SU1043766A1 - Apparatus for sorting electric energy chemical source elements by height - Google Patents

Description

The invention relates to the technical industry and can be used in rotary machines for sorting the height of the elements of chemical current sources.

A device is known for sorting flat cylindrical articles by height / containing a loading capacity, a horizontal rotating disk, forming with a roller mounted above it | (an aliasing slit, and a collection of articles 1

The disadvantage of this device is that the calibration target has the same height throughout its length and, therefore, the separation of products n {occurs only in two streams.

The closest to the proposed technical essence and the achieved results is a device for sorting the elements of a chemical source, the current source, containing a loading tray, a horizontal rotating disk mounted above the inclined ring that forms a calibration slot with the disk, and output trays .

However, this device has a complex structure, due to the presence of the mechanism of rotation of an inclined ring.

The purpose of the invention is to simplify the design.

This goal is achieved by the fact that in a device for sorting the height of elements of a chemical current source containing a loading tray, a horizontal rotating disk, an inclined ring mounted above it, which forms a calibration slot with the disk, and output trays, an inclined ring is set eccentric about the axis of rotation of the disk With offset to the side of the largest size of the calibrating slot, and the loading tray is located outside the ring in the place of the smallest gap size.

1 shows a schematic of the proposed device, a longitudinal section in FIG. 2 is the same, a plan view of FIG. 3 - the angle of entry is sorted from the products into the calibrating slot. The proposed device contains a boot tray 1, horizontal

5 rotating disk. 2. Above the disk, on the brackets 3 and 4, is fixed an oblique number} 1 of 5, mounted eccentrically relative to the axis of rotation of the disk with an offset to the side

10 of the largest size of the calibrating gap formed by the disk and ring. The angle of inclination and the height of the ring above the disk are adjusted by screws 6-9. The size of the calibrating gap formed

5 by a disk and a ring, increasing in the direction: from the loading tray towards the output trays 10 and 11.

At the entrance angle oi; implies; the angle between the tangent to the path of free movement of products together with the disk and the tangent to the path of forced movement along an inclined ring. The device works as follows.

5 way.

The sorted elements are fed along the loading unit 1 to the Rotating disk 2 and further to the inclined ring 5. Moving along its outer surface, are the elements whose height. does not exceed the maximum height of the calibrating slot; they pass under the ring into the output tray 10. Elements of greater height continue their movement along the cage and fall into tray-11.

In the proposed device, a sorting of 1 elements is made into two streams.

If necessary, the number of threads

0 can be increased by changing the slope of the ring and setting the required number of output trays in appropriate places.

The proposed device has

5 simple design, high accuracy of sorting and the absence of closure of elements in the calibrating gap. .

Claims (1)

SORTING DEVICE. BY HEIGHT OF 'CHEMICAL CURRENT SOURCE ELEMENTS' containing a loading tray, a horizontal rotating disc mounted above it. inclined ring, which forms a gage gap with the disk, and the output is. ny trays, characterized in that, in order to simplify the design, an inclined ring is installed. eccentric relative to the axis of rotation of the disk with an offset to the side / of the largest size of the calibrating plate, and the loading tray is located (outside the ring together the smallest. (size of the slit.,. _β 1 1043766