SU1070090A1 - Vibrated hopper-type feeder - Google Patents

Abstract

1. VIBRATION BUNKER FEEDER, containing a bowl connected by flat horizontal springs and dampers to the upper flange of the lattice hyperboloid torsion, between the flanges of which an electromagnetic vibration exciter is located, and a reactive plate, characterized in that, in order to increase the reliability and stability of operation, it is equipped with an additional electromagnetic plate an exciter placed between the bowl and the upper flange of the torsion, and the vibrations created by the electromagnetic exciters are shifted along AZE. 2. A feeder according to claim 1, characterized in that the dampers are made in the form of rubber elastic compression members. (L o so

Description

This invention relates to automation. In FIG. 1 shows a general view of a vibration machine and can be used with an on-line bunker feeder; in fig. 2 -

Vano for piece delivery of products to A-A in FIG. 1. grippers of manipulators in the worktechnical-vibrating feeder is

systems serving the machines and a three-mass oscillatory system,

other equipment. consisting of working, intermediate and

Known vibration hopper pi-reactive mass.

with a tangential independent. The working mass contains a thicket 1 with a Vinoy axial electromagnetic vibrating conveyor tray and measles 2 detectors informing the worker of an additional electromagnetic vibrating-time torsional and vertical vibration generator, oscillations 1. The intermediate mass contains an electrical source. to produce large amplitudes and measles 4. The reactive mass contains

torsional vibrations required for jet plate 5 and electromagnet 6

Achievement of high transport-vibration excitation speeds. The reactive spraying mass, the tangential vibratory excitations with the intermediate lattice hyperly, should work with a large gaping trough torsion 7. Intermediate

which significantly reduces their mass efficiency is connected to the thicket, 1 by

Vibrating hopper feeder, 11

containing a thicket, connected flat-Vibration hopper feeder ramie springs and dampers with upper. as follows, flange. lattice hyperboloid Vertical oscillations created by the torsion, between the flanges of which ram electromagnet 6 and the core 4 transform the electromagnetic vibration of the hyperboloid torsion 7 into the windrower, and the reactive plate 2. the oscillations reactive, intermediate to the disadvantages of the specified vibration and working masses. Since the working mass

The bunker feeder should be attributed to the intermediate one by means of the n-dimensional growth of the vertical component, springs 8, which have compliance

oscillations with increasing torsional composition-g vertical direction, and rubber

which does not allow one to achieve the opioelastic elements 9 of compression, which bring

transport mode. substantial attenuation in vertical

The purpose of the invention is to increase the reliability-direction, it makes relatively

stability and stability of the work. Intermediate mass vertical gauges The goal is achieved by the fact that both the working and intermediate masses are a sibling bunker feeder, they include torsional vibrations as one

thicket, connected by a flat mountain-whole.

strums with springs and dampers; Due to this, during the operation of the apparatus, the pathogen, and the reactive plate, is provided with a vertical component, which is supplemented by additional electromagnetic vibration of the working element with simultaneous exciter located between the frequency increase of the torsion component and the upper flange of the torsion, and moreover.

the oscillations created by electromagnetic oscillations — by adjusting the amplitude of the vermics by vibration exciters, are shifted by 45 vertical oscillations carried out from phase to change voltage parameters, subwoofer. In addition, the dampers are made optimally to the electromagnetic vibration modulus of the elastic elastic elements of the hedgehog-bodies of the body, it is possible to get optimum strati. .

10700902

flat horizontal springs 8 and elastic rubber elements 9 compress, settling with a phase lag, while

Claims (2)

1. VIBRATION BUNKER FEEDER containing a bowl connected by flat horizontal springs and dampers to the upper flange of the lattice hyperboloid torsion, between the flanges of which there is an electromagnetic vibration exciter, and a reaction plate, characterized in that, in order to increase the reliability and stability of operation, it is equipped with an additional electromagnetic exciter placed between the bowl and the upper flange of the torsion bar, and the vibrations created by electromagnetic exciters are shifted in phase. 2. Feeder by π. 1, characterized in that the dampers are made in the form of rubber elastic compression elements. Fig. /