CN215007238U

CN215007238U - Quick amalgamation's combination plastics drop

Info

Publication number: CN215007238U
Application number: CN202121203771.2U
Authority: CN
Inventors: 邱尚勇; 黄磊
Original assignee: SHISHI XINGGANG PLASTIC PACKAGING CO Ltd
Current assignee: SHISHI XINGGANG PLASTIC PACKAGING CO Ltd
Priority date: 2021-05-27
Filing date: 2021-05-27
Publication date: 2021-12-03
Anticipated expiration: 2031-05-27

Abstract

The utility model discloses a combination plastics drop of quick amalgamation, including the plastics frame, plastic substrate, free positioning structure, the front card, back card and icon part, free positioning structure includes that the equipartition is arranged and is seted up the location needle bar that has movable wear to establish in location pinhole and each location pinhole on the plastic substrate, the periphery at plastic substrate is overlapped to the plastics frame, front card and back card correspond the two sides of plastic substrate respectively and the border is connected on the plastics frame, the icon part embedding corresponds between the free positioning structure location needle bar on the plastic substrate of front card one side, the front card is the transparency card, be equipped with the tight fit structure of increase location needle bar moving resistance between location pinhole and the location needle bar. The combined plastic hanging tag of the structure is provided for the icon components to be combined and installed through the positioning needle rods which are uniformly distributed and arranged, so that the icon components can be divided into multiple modules and can be freely combined when in use, the installation and the operation are simple and convenient, and the combined plastic hanging tag is particularly suitable for being applied to some customized and personalized ornament hanging tags.

Description

Quick amalgamation's combination plastics drop

Technical Field

The utility model relates to a commodity drop product structure field.

Background

The existing clothes trademark drop has the effect of embossing a shallow floating three-dimensional effect on a card body of the drop but cannot be directly produced to be close to the three-dimensional pattern, so the structure of the existing clothes trademark drop is also a more traditional structure, the design of the drop is only matched with the card body strings of materials, patterns, colors, the outline shape of the card body or a plurality of different shapes, and the like, the structure is extremely simple, novel structure design characteristics are absent, the drop is unattractive, the drop is not favored for some clothes brand merchants needing to embody brand culture, design style, commodity texture and the like through the drop, the drop only has the basic function and has no bright spots per se, therefore, the drop is not likely to be seen too much, and the drop is directly discarded after being picked up from clothes, the arrangement of the card body for displaying the brand of the trade mark is similar to a dummy. In addition, the conventional trademark swing ticket with embossed three-dimensional patterns has the inconvenience that the three-dimensional pattern effect of the embossed three-dimensional patterns can be pressed to deform and collapse in the packaging stack, so that the three-dimensional pattern effect cannot be embodied, and even the swing ticket cannot be reused.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a can realize the independent assortment of many modules, and the combination easy and simple to handle's a combination plastics drop of quick amalgamation.

In order to achieve the above purpose, the technical scheme of the utility model is that: the utility model provides a combination plastics drop of quick amalgamation, its characterized in that, includes plastic border, plastic substrate, free location structure, positive card, back card and icon part, the location needle bar that the equipartition was arranged and is seted up the downthehole mobile wearing of location pinhole and each location pinhole that has on the free location structure includes the plastic substrate, the periphery at the plastic substrate is overlapped to the plastic border, positive card and back card correspond the two sides of plastic substrate respectively and the border is connected on the plastic border, the icon part embedding corresponds between the free location structure location needle bar on the plastic substrate of positive card one side, the positive card is the transparency card, be equipped with the tight fit structure of increase location needle bar moving resistance between location pinhole and the location needle bar.

One side of the plastic frame, which is used for being connected with the back card, is provided with a step edge used for clamping the edge of the plastic substrate, and a sponge cushion is arranged between the step edge and the edge of the plastic substrate.

The back card is a hard printed card, and an embedding edge with the height consistent with the thickness of the back card is arranged on the step edge and is used for embedding and fixing the edge of the back card.

The edge of the front card is connected to the plastic frame in a detachable mode.

The close fit structure is that the side wall of the positioning needle hole is provided with a convex particle which is propped against the surface of the positioning needle rod.

The plastic frame is used for connecting one side of the front card, slots are formed in the periphery of the inner side wall of the frame, a slot in one side face of the frame penetrates through the outer side wall, and the edge of the front card is embedded into the slots and can be inserted into or pulled out of the through slot in one side.

The icon component is a three-dimensional contour component, the bottom surface of the icon component is a flat surface embedded between the positioning needle rods, the plastic frame is provided with a U-shaped fork which can movably clamp the edge of the plastic substrate, the U-shaped opening of the U-shaped fork faces the edge of the plastic substrate, and the plastic frame is provided with a positioning groove which is used for the U-shaped fork to be embedded and can move.

By adopting the technical scheme, the beneficial effects of the utility model are that: the free positioning structure of the combined plastic hangtag with the structure is that the plastic substrate is provided with the positioning pin holes which are uniformly distributed and arranged and the positioning pin rod structures which can movably penetrate through the positioning pin holes, and the positioning pin hole and the positioning pin rod are in a tight fit structure, when the icon component is installed, the bottom surface of the icon component is pressed on the positioning pin rod and pressed downwards after the installation position is determined, the icon component is embedded between the positioning needle rods to position the mounting position, the combined mounting mode has larger area of the combined mounting structure, the icon component can be freely assembled and installed in a plurality of modules (the icon component can be patterns, characters or other decorations with three-dimensional structures), the installation and operation mode is simple and convenient, the icon component is mainly made of plastic materials and is not easy to damage, the plastic frame, the front card and the back card are arranged outside the plastic substrate in a surrounding mode, so that the plastic substrate cannot easily fall out due to the arrangement of internal combination installation.

The combined plastic hanging tag is simple in structure, formed by combining and assembling, beneficial to production and manufacturing, capable of reducing production difficulty, improving production efficiency in production procedures, attractive and more attractive in appearance, and particularly suitable for being applied to brand customized hanging tags or personalized ornament hanging tags.

Drawings

FIG. 1 is a schematic structural view of a quick-splicing combined plastic drop according to the present invention;

fig. 2 is a schematic cross-sectional structure view of a quick-splicing combined plastic drop of the present invention.

In the figure:

a plastic frame 1; a hanging through hole 11; a step edge 12; a sponge cushion 13;

a U-shaped fork 14; a slot 15; a drawing groove 16; a positioning groove 17;

a plastic substrate 2; a positioning pinhole 21; raised grains 211; a positioning needle bar 22;

a front card 3; a back card 4; and an icon part 5.

Detailed Description

In order to further explain the technical solution of the present invention, the present invention is explained in detail by the following embodiments.

The quick-splicing combined plastic drop disclosed by the embodiment comprises a plastic frame 1, a plastic substrate 2, a free positioning structure, a front card 3, a back card 4 and an icon component 5, as shown in fig. 1 and 2, and the specific structural arrangement and the component position connection relationship of the embodiment are described in detail below with reference to the drawings.

The plastic substrate 2 is a plastic plate with a thickness of 2-5 mm, and is a bearing plate installed in a combined manner, the free positioning structure is arranged on the plastic substrate, as shown in the figure, the free positioning structure comprises positioning needle holes 21 uniformly distributed and arranged on the plastic substrate 2 and positioning needle rods 22 movably penetrating through the positioning needle holes 21, a close fit structure for increasing the moving resistance of the positioning needle rods 22 is arranged between the positioning needle holes 21 and the positioning needle rods 22, the structure is arranged to avoid the problem that the positioning needle rods 22 can freely move in the positioning needle holes 21, so that the combined positioning of the icon components 5 is influenced, the close fit structure can move only after external pressure is applied, therefore, the problem can be avoided as long as a certain degree of tight fit is provided, in the figure, the close fit structure is that convex particles 211 which are propped against the surfaces of the positioning needle rods 22 are arranged on the side walls of the positioning needle holes 21, the structure is extremely simple, and the effective effect is easy to produce, injection mold and demold.

The icon component 5 is a three-dimensional contour component as shown in the figure, the bottom surface of the three-dimensional contour component is a flat surface embedded between the positioning needle bars 22, when in use, the position to be assembled and installed is determined, the bottom surface of the icon component 5 is placed on the end part of the positioning needle bar 22 of the free positioning structure on the plastic substrate 2 corresponding to one side of the front card 3, the positioning needle bar 22 is pushed to deeply penetrate into the positioning pinhole 21 by pressing, the positioning needle bar in the area forms a shape concave part which is consistent with the outline of the icon component 5, the surrounding positioning needle bar 22 is blocked on the edge of the icon component 5, therefore, the icon component 5 can be well positioned, and the positioning arrangement of the free position is adopted, so that the icon can be freely assembled in multiple modules, the icon component 5 is a simple sheet-shaped structure in the figure, the actual product can be a sheet with various outline shapes, and the outer surface can be a printing surface for printing patterns or commodity information, or the outer surface is connected with a decorative part with a three-dimensional structure, a concave-convex pattern or a flash drill and other decorations.

The plastic frame 1 is a rectangular frame as shown in the figure, and is sleeved on the periphery of the plastic substrate, the upper end edge of the plastic frame is provided with hanging through holes 11 for hanging to penetrate, the front card 3 and the back card 4 respectively correspond to two surfaces of the plastic substrate 5, and the edges of the front card and the back card are connected to the plastic frame 1, so that the plastic substrate 2 and the free positioning structure are surrounded. The front card 3 is a transparent card, and can directly see through the icon components 5 of all the modules combined on the internal free positioning structure. One side that plastic frame 1 is used for connecting back card 4 is equipped with the step edge 12 that is used for blocking 2 borders of plastic substrate, be equipped with foam-rubber cushion 13 between step edge 12 and 2 borders of plastic substrate, this foam-rubber cushion's setting is used for when the combination, perhaps when will recombining the installation, can withstand plastic substrate 5 with the help of the instrument and push down, make the tip of the location needle bar 22 that is originally pushed down by the icon part withstand back card 4, continue to push down, can make all location needle bars 22 resume to the state of flushing, plastic substrate 2 can get back to original high position under the rebound effect of foam-rubber cushion, can take out the recombination overall arrangement installation with the icon part 5 of plastic substrate 2, the foam-rubber cushion also is used for elastic support to live plastic substrate 2, avoid rocking. In this embodiment, the back card is a hard printed card (capable of printing commodity information or patterns and the like), and in order to facilitate the assembly of the hanging tag, the step edge 12 is provided with an embedding edge with the height consistent with the thickness of the back card 4, so that the edge of the back card 4 can be embedded and fixed, embedded in a matching manner, and embedded smoothly. In order to facilitate better assembly and installation and better position the plastic substrate 2 after installation, in this embodiment, the plastic frame 1 is provided with a positioning component capable of movably clamping the edge of the plastic substrate 2, as shown in the figure, the positioning component is a plurality of U-shaped forks 14 which are uniformly distributed, U-shaped openings of the U-shaped forks face the edge of the plastic substrate 2, the plastic frame 1 is provided with a positioning groove 17 for the U-shaped forks to be inserted into and to be moved, the edge of the plastic substrate 2 is clamped or is separated from the clamping by moving the U-shaped forks 14 in the positioning groove 17, when a plurality of modules such as the icon component is required to be recombined, the U-shaped forks 14 are separated from the edge of the plastic substrate 2 to be pressed downwards to restore the positions of all the positioning needle rods 22, and after restoration, the edges of the plastic substrate 2 can be clamped by the U-shaped forks 14 for recombination and installation.

In this embodiment, the border of front card 3 is connected on plastic frame 1 through dismantled and assembled mode, and the composite position or the change module of each module are changeed when convenient equipment and being convenient for use at the back, and the structure disclosed in this embodiment is such one side that is used for connecting front card 3 on plastic frame 1, slot 15 has been seted up to inside wall a week of its frame to a side slot 15 of frame link up to the lateral wall and form pull groove 16, and pull groove 16 is in vertical side in the picture, and convenient operation is difficult for the roll-off again, the border embedding of front card 3 is in slot 15 and can insert or the pull out from the pull groove 16 of the slot of one side that link up.

In summary, in the combined installation manner of the combined plastic drop disclosed in this embodiment, the combined installation structure area can be large, the icon component 5 can be freely combined and installed in multiple modules (the icon component can be a pattern, a character or other decorations with three-dimensional structures), the installation and operation manner is simple, and the module position can be freely changed to replace the module combination.

The above embodiments and drawings are not intended to limit the form and style of the present invention, and any suitable changes or modifications made by those skilled in the art should not be construed as departing from the scope of the present invention.

Claims

1. The utility model provides a combination plastics drop of quick amalgamation, its characterized in that, includes plastic border, plastic substrate, free location structure, positive card, back card and icon part, the location needle bar that the equipartition was arranged and is seted up the downthehole mobile wearing of location pinhole and each location pinhole that has on the free location structure includes the plastic substrate, the periphery at the plastic substrate is overlapped to the plastic border, positive card and back card correspond the two sides of plastic substrate respectively and the border is connected on the plastic border, the icon part embedding corresponds between the free location structure location needle bar on the plastic substrate of positive card one side, the positive card is the transparency card, be equipped with the tight fit structure of increase location needle bar moving resistance between location pinhole and the location needle bar.

2. The quick-splicing combined plastic drop as claimed in claim 1, wherein a step edge for clamping the edge of the plastic substrate is provided at one side of the plastic frame for connecting the back card, and a sponge pad is provided between the step edge and the edge of the plastic substrate.

3. The quick-fit combination plastic swing ticket of claim 2, wherein the back card is a rigid printed card and the step has an upper edge with an engaging edge of a height corresponding to the thickness of the back card for engaging the edge of the back card.

4. The quick-fit combination plastic drop of any one of claims 1-3, wherein the edge of the front card is removably attached to the plastic rim.

5. The quick-splicing combined plastic drop as claimed in claim 4, wherein the plastic frame is used to connect one side of the front card, a slot is formed on a circumference of an inner side wall of the frame, a slot on one side of the frame is through to the outer side wall, and an edge of the front card is embedded in the slot and can be inserted or pulled out from the slot on one side through.

6. The quick-splicing combined plastic drop as claimed in any one of claims 1 to 3, wherein the icon member is a three-dimensional profile member, the bottom surface of the icon member is a flat surface embedded between the positioning needle rods, the plastic frame is provided with a U-shaped fork movably clamping the edge of the plastic substrate, the U-shaped opening of the U-shaped fork faces the edge of the plastic substrate, and the plastic frame is provided with a positioning groove for the U-shaped fork to be embedded and to be movable.

7. The quick-splicing combined plastic drop as claimed in claim 4, wherein the icon member is a three-dimensional profile member, the bottom surface of the icon member is a flat surface embedded between the positioning needle rods, the plastic frame is provided with a U-shaped fork movably clamping the edge of the plastic substrate, the U-shaped opening of the U-shaped fork faces the edge of the plastic substrate, and the plastic frame is provided with a positioning groove for the U-shaped fork to be embedded and to be moved.

8. The quick-splicing combined plastic drop as claimed in claim 5, wherein the icon member is a three-dimensional profile member having a bottom surface which is a flat surface inserted between the positioning needle rods, the plastic frame is provided with a U-shaped fork movably clamping the edge of the plastic substrate, the U-shaped fork has a U-shaped opening facing the edge of the plastic substrate, and the plastic frame is provided with a positioning groove for the U-shaped fork to be inserted and moved.

9. The quick-split combined plastic drop as claimed in any one of claims 1 to 3, wherein the close-fitting structure is a protrusion on the side wall of the positioning pin hole to abut against the surface of the positioning pin rod.

10. The quick-fit combination plastic drop as claimed in claim 6, wherein the close-fitting structure is a protrusion on the sidewall of the positioning pin hole to abut against the surface of the positioning pin rod.