SE454506B - WASTE CONTAINERS - Google Patents

Description

454 506 chamber rotatably mounted or transverse to the length of the container direction back and forth movable, widened, directed downwards nozzle.

Through this solution, the waste passes through it preferably hydraulically displaceable piston more powerful jump sat, with a ratio of about 1: 6, then through the flask inclined work surface also has an obliquely upwardly directed pressure component. nent affects the waste, so that the compressed material no longer or only slightly resilient and in practice stops in an almost vertical material wall. The filling of the container continues until the piston presses pressure reaches a predetermined value at which an automatic technical disconnection of the propulsion occurs.

Through the swivel or across the chamber back and forth moving, extended, downward suction nozzle they come at the bottom of the chamber, the particles accumulated to be sucked up without getting stuck, then the nozzle through its movement constantly is sufficiently free.

The invention will be described in the following with reference to the figures, in which an embodiment is shown. On the figures show: Figure 1 is a top view of a waste container, Figure 2 is a vertical section along the line II-II in Figure 1 of a partially shown container, Figure 3 is a partial cross-section along the line III-III in Figure 2.

The airtight and vacuum-resistant waste container 1 is provided at its one short end with an emptying hatch 2, which is arranged opposite one to the upper part of the container arranged chamber 3 which is separated by a filtering wall 454 506 from the container room. A room 5 is according to the invention connected to the chamber, which space is arranged between the roof of the container and one at a distance parallel thereto arranged, extending over the length of the container, filter shaped wall 6. Below the chamber is a preferably hydrated Raulically reciprocable pressure piston 7 mounted, which is provided with a floor adjacent to the 3 floors of the chamber release plate 8. The working surface of the pressure piston 7 consists of an inclined set, surface extending towards the firing direction.

A suction line arranged next to it opens into the chamber 3 9 or negative pressure line with a downward direction towards the bottom tat, extended nozzle 10. Through this suction line 9 the entire container is placed under a negative pressure, waste with feed air is sucked into the collection room 12 through a sideways deflection of the chamber 3 and 90 °, feed line inserted through the filtering wall 11. It loose the incoming waste in room 12 is compressed periodically by the displacement of the pressure piston 7, until room 12 is filled with compressed waste, it then resulting pressure to be overcome exceeds a predetermined value. This is utilized to automatically turn off the plunger.

The feed air that in connection with the filling is led into the chamber 12, is led away by means of the one with the nozzle 10 provided suction line 9 over the filtering walls 4 and 6 and the chamber 3.

As a result, finely divided material ends up in the chamber 3, which ket settles on its bottom and on the release plate 8. For to remove the comminuted material, the nozzle 10 connected to a telescopic tube part 9a, which is movable back and forth across the longitudinal direction of the container 1 in 3 either manually or automatically, so that it distributed material can be sucked out of the chamber and from 454 506 its bottom. Through this movement, the mouthpiece of the nozzle is opening constantly sufficiently free to hold. It is, however, time also possible to store the expanded nozzle 10 at a vertical axis to achieve the corresponding purpose.

It has been shown that the waste through the new the shape can be compressed more strongly, with a ratio of about 1: 6, thereby improving the degree of filling of the container considerably. Furthermore, the chamber 3 is constantly freed from split material without manual cleaning.

Claims (1)

454 506 EHIENIKEQU A waste container with a collection space (12) to which waste is pneumatically supplied at one end thereof and at which end the space has a chamber (3) separated by a filtering wall (E), in which a suction line (S) (undergrowth line) forms, and under which a draining hose (E) arranged in the direction of an opposite side and displaceable, pushing piston (7) projecting obliquely in the direction of displacement, is mounted, which is provided with a release (BJ, k ä adjacent to the bottom of the chamber). characterized in that the suction line (SJ opening) is designed as a longitudinally mounted or transverse longitudinal direction of the container in the chamber (3) movable, widened, downwardly directed nozzle C10). E. Hvfallscontainer according to claim 1, characterized in that chamber C33 communicates with a space (5) formed between the roof of the container and one at a distance from this parallel filtering wall toe).