Chip detection rewriting device and system

Abstract

The invention provides a chip detection rewriting device and a chip detection rewriting system. The device comprises a device case. A control module is arranged in the device case. The control modulecomprises a plurality of data detection rewriting units, a data selection unit, a main control unit and a serial port unit. The main control unit is respectively in communication with the data detection rewriting units, the data selection unit and the serial port unit. The serial port unit is used for being detachably connected with a plurality of ink box clamps. The data selection unit is used for acquiring the ink box chip information and sending the ink box chip information to the main control unit. The main control unit is used for selecting one data detection rewriting unit according to the ink box chip information. Each data detection rewriting unit is used for identifying, detecting or rewriting an ink box chip. The system is compatible with multiple models of ink box chips for realizing detection and rewriting. The production loss caused by the frequent replacement of detection rewriting devices is avoided. The device management pressure and the device cost are saved. Meanwhile, the portability is good, and the uniformity is high.

Description

technical field [0001] The invention relates to the field of chip equipment for printing consumables, in particular to a chip detection and rewriting device and system. Background technique [0002] With the increasing demand in the current printing consumables market and the development of the printing consumables industry, it is imperative to develop product-related supporting finished product testing mechanisms to improve the stability and reliability of finished chips on the basis of meeting the normal supply market demand. However, the detection mechanism existing in the market can only detect certain types of product chips, and cannot perform compatible detection for multi-type product chips. Big ones lead to increased production costs and waste, so it is imminent to develop a detection and rewriting device that can be compatible with multiple types of chips at the same time. [0003] At present, the equipment used in the market for chip detection and rewriting of con...

AI Technical Summary

Problems solved by technology

[0004] (1) Waste of human resources: When testing / rewriting finished chips, it is necessary to frequently replace testing and rewriting equipment to complete the production needs of multi-type product chips, which consumes production labor;

[0005] (2) Insufficient coordination and convenience: There are many types of equipment, and there are operators who cannot identify clearly during the use of equipment, which brings great inconvenience and hidden dangers to production;

[0006] (3) Production cost waste: large-scale equipment production increases production costs, causing great waste in resource integration and utilization;

[0007] (4) Low production efficiency: In actual production, frequent replacement of testing equipment causes waste of production time and does not meet the basic principles of standardized production of enterprises;

[0008] (5) Inconvenient software management: due to the variety and complexity of equipment, each equipment needs to be equipped with corresponding software control, which is insufficient in coordination and unity of equipment software management, causing great inconvenience to software management personnel

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