Ink fountain device

Abstract

The present invention discloses an ink fountain device. The ink fountain device comprises a housing, an ink mechanism and an ink fountain line mechanism. A partition plate is disposed inside the housing and divides the housing into an ink fountain line cavity and an ink cavity. The ink mechanism comprises an ink box and a liquid outlet mechanism. The ink fountain line mechanism comprises an ink fountain line, a spring, an ink fountain line self-locking assembly and an ink fountain line ink-soaking assembly, wherein a free end of the ink fountain line passes through an ink fountain line passage, the ink fountain line self-locking assembly is used for locking the ink fountain line inside the housing after the ink fountain line is pulled out of the housing, and the ink fountain line ink-soaking mechanism is used for pressing the ink fountain line against the liquid outlet mechanism so as to allow the ink fountain line to be soaked with ink. In the process of pulling the ink fountain line outwards, the ink fountain line ink-soaking mechanism presses the ink fountain line against the liquid outlet mechanism so as to allow the ink fountain line to be soaked with ink, the ink fountain line self-locking assembly locks the ink fountain line inside the housing after the ink fountain line is pulled out of the housing, the ink fountain line outside the housing is then tensioned to allow a worker to snap the ink fountain line, and automatic collection of the ink fountain line can be realized by the spring. Therefore, the ink fountain device is simple and reasonable in structure, small in size and convenient to operate.

Description

technical field [0001] The invention relates to an ink fountain device. Background technique [0002] The traditional ink fountain is large in size and inconvenient to use; the spool shaft is small, and it is laborious and time-consuming to crank it when taking up the thread; the ink container is open, and the ink is easy to dry. In addition, when the ink fountain is tilted, the ink is easy to Spill, not only waste ink but also pollute the site. [0003] There are some improved ink fountains on the market at present, but most of them only have a simple modification to the shape, and the size is still not ideal, and if the quality of the ink absorbing sponge is not ideal, it is not suitable for civil engineering construction with a large amount of use. It is still manual when taking up the thread, which is more troublesome; there is also a type of ink fountain that automatically takes up the thread, but the principle of its ink filling has not changed, and the size of the in...

AI Technical Summary

Problems solved by technology

[0002] The traditional ink fountain is large in size and inconvenient to use; the spool shaft is small, and it is laborious and time-consuming to crank it when taking up the thread; the ink container is open, and the ink is easy to dry. In addition, when the ink fountain is tilted, the ink is easy to Spill, both waste ink and pollute the site

[0003] There are some improved ink fountains on the market at present, but most of them only have a simple modification to the shape, and the size is still not ideal, and if the quality of the ink absorbing sponge is not ideal, it is not suitable for civil engineering construction with a large amount of use. It is still manual when taking up the thread, which is more troublesome; there is also a type of ink fountain that automatically takes up the thread, but the principle of its ink filling has not changed, and the size of the ink fountain is also larger, simply reducing the space for storing ink, which will inevitably make the use of the ink fountain Shorter times and frequent ink refills are also less than ideal

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