An apparatus for separating from a liquid mixture, first and second liquid components such as oil and water, wherein the first liquid has a greater density than the second liquid, includes a vessel (10) having an inlet (13) through which the mixture is introduced into the vessel (10), and an outlet (14) through which separated first liquid is in use discharged, and there being a separating member (12) within the vessel (10), the mixture being constrained to contact the separating member (12), th...

The separator machine disclosed includes a base and sheet feed means on the base. The sheet feed means includes a conveyor section having a plurality of parallel driven transverse feed shafts rotationally mounted on opposite ends of said shafts to advance the sheets along a guide to a nip roll and a plurality of cooperating idler rolls. The nip roll then drives the sheets to forwarding rolls located on either side of the machine. The forwarding rolls are controlled to have the same peripheral sp...

A separating cyclone for at least partially separating a mixture of fluids of different density into a light fraction with a relatively low density and a heavy fraction with a relatively high density, comprising a flow body in a flow space between the flow body and casing around the flow body wherein at least one bypass channel is provided in the distal part of the flow body, via which channels a part of the mixture flowing along the flow body in the flow space can be guided. Also, a method for ...

The invention relates to a separating device for separating a first liquid from a second liquid, wherein the first liquid has a lower specific density than the second liquid. The separating device comprises a receptacle with an inside wall, an inlet and an outlet, wherein the inlet is arranged above the outlet, and a separating member made of a permeable filter material that is capable of adsorbing the first liquid and is arranged within the receptacle between the inlet and the outlet and is con...

In a separating wheel for an air separator the radially outside ends of the separating wheel blades are tilted backwards in the direction of rotation of the separating wheel. In the area of the radially outside end of the separating wheel blades the front wall of the separating wheel blades which is viewed in the direction of rotation is tilted to the radial direction at a greater angle than the rear blade wall. Very good separating behavior is achieved by the dramatically inclined front wall of...

A separating device. The separating device is used in a tank, for separating solid, gas, and liquid of polluted water, including a first panel, and a plurality of first dividers. The first panel is disposed in the tank, includes a first body and a plurality of first tubes. The first body has a plurality of first openings. The first tubes, connected with the first openings, are disposed under the first body. The first dividers, corresponding to the first tubes, are horizontally disposed under the...

The invention provides a separating vessel (10) suitable for use in the treatment of a mineral sample wherein a molten slag (11) is separated from a molten collector material (12) comprising a container defining an interior cavity (13) for receiving the molten materials (11, 12), an outlet aperture (14) leading from the interior cavity to the exterior of the container, and a separating surface (15) associated with the outlet aperture (14) which is shaped to cause droplets of flux (11a) to be car...

A separating device that includes a wedge that extends between first and second plates, with at least one of the plates being supported by a support device such as a bar. The support device supports the or each plate while the device is in use so that the plate(s) are substantially prevented from bending or twisting due to the forces applied to the plate(s).

A separating device for connection to a rotating magazine. The separating device transports rivets (3) via a conveyor duct (6) formed by three limiting faces. The first limiting face is a base plate (5), the second limiting face is a right-hand guide segment (1) and the third limiting face is a left-hand guide segment (2). At least one of the guide segments is designed and arranged to be excited and oscillate to avoid jamming of rivets (3) in the conveyor duct (6).

A separating element comprises a body member for securing at least two parts together. The body member has an electrically ignitable separating charge disposed in tamped form within a recess therein, means operatively associated with the separating charge, which when a predetermined temperature has been reached, renders the explosive effect of the separating charge ineffective and ignition means for igniting the separating charge within said recess when separation of the parts is required.