Abstract:
A system for removing sediment from water is disclosed. The exemplary embodiments described herein disclose a system comprising a filter chamber, having a deck positioned inside to divide it into an upper chamber and a lower chamber. The deck may have a plurality of holes to hold filtration elements and also may have a ridge or a skirt or both. An inlet line may be tangentially connected to the filter chamber and introduce influent liquid into the filter chamber below the deck and outside of the skirt.
Abstract:
A waste collection manifold assembly 10 has a housing 13 and a strainer 80. The housing 13 has at least one input port 12A, 12B, 12C, 12D for receiving waste collection products 1 through a vacuum line 4. The housing 13 includes an interior chamber 11 for receiving the waste collection products 1 and a fluid discharge port 14 for passing fluids 6 into a waste collection unit 2. The strainer 80 is located in the chamber 11 and above the fluid discharge port 14. The at least one inlet port 12A, 12B, 12C, 12D is positioned to open alongside an interior chamber wall 13A of the housing 13 above the strainer 80 to direct the flow of the waste collection products 1 in a downward swirl along the interior chamber wall 13 A toward the strainer 80.
Abstract:
The present invention provides an oil pan with a built-in filtering element which does not easily receive influence of lateral swing of oil, which has high support rigidity of a filter, or which has excellent assembling operability of the filter, or which is light in weight as compared with a conventional oil pan. The oil pan P1 with a built-in filtering element has a filter 20. The filter 20 is provided therein with an oil flow path Q which is in communication with an oil pump. The filter 20 filters oil flowing toward the oil pump. An oil flow path includes a bottom flow path Qb having a flow path wall 7 extending along a bottom wall 5 of the oil pan, and a side flow path Qs having a flow path wall 8 extending along a first sidewall 1 of the oil pan. The first sidewall includes a drain hole 1h which opens at the bottom flow path and through which the filter can be inserted into the bottom flow path. The bottom flow path is provided with a filter retaining portion 7k which retains the inserted filter. The drain hole is provided with a plug fixing portion 1m which fixes a closing plug 10 of the drain hole. The closing plug is formed with a filter receiver 11k against which a terminal end 20k of the inserted filter is abutted.
Abstract:
A filter assembly (100) may comprise a filter cartridge (102) and a filter housing (101) which may include a cylindrical support (121) and a removable portion (110).
Abstract:
A filtering system has a filter housing and a filter element and having a raw side and a clean side arranged in the filter housing. Liquid introduced into the filter housing flows through the filter element from the raw side to the clean side. An overflow valve is disposed between the raw side and the clean side of the filter element. The overflow valve is moved into an open position should a pressure of the liquid on the raw side of the filter element surpass a limit value. The overflow valve has an adjustable valve body loaded by a valve spring and made from plastic material. The filter element and of the filter housing structurally supplement one another such that the filter element is positioned precisely in the filter housing and relative rotation of the filter element relative to the filter housing is prevented.
Abstract:
An open-topped container (10) is sealed by a cap (12) to the underside of which is fixed a sealed enclosure (13) containing a fixative solution. At the end of the enclosure remote from the cap is a receptacle (14) for a faecal specimen and this is surrounded by protrusions (15) of the enclosure which are ruptured by teeth (22) surrounding an uppermost filter (19) as the cap is screwed on. The fixative solution escapes from the enclosure, mixes with the faecal matter and passes through filters so that parasitic eggs are collected in the conical false bottom (23) of the container. During the final travel of the cap skirts engage the non-perforated periphery (21) of the upper filter to prevent the fixative solution flowing back into the enclosure when the container is inverted. The filtrate can be poured or pippetted out of the container through its spout (24).
Abstract:
A filter assembly (100) may comprise a filter cartridge (102) and a filter housing (101) which may include a cylindrical support (121) and a removable portion (110).
Abstract:
An oil supply passage of a cylinder head increases design freedom of cylinder heads. The oil filter variously sets the oil supplying position through which oil enters into an oil filter. This improves fuel consumption by simplifying the oil supply passage of the cylinder head, reduces power loss of an oil pump, and decreases the size and weight of the cylinder head.
Abstract:
The present invention provides an oil pan with a built-in filtering element which does not easily receive influence of lateral swing of oil, which has high support rigidity of a filter, or which has excellent assembling operability of the filter, or which is light in weight as compared with a conventional oil pan. The oil pan P1 with a built-in filtering element has a filter 20. The filter 20 is provided therein with an oil flow path Q which is in communication with an oil pump. The filter 20 filters oil flowing toward the oil pump. An oil flow path includes a bottom flow path Qb having a flow path wall 7 extending along a bottom wall 5 of the oil pan, and a side flow path Qs having a flow path wall 8 extending along a first sidewall 1 of the oil pan. The first sidewall includes a drain hole 1h which opens at the bottom flow path and through which the filter can be inserted into the bottom flow path. The bottom flow path is provided with a filter retaining portion 7k which retains the inserted filter. The drain hole is provided with a plug fixing portion 1m which fixes a closing plug 10 of the drain hole. The closing plug is formed with a filter receiver 11k against which a terminal end 20k of the inserted filter is abutted.
Abstract:
1. Fitting for formation of a fluid-conducting connection 2. A fitting for formation of a fluid-conducting connection on a container (1) of plastic, in particular a tank for receiving a fluid, specifically a hydraulic fluid, having a connection part in the form of a hollow element (5) with a jacket (21) which extends along a longitudinal axis of the hollow element (5) between the ends (7, 23) thereof, which hollow element (5) is embedded in the plastic of the wall (3) of the container (1) so that an open end (7) of the hollow element (5) on the edge of an opening (9) in the container (1) and at least one partial area of the jacket (21) of the hollow element (5) are enclosed by the plastic of the wall (3) of the container (1).