JP7429261B2 - Mechanical parking building security interlocking system - Google Patents

Description

The present invention relates to a mechanical parking lot building security interlock system that links a mechanical parking lot and building security.

JP-A-2015-45176 (Patent Document 1) is known as a conventional mechanical parking lot building security interlocking system . Patent Document 1 discloses an elevator that includes an elevator control panel that controls the operation of a car, and a vehicle exit instruction device that is provided in the car and that instructs a vehicle parked in a multi-level parking lot to exit. The vehicle leaving instruction device inputs vehicle information by reading vehicle information from a storage means storing vehicle information of a vehicle to be left, and enters an input disabled mode in which vehicle information set in normal times cannot be input. an input means having an input enable mode in which vehicle information can be input; and an input means having an input mode in which vehicle information can be input; and an exit instruction signal for a vehicle specified by the vehicle information inputted by the input means, to the multi-storey parking lot via the elevator control panel. An elevator comprising an exit instruction signal transmitting means for transmitting an exit instruction signal to a multilevel parking lot control panel that controls exit processing for parked vehicles, and a mode transition means for shifting the input means from the input disabled mode to the input enabled mode. is listed.

Japanese Patent Application Publication No. 2015-45176

However, the conventional mechanical parking lot building security interlocking system described in Patent Document 1 is effective only within a limited route that can be determined to be a user of the mechanical parking lot, and the user cannot be predicted along the way. If actions were included, sufficient effects could not be expected.

SUMMARY OF THE INVENTION An object of the present invention is to provide a mechanical parking lot building security interlocking system that can accurately identify users of a mechanical parking device in a timely manner and further improve convenience for users.

The mechanical parking building security interlocking system according to the first aspect includes an operation panel that is provided near the entrance of the parked vehicle and into which a password is input, and that is connected to the operation panel to control the entry and exit operations of the parked vehicle. a mechanical parking lot control panel installed adjacent to a security building; and a building security panel installed in the security building and storing a building user database. and a mechanical parking lot building security interlocking system connected to the mechanical parking lot building security system, which is installed adjacent to the operation panel and connected to the building security system, while the mechanical parking lot control panel is connected to the mechanical parking lot building security system. An IC reader is provided which is not connected to the building security system and reads an IC authentication medium used by building users in the building security system, and the mechanical parking lot control panel which is not connected to the IC reader is connected to the mechanical parking lot control panel. It has a function of displaying an IC authentication medium reception screen on the operation panel controlled by the control panel, and the IC information stored in the IC authentication medium read by the IC reader is used for building use provided in the building security panel. The IC information is compared with the building user information pre-stored in the building user database in the person determination unit, and if it is determined that the IC information is the information of the building user, the IC information provided in the building security panel is checked. A user operation permission transmitting unit transmits a building user operation permission signal to the mechanical parking lot control panel, and a continued operation permission unit provided in the mechanical parking lot control panel that has received the building user operation permission signal is configured to A continuation operation permission signal is sent to an operation panel control unit connected to the operation panel, and a PIN code input to the operation panel and the machine parking lot control panel are determined by a PIN determination unit provided in the mechanical parking lot control panel. When it is determined that the PIN number matches the PIN number in the PIN number list stored in advance in It is configured to start operating the machine parking lot.

According to the machine parking lot building security interlocking system according to the first aspect, when a machine parking lot is configured adjacent to a security building, the use of the machine parking lot is controlled by the operation panel installed near the parking lot entrance. Since the process starts when the IC authentication medium used in the security building is held up, users of the mechanical parking lot can be determined in a timely and accurate manner, further improving convenience for users. In addition, since the IC authentication medium used in the building security system is also used when using the machine parking lot, building users can pass through the building security system simply by carrying the IC authentication medium used in the building security system. At the same time, you will be able to use the machine parking lot. Furthermore, among building users, machine parking lot users can be easily and reliably identified without adding any new components.

1 is a block diagram of a mechanical parking lot building security interlock system according to an embodiment of the present invention; FIG. 2 is a flowchart showing the processing operation of the mechanical parking lot building security interlock system shown in FIG. 1. FIG.

Embodiments of the present invention will be described below based on the drawings.

FIG. 1 is a block configuration diagram showing a schematic configuration of a mechanical parking lot building security interlocking system according to an embodiment of the present invention.

A mechanical parking lot constructed adjacent to a building such as an apartment building has an operation panel 1 disposed near the entrance thereof. This operation panel 1 includes a touch panel type liquid crystal screen 2 that prompts the machine parking lot user to perform various operations on a display screen and can be operated by touch, and a speaker 3 for providing audio guidance to supplement the operation. The entrance/exit door open button 4 and the entrance/exit door close button 5 are operated mainly by the manager to open and close the entrance/exit door, and IC authentication such as an IC tag or an IC card that a building user possesses in advance It has an IC reader 6 and the like that reads IC information when a medium is held over it.

Here, what differs from the normal configuration is the IC reader 6, which is an IC tag that is carried by building users such as residents of adjacent condominiums and is used in the building security system in the condominium itself. It is the same as the IC reader 6 used in building security systems, or the same as the IC reader 6 used in building security systems. Therefore, when a building user uses the machine parking lot, it is no longer necessary to carry both the IC authentication medium used in the building security system and the other IC authentication medium used in the machine parking lot.

Although the IC reader 6 in FIG. 1 is shown as being placed separately from the operation panel 1, it is incorporated into the operation panel 1. This IC reader 6 is not connected to the control system of the mechanical parking lot, but is connected to the building security panel 7 in the building security system.

In addition to the normal configuration, the building security panel 7 has an IC reader 6 connected to the operation panel 1 that is held over an IC authentication medium owned by residents or users of the condominium and used in the building security system. A building user determination section 8 reads the IC information and determines whether the owner is a building user, and when the building user determination section 8 makes a determination, the machine is It has a building user operation permission transmitting section 9 that transmits an operation permission signal to the parking lot control panel 11.

The machine parking lot control panel 11 in the machine parking lot warehouse 10 includes an operation panel control section 12 that is connected to the operation panel 1 and controls the operation panel 1, and a machine parking lot control panel 11 that is connected to the operation panel 1 and controls the operation panel 1. A mechanical parking lot main control unit 13 that starts controlling the parking lot, a continuation operation permission unit 14 that causes the operation panel control unit 12 to continue subsequent processing when an operation permission signal is received from the building security panel 7, and a memory. It has a password list 15 stored within the unit , and a password determination unit 17 configured within the operation panel control unit 12.

The PIN number list 15 manages the PIN numbers registered in advance in the machine parking lot by the machine parking lot users. When requested by a parking lot user, the input number is used by the password determination section 17 to determine whether the input number matches a password registered in advance.

Next, a case will be described in which a mechanical parking lot is used using an IC authentication medium in a building security system.

FIG. 2 is a flowchart showing the operation of the mechanical parking lot building security interlock system described above.

Usually, building users go out with an IC authentication medium in the building security system in their possession. When the building user uses a private car in the mechanical parking lot, he or she stands in front of the control panel 1 in the mechanical parking lot, and in step S1, he or she securely inserts the IC authentication medium in the building security system that he or she currently has into the control panel 1. Hold it over the IC reader 6. At this time, the "IC authentication medium reception screen" is displayed on the touch panel type liquid crystal screen 2 of the operation panel 1 controlled by the operation panel control unit 12 in the mechanical parking lot control panel 11, and the user is prompted to input the IC authentication medium. The user is prompted to touch the IC reader 6, and the liquid crystal screen 2 is in a touch waiting state in this state.

Then, while the machine parking lot user is operating on the operation panel 1 in the machine parking lot, the building user determination section 8 in the building security panel 7 reads the IC information through the IC reader 6 in step S2 and decides to use the building. The user determination process starts. A building user database is stored in the building security panel 7 in advance, and the IC information read through the IC reader 6 is used to refer to the building user database and determine whether the person is a building user.

At this time, the building user operation permission transmitting section 9 of the building security panel 7 transmits a building user operation permission signal to the mechanical parking lot control panel 11 side in step S3. Upon receiving this building user operation permission signal, the continuation operation permission section 14 gives a continuation operation permission signal to the operation panel control section 12, and proceeds to the next stage of the preset series of processes.

This is a PIN input process, and the operation panel control unit 12 displays a ``PIN input screen'' on the touch panel LCD screen 2 in step S4, and instructs the machine parking lot user to input the PIN number. prompt. Therefore, the machine parking lot user inputs a pre-assigned password from the touch panel type liquid crystal screen 2.

Since it has already been confirmed in step S2 that the current machine parking lot user is a building user, in step S4, there is no need to possess or use another IC authentication medium exclusive to the machine parking lot side, and the process is relatively simple. To reliably identify a machine parking lot user by determination using a simple password.

Therefore, users of the mechanical parking lot do not need to carry the IC authentication medium for the building security system and other IC authentication medium exclusively for the mechanical parking lot side when going out; If you only carry the media with you, you can easily use your own car in a mechanical parking lot.

In step S5, the operation panel control section 12 causes the password determination section 17 to start determination processing using the password that has just been input. The password determination unit 17 searches the password list 15 in which passwords are stored in advance, and determines whether the currently input password is registered.

As a result, if the password determination unit 17 determines that the currently input password is registered in the password list 15 , the operation panel control unit 12 sends a start signal to the machine parking lot main control unit 13 in step S6. Then, the machine parking lot main control unit 13 starts the unloading process or the unloading process.

In this way, when a mechanical parking lot is configured adjacent to a security building such as an apartment building, the mechanical parking lot can be used only by using the IC authentication medium in the building security system. In this way, building users such as condominium residents will be able to pass through the building security system and use the mechanical parking lot simply by carrying around the IC tag or other IC authentication medium used in the building security system. The convenience of using the machine parking lot attached to the building will be further improved.

Moreover, since the machine parking lot can be used in the same way as the IC authentication medium is used in a security building, there is no need to be confused about how to use it. In other words, in either case, the user only needs to hold the IC authentication medium over the IC reader.

As explained above, the mechanical parking building security interlocking system of the present invention includes an operation panel 1 that is installed near the entrance for parked vehicles and into which a password is input, and a control panel 1 that is connected to the operation panel 1 for entering and exiting parked vehicles. A mechanical parking lot control panel 11 that controls operations, a mechanical parking lot installed adjacent to the security building, and a building security panel 7 installed in the security building and storing a building user database. A building security system including a machine parking lot building security interlock system, which is installed adjacent to the operation panel 1 and is connected to the building security system, and a machine parking lot building security interlock system that is connected to An IC reader 6 is provided which is not connected to the parking lot control panel 11 and reads an IC authentication medium used by building users in the building security system. It has a function of displaying an IC authentication medium reception screen on the operation panel 1 controlled by the mechanical parking lot control panel 11, and the IC information stored in the IC authentication medium read by the IC reader 6 is displayed on the building security panel 7. The building user determination unit 8 provided in A building user operation permission transmitting unit 9 provided transmits a building user operation permission signal to the mechanical parking lot control panel 11, and a continuation operation permission provided in the mechanical parking lot control panel 11 that receives the building user operation permission signal is issued. The unit 14 transmits a continued operation permission signal to the operation panel control unit 12 connected to the operation panel 1, and the password determination unit 17 provided in the mechanical parking lot control panel 11 determines the password and the password input to the operation panel 1. When it is determined that the PIN number matches the PIN number in the PIN list stored in advance in the machine parking lot control panel 11, the operation panel control section 12 gives an operation start signal to the machine parking lot main control section 13 to start parking the machine. The parking lot main control unit 13 is configured to start operating the mechanical parking lot.

According to this configuration, when a machine parking lot is configured adjacent to the security building, the machine parking lot can be used by using the control panel 1 installed near the machine parking lot entrance on the security building side. Since the process starts when the IC authentication medium is held up, the user of the mechanical parking lot can be determined in a timely and accurate manner, further improving convenience for the user. In addition, since the IC authentication medium used in the building security system is also used when using the machine parking lot, building users can pass through the building security system simply by carrying the IC authentication medium used in the building security system. At the same time, you will be able to use the machine parking lot.

Furthermore, a touch panel type liquid crystal screen 2 as the operation panel 1 is used as a password input screen, and a password determination section 17 is provided for determining whether the password input by the machine parking lot user is a registered number registered in advance. Therefore, among building users, machine parking lot users can be easily and reliably identified without adding any new components. Further, since there is no need to exchange large amounts of data between the building security panel 7 and the mechanical parking lot control panel 11, the overall configuration can be simplified and related processing can be facilitated.

1 Operation panel 2 LCD screen 6 IC reader 7 Building security panel 8 Building user determination unit 9 Building user operation permission transmission unit 11 Mechanical parking lot control panel 13 Mechanical parking lot main control unit 17 PIN number determination unit

Claims (1)

The parking lot includes an operation panel provided near the entrance of the parked vehicle and into which a password is input, and a mechanical parking lot control panel connected to the operation panel and controlling the entry and exit operations of the parked vehicle, A machine parking lot will be installed adjacent to the security building,
A mechanical parking lot building security interlocking system connected to a building security system including a building security panel installed in the security building and storing a building user database,
An IC authentication medium installed adjacent to the operation panel and connected to the building security system, but not connected to the mechanical parking lot control panel, and used by building users in the building security system. An IC reader is installed to read the
The mechanical parking lot control panel not connected to the IC reader has a function of displaying an IC authentication medium reception screen on the operation panel controlled by the mechanical parking lot control panel,
The IC information stored in the IC authentication medium read by the IC reader is collated with building user information pre-stored in the building user database in a building user determination section provided in the building security panel. is,
When it is determined that the IC information is information of the building user, a building user operation permission transmitting unit provided in the building security panel transmits a building user operation permission signal to the mechanical parking lot control panel,
A continuation operation permission section provided in the mechanical parking lot control panel that has received the building user operation permission signal transmits a continuation operation permission signal to an operation panel control section connected to the operation panel,
A password determination unit provided in the mechanical parking lot control panel determines that the password entered into the operation panel matches a password in a password list stored in advance in the mechanical parking lot control panel. The machine parking lot building security interlock is configured such that the machine parking lot main control unit starts operation of the machine parking lot when the operation panel control unit gives an operation start signal to the machine parking lot main control unit. system.

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