34results about How to "Increase separation force" patented technology

An enclosed needle catheter insertion device (10) includes a catheter (12) and a needle insertion device (14) which are held together by cooperating arms (52, 53) with one or more detents (56) cooperating with a radially projecting surface (26) of the catheter hub (16). Insertion device (14) includes a guard housing (30) to enclose a needle (34) in a shielded position and a support housing (32) supporting the needle (34) for movement between a ready position, with the tip (36) of the needle (34) exposed, to the shielded position. Cooperating lock elements (47, 78) are provided for the housings (30, 32) which are positioned to define a lock actuation stage between the ready and shielded positions, whereat the needle is still within a passageway (54) defined by the cooperating arms (52, 53).

Exhaust gas cleaning equipment including a gas scrubber and a scrubber fluid cleaning equipment for cleaning polluted scrubber fluid. The scrubber fluid cleaning equipment includes a centrifugal separator for separating at least a pollutant phase and a cleaned scrubber fluid from said polluted scrubber fluid. The centrifugal separator has a rotor enclosing a separation space with a stack of separating discs, a separator inlet for polluted scrubber fluid extending into said separation space, a first separator outlet for cleaned scrubber fluid extending from said separation space, and a second separator outlet for the pollutant phase extending from said separation space.

The present invention provides a method for industrial-scale protein separation by reverse phase chromatography by use of a buffer system and an additional salt.

A fusible interlining includes a textile interlining web coated with a plurality of double-layered adhesive dots on a first side of the textile interlining web. Each of the plurality of double-layered adhesive dots includes a bottom dot facing the interlining web and an upper dot disposed above the bottom dot. Each bottom dot includes a binder paste containing 50 to 95 percent by weight of an acrylate binder dispersion having a glass transition temperature T_g<room temperature and 5 to 50 percent by weight of a substance that is one of an epoxy resin having an epoxy equivalent weight of 500 to 4000 mVal/kg and a copolymer of acrylates and monomers with at least one glycidyl side group. Each bottom dot may further include 0 to 20 percent by weight of a hardener. Each upper dot includes at least one of a copolyamide, a copolyester, a thermoplastic polyurethane and a polyolefin. A ratio of a mass of the bottom dot to a mass of the upper dot is from 1:0.5 to 1:5.

A separation device with a gas inlet port that accepts an inlet gas. The inlet gas is composed of a mixture of at least two separable particle components with each component having a different mass. A rotating separation rotor accepts the inlet gas and uses a separator to substantially separate the gas according to mass into two fractions, a heavier and a lighter fraction. One of the fractions is passed to a second separator that further separates that fraction into another two fractions consisting of heavier and lighter fractions. The desired fractions are collected and exhausted from the separation device for use.

The invention relates to a sliding bolt (10) for introducing into a bore, having an anchor rod (12), on which is disposed a sliding control element (14) with a through-opening (18), through which the anchor rod (12) extends, wherein the sliding control element (14) comprises a sliding body cage (16) having at least one recess (20) for receiving a sliding body (22) that is in contact with the lateral surface of the anchor rod (12), and having an anchor plate (24), which is intended to lie against a region surrounding the mouth of the bore once the sliding bolt (10) has been introduced into the bore. In contrast to conventional sliding bolts, the anchor plate (24) is in load-transferring connection with the sliding body cage (16), with the result that it is easily possible to provide a device that indicates a sliding path of the sliding bolt that is still available.

The invention discloses a spiral shaft type separating machine for filament and staple fibers. The machine comprises a machine frame, a motor, a main shaft, a spiral blade and a mainframe shell, wherein a cylindrical screen is fixed at the periphery of the spiral blade and the main shaft, a material mainstream passage is formed in the cylindrical screen, a negative pressure chamber is formed between the cylindrical screen and the mainframe shell and is arranged continuously in a sectionalized manner, and filter screens are arranged by grade along a material conveying direction; the spiral blade consists of two spiral blades, and hand grips are arranged on surfaces of the spiral blades. Supporting roller guide rails are arranged on the internal wall of the cylindrical screen, supporting roller components are correspondingly arranged on the spiral blades and comprise steel balls embedded in the supporting roller guide rails, and the problem in stability of a long shaft is solved by symmetrical fulcrums. According to the spiral shaft type separating machine for the filament and staple fibers, by adopting a spiral type long shaft conveying scheme, the vacancy in large-scale fiber separation in the field of textiles is filled up.

A capsule closure device is for closing two-piece capsules each having a capsule upper portion and a capsule lower portion. The capsule closure device includes a capsule upper portion receiving member and a capsule lower portion receiving member. The capsule upper portion receiving member has a receiving hole and an introduction hole which is arranged coaxially relative to the receiving hole. The capsule upper portion receiving member has at the inner side thereof between the receiving hole and the introduction hole a support shoulder for supporting the capsule upper portion. The capsule upper portion receiving member has at the inner side thereof at the introduction hole at least one ventilation hole.

The invention discloses a drying method suitable for high-shrinkage polyester chips, and belongs to the field of polyester chip preparation. The drying method suitable for the high-shrinkage polyester chips comprises the steps that the high-shrinkage polyester chips are conveyed to a conveying device from a hopper in advance; the high-shrinkage polyester chips are put into a boiling bed by the conveying device, and pre-crystallization treatment is carried out; through mutual cooperation of pneumatic isolation shaking balls and telescopic protective bubbles, the floating efficiency of the high-shrinkage polyester chips in the boiling bed can be effectively improved, the high-shrinkage polyester chips which are adhered together can be timely and effectively opened, the isolation effect is effectively improved, the softening deformation condition of the high-shrinkage polyester chips is reduced, and the drying quality is improved; and by adjusting the air pressure and controlling the shaking amplitude of the telescopic protective bubbles, the control difficulty is simplified while the effective isolation and separation effects are effectively achieved, continuous drying of the high-shrinkage polyester chips is facilitated, and the economic benefits of high-shrinkage polyester chip processing are improved.