step 783, room management is performed. Corresponding frequency for pay service (set in the operation setting in FIG. 5) to the device 5 via the wireless communication unit 715 As an example of “processing means for performing required processing other than locking / unlocking”, information indicating that a withdrawal of the frequency is required, the ID information, and the guest room number are transmitted (step 783). Example) (Exemplary as one instruction of “instruction output means for outputting plural types of instructions”), the process proceeds to step 784. If it is determined in step 782 that the pay service has not been activated, the process proceeds to step 784.

In step 784, the control unit of the recording medium type locking / unlocking device 71 outputs the ID information, the information about the guest room, and the guest room number to the room management device 5 via the wireless communication unit 715 and the display unit 713. Output via the display IF to indicate that the room is a guest room on the inner display unit 722 (step 784, exemplified as an example of “processing means for performing necessary processing other than locking / unlocking”) (“multiple types of instructions As an instruction of “instruction output means for outputting“). At the same time, as a free service, a service in which “v” of the pay designation A set in the operation setting of FIG. Signal output). The room management device 5 receives this information, records which room is in the room based on the guest room number, and the usage history information of the customer based on the ID information for identifying the customer. Store in the storage unit as possible.

Following Steps 780, 781, and 784, the control unit of the recording medium type locking / unlocking device 71 outputs necessary information other than the above information to the outside in Step 785. For example, when a button for instructing the start of various pay services with an internal display read in step 751 is read via the button input IF, the ID information and the room number and the pay to start are sent to the room management device 5 here. The service ID information for specifying the service is output via the wireless communication unit 715, and the fact that the designated pay service has been started is displayed on the inner display unit 722 via the display IF (step 785, unlocking / unlocking). Exemplified as an example of “processing means for performing other required processing”).

It should be noted that the information indicating that the inspection is being performed and the occupancy information in steps 780 and 784 are output only when the CCD camera recognizes the QR code of the QR code section 25 from the card guide 717 (that is, to the card guide 717). It may be configured to output (as long as the QR code 25 is inserted from the door). In this case, information indicating the absence is output to the room management apparatus 5 through the wireless communication unit 715 together with the ID information and the guest room number, and other various services and various paid services are terminated. (Exemplified as an example of “turning off the power of an electrical device in a room as a required process”).

Such a configuration can prevent a customer or an inspector from detecting that no one is left in the room without forgetting to insert the QR code 25 into the card guide 717 from outside in step 773 and locking it. Further, when the QR code portion 25 is pulled out of the door, the air conditioner is not turned off and the light is turned off in step 773. It may be configured such that the lock release thumb turn 717 is not known) is turned off. This configuration saves electricity bills even when the customer or inspector forgets to insert the QR code 25 from the outside into the card guide 717 in step 773 and locks the room without leaving anyone in the room (" Exemplified as “output means”).

Note that the TV 72 and the TV 73 can be turned on in Step 771 and cannot be turned on when NO in Steps 773 and 752. The TV controller 73 outputs audio and video information to the video terminal of the TV 72 as in the video game machine, and pay service by the operation setting, check-in information in FIG. Pay TV, karaoke, games, etc. will be provided according to the start. When providing these paid services, the respective paid service designation information, ID information, and guest room number are transmitted from the recording medium type locking / unlocking device 71 to the room management device 5, and the room management device 5 is based on these information, The frequency for the paid service is withdrawn from the account specified by the ID information.

Next, the electric circuit and mechanism in the recording medium type locking / unlocking device 71 will be described based on FIG. 8 (electric circuit and mechanism block diagram of the recording medium type locking / unlocking device). The lock mechanism part 716 built in the door includes a charging part 810 (included in the power supply part 712), an unlocking thumb turn 717, and a lock made of iron (conductive and conductive metal is good) dead bolt 800. , A thumb-turn driving force transmission mechanism 815 for transmitting a manual driving force from the unlocking thumb-turn 717 to the dead bolt 800, a coil 808 for picking up electric power generated by the dead bolt 800, and a self for locking and unlocking the dead bolt 800 It comprises a holding solenoid 811, a latch bolt 802 that latches the door without locking, a ball 718, a handball driving force transmission mechanism 814 that transmits a manual driving force of the ball 718 to the latch bolt 802, and a control unit 711.

Further, as a mechanism for the door to self-generate electricity, it is obtained through a hinge that pivotally supports the door on the wall and a rotational force transmission mechanism 806 that increases the rotational driving force from the hinge at a predetermined reduction ratio. The motor 803 for supplying power to the charging unit 810 (example of self-power generation), the solar power generation element 805 (example of self-power generation) disposed on the outer outer surface of the door, and the rotational driving force of the handle 718 at a predetermined reduction ratio A rotational force transmission mechanism 807 for increasing the speed and a motor 804 (an example of self-power generation) that obtains rotational force from the rotational force transmission mechanism 807 and supplies electric power to the charging unit 810 are provided.

Further, the stainless steel seat 801 provided on the wall facing the rotating end of the closed door prevents the door from opening the dead bolt 800 and the latch bolt 802 protruding from the lock mechanism 716 of the door. Lock so that. In addition, the seat 801 is provided with a coil 812 that receives AC power from the AC power source 812 and electromagnetically induces it through a dead bolt 800 (an example of a protruding portion) that protrudes when locked (an example of electromagnetic induction). The AC power supply 812 may be supplied with an AC voltage having a frequency higher than 50 to 60 Hz to increase the efficiency of electromagnetic induction. In this case, for example, 50 Hz AC 100 V may be rectified to be a DC power supply, the DC power supply may be connected to the anode of the thyristor, a 1 Kz clock may be input to the gate, and a 1 Kz ON-OFF signal may be output from the cathode.

An electric double-layer capacitor in which an AC wave electromagnetically induced from the coil 812 via the dead bolt 800 is picked up by the coil 808 and functions as a rechargeable battery via a rectifier circuit and a filter circuit in the charging unit 810. Is charged. The electric double layer capacitor is also charged with electric power from the motor 803, the solar power generation element 805, and the motor 804. (Hereinafter, charging via the AC power source 812, the coil 812, the dead bolt 800, the coil 808, and the charging unit 810 is referred to as first charging means.)

The dead bolt 800 obtains the driving force from the unlocking thumb turn 717 via the thumb turn driving force transmission mechanism 815, the driving force from the self-holding solenoid 811, and the unlocking and unlocking drive from the master cylinder 720. By obtaining the force, the door is locked by protruding in the direction of the wall-side receiving seat 801, or the door is moved away from the state protruding in the direction of the receiving seat 801 to unlock the door. The self-holding solenoid 811 protrudes when receiving a positive voltage from the control unit 711, and maintains that state even when the electric power becomes 0V after that. Even if it becomes electric power, the state is maintained. In this embodiment, power from the charging unit 810 is provided to the self-holding solenoid 811 via the control unit 711.

In addition, a power line communication module is attached to the AC power source 812, and the power line communication module superimposes a superposed wave on the AC voltage. Communication control may be performed between the TV controller 73, between the air conditioner, between the electric lights, and other electrical devices controlled by the other recording medium type locking / unlocking device 71.

Further, in this embodiment, the AC power is received by the door in a non-contact manner through the dead bolt 800. However, the electric power from the outside of the door is received by a conductive metal member (charge transmitting member) other than the dead bolt. It may be. A wall where a charge transmission member is arranged at the end of the door on the rotating shaft side so as not to obstruct the door rotation (for example, projecting into a space outside the door turning radius from the opposite side of the door opening / closing direction) You may make it protrude from the door side. If it does in this way, even if it is not the locked state which the dead bolt 800 protruded to the wall side, it can charge.

Further, a second embodiment (hereinafter referred to as second charging means) of the charging means will be described with reference to FIGS. In FIG. 8, the control unit 711, the handle 718, the handle driving force transmission mechanism 814, the latch bolt 802, the charging unit 810, the unlocking thumb turn 717, the thumb turn driving force transmission mechanism 815, the dead bolt 800, the self-holding solenoid 811, the alternating current The power source 812 is also used as the second charging means (FIG. 9).

As the second charging means, instead of the dead bolt 800 in the first charging means, coils 812 and 808 are wound around the center portions of the U-shaped iron cores 902 and 910, respectively. The iron cores 902 and 910 include a resin portion 906 that is an engineering plastic with high wear resistance between both ends of a U-shape. In addition, since both ends of the U-shaped iron cores 902 and 910 are exposed to the outside, the corners are chamfered or rounded, but when the opposing surfaces of the iron cores 902 and 901 make a flat surface as much as possible, It is formed to increase the contact area.

In this embodiment, the iron core 910 side is fixed to the door, and the iron core 902 protrudes from the wall toward the door via a spring 903 (extension / contraction means) so as to come into contact with the iron core 910 when the door is closed. One end of the spring 903 is fixed to the iron core 902 side, and the other end is fixed to the back side of the chamber (meaning space) 901 and is urged toward the door by the spring 903. In addition, a long hole 905 formed long in the protruding direction between both ends of the U-shape of the iron core 902 is provided. To the outside, the protrusion to the outside by the urging force of the spring 903 is restricted. Further, the iron core 902 is guided by the receiving seat 801 so as to protrude in a substantially predetermined track, but there is a slight gap between the receiving seat 801 and the iron core 902.

For this reason, even when the door frame is not parallel to the door and the door frame is erected, the back side corner of the iron core 902 is either one of the gaps formed in the vertical and horizontal directions with respect to the protruding direction. Therefore, when contacting the iron core 910 (electromagnetic inducible material), it can adhere along the planes of the opposing surfaces of 910 and 902.

In other words, it is common to form a gap of about 10 mm between the door and the door frame, but it is extremely high by forming a magnetic circuit without space loss by closely contacting the iron cores 910 and 902 as described above. Charge efficiency can be achieved. As the second charging means, since the iron core 902 directly contacts the iron core 910 when the door is closed, the charging efficiency of the charging unit 810 by electromagnetic induction is extremely high.

It is a block diagram which shows the structure of the recording medium type locking / unlocking system in one Embodiment of this invention. FIG. 3 is a diagram showing the appearance of a registration card 23 FIG. 3 is a diagram showing the appearance of a registration card 23. It is a figure which shows the external appearance of the check-in terminal device 4. It is explanatory drawing which shows the screen displayed at the time of the operation setting for every service set with the room management apparatus 5. FIG. It is explanatory drawing which shows the cross-sectional image inside the door in the recording medium type locking / unlocking apparatus in one Embodiment of this invention. It is a flowchart figure which shows the operation | movement in the recording medium type locking / unlocking apparatus in one Embodiment of this invention. It is an electric circuit and mechanism block diagram in the recording medium type locking / unlocking device in one Embodiment of this invention. It is 2nd Embodiment block diagram of the charging means in the recording medium type locking / unlocking apparatus in one Embodiment of this invention. It is 2nd Embodiment detailed explanatory drawing of the charging means in the recording medium type locking / unlocking apparatus in one Embodiment of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Recording medium type locking / unlocking system, 2 ... Registration apparatus, 3 ... Management apparatus, 4 ... Check-in terminal apparatus, 5 ... Room management apparatus, 6 ... Counter payment apparatus, 7 ... Guest room control system, 71 ... Recording medium type locking / unlocking device, 8, 81, 82 ... Floor management device, 9 ... Floor deposit acceptance device, 11 ... Tenant terminal, 714 ... CCD camera, 717 ... card guide, 713 ... display unit, 722 ... internal display unit, 800 ... dead bolt, 803, 804 ... motor, 810 ... charging unit, 811 ..Self-holding solenoid

Claims (5)

In the electric door-type locking / unlocking device provided with a locking / unlocking means for unlocking or locking the door by a driving force by electric power in the door,
Provide charging means in the door,
Electricity that is a driving force for unlocking or locking by the locking / unlocking means is charged to the charging means by electromagnetic induction from the outside, and the electromagnetic induction protrudes from at least one of a door and an adjacent portion adjacent to the door. An electric locking / unlocking device characterized by being made through a protruding portion. The electric locking / unlocking device according to claim 1, wherein the protruding portion protrudes from at least one of the door and the adjacent portion via expansion / contraction means that can expand and contract in a protruding direction. In the electric door-type locking / unlocking device provided with a locking / unlocking means for unlocking or locking the door by a driving force by electric power in the door,
Provide charging means in the door,
An electric locking / unlocking device characterized in that the charging means is charged with self-power generation as a driving force for unlocking or locking by the locking / unlocking means. 4. The electric locking / unlocking device according to claim 3, wherein the self-power generation converts an operation driving force of the door knob or an opening / closing driving force of the door into electric power. The electric locking / unlocking device according to any one of claims 3 to 4, wherein the self-power generation obtains electric power by solar power generation.