Abstract: A device for delivering flowable bulk material having a retractable loading chute (1) consisting of guide cones (2) for flowable material placed coaxially one above the other. In a retracted position of the loading chute (1) the guide cones nest in each other and in an extended position they define together with an outer mantle (7), a drop shaft. A wire or rope arrangement (11, 12) is adapted to retract and extend the loading chute (1) relative to an abutment or outlet cone (5). The loading chute (1) is of modular construction, each module comprising a guide cone (2), an outer tubewall module (7) and a rapid-securing device for securing the edges of the outer tube-wall module (7) to an upper and a lower guide cone (2). A closure cone (3), adapted to close an outlet opening (4) of the outlet cone (5), is connected to the lowermost guide cone (2), the closure cone (3) being adapted to be lowered relative to the outlet cone (5) for opening the outlet opening (4) of the loading chute (1).

Abstract: Apparatus for delivering flowable bulk material such as grain, substantially free of dust into a receptacle, such as a vehicle, wherein the grain is delivered through a filter assembly to a chute which can be elongated and contracted and which has a lower end for connection to the vehicle. The filter assembly is also capable of assuming elongated and contracted states in order to confer a greater free height below the lower end of the chute. The filter assembly is formed with an outside filter housing capable of being elongated and contracted and within the filter housing is a suction chamber downstream of which, one or more filter bags are provided to separate dust from suctioned air. The filter bags can be constructed to prevent radial and longitudinal collapse thereof, as well as to undergo contraction when the chute and filter housing are contracted. An inlet pipe can be provided within the bag to convey the grain to the chute and in the contracted state the chute surrounds the inlet tube.