SU1286465A1 - Gravity conveyer - Google Patents

Abstract

The invention relates to the field of lifting and transport machinery and improves the efficiency of the gravity conveyor (K) by providing separation of the transported vessels (TS) 7 and 8 with flanging. For this purpose, K is provided with a separator TC 7 and 8, made in the form of two guides 6 connected at the outlet with a K C-shaped guide link (FROM). The guides 6 are mounted on frame K and are arranged parallel to the inclined 2 and horizontal 3 sections. Installed one in the other, TC 7 and 8 move along section 2 and are braked on section 3. When in contact with the arc, the NC 7 and 8 stop. In this case, the NC is located between the flanges of the vehicle 7 and 8. The operator lifts the upper vehicle 7 by the flanging. The lower vehicle 8 ends with an end against the link and separates from the vehicle 7. After removing the vehicle 7, the lower vehicle 8 is lowered onto the 4 K rollers and under pressure The fixed vehicles 7 and 8 are moved to the output from K. 2 Il. (L

Description

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FIELD OF THE INVENTION The invention relates to a lifting and transport machinery, in particular to gravity conveyors transporting vessels placed one another.

The aim of the invention is to increase the efficiency of the conveyor by ensuring separation of transportable vessels with flanging inserted one into another.

Figure 1 shows the conveyor, a general view; figure 2 is the same, top view.

Gravity conveyor contains frame 1 with inclined 2 and horizontal 3 sections, on which rollers 4 are installed. On frame 1 by means of brackets 5 two guides 6 are mounted, installed at a predetermined height between the flanging of vessels, i.e. between the lower end of the upper conical vessel 7 and the upper end of the lower conical vessel 8. The guides 6 are connected at the exit from the conveyor with a C-shaped guide link 9, forming a separator of vessels.

The guides 6 are arranged parallel to the horizontal 3 and inclined 2 sections and, together with the C-shaped guide link 9, are a vessel separator.

The conveyor works as follows.

The conical vessels 7 and 8 installed one into the other move along the inclined section 2, partially braking on the horizontal section 3 of frame 1. Moving the C-shaped guide 9 to the arc in an arc, the vessels stop. In this case the link 9 is located between the flanging of the vessels 7 and 8. The operator lifts the upper vessel by the flanging. The lower vessel, which is in adhesion with the upper vessel, abuts against the link 9 with its end face and, due to this, easily separates from the upper vessel. After removing the top

Vessel 7, the lower vessel 8 is lowered onto the rollers and under pressure from the pressure of the stopped vessels moves to the exit from the conveyor. The upper vessel of the next pair rests again on the link 9. The operations of the separation of the vessels in the discharge zone of the conveyor are repeated.

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Claims (1)

Invention Formula A gravitational conveyor containing horizontal and inclined sections with support rollers, characterized in that, in order to increase the efficiency of the conveyor by providing separation of transported vessels inserted one into another with flanging, it is equipped with a vessel separator made in the form of two guides for separating vessels flanging connected at the exit from the conveyor with a C-shaped guide link and located parallel to the horizontal and inclined parts of the conveyor.