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

A second inclined surface (84c) which abuts against a recording disk of a chuck pawls (84) of a recording disk holding mechanism (80), and a third inclined surface (84d) which is a curved surface for guiding chucking motion of the chuck pawls (84) are provided. A boundary between the second inclined surface (84c) and the third inclined surface (84d) is formed with a stepped recess approaching a base.

Embodiments of the present invention provide a spring loaded attachment mechanism for attaching a camera to a camera support or base. In one embodiment, a camera attachment apparatus comprises an attachment socket connected to a camera, the attachment socket including an aperture extending in a longitudinal direction and a pair of cutouts disposed laterally on opposite sides of the attachment socket; a spring having a pair of spring arms disposed respectively at the pair of cutouts on opposite sides of the attachment socket; and an attachment pin including a post having a longitudinal axis and configured to be inserted into the aperture of the attachment socket along the longitudinal direction, the post including a pair of seats disposed on opposite sides of the post to receive the pair of spring arms of the spring via the pair of cutouts of the attachment socket.

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.

A detector (60) configured to be pressed and moved by a second housing (40) in the process of connecting first and second housings (10, 40) and separate the second housing 40 from the first housing (10) when a connecting operation of the first and second housings is stopped halfway is mounted on the first housing (10). The detector (60) integrally includes a resilient arm (61) configured to apply a separation force to the second housing (40) in a direction to separate the second housing (40) from the first housing (10) by sliding on a guiding surface (27) in one of the first and second housings (10, 40) to be deflected and deformed in a direction intersecting a connecting direction of the first and second housings (10, 40) in the process of connecting the first and second housings (10, 40).

A method of separating ions according to mass to charge ratio is disclosed. The method comprises: providing a separation device comprising a plurality of electrodes; applying one or more transient DC voltages or potentials to at least some of said electrodes in order to urge ions in a first direction through said separation device; and providing a gas flow in a second direction which is substantially inclined or opposed to said first direction. The opposed gas flow unexpectedly improves the mass to charge ratio separation resolution of the device.

A wash stand comprising a wash basin having a drain opening which opens into a drain chamber. In the drain opening there is a cover which extends over part of the drain opening such that, at least in a lower region of the drain opening, a gap is created through which water can flow out of the wash basin into the drain chamber. In the drain chamber there is at least one mounting point on which the cover is supported removably by the at least one mounting point. The cover in the at least one mounting point is mounted pivotably about at least one pivot axis such that the cover can be pivoted from a use position into an intermediate position in which the cover can easily be grasped by a user. From its intermediate position, the cover can be removed from the mounting point out of the drain opening.

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.

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 method for improving the extraction rate of rice starch produced by using an enzyme method. The method comprises the steps of broken rice pretreatment, pulping, enzyme reaction, cyclone washing, dehydration, air flow drying and the like. The invention also relates to the rice starch obtained by the method. The starch granules are small, the starch has uniform granularity (2 to 8 microns) and complete structure, the protein content is less than or equal to 0.35 percent, the quality of the starch reaches American food and drug administration (FDA) standards, the extraction rate of the starch is more than or equal to 90 percent, and the starch can be widely applied in the industries of cosmetics, pharmacy, food, chemical industry and the like.

The invention discloses an environment-friendly wood processing saw dust treatment device for forestry engineering. The environment-friendly wood processing saw dust treatment device structurally comprises a fastening screw, a saw dust inlet, a fixing disc, a base, a through pipe, a blockage-preventing device, an observation window, a carrying table, a motor, a heat dissipation window, a support,a wheel and a supporting box. The saw dust inlet is mechanically connected with the fixing disc. The fastening screw is arranged on the saw dust inlet. One end of the fixing disc is fixed to the supporting box, and the other end of the fixing disc communicates with the blockage-preventing device through the through pipe. The carrying table is horizontally welded to one side of the blockage-preventing device. The environment-friendly wood processing saw dust treatment device is provided with a warping mechanism, a splitting mechanism and the blockage-preventing device so that saw dust can be prevented from blocking an oblique sliding way, and the device cannot suck saw dust continuously; and gravity of a steel ball is used for treatment, convenience and rapidness are achieved, repeated useis achieved, damage is not likely to happen, and the service life of the device is prolonged.

The present invention prevents two connector housings of a connector from being in a half-fitted condition by increasing restoring force which separates the two housing. A connector includes: a first connector housing including a lock projection; a second connector housing to be fitted to the first connector housing and integrally including a lock arm which is elastically deformed by the lock projection and is engaged with the lock projection; a lock ensuring member including a body which is attached to the second connector housing and movable between an allowing position and a preventing position, and an interference arm which is integrally provided on the body and includes a pressing projection. The pressing projection presses the lock arm while the lock projection deforms the lock arm at the allowing position, and the interference arm abuts the lock arm so as to prohibit the lock arm from deforming in the preventing position.

The invention discloses a chaff and grain separator, which is adapted to characteristics of materials in need of chaff and grain separation and fine in separation effect and comprises multiple stages of pre-separators connected with corresponding separating passages, the upper wall of an input passage and the upper wall of a discharge passage of each stage of pre-separator are located at the same height, a guide of each stage of pre-separator is longer than that of the previous stage of pre-separator, and each stage of the corresponding section of the multi-stage separating passages connected with the multi-stage pre-separators is larger than the corresponding section of the previous stage of pre-separator.

A surgical tool for separating two components, for example removing a femoral head from a femoral stem, having a four bar chain whose four bars are a first handle (L1), an crossover component (L2), a second handle (L3) and a crossbar (L4) pivotally connected respectively by: a first joint (J1) between the first handle and the crossover component; a second, crossover joint (J2) between the crossover component and the second handle; a third joint (J3) between the second handle and the crossbar, and a fourth joint (J4) between the crossbar and the first handle, and wherein, upon application of a gripping force to the first and second handles, the first and second jaws separate from one another so as to separate the two components engaged therewith.