TWM636405U - Tattoo pen head and tattoo auxiliary tool for head skin tattoo - Google Patents

Abstract

The utility model relates to an embroidery pen used for head skin tattoo, which includes a needle and an embroidery auxiliary tool. The needle is formed with a needle outlet and a needle holding space. The needle holding space provides a needle setting and allows the needle to protrude out of the needle outlet. The tattoo aid is a set of tube body at the end of the needle with the needle outlet, the tube body forms an assembly space for the needle to be installed, and an assembly port that communicates with the assembly space and forms an assembly relationship with the needle , a communication port that communicates with the needle outlet through the assembly space, and at least one visual area that communicates with the assembly space and allows an operator to observe the needle, and the tube body has an embroidery auxiliary surface at the end where the communication port is provided , the embroidery auxiliary surface selectively touches the head skin of a person to be tattooed, and fixes a tattoo depth when the needle extends out of the connecting opening.

Description

Tattoo pen head and tattoo accessories for head skin tattoo

The present invention relates to an embroidery pen head and its auxiliary tattooing accessories, in particular to an embroidery brush head and its tattooing auxiliary accessories used for head skin tattooing.

Zha, tattooing is a kind of skin coloring technology similar to tattooing. By implanting pigments in the skin assembly to form stable color blocks, the effect of beautification can be achieved through color development of color blocks. The current common embroidery projects include eyebrow tattoo, floating eyebrow, eyeliner tattoo, hair embroidery, etc. Among them, floating eyebrow is colored in the form of lines at the brow bone position, imitating the arrangement of the original eyebrow hair flow, creating a simulated eyebrow line, Make the eyebrow shape more complete, while the hair tattoo is to use the color on the bald part of the scalp or the hairline to imitate the appearance of the hair and hair follicles, and make the color block in the hair loss area by means of visual difference and visual confusion Form a similar short hair shape to achieve the effect of modifying the volume of hair in appearance.

However, the tattoo artist must frequently repeat the action of implanting the colorant during the tattooing process. After working for a long time, the tattoo artist is prone to the problem that it is difficult to uniformly control the penetration depth of the tattoo needle. When the color cream is not evenly implanted into the skin during tattooing and only stays on the skin surface, it is easy to cause uneven coloring and poor color retention; and when the color cream is implanted too deep and enters the dermis of the skin At this time, the pigment in the deep skin cannot be metabolized, and can only spread to the surrounding areas, resulting in the problem of smudged color. As can be seen from the above, the quality of tattoo depends on the depth of the tattoo artist's embroidery needle penetration, and it is quite dependent on the tattoo artist's operation feel.

For this reason, the currently published patents TW M590385 and CN 216395045U disclose that the needle tip can achieve the purpose of controlling the penetration depth of the tattoo needle. The extension direction is parallel to the needle mouth, and the length of the abutting convex plate is greater than the distance from the needle mouth to the needle exit. When tattooing, the abutting convex plate leans against the skin of the person to be embroidered, thereby stabilizing the tattoo inside the needle mouth Needle exit length. However, conventionally, the convex plate is used to contact the person to be tattooed at a single point, and the convex plate cannot stabilize the needle nozzle specifically, causing the needle nozzle to tilt, thereby affecting the penetration depth of the tattoo needle. In addition, the conventional structure is not conducive to the tattoo artist to observe the needle-out state of the tattoo needle.

The main purpose of the present invention is to solve the problem that the conventional structure cannot specifically stabilize the needle tip, resulting in the inability to accurately control the penetration depth of the needle.

In order to achieve the above purpose, the present invention provides an embroidery brush head for skin tattooing on the head, which includes a needle head and an embroidery accessory. The needle head forms a needle outlet and a needle receiving space connected with the needle outlet. , the needle holding space provides a needle set therein, and makes the needle protrude out of the needle outlet after being operated. The tattoo aid is a set of tube body at the end of the needle with the needle outlet. The tube body is shaped to provide an assembly space where the needle is set, and an assembly that communicates with the assembly space and forms an assembly relationship with the needle. mouth, a communication port opposite to the assembly port and communicated with the needle outlet through the assembly space, and at least one visual area that communicates with the assembly space and allows an operator to observe the needle. The tube body is provided with the communication port One end has an embroidery auxiliary surface, and the embroidery auxiliary surface selectively touches the head skin of a person to be tattooed, and when the needle extends out of the connecting opening from the needle outlet, the needle is fixed to extend out of the connecting opening. A tattoo depth.

In one embodiment, the tube body has a needle outlet end located on one side of the communication port, and an assembly end opposite to the needle outlet end, and the diameter of the needle outlet end is smaller than that of the assembly end.

In one embodiment, the diameter of the tube body is tapered from the assembly end to the needle outlet end.

In one embodiment, the visible areas are multiple settings.

In one embodiment, based on the visible area, the tube body is divided into a ring portion disposed at the assembly end, at least two ribs disposed at intervals between the assembly end and the needle exit end, and a ring portion disposed at the needle exit end. The bridging portion ends and bridges at least two of the ribs, the ribs jointly define the visible area, the bridging portion defines the communication opening, and the embroidery auxiliary surface is provided on the side away from the ring portion.

In one embodiment, the length of each of the ribs is longer than the distance from the ring to the needle outlet.

In one embodiment, each of the ribs has a bend between the ring portion and the bridge portion.

In one embodiment, the bridging portion forms a fracture located on two adjacent ones of the ribs.

In one embodiment, the needle has an oblique cut surface located at one end of the needle outlet and facing the fracture.

In addition to the above, the new model also provides a tattoo aid, which is an integrally formed tube body, and the two ends of the tube body are respectively an assembly end and a needle outlet end. Hollow so that the assembly end communicates with the needle exit end, the tube body has at least one visible area located between the assembly end and the needle exit end for observing the internal space of the tube body, and one at the needle exit end The embroidery auxiliary surface on the side away from the assembling end enables the embroidery auxiliary tool to stably contact the head skin of a person to be tattooed.

In one embodiment, the tube body has an assembly port at the assembly end, and a communication port at the needle outlet end and communicated with the assembly port.

In one embodiment, the diameter of the needle outlet end is smaller than the diameter of the assembly end.

Through the aforementioned implementation of the new model, it has the following characteristics compared with conventional ones: the tattoo auxiliary device revealed by the new model is provided with the tattoo auxiliary surface, and when the tattoo auxiliary surface touches the skin of the head of the person to be tattooed, it can stabilize The embroidery auxiliary tool fixes the embroidery depth at which the needle protrudes out of the connecting opening when the needle is pulled out. Compared with the conventional ones, this new model no longer contacts the skin of the head of the person to be embroidered with a single point, so that the depth of the tattoo when the needle penetrates the skin can be more specifically controlled, and poor color retention or halo can be reduced. color etc.

The detailed description and technical content of this new model are described as follows in conjunction with the drawings:

Please refer to Fig. 1 to Fig. 4, the present invention provides an embroidery aid 10, the tattoo aid 10 can be used with a needle 30 of a tattoo pen head 100, and the embroidery pen head 100 is suitable for a head skin 200 Tattoos, for example, floating eyebrows, scalp tattoos, etc.

In order to facilitate the understanding of the embroidery pen head 100, the structure of the embroidery auxiliary tool 10 will be described first. The embroidery auxiliary tool 10 is an integrally formed tube body 11, the two ends of the tube body 11 are respectively an assembly end 111 and a needle outlet end 112, and the tube body 11 is hollow so that the assembly end 111 and the outlet end 112 The needle end 112 communicates. In more detail, the tube body 11 is provided with an assembly port 113 at the assembly end 111 and a communication port 114 at the needle outlet end 112, the assembly port 113 is used to form an assembly relationship with the needle 30, and the The communication port 114 communicates with the assembly port 113 , and the communication port 114 allows a needle 40 in the needle 30 to protrude out of the communication port 114 after being operated.

Above, the tube body 11 has at least one visible area 115 and an embroidery auxiliary surface 116, the visible area 115 is located between the assembly end 111 and the needle outlet end 112, the visible area 115 is the The hollow part does not cover the internal space of the tubular body 11, so that the observer can directly observe the internal space of the tubular body 11. In one embodiment, the visible areas 115 can be arranged in plural. In addition, the embroidery auxiliary surface 116 is located at the end of the tube body 11, that is, the embroidery auxiliary surface 116 is set on the side of the needle outlet end 112 away from the assembly end 111, and the embroidery auxiliary surface 116 is connected with a When the head skin 200 of the embroiderer is in contact, the tube body 11 is not in single-point contact with the person to be embroidered, but forms a linear contact surface with the person to be embroidered, thereby making the embroidery auxiliary device 10 It can stably contact the head skin 200 of the person to be embroidered.

From the above, it can be known that the embroidery auxiliary device 10 of the present invention has a larger contact area when the tattoo auxiliary device 10 is in contact with the person to be tattooed through the setting of the embroidery auxiliary device 10. With the point contact against the convex plate, the embroidery auxiliary device 10 of the present invention has the characteristics of more stable contact with the head skin 200 of the person to be tattooed. In addition, the visible area 115 of the present invention provides observers with a direct view of the inner space of the tubular body 11 .

1 to 4 again, in one embodiment, the diameter of the needle outlet end 112 is smaller than the diameter of the assembly end 111, more specifically, the diameter of the pipe body 11 is determined by the assembly End 111 tapers towards the needle exit end 112 . In addition, in another embodiment, the tube body 11 is divided into a ring portion 117, at least two ribs 118 and a bridging portion 119 based on the visible area 115, the ring portion 117 is located at the assembly end 111, and the ring portion 117 defines Out of the assembly opening 113 , when the embroidery auxiliary tool 10 is assembled with the needle 30 , the ring portion 117 is used to form an assembly relationship with the needle 30 . The two ribs 118 are located between the assembly end 111 and the needle outlet end 112, the distance between the assembly end 111 and the needle outlet 112 is determined by the length of the two ribs 118, and the two ribs 118 are Spaced apart, the two ribs 118 are hollowed out so as to jointly define the visible area 115 . The bridging portion 119 is arranged on the needle outlet end 112, and the bridging portion 119 is used to bridge at least two of the ribs 118 and defines the communication port 114. There is the auxiliary surface 116 for embroidery.

Furthermore, in one embodiment, in response to the change of the diameter of the tube body 11, each of the ribs 118 has a bend 121, and the bend 121 is located at the ring portion of the tattoo aid 10 of the present invention 117 and the bridging portion 119 , and make each of the ribs 118 have two different slopes. In addition, in another embodiment, the bridge portion 119 forms a fracture 122, and the fracture 122 is located between two adjacent ribs 118, in other words, the bridge portion 119 is not annular. Instead, the ribs 118 are connected in an arc shape. In addition, the cutout 122 can be set corresponding to the visible area 115, thereby assisting the embroidery operation.

Continuing from the above, the implementation of the embroidery auxiliary tool 10 applied to the embroidery pen head 100 will be described. Please refer to FIGS. 1 to 4 again. Form a needle outlet 31 and a needle-holding space 32, the needle-holding space 32 communicates with the needle outlet 31, the needle-holding space 32 provides the needle 40 to be set therein, when the needle 40 is not operated, the needle-holding space 32 The space 32 accommodates the needle 40 therein, and once the needle 40 is operated, the needle holding space 32 provides the needle 40 to protrude out of the needle outlet 31 . The embroidery aid 10 is set on the end of the needle 30 provided with the needle outlet 31, the embroidery aid 10 is the tube body 11, and the tube body 11 is hollow to form an assembly space 120, the assembly space 120 Both ends of the assembly port 113 and the communication port 114 are connected. When the assembly port 113 forms an assembly relationship with the embroidery auxiliary device 10, the assembly space 120 provides the needle 30 to be set therein, and the communication port 114 can pass through The assembly space 120 communicates with the needle outlet 31 , and the visible area 115 can be designed to communicate with the assembly space 120 so that an operator can observe the needle 30 and the needle 40 . Also, when the tattoo pen head 100 is performing embroidery, the embroidery auxiliary surface 116 is in contact with the head skin 200 of the person to be tattooed, and when the needle 40 is controlled to stretch out from the needle outlet 31 to the When communicating with the opening 114, the embroidery auxiliary surface 116 fixes the needle 40 extending out of the connecting opening 114 to a tattoo depth 41, the embroidery depth 41 is the distance from the needle tip of the 40 to the embroidery auxiliary surface 116, also is the depth at which an operator (such as a tattoo artist) penetrates into the head skin 200 of the subject to be tattooed.

Based on this, the tattoo pen tip 100 of the present invention can specifically control the tattoo depth 41 of the needle 40, reducing the poor color retention rate caused by the conventional tattoo depth being too shallow, or the color fading caused by the tattoo depth being too deep. question. In addition, through the setting of the embroidery auxiliary surface 116, the tattoo pen head 100 of the present invention can stabilize the contact between the embroidery auxiliary tool 10 and the head skin 200 of the person to be tattooed, and reduce the pressure of the traditionally used convex plate. It can lean on the skin of the person to be embroidered in a single-point convex manner, which is not conducive to stably controlling the needle 40 . Furthermore, the present invention is further provided with the visible area 115, which is convenient for the operator to observe the needle 40 and the needle head 30 at any time during the embroidery process.

1 to 4 again, in this embodiment, the tube body 11 specifically controls the embroidery depth 41 of the needle 40, and each of the ribs 118 on the tube body 11 The length is longer than the distance from the ring portion 117 to the needle outlet 31, and the length of each of the ribs 118 determines the distance between the ring portion 117 and the communication port 114, so that the embroidery auxiliary tool 10 of the present invention can pass through The ribs 118 correspond to the arrangement of the needle 40 . In addition, in one embodiment, the tattoo pen head 100 of the present invention is convenient for the operator to perform tattooing. The needle head 30 has a beveled cut surface 33, and the beveled cut surface 33 is located at the end of the needle head 30 where the needle outlet 31 is located. And facing the opening 122 of the bridging portion 119 is disposed.

In summary, it is only a preferred embodiment of the present invention, and should not limit the scope of implementation of the present invention, that is, all equal changes and modifications made according to the patent scope of the present application should still belong to the present invention. patent coverage.

100: Embroidery pen tip 10: Tattoo accessories 11: tube body 111: Assembly end 112: needle end 113: Assembly port 114: Connecting port 115: Visual area 116: Auxiliary surface for embroidery 117: ring department 118: Rib 119: bridge part 120: assembly space 121: Bending 122: Fracture 30: Needle 31: Needle outlet 32: Needle space 33: oblique cut 40: Needle 41: Embroidery depth 200: head skin

Fig. 1 is a three-dimensional structural schematic diagram of an embodiment of the present invention. Fig. 2 is a schematic diagram of a plane exploded structure of an embodiment of the present invention. Fig. 3 is a schematic plan view of an embodiment of the present invention. Fig. 4 is an implementation schematic diagram of an embodiment of the present invention.

100: Embroidery pen tip

10: Tattoo accessories

111: Assembly end

112: needle end

113: Assembly port

114: Connecting port

115: Visual area

116: Auxiliary surface for embroidery

117: ring department

118: Rib

119: bridge part

120: assembly space

121: Bending

122: Fracture

30: Needle

31: Needle outlet

32: Needle space

33: oblique cut

40: Needle

41: Embroidery depth

200: head skin

Claims (17)

An embroidery pen head for head skin tattoo, comprising: A needle head, forming a needle outlet and a needle-holding space connected with the needle outlet, the needle-holding space provides a needle to be set in it, and makes the needle protrude out of the needle outlet after being operated; and A tattoo aid, which is a set of tube body at the end of the needle with the needle outlet, the tube body is shaped to provide an assembly space where the needle is set, and a tube that communicates with the assembly space and forms an assembly relationship with the needle An assembly port, a communication port opposite to the assembly port and communicated with the needle outlet through the assembly space, and at least one visual area that communicates with the assembly space and allows an operator to observe the needle. One end of the mouth has an auxiliary embroidery surface, which selectively touches the head skin of a person to be tattooed, and fixes the needle when it sticks out of the connecting opening from the needle outlet. The embroidery depth of a tattoo. The tattoo pen head for head skin tattooing as described in claim 1, wherein the tube body has a needle outlet end located on one side of the communication port, and an assembly end opposite to the needle outlet end, the The pipe diameter of the needle outlet end is smaller than the pipe diameter of the assembly end. The tattoo pen head for head skin tattoo according to claim 2, wherein the diameter of the tube body is tapered from the assembly end to the needle outlet end. The tattoo pen head for head skin tattoo according to any one of claims 1 to 3, wherein the visible areas are plural. The tattoo pen head for head skin tattoo according to claim 4, wherein, based on the visible area, the tube body is divided into a ring part assembled with the needle head, at least two are arranged at intervals and are directed from the assembled ring toward the A rib extending in the direction of the communication opening, and a bridging portion bridging at least two of the ribs, the ribs jointly define the visible area, the bridging portion defines the communication opening, and the bridging portion is one distance away from the needle The side is provided with this tattoo assisting surface. The tattoo pen head for head skin tattoo according to claim 5, wherein the length of each of the ribs is longer than the distance from the ring to the needle outlet. The tattoo pen head for head skin tattoo according to claim 6, wherein each of the ribs has a bend located between the ring part and the bridge part. The tattoo pen head for head skin tattoo according to claim 7, wherein the bridging part forms a fracture on two adjacent ribs. The tattoo pen head for head skin tattooing according to claim 8, wherein the needle has an oblique cut surface at one end of the needle exit and facing the fracture. A tattoo aid, characterized in that: The embroidery auxiliary tool is an integrally formed tube body, the two ends of the tube body are respectively an assembly end and a needle outlet end, and the tube body is hollow so that the assembly end and the needle outlet end are connected. The tube body has at least one visible area located between the assembly end and the needle outlet end for observing the internal space of the tube body, and an embroidery auxiliary surface located on the side of the needle outlet end away from the assembly end. The auxiliary surface makes the tattoo auxiliary tool stably contact the head skin of a person to be tattooed. The embroidery auxiliary device according to claim 10, wherein the tube body has an assembly port at the assembly end, and a communication port at the needle outlet end and communicated with the assembly port. The embroidery auxiliary device according to claim 11, wherein the visible areas are plural. The embroidery auxiliary device according to any one of claims 10 to 12, wherein the diameter of the needle outlet end is smaller than the diameter of the assembly end. The embroidery auxiliary device according to claim 13, wherein the diameter of the tube body is tapered from the assembly end to the needle outlet end. The embroidery auxiliary device as claimed in claim 14, wherein, based on the visible area, the tube body is divided into a ring part provided at the assembly end, and at least two ribs arranged at intervals and located between the assembly end and the needle exit end part, and a bridging part arranged at the needle outlet end and bridging at least two of the ribs, the ribs jointly define the visible area, and the bridging part is provided with the embroidery auxiliary part on the side away from the ring part noodle. The embroidery auxiliary tool as claimed in claim 15, wherein each of the ribs has a bend located between the ring portion and the bridging portion. The embroidery auxiliary device as claimed in claim 16, wherein the bridging portion forms a fracture on two adjacent ribs.

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