JPH0731360Y2 - Parking management device - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION <Industrial Application Field> The present invention relates to a parking lot management device suitable for management of a parking lot not for profit.

<Prior art> In a non-profit parking lot provided in banks, supermarkets, etc., the token gate system is adopted because it is necessary to limit its use to predetermined persons such as customers of own store for efficient operation. There are things that are doing. That is, according to this system, the customer can leave the parking lot by using the token received at a predetermined counter in the store.

However, in such a token gate system, token powder is apt to occur, and lost tokens must be frequently replenished, resulting in high cost and illegal use due to pseudo loss. There is.

In addition, with this system, there are customers who continue to park for a long time even after completing the requirements at their own store, which hinders efficient operation of the parking lot. In order to solve such a problem of the token gate system, a parking lot management device using a personal identification number instead of using a token has been considered.

With this, for example, the staff member informs the customer of the personal identification number currently set by the personal identification number setting device installed in the store. When the passenger is informed of the personal identification number, at the time of leaving the vehicle, he / she inputs the personal identification number provided by the staff on the entry control panel near the car gate. The entry control panel collates the entered personal identification number with the personal identification number currently set by the setting device, and if they coincide with each other, opens the car gate and permits the vehicle to leave. Then, the personal identification number is changed at an arbitrarily set time interval to prevent unauthorized use by a person other than the customer.

<Problems to be solved by the invention> However, in such a personal identification number collation method, if the personal identification number counted when leaving the vehicle is forgotten, or the valid personal identification number is switched after parking time is exceeded. In the case of a mistake or the like, with the conventional device, an attendant must be called or the store must be returned to the store for the instruction. For this reason, there is a problem that it may cause confusion when a user leaving the car is following.

In addition, department stores and supermarkets, etc. that have many customers try to collect parking fees for overtime hours for those who have parked for a certain time or longer, in consideration of other users and efficient operation. Since the parking fee is settled at the time of departure, it may take time for the parking fee to be paid to the subsequent users.

The present invention has been made in view of the above circumstances, and inconveniences subsequent users even if the password is forgotten or the password has been changed due to illegal parking for a long time. An object of the present invention is to provide a personal identification number type parking lot management device suitable for a non-commercial parking lot such as a bank or a supermarket, which can be smoothly exited without any trouble.

<Means for Solving the Problems> Therefore, according to the present invention, as shown in FIG. 1, in a parking lot management device having a car gate that is controlled to open and close upon entry and exit of a vehicle, the vehicle exits from the parking lot. In order to open the car gate at the time of operation, the user has a participation control panel for inputting a personal identification number known in advance, and a personal identification number setting display device for setting a personal identification number for notifying the user. The number setting display device is a setting means for reading out one number from a storage unit storing arbitrary numbers and setting the personal identification number, and the set personal identification number is changed to the next personal identification number after a preset valid time has elapsed. The entry control panel includes switching means for switching, display means for displaying the set personal identification number, and timer means for notifying the operation start of the setting means and the valid time of the personal identification number. Is a setting means for reading a number from the storage section storing arbitrary numbers in the same order as the setting means on the side of the personal identification number setting display device to set the personal identification number, and preset the personal identification number. After the expiration of the valid time, the switching means for switching to the personal identification number, the collation means for collating and comparing the personal identification number set by the setting means and the personal identification number input by the user, and the input personal identification number Car gate control means for outputting a signal for opening the car gate when the verification matches,
A timer means for notifying the operation start of the setting means and the effective time of the personal identification number set by the setting means, and the operation start time of the personal identification number setting display device side and the entrance control panel side is synchronized by the respective timer means On the other hand, the entrance operation panel side is provided with a charge receiving means for generating a car gate opening signal from the car gate control means when a predetermined charge is put in regardless of whether or not the personal identification number is input.

In addition to the configuration of the parking lot management device described above, a ticket issuing machine for issuing a ticket in which the entry time is written to a user who enters in the vicinity of the car gate is installed, while the password setting display device is used for the product price. It is installed based on the input means that is installed at the checkout place and that inputs the entry time written on the ticket submitted by the user on the personal identification number display device, and the entered entry time and the current time. Depending on the parking time, the parking fee calculation means for calculating a legitimate parking fee different from the predetermined fee to be put into the fee receiving means, and the calculated parking fee data to the adjacent cash register for product price settlement. The transmission means for transmission is added.

In addition, the validity times of the personal identification numbers set by the respective setting means are overlapped by a predetermined time, and they overlap each other during the overlap period.
It is configured to enable only one PIN.

<Operation> According to the above configuration, the same personal identification number and the validity time of the personal identification number are set independently on the personal identification number setting display device side and the entry control panel side, and both are operated simultaneously by the timer means. Let's get started. In such an off-line configuration, if the user inputs the secret code that has been provided and is in agreement, the car gate opens and the vehicle can exit. Further, when the user forgets the personal identification number or when the effective personal identification number has been switched, the user can enter the predetermined fee and the car receiving gate can be opened by the fee receiving means to exit the vehicle.

In addition, when applied to a parking lot system that collects parking fees according to the parking time when parking for a predetermined time such as at a department store or a supermarket, the parking time together with the product price at the product price settlement place By collecting the proper parking fee according to the requirement, there is no need to pay the official parking fee to the staff at the time of departure, and the departure time of the user can be shortened. And if you forget your PIN when you leave the car after paying the product price and a valid parking fee at the product price settlement place, or after you have settled the valid parking fee, you can illegally park for a long time as it is Even if the car has been switched, if the user puts a predetermined charge into the charge receiving means in addition to the legal parking charge, the car gate can be opened and the passenger can leave without calling a staff member. Therefore, it is possible to avoid inconvenience to subsequent users when leaving the vehicle.

<Embodiment> An embodiment of the present invention will be described below with reference to the drawings.

FIG. 2 shows the overall construction of an embodiment of the present invention.

In the figure, this parking lot management device is
Personal identification number setting display device 2 for displaying, a departure control panel 3 for a customer to directly enter a personal identification number when the car A exits from the parking lot P (direction indicated by a solid arrow), and a doorway of the parking lot The first and second loop coils L ₁ , which are embedded separately in
It is provided with a vehicle body detector 4 constituted by L ₂ , and a car gate 5 and the like constituted by a vehicle body detector 4 or a blocking bar whose opening / closing is controlled by a signal from the entrance control panel 3. Incidentally, the personal identification number setting display device 2 is connected to a sub-display device 6 which is installed in a CD corner or the like in the case of a bank or the like and displays the personal identification number only during an unmanned service period. In addition, a known signal light 7 for displaying "full", "empty", etc. of the parking lot P is installed near the entrance control panel 3.

The personal identification number setting display device 2 has a function key 11 for designating a function mode such as operation start time setting, personal identification number setting, switching automatically or manually, and a manual function mode. In this case, the numeric keypad 21 for keying in the personal identification number and the valid time of the personal identification number, and the display 13 as a display means for indicating the function mode, personal identification number and its valid time which are actually set, are displayed. It is provided. The personal identification number setting display device 2 is arranged at a predetermined counter or the like in the store so as not to be seen by the customer, and the customer who uses the parking lot P can store the personal identification number set in the store. Staff will give you verbal or memo notes.

The entry control panel 3 has a function key 14 for designating a function mode such as operation start time setting, personal identification number setting, automatic switching or manual switching.
When the manual function mode is specified, the security code and the effective time of the security code and the security code key 15 for a customer leaving the parking lot to enter the security code, and the security code are input with a predetermined number of digits. The monitor 16 displays dots or bars or other marks corresponding to the number of digits of the number so that it can be confirmed that the valid PIN has been switched when the PIN is forgotten or the parking time is exceeded. It has a coin mech section 17 that allows the car gate 5 to be opened by uniformly charging a predetermined fee at times.

FIG. 3 shows the electrical construction of the device according to the present invention, in which the personal identification number setting display device 2 has a CPU 20 using a microprocessor. The CPU 20 uses the function key 11
And is connected to the numeric keypad 12, based on the input data from the keys 11 and 12 and the information read from the ROM 21,
The personal identification number and its valid time are set and displayed on the display unit 13 as a display means and stored in the RAM 22. Further, the CPU 20 outputs the set personal identification number to the data transmitter 23 composed of a transmission control LSI. Further, the CPU 20 is connected to a timer circuit 24 as a timer means composed of a digital switch or the like for counting the set effective time and starting the operation simultaneously with the entrance control panel 3 side in time synchronization. .

The ROM 21 stores a control program for the CPU 20 and an arbitrary number of digits (eg, 2 digits) in an arbitrary (eg, 100) random order. In addition, in this embodiment, when the setting of the personal identification number, the switching, and the setting of the valid time are all designated in the automatic mode, the CPU 20 sequentially reads out the numbers stored in the ROM 21 to obtain a predetermined interval (for example, 30 minutes). Every time), the personal identification number will be switched. Here, ROM21 corresponds to the storage unit, and C
The PU 20 corresponds to the setting means and the switching means.

The participation control panel 3 is also configured in substantially the same manner as the personal identification number setting display device 2 and has a CPU 26 using a microprocessor,
The CPU 26 has a function key 14 and a secret code key 15
It is connected to the input data from the keys 14 and 15 and R
Based on the information read from OM27, the personal identification number and its valid time are set and stored in RAM28. Also, CPU26
Is connected to a timer circuit 29 as a timer means composed of a digital switch or the like for counting the set valid time and simultaneously starting operation in time synchronization with the personal identification number setting display device 2 side. . And
The CPU 26 collates and compares the personal identification number stored in the RAM 28 with the personal identification number input by the customer, and outputs the coincidence determination signal to the car gate control unit 18 as car gate control means in the case of collation coincidence. The car gate 5 is opened by the car gate open signal from. Further, when the number of times of non-coincidence is equal to or more than a predetermined limit number, a signal for operating the alarm unit 30 including a warning light that synthesizes a voice and an intercom is output to notify the manager room 31 to that effect. Although not shown, the coin mech unit 17 includes a hardening charging port, a charging amount display unit, a change return port, etc., and when a predetermined fee is charged, a car gate control unit regardless of whether or not a personal identification number is input.
18 outputs a car gate command signal to the car gate controller 18
Signal to open car gate 5 from car gate 5
Is designed to open. The ROM 27 stores a control program for the CPU 26. Here, the ROM 27 corresponds to a storage unit, and the CPU 26 corresponds to a setting unit, a switching unit, and a collating unit.

The sub-display 6 is the data transmitter via the transmission line 25.
Transmission control LS to receive the PIN sent from 23
It has a data receiver 32 composed of I and has a display surface 6a for displaying the received personal identification number. The data transmitter
The secret code transmission between the 23 and the data receiver 32 is
It is based on the response confirmation (two consecutive transmission verification + return verification) method described below. That is, first, from the data transmitter 23 to the data receiver
When the personal identification number is sent to 32, the data receiver 32 sends the number back to the data transmitter 23. Next, the data transmitter 23
A register (not shown) collates and compares the number sent first and the number returned from the data receiver 32, and retransmits the number to the data receiver 32 only in the case of collation match. By such a method, the personal identification number is transmitted from the personal identification number setting display device 2 to the sub-display 6 without any error.

Further, as shown in FIG. 4, in addition to the regular valid time T ₁ , the service time T ₂ within a range shorter than the time T ₁ can be set for all the personal identification numbers. That is, for the PIN code set first, for example, '10', the valid time t ₁ and the service time T ₂ consecutive from the end of the time T ₁ are set, and the PIN code set next to the PIN code is set. , For example, the effective time T ₁ for '25' is the PIN code '1 whose start time is first.
It is the end of the valid time T ₁ of 0'and overlaps with the service time T ₂ of the previous personal identification number '10'. Therefore,
In the service time T _2, two personal identification number '10',
Both '25' are valid as PINs that can open the car gate 5. The same applies to the personal identification numbers "25" and "34". By providing such a service time T ₂ , the customer who has been informed of the personal identification number '10' can leave the vehicle with plenty of time even before the end of the effective time T ₁ of the personal identification number '10'. is there.

Next, the operation of the apparatus of this embodiment when entering and exiting the parking lot P will be described based on the flowcharts of FIGS. 5 and 6.

First, at the time of entry, after confirming "empty" by the signal light 7, the user performs the entry operation (in the direction of the broken line arrow in FIG. 2) and enters the parking lot P as shown in FIG. Car operation starts.

When the vehicle A approaches the car gate 5, the first loop coil L ₁ operates to detect the entry of the vehicle A and the car gate 5 opens. When the vehicle A passes through the car gate 5, the second loop coil L ₂ operates to detect the passage of the rear end portion of the vehicle A, and the number of parked vehicles is added at the same time when the car gate 5 is closed.

On the other hand, at the time of leaving the vehicle, as shown in FIG. 6, the vehicle A that has started to leave temporarily stops in front of the entry control panel 3. Then, it is determined whether or not the vehicle is leaving with the personal identification number. still,
This determination is based on the choice of whether to leave the vehicle by paying the fee or entering the personal identification number.

Therefore, if the customer chooses to enter the PIN, the judgment will be YE.
In the case of S, in this case, the user inputs the personal identification number notified by the personal identification number key 15 at a predetermined counter in the store.

At this time, if the personal identification number entered by the customer does not match the personal identification number stored in the entrance control panel 3, the customer is instructed to re-enter the personal identification number. Re-entry of such a personal identification number is permitted up to a predetermined number of times (for example, three times), and if it is exceeded, the warning light of the alarm unit 30 is turned on, and the interphone is used to notify the manager room 31. It

When the entered personal identification number matches the stored personal identification number, when the car gate 5 opens and the car A passes through the car gate 5, the second loop coil L ₂ operates to detect the passage of the rear end. Then, the car gate 5 is closed. At this time, the number of parked vehicles is subtracted by operating the first loop coil L ₁ and detecting the vehicle A.

On the other hand, if the customer chooses to exit by charging the fee when he / she forgets the personal identification number or is parked for too long, the judgment is ON, and in this case, the customer inputs the fee, For example, a uniform fixed fee (for example, 10
If 0 to 900 yen) is entered, the car gate 5 opens in the same manner as when the personal identification numbers match.

Next, various setting operations in the personal identification number setting display device 2 and the entrance control panel 3 will be described with reference to FIG. This setting operation is the same for both devices 2 and 3.

In step (shown by S in the drawing and the same applies hereinafter) 1, initialization is performed.

In step 2, the internal clock is automatically started.

In step 3, it is determined whether the clock is normal.

Here, if NO, proceed to step 4 to adjust the clock with the function key 11 (14), if YES, set the function mode, and in steps 5 to 7, use the numeric keypad 12 (PIN code 15) to enter the PIN code. Set the valid time T ₁ , service time T _2, and operation start time. At this time, the operation start time set on the side performing the previous setting, for example, on the personal identification number setting display device 2 is set to a time with a sufficient time margin so that the setting of the entry control panel 3 at a remote place can be made in time.

In step 8, each time set in steps 5 to 7 is displayed on the display 13 (monitor 16).

In step 9, check the display 13 (monitor 16) to see if the above setting items have been set correctly. If they are incorrect, return to step 3, and if they are correct, go to step 10
Proceed to.

In step 10, the personal identification number for notifying the user is displayed on the display 13 at the same time when the set operation start time is reached. At this time, the personal identification number is also displayed on the sub-display 6 side.
In addition, the entrance control panel 3 side is provided with a personal identification number monitor inside the device so that it cannot be seen from the outside.

In step 11, the personal identification number is changed at every set valid time T ₁ until the device stops.

Next, the operation of collating the secret code on the entrance control panel 3 will be described with reference to FIG.

At step 21, initialization is performed.

In step 22, whether or not the personal identification number mode is set, that is,
Whether or not the car gate 5 is designed to be opened is determined based on the personal identification number entered by the customer. If the personal identification number mode, proceed to step 23.

In step 23, if the customer inputs the personal identification number, in step 24, the monitor 16 displays the number of marks corresponding to the number of digits of the personal identification number to confirm the input of the personal identification number.

In step 25, the stored personal identification number and the input personal identification number are compared and collated.
Proceeding to step 26, the car gate 5 open signal is output.

If it is determined that they do not match, a message to the effect that the key is input again is displayed, and in step 27, the customer re-inputs the personal identification number.

In step 28, the number of times of collation mismatch between the personal identification number input in this way and the stored personal identification number is counted, and when the number of times of mismatch exceeds a predetermined number (for example, 4 times), the warning light is turned on in step 29. At the same time, an alarm is issued to the manager's room 31 to warn of an abnormal operation, and in step 30, the operation of the entry control panel 3 is temporarily stopped. Then step 31
Then, it is determined whether or not the operation of the entry control panel 3 should be restarted after appropriate processing is performed, and when it is determined that the operation is restarted, the same step as that after the car gate open signal output operation in step 26 is performed.
The process proceeds to 32 and the operation in the secret code mode is continued until it is determined that the device is stopped.

On the other hand, when it is determined in step 22 that it is not the secret code mode, the process proceeds to step 33, the master number is keyed in by an attendant, and in step 34, the input master number is compared and collated with the preset master number. If they match, the routine proceeds to step 26, where the open signal of the car gate 5 is output. If they do not match, enter the master number again.

In this way, if each item of the personal identification number setting display device 2 and the entrance control panel 3 in the store is set separately and the timer is synchronized by time, the transmission line wiring work is unnecessary. Even if the store and the parking lot are separated from each other, it can be installed at low cost.

Next, another embodiment will be described with reference to FIG.

The above-described embodiment has shown an example of application to a parking lot system that does not collect parking fees, such as banks, but this embodiment has an extremely large number of customers such as a supermarket or a department store, and the efficient operation of the parking lot. Above is an example of applying to a parking lot system that collects parking fee when parking for a certain time or more.Connect with cash register of cashier counter to settle product price, and pay with product price at cashier counter. By calculating the legal parking fee according to the parking time, it is possible to output just by entering the PIN number without paying the regular parking fee when leaving the parking lot, and the coin mech section is added By doing so, if you forget the PIN code when you leave the car despite paying the legal parking fee, or after you pay the parking fee at the cashier counter, you can park for an unreasonably long time without permission. If the security code has already been changed, etc., in addition to the justified parking fee already settled, if a predetermined fee is inserted into the coin mech section as a fine, it will be possible to leave without calling an attendant , So as not to bother subsequent users.

FIG. 9 shows the overall configuration of this embodiment.

In the figure, in this embodiment, on the parking lot P side, a ticket issuing machine 19 for issuing a blank ticket or a magnetic card or the like in which the entry time of a user who enters before the car gate 5 is written is installed. Is constructed similarly to the embodiment of the first invention described above.

On the other hand, the personal identification number setting display device 40 provided in the store is the same function key as the personal identification number setting display device 2 described above.
In addition to the numeral 41, the ten-key pad 42, and the display 43, a card reader 44 for reading the entry time from the magnetic card issued by the ticket issuing machine 19 and a printer 45 for printing parking fees and the like are provided. This personal identification number setting display device 40 is provided in a cashier counter for paying the price of a product purchased by a customer, is connected to a cash register 46, and stores parking charge data calculated from the difference between the entry time and the current time in the cash register. Transmit to 46. The cash register 46 collects the product price together with the product price. In addition, it is preferable to provide a plurality of dedicated counters in distinction from a cashier counter that pays only the normal product price. If the ticket issuing machine 19 issues a blank ticket, the magnetic card reader 44 is not necessary.

FIG. 10 shows the electrical configuration of the personal identification number setting display device 40. Since the electrical configuration of the entry control panel 3 is the same as that shown in FIG. 3, its explanation is omitted.

In the figure, the personal identification number setting display device 40 has a CPU 51 using a microprocessor. The CPU 51 is connected to the function key 41 and the numeric keypad 42,
Based on the input data from the keys 41 and 42 and the information read from the ROM 52, the personal identification number and its valid time are set and displayed on the display 43 and stored in the RAM 53. Further, the CPU 51 transmits the set personal identification number to the sub-display 6 via the data transmitter 54 composed of a transmission control LSI.
Further, the CPU 51 is connected to a timer circuit 55 composed of a digital switch or the like for counting the set valid time and simultaneously starting operations in time synchronization with the entrance control panel 3 side. Further, the CPU 51 is connected to a card reader 44 as an input means, calculates a parking charge from the difference between the entry time read by the card reader 44 and the current time of the timer circuit 55, and stores it in the connected cash register 46. To transmit. At this time, the printer 45 connected to the CPU 51
Print out the parking fee at. The function of the personal identification number setting display device 40 of this embodiment is the same as that of the personal identification number setting display device 2 except for the parking charge calculation function.

The operation when entering the parking lot management device having such a configuration is as follows.
As shown in FIG. 11, when the entry of the vehicle A is detected by the first loop coil L ₁ , the ticket issuing machine 19 issues a magnetic card in which the entry time is written. The customer receives this and the car gate 5 opens. After that, as in the case of FIG. 5, when the car A passes through the car gate 5, the second loop coil L ₂ operates to detect the passage of the rear end of the car A, and the car gate 5 is closed and the number of parked cars is reduced. Is added.

In addition, the operation and the operation of the personal identification number setting display 40 and various setting operations of the entrance control panel 3 at the time of departure are the same as those of the above-described embodiment shown in FIGS. 6 and 7.

Next, the personal identification number setting display device 40 and the cash register
The charge settlement process by 46 will be described with reference to the flowchart of FIG.

First, a customer presents a magnetic card (step 41).
The clerk operates the function keys (Step 4
2). In this operation, a mode such as a discount or free parking fee according to the customer is selected, and whether or not a set key provided on the ten key 42 is operated is selected.

Next, it is determined whether or not the function key operation is correct (step 43). If it is incorrect, the key operation is performed again. If it is correct, it is determined whether or not the card automatic reading mode is set (step 44). . That is, the next operation differs depending on whether the submitted card is a magnetic card or a blank paper ticket.

When the presented card is a magnetic card, the card automatic reading mode is selected, so if the attendant inserts the submitted magnetic card into the card reader 44 (step 45) and the entry time can be read from the magnetic card. If the set key operation is selected in the function key operation (step 46), the staff member operates the set key (step 46).
47). If no set key operation is selected, this operation is unnecessary. The set key is for confirming that the entry time has been input normally.

Next, the entered arrival time and the timer circuit provided inside
The parking charge is calculated based on the difference from the current time in 55 and the mode selected by the function key (step 48), and the calculated parking charge data is transmitted to the cash register 46 (step 49).

In step 50, the parking fee is added to the product price purchased by the customer based on the parking fee data transmitted in the cash register 46, and in step 51, the product price and the parking fee are collectively settled, and the settlement is completed. If so, the clerk informs the customer of the PIN currently displayed (step 52).

The customer can leave the parking lot with this secret code.

If you use a blank card with the entry time printed on it instead of a magnetic card,
In the charge settlement processing operation of FIG. 12, steps 45 and 46 become steps 53 to 55 indicated by broken lines.

That is, after the function key operation is completed, in step 53,
The clerk inputs the entry time printed on the blank ticket with the ten-key 42, and in step 54, the entry time displayed on the display 43 confirms that the entry is correct. If the input is incorrect, the clear key provided on the numeric keypad 42 is operated in step 55 to perform the input operation again. If it is correct, the operation proceeds to set key operation or parking charge calculation operation.

According to such a configuration, the customer can pay the parking fee together with the product price at the cashier counter, and there is no need to pay the product price and the parking fee twice at different places as in the conventional case.

When you leave the vehicle after paying the regular parking fee, you can leave the PIN code if you forget your PIN or if you park without permission for longer than the parking time paid. If there is not, you can open the car gate 5 without calling a clerk if you put a predetermined fee into the coin mech section 17, for example, and you can leave the car, which is annoying to other passengers trying to leave No need to worry.

Although the personal identification number setting display device and the entry control panel are offline in the above embodiments, it goes without saying that an online configuration in which data can be sent and received between the two is also applicable.

<Effect of Device> As described above, according to the present embodiment, even if the personal identification number is forgotten or the valid personal identification number is changed due to the parking time being exceeded, a predetermined fee is charged without calling an attendant. Since it is possible to leave the vehicle by paying, it is possible to prevent confusion by avoiding the inconvenience of wasting time on another person trying to leave the vehicle.

Also, when applied to a system that collects parking fees according to parking time such as department stores, if it is configured so that the product price and the legal parking fee according to the parking time can be settled together at the product price settlement place , Eliminates the need to pay a valid parking fee at the time of departure, shortens the departure time, and makes the departure smooth. In addition, if you forgot your PIN when you left the car despite paying the legal parking charge at the cashier counter, or after paying the legal parking charge at the cashier counter, you can park for a long time without permission and the password will change. In such a case, if a predetermined fee is paid as a fine in addition to the legal parking fee at the time of departure, the vehicle can be left as it is. Therefore,
When applied to parking lots such as department stores and supermarkets that collect parking fees according to the parking time,
The departure can be made smoothly, and the passengers who try to leave the car will not be bothered.

[Brief description of drawings]

FIG. 1 is a block diagram for explaining the configuration of the present invention, FIG. 2 is a schematic overall configuration diagram of an embodiment of the present invention, FIG. 3 is a block diagram showing a circuit configuration of each device of the same embodiment, and FIG. The figure shows a method for setting the effective time of the personal identification number, FIGS. 5 and 6 are flowcharts for explaining the operation at the time of entry and exit, and FIG. 7 is the flowchart for the setting operation of each item such as the personal identification number. 8
The figure is a flowchart of the PIN collation operation of the entry control panel,
FIG. 9 is a schematic overall configuration diagram of another embodiment of the present invention, FIG. 10 is a block diagram showing a circuit configuration of the personal identification number setting display device of the same embodiment, and FIG. 11 is a diagram for explaining the operation upon entry. Flowchart, FIG. 12 is a flowchart for explaining the charge settlement processing operation. 2,40 ...... PIN code setting display device, 3 ...... Entry control panel, 4
...... Vehicle detector, 5 ...... Car gate, 11,14,41 ...... Function keys, 12,42 ...... Numeric keypad, 13,43 ...... Display, 15 ...... PIN code key, 17 ...... Coin mech section, 18 ...
… Car gate controller, 20,26,51 …… CPU, 21,27,52 …… R
OM, 22,28,53 …… RAM, 24,29,55 …… Timer circuit, 46
...... Cash register, A ... Car, P ... Parking lot

Claims (3)

[Scope of utility model registration request] 1. In a parking lot management device having a car gate that is controlled to open and close upon entry and exit of a car, the personal identification number given to the user in advance in order to open the car gate when leaving the parking lot. The operation control panel for inputting, and a personal identification number setting display device for setting a personal identification number for notifying the user, wherein the personal identification number setting display device is one of the storage units storing arbitrary numbers. Setting means for reading the number and setting the personal identification number, switching means for switching the set personal identification number to the next personal identification number after the preset valid time, display means for displaying the set personal identification number, A timer means for notifying the start of operation of the setting means and the valid time of the personal identification number;
The entry control panel reads out one number in the same order as the setting means on the side of the personal identification number setting display device from a storage unit storing arbitrary numbers, and sets the personal identification number. Switching means for switching the number to a personal identification number after a preset valid time has passed, collation means for collating and comparing the personal identification number set by the setting means with the personal identification number input by the user, and the input means. The personal identification number setting display includes a car gate control means for outputting a signal for opening the car gate when the personal identification numbers match and a timer means for notifying the operation start of the setting means and the valid time of the personal identification number set by the setting means. While the operation start times of the device side and the entry control panel side are configured to be synchronized by respective timer means, it is possible to determine whether or not the personal identification number is input on the entry operation panel side. Parking management apparatus characterized in that a charge receiving means for generating a car gate open signal from the car gate control unit when a predetermined fee has been inserted without. 2. A ticket issuing machine for issuing a ticket in which the entry time is written to a user entering in the vicinity of the car gate is installed, while the personal identification number setting display device is installed at a product price settlement place or the like, Further, according to the input means for inputting the entry time written on the ticket submitted by the user on the personal identification number setting display device, and the parking time calculated based on the entered entry time and the current time. A parking fee calculation means for calculating a legal parking fee different from a predetermined fee to be charged to the fee receiving means, and a transmission means for transmitting the calculated legal parking fee data to an adjacent cash register for commodity price settlement The parking lot management device according to claim 1, further comprising: 3. A utility model registration claim according to claim 1, wherein the validity times of the personal identification numbers set by the respective setting means are overlapped by a predetermined time, and two personal identification numbers that overlap each other are valid during the overlapping period. Alternatively, the parking lot management device according to item 2.