Abstract: An imaging system includes a probe device configured to make displacement measurements of a sample. A mounting stage to support the sample, where at least one of the probe device or mounting stage comprises a rotatory actuator that rotates the one of the probe device or mounting stage. A processing system is coupled to at least one of the probe or the mounting system and comprises a memory coupled to a processor configured to be capable of executing programmed instructions to: initiate the displacement measurements with the probe device; initiate with the rotary actuator a change in a rotational position of the sample for the displacement measurements; determine a lateral position of features of the sample based on the displacement measurements and the different rotational positions; and generate an image of the sample based on the determined lateral position of the features.

Abstract: A modular contact assembly for transferring electrical energy from a fixed object to a rotating object, and a machine tool that includes the contact assembly. The machine tool may include a housing, a rotating spindle mounted in the housing, and an electrical device mounted in the rotating spindle. The contact assembly includes a mounting plate joinable to a housing by movement of the plate into an attached position on the housing; a first brush assembly, first and second electrical contacts disposed in the mounting plate, an actuator joined to the mounting plate, and a first energy supply connection disposed in the mounting plate and in communication with the actuator. The machine tool may also include a magnet that is rotatable a quarter turn to retain the contact assembly in the machine tool. The electrical device may be an ultrasonic transducer operable to perform ultrasonic machining by the tool.

Abstract: A protective glove for protection against cuts or puncture wounds comprises an inner layer that is in contact with the hand when the glove is in use, a protective layer at least on a part of the palm side of the glove, and an outer layer. The protective layer comprises a composition of a wire mesh of woven metal wires. The protective layer comprises at least two sheets of woven metal, a first sheet of the two sheets having a palm portion and at least one finger or thumb portion, a second sheet of the two sheets having a palm portion and at least one finger or thumb portion different from said first sheet. The two sheets of woven metal are attached to each other adjacent at least at a part of the line defined by the transition between the fingers and the palm.

Abstract: The invention is an apparatus for cleansing and monitoring wear of screen cloths (1) comprising: a) a feeding device (100) for used or contaminated screen cloths (1) to b) a cleansing unit (4) arranged for receiving and cleansing said screen cloth (1), c) a preparation unit (140) arranged for preparing said screen cloth (1) for optical inspection in d) an optical inspection station (120) arranged to identify one or more damaged portions (6) of said screen cloth (1) and with a registering device for registering positions (7) for said damaged portions (6), e) a measuring device (62) for measuring and registering an extent of said one or more damaged portions (6) extent and degree of damage, f) a repair unit (70) arranged for mending one or more of said damaged portions (6), g) a feeding out unit (200) for feeding out said repaired screen cloth (1).

Abstract: A shaker screen filter for a well fluid shale shaker and method are provided. The shaker screen filter includes a mainframe arranged for being inserted in the well fluid shale shaker for screening drilling mud, the mainframe being subdivided into a plurality of smaller cell frames, and two or more cell plug filters with one or more layers of screen cloths, each cell plug filter comprising a cell plug filter frame arranged to be held in a corresponding cell frame in the main frame. A first cut-point or particle size distribution in said screen cloth of one or more first cell frame filters distinguishes from a second cut-point or particle size distribution in said screen cloth of one or more second cell frame filters.

Abstract: A feeder channel for use in a filter separator machine is used for separation of undesired particles from a well fluid used in petroleum industry which has a purpose of guiding fluid and particle flow to the area of the filter that provides the best utilization of available filtration area and includes: a feeder channel is arranged so that the upstream well fluid is guided via a guiding- and turning plate, which is installed in series in opposite repeated direction in which the outlet of each guiding- and the turning plate facing the center of the vertical line. The fluid will for this reason be independent on how the feeder channel is installed in the direction and angle, and will provide a homogeneous flow profile as it guided through the mouth guide plate and internal guide fin against the distribution plate. The fluid is then distributed to the filter's inner part and utilizes the entire filter surface area and the filter separator machines movement and function.

Abstract: An improved shaker screen filter for a well fluid shale shaker includes a main frame arranged for being arranged in the well fluid shale shaker for screening, preferably under vibration, of drilling mud, wherein the mainframe is subdivided into a plurality of smaller cell frames, one or more cell plug filters with one or more layers of screen cloths on top of at least one support cloth or support layer, wherein each of the cell plug filter includes a cell plug filter frame arranged to be held in each of the cell corresponding frames of the main frame, wherein at least one of the cell plug filter frame includes a locking mechanism arranged for locking the cell plug filter frame, upon desire, in a preferred position in the cell frame, correspondingly releasing the cell plug filter frame from the cell frame.

Abstract: An apparatus for cleansing and monitoring wear of screen cloths includes a feeding device for feeding used or contaminated screen cloths to, a cleansing unit arranged for receiving and cleansing the screen cloths, a preparation unit arranged for preparing the screen cloth for optical inspection in, an optical inspection station arranged to identify one or more damaged portions of the screen cloth and with a registering device for registering positions for the damaged portions, a measuring device for measuring and registering an extent of the damaged portions extent and degree of damage, a repair unit arranged for mending the damaged portions, and a feeding out unit for feeding out said repaired screen cloth.

Abstract: A feeder channel for use in a filter separator machine is used for separation of undesired particles from a well fluid used in petroleum industry which has a purpose of guiding fluid and particle flow to the area of the filter that provides the best utilization of available filtration area and includes: a feeder channel is arranged so that the upstream well fluid is guided via a guiding- and turning plate, which is installed in series in opposite repeated direction in which the outlet of each guiding- and the turning plate facing the center of the vertical line. The fluid will for this reason be independent on how the feeder channel is installed in the direction and angle, and will provide a homogeneous flow profile as it guided through the mouth guide plate and internal guide fin against the distribution plate. The fluid is then distributed to the filter's inner part and utilizes the entire filter surface area and the filter separator machines movement and function.

Abstract: The invention is an apparatus for cleansing and monitoring wear of screen cloths (1) comprising: a) a feeding device (100) for used or contaminated screen cloths (1) to b) a cleansing unit (4) arranged for receiving and cleansing said screen cloth (1), c) a preparation unit (140) arranged for preparing said screen cloth (1) for optical inspection in d) an optical inspection station (120) arranged to identify one or more damaged portions (6) of said screen cloth (1) and with a Registering device for registering positions (7) for said damaged portions (6), e) a measuring device (62) for measuring and registering an extent of said one or more damaged portions (6) extent and degree of damage, f) a repair unit (70) arranged for mending one or more of said damaged portions (6), g) a feeding out unit (200) for feeding out said repaired screen cloth (1).

Abstract: An apparatus for cleansing and monitoring wear of screen cloths includes a feeding device for feeding used or contaminated screen cloths to, a cleansing unit arranged for receiving and cleansing the screen cloths, a preparation unit arranged for preparing the screen cloth for optical inspection in, an optical inspection station arranged to identify one or more damaged portions of the screen cloth and with a registering device for registering positions for the damaged portions, a measuring device for measuring and registering an extent of the damaged portions extent and degree of damage, a repair unit arranged for mending the damaged portions, and a feeding out unit for feeding out said repaired screen cloth.

Abstract: An improved shaker screen filter for a well fluid shale shaker includes a main frame arranged for being arranged in the well fluid shale shaker for screening, preferably under vibration, of drilling mud, wherein the mainframe is subdivided into a plurality of smaller cell frames, one or more cell plug filters with one or more layers of screen cloths on top of at least one support cloth or support layer, wherein each of the cell plug filter includes a cell plug filter frame arranged to be held in each of the cell corresponding frames of the main frame, wherein at least one of the cell plug filter frame includes a locking mechanism arranged for locking the cell plug filter frame, upon desire, in a preferred position in the cell frame, correspondingly releasing the cell plug filter frame from the cell frame.

Abstract: A method of polishing objects using an apparatus comprised of a rotary positioning device comprising a turret; a base mounted on the turret; a drive wheel connected to a rotatable shaft, the drive wheel having a perimeter, and the rotatable shaft disposed in a housing. The polishing wheel assembly may include an elongated arm including a proximal end joined to the base, and a distal end; a rotatable polishing wheel supported at the end of the elongated arm; and a polishing belt comprising an inner surface and an outer surface, the inner surface engageable with the perimeters of the drive wheel and the polishing wheel. The method is comprised of contacting the outer surface of the polishing belt to a contact region of the surface of the object; and controlling the contact region by rotating the elongated arm around the turret axis.

Abstract: A method of polishing objects using an apparatus comprised of a rotary positioning device comprising a turret; a base mounted on the turret; a drive wheel connected to a rotatable shaft, the drive wheel having a perimeter, and the rotatable shaft disposed in a housing. The polishing wheel assembly may include an elongated arm including a proximal end joined to the base, and a distal end; a rotatable polishing wheel supported at the end of the elongated arm; and a polishing belt comprising an inner surface and an outer surface, the inner surface engageable with the perimeters of the drive wheel and the polishing wheel. The method is comprised of contacting the outer surface of the polishing belt to a contact region of the surface of the object; and controlling the contact region by rotating the elongated arm around the turret axis.