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CN-122014036-A - Suspension type intelligent parking spot lock terminal and parking spot management method thereof

CN122014036ACN 122014036 ACN122014036 ACN 122014036ACN-122014036-A

Abstract

The invention discloses a suspension type intelligent parking spot lock terminal which comprises a shell assembly, a suspension bracket module and a component frame, wherein the shell assembly is suspended above a parking spot through the suspension bracket module, and the component frame is arranged on the back surface of the shell assembly. Through changing into the suspension installation parking stall top with the parking stall lock by traditional installation parking stall ground, solved difficult installation, easy damage scheduling difficult problem of ground parking stall lock, abandon traditional physics simultaneously and stop the design, change into through all kinds of electronic components, realize gathering, perception and the transmission to the parking stall information, and then realize in time judging and accomplish diversified notification interaction to parking stall and vehicle state. The parking space management method can realize information interaction with various terminals, provides a technical base for remote management, intelligent charging, parking space sharing and automatic driving, is beneficial to constructing a unified and efficient intelligent parking management system, and provides a feasible scheme for effectively solving the social problem of difficult parking.

Inventors

  • WEI NING

Assignees

  • 付学宁

Dates

Publication Date
20260512
Application Date
20260312

Claims (9)

  1. 1. The suspended intelligent parking spot lock terminal is characterized by comprising a suspended intelligent parking spot lock terminal (100), wherein the suspended intelligent parking spot lock terminal (100) comprises a shell component (110), a suspended bracket module (120) and a part frame (130), the shell component (110) comprises an LED display module (111), a wide-angle camera module (112), a network communication module (113), a microphone unit (114), a loudspeaker unit (115) and a control circuit unit (116), the loudspeaker unit is suspended above a parking spot through the suspended bracket module (120), and the part frame (130) comprises a fisheye camera module (131), an ultrasonic radar array module (132) and a ground illuminating lamp (133) and is arranged on the back of the shell component (110).
  2. 2. The suspended intelligent parking spot lock terminal according to claim 1, wherein the component frame (130) and the housing assembly (110) are in a separable structure, that is, the component frame (130) can be arranged at other fixed positions, arranged at another suspended bracket module (120) or fixed on a wall, and connected with the housing assembly (110) by a signal wire.
  3. 3. The suspended intelligent parking spot lock terminal according to claim 1, wherein the ultrasonic radar array module (132) is configured to measure a distance data set between the suspended intelligent parking spot lock terminal (100) and a ground of a parking spot, and the control circuit unit (116) determines whether the parking spot has a vehicle parked according to a change of the distance data set, and determines whether other objects enter the detection area during parking of the vehicle.
  4. 4. The suspended intelligent parking spot lock terminal according to claim 1, wherein the fisheye camera module (131) mainly shoots a parking spot area for recording an image when a vehicle is parked, and the wide-angle camera module (112) mainly shoots a lane area in front of the parking spot for recording an image when an encroaching vehicle is driven out of the parking spot and an image of a lane when an abnormal event occurs.
  5. 5. The suspended intelligent parking spot lock terminal according to claim 1, wherein the speaker unit (115) is configured to continuously collect environmental noise data, send the environmental noise data to the server (200) through the network communication module (113), and identify specific audio of abnormal events such as crash sounds generated by collision of a parked vehicle, broken sounds of broken window glass, metal sounds of a trunk being pried, and distress sounds of an emergency after analysis of an AI large model (210) deployed in the server (200).
  6. 6. The suspended intelligent parking spot lock terminal according to claim 3, wherein the control circuit unit (116) judges a parking spot state according to a distance data set measured by the ultrasonic radar array module (132) and generates a state control signal, the control circuit unit (116) is in communication connection with a network communication module (113), a server (200) and a user terminal (300), and the network communication module (113) is used for sending the state control signal to the server (200).
  7. 7. The suspended intelligent parking spot lock terminal according to claim 6, wherein the control circuit unit (116) is electrically connected with a floor lamp (133), an LED display module (111) and a speaker unit (115), and the control circuit unit (116) is used for controlling the floor lamp (133) to project a pattern with warning information on the ground of a parking spot through illumination according to the state control signal, controlling the LED display module (111) to display dynamic text information of different events and controlling the speaker unit (115) to send out a prompt tone or a warning tone.
  8. 8. A parking space management method based on a suspension type intelligent parking space lock is characterized by comprising the following main steps: s1, acquiring distance data, image data and environmental noise data of a parking space area by the suspension type intelligent parking space lock terminal (100); S2, judging whether a vehicle is parked in the parking space according to the distance data and the image data, and judging the current parking space state comprising a normal state, an encroaching state, a stolen state and an abnormal state by combining the mode setting of the user terminal (300); s3, when the user terminal (300) is set to be in a forbidden parking mode, if the situation that the vehicle is driven into a parking space is detected, judging an encroaching state, controlling the floor lamp (133) to be frequently switched on and off, controlling the LED display module (111) to display an alarm state, controlling the loudspeaker unit (115) to send an alarm sound and sending an encroaching state signal to the server (200); S4, when the user terminal (300) is set to be in a parking mode, if the vehicle is not detected to be in a parking space, judging that the vehicle is in a stolen state, controlling the floor lamp (133) to be frequently switched on and off, controlling the LED display module (111) to display an alarm state, controlling the loudspeaker unit (115) to send an alarm sound and sending a stolen state signal to the server (200); s5, when the user terminal (300) is set to be in a parking mode, judging an abnormal condition according to the environmental noise data, such as the specific audio of the event that the vehicle is impacted, the vehicle window is broken and the trunk is pried, when the variation value of the distance data exceeds a threshold value, and sending an abnormal state signal to the server (200); s6, the server (200) updates the parking space state according to the state signal and pushes the parking space state to the user terminal (300).
  9. 9. The parking space management method according to claim 8, further comprising: if the parking space state is an encroaching state, the server (200) triggers the parking lot charging system (400) to execute encroaching fee charging and charge when leaving the parking space; If the parking space state is a stolen state, the server (200) triggers the parking lot charging system (400) to execute instructions for prohibiting the vehicle from leaving the parking space.

Description

Suspension type intelligent parking spot lock terminal and parking spot management method thereof Technical Field The invention belongs to the technical field of intelligent management systems of parking lots, and particularly relates to a suspension type intelligent parking spot lock terminal and a parking spot management method thereof. Background With the continuous increase of the maintenance amount of urban motor vehicles, parking resources in residential communities, commercial complexes, office parks and other places are increasingly intense, and reasonable use and effective management of parking spaces have become important problems facing property management and urban management. Especially in the private parking space scene with fixed property rights or long-term use rights, the condition that unauthorized vehicles occupy the private parking space without permission is frequently caused by the shortage of the parking space, so that the problems of disputes, complaints and management cost are more remarkable. On the other hand, the private parking space is in an idle state in a part of time, and the private parking space owners rent the private parking space to the social vehicles and face various actual contradictions and problems such as unsmooth information interaction with the users who face the renting demands, inconvenient overall management mode of the parking space, safety of the object management, unfamiliar distribution of parking spaces of parking lots by unsupported outsiders and the like, so that the idea of hopefully using the private parking space in the idle time to relieve the social parking problem can not fall to the ground all the time. Meanwhile, when the vehicle parked in the parking space is impacted by other vehicles, the windows are broken manually, the trunk is pried to cause article loss, the vehicle is stolen and other abnormal events, the vehicle can be mostly and passively found by visual observation after the vehicle owner, and the technical means for actively identifying the events and timely informing the vehicle owner of the event are lacked. In the prior art, in order to prevent a parking space from being occupied by an unauthorized vehicle, a parking space lock is usually installed for stopping. Most of the parking space locks are mechanical parking space locks arranged on the ground, and the mechanical parking space locks block vehicles from entering a parking space in a physical layer through a lifting baffle, a turnover mechanism and the like. Although this approach can provide some degree of barrier, there are still a number of disadvantages in practical use. Firstly, the ground mechanical parking spot lock needs to be directly installed on the ground of a parking spot, and during installation, the ground is usually required to be drilled, damaged or wired, and other working procedures are needed, so that the construction process is complex, irreversible damage is easily caused to the ground of the parking spot, and the parking spot is difficult to recover. Meanwhile, in an underground parking environment, the conditions of surface water accumulation, dust accumulation and the like are common, and the parking spot lock arranged on the ground is easy to rust, corrode, clamp and fail due to long-term exposure in the environment, so that the service life and reliability are affected. Secondly, traditional parking stall lock relies on physical structure to realize blockking, and its body inevitably exposes on the vehicle travel route, in the in-service use in-process, takes place to roll, the striking easily because of reasons such as driver maloperation, sight are restricted or vehicle chassis are lower, leads to the parking stall lock to damage. Once the damage occurs, the maintenance cost is high, responsibility is difficult to define, and the parking stall owners are often required to bear the loss by themselves, so that disputes are easily caused. And the existing mechanical parking spot lock has single function, and the main effect is limited to physical blocking, so that the real-time use state of the parking spot cannot be sensed and recorded. When vehicles are parked on the parking spaces and have emergent events such as scratch, collision, theft and the like, effective evidence obtaining means are lacking, parking space owners and property management parties often only rely on manual inspection or post coordination, management efficiency is low, and dispute handling difficulty is high. Finally, the traditional mechanical parking space locks are generally divided into manual and electric ones, wherein the former needs to be driven when the parking space lock is opened and closed, the operation is very inconvenient, and the latter is powered by batteries basically because of difficult power taking caused by installation on the ground, but the batteries need to be replaced regularly, and the use experience is also poor. Along with the comprehensive transfo