KR20030006132A - Nail printing apparatus - Google Patents

Abstract

PURPOSE: A nail printing apparatus is provided to simplify configuration of the apparatus and achieve improved user convenience by printing patterns directly on the nail. CONSTITUTION: A nail printing apparatus(10) comprises a base plate(11) having a pattern plate mounting groove for mounting a pattern plate(50); a sliding member(20) arranged on the base plate in such a manner that the sliding member is slidable in the direction parallel to the pattern plate mounting groove, wherein the sliding member has a first through hole formed to be opposed to the pattern plate mounting groove along the direction crossing the sliding direction; an ink picking member(30) arranged to be elastically supported by the sliding member in such a manner that the ink picking member is movable in a vertical direction toward the base plate through the first through hole; and a squeegee member(40) arranged on the sliding member so as to squeegee the ink deposited on the pattern plate.

Description

Pattern printing machine {Nail printing apparatus}

The present invention relates to a pattern printing machine, and more particularly, to a pattern printing machine capable of printing a desired pattern on the nail.

Drawing a pattern on the surface of the nail, or attaching a thin sheet with the pattern printed on the surface of the nail or artificial nail is commonly referred to as nail art.

Artificial nail art refers to the use of a manicure by a professional to paint on the surface of human nails. In such artificial nail art, it is very difficult for a beginner, not an experienced professional, to use a manicure to inscribe a desired pattern on a nail. In addition, it is also difficult for an experienced person to perform nail art on his right hand nail in the case of right-handed person and on his left hand nail in case of left-handed person.

Instead of artificially engraving the pattern directly on the surface of human nails, the pattern for nail art is printed on the surface of the human nail or on a thin sheet that can adhere to the surface of the artificial nail, and the printed sheet is suitable for the surface of the nail. Known.

However, this attachment method requires a precise operation when attached to the nail, there is a problem that it is not easy to peel off the sheet attached to the nail when attached to a state out of the desired position. In addition, even after peeling off the sheet from the nail, the adhesive component applied to the sheet is not easily removed from the nail, which causes a problem of discomfort for the user.

In addition, there is a disadvantage that does not give a natural feeling such as a sheet attached to the nail.

SUMMARY OF THE INVENTION The present invention has been made to improve the above problems, and its object is to provide a pattern printing machine that is simple in structure and can easily and accurately print various patterns on a nail.

1 is a perspective view showing a pattern printing machine according to the present invention,

Figure 2 is an exploded perspective view showing the separation of the printing press of Figure 1,

3 is a perspective view illustrating the base plate of FIG. 1;

4 is a cross-sectional view illustrating a supporting member of the ink picking member of FIG. 1.

<Description of the reference numerals for the main parts of the drawings>

11: base plate 20: sliding member

30: ink picking member 40: squeezing member

In order to achieve the above object, a pattern printing machine according to the present invention includes: a base plate having a pattern plate mounting groove on which a pattern plate engraved with a predetermined pattern is engraved; A sliding member installed on the base plate so as to be slidable in a direction parallel to the pattern plate mounting groove, the first member having a first through-hole facing the pattern plate mounting groove along a direction crossing the sliding direction at an angle; An ink picking member formed to be elastically supportable on the sliding member so as to be moved up and down toward the base plate through the first through hole; And a squeegee member formed on the sliding member to squeeze the ink applied to the pattern plate.

Preferably, the ink picking member includes a support member provided with a groove having a predetermined depth opened downward; And a printing member formed of an elastically deformable material detachably in the groove of the support member. The printing member is preferably formed of a silicon material.

The printing member is formed such that its lower end has a circular shape in a state in which it is mounted on the support member, and the support member has at least one air hole having a predetermined size for air communication in the upper wall of the groove in which the printing member is tightly supported. do.

Protrusions are formed on both sides of the edge of the ink picking member downward in a predetermined length, grooves of a corresponding shape are formed around the first through hole of the sliding member to guide and support the vertical raising and lowering of the protrusions. A spring is installed on the groove.

The squeegeeing member may further include: a first member having a squeegeeing blade mounted at a lower end thereof; And a second member coupled to the first member by a spring and coupled to the sliding member.

On the sliding member guides the detachment of the squeegee member, but a second through-hole formed with a locking jaw is formed so that the squeegee member can be caught in the mounting state, the second member of the squeegee member A locking piece of a corresponding shape is formed to be elastically detachable.

A front blocking member is formed on the base plate to prevent the sliding member from escaping from the pattern plate seating groove and detaching from the base plate. In addition, a rear blocking member for preventing separation of the sliding member from the base plate is formed on the opposite side of the front blocking on the base plate.

Preferably, the base plate on the movement path of the ink picking member opposite the pattern plate mounting groove is provided with a nail mounting groove in which a nail portion can be mounted.

And a printing position guide member which indicates a center position of a portion of the ink picking member to which ink is buried at a position where the sliding member is retracted after passing through the pattern plate and the retraction is restricted by the rear blocking member.

Preferably, the rear blocking member is integrally formed on the printing position guide member, and the guide member is formed to be moved forward and backward with respect to the base plate.

More preferably, the center of the ink picking means is located on the advance path of the sliding member in a position where the sliding member reaches the front blocking member so that a plurality of patterns can be alternately printed using one pattern plate. It is installed to be less than the center of the pattern plate seating groove.

Hereinafter, a pattern printing machine according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view showing a pattern printing machine according to the present invention, Figure 2 is an exploded perspective view showing the separation of the pattern printing machine of FIG.

Referring to the drawings, the pattern printing machine 10 includes a base plate 11, a sliding member 20, an ink picking member 30, and a squeezing member 40.

The base plate 11 has a pattern plate mounting groove 12 for mounting the pattern plate 50 is formed. The glyph plate mounting groove 12 and the glyph plate 50 are formed on the outside along the orthogonal direction, respectively, the matching grooves 12a and the projections 50a to be mutually matched to guide the printing direction of the pattern. The projections 50a are sequentially formed along the radial direction at an angle smaller than the orthogonal angle, and the matching grooves 12a may also be formed to correspond to the angles between the projections. As the angle 50 between the projections 50a is narrowed, the number of patterns that can be recorded in a negative pattern on the pattern plate can be increased.

The base plate 11 is provided with a separation groove 12b recessed a predetermined depth further from the edge of the pattern plate mounting groove 12 to facilitate the separation of the pattern plate 50 mounted on the pattern plate guide groove 12. It is.

Note 14 is a bolt coupling groove for use when fixing the pattern printing machine 10 to other elements such as a table.

Sliding member 20 is coupled to the sliding guide groove 13 provided on both sides of the base plate is installed to slide along the longitudinal direction of the sliding guide groove (13).

The first pattern of the patterns (51, 54) formed on the pattern plate located in the center of the printing member to be described later along the sliding direction, while preventing the separation from the base plate 11 when the sliding member 20 advances ( Front flocking members 15 are provided on both sides on the base plate 11 to restrict the advance so that only the position 51 can be reached.

A first through hole 21 is formed in the central portion of the sliding member 20, and the groove 22 having a predetermined depth is adjacent to the first through hole 21 in the direction crossing the first through hole 21. The spring 23 is provided in the groove | channel 22, respectively.

The ink picking member 30 is elastically supported on the sliding member 20 so that the ink picking member 30 can be raised and lowered toward the base plate 11 through the first through hole 21.

Projections 32 formed on both sides of the edge of the ink picking member 30 in a predetermined length downward, and are allowed to move along the grooves 22 formed around the first through-hole 21 of the sliding member 20. Is formed.

The ink picking member 30 includes a support member 31 provided with a groove having a predetermined depth opened downward, and a printing member 35 formed of a material that is elastically deformable in a groove of the support member 31.

The printing member 35 is formed of a material capable of maintaining the shape of the pattern during both the picking of ink corresponding to the pattern from the pattern plate 50 and the transfer of the picked ink nails. Preferably, the printing member 35 is It is formed of silicone material.

The printing member 35 is preferably formed such that the lower end thereof has a circular shape in a state in which the printing member 35 is mounted on the support member 31.

In order to facilitate the separation of the printing member 35 from the supporting member 31, the supporting member 31 is in air communication with the upper wall of the groove 31a on which the printing member 35 is closely supported as shown in FIG. A plurality of air holes 31b having a predetermined size are provided.

The squeegee member 40 is detachably installed on the sliding member 20 so as to squeeze the ink applied to the pattern plate 50.

The squeegee member 40 is coupled to the first member 41 having the squeegeeing blade 42 mounted at its lower end through a guide rod (surrounded by an outer spring) formed on the first member 41, and having a spring (43) A second member 44 supported by the force is provided.

On the sliding member 20, a second through-hole 26 having a latching jaw 27 is formed to guide the detachment of the squeegeeing member 40 but to allow the squeegeeing member 40 to be caught in a mounted state. The second member 44 of the squeezing member 40 has a locking piece 45 having a corresponding shape so as to be elastically detachable from the locking jaw 27. At the time of engagement, in the process of entering the squeegee member 40 through the second through hole 26, the engaging piece 45 is bent inward by the interference of the engaging jaw 27, and then the lower part of the engaging jaw 27 is lowered. The catching piece 45 is restored by the second through hole 26 stepped to be widened, and at this time, a state in which the catching piece 45 is caught by the catching jaw 27 at the upper part thereof is maintained. At the time of separation, when the separation piece 46 is pushed inward, the locking state of the locking piece is released, and the spring 43 compressed in the coupling process is restored.

On the movement path of the ink picking member 30 opposite to the pattern plate mounting groove 12 of the base plate 11, a nail mounting groove 17 on which a user's nail 70 may be mounted is provided.

A printing position indicating the center position of the ink buried portion of the printin member 35 at a position where the sliding member 20 is retracted via the pattern plate 50 and then the retreat is restricted by the rear blocking member 60. The guide member 65 is provided so that it may advance and retract with respect to the base plate.

Here, the rear blocking member 60 integrally formed on the print position guide member 65 is formed to be in contact with the stepped side portion 28 of the sliding member.

The printing position guide member 65 is supported through a screw groove formed in the center of the portion 16 formed at a predetermined height perpendicular to the base plate 11, and moves straight along a predetermined length screw line from the rotary knob portion 67a. The screw thread of the member 67 is rotatably coupled to the tip which is not formed. The rear end blocking member 60 is formed in the shape of a D-shape cam, and in the state in which the flat portion is in contact with the base plate 11, the rear blocking member 60 does not interlock with the rotation of the straight moving member 67 but merely moves forward and backward.

On the other hand, reference numeral 18 of FIG. 3 is gradually mounted when the squeezing member 40 mounted on the sliding member 20 to maintain contact with the base plate is further lowered by the spring force to the pattern plate seating groove 12. An inclined portion for guiding to descend, 19 is a through hole formed so that the ink that can be dropped in the ink on the blade 42 can fall through the base plate 11 during the movement.

Hereinafter, a process of printing on nails using a printing glyph will be described.

First, the pattern plate 50 is placed on the pattern plate mounting groove 12 so that the pattern to be printed is placed in the direction closest to the nail mounting portion 17, that is, the direction in which the reference numeral 51 of FIG. 1 is located. Ink of color is applied to the pattern area 51.

In addition, the user places the nail portion of the desired finger to print the pattern on the nail seating portion 17 and then until the arrow of the print position guide member 65 points to the center of the area to print the pattern on the nail. The handle 67a of the straight moving member is rotated left / right.

Then, the sliding member 20 is advanced until the advance is limited by the front flocking member (15). In this process, the blade of the squeegee member 40 squeezes the ink in the pattern plate 50 by the elastic pressing force. Then, ink remains only in the pattern portion 51 that is engraved in the pattern plate 50.

Thereafter, when the user presses the ink picking member 30 from the top to the bottom, the printing member, which is strongly kept in contact with the pattern plate 50 by lowering, sucks the ink remaining corresponding to the pattern, and the user's joining force When released, the ink picking member 30 is spaced apart from the pattern plate 50 by a predetermined distance.

Then, the sliding member 20 is retracted until the retraction is restricted by the rear blocking member 60, and then the ink picking member 30 is pressed from the top to the bottom to maintain a pattern applied to the printing member. Ink is printed on the nails

On the other hand, when you want to print another pattern, turn the pattern plate 50 in the desired direction so that the desired pattern of the remaining patterns (52, 53, 54) in the direction as described above, then mounted and then the method Just do

As described so far, according to the pattern printing machine according to the present invention, while the structure is simple, it is possible to print a desired pattern directly on the nail with ink, thereby providing a natural aesthetics, thereby improving user convenience.

Claims (14)

A base plate having a pattern plate mounting groove on which a pattern plate engraved with a predetermined pattern is engraved thereon; A sliding member installed in the base plate so as to be slidable in a direction parallel to the pattern plate mounting groove, the first through hole being formed to face the pattern plate mounting groove in a direction crossing the sliding direction at a predetermined angle; An ink picking member formed to be elastically supportable on the sliding member so as to be moved up and down toward the base plate through the first through hole; And a squeegee member formed on the sliding member so as to squeeze the ink applied to the pattern plate. The ink picking member of claim 1, wherein the ink picking member A support member provided with a groove having a predetermined depth opened downward; And a printing member formed of a material that is elastically deformable in a groove of the support member. The method of claim 2, The printing member is a pattern printing machine, characterized in that formed of a silicon material. The pattern printing machine of claim 2, wherein the printing member is formed such that its lower end has a circular shape while being mounted on the support member. The method of claim 4, wherein The support member is a pattern printing machine, characterized in that at least one air hole of a predetermined size for air communication is provided on the upper wall of the groove in which the printing member is in close contact. The method of claim 1, Protrusions are formed below a predetermined length on both sides of the edge of the ink picking member, And a groove having a corresponding shape is formed around the first through hole of the sliding member to guide and support the vertical raising and lowering of the protrusion, and a spring is installed on the groove. The method of claim 1, wherein the squeegee member A first member having a squeegee blade mounted thereon; And a second member elastically coupled to the first member by a spring force and coupled to the sliding member. The method of claim 7, wherein On the sliding member there is formed a second through hole which guides the detachment of the squeegee member but has a latching jaw to allow the squeegee member to be caught in a mounted state. The second printing member of the squeegee member, characterized in that the engaging piece of the corresponding shape is formed so as to be elastically detachable to the locking jaw. The glyph printing machine according to claim 1, wherein a front blocking member is formed on the base plate to prevent the sliding member from escaping from the glyph plate seating groove and preventing separation from the base plate. The glyph printing machine according to claim 9, further comprising a rear blocking member for preventing the sliding member from being separated from the base plate on the opposite side of the front blocking on the base plate. The glyph printing machine according to claim 10, wherein the base plate on the movement path of the ink picking member opposite the glyph plate mounting groove is provided with a nail mounting groove in which a nail portion can be seated. 12. The printing position guide member according to claim 11, wherein the sliding member retracts after passing through the pattern plate to indicate a central position of a portion of the ink picking member to which ink is buried at a position where retraction is restricted by the rear blocking member. A pattern printing machine characterized in that it is further provided. The pattern printing machine according to claim 12, wherein the rear blocking member is integrally formed on the printing position guide member. The glyph printing machine according to claim 13, wherein the guide member is formed to be moved forward and backward with respect to the base plate.