JPH08138101A - Managment system for parking lot user - Google Patents

Abstract

PURPOSE: To grasp the relation between parking lot using time of a parking lot user and spent time in a store by installing a clock radio wave signal transmission device in the store, providing a device for integrating the number of the reception times of the signal for the parking lot user and displaying the integrateing result. CONSTITUTION: Plural radio wave signal transmission devices 3a and 3b transmitting the clock radio signals at a prescribed time are installed in mutually separated places on the ceiling of a pachinko store, for example. An integration device 11a incorporating a function for receiving the signals transmitted from the radio signal transmission devices 3a and 3b and laminating the number of reception times is mounted on the body of the parking lot user 9a enjoying a pachinko game. When the parking lot user 9a brings the integration device 11a to a counter 13 in the store for going home, the integration device 11a is set in a display device 15 and information on the integrating result of an integration part is transferred from the output part of the integration device 11a to the input part of the display device 15.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a pachinko parlor equipped with a parking lot, for example, and uses a transmitter and a receiver in the store to know exactly when the parking lot user is using the store. Regarding the user management system.

[0002]

2. Description of the Related Art For example, a pachinko parlor often has a parking lot. In this case, a parking lot user who parks a car in the parking lot provides a free parking fee when using the pachinko parlor. Is being done.

[0003]

However, many parking lot users who use the parking lots of pachinko parlors do not enjoy pachinko parlors and shop at other stores. When the number of parking lot users who shop at other stores increases, people who want to use pachinko parlors will be pushed to other pachinko parlors when the parking lot is crowded. As a result, the pachinko parlor side cannot determine whether it is appropriate to provide free parking fee service to each parking lot user.

Accordingly, the pachinko parlor side wants to grasp the relationship between the parking lot usage time of the parking lot user and the parking lot usage time, and to provide the parking fee service according to the time spent in the store. I have hope.

The present invention has been made in view of such a situation, and it is possible for a parking lot user to grasp the relationship between the parking lot use time and the in-store use time of the parking lot user. The purpose is to provide a management system.

[0006]

According to the first aspect of the present invention,
A radio signal transmitting device that is installed indoors and transmits a clock radio signal of a predetermined frequency at predetermined time intervals, and a radio signal receiving means that receives a clock radio signal handed to a parking lot user and transmitted from the radio signal transmitting means, And an accumulating device having an accumulating means for accumulating the number of times of reception of the clock radio wave signal received by the radio wave signal receiving means, and a display device for displaying an accumulation result of the number of times of reception of the clock radio wave signal accumulated by the accumulating device. It is characterized by

The invention according to claim 2 is characterized in that the integrating device is formed in a thin flat plate shape.

According to a third aspect of the present invention, in the first aspect of the invention, a storage device for storing the integrating device is further provided.

According to a fourth aspect of the present invention, in the storage device,
It is characterized by comprising reset means for resetting the integrating means when the integrating device is housed.

According to a fifth aspect of the present invention, in the accommodating device,
Charging means for charging the accumulating device when the accumulating device is housed is provided.

According to a sixth aspect of the present invention, in the display device,
It is characterized by comprising a communication means for notifying the computer of the integration result of the integration device.

[0012] According to a seventh aspect of the present invention, a plurality of radio wave signal transmitting devices which are handed to respective parking lot users and transmit clock radio wave signals of different specific frequencies, and the respective radio wave signal transmitting devices respectively transmit the radio wave signal transmitting devices. A radio wave signal receiving device for receiving a clock radio wave signal of a specific frequency, a channel recognition device for recognizing a channel in which the clock radio wave signal is received based on each clock radio wave signal received by the radio wave signal receiving device, The accumulator that accumulates the number of times the clock radio signal is received for each channel based on the reception status of the clock radio signal for each channel recognized by the channel recognizing device, and the integration result that the accumulator integrates for all channels are displayed. And a display device.

According to an eighth aspect of the present invention, the radio wave signal transmitting device is formed in a thin flat plate shape.

According to a ninth aspect of the present invention, in the seventh aspect of the invention, there is further provided a housing device for housing the radio wave signal transmitting device.

According to a tenth aspect of the present invention, the accommodating device is provided with reset means for resetting the radio signal transmitting device when the radio signal transmitting device is accommodated.

The invention according to claim 11 is characterized in that the accommodating device is provided with charging means for charging the radio signal transmitting device when the radio signal transmitting device is accommodated.

According to a twelfth aspect of the present invention, the display device displays the integration result of the integration device for the channel designated by the operator.

[0018]

According to the invention of claim 1, when the parking lot user is indoors, when the radio wave signal transmitting device installed indoors transmits a clock radio wave signal of a predetermined frequency every predetermined time, the clock radio wave is generated. The signal is received by the radio wave signal receiving means of the integrating device handed to the parking lot user, and the number of times of reception is further integrated by the integrating means. When the parking lot user returns home, the integrated result of the number of receptions of the clock radio signal integrated by the integrating device is displayed on the display device. This allows the parking lot user to understand the relationship between the time spent in the parking lot and the time spent indoors. On the other hand, when the parking lot user goes outdoors, the radio wave signal transmission device does not receive the clock radio wave signal of the predetermined frequency at predetermined time intervals, but the radio wave signal is not received by the integration device. Not performed, there is no change in the accumulated results accumulated indoors.
If the time spent outdoors is long, the relationship between the time spent in the parking lot and the time spent indoors becomes inconsistent, and it becomes possible to refrain from the free service.

According to the second aspect of the present invention, since the integrating device is formed in the shape of a thin flat plate, it does not hinder the user of the parking lot from wearing it. Therefore, the movement of the parking lot user indoors or outdoors is possible. It is possible to correctly grasp the result of integration by.

According to the third aspect of the invention, since the accommodating device for accommodating the accumulating device is further provided, it is convenient for organizing the accumulating device.

According to the fourth aspect of the invention, since the accommodating device is provided with the resetting means for resetting the accumulating means when the accumulating device is accommodated, the accumulating means is automatically reset when the accumulating device is accommodated in the accommodating device. You can do so and will not interfere with your next use.

According to the invention of claim 5, the accommodating device is provided with a charging means for charging the accumulating device when the accumulating device is accommodated. Therefore, if the accumulating device is accommodated in the accommodating device, the accumulating device can be automatically charged. , Can be used with confidence.

In the invention according to claim 6, since the display device is provided with the communication means for notifying the computer of the integration result of the integration device, various data can be aggregated by the computer.
You will get the opportunity to review the management policy.

According to the seventh aspect of the present invention, when the parking lot user is indoors, when the radio wave signal transmitting device handed to the parking lot user transmits a clock radio wave signal of a specific frequency every predetermined time, The clock radio wave signal is received by the radio wave reception device, the channel of the clock radio wave signal is further recognized by the channel recognition device, and then the number of times the clock radio wave signal is received by the integration device is integrated. Then, when the parking lot user returns home, the integrated result is displayed on the display device.
This allows the parking lot user to understand the relationship between the time spent in the parking lot and the time spent indoors.
On the other hand, when the parking lot user goes outdoors, even if the radio wave signal transmission device transmits a clock radio wave signal of a predetermined frequency at predetermined time intervals, it is not received by the radio wave reception device. Do not perform, and there is no change in the accumulated result accumulated indoors. If the time spent outdoors is long, the relationship between the parking lot usage time and the indoor usage time becomes inconsistent, and the free service can be withdrawn accordingly.

In the invention according to claim 8, since the radio wave signal transmitting device is formed in a thin flat plate shape, it can be worn by the parking lot user without any trouble, and therefore, it can be used indoors or outdoors by the parking lot user. It is possible to correctly understand the result of integration by moving the.

According to the ninth aspect of the invention, since the housing device for housing the radio wave signal transmission device is further provided, it is convenient for organizing the radio wave signal transmission device.

According to a tenth aspect of the present invention, the accommodation device includes:
Since the reset means is provided for resetting the radio signal transmitter when the radio signal transmitter is housed, the radio signal transmitter can be automatically reset if the radio signal transmitter is housed in the housing device. The radio wave signal transmission device can be stopped at the same time as the garage user returns home.

According to an eleventh aspect of the invention, the accommodation device includes:
Since the radio signal transmitting device is provided with the charging means for charging the radio signal transmitting device when the device is housed, the radio signal transmitting device can be automatically charged if housed in the housing device, and can be used safely.

According to the twelfth aspect of the invention, since the display device displays the integration result of the integration device for the channel instructed by the operator, it is possible to deal with it promptly as compared with the case where all the channels are collectively displayed.

[0030]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT An embodiment of the present invention will be described below with reference to the accompanying drawings. FIG. 1 is an explanatory diagram for explaining an outline of a parking lot user management system according to the first embodiment of the present invention. The outer frame 1 indicates the inside of the house, that is, the inside of a pachinko parlor, for example, and a plurality of (two in this example) transmitting clock radio signals at predetermined intervals at positions close to each other on or near the ceiling.
The radio wave signal transmitters 3a and 3b are installed. By using a plurality of radio signal transmitters 3a and 3b, clock radio signals can be transmitted to every corner of the store. The radio wave signal transmission devices 3a and 3b simultaneously transmit clock radio wave signals. This is, for example, each radio signal transmitting device 3a, 3
This is because the oscillators of the same kind, that is, the oscillators that are driven at the same accurate standard frequency at the same time, are built in b. However, it is also possible to adopt a system in which one transmitter is shared and simultaneously transmitted, or a system in which they are synchronized and mutually transmitted simultaneously.

Chair 7 installed in front of the pachinko machine 5a
Parking lot users who are sitting in a and enjoying pachinko games 9
The body of a is equipped with an integrator 11a having a built-in function of receiving the clock radio wave signals transmitted from the radio wave signal transmitting devices 3a and 3b and integrating the number of times of reception.
In the case of a parking lot user 9b who sits on a chair 7b installed in front of a pachinko machine 5b and enjoys a pachinko game, a radio signal transmitting device 3 is provided in an accommodation section (not shown) of the chair 7b.
an integrating device 11 having a built-in function of receiving a clock radio wave signal transmitted from a and 3b and integrating the number of times of reception.
b is accommodated.

The accumulators 11a and 11b are formed in a thin flat plate shape, that is, in the form of a card such as a pager, so that they can be easily stored in a pocket of clothes worn by a parking lot user. The accumulators 11a and 11b may be attached to clothes of a parking lot user or may be accommodated in the accommodating portions of the chairs 7a and 7b. The accumulators 11a and 11b are parking lots in which a car is parked in a parking lot of a pachinko parlor. The user
For the purpose of receiving a free parking service ticket, the parking manager,
Alternatively, it is received from the pachinko parlor side as proof that the key of the car has been handed to the pachinko parlor clerk, and therefore must always be kept in the vicinity of the parking lot user.

A display device 1 for displaying an integrated result obtained by integrating the number of times the clock radio signal is received by the integrating devices 11a, 11b, etc., on a counter 13 serving as a table for delivering and receiving prizes.
5 are installed. The display of the display device 15 is, for example, LE.
Numerical display using D or scale display. The display device 15 displays the integrated value of the accumulators 11a, 11b, etc., and also displays the number of parking free tickets issued and the accumulators 11a, 1b.
It is possible to display the cumulative time of the integrated value such as 1b, the parking charge, or the integrated value of all the parking charges.
Further, it is also possible to notify the integration result of the integration devices 11a, 11b etc. to a computer (host computer 55) not shown via a communication path.

An accommodating device 17 accommodating the accumulating devices 11a and 11b is provided on the back side of the counter 13 for transferring prizes.
Is installed. Although not shown in detail, the storage device 1
In this embodiment, 7 is provided with storage chambers (recesses) having 8 rows in the horizontal direction and 12 steps in the vertical direction, and a total of 98 storage chambers are provided. Each accommodating chamber of the accommodating device 17 has an integrating device 11a, 11
When accommodating b etc., after confirming the electrical connection with the accumulators 11a, 11b etc., a reset function for resetting the accumulators 11a, 11b etc. accumulators, and charging the accumulators 11a, 11b It has a built-in charging function.

FIG. 2 is a block diagram showing a schematic configuration of the radio wave signal transmission device 3 of the first embodiment. The oscillator 21 has, for example, a crystal oscillator incorporated therein, and has a commercial power source (AC10
0V50 / 60Hz) is used to generate a clock signal having a predetermined standard vibration frequency. The frequency determining unit 23 is the transmitter 2
After appropriately amplifying the clock signal transmitted by the transmitter 1, the transmitter 2
A clock signal transmitted by 1 is subjected to a decimation operation or a frequency division operation, and is converted into a clock signal output once per second. The modulator 25 performs, for example, reactance modulation (positive logic) on the clock signal output once per second from the frequency determiner 23, puts the clock signal output once per second on the FM wave, and transmits it from the transmission antenna 27. Send out.

FIG. 3 is a block diagram showing a schematic structure of the integrating device 11 of the first embodiment. The receiving unit 31 includes a receiving antenna that receives a clock radio wave signal output once per second from the radio wave signal transmitting devices 3a and 3b, and an amplifier that amplifies the received clock radio wave signal. Is amplified and transferred to the integrating unit 33. The integrating unit 33 has, for example, a counter built therein and counts the number of signals transferred from the receiving unit 31. The output unit 35 transfers the integration result of the integration unit 33 to the input unit 41 of the display device 15 when the integration device 11 is connected to the display device 15.

FIG. 4 is a block diagram showing a schematic configuration of the display device 15 of the first embodiment. The input unit 41 is the integrating device 11
The information transferred from the output unit 35, that is, the information of the integration result is received and transferred to the calculation unit 43. The calculation unit 43 is the first
On the basis of the information of the integration result, an operation of expanding the integration value of the integration device 11 at the time of connection into information in units of hours, minutes and seconds is performed. Secondly, the number of issued free parking service tickets is counted based on the information obtained by developing the integrated values of all the integrating devices 11 into hour, minute and second units. Thirdly, the integrated values of all integrating devices 11 are
The cumulative time of all the parking lot users staying in the store is calculated based on the information developed into minutes and seconds. Fourthly, the parking charge is calculated based on the information obtained by expanding the integrated value of the integration device 11 at the time of connection into units of hours, minutes, and seconds, and the calculated values of all parking charges are summed.

On the other hand, the integrated value display section 45 displays information of the integrated value calculated by the first calculation function of the calculation section 43 in units of hours, minutes and seconds. The number display unit 47 displays information on the number of issued free parking service tickets calculated by the second calculation function of the calculation unit 43. The cumulative time display unit 49 is the third unit of the calculation unit 43.
Displays information on the cumulative time calculated by the calculation function of. The parking charge display unit 51 displays the information on the parking charge calculated by the fourth calculation function of the calculation unit 43.

The integrated value display section 45, the number display section 47,
The cumulative time display portion 49 and the parking charge display portion 51 are all configured by, for example, LEDs, and can display a scale or a numerical value. Further, in FIG. 4, the integrated value display unit 45, the number display unit 47, the accumulated time display unit 49, and the parking charge display unit 51 are illustrated separately, but this is the same display unit, and the operator instructs It may be configured to display only the selected information.

On the other hand, the communication section 53 converts the information calculated by the calculation section 43 by the first to fourth calculation functions into information suitable for the communication path, and transfers this to the host computer 55 via the communication path. . The host computer 55 totalizes various information transferred from the display device 15 according to a predetermined program, and discloses the information as necessary.

FIG. 5 is a block diagram showing a schematic structure of the accommodation device 17 of the first embodiment. Incidentally, here, the accommodation device 17
One of the storage chambers will be described as a representative. The insertion recognition unit 61 has a built-in energizing member that energizes when the integrating device 11a is completely housed, and supplies energization (starting signal) to the reset unit 65 and the charging unit 67. The reset unit 65 is driven when the energization (starting signal) is received from the insertion recognition unit 61 to instruct the accumulating unit 11a housed in the accommodating chamber, for example, to reset the internal accumulating unit 33, and at the same time, the accumulating unit After confirming the reset operation of 33, the confirmation display section 68 is notified. The reset state of the integrating device 11a continues until it is removed from the storage chamber. The charging unit 67 is driven when the energization (starting signal) is received from the insertion recognizing unit 61 to supply the charging current-voltage to, for example, the integrating device 11a housed in the housing chamber, and confirm and check the charging status. The display unit 68 is notified. The confirmation display unit 68 is composed of, for example, two LEDs of two colors, green and red, and is installed in each accommodation chamber of the accommodation device 17. For example, when there is a confirmation notification of the reset operation and a confirmation notification of the charging status, the green LED lights up,
When the notification is insufficient, the red LED lights up. At the end of charging, the green LED switches from lighting to extinguishing.

The reset unit 65 and the charging unit 67 may be installed individually in each accommodation chamber of the accommodation device 17 or may be commonly installed in each accommodation chamber of the accommodation device 17 as a single device. There is.

Next, the operation of the parking lot user management system according to the first embodiment will be described. First, the parking lot user 9a parked in the parking lot of the pachinko parlor imprints the entry time on a predetermined form or the like, and then asks whether or not he / she desires the free parking service. If the free parking service is not desired, the parking fee is settled when the parking lot user 9a returns home, but if the free parking service is desired, for example, at the counter 13 in the store, in exchange for a car key, The card-shaped integrating device 11a is pulled out from the device 17 and handed to the parking lot user 9a. Since the accumulating device 11a also serves as a proof of keeping keys, it is housed in a pocket or the like worn by the parking lot user 9a.

On the other hand, when the card-shaped integrating device 11a is removed from the accommodating device 17, the integrating operation of the integrating device 11a is started. That is, the clock radio wave signal transmitted from the radio wave signal transmitters 3a and 3b through the internal processing every one second is received by the receiver 31 of the accumulator 11a, and the accumulator 33 that accumulates the number of input times of the clock radio wave signal. The integration operation of is started. When the parking lot user 9a enjoys the pachinko game in the store and stays in the store, the integrating operation of the integrating unit 33 is continued, and the integrated value of the number of times the clock radio signal is input is sequentially increased in response to the transmission of the clock radio signal. . However, if the parking lot user 9a goes out of the store without enjoying the pachinko game, the radio signal transmitters 3a and 3b perform internal processing to
The clock radio wave signal transmitted every second is no longer received by the receiving unit 31 of the integrating device 11a, so that the integrating operation of the integrating unit 33 is interrupted. This state continues until the parking lot user 9a returns to the store.

When the parking lot user 9a goes home to bring the integrating device 11a to the counter 13 in the store, the integrating device 11a is first set on the display device 15, whereby the output unit 35 of the integrating device 11a is set. The information of the integration result of the integration unit 33 is transferred from the to the input unit 41 of the display device 15. The information on the integration result of the integration unit 33 transferred to the input unit 41 is immediately transferred to the calculation unit 43, and the calculation unit 4 described above is used.
It is provided for arithmetic processing according to the functions of the first to fourth arithmetic functions of No. 3. As a result, for example, in response to an operation command from a store clerk, the accumulated value display unit 45 is expanded and displayed in hour, minute, and second information on the basis of the information on the accumulated result when the parking lot user 9a is in the store. The cumulative value is displayed on the number display section 47 in hours, minutes,
The number of issued free parking service tickets is displayed based on the information developed into seconds, and the cumulative time display section 49 displays all the accumulated values of all the integrating devices 11 based on the information developed into hours, minutes, and seconds. The accumulated time of the time when the garage user is in the store is displayed, and the parking charge display unit 51 displays the accumulation device 1 at the time of connection.
Based on the information obtained by developing the integrated value of 1 into units of hours, minutes, and seconds, the parking charge of the parking lot user 9a and the calculated value of the total parking charge are displayed.

When the first to fourth calculations of the calculation section 43 are completed, the calculation results are transferred to the host computer 55 via the communication section 53, and various data are totaled. As a result, it is possible to get an opportunity to examine the management policy.

In particular, the store clerk uses the integrated value display section 4 of the display device 15.
5 and by visually observing the parking charge display portion 51, it becomes possible to recognize the relationship between the parking lot usage time of the parking lot user 9a and the usage time in the store, and the parking lot user 9a is free to park. Without hesitation, it is possible to recognize whether a service ticket should be handed over or a predetermined parking fee should be collected.

Recognition of the relationship between the parking lot usage time of the parking lot user 9a and the usage time inside the store, and whether the parking free service ticket should be handed to the parking lot user 9a or a predetermined parking fee should be collected After that, the necessary procedures such as returning the key to the parking lot user 9a are performed, while the integrating device 11a
Are stored in a predetermined storage chamber of the storage device 17.

When the accumulating device 11a is accommodated in the predetermined accommodating chamber of the accommodating device 17, the insertion recognition portion 6 of the accommodating device 17 is detected.
1 is recognized, the insertion recognition unit 61 issues a command to the reset unit 65, and the reset unit 65 issues a command.
A reset command is issued to a. Also, the insertion recognition unit 6
A command is issued from 1 to the charging unit 67, and the charging current-voltage is supplied from the charging unit 67 to the integrating device 11a. When these two operations are correctly performed, the green LE on the confirmation display section 68 is displayed.
When D is turned on, the clerk recognizes that the integrating device 11a has been reset and that charging is being performed, and that the next use will not be hindered. Then, when charging is completed, the green LED is turned off. However, if there is an abnormality in the above two operations, the red LED lights up, and the clerk recognizes that it is not normal.

In the present embodiment, a radio wave signal transmitting device 3 for transmitting one clock radio wave signal per second is installed in the pachinko parlor so that the parking lot user 9a can exchange the car key in exchange. A card-shaped integrating device 1 for receiving a clock radio signal of the radio signal transmitting device 3 and integrating the number of receptions
When the parking lot user 9a returns home after handing 1a to his / her body, the display device 15 displays the integrating device 11a.
A parking lot user management system that reads the integrated value of and displays the total amount of time that the parking lot user 9a was using the pachinko machine in the store on the predetermined display unit 45 in hours, minutes, and seconds. By configuring the, the pachinko parlor staff,
Through, the parking lot manager can recognize the relationship between the parking lot usage time of the parking lot user 9a and the usage time in the store, and whether the parking free service ticket should be given to the parking lot user 9a by this. Alternatively, it is possible to make a decision whether to collect a predetermined parking fee without hesitation.

Further, in the present embodiment, the storage device 1 for storing the integrating device 11a in the parking lot user management system.
7, the accommodation device 17 is provided with a reset function for resetting the integration function of the integration device 11a after confirming the electrical connection with the integration device 11a, and a charging function for charging the integration device 11a. Therefore, the used accumulator 11a can be stored in a state where it does not hinder the next use.

Next, a second embodiment of the present invention will be described with reference to FIGS. FIG. 6 is an explanatory view for explaining the outline of the parking lot user management system according to the second embodiment of the present invention. The same parts as those shown in FIG. 1 are designated by the same reference numerals and the description thereof will be omitted. A radio wave signal that emits a clock radio wave signal of a specific frequency every predetermined time in the body of the parking lot user 9a enjoying the pachinko game by sitting on the chair 7a installed in front of the pachinko machine 5a, that is, in the pocket of clothes. The transmitter 101a is housed. In the case of a parking lot user 9b who is enjoying a pachinko game by sitting on a chair 7b installed in front of the pachinko machine 5b, the chair 7 is provided.
A radio wave signal transmission device 101b that transmits a clock radio wave signal of a specific frequency different from the specific frequency of the radio wave signal transmission device 101a is stored in a housing portion (not shown) of b every predetermined time. Although FIG. 6 illustrates the case where the two radio wave users 9a and 9b are provided with the radio wave signal transmission devices 101a and 101b, the radio wave signal of this embodiment is applied to all the parking lot users who use the pachinko parlor. Transmitting device 101
Is provided.

The radio signal transmitter 101 handed to all the parking lot users, that is, the radio signal transmitter 101a,
101b and the like start their respective transmitting operations when they are taken out from the accommodation device 109 described later. The radio wave signal transmission device 101 handed to all parking lot users, that is, the radio wave signal transmission devices 101a, 101b, etc., each transmit a clock radio wave signal once per second.
The frequencies are different by a predetermined frequency, and a specific channel is assigned to each. The radio wave signal transmission device 101 handed to all the parking lot users, that is, the radio wave signal transmission devices 101a and 101b, is a thin flat plate shape so that it can be easily accommodated in a pocket or the like worn by the parking lot user. That is, for example, it is formed into a card shape such as a pager. This radio signal transmitter 101
The a and 101b are also received from the pachinko parlor side as evidence, etc. that the car key was handed to the parking lot manager or the pachinko parlor clerk for the purpose of the parking lot user receiving the free parking service ticket. It is something that must always be kept with the user of the parking lot.

Two radio wave signal transmitting devices 101 in the store, that is, radio wave signal transmitting devices 101a, 101b, and the like, which receive clock radio wave signals transmitted at various timings, are provided at the ceiling in the store or at positions apart from the ceiling. Radio signal receiving devices 103a and 103b are installed. The two radio wave signal reception devices 103a and 103b have a common output terminal via a cable or the like, and when they receive a clock radio wave signal, the signals are transferred to a channel recognition device 105 described later.

In the counter 13 in the store, the channel of the clock radio wave signal is recognized from the frequency band of the clock radio wave signal transferred from the radio wave signal receiving devices 103a and 103b, and the clock radio wave signal is input to the channel. A channel recognition device 105 for identifying the is installed.

On the counter 13 in the store, an accumulator 153 for accumulating and totalizing the input status of the clock radio signal for each channel based on the recognition result of the channel recognition device 105,
Also, an integrated display device 107 including a display device 155 that displays the result of integrated totalization is installed. Especially display device 1
Reference numeral 55 is composed of, for example, a CRT or an LCD display device.

On the back side of the counter 13 in the store, an accommodating device 109 for accommodating the radio wave signal transmitting devices 101a and 101b is installed. Although not shown in detail, the accommodating device 109 also has accommodating chambers (recesses) of 8 rows horizontally and 12 steps vertically, and a total of 98 accommodation chambers. When the radio signal transmitter 101 is housed in each accommodation room, the reset function for resetting the transmission function of the radio signal transmitter 101 after confirming the electrical connection with the radio signal transmitter 101, and the radio wave A charging function or the like for charging the signal transmission device 101 is built in.

FIG. 7 shows a radio signal transmitter 10 according to the second embodiment.
2 is a block diagram showing a schematic configuration of 1. The oscillator 121 has a built-in crystal oscillator, for example, and emits a clock signal having a predetermined standard vibration frequency by using the current of a charging power source (not shown). The frequency determination unit 123 converts the clock signal transmitted from the oscillator 121 into a clock signal that is thinned out or frequency-divided and is output once per second, and outputs a characteristic amount of the converted clock signal, for example, an output frequency. Is set to a specific frequency band. It should be noted that this frequency setting is different in all the radio wave signal transmission devices 101, so that the channels of all the radio wave signal transmission devices 101 can be recognized. The modulation unit 125 reacts the clock signal output from the frequency determination unit 123, for example, by reactance modulation, and outputs the clock signal from the antenna unit 127.

FIG. 8 shows a radio signal receiving apparatus 10 according to the second embodiment.
3 is a block diagram showing a schematic configuration of No. 3. The receiving unit 133 amplifies and demodulates the clock radio signal of the radio signal transmitting device 101 received by the antenna 131, and then transfers the demodulated clock signal to the output unit 135. The output unit 135 outputs the demodulated clock signal transferred from the receiving unit 133, for example, via a cable to the input unit 14 of the channel recognition device 105.
Transfer to 1.

FIG. 9 shows a channel recognition device 1 of the second embodiment.
It is a block diagram which shows schematic structure of 05. Input unit 141
Transfers the demodulated clock signal transferred from the radio signal receiver 103 to the channel distribution unit 143. The channel allocating unit 143 constantly performs scanning for channel recognition, and for example, once recognizes the frequency characteristic that is the characteristic amount of the input demodulation clock signal and searches for a channel that matches the demodulation clock signal of this time among all the channels. . The reception identifying unit 145 identifies the input status of the demodulated clock signals in all channels, and sequentially outputs the identification result (for example, when a demodulated clock signal is input in each channel, outputs 1 out of the binary signals 1 and 0, When a signal is not input, 0 is output) is transferred to the output unit 147. The output unit 147 is the reception identification unit 145.
The identification result, that is, the output of 1 or 0 of the binary signal in each channel is sequentially transferred to the integration display device 107.

FIG. 10 shows the integrated display device 107 of the second embodiment.
3 is a block diagram showing a schematic configuration of FIG. The input unit 151 transfers a binary signal of 1 or 0, which is sequentially transferred from the channel recognition device 105 for each channel, to the integration device 153. The integrator 153 sequentially integrates one input of the binary signal in each channel, thereby accumulating and storing the number of times the clock radio signal, that is, the demodulated clock signal, is input in all channels. In addition, the integrated display device 107 functions as an internal calculation function, and based on the information of the integrated value of the number of times of input of the clock radio signal, that is, the demodulated clock signal in all channels, the integrated values of all the radio signal transmitters 101 are displayed in hours, minutes, and minutes. , Develop into information in units of seconds, count the number of free parking service tickets issued, calculate the cumulative time that all parking users are in the store, and use the radio signal transmitter of a specific channel It is possible to calculate the parking charge of the parking lot user having 101, or to sum the calculated values of all parking charges.

The display device 155 numerically displays the information specified by the operator among the various calculated information. It should be noted that the display device 155 has a radio signal transmitting device 10 of a specific channel.
After displaying the information in which the integrated value of 1 is expanded in units of hours, minutes, and seconds, and the parking fee information of the parking lot user having the radio signal transmitting device 101 of a specific channel, the integrated value of the channel is set to a predetermined value. It is reset by operation.

The communication unit 157 converts the information of the integrated value of the number of times of inputting the clock radio wave signal, that is, the demodulated clock signal in all the channels, which the integrating device 153 holds, into information suitable for the communication path and transfers it to the host computer 55. It is possible.

FIG. 11 is a block diagram showing a schematic structure of the accommodation device 109 of the second embodiment. Note that, also here, one of the storage chambers of the storage device 109 will be described as a representative, but it can be considered that the configuration thereof is basically the same as the configuration of the storage device 17 shown in FIG. Insertion recognition unit 161
Has a built-in energizing member that energizes when the radio signal transmitter 101 is completely housed. The reset unit 163 is driven by the energization (starting signal) from the insertion recognition unit 161, and stops the transmission function of the radio wave signal transmission device 101. The reset state of the transmission function of the radio wave signal transmission device 101 is continued until it is removed from the accommodation chamber. Charging unit 16
5 is driven by the energization (starting signal) from the insertion recognition unit 161 to charge the radio wave signal transmission device 101 in the accommodation chamber. The confirmation display unit 167 turns on the green LED when the reset operation and the charging operation are not disturbed, and turns off when the charging operation is completed. The red LED is turned on when the reset operation or the charging operation is hindered.

Next, the operation of the parking lot user management system according to the second embodiment will be described. When a parking lot user 9a parked in a parking lot of a pachinko parlor desires a free parking service, for example, a card-shaped radio wave signal transmission device 101a is removed from the accommodation device 109 in exchange for a key of a car at a counter 13 in the store. Hand it over to the parking lot user 9a. Since the card-shaped radio wave signal transmission device 101a also serves as a proof of keeping keys, it is housed in a pocket of clothes worn by the parking lot user 9a.

On the other hand, when the radio wave signal transmission device 101a is removed from the housing device 109, the radio wave signal transmission device 101a starts transmission. The clock radio wave signal transmitted from the radio wave signal transmission device 101a is, for example, the radio wave signal reception device 103.
The signal is received by the a-side antenna 131 and is received by the internal reception unit 133.
After being appropriately amplified and demodulated by, the signal becomes a demodulated clock signal and is transferred to the channel distribution unit 143 of the channel recognition device 105. Then, the scanning operation of the channel distribution unit 143 recognizes (selects) a specific channel from the characteristic amount of the demodulation clock signal, and further, the demodulation clock signal is input to the channel recognized by the operation of the reception recognition unit 145. Is output (1 of binary signals 1 and 0) and is transferred to the integration device 153 of the integration display device 107. Accumulator 1
In 53, when one of the binary signals 1 and 0 related to a specific channel is input, 1 is integrated in that channel.

As long as the parking lot user 9a enjoys the pachinko game in the store, the above operation is repeated and the integrated value of the integrating device 153 increases. However, when the parking lot user 9a goes out of the store without enjoying the pachinko game, the radio signal transmitter 10
The clock radio wave signal transmitted from 1a is no longer received by the radio wave signal receiving devices 103a and 103b, so that the integrating operation of the integrating device 153 on that channel is interrupted.

Thus, when the parking lot user 9a brings the radio signal transmitting device 101a to the counter 13 in the store to return home, the display device of the integrated display device 107 is displayed according to a predetermined operation command from the store clerk. In 155, the time when the parking lot user 9a is using the inside of the store is expanded and displayed as information in units of hours, minutes, and seconds, and the parking fee of the parking lot user 9a is displayed. The clerk visually checks the display on the display device 155,
It becomes possible to recognize the relationship between the parking lot usage time of the parking lot user 9a and the usage time in the store, and whether the parking free user ticket should be handed to the parking lot user 9a or a predetermined parking fee will be collected. Do not hesitate to know what to do.

[0069] Relationship between the parking lot usage time of the parking lot user 9a and the usage time in the store, and whether to give a free parking service ticket to the parking lot user 9a or to collect a predetermined parking fee After that, while performing necessary procedures such as returning the key to the parking lot user 9a, the radio wave signal transmission device 101a is accommodated in a predetermined accommodation chamber of the accommodation device 109.

The radio signal transmitter 101a is installed in the housing device 10
The insertion recognizing unit 16 stores the information in the predetermined accommodation chamber 9
When it is recognized by 1, the reset unit 163 issues a reset command of the transmission function to the radio signal transmission device 101a, and the radio signal transmission device 101a stops transmission. Further, the charging current-voltage is supplied from the charging unit 165 to the radio wave signal transmission device 101a. When these two operations are correctly performed, the green LED of the confirmation display unit 167 is turned on, and the clerk recognizes that the reset operation and the charging operation are being performed. When charging is completed, the green LED goes out.

In this embodiment, a card-shaped radio wave signal transmission device 101a for transmitting one clock radio wave signal every second in exchange for a car key to the parking lot user 9a.
Radio signal transmitter 1 for the inside of a pachinko parlor
The radio wave signal receiving devices 103a and 103b that receive the clock radio wave signal transmitted by 01a, the channel recognition device 105 that recognizes the channel of the received clock radio wave signal by the scanning operation, and the number of times the clock radio wave signal is received in the recognized channel is integrated. Integrating device 153,
Also, when the parking lot user 9a returns home by installing the display device 155 that displays the accumulated result, the time when the parking lot user 9a was using the store on the display device 155 was expanded to hours, minutes, and seconds. Since the parking lot user management system for displaying information or parking charge information is configured, the pachinko parlor clerk or the parking lot manager can use the parking lot user 9a.
It is possible to recognize the relationship between the parking lot usage time and the in-store usage time, and by this, whether to give the parking free service ticket to the parking lot user 9a or to collect a predetermined parking fee Can be done without hesitation.

Further, in this embodiment, since the accommodating device 109 accommodating the radio signal transmitting device 101 is provided with the reset function for resetting the transmission function and the charging function for charging, the radio signal after use is used. The transmitting device 101 can be stored in a state where it does not hinder the next use.

Further, in the present embodiment, it is not necessary to drive all the radio wave signal transmitting devices 101 at the same time,
Compared with the radio signal transmitting device 3 of the first embodiment, the performance can be reduced, the cost can be reduced, and the influence of noise on the radio signal receiving device 103 side can be suppressed low.

Although the first and second embodiments have been described in the case of being applied to a pachinko parlor, the gist of the present invention is not limited to this, that is, restaurants other than pachinko parlors such as restaurants. Of course, it may be applied to.

[0075]

According to the invention of claim 1, a radio wave signal transmitting device for transmitting a clock radio wave signal is installed indoors,
Since the parking lot user is provided with an integrating device that integrates the number of times the clock radio signal is received and the display device displays the integration result of the integrating device, the parking lot user can use the parking lot time and It is possible to understand the relationship with the time spent indoors.

According to the second aspect of the present invention, since the integrating device is formed in the shape of a thin flat plate, it does not hinder the user of the parking lot from wearing it, so that it can be used indoors or outdoors by the parking lot user. It is possible to correctly understand the result of integration by moving the.

According to the third aspect of the present invention, since the accommodating device for accommodating the accumulating device is further provided, it is possible to secure reliability when the accumulating device is stored.

According to the invention described in claim 4, since the accommodating device is provided with the reset means for resetting the accumulating means when the accumulating device is accommodated, the accumulating means is automatically added when the accumulating device is accommodated in the accommodating device. It can be reset without disturbing the next use.

According to the fifth aspect of the invention, the accommodating device is provided with the charging means for charging the accumulating device when the accumulating device is accommodated. Therefore, if the accumulating device is accommodated in the accommodating device, the accumulating device can be automatically charged. Yes, you can use it with confidence.

According to the invention of claim 6, since the display device is provided with the communication means for notifying the computer of the integration result of the accumulating device, various data can be aggregated by the computer. You can get an opportunity to consider the policy.

According to the invention described in claim 7, a radio wave signal transmitting device for transmitting a clock radio wave signal of a specific frequency is provided to all parking lot users, and a radio wave signal for receiving the clock radio wave signal in the store. Since the receiving device, the channel recognizing device for recognizing the channel of the clock radio signal, the integrating device for accumulating the number of times the clock radio signal is received for each channel, and the display device for displaying the integrated result are provided, the parking lot user can It is possible to understand the relationship between the time spent in the parking lot and the time spent indoors.

According to the invention described in claim 8, since the radio wave signal transmitting device is formed in a thin flat plate shape, it can be easily worn on the parking lot user, and therefore, the indoor space of the parking lot user can be It is possible to correctly understand the accumulated result of moving outdoors.

According to the ninth aspect of the invention, since the accommodating device for accommodating the radio wave signal transmission device is further provided, the reliability in storing the radio wave signal transmission device can be improved.

According to the tenth aspect of the present invention, since the accommodating device is provided with the reset means for resetting the radio signal transmitting device when the radio signal transmitting device is accommodated, the radio signal transmitting device is accommodated in the accommodating device. For example, the radio wave signal transmission device can be automatically reset, and the radio wave signal transmission device can be stopped at the same time when the parking lot user returns home.

According to the eleventh aspect of the invention, since the accommodating device is provided with the charging means for charging the radio signal transmitting device when the radio signal transmitting device is accommodated, the radio signal transmitting device can be accommodated in the accommodating device. It can be charged automatically and can be used with confidence.

According to the twelfth aspect of the present invention, since the display device displays the integration result of the integration device for the channel instructed by the operator, it is possible to deal with it promptly as compared with the case where all channels are collectively displayed. .

[Brief description of drawings]

FIG. 1 is an explanatory diagram illustrating an outline of a parking lot user management system according to a first embodiment.

FIG. 2 is a block diagram showing a schematic configuration of a radio signal transmission device of the first embodiment.

FIG. 3 is a block diagram showing a schematic configuration of an integrating device of the first embodiment.

FIG. 4 is a block diagram showing a schematic configuration of a display device of a first embodiment.

FIG. 5 is a block diagram showing a schematic configuration of the accommodation device of the first embodiment.

FIG. 6 is an explanatory diagram illustrating an outline of a parking lot user management system according to a second embodiment.

FIG. 7 is a block diagram showing a schematic configuration of a radio signal transmission device of a second embodiment.

FIG. 8 is a block diagram showing a schematic configuration of a radio signal receiving apparatus of a second embodiment.

FIG. 9 is a block diagram showing a schematic configuration of a channel recognition device of a second embodiment.

FIG. 10 is a block diagram showing a schematic configuration of an integrated display device according to a second embodiment.

FIG. 11 is a block diagram showing a schematic configuration of a storage device according to a second embodiment.

[Explanation of symbols]

 3a, 3b Radio wave signal transmitter 5a, 5b Pachinko machine 7a, 7b Chair 9a, 9b Parking lot user 11a, 11b, 153 Accumulator 13 Counter 15, 155 Display device 17,109 Housing device 21,121 Transmitter 23,123 Frequency determining unit 27, 127, 131 Antenna 31, 133 Receiving unit 35, 135, 147 Output unit 41, 141, 151 Input unit 43 Computing unit 45 Integrated value display unit 47 Number display unit 49 Cumulative time display unit 51 Parking charge display unit 53,157 Communication unit 55 Host computer 61,161 Insertion recognition unit 65,163 Reset unit 67,165 Charging unit 68,167 Confirmation display unit 103 Radio wave signal receiver 105 Channel recognition device 107 Integrated display device 143 Channel distribution unit 145 Reception identification Department

Claims (12)

[Claims] 1. A radio wave signal transmitting device which is installed indoors and transmits a clock radio wave signal of a predetermined frequency at predetermined time intervals, and a clock radio wave signal which is handed to a parking lot user and transmitted from the radio wave signal transmitting means. Radio signal receiving means,
And an accumulating device having an accumulating means for accumulating the number of times of reception of the clock radio wave signal received by the radio wave signal receiving means, and a display device for displaying an integration result of the number of times of reception of the clock radio wave signal accumulated by the accumulating device. A parking lot user management system characterized by being provided. 2. The parking lot user management system according to claim 1, wherein the integrating device is formed in a thin flat plate shape. 3. The parking lot user management system according to claim 1, further comprising a storage device that stores the integrating device. 4. The parking lot user management system according to claim 3, wherein the accommodating device is provided with reset means for resetting the accumulating means when the accumulating device is accommodated. 5. The parking lot user management system according to claim 3, wherein the accommodation device includes a charging unit that charges the integration device when the integration device is accommodated. 6. The parking lot user management system according to claim 1, wherein the display device is provided with communication means for notifying a computer of a result of integration by the integration device. 7. A plurality of radio wave signal transmitting devices which are handed to respective parking lot users and transmit clock radio wave signals of different specific frequencies, and clock radio waves of specific frequencies which are respectively transmitted from the plurality of radio wave signal transmitting devices. A radio wave signal receiving device for receiving a signal, a channel recognition device for recognizing a channel in which the clock radio wave signal is received based on each clock radio wave signal received by the radio wave signal receiving device, and each of the channel recognition devices recognized by the channel recognition device An integrating device for accumulating the number of times of receiving the clock radio signal for each channel based on the reception condition of the clock radio signal for each channel, and a display device for displaying the integration result accumulated by the integrating device for all the channels. A parking lot user management system. 8. The parking lot user management system according to claim 7, wherein the radio wave signal transmission device is formed in a thin flat plate shape. 9. The storage device according to claim 7, further comprising a storage device that stores the radio wave signal transmission device.
Parking system management system described. 10. The management system for a parking lot user according to claim 9, wherein the accommodating device is provided with reset means for resetting the radio signal transmitting device when the radio signal transmitting device is accommodated. 11. The parking lot user according to claim 9, wherein the accommodation device is provided with charging means for charging the radio signal transmission device when the radio signal transmission device is accommodated. Management system. 12. The parking lot user management system according to claim 7, wherein the display device displays an integration result of the integration device for a channel designated by an operator.