Intelligent coding and identification method for password bottle caps

Abstract

The invention discloses an intelligent coding and identification method for password bottle caps, which comprises random organization and printing mode for a code group on a password disk, and automatic positioning of the password disk and automatic identification of the opening code group. From the process of printing the code group on the password disk to the process of positioning the passworddisk and identifying the opening codes, the opening codes corresponding to the password disk are always kept in a secret state, an opening code for opening a corresponding password disk has higher randomicity and randomness, and automatic mechanical and electronic means is adopted to realize positioning and identification to radically solve a plurality of problems of a method of manually recording corresponding opening codes in the prior art. When the method is adopted for manufacturing the password bottle caps, the production efficiency is greatly improved, and a phenomenon that the passwordbottle caps wrongly correspond to the opening codes is radically avoided.

Description

technical field [0001] The invention relates to an intelligent coding and identification method for a coded bottle cap. Background technique [0002] A cipher is a technique used for obfuscation in the hope of turning normal (recognizable) information into something unrecognizable. A cipher is a symbol compiled according to specific rules to convert information from plain to secret. In other words, a cipher is a sequence of symbols that conceals the real content. Change the means and turn it into an information code that cannot be read by anyone other than the two parties in the communication. This unique information code is a password. [0003] At present, there are various applications of passwords, one of which is to set a number of identification characters on the password disk, and obtain the correct opening code through the combination of codes on multiple password disks. Now, this method is mostly used in lockboxes, Safes, password bottle caps and other technical fi...

AI Technical Summary

Problems solved by technology

[0005] 1. Due to manual observation and recording, its production efficiency is low and error-prone. Since the coded bottle cap is a one-time use product, the production volume is usually large, and the winery has very high requirements for the correct opening of the coded bottle cap. Mistakes lead to errors in recording the correct opening code of the coded bottle cap during production, which will cause immeasurable losses to the manufacturer of the coded bottle cap;

[0006] 2. Since the combination disk adopts the method that the code corresponding to the opening gap is the opening code of the combination disk, if the code is printed manually, no matter in the production process, the code is printed first and then the opening gap is set, or the opening gap is set first and then printed Encoding, there will be a potential safety hazard in the latter step that the corresponding opening code of the combination disk will be leaked;

[0007] 3. Due to the manual recording of the code corresponding to the opening gap during the assembly process of the coded bottle cap, in fact, in the process of assembling the coded bottle cap, the password should be lost again, because the recorded worker has already known the code The correct opening code of the bottle cap will bury a certain safety hazard in the subsequent production and sales links, and it is also unfair to consumers;

[0008] 4. The codes set on the existing code disks are not random and arbitrary enough, and mostly belong to the form of fixed and sequential codes. Therefore, in order to increase the number of different code permutations and combinations, it is usually necessary to set many groups of code disks, which increases manual records. The difficulty increases the work intensity, increases the probability of error, and increases the cost of production

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