Abstract:
Described is a method for mounting an elongate sealing strip (10) in a circumferential groove (11) in a lower surface (4) of a filter plate (3) of a vertical pressure filter (1). The method comprises placing the elongate sealing strip (10) in the circumferential groove (11) so that the opposite end portions of the elongate sealing strip (10) overlap, cutting an upper end portion (14) of the elongate sealing strip (10) so that the end portions of the elongate sealing strip (10) form a shortened overlapping section (16) forcing the opposite end portions into the circumferential groove (11) so that the end surfaces (12) of the elongate sealing strip (10) abut. Described is also a cutter guide for use in the method, a combination of a cutter and a cutter guide for use in the method, and a vertical pressure filter.
Abstract:
Es ist eine druckdichte Verbindungsanordnung mit zwei Verbindungselementen (2, 3), die einander zugewandte Innenseiten (8, 9) aufweisen, zumindest einem Dichtelement (4) zwischen den Innenseiten (8, 9) und zumindest einem Halteelement (10), welches die Verbindungselemente (2, 3) in einem Haitezustand daran hindert, sich voneinander zu entfernen, offenbart. Zumindest ein Dichtelement (4) ist so ausgebildet, dass es eine einstellbare Kraft auf die beiden Innenseiten (8, 9) ausüben kann.
Abstract:
Embodiments of the present invention include systems and methods for providing a filter (100) that is sealed solely with mechanical forces. The filter may be a high pressure filter used in semiconductor manufacturing. In various embodiments, the filter includes a housing (101) with an angled end (115, 116) and a filter element (105) disposed inside the housing. The filter further includes a fluid fitting (120, 121) with an angled side. The angled side of the fitting has a different angle than the angled end of the housing. The filter also includes a compression collar (130, 131) fitted over the housing to compress the housing and the fitting. The result is a filter that may be used as a high-pressure fluid restrictor. The filter uses only mechanical seals to provide leak-proof highly filtered fluids in which impurities, contaminants and particulates are removed.
Abstract:
Sistema de cierre estanco para filtro de cartuchos, que comprende un cuerpo (1), de configuración cilíndrica, y una tapa (2), que cierra de forma estanca el cuerpo (1), donde el cuerpo (1) comprende un resalte (8), para el apoyo de la tapa (2) y un cajeado (6) para el alojamiento de un tope (4) y la tapa (2) comprende un cajeado (7) perimetral para el alojamiento de una junta (3) hueca que se infla suministrando un fluido por un tubo (5)para ejercer una presión sobre la pared interna del cuerpo (1) que genera el cierre estanco del filtro.
Abstract:
The invention relates to a sealed closure system for a cartridge filter, comprising a cylindrical body (1) and a cover (2) which sealingly closes the body (1). According to the invention, the body (1) comprises a projection (8) for supporting the cover (2) and a recess (6) for housing a stop (4), and the cover (2) comprises a peripheral recess (7) for housing a hollow seal (3) that is inflated with a fluid supplied through a tube (5) in order to exert pressure on the inner wall of the body (1), thereby closing and sealing the filter.
Abstract:
@ A liquid filter is disclosed including a filter chamber into which extends a looped endless belt which is passed above and below rollers on either side of the filter chamber. Both the upper and lower belt segments pass over a support plate in the filter chamber, the lower segment positioned directly underneath the upper belt segment. Filtering flow from the filter chamber passes through both belt segments and through spaced and tapered openings in the support plate and thence into a collection trough beneath the support plate. The belt is periodically advanced to carry filter solids out of the filter chamber. In a first version, the'upper belt segment acts as the filter media, and is wider to create a sealing of the lateral edges of the upper belt segment. In a second version, a disposable media lies atop both belt segments which act only to carry the disposable media and the disposable media is of wider width to establish the edge sealing. Spaced elongated bars are disposed within the collection trough supporting the bottom of the support plate with spaces between the trough rim and the bars, enabling flushing of the trough interior to remove accumulated fine solid particles. A plurality of filter units may be vertically stacked, with the collection trough of one unit forming the top of the next below filter unit.
Abstract:
Problem To provide a ballast water treatment apparatus capable of suitably preventing contaminants from entering from a contact part between a rotating filter and a casing supporting the filter, thereby improving performance. Means to solve the problem Ballast water treatment apparatus 1 comprises a casing 10,a tubular filter 20 disposed inside the casing 10, a support shaft part configured to be a part of the casing 10 and rotatably to support the filter 20 at an end part of the filter 20, a line L3 wherein one end side connects to the support shaft part and the other end side connects to the casing 10, and the line L3 allows to connect a space on a secondary side of the filter 20 and a contact part between the support shaft part and the filter 20, and a pump 39 disposed in the line L3 and configured to supply the contact part with water inside the casing 10.
Abstract:
A liquid filter is disclosed including a filter chamber into which extends a looped endless belt which is passed above and below rollers on either side of the filter chamber. Both the upper and lower belt segments pass over a support plate in the filter chamber, the lower segment positioned directly underneath the upper belt segment. Filtering flow from the filter chamber passes through both belt segments and through spaced and tapered openings in the support plate and thence into a collection trough beneath the support plate. The belt is periodically advanced to carry filter solids out of the filter chamber. In a first version, the upper belt segment acts as the filter media, and is wider to create a sealing of the lateral edges of the upper belt segment. In a second version, a disposable media lies atop both belt segments which act only to carry the disposable media and the disposable media is of wider width to establish the edge sealing. Spaced elongated bars are disposed within the collection trough supporting the bottom of the support plate with spaces between the trough rim and the bars, enabling flushing of the trough interior to remove accumulated fine solid particles. A plurality of filter units may be vertically stacked, with the collection trough of one unit forming the top of the next below filter unit.