JP4623360B2 - Parking stand management system - Google Patents

Description

The present invention relates to a parking table management system including a unit-type parking facility and a parking table management device for remotely managing the parking facility . The unit-type parking facility is a prefabrication-type facility that allows easy installation work, and is a facility for parking automobiles, motorcycles, motorbikes, and the like, and in particular bicycles and so-called electrically assisted bicycles.

  A unit-type parking facility has been proposed so that the work can be performed quickly and easily when installing the parking facility. For example, when installing a bicycle parking facility, various parts such as a parking lot and a frame material are transported to the site in a separated state and assembled there. In a two-stage parking facility with a large number of parts, it is necessary to assemble pillars and beams. The situation is the same in so-called flat parking racks that are not two-stage type, and the foundation is formed by combining the frame material and the reinforcing material on the floor surface and performing operations such as welding and screwing. He was forced to do time-consuming and time-consuming work such as fixing the parking lot on top.

  However, it may be said that it must be installed by the start of business the next morning after the business hours are over, such as construction work for bicycle parking facilities in supermarkets. In particular, since late-night business has recently been carried out, the time given for installation work has become shorter and inevitably caused by work. If this happens, costs such as labor costs will increase.

In order to solve this problem, a parking base mounting tool is provided on the parking base mounting frame so that a plurality of parking bases can be attached, and a power outlet is provided so that power can be distributed to the locking means of each parking base. A power cable connecting the power outlets is wired along the parking frame mounting frame, and an information outlet is provided so that communication with the locking means on the parking table side is possible. There has been proposed a parking base mounting unit in which a cable is wired along the parking base mounting frame. According to this, since the parking base mounting unit is completed and transported to the installation site, it is first fixed on the floor surface at the site, and then the parking base is attached to the parking base fixture, and then assembly is started from scratch. Even if you don't do it, the basic part is complete. After that, if you insert the power plug on the parking stand side into the power outlet on the parking stand mounting frame side and insert the communication plug on the parking stand side into the information outlet on the parking stand mounting frame side, all is completed without complicated wiring work It becomes. Therefore, the installation work is easy and can be completed in a short time.
JP 2005-180161 A

  Although it is a parking facility that has gained benefits by being unitized in this way, if this parking facility can be monitored and managed remotely, maintenance after installation of the parking facility will be easier, It is also possible to respond quickly when trouble occurs. Then, this invention makes it a subject to provide the parking stand management apparatus and parking stand management system which enable such a thing.

The above-mentioned problem is that a parking base mounting tool is provided on the parking base mounting frame so that a plurality of parking bases can be attached, and a power outlet is provided so that power can be distributed to the locking means of each parking base. A power cable that connects the two is routed through a wiring accommodating duct provided along the parking frame mounting frame, and an information outlet is provided so that communication with the locking means on the parking table side is possible. A communication cable is routed through the wiring housing duct , and further includes a settlement apparatus, a computer for controlling the locking means on the parking base side to which the communication cable is connected, a power generation unit to which the power cable is connected, Various sensors and monitoring cameras attached to the required locations, and various data received from these sensors and images taken by the monitoring cameras can be remotely A radio telephone device for transmitting to the parking stand management device installed at a parking stand mounting unit with, and wheel drop hole for On drop front is opened in the bottom of the wheel passage, the wheels A pair of wheel catchers are rotatably attached by a rotation shaft so as to sandwich the drop hole, and the wheel catcher is a step board below the rotation shaft and a hook above the rotation shaft, When a front wheel that has entered the wheel passage falls into a wheel drop hole, the front side is captured by turning the hooks on both sides by turning on the treads on both sides and turning the inward side to capture the front wheel. The catcher is provided with an insertion hole through which a solenoid expansion / contraction rod can be inserted. The solenoid is attached to a side wall of the wheel passage so as to be opposed to the insertion hole, and the wheel carrier is also provided. A switch lead attached to the side wall of the wheel passage is attached to the inner side surface of the char so that when the hook is turned inward, the lead is pushed and the switch is turned on. The locking means configured; and a jack attached to a power cable drawn from the solenoid and plugged into the power outlet and attached to a communication cable drawn from the switch and plugged into the information outlet. wherein the parking base parking stand which is attached to the fixture of the parking stand mounting unit, a communication unit for receiving a telephone call from a computer that is provided in front Symbol parking stand mounting unit, assigned uniquely to the computer received by the communication unit An authentication unit for determining whether or not the received device number is recorded in the storage unit, and a communication unit A control unit that controls the authentication unit and receives data from the computer by the communication unit when the determination by the authentication unit is coincident, and converts the data into a WWW document and transfers it to a WWW server. This is achieved by providing a parking table management system comprising a parking table management device provided.

  The device number uniquely assigned to the computer installed in the parking base mounting unit is mainly a GUID (Global Unique Identifier), and there is no item with the same value throughout the world. This is an identifier that is uniquely assigned. Therefore, for example, if an Ethernet (registered trademark) card is attached to the computer, a MAC (Media Access Control) address assigned to the Ethernet (registered trademark) card is used for authentication. In addition, an object class ID used in Windows (registered trademark) of the operating system can be used. For example, if the computer provided in the parking base mounting unit is a mobile communication terminal, particularly a so-called mobile phone, this unique telephone number or device number can be used.

  Therefore, for example, if a computer provided in the parking base mounting unit calls a phone using a mobile phone, if the phone number is recorded in the storage unit, the phone number is notified. Since it matches the telephone number, the communication unit receives data from the computer. On the other hand, if the telephone numbers do not match, the connection is terminated because it is not the other party that should respond. That is, the parking lot management device knows the parking lot mounting unit that it should manage and intends to manage it exclusively.

  The data received by the communication unit in this way is converted into a WWW document by the control unit and transferred to the WWW server. By making various data from the parking base mounting unit WWW documents and placing them on the WWW server in this way, it is possible to easily access this data from a personal computer or mobile phone having a function capable of browsing the WWW. Become. WWW is the World Wide Web. Since recent mobile phones are so-called browser phones that can interpret HTML (Hyper Text Markup Language) documents, it is possible to remotely monitor a parking lot by browsing the WWW. The WWW server may be placed outside the parking lot management apparatus or inside the parking lot management apparatus. When the WWW server is placed in the parking lot management apparatus, the WWW server can be controlled by the control unit. This means that at least the created WWW document can be transferred to the WWW server. It is desirable that this WWW server is always connected to the Internet.

  Incidentally, the data from the computer may be numerical data or image data. Or it may be both. As will be described later, the numerical data mainly relates to power supply, time management, and money management linked to this (when charging a parking fee). This can be obtained mainly from various sensors attached to the required locations. The image data is an image taken by a surveillance camera at a parking lot.

  In this way, the parking facility can be monitored and managed remotely, and the maintenance after the parking facility is installed becomes easier, and a quick response when a trouble occurs is possible.

Next, it attaches to a parking stand attachment unit and demonstrates below. A unit-type parking facility in which a parking table provided with locking means for a parked vehicle is attached to the parking table mounting unit via a parking table mounting tool is also within the scope of the right of the present invention .

  Since the parking base mounting unit is transported to the installation site in the completed state, if it is first fixed on the floor and then the parking base is attached to the parking base mounting fixture, it is basically possible to assemble it from scratch. That part is complete. After that, if you insert the power plug on the parking stand side into the power outlet on the parking stand mounting frame side and insert the communication plug on the parking stand side into the information outlet on the parking stand mounting frame side, all is completed without complicated wiring work It becomes. Therefore, the installation work is easy and can be completed in a short time.

  Moreover, since this invention is provided with the payment apparatus, it can charge a parking service. When it is necessary to settle the usage fee, such as a pay parking lot or a rental cycle, it is possible to use coins, prepaid cards, etc. on the control panel which is an input part of the computer. It should be noted that a device that requires authentication such as a personal identification number or a mobile phone number for use fee settlement may be configured to be performed from this control panel. Moreover, since the control apparatus for controlling the locking means of the parking stand to which the communication cable is connected is provided, the locking means can be locked and unlocked. Therefore, it is possible to perform control such that unlocking can be performed when the condition that the fee is paid is satisfied.

  Moreover, since this invention is equipped with the electric power generation unit connected to the said power cable, electric power can be supplied to a required location by in-house power generation. This is done via the power cable. This is completed only by adding the step of attaching the power generation unit in the above-described assembly operation.

  For example, in the case of installation work in a store such as a supermarket, the power source must be turned on for the locking means on the parking stand side, but there may be no power outlet at the installation location. In addition, there is a case where it is desired to measure the power consumption separately from the power source used in the parking lot and the power source of other facilities. In this case, it is necessary to dig a road, fill the power cable, or follow the building to pull the power cable from a distance, and there is a problem that it takes time and cost. However, if this unit itself has a power generation unit, the need for electrical work is zero. There is no need for power reception and it is a unit type so it can be installed anywhere. This advantage is particularly great, and it can be installed even in a small vacant lot in front of an apartment, a shopping street or a station.

  The power generation unit is a housing portion such as a battery, a fuel cell, or a power generation device that uses sunlight or wind power. In the case of a battery, this is a replacement target, and in the case of a fuel cell, a cylinder such as methanol is a replacement target. That is, what is used for the power generation unit is an arbitrary design matter. At this time, it is desirable to consider the environment. It should be noted that the battery or fuel cell cylinder may be replaced when a staff member looks around, or at the time of collection of a usage fee in a paid parking lot or a so-called rental cycle.

  In addition, since the parking stand attachment unit side is equipped with the private power generation equipment, since it can obtain electric power by private power generation by the unit alone, it will operate alone after installation. In particular, if the power generation facility is a wind power generator or a solar power generator, it will be eco-friendly, and the manager will be able to operate as a parking lot from power generation using only the parking stand mounting unit. You can manage the power supply remotely without going. This was originally the object of this invention.

That is, according to the parking table management system of the present invention , the installation work is easy and can be completed in a short time by the parking table mounting unit unique to the present invention, and the computer provided in such a parking table mounting unit. Since the data is received from the WWW, converted into a WWW document and transferred to the WWW server, this data can be easily accessed from a personal computer or a mobile phone having a function of browsing the WWW, whether numerical data or image data. It becomes possible. As a result, the parking facility can be monitored and managed remotely, and the maintenance after the parking facility is installed becomes easier, and a quick response when a trouble occurs is possible.

(First embodiment)
The management server 6 which is the parking stand management apparatus of this embodiment is demonstrated referring FIG. 1 thru | or FIG. As shown in FIG. 1, the coin settlement machine 9 is provided so as to be able to communicate with the remote management server 6 wirelessly to constitute a parking table management system. Here, they are connected using the above-described mobile phones 62 and 93. As shown in the block diagram of FIG. 2, the management server 6 includes a mobile phone 62, a storage unit 63 that records the number of the mobile phone 93 of the coin settlement machine 9, and the mobile phone 62. An authentication unit 64 that compares the incoming calling telephone number with the telephone number recorded in the storage unit 63, an input / output unit 61 such as a console of the management server 6, a safety management unit 65 and a WWW server to be described later 66 is connected to the control unit 60.

  This management server 6 is capable of managing a plurality of coin settlement machines 9, and compares the number of the mobile phone that has been dialed with the number of the mobile phone in the storage unit 63 by the authentication unit 64 to match. If there is something to do, it is the coin settlement machine 9 under management, and is connected, and communication is started via the mobile phone 62.

  As will be described later, FIG. 11 shows processing items on the coin settlement machine 9 side, which is also a list of items managed on the management server 6 side. Data of items as listed here is transmitted via the mobile phone 62. Of these items, items relating to power supply, time management, and money management linked thereto (related to data communication) and items relating to image communication are particularly important. FIG. 3 is a flowchart showing processing related to data communication. Waiting for reception (S1), if there is a call from the coin settlement machine 9 (assuming that it has already been authenticated by the authentication unit 64), start data reception in S3, and if there is no call, return to S1 and wait for reception Condition judgment is performed (S2). When there is a call, data reception is started (S3), and a graph is attached to the required items based on this data upon completion of communication (S4), and a WWW document (so-called Web page) on which the data and this graph are posted ) Is generated (S5), transferred to the WWW server 66 (S6), and waits for the next call (S1). The WWW server 66 is connected to the Internet via a line (not shown). However, the WWW server may be placed outside the management server 6.

  The WWW server 66 described above can be accessed via the Internet from a mobile phone T having a WWW browsing function, a personal computer, or the like. This state is shown in FIG. Note that the mobile phone T having the WWW browsing function is not an essential requirement of the present invention.

  Next, FIG. 4 is a flowchart showing processing related to image communication. Time counting by the timer is started (S7), it is determined whether or not the set time has elapsed (S8), and if it has elapsed, the process proceeds to image reception (S9), and if it has not elapsed, the process returns to the timer timing start (S7). ). When the image has been received (S9), a WWW document on which this image is posted is generated (S10), this is transferred to the WWW server 66 (S11), and the received image is cleared from the memory (S12). The time is returned (S7).

  FIG. 5 shows a display screen D of the mobile phone T having a WWW browsing function when the administrator accesses the WWW server 66 by specifying a URL address that is not open to the public. . On this display screen D, the WWW document W received from the WWW server is displayed. In this WWW document W, for example, a photograph P taken by the monitoring camera 92 described above is posted. There are a plurality of photos P, and in FIG. 5, the photo P2 is visible, but by scrolling the WWW document W, other photos can be browsed. Therefore, the administrator can monitor the parking lot from a remote place using the mobile phone T, and can respond immediately when it is an emergency.

  When an abnormal signal is received from a monitoring sensor (not shown) provided in the lock system, money management unit, power supply unit, etc., the safety management unit 65 immediately notifies the administrator. .

(Second Embodiment)
Next, the structure on the parking base mounting unit side of this embodiment will be described with reference to FIGS. This and the management server 6 that is the parking table management device described above constitute a parking table management system.

  The parking base mounting unit shown in FIG. 6 is configured by connecting the parking base mounting frame members 1 and 10 arranged in parallel in the front-rear direction (up and down in the drawing) with the connecting frame members 2 at the left and right ends. In addition, a wiring accommodating duct 12 is provided along the parking base mounting frame member 1, and a wiring accommodating duct 13 is provided along the right connection frame member 2. Mounting brackets 3 for mounting parking stands 5 described later are attached to six locations of the parking base mounting frame member 1, and mounting brackets 30 are attached to six locations of the parking base mounting frame member 10 corresponding thereto. A power supply box 8 for storing the battery 80 is attached to the right front part of the wiring accommodating duct 13, and a coin settlement machine 9 is erected on the right rear part. The wiring accommodating duct 12 is provided with six outlets 4 and further extension outlets 40 are provided on both sides thereof. The outlets 4 and 40 are connected by a power cable 41 and a communication cable 42. These cables are passed through the wiring housing duct 12 and wired to the power supply box 8, and are also passed through the wiring housing duct 13 and wired to the coin settlement machine 9 with a ticket issuing function. The parking base mounting unit of the second embodiment is configured as described above, and this unit is fixed to the floor surface of the parking lot by bolting.

  The parking base 5 is laid across the parking base mounting unit in the front-rear direction, and screwing is performed so that the screw holes 52 of the parking base 5 and the screw holes of the mounting bracket 3 coincide. Similarly, the mounting bracket 30 is also screwed with a screw hole (not shown) of the parking base 5. Then, when the jack 74 of the cable 73 on the parking base 5 side is inserted into the outlet 4 on the parking base mounting unit side, the installation of the unit type parking facility is completed. This work is extremely easy, and even one worker can easily do this.

  The parking table 5 has a wheel dropping hole 51 for dropping a front wheel at the bottom (in the parking direction) of the channel member 50 serving as a wheel passage, and a pair of the parking table 5 so as to sandwich the wheel dropping hole 51. The wheel catchers 53 and 53 are rotatably attached by a rotation shaft 54. The wheel catcher 53 is provided with a tread plate 55 below the rotation shaft 54 and with a hook 56 above the rotation shaft 54. Therefore, when the front wheel that has entered the channel member 50 falls into the wheel drop hole 51, the stepping plates 55, 55 on both sides are stepped on. As a result, the hooks 56, 56 on both sides rotate inward to catch the front wheel. (Fig. 7).

  The wheel catcher 53 on one side has an insertion hole (not shown) through which the telescopic rod 70 of the solenoid 7 can be inserted, and the solenoid 7 is attached to the side wall of the channel member 50 so as to face this. It has been. Further, a lead 72 of a switch 71 attached to the side wall of the channel member 50 is attached to the inner side surface portion of the wheel catcher 53, and when the hook 56 is rotated inward, the lead 72 is pushed and the switch 72 is pushed. 71 is in an ON state. The power cable drawn from the solenoid 7 and the communication cable drawn from the switch 71 are bundled to form the cable 73.

  When the installation is completed as described above, the expansion outlet 40 is used to connect to a power source. Specifically, the power cable 41 is connected to the power source, and the communication cable 42 is connected to a control device on the management side (not shown). When the front wheel falls into the wheel drop hole 51, the foot plates 55, 55 on both sides are stepped on and the hooks 56, 56 on both sides turn inward to catch the front wheel. At this time, the lead 72 is pushed and the switch 71 is turned on. It becomes a state. With this, the solenoid 7 is energized, and the telescopic rod 70 engages with the wheel catcher 53 to fix the wheel catcher 53 and lock the front wheel. In order to release the locked state and remove the front wheel from the wheel catcher 53, it is necessary to energize the solenoid 7 from the control device on the management side. If this is done, the telescopic rod 70 of the solenoid 7 is detached from the wheel catcher 53, so that the front wheel, that is, the bicycle can be taken out freely.

  The power generation unit is composed of a wind power generation unit at the top, a solar cell 84 provided below it, an illuminating lamp 91 provided below it, and a monitoring camera 92 and a speaker 96 provided further below. Yes. First of all, the wind power generation unit is equipped with a weathercock with a vertical tail for always facing the windward at the top of the support column 14, with the rotary shaft 82 lying horizontally at the tip. A motor 81 is fixed, and a propeller 83 having a three-fold symmetry is provided on the rotary shaft 82 to constitute a wind power generation unit. In general, a propeller is used. However, for example, a fan formed by bending a vertically cut thin plate can be arbitrarily employed. The illuminating lamp 91 is attached to the left and right beam members 15 attached horizontally below the solar cell 84 described above.

  The solar cell 84 is attached to the support column 14 so as to be inclined so as to match the elevation angle of the sun. In order to further increase the power generation capacity, a mechanism for controlling the attitude so that the surface of the solar cell 84 always faces the sun may be provided.

  The motor 81 of the wind power generation unit thus provided and the solar cell 84 are connected as shown in the circuit diagram of FIG. That is, the motor 81 and the solar battery 84 are connected in parallel to the input end of the storage battery 85 via the control unit, and the wire taken out from the output end of the storage battery 85 is output as DC 24 volts through the DC / DC converter. Connected to the terminal. The storage battery 85 is accommodated in the power supply box 8.

  Now, as shown in FIG. 10, the coin settlement machine 9 is composed of a control device 90 and the following parts connected thereto. In other words, the numeric keypad provided on the panel of the coin settlement machine 9, the coin slot, the input / output unit 94 for managing the switch 71 of the parking table 5 and the ticket issuing machine, and the power from the storage battery 85 are fed to the required parts. A power supply unit 95, a mobile phone 93, which is a kind of mobile phone, and a solenoid 7 are connected to the control device 90. A motor 81, a solar battery 84, an illuminating lamp 91, and a monitoring camera 92 of the wind power generation unit are connected to the control device 90.

  The ticket issuing machine of the input / output unit 94 is for issuing a prepaid card, but in addition to this, it is possible to settle with coins (coins). When a coin is inserted into the coin insertion slot of the control device 90 or a prepaid card is inserted into the card insertion port and payment is made, and the parking key number is designated from the input / output unit 94 by pressing the numeric keypad, this information is sent to the control device 90. Is communicated. Then, the control device 90 confirms the settlement, confirms the parking lot number, energizes the solenoid 7 through the communication cable 42, and opens the front wheel of the bicycle parked on the parking lot so that the vehicle can be left. For example, the mobile phone 93 may require authentication of a parking lot user, control the parking pedestal 5 from a store, or notify the administrator of the power amount of the storage battery 85 or the video of the monitoring camera 92. Used for The illumination lamp 91 is set so that the switch is turned on when the environment is darkened to a certain level.

  FIG. 11 shows the processing items on the coin settlement machine 9 side, which is also a list of items managed on the management server 6 side. Data of items as listed here is communicated via the mobile phones 62 and 93. Of these, items relating to power supply, time management, and money management linked thereto (these are related to data communication) are items related to image communication.

  In addition, when an abnormal signal is received from a monitoring sensor (not shown) provided in the lock system, the money management unit, or the power supply unit, for example, with respect to the processing items on the coin settlement machine 9 side shown in FIG. The control device 90 immediately notifies the administrator. That is, FIG. 12 is a flowchart showing the processing on the coin settlement machine 9 side. When an abnormality is detected by each monitoring sensor (S13), an e-mail for reporting the detected content is created (S14), and the administrator's mobile This e-mail is transmitted to a predetermined e-mail address assigned to the telephone T (S15). As a result, the administrator can know the abnormality of the parking lot by using the mobile phone T from a remote place, and a quick response is possible.

  By the way, in this embodiment, the control of the solenoid 7 is performed by the control device 90. This control device 90 confirms the payment, confirms the parking lot number, energizes the solenoid 7, opens the front wheel of the bicycle, and enables the car to exit. On the other hand, it is also possible to constitute a system in which the solenoid 7 is controlled on the management server 6 side. For example, this is the case where user authentication is performed on the management server 6 side. In addition, for example, when the system is such that the parking fee is settled together with the telephone fee of the mobile phone owned by the user, the mobile phone is authenticated. At this time, the management server 6 controls the solenoid 7. It is possible to perform such as.

  The present invention is not limited to the above embodiment. For example, a so-called sliding rack that can be slidable with respect to a parking frame mounting frame and can be packed and parked with a bicycle can be configured on the parking table mounting unit side. Further, an automobile parking device in which a flap-shaped exit prevention member for raising and lowering by a motor is attached to restrict the exit of an automobile, or the invention of, for example, “Parking device for two-wheeled vehicle” in Japanese Patent Laid-Open No. 10-45071. The present invention can also be applied to a parking lot for a motorcycle equipped with such a handle lock mechanism.

It is explanatory drawing of the parking system of 1st Embodiment. It is a block diagram of the management server 6 of the same embodiment. It is a flowchart showing the process by the side of the management server 6 of the embodiment. It is a flowchart showing the process by the side of the management server 6 of the embodiment. It is a use condition explanatory view of the embodiment. It is a top view of the parking base attachment unit of 2nd Embodiment. It is a partial top view of the parking base 5 of the embodiment. It is a circuit diagram of the electric power generation unit part of the embodiment. It is explanatory drawing of the electric power generation unit part of the embodiment. It is a block diagram of the coin settlement machine 9 of the embodiment. It is a process list figure of the coin settlement machine 9 of the embodiment. It is a flowchart showing the process of the coin settlement machine 9 of the embodiment.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Parking base mounting frame member 10 Parking base mounting frame member 11 Extension bracket 12 Wiring accommodating duct 13 Wiring accommodating duct 14 Post 15 Beam material 2 Connecting frame member 3 Mounting bracket 30 Mounting bracket 4 Outlet 40 Additional outlet 41 Power cable 42 Communication Cable 5 Parking base 50 Channel material 51 Wheel drop hole 52 Screw hole 53 Wheel catcher 54 Rotating shaft 55 Foot plate 56 Hook 6 Management server 60 Control unit 61 Input / output unit 62 Mobile phone 63 Storage unit 64 Authentication unit 65 Safety management unit 66 WWW Server 7 Solenoid 70 Telescopic rod 71 Switch 72 Lead 73 Cable 74 Jack 8 Power supply box 80 Battery 81 Motor 82 Rotating shaft 83 Propeller 84 Solar battery 85 Storage battery 9 Coin settlement machine with ticketing function 90 Control device 91 Illumination lamp 92 La 93 mobile phone 94 input-output unit 95 power supply unit 96 speaker T mobile phone D display screen W WWW document P Photos

Claims (1)

The parking base mounting frame is provided with a parking base mounting fixture so that a plurality of parking bases can be attached, and a power outlet is provided so that power can be distributed to the locking means of each parking base, and the power source connecting the power outlets. The cable is routed through the wiring housing duct provided along the parking frame mounting frame, and an information outlet is provided so that communication with the locking means on the parking table side is possible. It is wired through a wiring accommodating duct , and is further attached to a settlement device, a computer for controlling the locking means on the parking base side to which the communication cable is connected, a power generation unit to which the power cable is connected, and a required location. The various sensors and surveillance cameras received, the various data received from these sensors and the images taken by the surveillance cameras are installed at remote locations. A radio telephone device for transmitting to the parking stand management apparatus, a parking stand mounting unit with,
A wheel drop hole for dropping the front wheel is opened at the bottom of the wheel passage, and a pair of wheel catchers are rotatably attached to the wheel drop hole so as to sandwich the wheel drop hole. Is a footboard below the pivot shaft and a hook above the pivot shaft, and when the front wheel that has entered the wheel passage falls into a wheel drop hole, the foot on both sides is stepped on the hook on both sides. The side is configured to rotate inward to catch the front wheel, and the wheel catcher on one side has an insertion hole through which a solenoid telescopic rod can be inserted, and is opposed to this. The solenoid is attached to the side wall of the wheel passage, and the lead of the switch attached to the side wall of the wheel passage is attached to the inner side surface of the wheel catcher, The locking means configured so that the switch is turned on when the hook is turned inward and the switch is turned on; and the power cable drawn from the solenoid is attached to the power outlet. And a parking base attached to the parking base mounting tool of the parking base mounting unit, comprising a jack, which is attached to a communication cable drawn from the switch and inserted into the information outlet.
A communication unit that receives a telephone call from a computer provided in the parking base mounting unit, and determines whether or not a device number uniquely assigned to the computer received by the communication unit is recorded in the storage unit. Controls the authentication unit, the communication unit, and the authentication unit, and if the determination by the authentication unit is the same, receives data from the computer by the communication unit, converts this data into a WWW document, and transfers it to the WWW server A parking table management device comprising:
A parking management system characterized by comprising:

Images