SU1523481A1 - Vibrating charging device - Google Patents

Abstract

The invention relates to vibration technology and can be used to automate the loading of assembly, control and other technological equipment with piece blanks. The goal is to increase productivity. The vibration loading device contains a base 1 mounted on shock absorbers 2, on which a vibromachine 4 with a conical bottom (D) 6 is installed on elastic elements 3 A hole 7 with flanging 8 is made in the center D 6. An axis 9 is fixed in the hole 7, fixed on the base 1 A podbunker 10 is fixed on axis 9 with an outlet cone pipe (KP) 11 located in the vibrating cup 4. Flanging 8 apertures 7 is located in the KP 11 under the canopy 12 fixed on the axis 9. The vibrations of the vibrating cup 4 are communicated from the electromagnetic vibrator 13. on the D 6, they are subjected to intensive turning by the flanging 8. This avoids the hang of the blanks in the gearbox 11 and thereby improves the performance of the device. 1 il.

Description

one

(21) 4383753 / 27-03 (22) 02.29.88

(46) 11/23/89. Bul 1 43

(71) Leningrad Polytechnic

Institute. M.I. Kalinin

(72 V.I. Gorchko

(53) 621.867.157 (088.8)

(56) USSR author's certificate

No. 541740, cl. B 65 G 27/00, 1975.

See the V.O. Vibration devices in mechanical engineering. Kiev: Mashgiz, 1962, p. 48.

J

(54) VIBRATION BOOTING DEVICE

(57) The invention relates to a vibration technique and can be used to automate the loading of assembly, control and other technological equipment with piece blanks. The goal is to increase productivity. The vibration loading device contains a base 1 mounted on shock absorbers 2, on which on elastic elements 3 mouths

SP

ISD

with

four

00

vibromachine 4 with a conical bottom (D) is inserted 6. In the center of the D 6 there is a hole 7 with flared 8, In the hole 7 there is an axis 9 fixed on the base 1. On the axis 9 there is a fixed pre-bunker 10 with an output conical pat- term (wheel KP) 11, located in vibrochash 4. Flanging In-hole 7 is located in KP 11 under the goat 12, d

fixed on the axis 9. The vibrations of the vibrochashe 4 are communicated from the electromagnetic vibrator 13. When pouring out the blanks on the D 6 they are subject to intensive turning from the stripping side 8. This avoids sticking the blanks in the gearbox 11 and thereby increasing the productivity of the device. 1 il.

The invention relates to vibration technology and can be used to automate the loading of assembly, control and other technological equipment with piece blanks.

The aim of the invention is to increase productivity.

The drawing shows the proposed device in, section.

The vibratory loading device contains a base 1 mounted on amch)) jams ah 2. Based on 1 on elastic elements - inclined springs 3, a vibrating bowl 4 is installed with a spiral tray 5 and a conical bottom 6, In the center of the bottom 6 there is a hole 7 with flange B, In the hole 7, an axis 9 is installed, fixed on the base 1, On the axis 9, a pre-bunker 10 is fixed with a conical outlet pipe 1i located in the vibromachine 4 Flanging The hole 7 is located in the conical pipe 11 under the goat 12 fixed on the axis 9 A cup 4 is communicated from an electromagnetic vibrator 13.

The device works in the following way.

The blanks are poured in bulk into the pre-bunker 10 and they through the conical nozzle 11 fall on the conical bottoms of 6 vibrochashes 4 and then under the action of

five

0

five

0

five

0

five

oscillations rise along the spiral tray 5. When pouring out the blanks on the conical bottom 6, they are subject to intensive turning from the flange 8, which on the one hand contributes to their better movement along the bottom 6, and the other side avoids hanging in the nozzle 11 and thereby increasing productivity devices. The visor 12 allows the pressure of the blanks located in the prebunker 10 to be relieved on the conical bottom and thereby stabilize the oscillation amplitude of the vibrating bowls, which also leads to an increase in the productivity of the device.

Claims (1)

Invention Formula A vibrating loading device containing a base mounted on the shock absorbers, connected to the conical bottom of the vibrochashes by elastic elements, fixed on the base of the preDbunker to the conical output nozzle, located in the vibrating bowl, and the causative agent of oscillations, which is that, in order to improve the performance of the device, the pre-bunker is fixed on the base by means of an axis with a visor, and a flared hole is made in the center of the conical bottom, while the axis is installed in the hole of the conical bottom, and flanging is located in the conical pipe under the visor.