CN102496304B - A parking lot management system - Google Patents

Abstract

The invention relates to the technical field of parking lots, in particular to a parking lot management system. The parking lot management system comprises a parking lot management server, a regional parking space control terminal, a parking space detector arranged at a parking space and a parking space guide screen; the parking space detector is in signal connection with the regional parking space control terminal, and the regional parking space control terminal and the parking space guide screen are in signal connection with the parking lot management server; the parking space guide screen comprises a direction guide screen and an empty parking space quantity display screen. According to the parking lot parking space guiding device, the car owner can be conveniently guided to the parking space through the parking space guiding screen, the trouble that the car owner cannot find the parking space is reduced, and the operation efficiency of the parking lot is improved.

Description

A parking lot management system

technical field

The invention relates to the technical field of parking lots, in particular to a parking lot management system.

Background technique

In the current parking lot management system, most of the gate valves and parking metering devices are only installed at the entrance and exit of the parking lot, and the car owner enters the parking lot to find a parking space; It is more convenient for the parking lot, and it does not require the parking lot management company to invest too much manpower and material resources for management. With the development of the economy, the number of vehicles is increasing. In order to facilitate the management of parking, the parking lot is gradually developing towards the underground, indoor, and large-scale. Many places have established large underground parking lots or large indoor parking lots. The parking spaces of this type of parking lot are relatively large. There are many, and it cannot be seen at a glance like an open-air parking lot. When a car owner parks in this type of parking lot, it may take a long time to find a parking space, which will easily lead to congestion inside the parking lot and cause inconvenient parking.

Contents of the invention

The purpose of the present invention is to solve the deficiencies of the prior art and provide a parking lot management system that can guide car owners to park, facilitate car owners to park, and improve the operating efficiency of the parking lot.

The technical scheme adopted in the present invention is:

A parking lot management system, comprising a parking lot management server, an area parking space control terminal, a parking space detector arranged in the parking space, and a parking space guidance screen; Both the parking space control terminal and the parking space guidance screen are signal-connected to the parking lot management server; the parking space guidance screen includes a direction guidance screen and a display screen for the number of empty parking spaces.

Further, the direction guide screen is provided with a luminous color controller, and the luminous color controller is signal-connected with the direction guide screen.

Further, the parking lot management system also includes a parking space indicator light, the parking space indicator light is provided with a light color controller and a physical address circuit, and the physical address circuit is connected with the light color controller and the corresponding parking space detection circuit respectively. The indicator signal is connected, and the indicator light color controller is connected to the area parking space control terminal signal.

Furthermore, the parking space indicator light is provided with an indicator light brightness controller, and the indicator light brightness control is signal-connected with the parking space detector.

Further, the parking lot management system also includes a lane lighting system. The lane lighting system includes a lane lighting lamp and a lane lighting control terminal arranged on the lane of the parking lot. The lane lighting lamp is provided with a lane lighting controller and a lane lighting sensor The driveway lighting sensor is connected to the driveway lighting control terminal for signals, and the driveway lighting control terminal and the driveway lighting lamps are respectively connected to the driveway lighting controller for signals.

Further, the lane lighting control terminal is connected to the parking lot management server by signal.

Further, the parking lot management system also includes a lane lighting system, the lane lighting system includes lane lights and a plurality of lane lighting control terminals arranged on each lane of the parking lot, the lane lights are equipped with The lane lighting controller and the lane lighting sensor, the lane lighting lamp is connected with the lane lighting controller signal, the lane lighting sensor and the lane lighting controller of the lane lighting lamp located on the vehicle branch road are respectively connected with the vehicle branch road lighting control terminal for signal .

Still further, the lighting control terminals of the vehicle branch roads are all signally connected to the parking lot management server.

Further, the parking lot management system also includes a reverse car search system, the reverse car search system includes a parking card, a positioning terminal and a display terminal arranged in each parking area, and the positioning terminal is provided with a card reader The positioning terminal is signal-connected to the parking lot management server, the display terminal includes a display and a card reading device, and the display terminal is signal-connected to the parking lot management server.

Further, the positioning terminal is provided with an area parking sensor and a positioning voice module, the area parking sensor is connected to the positioning voice module by signal, and the positioning voice module is connected to the parking lot management server by signal.

Further, the display terminal is provided with a display voice module.

Furthermore, the display terminal is provided with a micro-printer.

The beneficial effects of the present invention are: a parking lot management system, including a parking lot management server, a regional parking space control terminal, a parking space detector set in the parking space, and a parking space guidance screen; the parking space detector and the regional parking space The control terminal signal connection, the regional parking space control terminal, and the parking space guidance screen are all connected to the parking lot management server signal; the parking space guidance screen includes a direction guidance screen and a display screen for the number of empty parking spaces. The invention can conveniently lead the car owner to the parking space through the parking space guide screen, reduce the trouble of the car owner not finding the parking space, and improve the operating efficiency of the parking lot.

Description of drawings

FIG. 1 is a schematic structural diagram of Embodiment 1 of the present invention.

FIG. 2 is another structural schematic diagram of Embodiment 1 of the present invention.

Fig. 3 is a schematic structural diagram of Embodiment 2 of the present invention.

Fig. 4 is a structural schematic diagram of the parking guidance screen of the present invention.

Fig. 5 is a schematic diagram of the second structure of the parking guidance screen of the present invention.

Fig. 6 is a schematic diagram of the third structure of the parking guidance screen of the present invention.

Explanation of reference signs

1——Parking lot management server 2——Lane lighting control terminal

3——Parking guidance screen 4——Regional parking space control terminal

5——Indicator color controller 6——Parking space detector

7——Indicator light brightness controller 8——Parking space light

9——Driveway lighting sensor 10——Driveway lighting controller

11——Driveway lighting 12——Positioning terminal

13——Display terminal 31——Direction guidance screen

32—the display screen for the number of empty parking spaces 21——the lighting control terminal of the vehicle branch road.

Detailed ways

The present invention will be further described below in conjunction with the accompanying drawings and specific embodiments.

Example 1:

As shown in Figure 1, a kind of parking lot management system comprises a parking lot management server 1, an area parking space control terminal 4, a parking space detector 6 arranged on a parking space, a parking space guide screen 3; the parking space detector 6 It is connected with the area parking space control terminal 4 signal, and the area parking space control terminal 4 and the parking space guide screen 3 are all connected with the parking lot management server 1 signal;

The parking space detector 6 is arranged directly above the parking space or below the parking space; the specific embodiment is set according to the situation of the parking lot, and the parking space detector 6 is in one-to-one correspondence with the parking space; the parking space guide screen 3 is arranged on the parking space. At the intersection in the field, the direction guide screen 31 of the parking space guide screen 3 points to the parking area of the parking lot respectively, one direction guide screen 31 corresponds to one parking area, and one direction guide screen 31 is combined with an empty parking space number display screen 32 for Display the orientation position of a parking area and the number of empty parking spaces left in the parking area. Therefore there are a plurality of such combinations on the parking space guide screen 3 . The parking space detector 6 feeds back the detection of the parking space to the regional parking space control terminal 4, and the regional parking space control terminal 4 sends the vacant parking space information of each area to the parking lot management server 1, and the parking lot management server 1 controls the parking space The display of the number of empty parking spaces on the guide screen 3. After the car owner drives the car into the parking lot, the car owner can choose the parking position according to the number of empty parking spaces displayed on the parking space guide screen 3. Once the car owner parks the car, the parking space detector 6 will detect that the parking space is occupied, and send this information. Sent to the area parking space control terminal 4, the area parking space control terminal 4 sends this information to the parking space management server again, and the parking space management server controls the variation of the empty parking space number display screen 32 of the parking space guidance screen 3. This system guides the car owner's parking direction through the parking space direction guide screen 31 of the parking space guide screen 3, and the car owner then selects the parking area according to the number of empty parking spaces on the display screen 32, so the car owner can park the car conveniently according to the parking space guide screen 3, and does not need to look for a parking space everywhere. ; Parking is convenient. The parking space detector can be an ultrasonic detector or an infrared detector.

Further, the direction guide screen 31 is provided with a luminous color controller, and the luminous color controller is connected to the direction guide screen 31 by signal.

When the display number of the vacant parking space number display screen 32 was zero, the luminous color controller would control the display color of the guide screen to change, and the car owner would be prompted by the color change that there was no parking space in the parking area in a certain direction. As in reality, when the number displayed on the display screen 32 for the number of empty parking spaces is not zero, the display color of the combined direction guide screen 31 is green, otherwise it is red. In order to reduce the probability that several vehicles drive towards a parking space in a certain direction one after another, and the number of empty parking spaces in this area is not enough, it can be designed that when the number of empty parking spaces displayed on the display screen 32 is 1~2, The display color of the direction display screen combined with it is yellow. When the car owner sees that the direction guide screen 31 is yellow, he should pay special attention to the display data of the empty parking spaces next to him, and how many vehicles are driving in the front of the direction, so as to judge whether Park the car in the area parking space in this direction; therefore, it can reduce the probability of the car owner not being able to find a parking space. The parking space guide screen 3 selects its shape according to actual conditions, as shown in Figure 4, Figure 5, and Figure 6.

Further, the parking lot management system also includes a parking space indicator light 8, the parking space indicator light 8 is provided with an indicator light color controller 5 and a physical address circuit, and the physical address circuit is respectively connected to the indicator light color controller 5 and the corresponding The parking space detector 6 signal is connected, and the indicator light color controller 5 is connected with the area parking space control terminal 4 signal. A parking space indicator light 8 corresponds to a parking space detector 6 .

Whether the parking space indicator light 8 is used to indicate that the parking space has been occupied, for convenience of setting, the parking space indicator light 8 can be arranged on the top of the parking space; Two ways, 1 is color indication, 2 is brightness indication; Brightness indication is not too obvious, so mostly adopt color indication, when adopting color indication, before and after the parking space is occupied, the color that the parking space indicator light 8 shows is not the same, such as when parking When the parking space is not occupied by a car, the parking space indicator light 8 shows green, and when the parking space is occupied, the parking space detector 6 detects that a car is occupied, and the parking space detector 6 sends the occupation signal and the physical address signal of the parking light indicator together. To the regional parking space control terminal 4, the regional parking space control terminal 4 will send a signal to the indicator light color controller 5 of the parking space indicator light 8 with the physical address, and the indicator light color controller 5 of the parking space indicator light 8 will control The color of the parking space indicator light 8 changes, such as being red. The car owner can select a parking space in the regional parking space according to the situation of the parking space indicator light 8, which is convenient for finding a parking space.

At the same time, when a car owner buys or reserves a certain parking space, the corresponding parking indicator light and the area parking space control terminal 4 are found by the parking lot management server 1, and a signal is sent to the area parking space management terminal, the parking space control terminal 4 in this area sends a signal to the indicator light color controller 5 and the corresponding parking space guide screen 3 of the parking space indicator light of this parking space, and the empty parking space number display screen 32 of the parking space guidance screen 3 does not display data. Included in this parking space. When this parking space is not occupied, the indicator light color controller 5 will control this indicator light to be yellow or other colors shown when being different from other parking space indicator lights; Red, the same color as other parking lights. When other car owners see that the parking space indicator light of a certain empty parking space is yellow, they also understand that the parking space has been pre-occupied by others.

Further, the parking space indicator light 8 is provided with an indicator light brightness controller 7 , and the indicator light brightness controller 7 is signally connected to the parking space detector 6 .

In order to ensure that the parking lot has a certain light and does not waste power, the brightness of the parking space indicator light 8 is controlled at a darker level. When the parking space detector 6 detects that there is a car parked or a car is about to leave the parking space, That is, there is a car on the parking space within the parking space detector 6 range, and the parking space detector 6 transmits the signal to the indicator light brightness controller 7, and the indicator light brightness controller 7 will control the illumination brightness of the parking space indicator light 8 gradually. Brighten to a certain extent, so that the car owner can clearly see the surrounding environment; when the car is parked or the car has left the parking space, that is, there is no car moving in the parking space within the range of the parking space detector 6, the parking space detection The device 6 transmits the signal to the indicator light brightness controller 7, and the indicator light brightness controller 7 controls the brightness of the parking space indicator light 8 to gradually dim to the initial illumination level. Setting indicator light brightness controller 7 can control the brightness of parking space indicator light 8 to meet the lighting brightness when the car owner parks or drives, and assists the car owner to see the surrounding environment; can control parking space light indicator 8 most of the time to be in lower power at the same time Working state, save power.

Further, the parking lot management system also includes a lane lighting system. The lane lighting system includes a lane lighting lamp 11 and a lane lighting control terminal 2 arranged on the lane of the parking lot. The lane lighting lamp 11 is provided with a lane lighting controller 10 And the lane lighting sensor 9, the lane lighting sensor 9 is connected with the lane lighting control terminal 2 for signals, and the lane lighting control terminal 2 and the lane lighting lamp 11 are respectively connected with the lane lighting controller 10 for signals.

In order to save power, in the initial state, the lane lighting lamps 11 in the parking lot are all in an extinguished state; When a car is detected to pass by, the signal is transmitted to the lane lighting control terminal 2, and the lane lighting control terminal 2 will send a signal to all lane lighting controllers 10, and the lane lighting controller 10 controls the lane lighting lamp 11 to be in the lighting state; During driving, the lane lighting sensor 9 continuously transmits signals to the lane lighting control terminal 2, and the lane lighting control terminal 2 will always send an open signal to the lane lighting controller 10; , that is, when the lane lighting sensor 9 on the lane does not sense that there is a car moving, the lane lighting sensor 9 will not send a signal to the lane lighting control terminal 2, and the lane lighting control terminal 2 will not send a signal to the lane lighting controller 10. If the signal is turned on, the lane lighting controller 10 will control the lane lighting lamp 11 to turn off. The lane lighting system is provided with a lane lighting lamp 11, a lane lighting controller 10, a lane lighting sensor 9 and a lane lighting control terminal 2. The lane lighting control terminal 2 can control the working hours of the lane lighting lamp 11, thereby saving power. The lane lighting sensor 9 can be arranged on the lane lighting lamp 11, as shown in FIG. 2 ; it can also be distributed on the lane as a single individual, as shown in FIG. 1 .

Further, the lane lighting control terminal 2 is connected to the parking lot management server 1 by signal.

The working state of the lane lighting lamp 11 can be controlled through the parking lot management server 1, which is convenient for maintenance.

Example 2:

As shown in Figure 3, a parking lot management system, its structure is basically the same as that of Embodiment 1, the difference is that: said a kind of parking lot management system also includes a lane lighting system, the lane lighting system includes Lane lighting lamps 11 and a plurality of lane lighting control terminals 21 on each lane of the field, the lane lighting lamps 11 are provided with a lane lighting controller 10 and a lane lighting sensor 9, the lane lighting lamps 11 and the lane lighting controller 10 Signal connection: the lane lighting sensor 9 of the lane lighting lamp 11 on the side road and the lane lighting controller 10 of the lane lighting lamp 11 on the side road are connected with the lighting control terminal 21 of the side road respectively.

Because the driveway of most parking lots is not only made up of a straight road, the driveway is made up of a plurality of small straight roads, and these small straight roads are branch roads; The position of the branch road is divided into multiple groups, and the lane lighting lamp 11 of each group is controlled by the branch road lighting control terminal 21 where it is located. When the car is driving on a branch road, the branch road lighting control terminal 21 Only control the lane lighting lamp 11 located on the vehicle branch road to be in the lighting state, and the lane lighting lamps 11 on other vehicle branch roads are in the extinguished state, so avoid starting the lane lighting lamp 11 in the entire parking lot to be in the lighting state, further saving The role of electricity.

Still further, the lighting control terminals 21 of the vehicle branch roads are connected to the parking lot management server 1 with signals.

The working state of the lane lighting lamp 11 can be controlled through the parking lot management server 1, which is convenient for maintenance.

Further, the parking lot management system also includes a reverse car search system, the reverse car search system includes a parking card, a positioning terminal 12 and a display terminal 13 arranged in each parking area, and the positioning terminal 12 is set There is a card reading device, the positioning terminal 12 is connected to the parking lot management server 1 by signal, and the display terminal 13 includes a display and a card reading device, and the display terminal 13 is connected to the parking lot management server 1 by signal.

After setting up the reverse car-finding system, it can assist the car owner to find the car, and will not find the car because of the large parking lot. The display terminal 13 is placed at the intersection or the elevator entrance. After the car owner parks, he takes the parking card to the card reading device of the positioning terminal 12 in the parking area to swipe it. Because the parking card has an IP address, the positioning terminal 12 will store the parking card information. Together with the location information of the positioning terminal 12, it is sent to the parking lot management server 1. When the car owner enters the parking lot from the elevator entrance or the intersection enters the parking lot, he takes the parking card and places it on the card reader device of the display terminal 13, and the display terminal 13 The card reading device reads the card information, and feeds it back to the parking lot management server 1, and the parking lot management server 1 finds out the location terminal 12 information of the first swiping card of the parking card in combination with the parking card information, and sends the location terminal 12 where the location terminal 12 is located. The position information of the parking lot is sent to the display terminal 13, and the position of the parking lot where the positioning terminal 12 is located is displayed on the display of the display terminal 13, and the car owner can find the parking area where his car is located according to the information provided by the display, and then find his car. car.

Further, the positioning terminal 12 is provided with an area parking sensor and a positioning voice module, the area parking sensor is connected to the positioning voice module by signal, and the positioning voice module is connected to the parking lot management server 1 by signal.

When a car is parked in the parking area where the positioning terminal 12 is located, the parking sensor in the area transmits the sensing signal to the positioning voice module, and the positioning voice module sends a prompt sound for positioning the card, such as: "For the convenience of finding a car, please swipe the parking card ", and so on. After the car owner's positioning terminal 12 swipes the card, the positioning terminal 12 sends the parking card information together with the positioning terminal 12 to the parking lot management server 1; if the car owner swipes the card at the positioning terminal 12 for the nth time, n is not less than 2; The location terminal 12 where the location terminal 12 is located is the same location terminal 12 as the location terminal 12 where the card is swiped for the first time, and the parking lot management server 1 will control the voice module to broadcast: "Locating successfully" and other voices, if not the same location terminal 12, parking The field management server 1 will calculate the relative position of the positioning terminal 12 where the card is swiped for the first time at the location of the positioning terminal 12 where the card is swiped for the nth time, and play the relative position information and the position of the positioning terminal 12 that swiped the card for the first time through the voice module. The location information in the car is convenient for the car owner to find the car.

Further, the display terminal 13 is provided with a display voice module.

After the parking card of the car owner is placed on the card reader device of the display terminal 13, the parking lot management server 1 feeds back the positioning terminal 12 that the parking card swipes for the first time to the display terminal 13, and the display terminal 13 displays the positioning terminal 12 through the display. In addition to the location information of the parking lot where 12 is located, the display terminal 13 will also play the location information of the positioning terminal 12 through the display voice module. The combination of voice and image makes it easier for car owners to find a car.

Furthermore, the display terminal 13 is provided with a micro-printer.

The car owner inquires the position of the positioning terminal 12 brushed by the parking card for the first time by the display terminal 13, and the display terminal 13 prints out the text information of the parking lot map information and the positioning terminal 12 position containing the positioning terminal 12 by a micro-printer. Car owners can easily find cars through maps and text information.

The present invention has been described in detail, and those skilled in the art should understand that the technical solution of the present invention can be modified or equivalently replaced without departing from the spirit and scope of the technical solution of the present invention.

Claims (9)

1. A parking lot management system, characterized in that: it comprises a parking lot management server, an area parking space control terminal, a parking space detector arranged at a parking space, a parking space guide screen; the parking space detector and the area parking space The control terminal signal is connected, and the regional parking space control terminal and the parking space guidance screen are all connected to the parking lot management server signal; the parking space guidance screen includes a direction guidance screen and a display screen for the number of empty parking spaces; Described a kind of parking lot management system also comprises parking space indicator light, and parking space indicator light is provided with indicator light color controller and physical address circuit, and physical address circuit is connected with indicator light color controller and corresponding parking space detector signal respectively , the indicator light color controller is connected to the regional parking space control terminal signal; When the parking space is booked or purchased, and when the parking space is not occupied; the indicator light color controller will control the parking space indicator light to be different from other parking space indicator lights displayed when other colors are vacant. 2. A parking lot management system according to claim 1, characterized in that: said direction guide screen is provided with a luminous color controller, and the luminous color controller is signal-connected to the direction guide screen. 3. A parking lot management system according to claim 2, characterized in that: said parking space indicator light is provided with an indicator light brightness controller, and said indicator light brightness control is signal-connected to a parking space detector. 4. A parking lot management system according to claim 1, characterized in that: the parking lot management system also includes a lane lighting system, and the lane lighting system includes a lane lighting lamp and a lane lighting arranged on the lane of the parking lot. The lighting control terminal and the lane lighting lamp are provided with a lane lighting controller and a lane lighting sensor. The lane lighting sensor is connected to the lane lighting control terminal for signals, and the lane lighting control terminal and the lane lighting lamp are respectively connected to the lane lighting controller for signals. 5. A parking lot management system according to claim 4, characterized in that: the lane lighting control terminal is connected to the parking lot management server by signal. 6. A parking lot management system according to claim 1, characterized in that: said parking lot management system also includes a lane lighting system, and the lane lighting system includes lane lighting arranged on each lane of the parking lot A lamp and a plurality of lane lighting control terminals, the lane lighting is equipped with a lane lighting controller and a lane lighting sensor, the lane lighting is connected to the lane lighting controller signal, and the lane lighting sensor of the lane lighting on the lane is and the lane lighting controller are signal-connected with the vehicle branch road lighting control terminal respectively. 7. A parking lot management system according to claim 6, characterized in that: all of the vehicle branch road lighting control terminals are signal-connected to the parking lot management server. 8. A kind of parking lot management system according to claim 1, characterized in that: said a kind of parking lot management system also includes a reverse car search system, and said reverse car search system includes a parking lot with an IP address Card, positioning terminal and display terminal arranged in each parking area, the positioning terminal is provided with a card reading device, the positioning terminal is connected with the parking lot management server signal, the display terminal includes a display and a card reading device, the display terminal is connected to the parking lot Manage server signal connections. 9. A kind of parking lot management system according to claim 8, characterized in that: the positioning terminal is provided with an area parking sensor and a positioning voice module, the area parking sensor is connected to the positioning voice module signal, and the positioning voice module is connected to the positioning voice module. The parking lot management server is connected to the signal; the display terminal is provided with a display voice module; the display terminal is provided with a micro-printer.

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