KR200427804Y1 - clip for name card - Google Patents

Abstract

The present invention relates to a nameplate clip, the structure of the secondary clip piece hinged rotatably to the main clip piece without the use of a separate hinge axis, as well as the material of the auxiliary clip piece is coupled to the main clip piece It is designed to be simpler structurally by receiving its own elastic force, thereby contributing to increased productivity by improving assembly workability, and reducing product processing cost, thereby making product prices cheaper.

To this end, the present invention is provided with a through hole 101a in the upper portion and a main clip piece 101 formed with the fitting protrusion 101b in a bent state at the bottom thereof, and in contact with the fitting protrusion 101b of the main clip piece in the lower portion. An auxiliary clip piece 102 having a separation preventing protrusion 102a is provided, and the auxiliary clip piece is coupled to the main clip piece 101, wherein the through hole 101a and the fitting protrusion 101b of the main clip piece 101 are provided. The coupling hole 103 is formed to be inclined downward from the side of the auxiliary clip piece 102 to the opposite side, and the lower portion of the coupling hole has a height of the surface side opposite to that of the surface facing the auxiliary clip piece 102. The locking step 104 is formed to be stepped toward the vertical to be higher, and the upper part spaced apart from the fitting protrusion 101b of the auxiliary clip piece 102 is inserted into the coupling hole 103 formed in the main clip piece 101. Same angle of inclination in the same direction as the coupling hole to be coupled Coupling piece 105 is formed to be inclined greatly, and when the coupling piece 105 is fitted into the coupling hole 103 formed in the main clip piece 101 at the end of the coupling piece, the stepped locking jaw of the coupling hole ( The fastening protrusion 106 is formed downward so as to be caught over the 104, and the close protrusion 107 to be in close contact with the opposite surface of the secondary clip piece 102 of the main clip piece 101 to maintain the coupling force of the auxiliary clip piece. ) Is formed to be upward.

Nameplate, clip, clip, nameplate

Description

Nameplate clip {clip for name card}

1 is an exploded perspective view showing a clip for the present invention nameplate

Figure 2 is a longitudinal sectional view showing an enlarged name tag for the subject innovation

Figure 3a is a side view showing a state of use of the nameplate clip of the present invention, a state diagram before coupling the nameplate to the clip

Figure 3b is a side view showing a state of use of the nameplate clip of the present invention, a state of coupling the nameplate to the clip

Figure 3c is a side view showing a state of use of the present invention nameplate clip, state diagram after combining the nameplate to the clip

Explanation of symbols for the main parts of the drawings

101. Main clip section 101a. Through

101b. Insertion 102. Auxiliary Clip

102a. Release prevention protrusion 103. Combination hole

104. Hanging jaw 105. Joining piece

106. Hanging projections 107.

The present invention relates to a nameplate clip, and more particularly, when the main clip piece and the auxiliary clip piece is combined with each other, so that the main clip piece and the auxiliary clip piece do not have to be used separately. The auxiliary clip piece is to have the elastic force of the material itself.

In general, name badges are used by a group of people at work or at a particular company to display their identity. These badges are worn by users in various forms. In other words, the nameplate is worn in the form of hanging on the chest using a clothespin, or is worn in the form of pinching on the chest pocket of the upper garment using a clip, or worn on the neck using a clip and necklace strap.

In recent years, name tags worn by people living in groups at most workplaces and training centers are electronic card type badges that include security (commute records, access records, identity records, etc.) and door lock functions. It is common to wear it around the neck using clips and necklaces.

In the above, the upper part of the clip 1 is fitted to the necklace string 2, and the lower part of the clip 1 is fitted into the fitting hole 3a formed in the name plate 3, so that the name tag 3 is the clip 1 And it can be worn in the form hanging on the neck of the user by the necklace strap (2).

The clip 1 is composed of a main clip piece 11 and an auxiliary clip piece 12 produced separately from the main clip piece and joined to the main clip piece 11, wherein the auxiliary clip piece comprises a main clip piece ( 11) when the pressing force is applied in the state coupled to the structure must be a structure that can be rotated based on the coupling point, as well as the structure to have a resilience by receiving the elasticity when the auxiliary clip piece 12 is rotated based on the coupling point Should be

Conventionally, the nameplate clip is coupled to the main clip piece 11, the auxiliary clip piece 12 is rotatably connected by a hinge axis, and the auxiliary clip piece between the main clip piece 11 and the auxiliary clip piece 12. In most cases, the spring member is installed to impart an elastic force to it, and Korean Utility Model Registration Nos. 0140434 and 0188052 are examples.

However, in the conventional nameplate clip, in order to pivotally couple the auxiliary clip piece 12 to the main clip piece 11 by the hinge axis, the surfaces of the main clip piece 11 as well as the auxiliary clip pieces 12 that face each other are opposite to each other. Since the hinge boss with the hinge shaft insertion hole formed therein should be formed, and the spring member for installing between the main clip piece 11 and the auxiliary clip piece 12 should be a separately made leaf spring or a torsion spring fitted to the hinge shaft. Due to the structural complexity, there is a problem in that productivity decreases due to deterioration of assembly workability, as well as an increase in product price due to an increase in parts processing cost.

The present invention has been devised to solve the above-mentioned conventional problems, and the hinged coupling of the auxiliary clip piece to the main clip piece can be pivotally rotated without using a separate hinge axis in a different structure, as well as the auxiliary clip piece is the main clip piece. In this state, the purpose is to make the product price low by reducing the processing cost of the part while contributing to the increase of productivity by improving the assembly workability by receiving the elastic force of the material itself and making the structure simple.

An object of the present invention, the through-hole is formed in the upper portion and the lower portion is provided with a main clip piece formed in a state in which the fitting projection is bent and provided with an auxiliary clip piece formed with a separation preventing projection to contact with the fitting projection of the main clip piece in the lower In the auxiliary clip piece is coupled to the main clip piece, between the through hole and the fitting protrusion of the main clip piece, a coupling hole is formed to be inclined downward from the side of the auxiliary clip piece to the opposite side, and the lower portion of the coupling hole faces the auxiliary clip piece. The latching jaw is formed to be stepped vertically so that the height of the opposite side is higher than the height of the upper side, and the upper part spaced from the fitting protrusion of the auxiliary clip piece is fitted in the coupling hole formed in the main clip piece to be the same as the coupling hole. The engaging piece is formed to be inclined by the same inclination angle in the direction, and the engaging piece at the end of the engaging piece. In the case of being fitted into the coupling hole formed in the main clip piece, the engaging projection is formed downward so as to be caught over the stepped locking jaw of the coupling hole and in close contact with the opposite surface of the auxiliary clip piece of the main clip piece while maintaining the coupling force of the auxiliary clip piece. It can be achieved by providing a nameplate clip characterized in that the contact protrusion is formed to be upward.

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings of FIGS. 1 to 3.

Attached Figure 1 is an exploded perspective view showing the clip of the present invention, Figure 2 is a longitudinal cross-sectional view showing an enlarged name of the label for the present invention, Figures 3a to 3c is a side view showing a state of use of the clip for the name of the present invention, A through hole (101a) is formed so that the necklace string (2) can be fitted in the upper portion is provided with a main clip piece (101) formed in the bent state of the fitting projection (101b), the fitting projection of the main clip piece (below) An auxiliary clip piece 102 having a separation preventing protrusion 102a formed to be in contact with 101b is provided. The auxiliary clip piece 102 is disposed between the through hole 101a and the fitting protrusion 101b of the main clip piece 101. The coupling hole 103 is formed to be inclined downward to the opposite side, and the lower portion of the coupling hole is stepped vertically so that the height of the opposite side is higher than the height of the side facing the auxiliary clip piece 102. 104 is formed, the auxiliary clip piece 102 In the upper part spaced apart from the fitting protrusion 101b) is coupled to the engaging hole 103 formed in the main clip piece 101, the coupling piece 105 is formed to be inclined by the same inclination angle in the same direction as the coupling hole, At the end of the coupling piece, when the coupling piece 105 is fitted into the coupling hole 103 formed in the main clip piece 101 and is engaged, the locking protrusion 106 is caught over the stepped locking step 104 of the coupling hole. While being formed downward and in close contact with the opposite surface of the secondary clip piece 102 of the main clip piece 101, the contact protrusion 107 is formed to be upward to maintain the coupling force of the auxiliary clip piece.

The present invention configured as described above requires the auxiliary clip piece 102 to be coupled to the main clip piece 101 in order to be usable, and the process thereof will be described first.

With the auxiliary clip piece 102 positioned to face the main clip piece 101, the end of the engaging piece 105 formed on the auxiliary clip piece is fitted into the engaging hole 103 formed in the main clip piece 101. When the auxiliary clip piece 102 is pushed toward the main clip piece 101, the engaging projection 106 formed downwardly at the end of the engaging piece at any moment when the engaging piece 105 is fitted into the engaging hole 103 is shown in FIG. 3B. As shown in FIG. 3C, when the auxiliary clip piece 102 is pushed more strongly toward the main clip piece 101 in this state, it is lightly contacted with the locking jaw 104 within the coupling hole 103. The end engaging projection 106 of the 105 is to overcome the locking force of the locking jaw 104 formed in the lower portion in the coupling hole 103 and is caught by the locking jaw at the same time the engaging piece 106 with the engaging projection 106 The close contact protrusion 107 formed upwardly is opposed to the auxiliary clip piece 102 of the main clip piece 101. The auxiliary clip piece 102 is firmly coupled to the main clip piece 101 because it is in close contact with the surface.

In the state where the auxiliary clip piece 102 is coupled to the main clip piece 101 as described above, the end of the coupling piece 105 formed on the auxiliary clip piece 102 is actually a coupling hole of the main clip piece 101 ( It is understood that the auxiliary clip piece 102 can be rotated by receiving the self-elastic force of the coupling piece based on the end of the coupling piece 105 because it is inserted into and coupled to 103.

After the auxiliary clip piece 102 is coupled to the main clip piece 101 by the above process, the main clip piece 101 and the auxiliary clip which form the through hole 3a of the nameplate 3 are components of the present invention clip. It may be sandwiched between the lower end of the piece 102, in which case the user presses the upper end of the auxiliary clip piece 102 toward the main clip piece 101, the auxiliary clip piece 102 is engaged with the main clip piece 101 On the basis of the end portion of the coupling piece 105, which is a dot, when it rotates clockwise in the drawing, the anti-separation protrusion 102a which is the lower end of the fitting protrusion 101b and the sub-clip piece 102 of the main clip piece 101 is rotated. 2) is slightly opened as shown by the dashed-dotted line of FIG. 2, and in this state, the through hole 3a of the nameplate 3 is pushed between the open fitting protrusion 101b and the release preventing protrusion 102a. What is necessary is just to release | release the upper pressing force of the auxiliary clip piece 102 after inserting.

That is, by pressing the upper end of the auxiliary clip piece 102 toward the main clip piece 101, the fitting protrusion 101b, which is the lower end of the main clip piece 101, and the detachment preventing protrusion 102a, which is the lower end of the auxiliary clip piece 102, respectively. In the state where the gap is slightly opened between the fitting protrusion 101b and the separation prevention protrusion 102a, the through hole 3a forming part of the name plate 3 is pushed in and the forming hole of the name plate 3 is formed. At any moment, the through hole 3a is positioned side by side with the fitting protrusion 101b of the main clip piece 101, at which time the user of the auxiliary clip piece 102 has been providing a pressing force toward the main clip piece 101. When the upper pressing force is released, the auxiliary clip piece 102 has a restoring force which is rotated counterclockwise again on the basis of the end of the coupling piece due to the elastic force due to the bending of the coupling piece 105, and accordingly, The separation prevention protrusion 102a formed in the auxiliary clip piece 102 is mainly As the re-contact with the fitting protrusion (101b) of rippyeon 101 will be the main clip section 101 and the gap is eliminated nameplate (3) at the bottom of the auxiliary clip piece 102 that prevents the departing from the clip.

After the necklace string (2) is inserted into the through hole (101a) formed on the upper end of the main clip piece 101, the name plate (3) is used by the user hanging on the neck using the clip and necklace string (2) It can be.

Meanwhile, in the present invention, the coupling hole 103 formed in the main clip piece 101 is inclined downward from the side of the auxiliary clip piece 102 and the coupling piece 105 formed in the auxiliary clip piece 102 is also the coupling hole ( Inclined by the same inclination angle in the same direction as 103, so that the state that the auxiliary clip piece 102 is coupled to the main clip piece 101 is made to warn, as well as the main clip piece 102 When the separation from the auxiliary clip piece 102 is to be made only in the inclined direction when it is to be separated from the 101, the auxiliary clip piece (from the main clip piece 101 due to other external factors regardless of the user's intention). Even if 102 is to be separated, the separation force is not easily separated unless the separation force is provided in an inclined state.

Therefore, the present invention, the nameplate clip of the present invention does not use a separately manufactured member for rotatably coupling the auxiliary clip piece 102 to the main clip piece 101 is of course coupled to the main clip piece 101 Since it is not necessary to use a separately manufactured member to provide the elastic force of the auxiliary clip piece 102, the structure is simple, and the productivity is increased due to the improvement of the assembly workability as well as the product processing cost due to the reduction of the machining cost. There is also a falling effect.

Claims (1)

A through-hole is formed in the upper portion, and the main clip piece is formed with the fitting projection bent in the lower portion, and an auxiliary clip piece formed with a release preventing projection to be in contact with the fitting projection of the main clip piece in the lower portion is coupled to the auxiliary clip piece to the main clip piece In becoming, A coupling hole is formed between the through hole and the fitting protrusion of the main clip piece to be inclined downward from the side of the auxiliary clip piece to the opposite side, and the lower portion of the coupling hole has a height higher on the opposite side than the height of the surface facing the auxiliary clip piece. The engaging jaw is formed stepwise toward the vertical, so that the engaging piece is formed to be inclined by the same inclination angle a in the same direction as the engaging hole to be fitted into the engaging hole formed in the main clip piece in the upper spaced apart from the fitting protrusion of the auxiliary clip piece When the coupling piece is fitted into the coupling hole formed in the main clip piece, the engaging projection is formed downward so as to be caught over the stepped locking step of the coupling hole, and is closely attached to the opposite side of the auxiliary clip piece of the main clip piece. While the close contact protrusion is formed to maintain the coupling force of the auxiliary clip piece Name badge clip according to claim.

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