Screen control system combining strength and fingerprint identification and control mode thereof

Abstract

The invention provides a screen control system combining strength and fingerprint identification and a control mode thereof. A triggering processor is sensed by a position sensing assembly in real time, and the triggering processor enables a biological characteristic identification assembly and a pressure sensing assembly; click position information is obtained by the position sensing assembly, biological characteristic information is obtained by the biological characteristic identification assembly, and the pressure information at the click position of a finger is sensed by the pressure sensing assembly; after the triggering processor receives the above information, the information is converted into a secret key according to specific logic, then whether the secret key is reasonable or not is verified for unlocking the screen; a simple and practical advanced ciphering / deciphering strategy is realized by combining three technologies of touch screen, pressure-sensitive touch and fingerprint identification; by combining touch screen, pressure-sensitive touch and fingerprint identification, the security of secret keys is strengthened, operability is stronger, promotion and implementation are easy to achieve, and the system has broader industrial application prospect.

Description

technical field [0001] The invention relates to the technical field of hand-held mobile devices, in particular to a screen control system and a control method combining strength and fingerprint recognition. Background technique [0002] At present, with the development of technology, touch-screen mobile phones have become mainstream mobile communication devices and are widely used. How to use touch technology more conveniently, improve the touch experience, and ensure the security of mobile phone data has become a technology that technical engineers in the field of industrial technology are widely concerned about and are committed to actively improving. However, in the current prior art, protective measures such as digital passwords, graphic marks, fingerprint verification, iris verification, etc. have been taken for such technical problems. However, the above-mentioned methods have their own obvious shortcomings, and the digital password form is relatively easy to be cracke...

AI Technical Summary

Problems solved by technology

However, in the current prior art, protective measures such as digital passwords, graphic marks, fingerprint verification, iris verification, etc. have been taken for such technical problems. However, the above-mentioned methods have their own obvious shortcomings, and the digital password form is relatively easy to be cracked. 1. Although the graphic mark is complex, users often forget it, or the verification fails due to long interruptions; although fingerprint verification is relatively simple and reliable, it is easy to be stolen; iris verification technology is too complicated and leads to high costs

[0003] The mobile phone function application that the user wants to activate needs to go through complicated operation procedures and spend a lot of operation time

Moreover, whether it is the fingerprint image or the digital characters representing the fingerprint, the user fingerprint data stored in the security zone, these methods all have security loopholes, and the simple fingerprint information as a secret key is also easy to be stolen

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