TWM575431U - Buckling structure of Gashapon container - Google Patents

Abstract

A fastening structure for a twisted egg container comprises a combination of two cup-shaped housings, which are respectively defined as a first housing and a second housing, and constitute a container assembly. A connecting portion is coupled between the first housing and the second housing, so that the first housing and the second housing are pivoted by the connecting portion to form an openable or closed shape. And the first housing has a stop block and a load wall formed on both sides of the stop block; the second housing is provided with a reciprocable ear portion, the ear portion is provided with a hole and a wing portion formed on both sides of the hole, in the hole When the stop block is fastened, the wing portion pushes the load wall in the opposite direction to form a stable closed state of the first casing and the second casing; and allows the person to operate the ear portion and push the load wall with the wing portion Forming a force fulcrum, pushing open the snap-in state of the hole and the stop block.

Description

Fastening structure of the twisted egg container

The present invention relates to a snap-fit structure of a torsion egg container; in particular, a method of applying two cup-shaped shells, respectively providing a stop portion and an ear portion, allowing a person to operate the ear combination, unloading the stop block, forming a buckle The mechanism of the mechanism or the release of the buckle state.

It is a well-known art to use a plastic material to form two cup-shaped or hemispherical shells, which are combined into a protective shell to contain a towed egg container of an article (e.g., candy, doll figure... or the like). For example, Taiwan Patent No. 102108132, "Article Storage Container", and "Candy Packaging Structure" Patent No. 106203318, etc., provide a typical embodiment.

The old method usually provides two cup-shaped or semi-spherical shells, the partial areas of the two shells are connected, and the other side is applied with corresponding convex, hole or cassette structure, and the two shells are fastened to form a closed type; The personnel operation releases the above-mentioned snap-in state to open the two housings for loading or unloading the articles.

In order to reduce the manufacturing cost of the container, the prior art has also revealed an improved structure in which the projections and the holes are fastened. The convex portion of the embodiment forms a circular arc-shaped head end, and oblique cracks are respectively formed at four corners of the elongated hole, so that the hole has a larger elastic opening margin to facilitate the passage of the convex head end, so that the two shells The body forms a snap-fit or closed configuration.

A subject related to the fastening structure and application of such a conical egg container is that such a container is transported, delivered, or subjected to vibration, collision, extrusion, etc. during the process of releasing the button egg from the machine. The protrusion head end is disengaged from the above-mentioned hole having a large elastic opening margin, and the above-mentioned buckle cooperation is automatically released, thereby causing the internal storage articles to fall off.

Assuming that additional auxiliary snap-on structures are provided on the two housings, the manufacturing cost of the operator is significantly increased; this is not what we would expect.

Representatively, these references show the design techniques for the structure and application of conventional twisted egg containers or their fastening devices; they also reflect the fact that these containers or their fastening devices are used in actual use. Some problems exist. If the re-design considers the structure of the container or its fastening device, the structure is different from the conventional structure; for example, the removal of the old method applies the four corners of the elongated hole to form a diagonal crack, respectively, providing a more advanced method than the old one. A stable snap-fit structure, and/or a structure or device that allows a person to operate the buckle-off state more easily and labor-savingly, can change its use form, and is different from the old method; in essence, it will also establish an ideal The fastening mechanism improves the shortcomings of the conventional skills.

None of these topics have been taught or specifically disclosed in the above references.

That is, the main purpose of the present invention is to provide a snap-fit structure for a conical egg container, comprising a combination of two cup-shaped housings, respectively defined as a first housing and a second housing, to form a container assembly. A connecting portion is coupled between the first housing and the second housing, so that the first housing and the second housing are pivoted by the connecting portion to form an openable or closed shape. And the first housing has a stop block and a load wall formed on both sides of the stop block; the second housing is provided with a reciprocable ear portion, the ear portion is provided with a hole and a wing portion formed on both sides of the hole, in the hole When the stop block is fastened, the wing portion pushes the load wall in the opposite direction to form a stable closed state of the first casing and the second casing; and allows the person to operate the ear portion and push the load wall with the wing portion Forming a force fulcrum, pushing open the snap-in state of the hole and the stop block.

According to the snap-fit structure of the twisted egg container of the present invention, the stop block of the first housing has a base portion, a tapered head end of the connecting base portion and a shoulder portion between the base portion and the tapered head end, together with the stop The block forms an arrow-shaped cross-sectional structure to facilitate the secure engagement of the holes of the second housing.

According to the snap-fit structure of the twisted egg container of the present invention, when the person operates the ear to move toward the outer direction of the (container) assembly, the wing pushes the load wall of the first housing to form a force fulcrum, forcing the hole to leave the stop block. When the buckled state is released, the force of the wing portion pushes the load wall of the first housing in the opposite direction, so that the first housing forms a mechanism for elastic opening, thereby achieving the convenience and labor saving effect of facilitating the operation of the person.

Referring to Figures 1 and 2, the snap-fit structure of the twisted egg container of the present invention comprises a combination of two cup-shaped housings, which are respectively defined as a first housing 10 and a second housing 10, and constitute a container assembly. 100. A portion of the first housing 10 and the second housing 20 is coupled to a connecting portion 30 such that the first housing 10 and the second housing 20 are pivoted by the connecting portion 30 to form an openable or closed position.

In the embodiment taken, the first housing 10 and the second housing 20 respectively define the chambers 11, 21 and the openings 12, 22 of the communicating chambers 11, 21 to allow the (container) assembly 100 to be received. An item; for example, a candy, a doll, or the like.

The figure shows that the first housing 10 is formed with a recess 19 which is provided with a projecting stop 13 and a load wall 14 on either side of the stop 13. And, the stop block 13 has a base portion 15, a tapered head end 16 of the connecting base portion 15, and a shoulder portion 17 located between the base portion 15 and the tapered head end 16 to collectively form the stop block 13 in an arrow-shaped cross-sectional configuration.

In the embodiment taken, the second housing 20 is provided with a reciprocating ear portion 29; the ears 29 are generally semi-circular in profile, with holes 23 corresponding to the combined stop portions 13 and two sides of the holes 23 Wings 24.

Also depicted in the figures is the configuration in which the wings 24 are located along the edges of the ears 29 on either side of the aperture 23 to form a circular arc. And, the ear portion 29 has a base portion 25, and the weak portion 26 is connected between the base portion 25 and the second casing 20 (or its mouth portion 22) to form the ear portion 29 in a reciprocating motion type.

In a possible embodiment, the width of the hole 23 is not greater than (or slightly less than) the cross-sectional width of the base 15 and the shoulder 17 of the first housing 10, which helps the stop portion 13 to pass through the hole 23, and The hole 23 forms a snap-fit that is not easily detached.

In particular, the third and fourth figures show that the thickness of the ear portion 29 from the peripheral portion toward the hole 23 gradually decreases, so that the hole 23 has a large elastic effect, and is more advantageous for the person to operate the hole 23 and the stopper portion. 13 the work of snapping or disassembling.

Referring to FIGS. 3 and 4, when the person operates the hole 23 of the ear portion 29 to engage the stop block 13, the tapered head end 16 facilitates the movement of the hole 23 toward the base portion 15 in the direction of the base portion 15, and the shoulder is matched. The portion 17 prevents the hole 23 from coming off. At the same time, the wing portion 24 correspondingly increases the force of pushing (or abutting) the load wall 14 as the above-mentioned fastening stability increases, for example, the situation depicted in FIG. 5, so that the first housing 10, the first The second housing 20 forms a more secure snap or closed configuration (than known in the art).

In detail, assuming that reference is made to FIG. 4 for reference, when the wing portion 24 pushes (or abuts) the load wall 14, the load wall 14 applies a reaction force of the wing portion 24 (including a component force in the upward direction of the figure). The ear portion 29 and the hole 23 are moved slightly upward in the figure (instead of the direction in which the above-mentioned tapered head end 16 is to be buckled), so that the hole 23 and the shoulder portion 17 of the stopper 13 can be forced (at least a partial area). Form a position that deviates from the trip to achieve a more stable buckle.

Figure 4 also depicts the structural fit of the wing 24 against the load wall 14 such that the upper end of the ear portion 29 is slightly offset (upper assembly 100) from the outer offset or lifted configuration, in the ear portion 29 and An operating space is formed between a casing 10 (or the recess 19) to facilitate the fingering operation of the finger opening of the stop portion 13 and the hole 23.

It can be appreciated that when a person operates the ear 29 to move toward the outer direction of the assembly 100, the force applied by the person causes the wing portion 24 (rotation and displacement) to push the load wall 14 to form a force fulcrum, forcing the hole 23 over the shoulder portion 17. The retaining block 13 is released, and the first housing 10 and the second housing 20 are released from each other.

It should be noted that the above-mentioned person operates the ear portion 29 to move toward the outside direction of the assembly 100, and the force applied by the person causes the wing portion 24 (rotation and displacement) to push the load wall 14 to form a force applying fulcrum. The load wall 14 of the first casing 10 is pushed back in reverse to form a mechanism for elastic (automatic) opening of the first casing 10, thereby achieving the convenience and labor saving effect of facilitating personnel operation.

Typically, the snap-fit structure of the capsule container includes the following advantages and considerations compared to the old method: 1. The assembly of the first housing 10 and the second housing 20 is 100. Has been redesigned; for example, the first housing 10 is provided with an arrow-shaped stop block 13, a tapered head end 16, a shoulder 17, the stop block 13 is provided with load walls 14; the second housing 20 is provided The ear portion 29, the ear portion 29 is provided with the hole 23 and the wing portion 24 corresponding to the load wall 14, so that the wing portion 24 and the load wall 14 generate a force pushing mechanism or the like, which is significantly different from the conventional structure. 2. In particular, the stop block 13 and the shoulder portion 17 block the snap-fit pattern of the hole 23, and cooperate with the wing portion 24 to press the load wall 14 to provide a more stable fastening structure than the old method; When the person operates the ear portion 29 to swing, the force generated by the load wall 14 is pressed by the wing portion 24, and the mechanism of the first casing 10 is elastically pushed open, thereby achieving the effect of a simpler and labor-saving operation for releasing the fastening state.

Therefore, this creation department provides an effective snap-fit structure for the twisted egg container. Its spatial pattern is different from the conventional ones, and it has the advantages unmatched in the old method. The system has shown considerable progress. A copy of the requirements of the new patent.

However, the above is only a feasible embodiment of the present invention, and is not intended to limit the scope of the present invention, that is, the equivalent changes and modifications made by the scope of the patent application of the present invention are covered by the scope of the creative patent. .

10‧‧‧First housing

11, 21‧‧‧ chamber

12, 22‧‧‧ openings

13‧‧‧stop block

14‧‧‧Load wall

15, 25‧‧ ‧ base

16‧‧‧Cone head

17‧‧‧ Shoulder

19‧‧‧ recess

20‧‧‧ second housing

23‧‧‧ holes

24‧‧‧ wing

26‧‧‧ Weak area

29‧‧ Ears

30‧‧‧Connecting Department

100‧‧‧assembly

Fig. 1 is a schematic perspective view of the present invention; showing the structural situation of the combination of the first casing and the second casing.

Fig. 2 is a schematic view showing the structure of the present invention; depicting a structure in which the first casing and the second casing form an open state.

Figure 3 is a schematic view of the operation of one of the embodiments of the present invention; showing the movement of the ears of the second housing toward the stop block of the first housing.

Figure 4 is a schematic cross-sectional view of one of the present inventions; depicting the structural fit of the ears of the second housing and the stop blocks of the first housing.

Figure 5 is a schematic view of a planar structure of the present invention; showing the structural fit of the wing portion of the second casing and the load wall of the first casing.

Claims (17)

The fastening structure of the twisted egg container comprises a combination of two cup-shaped shells, which are respectively defined as a first shell and a second shell, and constitute a container assembly; the first shell and the second shell are respectively defined An opening of the chamber and the communicating chamber; a connecting portion is coupled between the first housing and the second housing, so that the first housing and the second housing are connected by the connecting portion to form an openable and closed type. The first housing is provided with a stop block and a load wall formed on both sides of the stop block; the second housing is provided with a reciprocable ear portion, the ear portion is provided with a hole and wings formed on both sides of the hole, respectively corresponding to a stop block and a load wall; when the hole is fastened to the stop block, the wing portion is pressed against the load wall to make the hole deviate from the position of the trip stop block, so that the first housing and the second housing form a stable The closed configuration; and, allowing the wing to push the load wall to form a force fulcrum, pushing open the snap-fit state of the hole and the stop. The snap-fit structure of the capstan container of claim 1, wherein the first housing is formed with a recess, and the stop block is in a convex shape and the load wall is co-located on the recess. The fastening structure of the capstan container according to claim 1 or 2, wherein the stopper has a base, a tapered head end of the connecting base, and a shoulder positioned between the base and the tapered head end. Together, the stop block forms an arrow-shaped cross-sectional structure. The fastening structure of the capstan container according to claim 1 or 2, wherein the ear portion of the second casing has a semicircular outline; the wing portion is an area along the edge of the ear and on both sides of the hole. Forming a circular arc protruding structure; and the ear has a base portion, and the weak portion is connected between the base portion of the ear portion and the second casing; the thickness of the ear portion from the peripheral portion toward the hole direction is gradually decreasing. The fastening structure of the tort egg container of claim 3, wherein the ear portion of the second housing has a semicircular outline; the wing portion is formed along the edge of the ear and on both sides of the hole to form a circle. a structure in which the arc protrudes; and the base portion has a base portion, and the weak portion is connected between the base portion of the ear portion and the second casing; the thickness of the ear portion gradually decreases from the peripheral portion toward the hole; the width of the hole is not Greater than the cross-sectional width of the base and shoulder of the first housing. The fastening structure of the capstan container according to claim 1 or 2, wherein the ear portion moves toward the outer direction of the assembly, so that the pushing load wall of the wing portion is displaced to form a force fulcrum, forcing the hole to leave. The retaining state of the first housing and the second housing is released by the stopper; and the force of the wing portion pushes the load wall of the first housing in the opposite direction to elastically open the first housing. The snap-fit structure of the capstan container according to claim 3, wherein the ear portion moves toward the outer direction of the assembly, so that the pushing load wall of the wing portion is displaced to form a force-supporting point, forcing the hole to pass over the shoulder. Stopping the block to release the snap-fit state of the first housing and the second housing; and the force of the wing portion pushes the load wall of the first housing in the opposite direction to elastically open the first housing. The snap-fit structure of the twisted egg container according to the fourth aspect of the invention, wherein the ear portion moves toward the outer direction of the assembly, so that the pushing load wall of the wing portion is displaced to form a force applying fulcrum, forcing the hole to leave the stop block. The releasing state of the first casing and the second casing is released; and the force of the wing portion pushes the load wall of the first casing in the opposite direction to elastically open the first casing. The fastening structure of the capstan container according to claim 5, wherein the ear portion moves toward an outer direction of the assembly, so that the pushing load wall of the wing portion is displaced to form a force fulcrum, forcing the hole to pass over the shoulder. Stopping the block to release the snap-fit state of the first housing and the second housing; and the force of the wing portion pushes the load wall of the first housing in the opposite direction to elastically open the first housing. The fastening structure of the capstan container according to claim 1 or 2, wherein the wing pushes the load wall, and the reaction force applied to the wing by the load wall causes the ear and the hole to move upward, forcing the hole and the shoulder At least a partial area forms a snap-fit. The snap-fit structure of the capstan container according to claim 3, wherein the wing pushes the load wall, and the reaction force applied to the wing by the load wall causes the ear and the hole to move upward, forcing the hole and the shoulder to at least partially The area forms a deduction. The buckle structure of the capstan container according to claim 4, wherein the wing pushes the load wall, and the reaction force applied to the wing by the load wall causes the ear and the hole to move upward, forcing the hole and the shoulder to be at least partially The area forms a deduction. The buckle structure of the capstan container according to claim 5, wherein the wing pushes the load wall, and the reaction force applied to the wing by the load wall causes the ear and the hole to move upward, forcing the hole and the shoulder to at least partially The area forms a deduction. The fastening structure of the capstan container according to claim 1 or 2, wherein the wing portion presses the structure of the load wall so that the ear portion is tilted toward the outside of the assembly, in the ear and the first An operating space is formed between the housings. The fastening structure of the capstan container according to claim 3, wherein the wing presses the structure of the load wall so that the ear is tilted toward the outside of the assembly, in the ear and the first housing. An operating space is formed between them. The snap-fit structure of the capstan container according to the fourth aspect of the invention, wherein the wing portion presses the load wall structure, the ear portion is lifted toward the outside of the assembly, and the ear portion and the first shell are An operating space is formed between them. The fastening structure of the capstan container according to the fifth aspect of the invention, wherein the wing portion presses the structure of the load wall so that the ear portion is lifted toward the outside of the assembly, in the ear portion and the first housing. An operating space is formed between them.