Vibrating manual embroidery pen

Abstract

The present invention discloses a vibrating manual embroidery pen. The vibrating manual embroidery pen comprises a manual embroidery pen body and the manual embroidery pen body comprises a needle piece clamping mechanism and a driving mechanism; the driving mechanism comprises a lower sleeve and a driving motor, the driving motor is arranged inside the lower sleeve, and besides, an output end of the driving motor is fixedly connected with an eccentric mechanism; and the needle piece clamping mechanism comprises an upper sleeve fixedly arranged on a top part of the lower sleeve and a needle piece clamping head arranged inside the upper sleeve, and the eccentric mechanism is fixedly connected with an embroidery needle through a vertical shaft. The driving motor is added inside a pen rod based on traditional manual embroidery pens, besides the already adjusted vertical shaft is arranged at the output end of the driving motor, length of the embroidery needle arranged on the pen rod can bebetter adjusted, thus during working of the embroidery needle, depth and strength of embroidering practice skin or real human skin are kept uniform, and the vibrating manual embroidery pen improves acoloring effect while effectively alleviates inconvenience of user's long-term operation and hand fatigue.

Description

technical field [0001] The invention relates to the technical field of manual embroidery pens, in particular to a vibrating manual embroidery pen. Background technique [0002] Tattoo is actually a kind of minimally traumatic skin coloring, which belongs to medical cosmetology. It is to implant pigment into the skin tissue to form a stable color block. Because the epidermis is very thin and translucent, the implanted pigment passes through the surface. The cortex presents an implanted color to achieve the functions of covering up blemishes, enhancing strengths and avoiding weaknesses, and modifying and beautifying. Since the pigments pierced into the skin are small particles with a diameter of less than 1 micron, they will be surrounded by collagen soon after implantation and cannot be swallowed by phagocytic cells, thus forming a semi-permanent mark on the surface of the skin. [0003] The existing traditional manual embroidery pen is just a hollow metal pen holder with a ...

AI Technical Summary

Problems solved by technology

[0003] The existing traditional manual embroidery pen is just a hollow metal pen holder with a head that can tighten the hand-made needle. The hand-made needle is too short and inconvenient to hold. The hand-made pen plays an auxiliary role. The existing traditional hand-made pen is in operation. It is inconvenient for the operator to puncture the practice skin or real skin with the needle inserted in the manual embroidery pen simply by lifting and lowering the hand, which makes the operator's hand fatigue and strength weakened with time during the operation, resulting in upper embroidery. The color is uneven, the color retention effect is poor, and the color material is not easy to absorb. Novices using traditional manual embroidery pens cannot grasp the depth of piercing practice skin and real skin.

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