TWM603495U - Connection assembly structure - Google Patents

Abstract

This creation is about a "connecting component structure". The main feature is that the connecting component structure includes a base, a connecting piece, a connecting trim, and first and second assembly parts. With an included angle, a first vertical surface and a second vertical surface are respectively defined and formed, wherein a first assembling portion is provided at the turning position of the first vertical surface, and the second assembling portion is provided on the second vertical At the turning position of the face, the setting position of the second assembling part and the first assembling part are in an upright and deviated form, which constitutes when the connecting piece is erected and the first and second assembling parts are aligned , Then one end surface of the first and second vertical surface is flush, and when the coupling member is inverted so that the first and second assembling portions are aligned, then one end surface of the first and second vertical surface There is a step difference to form a second assembly space. The first and second assembly spaces can be used for assembly of a plate body in different directions, so as to achieve the advantages of multiple and product variability.

Description

Connection component structure

This creation relates to the field of connecting components, especially an innovative structure revealer that can be transformed into a preset cabinet or shelf after assembly by changing the assembly direction.

According to the fact that assembled cabinets or shelves are very popular in today's life, they can not only satisfy the pleasure of self-assembly by consumers, but also save manual installation costs, and the installation components of these assembled cabinets also have various types The type of assembly. Of course, although the structure of the conventional assembly type cabinets is different, most of the installation components are only the standard connectors and the plate screw lock installation, so that the finished product presents a single cabinet appearance, and the connectors can only provide Assembling in a single direction, even if there are connectors that can be assembled in other directions, the finished product can still only form a standard and preset cabinet, and it is impossible to show different finished products by changing the direction of the connectors and the assembly method, so the installation diversity and In terms of convenience, there are still the shortcomings that the assembly is too monotonous and inconvenient, the finished product is low in variability, and the added value is not high.

In view of this, the creator has many years of experience in the production and sales of related products, and in view of the current related problems, he pondered the improvement methods. After many improvements and tests, he finally got an innovative structure.

For this reason, the main purpose of this creation is to overcome the overcoming Inconvenient adjustment, installation, low added value, and low variability of the assembled product, a connection assembly structure is provided. The connection assembly structure includes a base member with an included angle to define an extended first elevation , A first assembling part is provided at the turning position of the first vertical surface; a coupling member having an included angle and defining and forming an extended second vertical surface, the turning position of the second vertical surface It includes at least one abutting edge, which can be used to abut against the turning position of the first vertical surface. The first and second vertical surfaces are formed at intervals to form a first vertical surface. An assembling space; a connecting ornament, which is arranged on an end surface of the first vertical surface of the base member in a removable state; at least one second assembling portion is arranged at a turning position of the second vertical surface, the The setting position of the second assembling part and the first assembling part are in an upright deflection configuration. When the connecting piece is erected and the first and second assembling parts are aligned, the first and second One end surface of the vertical surface is flush, and when the coupling member is inverted to align the first and second assembly parts, one end surface of the first and second vertical surfaces has a step difference to form a second assembly Space; wherein the first assembly space is used for vertical assembly of a board, and the second assembly space is used for a board that is placed horizontally and assembled to form a predetermined cabinet or frame.

The following is a further description with the drawings of the preferred embodiment of this creation, in order to enable those who are familiar with the related technology of this creation to implement it according to the statements in this specification.

05: Connection component structure

10: Basic parts

11: The first standing face

12: The first assembly department

13: bump

14: Recessed groove

20: Combination

21: The second standing face

22: Lean against the edge

23: The first assembly space

30: Connecting accessories

40: The second assembly department

50: second assembly space

A: Board body

B: Board body

[Figure 1] is an exploded three-dimensional schematic diagram of this creation.

[Figure 2] is a three-dimensional schematic diagram of the assembly state of this creation.

[Figure 3] is an exploded three-dimensional schematic diagram of another assembly implementation state of this creation.

[Figure 4] is a three-dimensional schematic diagram of the assembly implementation of this creation.

[Figure 5] is a three-dimensional schematic diagram of this creation installed into a predetermined cabinet.

[Figure 6] is a schematic plan view of the assembly of different angles of this creation.

First of all, please refer to Figures 1 to 3, the connecting component structure 05 disclosed in this creation includes:

A base member 10 having an included angle to define an extended first vertical surface portion 11, and a first assembly portion 12 is provided at a turning position of the first vertical surface portion 11;

A connecting member 20 has an included angle and defines and forms an extended second vertical surface 21. The turning position of the second vertical surface 21 includes at least one abutting edge 22 (the drawing is an arc convex As an example, it can also be the corner formed by the turning position of the second vertical surface 21, which is not limited here), the abutting edge 22 can be used to abut the turning position of the first vertical surface 11 In this case, the first and second vertical surfaces 11, 21 are formed at intervals to form a first assembly space 23; in the implementation of this creation, the first and second vertical surfaces have different vertical heights. In addition, a convex portion 13 is formed at the turning position of the base member 10, and the convex portion 13 has a concave abutment groove 14 for the abutment edge 22 to abut;

A connecting ornament 30 is arranged on an end surface of the first vertical surface 11 of the base member 10 in a removable state;

At least one second assembling part 40 is arranged at the turning position of the second vertical surface 21. The arrangement position of the second assembling part 40 and the first assembling part 12 are in a vertical offset configuration to form the When the connecting member 20 is placed upright and the first and second assembling parts 12, 40 are aligned, one end surface of the first and second vertical surfaces 11, 21 is flush, and the connecting member 20 is turned upside down. When the first and second assembling parts 12, 40 are aligned, one of the end faces of the first and second vertical faces 11, 21 has a step difference and forms a The second assembling space 50, the first and second assembling parts 12, 40 in the implementation of this creation can be set to any one of screw-lock assembly, plug-in assembly or mating assembly, and the drawings are assembled by screw-lock assembly. As an example, this part is not limited.

The preferred implementation mode and use status of the present invention are described as follows:

Please refer to FIGS. 3 to 6, when the coupling member 20 is assembled upside down, the first assembly space 23 can be used for vertical assembly of a board A, and the second assembly space 50 is used for a Board body B is placed horizontally and assembled (only shown in Figure 2) to form a predetermined cabinet or shelf (refer to Figure 5 here); in addition, as shown in Figure 4, the connecting trim 30 of this creation It can be a decorative panel or a decorative rod type. The connecting trim 30 is a decorative rod type that can set one side of the outer edge into an arc shape, and the turning position of the base member 10 is different from that of the bump 13 One side is also arc-shaped, which not only makes the presentation of the assembly or finished product more diverse and flexible, but also has the visual beauty of imitating bent wood. Furthermore, as shown in Figure 6, the basic piece 10 is created. And the combination 20 can be set to different included angles (such as the original 90-degree included angle shown in Figure 3, changed to 120-degree included angle marked with part number L in Figure 6), so that the assembled product can be a hexagonal cabinet type Therefore, the user only needs to invert or stand the assembly method of the combination member 20 to generate different assembly space types, thereby completing the assembly of each aspect, compared with the conventional single-standard lock assembly cabinet. In terms of structure, the creation and assembly are more convenient.

In addition, the connecting ornament 30 is arranged on an end surface of the first vertical surface 11 by using any one of a screw lock, an inserting group or an inserting group. The drawing uses an inserting group as an example.

For those skilled in the art, various other corresponding changes and deformations can be made based on the technical solutions and assumptions described above, and all these changes and deformations should fall within the protection scope of the creative claims.

05: Connection component structure

10: Basic parts

11: The first standing face

12: The first assembly department

13: bump

14: Recessed groove

20: Combination

21: The second standing face

22: Lean against the edge

23: The first assembly space

30: Connecting accessories

40: The second assembly department

50: second assembly space

Claims (6)

A connection component structure, including: A base member having an included angle to define an extended first vertical surface, and a first assembling portion is provided at a turning position of the first vertical surface; A coupling member having an included angle and defining and forming an extended second vertical surface. The turning position of the second vertical surface includes at least one abutting edge, which can be used to abut At the turning position of the first vertical surface, the first and second vertical surfaces are formed at intervals to form a first assembly space; A connecting ornament is arranged on an end surface of the first vertical surface of the base member in a removable state; At least one second assembling part is arranged at the turning position of the second vertical surface, and the arrangement position of the second assembling part and the first assembling part are in an upright and deviated form to form the vertical position of the connecting piece When the first and second assembling parts are matched in position, one of the end faces of the first and second vertical surfaces is flush, and when the connecting piece is inverted to make the first and second assembling parts matched in position, One end surface of the first and second vertical surfaces has a step difference to form a second assembly space; The first assembly space is used for vertical assembly of a board body, and the second assembly space is used for a board body to be placed and assembled horizontally to form a predetermined cabinet or shelf. The connection assembly structure according to claim 1, wherein the first and second assembling parts are set to any one of screw-lock assembly, insertion assembly or mating assembly, In addition, a convex portion is formed at the turning position of the base member, and the convex portion has a concave abutting groove, and the concave abutting groove is for the abutting edge to abut. The connecting assembly structure according to claim 2, wherein the connecting trim is advantageous It is arranged on an end surface of the first vertical surface with any one of a screw lock, an insert group or an insert group, and the connecting ornament is in the shape of a decorative plate. The connecting assembly structure according to claim 2, wherein the connecting ornament is arranged on an end surface of the first vertical surface by using any one of a screw lock, an insert group or an insert group, and the connecting ornament is a Decorative rod type. According to the connection assembly structure of claim 2, wherein the turning position of the base member is different from the one side of the convex portion and is arc-shaped. The connecting component structure according to any one of claims 1 to 5, wherein the first and second elevations have different elevations.

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