Handheld terminal for searching for wanted person and stolen vehicle

摘要

The present invention relates to a portable terminal for searching for a wanted person and a stolen vehicle, and more particularly, a portable search terminal for a wanted person and a stolen vehicle, which enables quick and accurate checks while maintaining security at a checkpoint site. In a small terminal having a card unit, a card unit device for granting a recognition permission as a user, a flash memory device for storing a list of newly received arrangers and cracked vehicles, and a list of the stored nominees and cracked vehicles. It consists of a mobile search terminal for a wanted person and a stolen vehicle, including a ROM that manages and contains a program, and a central processing unit for overall control and control of the devices. I distribute documents such as the number of the car and a crackdown by a charge type The data is stored in the lash memory 50 as encrypted data in the form of compression and stored, and when a suspected suspect or stolen vehicle is retrieved, the user uses an integrated card (IC card) 22 to store the data. When you enter the resident registration number or the vehicle number of the person who wants to search for the search using the keyboard, the central processing unit (CPU) stores and stores the data stored in the flash memory. By comparing the numbers, it is determined whether or not it is a wanted person or stolen vehicle. The result is outputted as image information (60) on a liquid crystal display device (LCD), and the search process is terminated (70). Because it is small and portable, it is easy to carry and consists of independent objects, so that complicated procedures can be omitted. Clear inspection and retrieval performance can be achieved even in the obstacle area, and it is not necessary to send it to others, and it is impossible for anyone to use it without an IC card. It is a new and useful invention that brings outstanding effects such as providing a visually accurate search so that it can be implemented without errors.