Die blank printing assisting device

Abstract

A die blank printing assisting device comprises a transverse guide rod, fixed seats, a sliding seat and a character code sleeve part. The fixed seats are arranged at the two ends of the transverse guide rod in a sliding manner and fixed to a die blank. The transverse guide rod is sleeved with the sliding seat in a sliding manner. The character code sleeve part is arranged at the front end of the sliding seat in the manner that the character code sleeve part can move up and down relative to the die blank. Due to the fact that the transverse guide rod is arranged, the fixed seats and the sliding seat which slide along the transverse guide rod are arranged on the transverse guide rod, and the character code sleeve part is arranged on the sliding seat, the fixed seats can be adjusted in a sliding manner to be fixed to the die blank according to the size of the die blank, and the sliding seat is adjusted in a sliding manner according to the position with the character printing requirement to locate the character code sleeve part to the die blank; the character code sleeve part is dually located through the fixed seats and the sliding seat; character printing efficiency and quality can be effectively improved; manual localization is not needed; use safety is high; use is convenient; and the device can be suitable for flexible adjustment and use of die blanks of different sizes.

Description

technical field [0001] The invention relates to the field of typing equipment on the surface of a mold base, in particular to a mold base typing assistant. Background technique [0002] In mold production and processing, in order to facilitate management, it is necessary to mark the surface of each mold base for identification. [0003] The existing mold blank typing method is as follows: manually draw a line mark on the surface of the mold blank that needs to be typed, then place the character code on the marked place, hold it tightly with one hand, and vigorously beat the character code with a hammer with the other hand. Printed on the surface of the mold base, this type of typing is too dependent on human operation and takes a long time. The arrangement of the characters only depends on human eyesight, so it is difficult to ensure orderliness. During the typing process, the characters are easily displaced by force, resulting in inaccurate typing positions , Working for a...

AI Technical Summary

Problems solved by technology

[0003] The existing mold blank typing method is as follows: manually draw a line mark on the surface of the mold blank that needs to be typed, then place the character code on the marked place, hold it tightly with one hand, and vigorously beat the character code with a hammer with the other hand. Printed on the surface of the mold base, this type of typing is too dependent on human operation and takes a long time. The arrangement of the characters only depends on human eyesight, so it is difficult to ensure orderliness. During the typing process, the characters are easily displaced by force, resulting in inaccurate typing positions , Long hours of labor can easily cause the operator's physical strength to decline, eyesight to be tired, and it is easy to accidentally injure the hand when typing the code, resulting in work-related injuries

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