JP4644384B2 - Management device in parking lot - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to an apparatus for managing vehicle delivery particularly in a parking lot.
[0002]
[Prior art]
In a conventional parking lot, for example, when a parking ticket issued by a fee payment machine at the time of warehousing is inserted into the fee payment machine at the time of delivery, the parking fee is displayed, and when the parking fee is paid, it is prepared separately from this fee payment machine. It can be delivered by operating the control panel.
[0003]
[Problems to be solved by the invention]
However, the user must always carry the parking ticket from the time of receipt to the time of delivery, and there is a risk of losing the parking ticket during that time. Also, if the parking ticket is lost, the parking room where the warehousing vehicle is parked must be identified and searched by various methods in order to unload the warehousing vehicle, which may also interfere with parking management. .
[0004]
An object of the present invention is to prevent parking tickets from being lost in a parking lot, simplify parking management, and improve convenience for a user and a parking lot manager.
[0005]
[Means for Solving the Problems and Effects of the Invention]
The present invention will be described with reference to the reference numerals of the drawings (FIGS. 1 to 3) of the embodiments described later.
The parking lot management apparatus according to the invention of claim 1 is configured as follows.
[0006]
A camera (12) for taking a picture of the vehicle (2) placed on the turntable (10) in the warehousing room (1) and a picture of the incoming vehicle (2) taken by the camera (12) A display device (17) having a screen (23) to be copied, and a vehicle selection device (18) for the user to select an image of the incoming vehicle (2) imaged on the display device (17). The display device (17) has a screen (23c) that displays a parking fee for the selected warehousing vehicle (2) based on a selection command signal from the vehicle selection device (18) at the time of delivery.
[0007]
Therefore, at the time of delivery, the user enters the incoming vehicle (2) by checking the video on the display device (17) and selects the parking fee on the screen (23c) of the display device (17). Therefore, it becomes unnecessary to issue a parking ticket, preventing the parking ticket from being lost, simplifying the parking management by paperless, and improving the convenience of the user and the parking lot manager.
[0008]
Further, the display device (17), based on the selection command signal from the vehicle selected device during unloading (18), the user screen View daylight face of the driver for the selected goods receipt vehicle (2) (23c) And parking lot manager so that it can be confirmed. Therefore, it is not only easier for the driver who is the unloading operator to confirm his / her vehicle (2) by the image of the display device (17) at the time of unloading, but the parking lot manager matches the unloading operator and the driver. such that easy to confirm the sex.
[0009]
Further, a charge detection device (19) is provided for determining whether or not the parking fee projected on the screen (23c) of the display device (17) has been paid. The parking fee to be paid may be cash or card processing. When the charge detection device (19) determines that the parking fee has been paid, the drive control device (22) instructs the warehousing drive device (7) to enter the warehousing selected by the vehicle selection device (18). An unloading operation for transferring the vehicle (2) from the parking room (5) to the unloading room (1) is performed. Therefore, parking management can be simplified by performing the leaving operation on the condition that payment of the parking fee is completed.
[0011]
Further, a vehicle identification factor recognition device (15) for recognizing a manufacturer name, a vehicle name, a vehicle body color, a vehicle body shape, a vehicle number, and a storage time, which are factors for specifying the storage vehicle (2), and a storage vehicle at the time of delivery (2) A vehicle specifying factor command device (16) in which a user commands a manufacturer name, a vehicle name, a vehicle body color, a vehicle body shape, a vehicle number, and a warehousing time, which are factors for specifying (2). The vehicle retrieval device (21) compares the vehicle identification factor command signal from the vehicle identification factor command device (16) with the vehicle identification factor recognition signal from the vehicle identification factor recognition device (15). A vehicle specific factor recognition signal corresponding to the command signal is determined. In the display device (17), a user or a parking lot manager confirms a screen (23b) that displays only the video of the warehousing vehicle (2) related to the vehicle specific factor recognition signal determined by the vehicle search device (21). Have to be able to.
[0012]
Therefore, the search function makes it easy to check the own warehousing vehicle (2) from the video on the display device (17) when leaving.
[0016]
DETAILED DESCRIPTION OF THE INVENTION
Hereinafter, a multistory parking lot according to an embodiment of the present invention will be described with reference to the drawings.
<Outline of the parking lot shown in FIG. 1 (a)>
A vehicle 2 can enter and leave the entrance / exit room 1 on the ground floor through the entrance / exit 3. In the central room 1a of the loading / unloading room 1, the lifting / lowering room 4 extends from the ground floor to the top floor. Parking rooms 5 are arranged in parallel on both sides of the lifting / lowering room 4 extending from the second floor to the top floor.
[0017]
In the warehousing drive device 6 and the warehousing drive device 7 shown in FIG. 2, a comb-like elevating platform 8 is provided in the elevating chamber 4 so as to be moved up and down by a suspended elevating mechanism 9, and the central chamber 1 a of the warehousing chamber 1. A comb-like turntable 10 is provided, and a comb-like traverse base 11 is provided in each parking chamber 5. In this warehousing drive device 6, the vehicle 2 placed on the turntable 10 in the warehousing / exiting room 1 is changed in direction by the turntable 10, and then transferred from the turntable 10 to the lifting / lowering base 8. The mechanism 9 moves up to a predetermined floor, is transferred from the lifting platform 8 to the ramp 11, and is moved into the parking room 5 together with the ramp 11. In this exit drive device 7, the vehicle 2 that has been transferred from the parking room 5 to the lifting / lowering room 4 together with the traversing platform 11 on the predetermined floor is transferred from the traversing platform 11 to the lifting platform 8, and is then moved in / out by the lifting / lowering mechanism 9. After moving down to the chamber 1, the elevator 8 is transferred to the turntable 10, the direction is changed by the turntable 10, and the cargo is discharged from the loading / unloading chamber 1.
[0018]
<Parking management device>
A plurality of vehicle photographing cameras 12 shown in FIG. 2 are arranged in the loading / unloading room 1 and take images of the front side, the rear side, the left side, the right side, the upper side, and the like of the vehicle 2 loaded into the loading / unloading room 1. In FIG. 1A, only the camera 12 that captures the image of the front side of the vehicle 2 is illustrated.
[0019]
A management panel 13 shown in FIGS. 1A and 1B is installed outside the loading / unloading port 3, and the central processing unit 14 shown in FIG. 2 and the vehicle specific factor recognition device 15 connected to the central processing unit 14. , A vehicle specific factor command device 16, a display device 17, a vehicle selection device 18, a charge detection device 19, and a warehousing command device 20. The warehousing drive device 6, the warehousing drive device 7 and the vehicle photographing camera 12 are also connected to the central processing device 14. A vehicle search device 21 and a loading / unloading drive control device 22 are incorporated in the central processing unit 14. On the front side of the management panel 13, the screen 23 of the display device 17, the charge port 24 (the bill port 24 a and the coin port 24 b) of the charge detection device 19, the change port 25, A receipt issuing port 26, a command switch 20a of the warehousing command device 20, a screen enlargement adjustment button 21a of the vehicle search device 21, and the like are provided. The command switch 16a of the vehicle specific factor command device 16 and the selection switch 18a of the vehicle selection device 18 are each represented as a touch sensor on the screen 23 of the display device 17 (see FIG. 3).
[0020]
Now, when the vehicle 2 enters the outside of the entrance / exit 3 and stands by, and the entry permission is given during the standby, the door (not shown) of the entrance / exit 3 is opened. The vehicle 2 that has been waiting enters the entrance / exit room 1 through the entrance / exit 3 and is placed on the turntable 10. The vehicle photographing camera 12 takes images of the vehicle 2 entering the entry / exit room 1 through the entrance / exit 3 from each direction. A driver or the like who gets off the vehicle 2 entering the entry / exit room 1 exits the entry / exit port 3 and operates the entry command switch 20a of the management panel 13. Based on the warehousing command signal from the warehousing command switch 20a, the drive control device 22 of the central processing unit 14 instructs the warehousing driving device 6 to move the vehicle 2 that has entered the warehousing and evacuating chamber 1 into the warehousing and unloading chamber 1. The warehousing operation for transferring the car to a specific parking room 5 is performed. Moreover, the door of the entrance / exit 3 is closed.
[0021]
The video of the warehousing vehicle 2 taken by the vehicle photographing camera 12 is directly sent to the central processing unit 14, subjected to various image processing by the central processing unit 14, and is displayed on the screen 23 of the display unit 17. As described above, from the time when the warehousing permission is issued until the warehousing command switch 20a is operated, the video of one vehicle 2 that has been admitted into the warehousing room 1 is displayed on the screen 23, and the parking lot manager In the administrator room, the same screen as the screen 23 can be seen and monitored. In other cases, the screen is normally switched to the retrieval initial screen 23a shown in FIG. 3 (a).
[0022]
The video of the warehousing vehicle 2 taken by the vehicle photographing camera 12 is first sent to the vehicle identification factor recognition device 15. Based on the video, the vehicle identification factor recognition device 15 recognizes the vehicle identification factor that is displayed on the initial retrieval screen 23a. The recognized vehicle identification factor is sent to the vehicle search device 21 of the central processing unit 14 and stored therein. This vehicle identification factor is, for example, a manufacturer name stored as a character such as Toyota, a car name stored as a character such as a Corolla, a body color stored as an actual sample color, a sedan, a two-door, etc. The vehicle shape is stored as a character or an actual sample shape, the vehicle number is stored as the last four digits, and the warehousing time is stored when the warehousing command switch 20a is pressed.
[0023]
When a driver or the like who has returned to the parking lot looks at the initial retrieval screen 23a and presses the vehicle specific factor command switch 16a (touch sensor) corresponding to an arbitrary vehicle specific factor, the details of the vehicle specific factor are expanded. A midway search screen (not shown) is displayed. An arbitrary vehicle specifying factor is further selected from the midway search screen by the vehicle specifying factor command switch 16a (touch sensor). Thereafter, if necessary, the same search is performed again by returning to the initial retrieval screen 23a. In response to the search end signal, the vehicle search device 21 compares the vehicle specific factor command signal from the command switch 16a with the vehicle specific factor recognition signal from the vehicle specific factor recognition device 15, and uses this as the vehicle specific factor command signal. A corresponding vehicle specific factor recognition signal is determined. When the vehicle identification factor is the manufacturer name, the vehicle name, the vehicle body color, or the vehicle body shape, all the incoming vehicles 2 corresponding to the vehicle identification factor actually selected by the vehicle identification factor command switch 16a (touch sensor) are selected. The If the vehicle identification factor is the vehicle number, the number entered in the numeric input area of any digit in the lower four digits input area is confirmed by the vehicle identification factor command switch 16a (touch sensor), and the confirmed input All the incoming vehicles 2 corresponding to the vehicle number having a number are selected. When the vehicle identification factor is the warehousing time, a vehicle identification factor command switch 16a (touch sensor) that is within a predetermined range including the inputted warehousing time out of the warehousing time that is the time when the warehousing command switch 20a is pressed. ), And all the warehousing vehicles 2 corresponding to the confirmed warehousing time are selected.
[0024]
When the incoming vehicles 2 are narrowed down by sequentially searching in this way, for example, as shown in FIG. 3B, the screen changes to a midway search screen 23b showing only the determined incoming vehicles 2. Various intermediate search screens can be arbitrarily enlarged by the screen enlargement adjustment button 21 a of the vehicle search device 21.
[0025]
When a driver or the like views the search screen 23b on the way and presses the vehicle selection switch 18a (touch sensor) corresponding to his / her vehicle 2, as shown in FIG. 3C, the vehicle from the vehicle selection switch 18a is displayed. Based on the selection signal, the screen changes to a final search screen 23c that shows only the own vehicle 2 and the parking fee table 27. In the parking fee table 27, the central processing unit 14 is based on the parking time from the entry time when the command switch 20a is pressed to the exit time when the vehicle selection switch 18a is pressed. The parking fee calculated by is displayed. On the final search screen 23c, the front side of the vehicle 2 is copied and the driver's face can be seen. The parking lot manager can check the face of the driver or the like by looking at a screen similar to the screen 23c in the manager room. When a driver or the like looks at the final search screen 23c to confirm his / her own vehicle 2 or his / her face and enters a parking fee into the fee opening 24, the fee detection device 19 determines payment of the parking fee. . When the charge detection device 19 determines that the parking fee has been paid, a delivery command signal is sent to the drive control device 22 of the central processing unit 14. The drive control device 22 instructs the warehousing drive device 7 on the basis of the evacuation command signal to perform a warehousing operation for transferring the vehicle 2 from the specific parking chamber 5 to the warehousing chamber 1. In addition, the door of the entrance / exit 3 is opened. The driver drives his / her vehicle 2 that has returned to the loading / unloading room 1 to exit. Thereafter, the open / close door of the loading / unloading port 3 is closed, and the display device 17 is switched to the retrieval initial screen 23a when leaving.
[Brief description of the drawings]
FIG. 1A is a longitudinal sectional view schematically showing a parking lot according to the present embodiment, and FIG. 1B is a front view schematically showing a management board.
FIG. 2 is an electric block circuit diagram schematically showing a management system according to the present embodiment.
FIG. 3 is a front view showing a change of a screen of a display device in the management board.
[Explanation of symbols]
DESCRIPTION OF SYMBOLS 1 ... Entry / exit room (entrance room, shed room), 2 ... vehicle, 5 ... parking room, 7 ... shed drive device, 12 ... vehicle photography camera, 15 ... vehicle specific factor recognition device, 16 ... vehicle specific factor command device, DESCRIPTION OF SYMBOLS 17 ... Display device, 18 ... Vehicle selection device, 19 ... Charge detection device, 21 ... Vehicle search device, 22 ... Drive control device, 23 ... Display device screen, 23a ... Initial search screen at delivery, 23b ... Midway search screen, 23c ... Final search screen.

Claims (1)

A camera that takes a picture of the vehicle placed on the turntable in the warehousing room ,
A display device having a screen that captures a video of the warehousing vehicle photographed by the camera ;
A vehicle selection device for the user to select an image of the incoming vehicle imaged on the display device ;
And rate detection device for determining whether or not a parking fee has been projected on the screen of the display device has been paid for the goods receipt vehicle as based came selection the selection command signal from the vehicle selection device during unloading,
When the charge detection device determines that the parking fee has been paid, the drive control device instructs the warehousing drive device to perform a warehousing operation for transferring the warehousing vehicle selected by the vehicle selection device from the parking room to the warehousing room. Equipment,
A vehicle identification factor recognition device for recognizing a manufacturer name, a vehicle name, a vehicle body color, a vehicle body shape, a vehicle number, and a warehouse time, which are factors for identifying the warehouse vehicle;
A vehicle specific factor command device that commands a manufacturer name, a vehicle name, a vehicle body color, a vehicle body shape, a vehicle number, and a storage time, each of which is a factor that identifies a vehicle to be stored when leaving,
A vehicle for comparing a vehicle specifying factor command signal from the vehicle specifying factor command device with a vehicle specifying factor recognition signal from the vehicle specifying factor recognition device to determine a vehicle specifying factor recognition signal corresponding to the vehicle specifying factor command signal With search device
And the display device uses a screen that displays the driver's face for the selected storage vehicle and a screen that displays only the video of the storage vehicle related to the vehicle specific factor recognition signal determined by the vehicle search device. The parking lot management device is provided so that a person or a parking lot manager can check .

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