SU658608A1 - Apparatus for compiling a set of ferromagnetic lamination - Google Patents

Description

(54) DEVICE FOR COMPLETING A PACKAGE OF FERRO.LAGNETIC PLATES

The invention relates to process equipment for assembling ferromagnetic plates into packages and can be used in the electrical industry.

A device for assembling packages, in particular, magnetic pipelines, is known, which comprises a stack forming unit for mounting on the base and being operated with the aid of a control system, which is located perpendicular to the strip feeding direction.

However, the known device does not allow to complete products from packages with different dimensions.

It is also known a device for assembling packages of ferro-magnetic plates, consisting of a base, a vibrating hopper, a device for orienting plates, made in the form of a disk with two parallel non-magnetic walls, between which there is a pass shield, and on the outer sides of the walls are magnets and A device for receiving oriented plates 2.

However, a disadvantage of this device is that an increase in productivity, which is possible only by increasing the switching frequency of the magnetic field, leads to a decrease in the reliability of the device.

The purpose of the present invention is to increase the productivity of the device.

This goal is achieved by the fact that on the inner side of the walls there are made rectangular notches located in front of the flap along the movement of the plates.

FIG. 1 is a schematic of a device for receiving plates in a picker; in fig. 2 shows a picker in the automaton system; in fig. 3 - device orientation unit; in fig. 4 shows a diagram of the trajectory of movement of the plates in the path.

The device consists of a housing 1, between the walls 2 of which a transmissive rod 3 is placed in the upper part, and 0 magnets 4 are located in the outer non-through cuts 4 fixed on the end planes of two coaxial rotating disks 5. Each of the disks 5 sits on a coaxial body 1 roller 6. Axial movement of disks 5 with magnets 4 is limited by sub-supports 7 and 8. The inner surfaces of non-magnetic steaks 2, which form a channel for raising and orienting the plates 9, have opposite rectangular cuts, which go down in the center direction. body 1 and raspolozhenHi ie close to the shield 3. Immediately behind the flap 3 along the plate 9, cutout slowly comes to naught. Between the non-magnetic walls 2 there is a screen 10 and a transport tube 11 for cut-off plates 9. The path for feeding the plate set m; | 9 contains a cylindrical vibrating hopper 12 and a fixed disk 13 and a set of electromagnetic pick-ups arranged concentrically to the bunker 14. For receiving the plates 9, the subassembly is equipped with a ruler 15 with a running electromagnetic field, and for receiving oriented plates with an electromagnetic device 16. The device operates as follows. The plates 9 loaded onto the hoppers 12 are raised and slide onto the surface of the fixed disc 13 into their pick-up and pre-orientation zones with pick-ups 1-4. Next, the plates 9 are transferred by the pick-ups 14 to the picker and dropped onto the ruler 15, transmitting them one by one to the pick-up area by the magnetic 4 acting through the non-magnetic walls 2. In the process of continuous rotation of the disks 5, the magnets 4 follow in a circle to move across the plate 9. In this case, the plates are arranged in radially relative to the mowing rotation of the magnets of 4 planes, which is ensured by the appropriate arrangement of the poles of the magnets 4. The speed of movement of the plates 9 is equal to lintels of the 1st speed of changing the pairs of magnets four.

.: n, scost 11 of the steps of the notches on the inner section of the non-magnetic walls 2 at the time of the coiiMenteHHHHs of the ends of the movement n.) U.pig.p p (;. 3. In the rez. ;, there are nots 9, the position of which coincides with the gyyu: {; zm of the slit in the pad 3 pr) G1 are simulated without sticking with minimal resistance to friction and follow to the device for receiving oriented plates 16 The plates 9, the position of the cores do not coincide with the position of the cutout in the shield 3 are cut off by the im and freely 1ad through the channel formed The Maugo, by cutting the non-magnetic walls 2, past the screen 10 through the transport tube 11, is returned by the device and the vibro-bunker 12. l-irioOpeTiMine poses; 1 it boosts productivity (i.e. packages with their automatics) Ssk (: device for assembling a package of ferromagpite n / 1astn. content; its base, internal bunker. The device is oriented: lijiacTHf, BiMiro.iiieHH.bie in the form of a disk with two; ara; 1le.l; And) non-magnetic walls, between the cots) p1z; mi is located. and from 1 to 1) he cTiioK j) ac position,: And a device FOR receiving o) -ierrnipoBaii bix plates, characterized by that. chgo, for the purpose of the tailing of the software - productivity uspOiiCTiia, on the right side of the steppes in the field: b g rl; ogo; 1 cuts, rasiitJ. u) ei; Mi i; 11 stochpik11) matsi; - ;. accepted at the attention of experts from 1. USSR Author's Certificate to 427405, cl. I am 01 F 11/02. 1969. and. Copyright C1; the USSR Union L 3P567, K.i. And 01 F 41/02, 1971.

one

fu2.5

No

3

yoeVragg plates

Package / from St / HKep

position

glueing