SU1323477A1 - Vibrating conveyer - Google Patents

Abstract

The invention relates to a vibration technique. The goal is to expand the technological capabilities of the vibrating conveyor due to the reorientation of the transported products. The conveyor includes mounted on a stationary base 2 on the springs 3, 4 closed working body (RO) 1 in the vi. 1de arc of a circle. The springs 3.4 are located in the direction of the radii of the arc of the circle RO 1. The rigidity of the spring 3 installed in the loading part of RO 1 is less than the rigidity of the spring 4 installed in the discharge part of PO 1. On the base 2 there is an electromagnet 5 and a measur 6, is a vibration exciter. Moreover, PO 1 can be made detachable and has a locking mechanism. When the electromagnet 5 is turned on, PO 1 receives directional oscillations by means of springs 3, 4. Due to the different rigidity of the springs 3, 4, the amplitude of oscillations PO 1 in the loading part is larger than in the unloading part. This achieves a uniform movement of parts along RO 1. When exiting PO 1, the parts are reoriented by 90 compared with the initial position. 2 hp f-ly, 2 ill. i (L CAD yoo 4

Description

The invention relates to the vibration technique, namely to the vibration conveyors, and can be used in the automation of the automated cured production lines of electronic products.

NIKI.

The purpose of the invention is the expansion of the technological capabilities of the vibrat-dád conveyor due to the reorientation of transported products.

FIG. L shows a vibration conveyor, a general view; FIG. 2 is a sectional view of FIG. 1.

The vibrating conveyor contains a curvilinear working body 1 closed from above, made in the form of an arc of a circle, mounted on a fixed base 2 on springs 3 and 4,

Springs 3 and 4 are located in the direction of the radii of the arc of the circumference of the working body 1. The vibration exciter consists of an electromagnet 5 mounted on a fixed base 2, and a core 6 attached to the working body 1 using a bracket. The stiffness of the spring 3 installed in the loading part of the working body is chosen less than the stiffness of the spring 4 installed in the unloading part of the working body.

The working body 1 can be disassembled and equipped with a fixer 7 and in the form of a spring-loaded pin 8 5, a bar 9 and a pivot pin 10 with a lip ;, located in the sleeve 11.

Vibrating conveyor works in the following way.

When turning on the electromagnet 5, the working body 1 receives directional oscillations by means of springs 3 and 4 "

Transported parts such as a diode, in an oriented position, lead downward to the working body 1. Due to the different stiffness of the springs, the amplitude of oscillations of the working body in the loading part is greater than the amplitude of its oscillations in the unloading part, which results in more uniform movement of parts through the working body. When leaving the working device, the parts are reoriented by 90 ° compared to the original position, thus achieving the expansion of the technological capabilities of the vibrating conveyor.

Claims (1)

Invention Formula 1o A vibrating conveyor containing a working body and a vibration exciter mounted on a stationary base on springs, characterized in that, in order to expand technological capabilities due to reorientation of the conveyor of such products, the working body is curved in a vertical plane in the form of an arc of a circle, and the springs are located in the direction of herradius. 2 "Conveyor pop, 1, differs - JO y and with the fact that the springs are installed in the loading and unloading parts of the working body, while the stiffness of the spring installed in the loading part is less than the rigidity of the spring installed in the discharge part. Zo Conveyor according to claim 1, characterized in that the working body is made detachable and provided with a locking mechanism. F1 / .2