What are the advantages of a smart unattended parking management system solution?

Unmanned parking systems can be managed and maintained remotely using AirDroid Business, but need to be integrated with the appropriate equipment and software. After the integration is complete, enterprise administrators can use AirDroid Business to remotely monitor and manage parking lot devices, such as monitoring device status, setting device policies, remotely controlling and updating devices, and monitoring parking lot usage.

1.Centralized management: Provides the ability to centrally manage all devices and applications, reducing administrators' workload and management costs, and can be customized according to the needs of the enterprise.

2.Remote control: Administrators can monitor and control devices remotely, increasing efficiency and reducing reaction time. This is especially important for unmanned parking systems, as they are often located in different locations.

3.Device and data security: Administrators can set device policies to ensure the security of devices and data, and prevent harmful software from attacking devices.

4.Data privacy: Provide comprehensive data privacy protection measures, and encrypt and protect data during data transmission and storage to ensure the security of enterprise data.

5.Tracking and statistics: It can help administrators track the use of parking lot equipment and analyze it with statistical data, so as to improve business decisions and improve the efficiency of parking lot management.

In addition, using AirDroid Business to manage and maintain unmanned parking lot system administrators can also use AirDroid Business to manage applications and data in parking lots, and monitor and maintain the security of parking lots, improve management efficiency, ensure data security, and reduce management costs. Learn more about device management.

There are more and more areas where smart barriers are installed, and with them there are occasional failures. Sometimes you need to take the initiative to find out how these problems are caused.

The intelligent parking lot system is generally composed of an entrance control machine, an exit control machine, an intelligent barrier, a ground sensing coil, a vacant display screen, an image recognition device, a system software, a management workstation, etc., and the daily maintenance is generally carried out from these aspects;

1. Entrance control machine: the car is pressed into the induction area, and the lights of the call button and ticket button are not lit, and there is no voice prompt.

a. Check whether the single-chip microcomputer is working;

b. Whether the sensor is inductive;

c. Check whether there is a problem with the light lotus;

d. Is there a problem with the wiring of the ticket lamp.

2. License plate recognition: The recorded license plate cannot be recognized.

a. The image is not clear.

The difficulty of license plate area positioning mainly comes from the collected image, due to the diversity of the collected license plate image, and is affected by many factors when collecting the image, such as rain, fog, light, etc., so that there are some license plate image quality differences to varying degrees.

In this case, only when the image is clearly focused, the recognition results can achieve a more satisfactory effect. Then there are certain requirements for the photosensitive parts of the parking lot system, and the camera will have to improve some configurations, and see if the settings are not normal (the settings are normal), and the display resolution and color desktop size are adjusted.

b. The license plate is damaged or stained.

In the process of practical application on the highway and in the city, it is difficult to ensure that the license plates involved are not defaced, and the license plates will inevitably appear polluted and worn after a few years of use.

For this situation, many intelligent parking lot systems have gradually solved such problems, but if it is too serious, it has to rely on manual labor.

The introduction of differentiated charging standards, that is, different road sections, different time charges are differentiated, and even support free parking periods and free parking vehicles, support diversified charging methods, front-end intelligent collection, back-end real-time linkage, solve the chaos of parking charges, and realize complete and effective intelligent management of scientific billing, evidence collection, payment and settlement.

Parking lock is mainly developed for open parking fees and shared parking space use, its initial design principle is in Japan, but through in-depth investigation and analysis of various application scenarios in the Chinese market, research and development and production of a parking lock that can realize the unattended self-service payment mode. Not only that, a one-time investment, cost savings, increased information transparency, long-term benefits, no loopholes, and simple management. At the same time, it can be used alone, or it can be used in conjunction with charging piles and shared cars to solve the charging problems of long-term occupation of parking spaces and short charging and long parking, and realize the high efficiency, energy saving, environmental protection and shortcomings and problems in parking management.

The Internet of Things parking lock is an intelligent parking lock based on the lock vehicle chassis, which is suitable for self-service payment parking lots and personal use in unattended parking spaces, and can realize WeChat, Alipay, Bluetooth self-service payment and reservation of parking spaces. Through the cloud platform, parking space sharing can also be realized, and the unattended car can be truly unattended, and the car can be automatically locked and released. At the same time, it not only improves the civilized parking appearance of the city, standardizes the parking order, reduces human resources and time, but also makes the performance of the parking lock more in line with the multi-faceted needs of users.

This content is provided by Guangzhou Kema.