Discharge system for discharging conveyed goods
AssigneeLoibl Forderanlagen GmbH
InventorKarl Zeitler
Life of this patent
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Abstract
The invention relates to a discharge system for discharging conveyed goods, in particular electrical and electronic scrap, from a bunker container, including a receiving hopper for receiving conveyed goods from the bunker container with an upper feed opening and a lower discharge opening located opposite the same, at least one, preferably horizontal, conveying device arranged underneath the discharge opening, for conveying away the conveyed goods exiting from the discharge opening of the receiving hopper, and a pressure relief and metering device for relieving the pressure in the receiving hopper and for metering and/or separating the conveyed goods.
Claims12
A discharge system for electrical and electronic scrap, comprising:
- a receiving hopper with an upper feed opening and a lower discharge opening located opposite the same, for receiving the electrical and electronic scrap;
- at least one horizontal conveying device arranged underneath the discharge opening for conveying away the electrical and electronic scrap exiting from the discharge opening of the receiving hopper;
- and
- a pressure relief and metering device for relieving the pressure in the receiving hopper and for metering and/or separating the electrical and electronic scrap, wherein the pressure relief and metering device has at least one first beam-shaped metering element and one second beam-shaped metering element, which are arranged in the receiving hopper between the feed opening and the discharge opening, in an area above the discharge opening, wherein the first beam-shaped metering element is motor-driven about a first longitudinal axis and the second beam-shaped metering element is motor-driven about a second longitudinal axis, independently of one another, and wherein the first and second beam-shaped metering elements are arranged at a horizontal distance from each other at different height levels in the receiving hopper, wherein the first beam-shaped metering element and the second beam-shaped metering element have a distance in a horizontal direction, wherein the distance in the horizontal direction is greater than a cross section of one beam-shaped metering element, corresponding to a doubled or a tripled cross section of the one beam-shaped metering element.
Dependencies are inferred from the claim text.