RU1791055C - Apparatus for corrugating continuously moving strip - Google Patents

Abstract

Use: for corrugating a continuously moving belt. The inventive device contains installed in the housing 1 drive from the hydraulic cylinders 2 in a direction perpendicular to the plane of supply of the processed tape 3, the clamp 4 and forming tools 5, 6 located on both sides of the plane of supply of the tape 3, an adjustable receiver 7 mounted on the housing 1 between the hydraulic cylinders 2 and made in the form of two plates 10, 11, in each of which at a measured distance from one another, grooves 12, 13 are made for guiding the forming tools 5, 6, and two knots for restricting the reverse stroke of the tools ententa for placing their highlanders at the level of the working planes of the receiver, each of which is made in the form of a base plate 14, 15, with grooves 16, 17 for tools 5, 6 located between the cases of the power cylinders 2 and the corresponding plate 10, 11 of the receiver 7 with the possibility controlled movement along the rods of the power cylinders 2, and adjustable stops fixed to the lateral surfaces of the respective forming tools 5,6 with the possibility of interaction with the corresponding base plate 14, 15. 3 il. CO C

Description

-% The invention relates to the processing of metals by pressure, in particular to devices for corrugating a continuous moving belt.

The purpose of the invention is to increase the reliability of operation.

In FIG. 1 shows a device, a General view; in FIG. 2 is a section AA in FIG. 1; in FIG. 3 - section BB in FIG. 2.

The device consists of installed from the 10 housing 1 drive from the hydraulic cylinders 2 in the direction perpendicular to the plane of supply of the processed tape 3, clamp 4 and forming tools 5, 6 located on both sides of the plane 15 of the tape 3, adjustable receiver 7 and two nodes 8, 9 to limit the reverse stroke of the tools 5, 6 for placing their ends at the level of the working planes of the receiver 7. The receiver 7 is mounted on the housing 1 20 between the hydraulic cylinders 2 and is made in the form of two plates 10, 11, each of which is at a measured distance nii one from another about, grooves 12, 13 are made for guiding the forming tools 5, 6, respectively. 25 Each of the nodes 8, 9 is made in the form of a base plate 14, 15 with grooves 16, 17 for tools 5, 6, respectively, and adjustable stops 18, 19, plates 14, 15 are located between the cases of power cylinders 30 cylinders 2 and the corresponding plate 10 11 of the receiver 7 with the possibility of adjusting movement along the rod of the power cylinders 2. The stops 18, 19 are fixed on the lateral surfaces of the corresponding 35 forming tools 5, b with the possibility of interaction with the corresponding base plate 14, 15.

The device operates as follows, 40

In the initial position, the clamp 4 and the tools 5 are in the upper extreme position. The stops 18 abut against the base plate 14, whereby the tools 5 overlap the grooves 12 of the plate 10 of the receiver 7, the tools b are in the lower position, the stops 19 abut against the base plate 15, whereby the tools 6 overlap the grooves 13 of the plate 11 of the receiver 7.50

The tape between the roll holder and the pulling device (not shown) is laid on the plate 11 of the receiver 7 and pressed by the clip 4. The first tool 6 behind the clip 4 with the corresponding hydraulic cylinder 55 rises upward to the plate 10 of the receiver 7, carries the tape 3 along it, bending it around the left surface of the clamp 4 until it rests against the plate 10. Then, the power cylinder 2 of the first

by pressing 4 of the tool 5. When lowering, it carries the tape 3 along, bending it along the left surface of the tool 6 until it rests against the plate 11. Then the second tool b is raised after the first one, and then the second tool 5 and t are lowered after the first .d. After the last tools 5, b have been triggered, all the previous ones in front of it return with the corresponding hydraulic cylinders 2 to the initial position, after which the cycle of their work is repeated in the same sequence for calibrating the tape. For this purpose, a variant of simultaneous operation of tools 5, 6 is also possible. After the calibration is completed, clamp 4 and ACE tools 5, 6 return to their original position, a pulling device (not shown) is turned on, which moves the tape 3 until until the deepening of the last wave of the tape 3 is opposite the clip 4, When moving the tape 3, the tops of its corrugations in the area of the grooves 12, 13 of the plates 10, 11 rest on the ends of the tools 5, 6, which overlap the grooves 12, 13 and prevent jamming there are 3 tapes,

At the moment when the recess of the last wave of the tape 3 is opposite the clip 4, the last corresponding power cylinder 2 is lowered and enters this recess to calibrate and fix the tape by pressing it to the plate. Formula A device for corrugating a continuously moving belt, comprising, mounted in the housing, driven from the hydraulic cylinders in a direction perpendicular to the plane of feed of the processed belt, a clamp and forming tools located on both sides belt feeding planes, an adjustable receiver mounted on the housing between the hydraulic cylinders and made in the form of two plates, in each of which at a measured distance from one another, grooves are made for guiding the forming tools, different the fact that, in order to increase reliability, it is equipped with at least one additional tool pair with power cylinders, similar to those available, and two nodes for limiting the reverse stroke of the tools for placing their ends at the level of the working planes of the receiver, each of which is made in the form base plate with grooves for tools located between the housings of the power cylinders and the corresponding receiver plate with the possibility of adjusting movement along the rods of the power cylinders and adjustable stops, closing PARTICULAR on side surfaces of the respective molding tool engageable with the baseplate.

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