KR20110048224A - System and method for management a living space using the one-pass tag - Google Patents

Abstract

PURPOSE: A system and method for management a living space are provided to offer a parking service using an one-pass tag composed of a vehicle tag and a resident tag. CONSTITUTION: An one-pass tag comprises a vehicle tag(20) which monitors an engine state and a resident tag(30) which transmits a situation signal. A parking lot gate reader(110) is installed in the gate of a parking place and receives an intrinsic code number of a vehicle tag. A parking lot internal reader(120) is installed inside the parking lot in the same interval and receives the intrinsic code number which is transmitted by the vehicle tag. A positioning server(210) receives the serial number, creates parking space information, and grasps the floor information of the resident.

Description

Parking and access management system using one pass tag, and how to manage parking for household members and access for household members {SYSTEM AND METHOD FOR MANAGEMENT A LIVING SPACE USING THE ONE-PASS TAG}

The present invention relates to a parking and access management system using a one-pass tag to recognize the location and information of the vehicle and the household members through the tag using the CSS wireless communication method and to control and manage the home network devices accordingly.

Today, as the development of home network systems has rapidly developed the automation of residential environment, home network systems in large residential environments such as apartment complexes are being realized in earnest.

Through this, it is possible to check the location of household members and vehicles through the wall pad for not only the optimal environment in the house but also parking and entrance.

However, in such a parking or entry / exit management system, a system that can strictly manage visits of household members and non-family members is inadequate, which causes inconveniences to the use of private life and convenience facilities by frequent outsiders.

Therefore, an object of the present invention for solving the above problems is a parking and access management system using a one-pass tag for providing services such as entry and exit and parking induction, parking location confirmation, parking location notification, such as parking location notification of the household member through a wireless vehicle tag To provide.

In addition, an object of the present invention is to provide a parking and access management method using a one-pass tag for providing services such as the apartment member entrance and exit and automatic operation of the elevator, the door lock release through a wireless generation member tag.

The present invention according to the above object is a tag having any one or more of the active or passive transmission method to wirelessly transmit a unique code number to a reader operating within a radius range, it is connected to the vehicle internal circuit to detect the starting OFF state A one-pass tag having a vehicle tag and an emergency button configured to include a household member tag for transmitting an emergency signal; A parking lot entrance reader installed at a parking lot entrance to receive a unique code number of the vehicle tag; A plurality of readers installed inside the parking lot at equal intervals and receiving unique code numbers transmitted by the vehicle tag detecting the vehicle starting OFF; It is installed at the entrance of the common entrance, and the common entrance reader for transmitting the unique code number of the household member tag; An elevator reader installed near the elevator door to receive a unique code number of the household member tag; A location recognition server that receives the vehicle tag unique code number from the inside reader of the parking lot, generates parking position information of the vehicle, and receives a generation member tag unique code number from the elevator reader to determine a floor location of the household member; Receives the vehicle tag unique code number and the reader unique code number from the parking lot entrance reader to grasp the vehicle information, and transmits the breaker operation command signal to the breaker to release the breaker at the entrance of the parking lot when the vehicle information matches the household member information. A parking management server; The elevator member receives the household member tag unique code number and the reader unique code number from the elevator reader, finds the address of the household member, and sends the elevator operation command signal to the elevator to move to the floor of the corresponding address when the household member boards the elevator. A server; When receiving the household member tag unique code number and the reader unique code number from the common door reader, and confirms that the member is a household member, it is characterized by consisting of a management server that transmits the front door operation command signal to the front door operating device to open the common front door. It is achieved by a parking and access management system using a one-pass tag.

In addition, the present invention, the parking management server is requested to upgrade the vehicle parking position information from the location recognition server, it is preferable to upgrade the parking lot status information-information analyzing the position and distribution of the vehicle parked in the parking lot in real time.

In addition, according to the present invention, the parking management server simultaneously transmits the optimal parking position information selected by the parking lot state information-the location where the vehicle distribution degree is the lowest and easy to park at the time of transmitting the breaker operation command signal, Preferably, the optimal parking position information is received and the optimal parking position information is displayed.

According to the present invention, it is preferable that the parking management server further comprises a wall pad installed in the home to receive and display the vehicle information and vehicle parking position information of the household transmitted.

In addition, according to the present invention, the household member tag, the emergency button configured to notify the central office of the emergency situation of the household member; A parking position checking button configured to receive current vehicle parking position information of the household member; When the emergency button is pressed, the unique code number of the household member tag and the emergency situation identification code are transmitted to the management server through the inside reader of the parking lot. When the parking position confirmation button is pressed, the unique code number of the household member tag and the parking confirmation identification code are pressed. A control unit which transmits the current vehicle parking position information generated from the parking management server by transmitting to the parking management server through any one of the readers; A wireless unit wirelessly transmitting a unique code number and an identification code by a command of the controller and receiving current vehicle parking position information from the parking control server; Preferably, the display unit is configured to be a liquid crystal display that displays the current vehicle parking position information.

In addition, according to the present invention, it is installed on the button inside the elevator, and repeats the selection or cancellation each time the household member tag contact, and further includes a button reader for receiving the household member unique code number and transmitting it to the elevator operation server, It is preferable that the elevator reader receives the generation member unique code number and the button reader unique code number and transmits an elevator operation command signal to the elevator to move the elevator to the floor of the selected button.

In addition, according to the present invention, the generation one tag receives the wake-up of each reader as an active tag and transmits its own code number to the reader and sleep to minimize power consumption when the wake-up signal of the reader is not transmitted. It is preferable to switch to the mode state and pass the unique code number to the reader in accordance with contact with the reader as a passive tag.

Further, according to the present invention, in order to use the parking lot of the household members, further includes a temporary vehicle tag for transmitting a unique code number to the parking lot entrance reader when entering and exiting the parking lot, the uniqueness of the temporary vehicle tag through the parking lot entrance reader It is preferable that the parking management server, which has received the code number, upgrade the parking state information (parking space and distribution of the parking vehicle, etc.) of the parking management server.

In addition, according to the present invention, the reader is installed on the front door for each generation, and further comprises a door lock reader to receive the unique code information of the generation member tag and transmits it to the management server with the reader unique code number, the door lock reader It is preferable that the management server receiving the generation member unique code number and the reader unique code number from the generation unit after confirming that the generation member is a door lock release command signal to the door lock.

According to the present invention, it is preferable to further include a wall pad for receiving household member emergency situation information generated by the complex management server and household member parking position information generated by the parking management server and displaying it.

In addition, according to the present invention, when the vehicle enters the breaker installed at the entrance of the parking lot, the parking lot entrance reader installed at one side of the breaker is a unique code of the vehicle tag or temporary vehicle tag so as to check whether the vehicle is a member of the household. A generation member vehicle identification step of determining whether the vehicle is a household member or a non-family member vehicle with the unique code number to the parking management server when the number is received; If it is determined that the vehicle possesses the vehicle tag, the parking management server releasing and informing the breaker of the breaker control command signal for releasing the breaker to the breaker; After the vehicle is parked, when the vehicle tag connected to the vehicle power is turned off, the vehicle tag transmits the unique code number of the vehicle tag to the internal reader of the parking lot, and the parking management server and the location recognition server from the internal parking reader. A parking location recognition and notification step of upgrading the parking lot status information by the parking management server that receives the vehicle parking information generated from the location recognition server after receiving the unique code number of the vehicle tag together with the reader unique code number; In order to check the location of the vehicle parked through the household member tag, as the parking member identification button of the household member tag is pressed, the controller of the household member tag generates an identification code for checking the parking position and transmits it to the reader through the wireless unit, and the parking The management server generates a parking position information of the vehicle through the generation member unique code number and the identification code transmitted from the reader and the parking position confirmation step of delivering to the household member tag through the reader; When the vehicle exits the parking lot, the vehicle tag The parking lot entrance reader, which has received the unique code number of the car, delivers it to the parking management server along with the unique code number of the reader. Therefore, the parking management server is preferably configured as a vehicle access check and notification step for upgrading the parking lot status information. .

According to the present invention, in the step of releasing and notifying the breaker, the parking management server transmits a breaker control command signal to the breaker to display the optimal parking space information on the parking lot state information on the parking entrance entrance plate. It is preferable to transmit the parking position message to the display panel device.

Also, according to the present invention, the parking management server transmits the breaker control command signal and the parking location message, and simultaneously notifies the vehicle of the vehicle by the household's generation wall pad according to the household member information of the vehicle to notify that the vehicle has entered the parking lot. It is desirable to send a parking entry message.

In addition, according to the present invention, in the step of releasing and notifying the breaker, when the non-family parking, not the vehicle with the vehicle tag, enters the parking lot with the temporary vehicle tag, the parking management server is a unique code number of the temporary vehicle. It is preferable to perform the parking lot status information upgrade step by recognizing a temporary tag recognition to upgrade only the parking lot status information, and transfer a message to notify the parking signboard to park in the designated parking space.

According to the present invention, in the parking position recognition and notification step, the parking management server preferably further comprises the step of transmitting the parking position information to the wall pad.

According to the present invention, in the parking position checking step, the wall pad requests parking location information to the parking management server, and the parking management server transmits the vehicle parking location information of the household to the wall pad accordingly, thereby providing a wall pad. It is desirable to be able to check through the display unit.

In addition, according to the present invention, the co-string management to receive the unique code number of the household member tag is delivered to the complex management server along with the reader unique code number, the complex management server after confirming that the household member through the generation member tag unique code number A household member location recognition step of transmitting a common entrance operation command signal for opening a common entrance door to the common entrance opening and closing device; when the household member enters the common entrance or lobby or is located on a specific floor, an elevator reader located on each floor is provided. Receives the unique code number of the household member tag and transmits it to the elevator reader and the location recognition server along with the unique code number of the reader, and the location recognition server identifies the floor where the household member is located through the unique code number of the reader and stores it. The elevator reader in the position recognition server An elevator movement control step of receiving an evil household member location information and transmitting an elevator operation command signal to the elevator to transport the elevator to a corresponding floor; the elevator reader of the household member from the management server 240 through the unique code number of the household member tag; The household member tag recognition step of receiving the address information; If the household member wants to move to the floor according to the address information, the elevator reader transmits the floor movement command information to the elevator to move to the floor according to the address information It is preferable that the elevator movement control step.

In addition, according to the present invention, after performing the generation member tag recognition step, if the household member wants to move to another floor without moving to the corresponding floor, the button reader received the tag unique code number by the contact of the household member tag is unique to the reader It is preferable to transmit the code number and the tag and the U-code number to the elevator reader, and the elevator reader to perform the elevator movement control step to move the elevator to the floor corresponding to the button reader.

According to the present invention, it is preferable that the elevator reader in the elevator movement control step notifies the movement of the household member to the wall pad of the household as a message while transmitting an elevator operation command signal for moving the elevator to the floor.

In addition, according to the present invention, after performing the elevator movement control step, the door lock reader installed in front of the house door of the household member to pass the unique code number of the household member tag with the reader unique code number to the complex management server, the complex management The server compares the unique code number of the corresponding door lock reader with the unique code number of the household member, checks whether the door lock of the household is correct, and transmits an unlock command signal to the door lock to open the front door by releasing the lock of the door lock. It is preferable to further include a pad recognition and notification step.

Parking and access control system using the one-pass tag of the present invention by the above-mentioned problem solving means is inconvenient, such as conventional parking location check, parking lot search by providing a parking convenience and parking convenience service of the generation vehicle by the vehicle tag Can be removed.

In addition, the parking and access management system using the one-pass tag of the present invention, the elevator automatically moves to the floor where the household member is located, even if the household member does not go to the elevator through the household member tag, it is possible to automatically move to the lake floor of the household member In use, the hassle of pressing a button disappears and the waiting time can be shortened as much as possible, thereby increasing the convenience of household members.

Hereinafter, an embodiment of a parking and access management system using a one-pass tag of the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram showing an overall configuration of an embodiment of a parking and access management system using a one-pass tag of the present invention.

As shown in the drawing, the present invention provides a plurality of tags, a plurality of readers for recognizing the tags, various servers receiving and processing tag information from the reader, generating and transmitting command data, and notifications transmitted from the server. It consists of a wall pad that displays information.

In addition, as shown in the figure, the reader and the server transmits and receives data through the reader gateway, the workgroup switch and the backbone switch.

The tag includes a temporary vehicle tag 10, a vehicle tag 20, and a generation member tag 30.

The tag is a tag implemented by CSS wireless technology, and the frequency and bandwidth are 2.4 GHz ISM / 22 Mhz or 64 MHz.

The data rate is up to 1Mpbs and the transmission distance is up to 300m.

Positioning method is a wireless technology that can measure both accurate and accurate positioning, both cell and triangulation.

The tag has a tag unique code number, and transmits the unique code number to the reader upon contact with the reader (passive type) or entry into the antenna range of the reader.

The temporary vehicle tag 10 is preferably a contact-type passive tag, which transmits a unique code number to the parking lot entrance reader 110 installed at one side of the breaker at the time of entering and leaving the parking lot for use of the non-family parking lot. do.

Therefore, the unique code number of the temporary vehicle tag is transmitted to the parking management server 270 through the parking lot entrance reader 110 to be the data for upgrading the parking lot status information (parking space and parking vehicle distribution map, etc.) of the parking management server.

The vehicle tag 20 is a smart card type tag inserted into the vehicle, and the vehicle tag also has a unique code number, and wirelessly transmits the unique code number to the parking lot entrance reader and the parking lot internal reader, respectively.

In particular, the vehicle tag 20 is operated by receiving the power of the vehicle. When the vehicle is turned off after the vehicle is located in the parking area, the vehicle information terminal detects this by transmitting a start-off signal to the vehicle tag 20. By passing the unique code number to the reader inside the parking lot to inform the parking position of the vehicle.

In addition, the vehicle tag 20 performs a security function by receiving a security signal through the vehicle information terminal and transmitting it to the reader inside the parking lot. At this time, the security signal is generated through the vehicle information terminal for detecting the vehicle door rim.

The household member tag 30 is a tag for transmitting a unique code number to a parking lot reader, a common entrance reader, an elevator reader, a button reader, and a door lock reader, respectively, and includes both passive and active chips.

As shown in the circuit configuration of the household member tag of FIG. 2, the household member tag is a tag possessed by the household member, and includes a control unit 31, an emergency button 32, a parking position checking button 33, a wireless unit 34, and a display unit. It is a tag provided with 35 and the power supply part 36. As shown in FIG.

The emergency button 32 is a button that a household member presses in an emergency emergency situation occurring in a parking lot. The emergency button transmits a unique code number and an emergency situation recognition code to a complex management server through a reader inside the parking lot by an emergency button. It is possible to promptly inform the station of the emergency of household members.

The parking position confirmation button 33 is a button for confirming the parking position parked by the household member as the area number, and the unique code number of the tag and the parking confirmation recognition code are parked by each reader by the parking position confirmation button. By being delivered to the server, the current vehicle parking position information of the household member can be delivered through the tag.

The tag information according to the emergency button and the parking position checking button can be transmitted data regardless of the position of the reader.

When the emergency button and the parking position confirmation button are pressed, the control unit 31 transmits a unique code number together with the recognition code through the wireless unit, and the vehicle parking position information transmitted through the wireless unit may display the display unit 35. To show through.

The generation one tag receives the wake-up of the reader as an active tag, and transmits its own code number to the reader, and transmits the unique code number to the reader according to contact with the reader as a passive tag.

At this time, in case of active tag, when wake-up signal of reader is not transmitted, it goes into sleep mode to minimize power consumption.

The wireless unit 34 transmits the unique code number and the identification code to the reader, and transmits the parking position information transmitted through the reader to the controller 31.

The power supply unit 36 corresponds to a battery that operates the circuit by supplying power to the controller and the circuit, and the display unit 35 displays parking position information as a code by a liquid crystal display window mounted on one surface of the tag.

The generation member tag is active in all readers except the button reader, and the tag information is transmitted to the reader by contacting the generation member tag directly to the elevator button.

The reader is composed of a parking lot entrance reader 110, a parking lot internal reader 120, a cavity management dust 130, an elevator reader 140, a button reader 150, and a door lock reader 160.

Each reader has a unique code number of the reader, and the tag unique code number transmitted from the tag and its reader unique code number are delivered to the server together.

In addition, all readers except the button reader receive the tag number and the identification code by the emergency button or parking location check button of the household member tag and transmit it to the server.

The parking lot entrance reader 110 is a reader installed at one side of the breaker, which is the entrance of the parking lot, and receives the temporary vehicle tag number and the vehicle tag number and transmits them to the parking management server along with the reader code number.

The parking lot internal reader 120 is a reader which is arranged at a plurality of equal intervals throughout the parking lot, and the inside of the parking lot receiving the signal generated by the vehicle tag with the vehicle starting off at the shortest distance is transferred to the parking management server of the vehicle. The parking location is determined.

In addition, the parking lot internal reader 120 receives the security signal transmitted from the vehicle tag and delivers it to the management server only.

The common prefecture management 130 is a reader installed outside the common entrance door or the lobby of the apartment, and receives the unique code information of the household member tag and delivers it with the reader unique code number to the management server.

In addition, the elevator reader 140 receives the unique code information of the generation member tag and delivers it to the elevator operation server and location recognition server with the reader unique code number.

In addition, the button reader 150 is a reader attached to each floor button installed in the elevator, and receives the unique code number of the household member tag by contacting the household member tag with the reader unique code number assigned to each button It is delivered to the elevator operation server.

In addition, the door lock reader 160 is a reader installed in the front door for each generation, and receives the unique code information of the generation member tag and transmits it to the management server along with the unique code number of the reader.

Servers receiving signals such as unique code numbers from each reader are composed of a location recognition server 210, parking management server 220, elevator operation server 230, only management server 240.

The location recognition server 210 receives the unique code number of the reader and the unique code number of the vehicle tag 20 from the reader inside the parking lot 120, and thereby determine the location of the reader of the unique code number of the reader (cell method) To record the vehicle location.

Alternatively, the location recognition server 210 may record the vehicle location by analyzing the same vehicle tag unique code number simultaneously transmitted from a plurality of readers to determine the vehicle location (triangulation).

In addition, the location recognition server 210 receives the reader's unique code number and the household member's unique code number from the elevator reader 140 installed on the floor, the household member is located on the floor where the reader is installed to ride the elevator It is recorded as the household member position.

The location recognition server 210 records the vehicle parking location and the location of the household member, and the location information at the request of the parking management server 220, the elevator reader 140, and the complex management server 240 which will be described below. Will be delivered.

The parking management server 220 stores the unique code number of the vehicle tag and the corresponding vehicle information, and receives the unique code number of the reader and the unique code number of the vehicle tag from the parking lot entrance reader 110 registered vehicle tag After confirming that the unique code number of the circuit breaker operation command signal for operating the circuit breaker to generate and deliver to the circuit breaker, the circuit breaker allows the vehicle to enter the parking lot in accordance with the circuit breaker operation command signal.

In addition, at the same time as the transfer of the breaker operation command signal, the parking management server 220 is parked so as to present the optimal parking position according to the current parking state information on the display board (located above the breaker) to guide the parking space of the entry vehicle. The location guide message is generated and delivered to the signboard.

In addition, at the same time as the parking location guidance message delivery, the parking management server 220 will deliver a vehicle entry message to the wall pad of the household.

In order to generate the vehicle entry message, the parking management server 220 receives the generation source address information corresponding to the unique code number of the vehicle tag from the management server 240, and the vehicle entry message on the wall pad of the generation source address. Will be delivered.

In addition, since the parking management server 220 registers only the unique member code of the household member, the temporary vehicle tag is separated from the household member vehicle tag, and when the unique code number of the temporary vehicle tag is received from the parking entrance reader, the breaker is released. And the upgrade of the parking lot status information and the parking location guide service of the signboard only performs the message transmission of the wall pad.

In addition, for the temporary vehicle, it is assumed that parking is only in the parking area according to the parking position guide of the signboard. This is because the parking position is not determined by the unique code number of the temporary vehicle. This is for ease of upgrade.

The parking management server 220 receives the unique code number of the reader and the unique code number of the vehicle tag 20 from the reader 120 inside the parking lot to determine the location of the vehicle according to the vehicle location information from the location recognition server 210 You will be asked to upgrade the parking lot status information via the requested vehicle location information.

The state information of the parking lot is data on the actual position of the vehicles parked in the parking space of the parking lot, and through this, the parking guidance message service which guides the parking in the low-distribution parking area by grasping the distribution map of the parking vehicles. Will be provided.

 In addition, the parking management server 220 transmits the vehicle parking location information requested from the location recognition server 210 to the wall pad as a message.

In addition, the parking management server 220 receives the parking location confirmation button identification code of the household member tag through the reader, thereby receiving the vehicle parking location information from the location recognition server 210 to wirelessly transmit to the household member tag. .

Alternatively, when the parking location check request message is transmitted from the wall pad, the parking management server 220 receives the vehicle parking location information from the location recognition server 210 and transmits it to the wall pad.

The elevator operation server 230 describes the address according to the unique code number of the household member tag, the number of floors and the lake according to the address.

 Therefore, when the elevator operation server 230 receives the reader unique code number and the unique code number of the household member tag from the elevator reader 140, the floor member is requested to receive the household member location information from the location recognition server 210 and the household member is located. The elevator operation command signal is transmitted to the elevator so that the elevator moves.

In addition, when the elevator operation server 230 receives the unique code number of the button reader 150 and the unique code number of the generation member tag, the elevator operation command signal for moving the elevator to the floor of the corresponding button is transmitted to the elevator.

That is, the buttons such as the floor, the opening, and the closing of the elevator are all constituted by a reader, so that contacting the generation tag is performed by a person with the touch of a hand in the same operation as selecting and canceling the button.

The complex management server 240 receives the unique code number of the joint management code 130 and the unique code number of the generation member tag to confirm that the household member, and transmits the common entrance opening command signal to the common hall.

In addition, when only the management server 240 receives the emergency button recognition code of the generation member tag from each reader, the location recognition server 210 is requested to receive the generation member location information to the central management center and the wall pad of the household .

In addition, the complex management server 240 receives the unique code number of the door lock reader 160 and the unique code number of the generation member tag and confirms that the household member, and then transfers the door opening command signal to the door lock operated by the home network system door lock Causes the lock to be released. In connection with this, after confirming that they are members of the household, they are notified on the wall pad.

In addition, the complex management server 240 notifies the wall pad of the household of the stolen state of the vehicle through the security signal received from the reader 120 inside the parking lot to dispatch the security guard.

3 is a flowchart illustrating a parking service method using a one pass tag according to the present invention.

As shown in the figure, first, when the vehicle enters the breaker installed at the entrance of the parking lot, the household member vehicle checking step (S10) of confirming whether the vehicle is a household member is performed.

In the above step, when the parking lot entrance reader 110 installed at one side of the breaker receives the unique code number of the vehicle tag 20 or the temporary vehicle tag 10, the parking management server 220 together with the reader unique code number. Will be delivered to

The parking management server 220 determines that the temporary parking vehicle or the household member vehicle is in the parking standby state at the entrance of the parking lot through the unique code numbers, and determines that it is the household member vehicle through the unique code number of the vehicle tag to release the breaker. Delivers a breaker control command signal to the breaker.

That is, in this case, when a vehicle having a vehicle tag enters (S11), the breaker release and notification step (S20) is performed. The parking management server 220 converts the breaker control command signal for the release of the breaker into the breaker. At the same time, the optimal parking space is found in the parking space appearing in the parking lot status information, and the parking position message is transmitted to the display board apparatus to be displayed on the parking entrance entrance board.

At the same time, the parking management server 220 transmits a parking entry message of the vehicle to notify that the vehicle has entered the parking lot by the generation wall pad of the corresponding owner according to the owner information of the vehicle.

 In addition, when a non-parking vehicle other than a vehicle having a vehicle tag enters a parking lot with a temporary vehicle tag, the parking management server 220 recognizes a unique code number of the temporary vehicle and upgrades only the parking lot status information and designates the parking. The parking lot status information upgrade step S9 is performed by recognizing a temporary tag that transmits a message to notify the parking lot display board to park the space.

After performing the above breaker release and notification step (S20), if the household vehicle finds a parking space and parks (the household vehicle does not necessarily have to park at the parking space location indicated on the signboard. Since the parking position is not determined in the parking space, the parking state information is upgraded to the same information only by parking only in the designated parking space through the signboard.), The parking position recognition and notification step (S30) is performed.

In this step, when the vehicle tag 20 connected to the vehicle power is turned off, the vehicle tag 20 transmits the unique code number of the vehicle tag 20 to the reader 120 inside the parking lot.

The parking lot internal reader 120 transmits the unique code number of the vehicle tag to the parking management server 220 and the location recognition server 210 together with the unique code number of the reader.

The location recognition server 210 analyzes and records the parking location of the vehicle according to the reader unique code number.

The parking management server 220 receives the parking location information from the location recognition server 210 is transmitted to the wall pad and used to upgrade the parking lot status information.

In the state of the vehicle is recorded on the position recognition server 210 and the parking management server 220 by the above step, the parking position checking step of confirming the position of the vehicle parked through the household member tag 30 ( S40) is performed.

In the above step, as the parking position confirmation button of the household member tag is pressed, the controller of the household member tag generates a parking position identification code and transmits it to the reader through the wireless unit.

At this time, the reader may be any reader other than the button reader.

The parking management server 220 transmits the parking position information of the vehicle to the household member tag through the reader through the identification code transmitted from the household member tag through the reader.

At this time, the household member tag can check the parking position information received through the reader through the display unit.

In addition, the wall pad 300 makes a parking location information request to the parking management server 220, the parking management server 220 accordingly transmits the vehicle parking location information of the household to the wall pad, the display of the wall pad We can confirm through wealth.

In addition, the parking management server 220, when the vehicle exits the parking lot, the parking lot entrance reader, which has received the unique code number of the vehicle tag, also delivers it to the parking management server 220 with the reader unique code number. Accordingly, the parking management server 220 completes the entire process of the vehicle access management method of the present invention by performing the vehicle entrance confirmation and notification step S50 of upgrading the parking lot status information.

Figure 4 shows a flow chart of the household member access control method of the present invention.

As shown in the figure, the present invention first performs a generation source position recognition step (S100) for recognizing the position of the generation source.

In the above step, the common string management header 130 receives the unique code number of the household member tag 30 and transmits it to the complex management server 240 together with the reader unique code number, and the complex management server 240 is the household member tag. After confirming that the members of the household through the unique code number of 30 to the common entrance door to open the common entrance door to be transmitted to the common entrance opening and closing device.

When the household member enters the common entrance or lobby or is located on a specific floor, the elevator reader 140 located on each floor receives the unique code number of the household member tag 30 and the elevator reader 140 together with the unique code number of the reader. ) And the location recognition server 210.

The location recognition server 210 identifies the floor where the corresponding member is located through the unique code number of the corresponding reader and stores it, and the elevator reader 140 stores the household member location information identified by the location recognition server 210. The elevator movement control step (S200) of transmitting the elevator operation command signal to the elevator to carry the elevator to the corresponding floor is requested.

At this time, the elevator reader 140 performs a generation member tag recognition step (S300) to receive the address information of the household member from the management server 240 through the unique code number of the household member tag, the household member according to the address information If you want to move to the floor (S301), the elevator reader 140 performs the elevator movement control step (S400) for transmitting the floor movement command information to the elevator to move to the floor according to the address information.

However, if the household member wants to move to another floor without moving to the corresponding floor (S301), the button reader received the tag unique code number by the contact of the household member tag is the reader unique code number and the tag unique code number to the elevator reader (140). ), The elevator reader 140 performs an elevator movement control step (S400) to move the elevator to the floor corresponding to the button reader.

At this time, in the elevator movement control step, the elevator reader 140 notifies the movement of the household member to the wall pad of the household while moving the elevator to the floor.

In addition, the door lock reader 160 installed in front of the house front door of the household member to the elevator to pass the unique code number of the household member tag 30 with the reader unique code number to the complex management server 240, the complex management server 240 ) Compares the unique code number of the corresponding door lock reader with the unique code number of the member of the household, checks whether the door lock of the household is correct, and transmits an unlock command signal to the door lock to open the front door by releasing the lock of the door lock. By performing the wall pad recognition and notification step (S500), the entire process of the household member access management method of the present invention is completed.

In addition, the door lock can be unlocked and the door pad of the home can be unlocked and the household members can be notified of the access.

1 is an overall configuration diagram of a parking and access management system using a one-pass tag of the present invention,

FIG. 2 is a circuit diagram of the generation source tag of FIG.

3 is a flow chart of a parking management method using a one-pass tag of the present invention,

Figure 4 is a flow chart of the access management method using a one-pass tag of the present invention.

* Detailed Description of Drawing References *

10: temporary vehicle tag 20: vehicle tag

30: household member tag 31: control unit

32: emergency button 33: parking position confirmation button

34: wireless unit 35: display unit

36: power supply 101: tag reader gateway

102: workgroup switch 110: parking lot entrance reader

120: parking lot reader 130: hallway reader

140: elevator reader 150: button reader

160: door lock reader 210: location recognition server

220: parking management server 230: elevator operation server

240: only management server 300: wall pad

Claims (21)

It is a tag having one or more of active or passive transmission methods to wirelessly transmit a unique code number to a reader operating within a radius range, and is connected to an internal circuit of a vehicle, and has a vehicle tag and an emergency button for detecting a starting OFF state. There is a one-pass tag consisting of a household member tag for transmitting an emergency signal; A parking lot entrance reader installed at a parking lot entrance to receive a unique code number of the vehicle tag; A plurality of readers installed inside the parking lot at equal intervals and receiving unique code numbers transmitted by the vehicle tag detecting the vehicle starting OFF; It is installed at the entrance of the common entrance, the common entrance reader receiving the unique code number of the generation tag; An elevator reader installed near the elevator door to receive a unique code number of the household member tag; A location recognition server that receives the vehicle tag unique code number from the inside reader of the parking lot, generates parking position information of the vehicle, and receives a generation member tag unique code number from the elevator reader to determine a floor location of the household member; Receives a vehicle tag unique code number and a reader unique code number from the parking lot entrance reader to grasp the vehicle information, and transmits a breaker operation command signal to the breaker to release the breaker at the entrance of the parking lot when the vehicle information matches the household member information. A parking management server; The elevator member receives the household member tag unique code number and the reader unique code number from the elevator reader, finds the address of the household member, and sends the elevator operation command signal to the elevator to move to the floor of the corresponding address when the household member boards the elevator. A server; When receiving the household member tag unique code number and the reader unique code number from the common door reader, and confirms that the member is a household member, it is characterized by consisting of a management server that transmits the front door operation command signal to the front door operating device to open the common front door. Parking and access control system using one pass tag. The method of claim 1, The parking management server receives the vehicle parking location information from the location recognition server and upgrades the parking lot status information-information analyzing the location and distribution of the vehicle parked in the parking lot-in real time. Parking and access control system. 3. The method of claim 2, The parking management server simultaneously transmits the optimal parking position information selected by the parking lot state information-a location where the vehicle distribution degree is the lowest and is easy to park at the same time when the circuit breaker operation command signal is transmitted. Parking and access management system using a one-pass tag, characterized in that for receiving the location information to display the optimal parking location information. The method of claim 1, Parking and access management system using a one-pass tag further comprises a wall pad installed in the home to receive and display the vehicle information and vehicle parking location information of the generation transmitted by the parking management server 220 . The method of claim 1, The household member tag, An emergency button configured to notify the central office of an emergency of household members; A parking position checking button configured to receive current vehicle parking position information of the household member; When the emergency button is pressed, the unique code number of the household member tag and the emergency situation identification code are transmitted to the management server through the inside reader of the parking lot. When the parking position confirmation button is pressed, the unique code number of the household member tag and the parking confirmation identification code are pressed. A control unit which transmits the current vehicle parking position information generated from the parking management server to the parking management server through any one of the readers; A wireless unit wirelessly transmitting a unique code number and an identification code by a command of the controller and receiving current vehicle parking position information from the parking control server; A display unit which is a liquid crystal display for displaying the current vehicle parking position information Parking and access management system using a one-pass tag, characterized in that consisting of. The method of claim 1, It is installed on the button inside the elevator, and repeats the selection or cancellation every time the household member tag contact and at the same time receiving a household member unique code number and further includes a button reader 150 for transmitting it to the elevator operation server, The elevator reader 140 receives the generation member unique code number and the button reader 150 unique code number and parks using a one-pass tag that transmits an elevator operation command signal to the elevator to move the elevator to the corresponding floor of the selected button. And access management system. The method of claim 1, The generation one tag is an active tag that receives the wake-up of each reader and transmits its own code number to the reader. When the wake-up signal of the reader is not transmitted, the generation tag is switched to the sleep mode to minimize power consumption. Parking and access control system using a one-pass tag, characterized in that the passive tag is transmitted to the reader in accordance with the contact with the reader. The method of claim 1, In order to use the parking lot for the non-family member, the vehicle further includes a temporary vehicle tag 10 which transmits a unique code number to the parking lot entrance reader 110 when entering and leaving the parking lot. The parking management server 270, which has received the unique code number of the temporary vehicle tag through the parking entrance reader 110, upgrades the parking lot status information (parking space and parking vehicle distribution map, etc.) of the parking management server. Parking and access control system using pass tag. The method of claim 1, The reader is installed on the front door of each generation, and further includes a door lock reader 160 that receives the unique code information of the generation member tag and delivers it to the management server along with the unique code number of the reader, Only the management server receiving the generation member unique code number and the reader unique code number from the door lock reader 160 confirms that the generation member is a parking and access management system using a one-pass tag, characterized in that to transmit the door lock release command signal to the door lock. . The method according to claim 5 or 9, Parking and access management system using a one-pass tag, characterized in that it further comprises a wall pad for receiving the household member emergency situation information generated by the complex management server and the household member parking location information generated by the parking management server and display it; . The method of claim 1, The complex management server receives the security signal generated by the vehicle information terminal and transmitted to the vehicle tag (signal generated by detecting the door open according to the vehicle security setting state) from the reader inside the parking lot, Parking and access management system using a one-pass tag, characterized in that the alarm signal to the wall pad. When the vehicle enters the breaker installed at the entrance of the parking lot, the parking lot entrance reader 110 installed at one side of the breaker is connected to the vehicle tag 20 or the temporary vehicle tag 10 so as to check whether the vehicle is a member of the household. When the unique code number is received, the reader is transmitted to the parking management server 220 together with the unique code number, and the parking management server 220 identifies the household member vehicle that determines that the household member or the non-family vehicle is the unique code number. Step S10; When it is determined that the vehicle possesses the vehicle tag, the parking management server 220 transmits a breaker control command signal for releasing the breaker to the breaker; After the vehicle is parked, when the vehicle tag 20 connected with the vehicle power is turned off, the vehicle tag 20 transmits the unique code number of the vehicle tag 20 to the reader 120 inside the parking lot, and the parking management server ( 220 and the location recognition server 210 receives the vehicle parking information generated from the location recognition server 210 after receiving the unique code number of the vehicle tag with the reader unique code number from the reader inside the parking lot 120 Parking position recognition and notification step of the parking management server 220 to upgrade the parking lot status information (S30); In order to check the location of the vehicle parked through the household member tag 30, as the parking position confirmation button of the household member tag is pressed, the controller of the household member tag generates a parking position identification code and transmits it to the reader through the wireless unit. The parking management server 220 generates a parking position information of the vehicle through the generation member unique code number and the identification code transmitted from the reader and passes the reader to the generation member tag through the reader (S40); When the vehicle exits the parking lot, the parking lot entrance reader, which has received the unique code number of the vehicle tag, delivers it to the parking management server 220 along with the unique code number of the reader, and thus the parking management server 220 is in the parking lot state. Parking management method using a one-pass tag, characterized in that the vehicle access confirmation and notification step of upgrading the information (S50). The method of claim 12, In the step of releasing and notifying the breaker (S20), the parking management server transmits a breaker control command signal to the breaker and displays the optimal parking space information on the parking lot state information on the parking lot entrance platter. Parking management method using a one-pass tag, characterized in that for transmitting a parking location message. The method of claim 13, The parking management server 220 transmits the breaker control command signal and the parking location message, and at the same time, the parking entry message of the vehicle to the vehicle owner's household wall pad according to the household member information of the vehicle to notify that the vehicle has entered the parking lot. Parking management method using a one-pass tag, characterized in that for transmitting. The method of claim 12, In the breaker release and notification step (S20), when the non-family parking, not the vehicle with the vehicle tag, enters the parking lot with the temporary vehicle tag, the parking management server 220 is a unique code number of the temporary vehicle. One-pass tag, characterized in that to upgrade the parking lot status information only and perform the parking state information upgrade step (S9) through the temporary tag recognition to transmit a message to notify the parking signboard to park in the designated parking space. Parking management method used. The method of claim 12, In the parking position recognition and notification step (S30), the parking management server 220 further comprises the step of transmitting the parking position information to the wall pad parking management method using a one-pass tag. The method of claim 12, In the parking position checking step (S40), the wall pad 300 requests the parking location information to the parking management server 220, and the parking management server 220 accordingly wall pads the vehicle parking location information of the household. Parking management method using a one-pass tag, characterized in that by passing through, so that you can check through the display unit of the wall pad. The common string management to 130 receives the unique code number of the household member tag 30 and delivers it to the management server 240 with the reader unique code number, the complex management server 240 is the household member tag 30 Generation source position recognition step (S100) for transmitting the common entrance operation command signal to open the common entrance door to confirm that the household member through the unique code number of the common entrance opening and closing device; When the household member enters the common entrance or lobby or is located on a specific floor, the elevator reader 140 located on each floor receives the unique code number of the household member tag 30 and the elevator reader 140 together with the unique code number of the reader. ) And the location recognition server 210, and the location recognition server 210 to identify the floor where the generation of the tag is located through the unique code number of the reader and store, the elevator reader 140 is the An elevator movement control step (S200) of receiving an elevator source command information obtained by the location recognition server 210 and transmitting an elevator operation command signal to the elevator to transport the elevator to a corresponding floor; Generation member tag recognition step in which the elevator reader 140 receives a request for the household member's address information from the complex management server 240 through the unique code number of the household member tag (S300); When the household member wants to move to the corresponding floor according to the address information, the elevator reader 140 comprises an elevator movement control step of transmitting the corresponding floor moving command information to the elevator so as to move to the corresponding floor according to the address information. Access management method using a one-pass tag, characterized in that the. The method of claim 18, After performing the household member tag recognition step (S300), if the household member wants to move to another floor without moving to the corresponding floor, the button reader received the tag unique code number by contact of the household member tag and the reader unique code number The tag unique code number is transmitted to the elevator reader 140, and the elevator reader 140 performs an elevator pass control step (S400) to move the elevator to the floor corresponding to the button reader. Access control method used. The method of claim 18, In the elevator movement control step (S400), the elevator reader 140 transmits an elevator operation command signal for moving the elevator to the floor, while notifying the movement of the household member on the wall pad of the household as a message Access control method using tag. The method of claim 18, After performing the elevator movement control step (S400), The door lock reader 160 installed in front of the house front door of the household member delivers the unique code number of the household member tag 30 together with the reader unique code number to the management server 240, and the complex management server 240 is the corresponding door lock. By comparing the unique code number of the reader and the unique code number of the household member, confirming that the door lock of the household is correct, and transmitting the unlock command signal to the door lock to recognize and notify the wall pad that opens the front door by releasing the lock of the door lock. Access management method using a one-pass tag, characterized in that further comprising the step (S500).

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