Barcode encryption and decoding module and system of removable mobile devices
A mobile device and decoding module technology, which is applied in the field of barcode encryption and decoding modules and systems, can solve the problems of weak barcode decoding chip encryption technology, poor barcode reading performance, and high purchase cost, so as to improve the barcode decoding speed and reduce the image quality. Handles pressure, high adaptability effect
- Summary
- Abstract
- Description
- Claims
- Application Information
AI Technical Summary
Problems solved by technology
Method used
Image
Examples
Embodiment 1
[0045] A barcode encryption and decoding module 1 of a detachable mobile device, such as figure 1As shown, it contains the following components:
[0046] The hardware interface 11 is for physically connecting with the mobile device. Mainly a wired connection, but also a wireless connection, using bluetooth or wifi.
[0047] The communication component 12 communicates with the mobile device. After receiving the authorization information (that is, the asymmetrically encrypted ciphertext) sent by the mobile device, it is transmitted to the decoding and encryption component through the decoding control chip.
[0048] The decoding and encryption component 13 includes the root public key and the asymmetric encryption public and private key pair of the device, uses the root public key to decrypt the authorization information, and feeds back the decrypted result to the decoding control chip 14 for comparison, and the decoding control chip 14 compares Whether the decrypted result ma...
Embodiment 2
[0055] A barcode encryption and decoding system for a detachable mobile device, comprising the following modules: Barcode encryption and decoding module 1, comprising the following components:
[0056] The hardware interface 11 is for physically connecting with the mobile device. Mainly a wired connection, but also a wireless connection, using bluetooth or wifi.
[0057] The communication component 12 communicates with the mobile device. After receiving the authorization information (that is, the asymmetrically encrypted ciphertext) sent by the mobile device, it is transmitted to the decoding and encryption component through the decoding control chip.
[0058] The decoding and encryption component 13 includes the root public key and the asymmetric encryption public and private key pair of the device, uses the root public key to decrypt the authorization information, and feeds back the decrypted result to the decoding control chip 14 for comparison, and the decoding control ch...
PUM
Login to View More Abstract
Description
Claims
Application Information
Login to View More 

