Abstract:
A beverage filter or treatment bottle system (20) has a bottle (22), lid (24), and a beverage improvement component (25) such as a filter element (58). A filter element (58) may be positioned to separate the interior space (41) of the bottle into a filtered beverage compartment (54) and an unfiltered beverage compartment (42). A tube (27) passes through the filter (5 8) into fluid communication with the filtered beverage compartment (54). The tube (27) extends through the unfiltered beverage compartment (42) to a nozzle (30) in the lid (24) of the bottle (22). A lid cover (28) is fastenable onto the lid (24) to enclose and close the nozzle (30). A filter cartridge (450) may be provided. A UV sterilizer (798) may be provided. An air bypass (914) may be provided.
Abstract:
The invention relates to a filter comprising at least one first (2) and at least one second filter medium (3), said filter media defining therebetween a flow space (4) in which a device (5) for separation and flow guidance is inserted and divides the flow space such that a functional space (25, 26) is disposed adjacent to the first (2) or the second filter medium (3), respectively. The first filter medium (2) defines a hollow space (21) toward the outside and the second filter medium (3) defines a hollow space (22) toward the inside, and each of the hollow spaces (21, 22) can be connected to at least one fluid duct (23, 24). The filter is characterised in that the flow space (4) comprising the two functional spaces (25, 26) thereof can be connected to at least one further fluid duct (27) that is separated in a fluid-tight manner from the other fluid ducts (23, 24).
Abstract:
The invention relates to an oil filter assembly (10) comprising a receiving chamber (18) that can be closed by a cover element (14) and a spring-loaded supporting tube (22) that is fixed in the receiving chamber and is designed to receive a filter element (20) that can be radially traversed by oil, said supporting tube (22) being axially displaceable between an operating position and a drain position in such a way that in the operating position, when the receiving chamber is closed by the cover element (14), said tube closes a drain opening (42) and when the receiving chamber is open in the drain position, said tube releases the drain opening. The invention is characterised in that the supporting tube is mounted to rotate through a rotational angle that is limited by two rotational stops (41, 43) in the housing and the cover element has follower sections (66, 68, 70) that co-operate with the supporting tube and/or filter element to rotate the supporting tube through the rotational angle when the cover element is screwed on and/or unscrewed.
Abstract:
A System (1) for the extraction of the liquid component from drupes comprising: a cylinder oil mill (2) suitable for crushing the drupes to obtain a paste from it; a plurality of mullers (3) for the homogenisation of the paste coming from the cylinder oil mill (2); a decanter (4) for the extraction of the liquid component from the homogenised paste coming from the mullers (3), where said plurality of mullers (3) is arranged in parallel, each muller (3) being suitable for individually receiving the paste coming from said cylinder oil mill (2).
Abstract:
The invention relates to a rotationally symmetric final separator (7) of a filter device (1). It is essential to the invention that a separating body (11) having a rotationally symmetric, hydrophobic sieve (8) in the shape of a frustum of a cone is provided and that a rotationally symmetric frame (9) having supporting rings (10) surrounding the separating body (11) is provided, wherein cone webs (20) are provided between the supporting rings (10) and the separating body (11), which cone webs are supported with respect to the supporting rings (10) by means of radial webs (21), wherein the cone webs (20) extend along the outside of the separating body (11) and wherein a intermediate space (13), through which flow can pass in the axial direction (12) and in the circumferential direction, is arranged between the separating body (11) and the supporting rings (10).
Abstract:
A coreless filter cartridge (20, 150) includes a filtration media (24, 154) having a plurality of pleats (26, 156) formed in a tubular configuration (91). The filtration media (24, 154) includes a first end (30, 160) that extends to a second end (31, 161) through an intermediate portion (33, 163) having an exterior surface (36, 166) and an interior surface (37, 167) that defines a hollow core (40, 170). At least one retention device (56, 57, 58, 59, 60, 61, 62, 63) is adhered to the exterior surface (36, 166) of the filtration media (24, 154). The at least one retention device (56, 57, 58, 59, 60, 61, 62, 63) is configured and disposed to limit radial movement of the filtration media (24, 154). The filter cartridge is devoid of an internal core support provided within the hollow core (40, 170) thereby establishing a coreless filter cartridge (20, 150).