TWM611860U - Connecting and positioning structure for storage rack body - Google Patents

Abstract

A structure for connecting and positioning a rack body, comprising: a number of support rods, a number of connecting pieces, and four upright rods. The connecting piece is used between the two support rods so that the two support rods can pass through the connecting piece. In combination with the smooth completion of the docking, when the supporting rods that have completed the docking are horizontally fixed between the vertical poles, a complete rack body can be formed, so that the rack body cooperates with the laying of the rack to provide items Do placement.

Description

Connecting and positioning structure for rack body

This creation is about a "storage frame connection positioning structure", especially a kind of rack frame structure whose support rods can be docked and extended according to actual needs.

According to, in view of the shortcomings caused by the slow rotation of the screws during the assembly of traditional racks, the author has developed a modular rack structure that can be assembled quickly. The structure is shown in Figure 9, Figure 10, or in the country. According to the patent certificate No. I359644, the vertical pole (50) and the support pole (60) mainly use the protruding locking block (61) to be locked into the locking hole (51), and the storage plate (70) ) Is laid on to complete the combination of the supporting frame, and the supporting frame can be expanded further by using the combination of the connecting piece (80) and the clasp (90).

However, after the creator developed the creative project, he was not complacent about it, and continued to think and develop in the spirit of excellence, and strive to make this structural feature more distinctive and useful: the creator will continue to develop In the process, it was discovered that the above-mentioned previous structure still has the following problems in practical application: (1) The supporting frame can only be expanded upward, and the length of the supporting rod (60) cannot be extended. In practical applications, the shelf still has the problem of insufficient storage space, and the shelf, which can only be expanded upwards, cannot be more flexibly deployed according to the size of the storage space; (2) the support rod ( If the length of 60) is to be directly extended during production, it will greatly increase the volume of the shelf, which is not conducive to transport or storage.

Therefore, what this creation intends to reveal is a new type of structural designer who has made improvements and breakthroughs in response to the shortcomings of the creator's related previous structure.

It is mainly aimed at the improvement and breakthrough of the problem that the conventional combined shelf developed by the creator cannot be used to extend the length of the support rod.

This creation provides a structure for connecting and positioning the rack body, which includes: a number of supporting rods, a number of connecting pieces, and four upright rods. The connecting piece is used between the two supporting rods so that the two supporting rods can pass through the The connection of the connecting pieces successfully completes the docking. When the supporting rods that have completed the docking are fixed horizontally between the vertical poles, a complete rack body can be formed, so that the rack body cooperates with the laying of the storage board. To provide items for placement, wherein the support rod has a back plate, a top edge and a bottom edge that are connected to each other, and both sides of the top edge and the bottom edge are formed with a slanted edge, and the back plate is adjacent to the side end There are two sets of upper and lower positioning parts at each position. Each set of positioning parts has two connecting sections protruding outward from the surface of the back plate, and an enlarged block connected to the side end of the connecting section, using two support rods. The positioning parts on the relatively inner side jointly provide the connecting piece for embedding, so that the two support rods can be mated through the connecting piece, and the positioning parts on the relatively outer side of the two support rods are used for clamping on the On the vertical pole, the support rod can be combined on the vertical pole to form a frame-shaped structure, so that the frame-shaped structure provides the storage board for loading and loading. The connecting member has a vertical board, and the vertical board is adjacent to Each of the side ends is provided with upper and lower positioning holes. Each positioning hole consists of a first upper hole with a smaller diameter and a hole The first lower hole with a larger diameter is connected, and the top end of the vertical plate extends horizontally with an abutting edge. When the connecting piece is used for the butt connection of the two supporting rods, the positioning hole is used The first lower hole portion also provides the positioning portion on the inner side of the two support rods to penetrate, so that the connecting section of the positioning portion can be locked into the first upper hole portion of the positioning hole after the connecting piece is pressed , Utilizing the rebound force generated by the compression of the connecting section to press against the inner wall of the first upper hole, and then using the stopper as a limit stop, the connecting piece can be reliably combined with the two support rods Without being detached from time to time, with the combination of the connecting piece, the two supporting rods can be smoothly butted, so that the length of the supporting rod can be extended after the butting, and the supporting rod is stopped by the abutting edge. On the top edge, the connecting piece can be continuously pressed down after the storage board or even the article is put on, so as to maintain the state where the two supporting rods are firmly embedded. The vertical rod is bent into an L Shaped angle steel, and has two perpendicularly connected planes, the two planes are evenly penetrated with a plurality of bonding holes, and each of the bonding holes is composed of a second upper hole with a larger diameter and a second upper hole with a smaller diameter. The second lower hole part is connected to each other, and the connecting hole is used to provide the supporting rod after butting for clamping, so that the supporting rod can be combined on the vertical rod to form a frame-shaped structure, so that the storage The board can be placed on the frame structure again, so that the storage board provides articles for centralized placement and storage, so as to obtain a structure for connecting and positioning the rack body.

(1) This creation provides a structure for connecting and positioning the rack body. The supporting rod can be docked by the connecting piece. The supporting rod after the docking is applied to the vertical rod, so that the storage space can be adjusted according to the position. Appropriate extension is required, so that the use of the shelf body can be more flexible and flexible, and the problem of insufficient storage space is less likely to occur.

(2) This creation provides a structure for connecting and positioning the rack body, and the support rod uses the connection of the connecting piece. It does not need to be directly made into a large length, and it can still meet most of the storage requirements. The use of the support rod of this small volume can be used for transportation or storage without taking up more space.

(3) This creation provides a structure for connecting and positioning the rack body. The support rod uses the connecting piece for docking, which has the advantage of extremely convenient disassembly and assembly, and it is also time-saving and labor-saving in implementation.

The authoring part:

(10): Support rod

(11): Backplane

(12): Top edge

(13): Bottom edge

(14): Hypotenuse

(15): Positioning part

(151): Connection section

(152): Stop

(16): Positioning bump

(20): Connector

(21): Vertical board

(22): Positioning hole

(221): first upper hole

(222): The first lower hole

(223): Support Block

(23): Relying on Fate

(24): Fastening section

(30): Pole

(31): Combination hole

(311): The second upper hole

(312): second lower hole

(40): storage board

Learning part:

(50): Pole

(51): Snap hole

(60): Support rod

(61): stuck

(70): storage board

(80): Assembly

(90): Clasp

[Picture 1] is a three-dimensional assembly diagram of the creative support rod after the completion of the docking.

[Picture 2] is a three-dimensional exploded view of the creative support bar before docking.

[Figure 3] is a schematic diagram of the action when the creative support rod is docked.

[Picture 4] is the combined cross-sectional view of the supporting rod of this creation after the completion of the docking.

[Figure 5] is a sectional view of another angle combination after the completion of the butt joint of the creative support rod.

[Picture 6] is a three-dimensional drawing of a shelf completed in this creation.

[Figure 7] is a three-dimensional exploded view of another preferred embodiment of this creation.

[Figure 8] is a combined cross-sectional view of another preferred embodiment of this creation.

[Figure 9] is a three-dimensional assembly diagram of the conventional structure.

[Figure 10] is a three-dimensional exploded view of the conventional structure.

In order to enable your reviewer to have a further understanding and understanding of the purpose, features and effects of this creation, please cooperate with [Schematic Description] to list the examples below, and the detailed description is as follows:

First of all, please observe from Figure 1 to Figure 5, which includes: counting support rods (10), Several connecting pieces (20) and four vertical rods (30). The connecting piece (20) is used between the two supporting rods (10) so that the two supporting rods (10) can pass through the connecting piece (20) The docking is successfully completed. When the supporting rods (10) that have completed the docking are horizontally fixed between the vertical rods (30), a complete rack body can be formed (see Figure 6 at the same time). (Showing the view), to provide articles for placement with the shelf body in conjunction with the laying of the shelf (40), wherein the support rod (10) has a back plate (11), a top edge (12) and A bottom edge (13). Both sides of the top edge (12) and bottom edge (13) are formed with a slanted edge (14). The back plate (11) is provided with upper and lower sides adjacent to the side ends. Group positioning portion (15), each of the positioning portions (15) has two connecting sections (151) extending outward from the surface of the back plate (11), and an enlarged connecting section (151) connected to the side end of the connecting section (151) The stopper (152) utilizes the positioning part (15) on the inner side of the two support rods (10) to jointly provide the connecting piece (20) for embedding, so that the two support rods (10) can pass through the connection The member (20) completes the butt joint, and the positioning portion (15) on the outer side of the two support rods (10) is used to be fastened to the vertical rod (30), so that the support rod (10) can be placed on the vertical rod (30). The rod (30) is combined into a frame-shaped structure, and the frame-shaped structure is used to provide the storage board (40) for loading and carrying. The connecting piece (20) has a vertical plate (21), and the vertical plate (21) There are two upper and lower positioning holes (22) adjacent to the side ends. Each positioning hole (22) consists of a first upper hole portion (221) with a smaller diameter and a first lower hole (221) with a larger diameter. The holes (222) are connected to each other, and the top of the vertical plate (21) extends horizontally with an abutting edge (23). When the connecting piece (20) is used for the butt joint of the two supporting rods (10) , The first lower hole portion (222) of the positioning hole (22) provides the positioning portion (15) on the inner side of the two support rods (10) for penetration at the same time, so that the positioning portion (15) is connected The section (151) can be inserted into the first upper hole (221) of the positioning hole (22) after the connecting member (20) is pressed, and the rebound generated by the pressure of the connecting section (151) The force is pressed tightly on the inner wall of the first upper hole (221), and then the stopper (152) is used as a limit stop, which will enable the connecting piece (20) to be reliably combined with the two support rods (10). ) Without any risk of detachment, with the combination of the connecting piece (20), the two supporting rods (10) can be connected smoothly, so that Its length can be extended after the butt joint. Through the abutment edge (23) abutting on the top edge (12) of the support rod (10), the connecting piece (20) can be The storage board (40) is continuously pressed down even after the article is put on, so as to keep the two supporting rods (10) firmly embedded in the state. The vertical rod (30) is an angle steel bent into an L shape. There are two perpendicularly connected planes, and a plurality of coupling holes (31) penetrate through the two planes at intervals, and each of the coupling holes (31) is formed by a second upper hole portion (311) with a larger aperture. It is connected to a second lower hole portion (312) with a smaller diameter, and the connecting hole (31) is used to provide the supporting rod (10) for fixing after butting, so that the supporting rod (10) It can be combined with the vertical pole (30) to form a frame-shaped structure, so that the shelf (40) can be placed on the frame-shaped structure again, so that the shelf (40) provides items for centralized placement and storage. .

This creation provides a structure for connecting and positioning the rack body, wherein the supporting rod (10) is provided with a positioning convex point (16) beside the positioning portion (15), so that the positioning convex point (16) The edge of the connecting piece (20) or the vertical rod (30) is provided as abutting, which can greatly improve the overall stability of the rack body after the assembly is completed.

The present invention provides a structure for connecting and positioning a rack body, wherein the supporting rod (10) is used on the front and back sides (ie, two long sides) of the rack body after completion of the docking.

This creation provides a structure for connecting and positioning the rack body, wherein the top center of the first upper hole portion (221) of the positioning hole (22) is protruded toward the inner space of the hole with a support block (223), The abutting block (223) is used to tighten the two connecting sections (151) of the positioning portion (15).

The present invention provides a structure for connecting and positioning the rack body, wherein the end of the abutting edge (23) of the connecting piece (20) is extended downward with a buckling section (24), and the buckling section ( 24) The top edge (12) of the support rod (10) is completely buckled, so that its combined stability can be remarkably improved (please observe from Figure 7 and Figure 8 at the same time).

With the structure of the above specific embodiment, the following benefits can be obtained: (1) The supporting rod (10) can be docked by the connecting member (20), and the supporting rod (10) after the docking is used in all On the pole (30), the storage space can be appropriately extended as required, so that the use of the storage rack body can be more flexible and flexible, and it is less likely to cause the problem of insufficient storage space. (2) The support rod (10) uses the connection of the connecting piece (20) to do butt, it does not need to be directly made into a large length, and it can still meet most of the storage needs, with the small volume of the support rod (10) For use, it can be more convenient to complete transportation or storage without taking up space; (3) The support rod (10) uses the connecting piece (20) for docking, which is extremely convenient for disassembly and assembly. Advantages, the implementation is also quite time-saving and labor-saving.

To sum up, this creation has indeed achieved a breakthrough structural design, and has improved creation content, while at the same time it can achieve industrial utilization and progress. Moreover, this creation has not been seen in any publications, and it is also novel. In accordance with the relevant provisions of the Patent Law, Yan filed a new patent application in accordance with the law, and I implore the Jun Bureau review committee to grant legal patent rights. I really pray.

Only the above is only one of the preferred embodiments of this creation, and should not be used to limit the scope of implementation of this creation; that is, all equal changes and modifications made in accordance with the scope of the patent application for this creation should still belong to this creation Covered by the patent.

(10): Support rod

(11): Backplane

(12): Top edge

(13): Bottom edge

(14): Hypotenuse

(15): Positioning part

(151): Connection section

(152): Stop

(16): Positioning bump

(20): Connector

(21): Vertical board

(22): Positioning hole

(221): first upper hole

(222): The first lower hole

(223): Support Block

(23): Relying on Fate

Claims (7)

A structure for connecting and positioning a rack body, comprising: a number of support rods, a number of connecting pieces, and four upright rods. The connecting piece is used between the two support rods so that the two support rods can pass through the connecting piece. In combination with the smooth completion of the docking, when the supporting rods that have completed the docking are horizontally fixed between the vertical poles, a complete rack body can be formed, so that the rack body cooperates with the laying of the rack to provide items Do placement, where: The support rod has a back plate, a top edge and a bottom edge that are connected and surrounded. Both sides of the top edge and the bottom edge are formed with a slanted edge. The back plate is provided with two upper and lower sides adjacent to the side ends. Group positioning parts, each of the positioning parts has two connecting sections protruding outward from the surface of the back plate, and the expansion block connected to the side end of the connecting section is shared by the positioning section on the inner side of the two supporting rods. The connecting piece is provided as an embedded card, so that the two supporting rods can be mated through the connecting piece, and the positioning part opposite to the outer side of the two supporting rods is used to be clamped on the vertical rod, so that the supporting rod It can be combined with the vertical pole to form a frame-shaped structure, so that the frame-shaped structure provides the storage board for loading and loading; The connecting piece has a vertical plate. The vertical plate is provided with upper and lower positioning holes adjacent to the side ends. Each positioning hole consists of a first upper hole with a smaller diameter and a second hole with a larger diameter. The bottom hole is connected to each other, and the top end of the vertical plate extends horizontally with an abutting edge. When the connecting piece is used for the butt joint of the two supporting rods, it is the first lower hole of the positioning hole. At the same time, the positioning part on the inner side of the two support rods is provided for penetration, so that the connecting section of the positioning part can be locked into the first upper hole part of the positioning hole after the connecting piece is pressed, and the connection Duan Shou The rebound force generated by the pressure is pressed against the inner wall of the first upper hole, and then the stopper is used as a limit to resist, so that the connecting piece can be reliably coupled between the two supporting rods without being detached. The combination of the connecting pieces enables the two supporting rods to be smoothly butted, so that their length can be extended after the butting, and the abutting edge abuts on the top edge of the supporting rod to make the The connecting piece can be continuously pressed down after the storage board or even the article is put on, so as to be maintained in a state where the two supporting rods are firmly embedded. The rack body connection positioning structure according to claim 1, wherein the pole has two perpendicularly connected planes, and a plurality of coupling holes penetrate through the two planes at intervals, and each of the coupling holes is It is formed by connecting a second upper hole portion with a larger diameter and a second lower hole portion with a smaller diameter, so that the connecting hole is used to provide the supporting rod for fixing. The rack body connection positioning structure according to claim 2, wherein the vertical rod is an L-shaped angle steel with two perpendicularly connected planes. The rack body connection positioning structure according to claim 1, wherein the support rod is provided with positioning protrusions beside the positioning portion. The rack body connection positioning structure according to claim 1, wherein the supporting rods are used on the front and rear sides of the rack body after the completion of the docking. The rack body connection positioning structure according to claim 1, wherein the top center of the first upper hole portion of the positioning hole is protruded toward the inner space of the hole with a support block, so that the support block is used to Tighten the two connecting sections of the positioning part. The rack body connection positioning structure according to claim 1, wherein, The end of the abutting edge of the connecting piece extends downward with a buckling section, and the buckling section completely buckles the top edge of the support rod, so that the joint stability can be remarkably improved.

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