The discharge hopper (30) is further supported on the foundation through the support wall (40) and the support post (50).
An outer edge of the discharge hopper (30) is supported on the wall post (12) through the circular beam (20).
The discharge hopper (62) and the housing for the dual screw conveyor (88, 90) comprise slots (78) to provide for additional drainage of the miscella therethrough.
The distribution cone (3) and the sliding body (4) are mutually connected and are secured in the discharge hopper (2) by means of mounting elements (14).
A controllable-discharge unloading hopper device and a concrete stirring equipment with the same are provided.
The dump bin system (10) includes a dump bin (100) which is located on a support frame (300) supported by a gantry 5 (400).
The discharging hopper (11) is communicationally connected with an air classifier (12).
The dump bin system (10) includes a safety control system (200) which 10 prevents opening of the drop bottom whilst the dump bin (100) is in transit between the floor of the excavation site and the support frame (300).
A cone-shaped discharging hopper (11) is set on the lower end of the inner cylinder (2), and the side wall thereof is provided with sieve openings.
A dump bin system (10) provides for efficient removal of earth from a deep excavation site.
The dump bin (100) has a drop bottom to discharge earth into a trailer (not shown) positioned below the support frame (300).
An Automatic exhausting transfusion set includes a dropping hopper (1), an upper infusion hose (2) and a lower infusion hose (3).
A lower connection tube (9) is sheathed on the liquid outlet (8) of the dropping hopper (1), and the lower end of the lower connection tube (9) is connected with the lower infusion hose (3).
According to the invention, the discharge shaft (7) has a substantially horizontal arrangement (9) via which the raw meal (11) flows into the calciner transverse to the direction in which the gas of the calciner (3) streams.
A liquid inlet (7) and a liquid outlet (8) of the dropping hopper (1) are respectively communicated with the upper infusion hose (2) and the lower infusion hose (3).
In use, the dump bin (100) is filled with earth at the floor of the excavation site and transported by crane to its position supported on the support frame (300).
The unloading hopper device comprises an unloading hopper module (10) and an unloading valve module (20) connected with the bottom of the unloading hopper module (10).