SU1243856A1 - Rolled stock transloader - Google Patents

Description

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The invention relates to rolling production and can be used to transport rolled products. including circle, for example, on cutting lines.

The purpose of the invention is the ynpomeHvie structure and at the same time the expansion of the technological capabilities of the device.

FIG. schematically shows the proposed device when installing it in the cutting line, side view; Fig. 2 shows a variant of the slider especially for the cutting line; in fig. 3 - option to install the ruler on the beam.

The device contains carrier beams 1 for transportation of rolled metal 2, installed separately on two supporting rollers 3 and 4. At the same time, roller 4 is fixed on the pivot arm 5 of the drive transmission 6 (the drive is not shown), and roller 3 is fixed on rack 7, mounted on the foundation. The beam 1 is connected to the lever 9 of the longitudinal movement mechanism. The lever 9 is fixed on the drive transmission 10 (drive not shown). In addition, a ruler P is fixed to the beam with the main bearing surface 12 and the protrusions 13 for receiving the rental. The main bearing surface 12 has two sections, one of which is located beneath the undercarriage 14, and the other under the cutting rack 15. The portions of the site 12 are divided by the I3 unit. The device also contains the outgoing roller table 16 and the saw disk 17, Line 11 (FIG. 2) is rotatably mounted with respect to the beam by means of the axes 18. and 19 and is provided with an additional bearing surface 20 the area of the main bearing surface 12 located under the roller conveyor 14. The additional bearing surface 20 is located opposite and symmetrically to the specified section of the main bearing surface 2 about the axis 18. Kr Moreover, the ruler is provided with a hole 21 for its rotation about the axis 18.

The device works as follows.

After the delivery of the rolled product, for example, a circle, on the conveyor table 14

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the transmission drive 6 is activated, which through the lever 5, the roller 4 lifts the beam I from the initial position shown in fig. .1 and 2, in a tilt5 position above the level of the roller tables and the cutting rack. In this case, the circle is on the support surface 12 and, due to the inclined position of the ruler, is pressed under the action of

0 of the component weight to the protrusion 13. Then the mechanism of the longitudinal stir, 5 and the beam is switched on by the action of the pull 8 transfers the circle, retains its inclined position, to the zone stela 5 and 15. Then the beam descends and the circle appears on the stella: ke. The occurrence of a component of the weight of a circle acting OPPOSITE FOR THE direction of movement of an obliquely mounted beam,

20 prevents rolling out of the circle when starting off and stopping the beam, which allows to ensure the accuracy of rolling stock without reducing the speed of movement.

25 During the cutting of the steel, the beam returns to its original position. When the next rental comes to the feeder roller conveyor, the work of the transferor is carried out in a similar way.

30, however, two pieces of rolled stock are transferred: one from the inlet roller table to the cutting machine, and the other from the cutting rack to the outlet roller table. In the case of cutting the rolled metal at the place of installation of the ruler, it is taken out of the cutting area by rotating it around the axis 18, while using the grip hole 21, and the additional supporting surface is installed in the area

downhill roller table. In order to more conveniently choose the optimal angle of inclination of the ruler, you can use the adjustment of its position by moving the axis 19, for what. corresponding holes should be provided in the beam (fig. 3). The tilt of the ruler can be adjusted by gripping its cantilever part with the aid of aperture 2,

0 Longitudinal movement of other rolling profiles that are not prone to rolling, is carried out with the horizontal position of the beam, which is achieved by changing the angle of rotation.

5 transmissions 6,

The introduction of the proposed device in pnn and cutting rolled sections ensures reliable movement

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round rolled without rolling and allows you to simplify the design by eliminating one transmission of the mechanism of vertical movement, which simplifies the installation of the transfer line in the cutting line and reduces the metal consumption. In addition, the installation line

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with the possibility of its rotation relative to the beam, we simplify the withdrawal of the ruler from the cutting rack area, if necessary, and maintains support for the 5 rolled products in the area of the incoming rolling, which increases the reliability of transportation.

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Claims (2)

1 . A HIRE RADIATOR, comprising movable support beams mounted each on two track rollers, one of which is connected by a lever with a vertical displacement drive, a lever mechanism for longitudinal movement of the beam and a ruler fixed to the beam with protrusions along its supporting surface interacting with the rental, characterized in that, in order to simplify the design and expand the technological capabilities of the rolling shifter by ensuring accurate transmission of round steel, another track roller is installed appearing on the fixed support. 2. The translator by π. 1, characterized in that the ruler is mounted on the beam cantilever on a hinged support and is equipped with an additional supporting surface of a shorter length, located opposite the main supporting surface, and its fixing elements relative to the beam. S3 00 00 JV>