Touch screen system and method for inputting digits according to positions

Abstract

The invention discloses a touch screen system, which comprises a system body provided with a touch screen. The touch screen system is characterized in that: the touch screen is provided with digit input areas, the number of which corresponds to the input number required by the system, wherein the digit input areas are used for inputting the digits according to the positions when the system is in an input state; and the system body comprises a detection module, a judgment module and an execution module. By program control, the problem that digit input and digit display of the touch screen system are not in the same visual range is solved; and the problem that the digits of the touch screen system cannot be input according to the positions is solved. The problem of digit input error of the system is solved or effectively reduced; meanwhile, in the digit input error, the modification becomes simpler and more convenient.

Description

Technical field: [0001] The invention relates to touch screen technology, in particular to a touch screen system and a method for bit-wise input of numbers. Background technique: [0002] Today, computer systems with touch screens have been widely used, such as touch screen mobile phones, touch screen automatic teller machines, various touch screen automatic ticket vending machines and other products. Their use has become an important feature of the information age. However, these products still have some problems and inconvenience in use. For example, most people who use mobile phones have dialed the wrong number or received a call with the wrong number. Just imagine in our world with billions of mobile phones, how many people are embarrassed about dialing the wrong phone every day? How many communication equipment resources are needed every day to be occupied by the wrong call and affect other people's normal calls. For another example, when we dial a phone number, we find t...

AI Technical Summary

Problems solved by technology

For another example, when using a touch-screen ATM to withdraw money, there are also cases where the wrong number is entered, which also causes great inconvenience, and there is also the problem that it is inconvenient to modify when an error is found.

[0003] So, is there a way to solve the error-prone problem of inputting numbers or reduce the proportion of errors, and make the modification simple and convenient when errors occur?

[0004] After many years of research in this area, we believe that: (1) The error-prone problem of inputting numbers is that inputting the numeric keypad and the corresponding display are not in the same visual range. In order to speed up the number input, sometimes the confirmation of the input number is ignored without changing the vision. display of

(2) It is inconvenient to modify when the input number is wrong, because the input is carried out according to the position indicated by the cursor, and it cannot be input by bit

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