JPS58201193A - Automatic three-dimensional parking lot management equipment - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an automatic multilevel parking lot management device.

Conventionally, in places with multiple multi-storey parking lots, a staff member is required for each parking lot, and is responsible for allocating cards and issuing parking tickets when entering the parking lot, calculating parking fees, and handling cash payments when exiting the parking lot. Performs a series of tasks such as receiving and receiving cards and instructing the card number stored in the vehicle. A block flow diagram of this series of operations is shown in FIG. 1 at the time of warehousing and FIG. 2 at the time of warehousing.

By automating the series of operations shown in Figures 1 and 2, the present invention allows the attendant to focus more on safety management tasks, and saves labor by eliminating the need for the attendant to deal with parking lots and bases. Another object of the present invention is to obtain an automatic multilevel parking lot management system.

An embodiment of the present invention will be described below.

FIG. 3 is a block diagram showing one embodiment of the present invention. The device of the present invention includes a multi-story parking lot automatic management control section 1 as a control section for automatically managing entry and exit of the multi-story parking lot, a multi-story parking lot device 2 as the main body of the multi-story parking lot, and a multi-story parking lot device 2 as a control section for automatically managing entry and exit of the multi-story parking lot. A warehousing completion signal generation device 3 for notifying the completion of warehousing, a warehousing completion signal generation device 5 for notifying the completion of warehousing, and a charge billing device after the warehousing process is completed. and a card issuing machine 6 that issues a parking ticket to store the parking card number; a card reader 7 that reads the parking ticket when exiting the parking lot; a charge display for paying the parking fee; counting the amount inserted; and checking the authenticity of the money. , a cash input machine 8 for processing change, and a receipt issuing machine 9 for printing receipts. In addition, the multi-story parking lot automatic management control unit 1 determines the current working state (input/output work state, idle state) of the multi-story parking lot device 2.
Multilevel parking lot status check circuit for checking 1-1. A multi-story parking lot status memo IJI-2 that stores the working status, a transmission circuit 1-3 that transmits various commands to the multi-story parking system #2, an empty card search circuit I-4 that searches for an empty card number, Card status (in use,
Cart status management memory l- that stores empty)
5. A card issuing circuit 1-6 that edits data for issuing a parking ticket; a timer 1-7 that manages the current time;
Card reading circuit 1 for reading parking tickets and checking data
-8, Charge discount check circuit l-9 that checks whether or not to discount the parking charge, Charge calculation circuit 1-10 that calculates the parking charge, Charge conversion memo IJI that stores a charge conversion table corresponding to parking time. -11, a fee output circuit 1-12 for outputting the parking fee to the cash input machine 8, and a receipt issuing circuit 1-13 for editing receipt data and outputting it to the receipt issuing machine 9.

The operation of the device of the present invention consists of a warehousing operation and a warehousing operation.

The warehousing operation operates in the order shown by the broken line. In warehousing, when a person who desires warehousing presses the push button 3-1 of the warehousing request signal generation device 3, the warehousing request signal generation circuit 3-
2 operates and a parking request signal is sent to the multi-story parking lot automatic management control unit 1.
transmitted to. In the multi-story parking lot automatic management control unit 1, upon receiving the entry request signal, the multi-story parking lot status check circuit 1-1 operates, and the multi-story parking lot status memo IJI is activated.
-2, check if it is idle,
If it is in the idle state, the multi-story parking lot status memory 1-2 is changed to the warehousing state, and the empty card search circuit 1
Pass the OK signal to -4. An empty card search circuit 1-4 searches the card status management memory 1-5, finds an empty card number, and causes the card status management memory 1-5 of the corresponding empty card number to be in use, and transmits the transmission circuit 1.
Pass the card number information to -3. The transmission circuit 1-3 instructs the multi-story parking lot device 2 to store the corresponding card number. Also, the empty card search circuit 1-4 is the card issuing circuit 1-6.
Give your card number to. Card issuing circuit 1-6 is timer 1
-7 reads the current time and sends the card number and current time to the card issuing machine 6, which issues a parking ticket. When the person who wishes to enter the parking lot finishes entering the parking lot device 2, he or she takes a parking ticket and presses the push button 4-1 of the entry completion signal generation device 4, thereby generating the entry completion signal generation circuit 4-.
2 is activated, and the information is transmitted to the multilevel parking lot automatic management control section 1. In the multi-story parking lot automatic management control unit 1, the multi-story parking lot status check circuit 1-1 confirms that the parking lot is currently in the parking state using the multi-story parking lot status memo IJ 1-2, and sends a warehousing completion signal to the transmission circuit 1-3. A transmission instruction is given to the multi-story parking lot 2. The transmission circuit 1-3 sends an entry completion signal to the multi-story parking lot 2, and the multi-story parking lot 2 returns a closing completion signal to the transmission circuit 1-3 after closing the door. When the transmission circuit 1-3 receives the close completion signal, it changes the status state of the multi-story parking lot status memory 1-2 from the warehousing state to the idle state.

The operation principle from this point to the north is when entering the warehouse. Next, we will discuss the operating principle when leaving the warehouse.

When leaving the parking lot, the person who wishes to leave the parking lot inserts the parking ticket into the card reader 7, as shown in the solid line, and an interrupt signal is generated, and the multi-level parking lot status check circuit 1-1
operates, refers to the multi-story parking lot status memory 1-2, confirms that the status is idle, passes an OK signal to the card reading circuit 1-8, and exits the multi-story parking lot status memory 1-2. transition to the state.

The card reading circuit 1-8 sends a reading command to the card reader, reads the parking ticket information (card number, parking time, *II discount @), and passes it to the fare discount check circuit 1-9. In this embodiment, the discount information is obtained by punching the discount level into the ticket in advance, as shown in FIG. Take. The charge discount check circuit 1-9 converts the discount level into time and passes the information to the charge calculation circuit 1-10. Charge calculation circuit 1-1
0 reads the current time from the timer l-7, calculates the parking time (current time - parking time, discount conversion time), calculates the parking fee by referring to the fee conversion memo IJI-11, and outputs the parking fee to the fee output circuit 1-12. Transfer card status management memory l-5
The status of the corresponding card number is set to vacant. Further, the fee calculation circuit 1-10 passes the card number to the transmission circuit Ml-3, and the transmission circuit I-3 outputs an exit command to the multi-story parking system 2. On the other hand, the fee output circuit 1-12 outputs the parking fee to the money input machine 8, and the money input machine 8 sends an OK double signal when the money transfer process is normally completed to the receipt issuing circuit 1-13.
Reply to. Receipt issuing circuit 1-13 receives parking time information;
The parking fee etc. are edited and sent to the receipt issuing machine 9 to issue a receipt. The person who wishes to exit the garage finishes the exit work, receives the receipt, and presses the push button 5-1 of the exit completion signal generator 5, which activates the exit completion signal generation circuit 5-2. Upon receiving this signal, the person checks the multi-storey parking lot status. The circuit 1-1 refers to the multi-storey parking lot status memory 1-2, confirms that it is in the exit state, and instructs the transmission circuit 1-3 to send an exit completion instruction signal to the multi-storey parking system 2.

The transmission circuit 1-3 transmits the exit completion instruction signal to the multi-story parking lot device 2.
The multi-story parking lot device 2 closes the door and returns a close completion signal to the transmission circuit 1-3. When receiving the close completion signal, the transmission circuit 1-3 causes the multi-level parking lot status memory to transition from the delivery state to the idle state.

In the above embodiment, a punch card is used as a parking ticket, but a mark card, QC card, or magnetic card can also be used. Push button 5 of signal generator 5
-1 can be used at an infrared center.

As described above, according to the present invention, by automatically managing a multi-story parking lot, the work of the staff can be focused on more safety management work, and the staff does not have to deal with the parking lot-base, resulting in labor savings. It is possible to obtain a multilevel parking lot automatic management device that is possible.

[Brief explanation of the drawing]

Fig. 1 is a conventional work block chart when the vehicle is parked, Fig. 2 is a conventional work block chart when the vehicle is out of stock, Fig. 3 is a block diagram showing one embodiment of the present invention, and Fig. 4 is a parking diagram. It is a figure showing an example of a ticket. l... Multi-story parking lot automatic management control unit, 2... Multi-story parking lot device, 6... Card issuing machine, 7... Card reader, 8
...Money insertion machine. (7317) Representative Patent Attorney Kensuke Norichika (1 person) 1st
Figure 2

Claims (1)

[Scope of Claims] A multi-story parking lot device, a card issuing machine that issues a card that can store information for parking fee calculation and card number information, and displays the parking fee when exiting the parking lot, inserts money, checks money, and inserts money. A cash input machine that can calculate amounts and refund change,
A card reader that can read cards, and a memory that stores a timer, card status, multi-storey parking status, and fee conversion table to manage entry and exit from the multi-storey parking lot. It consists of a multi-storey parking lot management control unit consisting of a transmission circuit that delivers commands to the multi-storey parking lot main body, and when a vehicle enters the garage, it automatically detects an empty card, outputs it to the card along with the time of entry, and sends it to the parking lot when the vehicle leaves the garage. In some cases, the parking fee may be automatically calculated by reading the card, a transfer instruction for the stored card number of the corresponding vehicle may be transmitted to the multi-story parking lot device, and the parking fee may be automatically received or paid. A multilevel parking lot automatic management device.