JPS5822948Y2 - Aluminum sash transportation jig - Google Patents

Description

[Detailed Description of the Invention] This invention relates to an aluminum sash transportation jig, and more particularly, to an aluminum sash transportation jig that is lightweight and convenient for assembly and transportation.

The spread of aluminum sash has led to the adoption of a construction method in which aluminum sash is framed at glass shops or construction companies, and shoji frames and the like are similarly assembled and transported to the construction site.

Along with this construction method, aluminum sash transportation jigs are being reexamined from the viewpoint of their weight, difficulty in assembly, and transportation characteristics.

However, because conventional transportation jigs are made by assembling the main frame, they are heavy, vulnerable to rain, take up a lot of space to transport the jigs themselves, and are uneconomical, and the longitudinal beams of the floor are fixed. Because it is a type, there are drawbacks such as the danger of transport depending on the type of cargo being transported.

This invention was developed with this point in mind, and aims to provide an aluminum sash transport jig that is mainly made of aluminum and is lightweight and robust, and can be folded compactly when not in use.

Embodiments of this invention will be described in conjunction with the accompanying drawings.

The aluminum sash transport jig 1 has a plurality of pillars 2 spaced apart from each other, and a floor beam 3 is fixed to the lower part of the upper pillar.

The pillar 2 shown in FIG. 1 is composed of a plurality of horizontal pillars 5 located above and below that connect a pair of vertical pillars 4 that extend diagonally upward and close to each other at opposite ends, and the horizontal pillars of the main pillar. A hook attachment beam 6 passing thereover is fixed onto the main column 5, and each main column 2 is connected to each other by the hook attachment beam 6.

The hook 7 is bolted in place on the hook attachment beam 6.

This hook 7 has a base 8 fixed to the hook mounting beam 6.
and a single-shaped portion 9 extending upward from the base 8.

A plurality of reinforcing members 10 arranged vertically and spaced apart are fixed to the side wall of the support column 2.

This reinforcement can be made of, for example, hard vinyl chloride that connects the two channels together.

A floor beam 3 that is substantially perpendicular to the main column 2 extends somewhat outward from both sides of the main column 2, and has a straight cross-section shaped angle member 11 fixed to the leading edge of the floor beam 3.

Preferably, the floor beam 3 is formed of a hollow square section of aluminum;
An angle piece 12 is fixed to this hollow part, and a through angle member 11 is fixed to this angle piece 12.

A hinge 13 is attached to this angle member 11, and a floor longitudinal beam 14 is attached to the floor beam 3 via this hinge 13.

The floor longitudinal beam 14 has a base 15 extending in the same direction as the floor beam 3.
and a deck board 16 fixed on this base 15.
and has.

For the deck board 16, for example, a plate material having grooves 17 formed of hard vinyl chloride or the like can be used.

The groove 17 improves the strength of the deck board 16 and the base 15.
This is useful for hiding the heads of bolts or screws 18 when fixing the deck board 16 to the deck board 16.

A covering material 19 is attached to the groove 17.

The hinge 13 has a base 15 preferably made of a hollow profile.
The floor longitudinal beam 14 is rotated about the hinge 13 so as to lean against the support 2.

An L-shaped reinforcing member 21 is passed through the tip of the base 15 in the width direction of the jig 1 and fixed to the base 15 to connect each base 15.

The channel material 23 is attached to the tip of the base 15 using the hinge 22. When the hinge 22 is opened, the channel material 23 is attached.
3 is positioned on the bottom surface of the base 15.

This channel material 23 acts as an inclination angle selection tool,
When the channel material 23 is in the position shown in FIG. 3, the inclination that serves to incline the floor longitudinal beam 14 is effective in making the sash placed on the deck board lean against the reinforcing material 10. .

In order to prevent the floor longitudinal beam 14 from swinging during transportation, the liner 24 is fixed to the support column 2 with a hinge 25.
is locked to the trigger board 16.

Thus, the floor longitudinal beam 14 does not move above the position shown in FIG.

The liner 24 is a through member extending across the width of the jig 1.

To make the floor longitudinal beam 14 lean against the support 2, use the hinge 2.
5 to lift the liner 24 upward and raise the floor longitudinal beam 14.

When transporting aluminum sashes, as shown in Figure 3,
The floor longitudinal beam 14 is set, the aluminum sash is placed on the deck board 16, it is made to lean against the reinforcing material 10, and the aluminum sash is tied to the jig 1 with a rope using the hook 7.

In this way, the aluminum sash is fixed to the jig 1 without moving during transportation.

In the embodiments described above, the support columns were constructed of vertical columns and horizontal columns, but the support columns 2' can also be made of a plate as shown in FIG.

A flange 26 is formed by bending the side edge of this support 2',
The reinforcing member 10 is fixed to this flange 26.

Further, holes 27 are provided in the support column 2' and are spaced apart in the vertical direction, and a flange 28 is integrally formed on the edge of this hole.

The hook attachment beam 6' is passed through the hole 27 in the width direction of the jig 1 so as to be seated on the flange 28, and the flange 28 and the hook attachment beam 6' are fixed, thereby connecting the respective supports 2'.

The hooks 7 are fixed at appropriate intervals on the hook attachment beam 6'.

A floor beam 3 is fixed to the bottom of the column 2', and a third
A floor longitudinal beam 14 as shown in the figure is fixed by a hinge 13 so that the floor longitudinal beam 14 can lean against a reinforcing member 10 of a column 2'.

When the floor longitudinal beam 14 is to be used horizontally, the channel material 23 is raised so that it lies along the base 15.

All parts are made of aluminum, except for some reinforcing materials, deck boards, fasteners, etc. that come into contact with the load to be transported, reducing weight and minimizing staining due to rainwater, etc.

In addition, the floor longitudinal beams can be stored against the supports when not in use, taking up less space.

This is particularly suitable for transporting jigs.

Furthermore, the inclination angle selection tool allows the floor longitudinal beam to be horizontal or inclined, so the angle of the floor longitudinal beam can be changed depending on the type of load.

Although this invention has been explained as an aluminum satsushi transportation device,
Of course, this jig can be used to transport plate glass, etc.

[Brief explanation of the drawing]

FIG. 1 is a partial perspective view of an aluminum sash transportation jig according to an embodiment of the invention, FIG. 2 is a partial perspective view showing the hook portion,
FIG. 3 is a side view of the floor longitudinal beam, FIG. 4 is a partial perspective view of an aluminum sash transport jig using another support, and FIG. 5 is a partial perspective view showing the hook portion. In the figure 1... Aluminum sash transportation jig, 2, 2'.
・・・・・・Pole, 3・・・・Floor beam, 7・・・・・・
Hook, 10... Reinforcement material, 14... Floor longitudinal beam, 16... Deck board, 23...
...Inclination angle selection tool.

Claims (4)

[Scope of utility model registration request] (1) A plurality of columns connected by hook attachment beams equipped with hooks are arranged at a distance, a floor beam is placed at the bottom of the column, and a plurality of reinforcing members are fixed to the side walls of the column at a distance from each other in the vertical direction. An aluminum sash transportation jig, characterized in that a longitudinal floor beam provided with an inclination angle selection tool is hinged to the floor beam. (2) The pillars are composed of a pair of vertical pillars that extend diagonally upward and that face each other and abut at their tips, and a horizontal pillar that connects the vertical pillars, and the hook attachment beam is fixed to the horizontal pillar. The aluminum sash transportation jig according to item (1), characterized in that: (3) The aluminum sash according to item (1), wherein the support is made of a plate that is narrow at the top and wide at the bottom, and the hook attachment beam is fixed to a hole drilled at an appropriate position in the plate. (4) The aluminum sash transportation jig as set forth in item (2) or item (3), wherein the inclination angle selection tool comprises a channel-shaped member hinged to the tip of the longitudinal floor beam.