JP3151176U - Box divider - Google Patents

Abstract

The present invention provides a partition which is difficult to be removed from the combination and in which the partition portion is not easily displaced. A partition that uses a horizontal partition plate 1 and a vertical partition plate 2 combined vertically and horizontally. An insertion portion 1a and a return restraining portion 1b are provided at an end portion of the horizontal partition plate 1, and the insertion portion 1a is connected to the vertical partition plate 2. The insertion part 1a is bent and the return restraining part 1b is protruded in the opposite direction by bending the insertion part 1a and preventing the insertion part 1a from coming off, and by adjusting the position and number of the insertion parts Prevent misalignment. [Selection] Figure 1

Description

  The present invention relates to the shape of a partition used for a packaging box that houses an object that easily falls over or a plurality of objects.

  Conventionally, when a thing or a plurality of things that are easily collapsed are stored in a packaging box, a partition as shown in FIG. 7 is incorporated in the box and used. This assembly partition had a shape in which the horizontal partition plate 3 and the vertical partition plate 4 intersect at a right angle through a slit formed in the vertical direction and combined from above and below.

  The length of the slits in the vertical and horizontal partition plates was about half of the vertical length.

  The positions of the slits of the vertical and horizontal partition plates need to have a certain width from the slit to the end of the partition plate as in 3a in order to maintain the strength when combined.

JP 2004-42919 A Utility Model Registration No. 3123085

  However, the conventional technique has a problem in that the vertical and horizontal partition plates are simply combined through the slits, so that the combination is easily removed.

  In the case of a tall partition, since the slit becomes long, the position of the partition is likely to be displaced, and the shape of the partition formed by the partition is likely to be unstable.

  The width between the slit of the partition plate and the end of the plate becomes a useless space when used in a packaging box.

In order to eliminate the waste, the terminal may be bent and used, but the packaging box is deformed by the force with which the plate returns.
Moreover, in order to suppress and fix the force to return to the original, another processing such as tape application is required.

  The present invention creates an insertion part that protrudes at the end of the horizontal partition plate and a protrusion-like holding shape in the opposite direction of the base end of the insertion part in order to suppress the force to return the plate when it is bent. The gist is to make a shape that supports the restraint of the hole into which the partition plate is inserted into the partition plate and to hold the restraint, and when the insert and restraint are bent when combined, it becomes a shape that is fixed in a bent state.

By fixing the inserted part of the horizontal partition plate in a folded state,
・ This will prevent the combination from coming off.
・ No need for space on the terminal.
-The terminal portion does not have to be fixed by processing in a separate process.

  Since the positions and the number of holes of the horizontal partition plate and the vertical partition plate can be arbitrarily set, the position of the partition is not easily displaced, and the partition formed by the partition can be formed in a stable shape.

It is a perspective view which shows an example of the implementation form of this invention. Horizontal partition plan Vertical partition plate plan view according to claim 1 Vertical partition plate plan view according to claim 2 Assembly procedure diagram The figure which shows the relationship between the insertion part of the horizontal partition after assembly and the hole of the vertical partition Perspective view showing the prior art

An embodiment of the invention will be described.
The material of the partition of this invention is a resin sheet such as corrugated cardboard or plastic cardboard, and a material having strength and thickness that can be bent is suitable.
The partition of the present invention uses at least one vertical plate material and one horizontal plate material combined in a T-shape.

Embodiments of the present invention will be described with reference to the drawings.
FIG. 1 is a perspective view showing an example of an embodiment of the present invention. 2 is a horizontal partition plate, and FIGS. 3 and 4 are plan views of the vertical partition plate. Each of these partition plates is formed of a plate material such as cardboard, and is set to have substantially the same height. 1 is a combination of the two horizontal partition plates of FIG. 2 and the two vertical partition plates of FIG.

  The horizontal partition plate shown in FIG. 2 has a partition portion and an insertion portion (1a) that support the items to be stored when combined, a return restraint portion (1b) when bent in the shape of a protrusion protruding on the opposite side of the insertion portion, and for bending The ruled line (1c). The position and number of insertions can be arbitrarily set.

The vertical partition plate shown in FIGS. 3 and 4 is composed of a partition portion for supporting what is accommodated when combined, a hole portion (2a) for insertion, a slit (2b) for operation, and an auxiliary hole (2c).
The size of 2c is made slightly smaller than 1b.
The position and number of holes can be set arbitrarily.

5a to 5c in FIG. 5 are diagrams showing a combination procedure.
As for the combination procedure, as in 5a, the insertion part (1a) of the horizontal partition plate is inserted into the hole (2a) of the vertical partition plate.
As in 5b, the insertion portion (1a) and the return restraining portion (1b) are bent along the ruled line so that they are not bent, and 1b passes through 2c. At this time, the passage of 1b is facilitated by the widening of the slit 2b.
As shown in 5c, when the bending is finished, the hole 2c returns to its original size, and as shown in FIG. 6, the shape of 2c is slightly smaller than 1b. The force of returning to the original state is suppressed, and the combination is fixed with the insertion portion bent.

DESCRIPTION OF SYMBOLS 1 Horizontal partition plate 1a Insertion part 1b Return suppression part 1c Bending ruled line 2 Vertical partition plate 2a Insertion hole 2b Work slit 2c Auxiliary hole 3 Conventional partition plate 3a Waste space of partition terminal part by conventional technology 4 Vertical partition plate 5a according to the prior art Assembly procedure State before insertion 5b Assembly procedure State during bending 5c Assembly procedure End of bending (fixed) state

Claims (3)

A partition that uses the horizontal partition plate 1 and the vertical partition plate 2 combined vertically and horizontally, and has an insertion portion 1a protruding at the end of the horizontal partition plate 1 and a base end of the insertion portion 1a protruding in a direction opposite to the insertion portion 1a. A protrusion-like return restraining portion 1b, a folding ruled line 1c are provided at the root of the insertion portion 1a, an insertion hole 2a and a work slit 2b are provided in the vertical partition plate 2, and the insertion portion 1a is formed in the insertion hole 2a. A partition which prevents the insertion portion 1a from coming out of the insertion hole 2a when the insertion portion 1a is bent along the folding ruled line 1c and the return suppressing portion 1b is passed through the work slit 2b. The partition according to claim 1, wherein an auxiliary hole (2c) smaller than the return restraining portion (1b) is provided at the root of the working slit (2b) to assist the passage through the return restraining portion (1b). A partition that uses the horizontal partition plate 1 and the vertical partition plate 2 combined vertically and horizontally, and has an insertion portion 1a protruding at the end of the horizontal partition plate 1 and a base end of the insertion portion 1a protruding in a direction opposite to the insertion portion 1a. A protrusion-like return restraining portion 1b and a ruled line 1c for bending are provided at the root of the insertion portion 1a. An insertion hole 2a and an auxiliary hole 2c smaller than the return restraining portion 1b are provided on the vertical partition plate 2. A partition that prevents the insertion portion 1a from coming out of the insertion hole 2a when the insertion portion 1a is inserted into the insertion hole 2a, bent along the folding ruled line 1c, and the return restraining portion 1b passes through the auxiliary hole 2c.