Programming control method of electronic safe

Abstract

The electronic safe program control method adopts heat key to start set program which can convert several digital positions on the display screw of electronic safe into functional definition positions with a certain selection function according to digital definition, then accurding to the digital figure displayed on the digital position of digital screw and inputted by user through digital keyboard of electronic safe self-body the requred function can be selected to control safe working mode. It can be extensively used in various electronic safes.

Description

technical field [0001] The invention relates to an electronic safe, in particular to the technical field of electronic safe control methods. Background technique [0002] With the continuous improvement of people's living standards, current residents have many valuable things in their families, such as stocks, calligraphy and paintings, cash, contracts, gold and silver jewelry, etc. In order to prevent theft, safes are generally needed, especially electronic safes because they are easy to use and safe. Good sex and other advantages have been widely promoted and used among the majority of residents. There are also electronic safes installed in high-end hotels and offices to place valuables and important documents for guests and office workers. For this reason, many scientific and technical personnel have developed a new generation of electronic safes. The traditional electronic safes generally have a single function. As long as the password is entered correctly or the card i...

AI Technical Summary

Problems solved by technology

For this reason, many scientific and technical personnel have developed a new generation of electronic safes. The traditional electronic safes generally have a single function. As long as the password is entered correctly or the card is swiped with the correct password, the electronic safe will automatically open the door. Set a password or record the opening time of the last few times; on the other hand, because the function is relatively single and rigid, the use occasions are relatively limited and the versatility is poor. For example, an electronic safe is designed to meet the needs of residents’ families, and its password input method is one-time. This kind of electronic safe is not very suitable for corporate offices, because important documents in corporate electronic safes often require the approval of leaders and supervisors to open the door, so electronic safes generally require multiple password input methods to solve authorization problems Therefore, electronic safes used at home are not suitable for use in corporate institutions; similarly, electronic safes used in hotels also have their particularity. Because of the flow of people, the passwords of safes in general hotels are not fixed. Change the password, and the electronic safes used by enterprises and households do not need to change passwords frequently because of the infrequent flow of personnel, so this kind of electronic safe in hotels is not suitable for use in enterprises and households

As a result, safe manufacturers produce electronic safes with different working methods according to the needs of users. Sometimes when a sales order comes in, the number of electronic safes required is not enough, and the number of electronic safes of another type is more than enough. Manufacturers must work overtime to produce more. One type of electronic safe, while another kind of electronic safe is still piled up in the warehouse, resulting in a backlog of capital, and electronic safe manufacturers have to develop control software with different working methods according to user needs, resulting in repeated design work and increased production costs; In government agencies and enterprises, the use of electronic safes needs to be changed on certain occasions. For example, electronic safes that work with multiple password input methods need to be changed to electronic safes that work with one password input method, etc. Traditional electronic safes are not up to the task.

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