Environment-friendly intelligent external ink supply system

Abstract

The invention relates to the technical field of printing devices, in particular to an environment-friendly intelligent external ink supply system which comprises an ink storage cavity, a first air hole, a second air hole, a gas guide groove and an ink supply port. The first air hole is formed in the top of the ink storage cavity, and the second air hole is formed in the bottom of the ink storage cavity. The gas guide groove is formed between the first air hole and the second air hole, and the ink supply port is formed in one side of the first air hole. A filter layer is arranged in the ink supply port, and the second air hole is connected with a porous element. The environment-friendly intelligent external ink supply system is simple in structure, compact and reasonable, convenient and fast to assemble, reliable in connection, high in ink storing capacity, capable of being used repeatedly, good in printing quality and capable of enabling waste ink boxes to be recycled easily, prolongsthe service life of the ink boxes, greatly improves the service reliability of the ink boxes, and is easy to use and popularize. According to the environment-friendly intelligent external ink supply system, energy weakening caused by multiple times of light refracting is avoided; even though a light filter is arranged at the front end of a light receiver, the luminous flux of the light transmittedto the light receiver can also be ensured to meet a trigger requirement, and the environment-friendly intelligent external ink supply system of the structure is particularly suitable for being used in a recognition system in which light is recognized as infrared light. Accordingly, the safety control performance of printing is greatly improved, and the problem that illegal attacking can occur when printing information and data are monitored from an application layer is also solved.

Description

technical field

[0001] The invention relates to the technical field of a printer device, in particular to an environment-friendly intelligent external ink supply system. Background technique

[0002] Existing ink cartridges have a small capacity for storing ink and cannot be used repeatedly. The printing quality is relatively poor. After the ink cartridge is discarded, it is difficult to take it back so that it is easy to pollute the environment. reliability.

[0003] In order to solve the above problems, a new method is needed, which can realize the

[0004] The real-time monitoring method of printing tasks irrelevant to brand, model, and connection mode, and has the function of preventing printing operations at any time. The name is "a method and system for printing monitoring". At present, the printing control system relies too much on Windows applications, and there is no interlocking security mechanism with the printing driver layer, that is, it does not participate i...

Examples

Embodiment Construction

[0015] Such as figure 1 It is a structural schematic diagram of the present invention, an environmentally friendly intelligent external ink supply system, including ink storage chamber 1, air hole one 2, air hole two 3, air guide groove 4, ink supply port 5, air guide groove 6 and porous element 7, Ink storage chamber 1 has air hole 1 on the top, air hole 2 3 on the bottom, air guide groove 6 between air hole 1 2 and air hole 2 3, ink supply port 5 on the side of air hole 1 2, and ink supply port 5 A filter layer 6 is arranged inside, and the air hole 2 3 is connected with the porous element 7 .

[0016] When in use, the top of the ink storage chamber 1 is provided with an air hole 1 2 and the bottom is provided with an air hole 2 3, the air hole 1 2 and the air hole 2 3 are connected through the air guide groove 6, and the side of the air hole 1 2 is provided with an ink supply port 5 for supplying ink. A filter layer 6 is provided inside the ink port 5, and the air hole 2 ...

technical field

[0001] The invention relates to the technical field of a printer device, in particular to an environment-friendly intelligent external ink supply system. Background technique

[0002] Existing ink cartridges have a small capacity for storing ink and cannot be used repeatedly. The printing quality is relatively poor. After the ink cartridge is discarded, it is difficult to take it back so that it is easy to pollute the environment. reliability.

[0003] In order to solve the above problems, a new method is needed, which can realize the

[0004] The real-time monitoring method of printing tasks irrelevant to brand, model, and connection mode, and has the function of preventing printing operations at any time. The name is "a method and system for printing monitoring". At present, the printing control system relies too much on Windows applications, and there is no interlocking security mechanism with the printing driver layer, that is, it does not participate i...

Examples

Embodiment Construction

[0015] Such as figure 1 It is a structural schematic diagram of the present invention, an environmentally friendly intelligent external ink supply system, including ink storage chamber 1, air hole one 2, air hole two 3, air guide groove 4, ink supply port 5, air guide groove 6 and porous element 7, Ink storage chamber 1 has air hole 1 on the top, air hole 2 3 on the bottom, air guide groove 6 between air hole 1 2 and air hole 2 3, ink supply port 5 on the side of air hole 1 2, and ink supply port 5 A filter layer 6 is arranged inside, and the air hole 2 3 is connected with the porous element 7 .

[0016] When in use, the top of the ink storage chamber 1 is provided with an air hole 1 2 and the bottom is provided with an air hole 2 3, the air hole 1 2 and the air hole 2 3 are connected through the air guide groove 6, and the side of the air hole 1 2 is provided with an ink supply port 5 for supplying ink. A filter layer 6 is provided inside the ink port 5, and the air hole 2 ...

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