TWM639217U - grille - Google Patents

Abstract

This creation is about a grid, including a plurality of boards, a matching structure and a connecting layer. The boards are arranged continuously, each of the boards includes a first face, a second face and two side faces, the first face and the second face are arranged on opposite sides, and the two side faces are opposite to each other. The first face and the second face are configured and laterally connected. The fitting structure includes two first fitting units, two second fitting units and two third fitting units respectively arranged on the side portions of two adjacent plates, and each of the first fitting units includes two first abutting surfaces , the two first abutting surfaces are connected obliquely, each of the second fitting units includes two second abutting surfaces, the two second abutting surfaces are connected obliquely, and each of the third fitting units includes two third abutting surfaces As for the abutting surface, the two third abutting surfaces are obliquely connected. The connection layer is covered on the first surface of the plurality of boards, and the two adjacent boards can move relative to each other at a first position and a second position as the connection layer bends.

Description

grille

This creation is about a grille.

In recent years, the shape of grille has become more and more popular in the field of construction. The grille can be used in various places such as inside and outside the building, walls, ceilings, etc. The structural configuration of the grille has the advantages of simplicity, privacy, penetration, and The sense of shelter and three-dimensional layering can modify the building through various changes without making major changes to the overall existing structure, and then endow the building with a specific visual experience and various substantial benefits, such as: compartments , ventilation, heat insulation, light transmission and so on.

When the grille is made of metal, extrusion molding is often used to produce a one-piece hollow frame, and finally the outer surface is laminated according to the decoration requirements. However, this kind of metal grille is more expensive, and the production cost is higher. takes up space. When the grille is made of wood, it usually adopts a solid frame structure to ensure the continuity of the overall structure and make the grille more resistant to unexpected impacts. However, this kind of wooden grille is heavy and difficult to carry And take up space when placing, and carry out log cutting and waste log material too much.

Therefore, it is necessary to provide a novel and progressive grille to solve the above problems.

The main purpose of this creation is to provide a grille that can be placed in a plate shape when not in use, which is helpful for storage and transportation. After being assembled into a frame, it has a certain structural strength and can resist external collisions.

To achieve the above purpose, this invention provides a grille, including a plurality of plates, a matching structure and a connecting layer. The boards are arranged continuously, each of the boards includes a first face, a second face and two side faces, the first face and the second face are arranged on opposite sides, and the two side faces are opposite to each other. The first face and the second face are configured and laterally connected. The fitting structure includes two first fitting units, two second fitting units and two third fitting units respectively arranged on the side portions of two adjacent plates, and each of the first fitting units includes two first abutting surfaces , the two first abutting surfaces are connected obliquely, each of the second fitting units includes two second abutting surfaces, the two second abutting surfaces are connected obliquely, and each of the third fitting units includes two third abutting surfaces As for the abutting surface, the two third abutting surfaces are obliquely connected. The connection layer is covered on the first surface of the plurality of boards, and the two adjacent boards can move relative to each other at a first position and a second position as the connection layer bends. Wherein, when the two adjacent plates are in the first position, the two connected first abutting surfaces, the two second abutting surfaces or the two third abutting surfaces do not abut against each other. When the two boards are located at the second position, the two connected first abutting surfaces, the two second abutting surfaces or the two third abutting surfaces abut against each other, and then when the plurality of boards are located at the In the second position, the plurality of boards form a frame, the frame has a notch, and the two boards located on both sides of the notch are respectively recessed to form a slot.

The following examples are only used to illustrate the possible implementation of this creation, but it is not intended to limit the scope of protection of this creation, and it will be described first.

Please refer to FIGS. 1 to 6 , which show a preferred embodiment of the invention. The grid of the invention includes a plurality of boards, a matching structure 3 and a connecting layer 4 .

These boards are arranged continuously, and each of the boards includes a first face 11, a second face 12 and two side faces 13, the first face 11 and the second face 12 are oppositely arranged, and the two The side portions 13 are disposed opposite to each other and laterally connect the first face portion 11 and the second face portion 12 .

The joint structure 3 includes two first joint units 31, two second joint units 32 and two third joint units 33 which are separately arranged on the side portions 13 of two adjacent plates, and each of the first joint units 31 includes Two first abutting surfaces 311, the two first abutting surfaces 311 are connected obliquely, each of the second fitting units 32 includes two second abutting surfaces 321, the two second abutting surfaces 321 are connected obliquely, each The third engaging unit 33 includes two third abutting surfaces 331 connected obliquely.

The connection layer 4 is covered on the first surface 11 of the plurality of boards, and the two adjacent boards can move relative to each other in a first position and a second position as the connection layer 4 bends.

Wherein, when the two adjacent plates are located at the first position, the two connected first abutting surfaces 311, the two second abutting surfaces 321 or the two third abutting surfaces 331 do not abut against each other, When the two adjacent plates are in the second position, the two connected first abutting surfaces 311, the two second abutting surfaces 321 or the two third abutting surfaces 331 abut against each other, and then when the When the plurality of boards are located at the second position, the plurality of boards form a frame 5, the frame 5 has a gap 51, and the two boards located on both sides of the gap 51 are respectively recessed to form a socket 52 , the frame body 5 is concave in this embodiment.

When the boards are positioned at the second position, the two opposite sides of a structural bar 6 are inserted into the slots 52 of the two boards respectively, so as to strengthen the structural strength and stability of the entire frame 5 .

Specifically, these boards include a first board 21 and two second boards 22, two third boards 23 and two fourth boards 24 respectively connected to the two ends of the first board 21 in sequence. , the first fitting unit 31 is provided between the first board 21 and the second board 22 , the second fitting unit 32 is provided between the second board 22 and the third board 23 , the The third engaging unit 33 is disposed between the third board 23 and the fourth board 24 for bending.

In this embodiment, the two fourth boards 24 are recessed and spaced parallel to the two second boards 22 to form the slot 52, and the third board 23 is transverse to the second board 22 and the fourth board. The plate body 24 , whereby the structural bar 6 can be inserted into the two embedding grooves 52 . In this embodiment, each of the embedding grooves 52 is L-shaped, and may also be dovetail-shaped in other embodiments.

Preferably, the thickness of the first plate body 21 is greater than that of the third plate body 23 and the fourth plate body 24, and the two second plate bodies 22 are provided with a raised portion 221 on one side facing the first plate body 21 When the structural strip 6 is inserted into the two embedding grooves 52, the structural strip 6 also abuts against the two protrusions 221, so as to prevent the structural strip 6 from shaking relative to the frame body 5 and make the structure more stable.

It is worth mentioning that the connection layer 4 extends to the two fourth boards 24, so that the two fourth boards 24 can be bent relative to the two third boards 23, and the gap 51 can be seen from the outside. The connection layer 4 can be seen to have an aesthetic effect. The surface of the connection layer 4 can be wood-grained, sprayed, cloudy, metal bright, matte, etc., and varies according to different decoration styles.

Wherein the slopes of the two first abutting surfaces 311, the two second abutting surfaces 321, and the two third abutting surfaces 331 connected to each other are opposite numbers, such as one of the slopes is -1, and the other is 1. , so that the two bent plates are vertical.

Each of the first engaging units 31 further includes a fourth abutting surface 312, a fifth abutting surface 313 and a sixth abutting surface 314, the fourth abutting surface 312 and the fifth abutting surface 313 are respectively connected to the The two first abutting surfaces 311 are away from one side, and the sixth abutting surface 314 is arranged on the side of the fourth abutting surface 312 away from the first abutting surface 311 to form a stepped shape. When the board is at the second position, the fourth abutting surface 312 abuts against the fifth abutting surface 313 .

When the two adjacent boards are at the second position, the second surface 12 leans against the sixth abutting surface 314 to increase the bonding strength between the first board 21 and the two second boards 22 ; At the same time, the structure of the inclined surface and the stepped surface can make the adjacent first plate body 21 and the two second plate bodies 22 lean against each other in different directions, which can effectively help resist external forces from different directions, This makes the overall structure more stable.

One side of the structural bar 6 is provided with a first protrusion 61 and two second protrusions 62 respectively located on opposite sides of the first protrusion 61, the first protrusion 61 is embedded in the notch 51, and the two second protrusions 62 The protrusions 62 respectively fit into the two embedding grooves 52 .

When the two adjacent boards are at the first position, the two first abutting surfaces 311, the two second abutting surfaces 321, and the two third abutting surfaces 331 are in the shape of a "V". When the two adjacent boards are at the second position, the first abutting surface 311 and the second abutting surface 321 can be completely attached to each other, so as to have better combination stability.

The plurality of boards are formed by integrally cutting a board 7. This manufacturing method using the same board 7 can simplify the processing procedure, and the connecting layer 4 can be attached to the plurality of boards more evenly, so that the manufactured The grille is of better quality.

11: First facial 12: Second face 13: side face 21: The first plate body 22: Second plate body 221: Raised part 23: The third plate body 24: The fourth board 3: fit the structure 31: First fit unit 311: the first contact surface 312: The fourth contact surface 313: The fifth contact surface 314: The sixth contact surface 32: Second fit unit 321: the second abutment surface 33: The third fit unit 331: the third contact surface 4: Connection layer 5: frame 51: Gap 52: Grooving 6: Structural strip 61: first convex part 62: second convex part 7: Plate

Fig. 1 is an assembly perspective view of a preferred embodiment of the invention. Fig. 2 is a schematic diagram of assembly of a preferred embodiment of the invention. Fig. 3 is a schematic diagram of a plate of a preferred embodiment of the invention. Fig. 4 is an expanded view of a preferred embodiment of the invention. Fig. 5 is a top view of a preferred embodiment of the invention. Fig. 6 is an assembled top view of a preferred embodiment of the invention.

5: frame

51: Gap

52: Grooving

6: Structural strip

Claims (14)

A grill comprising: A plurality of boards, the boards are arranged continuously, each of the boards includes a first face, a second face and two side faces, the first face and the second face are arranged opposite to each other, and the two sides The parts are arranged in opposite faces and laterally connected to the first face and the second face; A joint structure includes two first joint units, two second joint units and two third joint units respectively arranged on the side portions of two adjacent plates, and each of the first joint units includes two first abutting units. The two first abutting surfaces are connected obliquely, each of the second fitting units includes two second abutting surfaces, the two second abutting surfaces are connected obliquely, and each of the third fitting units includes two third the abutment surface, the two third abutment surfaces are connected obliquely; a connection layer, covering the first surface of the plurality of boards, and then the two adjacent boards can move relative to each other in a first position and a second position as the connection layer bends; Wherein, when the two adjacent plates are in the first position, the two connected first abutting surfaces, the two second abutting surfaces or the two third abutting surfaces do not abut against each other. When the two boards are located at the second position, the two connected first abutting surfaces, the two second abutting surfaces or the two third abutting surfaces abut against each other, and then when the plurality of boards are located at the In the second position, the plurality of boards form a frame, and the frame has a notch, and the two boards located on both sides of the notch are respectively recessed to form a slot. The grid as described in claim 1, wherein the panels include a first panel and two second panels, two third panels and two fourth panels respectively connected to both ends of the first panel in sequence. The board body, the first fitting unit is provided between the first board body and the second board body, the second fitting unit is provided between the second board body and the third board body, and the third board body The third engaging unit is provided between the fourth plate body. The grid as described in claim 2, wherein the two fourth plates are concave and spaced parallel to the two second plates to form the slot, and the third plate is transverse to the second plate and the fourth board body. The grid as claimed in item 1, wherein each of the slots is L-shaped. The grid as claimed in claim 2, wherein the two second plates are provided with a raised portion facing one side of the first plate. The grid as claimed in claim 3, wherein the connecting layer extends to the two fourth plates. The grid as described in claim 1, wherein the slopes of the two connected first abutting surfaces, the two second abutting surfaces, and the two third abutting surfaces are opposite to each other. The grid as described in claim 1, wherein each of the first fitting units further includes a fourth abutment surface, a fifth abutment surface and a sixth abutment surface, the fourth abutment surface and the fifth abutment surface The surfaces are respectively connected to one side of the two first abutting surfaces away from each other, and the sixth abutting surface is provided on the side of the fourth abutting surface away from the first abutting surface to form a stepped shape. When the board is at the second position, the fourth abutting surface abuts against the fifth abutting surface. The grid as claimed in claim 8, wherein when the two adjacent panels are located at the second position, the second surface abuts against the sixth abutting surface. The grid as claimed in claim 1, wherein when the plates are positioned at the second position, two opposite sides of a structural bar are inserted into the grooves of the two plates respectively. The grid as described in claim 10, wherein one side of the structural bar is provided with a first protrusion and two second protrusions respectively located on opposite sides of the first protrusion, and the first protrusion is embedded in the gap , the two second protrusions are inserted into the two embedding grooves respectively. The grid according to claim 1, wherein when the two adjacent plates are in the first position, the two first abutting surfaces, the two second abutting surfaces, and the two third abutting surfaces are "V" shape. The grid as claimed in claim 1, wherein the plurality of boards are formed by integrally cutting a board. The grid as described in claim 3, wherein each of the slots is L-shaped; the two second plates are provided with a raised portion facing one side of the first plate; the connecting layer extends to the two fourth Plate body; the slopes of the two connected first abutting surfaces, the two second abutting surfaces, and the two third abutting surfaces are opposite to each other; each of the first fitting units also includes a fourth abutting surface surface, the fifth abutting surface and a sixth abutting surface, the fourth abutting surface and the fifth abutting surface are respectively connected to the side far away from the two first abutting surfaces, and the sixth abutting surface is located on The fourth abutting surface is stepped away from one side of the first abutting surface, and the fourth abutting surface abuts against the fifth abutting surface when the two adjacent plates are located at the second position ; Wherein when the two adjacent boards are located at the second position, the second face is against the sixth abutment surface; wherein when the boards are located at the second position, the opposite of a structural bar The two sides are respectively embedded in the grooves of the two boards; one side of the structural bar is provided with a first protrusion and two second protrusions respectively located on opposite sides of the first protrusion, and the first protrusion is embedded in the gap, the two second protrusions are respectively inserted into the two embedding grooves; when the two adjacent plates are in the first position, the two first abutting surfaces, the two second abutting surfaces, the two The third abutting surface is in the shape of "V"; the plurality of boards are formed by integral cutting of a board; the frame is concave; the thickness of the first board is greater than that of the third board and the fourth board .

Images