TWI381983B - Fixed structure of pallets for delivery - Google Patents

Description

Shipping shelf fixing structure

The invention provides a transporting shelf fixing structure, which is mainly capable of penetrating and rotating in a direction by a plurality of supporting bases and supporting plates after being abutted against each other, so as to be adjacent to the bearing base and the supporting plate. The quick orientation can be used to achieve the desired orientation and form a wide-width shelf assembly designer.

According to the current situation, the manufacturer is used to hold large objects that must be sold externally. The protection of the shelf group is assembled. Usually, the wooden plate body is nailed into several unit plates, which are sequentially placed on the outer periphery of the pre-protected object. Then, the fixing parts of each unit plate are fixed by the nailing method, and the protection setting of the method is quite time-consuming and relatively costly in the manufacture of the components; therefore, the inventors have proposed a kind of The utility model can overcome the protection setting body of the large-sized object, and the strength of each prop between the protection and the plasticity is formed by plastically forming the position of the member between each other through a hollow fastening member and a cut-off The narrower and narrower pressing members are fixed in orientation to form a wide-width plate body, which serves as a covering of the periphery of the large object and a quick snap-fit of each of the plates.

The invention is further improved according to the buckle group which is provided as a protective arrangement of the large object, and the components are further improved with each other, so that the plurality of carriers and the carrier plate only need to cooperate after being mutually abutted. A fixed component can be used to achieve the desired orientation between the adjacent components under a quick snap and form a wide-width shelf assembly.

The main purpose of the present invention is to form a plurality of fastening holes in a predetermined orientation of each carrier; and a predetermined orientation of each carrier plate that is placed above each carrier is through a hole in the hole. The two sides are formed with a fastening groove corresponding to the shape of the fastening hole of the bearing seat, and corresponding sides of the two fastening grooves are formed with a higher orientation clamping area, and the fastening groove is adjacent to the adjacent card area. Forming a guiding section from low to high; after the two members are engaged with each other, the fixing members of the two fastening portions extending through the upper and lower sections can be penetrated, and the fastening elements are fastened by the lower buckles The setting portion can be cut into the bottom of the corresponding fastening hole of the bearing seat, and then the fixing member is rotated in one direction so that the two fastening portions of the upper section can be moved along the guiding section formed by the circumference of the hole between the carrying plates. The two-cylinder region of the higher orientation; the fastening member and the carrier plate are quickly buckled to form a shelf group by the fixing member.

A second object of the present invention is to form a recessed portion in a latching region on the side of the hole in which the carrier assembly incorporating the carrier and the carrier plate is adjacent to the carrier plate through which the fixing member is allowed to pass, so as to fit the fixing member. The two fastening portions of the paragraph extend downward in the corresponding orientation, and the cutting portion can be cut in a direction so that the fixing member can maintain a better orientation combination with the bearing seat and the carrier plate.

The third object of the present invention is that the shelf assembly combined with the carrier and the carrier plate can be coupled to the auxiliary plate at the bottom thereof and can be tightly engaged by the fixing member to serve as an uneven ground. layout.

The transport shelf fixing structure (such as the first figure) designed by the invention mainly comprises a plurality of carrier seats (1), a plurality of carrier plates (2), and a corresponding number of fixing members (3). among them;

A plurality of fastening holes (11) are formed in a predetermined orientation of each of the carriers (1).

In addition, a predetermined orientation of each of the carrier plates (2) that is placed above each of the carriers (1) is through a hole (21) (as shown in the second figure), and is formed on both sides of the hole (21) to correspond to The bearing seat (1) has a fastening groove (22) in the form of the fastening hole (11), and corresponding sides of the two fastening grooves (22) are formed with a higher-position locking area (23), together A recess (24) is formed in the corresponding latching area (23), and a leading section (25) is formed by the low-increasing height in the latching slot (22) to the adjacent latching area (23).

The upper and lower sections of each fixing component (3) are respectively extended by two fastening portions (31, 32) whose length is based on the insertion of the fastening holes (11) between the carrier (1) The distance from the bottom to the clamping area (23) of the periphery of the hole (21) of the carrying plate (2) depends on the spacing between the two fastening portions (31, 32) of the upper and lower sections being less than the mutual spacing. The bottom of the carrier (1) and the upper end of the carrier plate (2) are implemented by the layer of the latching area (23), and the two fastening portions (31) of the upper section extend downward with a convex portion (311) As a component, the corresponding recess (24) of the latching area (23) of the two sides of the hole (21) can be cut into the carrier plate (2), and the symmetrical orientation of the two latching portions (31) is formed in the upper section. The concave portion (312) rotates in the direction of the buckle of the hand.

The above-mentioned digital carrier (1), several carrier plates (2), and a corresponding number of fixing members (3) are assembled (such as the third to sixth figures), and the bearing (1) and the bearing are carried. After the plates (2) are brought into close contact with each other (as shown in the third figure), the fixing members (3) of the two fastening portions (31, 32) extending through the upper and lower portions are penetrated (as shown in the fourth figure). And the two fastening portions (32) of the lower portion of the fixing member (3) can be cut into the bottom of the corresponding fastening hole (11) of the bearing seat (1) (as shown in the fifth figure), and then the fixing member (3) Rotating in one direction (as in the sixth figure) so that the two fastening portions (31) of the upper section can be moved along the guiding section (25) formed by the circumference of the hole (21) of the carrying plate (2) therebetween. The two abutting regions (23) of the higher orientation also extend the downwardly extending portions (311) of the two fastening portions (31) of the upper section to cut into the carrying plate (2) on both sides of the hole (21). The recessed portion (24) of the corresponding orientation of the latching area (23) (as shown in the eighth figure); whereby the supporting base (1) and the carrying plate (2) which are mutually abutted are pressed by the fixing member (3) The orientation is quickly snapped into a shelf group (4) (as in Figure 7).

In addition, the shelf assembly (4) combining the plurality of carriers (1) and the plurality of carrier plates (2) of the present invention can also be disposed at the bottom thereof with the auxiliary plate (5), and the fixing member (3) The bearing seat (1) and the auxiliary plate (5) are tightly engaged in one direction (such as the eighth figure) to serve as an uneven laying on the ground.

The components of the shelf assembly designed for the present invention have the following advantages in assembly and implementation:

1. The fastening element which is fastened between the bearing seat and the carrier plate which are abutted against each other is extremely easy to process and has a quick positioning setting on the orientation buckle which is the adjacent two members.

2. Each of the carrier and each of the carrier plates are arranged in an orientation to be tightened by the fastening portion of the upper and lower sections of the fixing component.

3. The bottom of the shelf group consisting of the carrier and the plurality of carrier plates can be matched with the auxiliary plate and fastened by a fixed component to serve as an uneven ground.

[this invention]

(1). . . Carrier

(11). . . Buckle hole

(2). . . Carrier board

(twenty one). . . hole

(twenty two). . . Buckle slot

(twenty three). . . Kayu District

(twenty four). . . Concave

(25). . . Guide paragraph

(3). . . Fixed component

(31, 32). . . Deduction

(311). . . Convex

(312). . . Arc concave

(4). . . Shelf body

(5). . . Auxiliary board

First drawing: exploded perspective view of the components of the shelf assembly of the present invention

Second picture: A detail of the first picture

The third figure: the top view of the carrier and the carrier plate of the present invention after the abutment

Figure 4: Schematic diagram of the B-B section of the third diagram

Figure 5: Schematic diagram of the fixing element of the present invention running through the carrier plate and the carrier

Fig. 6 is a schematic view showing the rotation of the fixing member of the present invention in an azimuth direction after penetration

Figure 7: Appearance of the shelf assembly of the present invention

Figure 8: Schematic diagram of the bottom of the shelf assembly of the present invention combined with an auxiliary plate

(2). . . Carrier board

(twenty one). . . hole

(twenty two). . . Buckle slot

(twenty three). . . Kayu District

(twenty four). . . Concave

(25). . . Guide paragraph

(3). . . Fixed component

(31, 32). . . Deduction

(311). . . Convex

(312). . . Arc concave

Claims (3)

The utility model relates to a transport shelf fixing structure, which mainly comprises a plurality of carrier seats, a plurality of carrier plates and a corresponding number of fixing elements; the improvement is that: each of the carrier seats has a plurality of fastening holes formed in a predetermined orientation; Each of the carrier plates above each of the carrier seats has a predetermined orientation through which a hole is formed, and two sides of the hole are formed with a fastening groove corresponding to the shape of the fastening hole of the carrier, and corresponding sides of the two fastening grooves Then, a carding area having a higher orientation is formed, and a guiding section from the lowering height to the adjacent carding area is formed; the carrier and the carrier board can be borrowed after being engaged with each other. The fixing members extending from the two fastening portions of the lower section are penetrated, and the two fastening portions of the lower portion of the fixing member can be cut into the bottom of the corresponding fastening hole of the bearing seat, and then the fixing member is rotated in one direction. Having the two fastening portions of the upper section of the support section extend along the guiding section formed by the circumference of the hole between the carrier plates to the higher-position two-clamping area therebetween; thereby, the supporting members and the supporting seats are supported by the fixing elements and The carrier plate is applied to a tightly oriented position The synthesis of a set of shelves buckle body. The transport shelf fixing structure according to claim 1, wherein the shelf assembly incorporating the carrier and the carrier plate is formed with a recess in a latching region on the side of the hole through which the fixing member is allowed to pass between the fixing members. In order to cooperate with the two fastening portions of the upper portion of the fixing member extending downward in the corresponding orientation, the cutout portion can be cut in a direction so that the fixing member can maintain a better orientation connection with the bearing seat and the carrier plate. The transport shelf fixing structure according to claim 1, wherein the shelf assembly combined with the carrier and the carrier plate can be coupled to the auxiliary plate at the bottom thereof and biased by the fixing member. In order to lay the ground as an uneven time.