SU1484553A1 - Apparatus for referencing and fixing satellite devices - Google Patents

Abstract

The invention relates to the processing of materials by cutting, in particular, to devices for mounting satellite devices in automatic lines. The invention reduces the clamping time of the satellite attachment. In the housing 7 of the clamping mechanism, two prisms 8 are arranged to move towards each other, in the grooves 22 of which vertical shelves 24 of L-shaped levers 10 are placed, the axes 9 of which are rigidly connected to the housing 7 of the clamping mechanism, and the horizontal shelves of the levers 10 are installed in a groove 23, the pusher 11 is spring-loaded relative to the housing 7. Moreover, the lever 10 and the upper part of the pusher 11 are placed in the cavity 12 of the satellite attachment 1. The lower spring-loaded part of the pusher 11 is located in the groove of the housing 7 and projects in the upper raised position The enclosure of the satellite 1 beyond the bottom of the hull. The prisms 8 are made with the possibility of covering the rod 15 of the hydraulic cylinder at the place of its groove 16, and the collar 17 of the rod 15 are capable of interacting with the supporting surfaces of the 21 prisms 8. The satellite 1 device moving along the rollers at the working position enters the vertically mobile sections of the guides located under each roller of the satellite accessory 1. At the same time, the rod 15 of the hydraulic cylinder enters the gap between the prisms 8. When the satellite 1 is lowered under the action of its weight and part weight, the pusher 11 rotates the levers 10 and converges the prisms 8. Then the rod 15 lowers and clamp the prisms 8 through the housing on the basis of the working position. 5 il.

Description

314845534

prism 8 includes a rod 15 hydrots levers 10 and reduces prism 8. Zalindra. When lowering the fixture, the rod 15 is also lowered by the collar of the satellite 1 under the action of its weight and clamps the prisms 8 through the body onto the weight of the part - the pusher I1 of the turn of the working position. 5 il.

The invention relates to the processing of materials by cutting, in particular, to devices for installing satellite devices in automatic and in-line mechanized lines.

The purpose of the invention is to reduce the time to fix the satellite.

Figure 1 shows the line, a general view; Fig. “2” - satellite fixture, bottom view; on fig.Z - section aa in figure 2; Fig. 4 shows a section B-B in Fig. 35 and Fig. 5; a section B-B in Fig. 3 (a prism in a diluted state).

Fixture-satellite 1 has four mechanisms 2 clamps fixed at the corners of satellite 1, as well as two sleeves 3 for fixing on the basis of working position 4. Satellite 1 can move along guides 5 along and across the automatic line on support rollers 6. B The casing 7 of the clamping mechanism has two movable prisms 8 connected through L-shaped levers 10 mounted on axles 9 with a pusher 11. The levers 10 and the pusher 11 are placed in the cavity 12 of the satellite 1 device. The spring 13 through the sleeve 14 squeezes the pusher 11 out of corps 7 and supports the prize we are 8 in the open state.

At the base of working position 4, a hydraulic cylinder is mounted, the rod 15 of which has a groove 16 and a flange 17. Satellite 3 is mounted on the base plates I8 of the working position 4. Satellite 1 moves along the guides 19 and is fixed using clamps 20. Prisms 8 have the supporting surfaces 21, the grooves 22, and the pusher 11 the groove 23. The vertical flanges 24 and the horizontal flanges 25 of the arms 10 enter into the grooves 22 and 25.

The device works as follows

Moving along the transport guides 5 on the support rollers 6, the satellite 1 at the working position 4 runs over the vertically mobile sections of the guides 19 located along

each roller 6 of the satellite 1. At the same time, the 8 BXO-I prisms of the 15 hydraulic cylinder rod are in the gap between two moving towards each other prisms 8 BXO-I. Then, the movable portions of the guides 19 are lowered and the satellite 1 sits down the sleeves 3 on the stationary cylindrical latches 20 on the basis of the working position 4. When the satellite 1 is further lowered under its own weight and part weight, the spring-loaded pusher 11, resting on the base plate 18, rises up, at the same time, the lags 10 rotate and reduce the prisms 8, which cover the groove 16 of the rod 15 in such a way that they have the possibility of vertical movement, and the satellite 1 sits its supporting surfaces 21 on the base plates 18 working position 4. Then the rod 15 is lowered and the flange presses the prisms 8, which, through the housing 7, clamp the satellite 1 on the basis of the working position 4.

The satellite is pressed in the following sequence: first, the rods of the satellite 15 clamping cylinders are raised, then the satellite 1 rises in the moving sections of the rails 19 while simultaneously expanding the prisms 8 to the sides. The released rod 15 of the hydraulic cylinder is lowered so as not to interfere with the movement of the satellite 1 along the line.

Claims (1)

Invention Formula A device for positioning and fixing the satellite attachment, comprising clamping mechanisms on the satellite with housings and hydraulic cylinders and sleeves with clamps and support rollers, which, in order to reduce the time to fix the satellite, each clamping mechanism is made into. i in the form of two prisms with grooves and supporting surfaces, a spring-loaded pusher with a groove and articulated 514845536 in the case of the L-shaped levers, with the regiment shelf - with the gtka bar, this is the horizontal shelf of each prism, and its bearing surface - the lever is designed to interact with the collar of the plunger groove on the stem, and a / g of the groove hydraulic cylinder. Uh BUT wow  L ihJLiJ H 1 Q-3 -g 3 Shya shp 2 6-6