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   According to the survey and statistics, by the end of 2020, the usage of cars by Chinese residents has reached 360 million, among which family cars account for the largest proportion. The problem of difficult parking has further expanded, and higher requirements have been put forward for parking lot management. At present, many parking lots adopt manual management, which has high management costs and low efficiency. The number of cars is increasing rapidly, and urban parking spaces are becoming increasingly tense. The reason for difficult parking is not only the insufficient construction of parking spaces, but also the chaotic management of parking lots, which is an important reason for this phenomenon. Therefore, in today's booming Internet of Things industry, how to establish an intelligent and efficient parking lot management system has become an important topic of widespread concern in the whole society.According to the survey and statistics, by the end of 2020, the usage of cars by Chinese residents has reached 360 million, among which family cars account for the largest proportion. The problem of difficult parking has further expanded, and higher requirements have been put forward for parking lot management. At present, many parking lots adopt manual management, which has high management costs and low efficiency. The number of cars is increasing rapidly, and urban parking spaces are becoming increasingly tense. The reason for difficult parking is not only the insufficient construction of parking spaces, but also the chaotic management of parking lots, which is an important reason for this phenomenon. Therefore, in today's booming Internet of Things industry, how to establish an intelligent and efficient parking lot management system has become an important topic of widespread concern in the whole society.   The intelligent parking lot system will be built as a modern and advanced comprehensive parking lot management system, effectively solving problems such as low utilization rate of parking lots and large investment in manpower in traditional parking lots. Through this system, the intelligence and informatization level of the entire parking lot can be enhanced. Problems that originally required manual processing are handed over to intelligent devices for processing, which not only saves a lot of labor costs but also ensures the timeliness, accuracy and validity of various data. Car owners can quickly and freely find parking spaces and pick up their cars through various guiding devices, saving a lot of time.

Wanbo Technology has been deeply involved in the industry for many years. It has absorbed advanced domestic technologies and combined with the actual needs of users to design this intelligent parking lot management system. This system improves the informatization and intelligent management level of the parking lot, provides car owners with a safer, more comfortable, convenient, fast and open environment, realizes the efficient, energy-saving and environmentally friendly operation of the parking lot, reduces management personnel costs, saves parking time, and makes the image of the parking lot more perfect. What are the characteristics of this system?   Automated management: The unmanned parking lot solution adopts advanced automated technologies, including automatic license plate recognition, automatic billing, and automatic gate opening, reducing manual intervention and improving parking efficiency.   Space saving: This solution adopts an efficient vehicle parking plan to maximize space saving for parking and increase the utilization rate of parking spaces.   Security: Unmanned parking lots are equipped with surveillance cameras and safety protection facilities to ensure the safety of vehicles and car owners.   Integrated management: The unmanned parking lot solution adopts an integrated management system that integrates functions such as vehicle recognition, billing, parking space guidance, and safety monitoring, simplifying the operation and management of the parking lot.

  Look at the technical strength of the parking lot manufacturer. As we all know, three-dimensional parking equipment is an emerging industry. Both the design and production of the entire equipment require the manufacturer to have sufficient technical strength as support. Moreover, both the quality selection of equipment manufacturing materials and the quality control of the entire three-dimensional parking equipment manufacturing process are crucial. It is worth mentioning that the manufacturer's R&D experience in the field of three-dimensional parking equipment is also worthy of our key understanding.   Look at the product characteristics of the parking lot manufacturer. Secondly, we can refer to the manufacturer's product situation based on advanced domestic and foreign three-dimensional parking equipment design cases and technologies. Focus on understanding the technical characteristics of its three-dimensional parking equipment product series through various information, as well as the solutions it can provide for parking problems faced in various modern situations. Three-dimensional parking equipment with a solid and effective scientific, reasonable and practical design concept is what we should choose the most.   Look at the actual operation of the parking lot manufacturer's products. Observing the design rationality and quality of the entire three-dimensional parking equipment on the spot, and the real experience gained through personal use is also a good evaluation reference.Look at the actual operation of the parking lot manufacturer's products. Observing the design rationality and quality of the entire three-dimensional parking equipment on the spot, and the real experience gained through personal use is also a good evaluation reference.

  Cooled infrared detectors generate electrical signals by absorbing infrared radiation. Their detection elements are special semiconductor materials, such as mercury oxide, indium antimonide indium, etc. When infrared radiation irradiates the detection element, it will excite the carriers in the detection element, thereby generating electrical signals. However, since the lifetime of the carriers is very short, in order to ensure the sensitivity and response speed of the detector, the detection element needs to be cooled to a low temperature, usually 77K. This cooling technology usually adopts the method of refrigerant cooling, such as liquid nitrogen and refrigerators, etc.     Uncooled infrared detectors generate electrical signals by absorbing infrared radiation. Their detection elements are usually semiconductor materials, such as silicon and germanium, etc. When infrared radiation irradiates the detection element, it will excite the carriers in the detection element, thereby generating electrical signals. Since the resistance of the detection element changes with temperature, the detection of infrared radiation can be achieved by measuring the resistance of the detection element.

  License plate recognition system is an automatic pattern recognition technology for license plate number and license plate color by using the dynamic video or static image of the collected vehicle. The core of the technology includes license plate location algorithm, license plate character segmentation algorithm and optical character recognition algorithm, etc. A complete license plate recognition system should include vehicle detection, image acquisition, license plate recognition and other parts.