mhurhangee/patent-ind-claim-en huggingface dataset:
A coating apparatus for applying a coating on glass containers with a chemical compound comprising: a housing with a coating tunnel a conveyer belt moving the containers through the coating tunnel from the inlet to the outlet of the said coating tunnel at least one circuit for circulation of a coating compound and at least one guidance plate , characterized that said guidance plate is situated in a compartment between the inner side wall of the coating apparatus and the outer wall and said compartment comprising the guidance plate, a fixing plate with fixing means , a suction hole and an exit and characterized that the guidance plate is the in form of a cylinder, either an elliptical or circular cylinder, or rounded prism as a prism of a rounded rectangle or a cone frustum, either an elliptical or circular cone frustum. a housing with a coating tunnel a conveyer belt moving the containers through the coating tunnel from the inlet to the outlet of the said coating tunnel at least one circuit for circulation of a coating compound and at least one guidance plate , characterized that said guidance plate is situated in a compartment between the inner side wall of the coating apparatus and the outer wall and said compartment comprising the guidance plate, a fixing plate with fixing means , a suction hole and an exit and characterized that the guidance plate is the in form of a cylinder, either an elliptical or circular cylinder, or rounded prism as a prism of a rounded rectangle or a cone frustum, either an elliptical or circular cone frustum.
(S)-(7-cyano-4-pyridin-2-ylmethyl-1,2,3,4-tetrahydro-cyclopenta[b]indol-2-yl)-carbamic acid isopropyl ester, or a pharmaceutically acceptable salt thereof, for use in treating the symptoms as a result of secondary hypogonadism induced by androgen deprivation therapy.
Access device comprising: a base for aligning the dermal access device with the skin of a patient; a needle for puncturing the skin, the needle comprising a hub and a cannula , and the needle being movably mounted in the base such that it can move between a first, fully retracted, and a second, maximally extended, position; and a locking mechanism adapted to lock the needle in a discrete third position located between the first and the second position, the third position being an injection position; wherein the locking mechanism comprises a cam and a cam follower that are adapted to convert the motion of the needle with respect to the base into an auxiliary action, wherein the cam is arranged on the hub and the cam follower is arranged on the base , wherein the auxiliary action is to prevent the engagement of the locking mechanism when the needle is moving from the first to the second position, characterized in that the base has an essentially flat bottom surface for alignment of the access device with the skin of the patient, wherein the needle is arranged at an angle with respect to an essentially flat bottom surface of the base . a base for aligning the dermal access device with the skin of a patient; a needle for puncturing the skin, the needle comprising a hub and a cannula , and the needle being movably mounted in the base such that it can move between a first, fully retracted, and a second, maximally extended, position; and a locking mechanism adapted to lock the needle in a discrete third position located between the first and the second position, the third position being an injection position; wherein the locking mechanism comprises a cam and a cam follower that are adapted to convert the motion of the needle with respect to the base into an auxiliary action, wherein the cam is arranged on the hub and the cam follower is arranged on the base , wherein the auxiliary action is to prevent the engagement of the locking mechanism when the needle is moving from the first to the second position, characterized in that the base has an essentially flat bottom surface for alignment of the access device with the skin of the patient, wherein the needle is arranged at an angle with respect to an essentially flat bottom surface of the base .
A method of cleaning a fluid conduit in a hydrocarbon production installation, the method comprising: providing a flexible hose , the flexible hose having an inner diameter in the range of 5mm to 60mm and a minimum elastic bending radius of less than 100 times the inner diameter of the flexible hose ; providing a feeding module for the flexible hose , the feeding module configured to engage an outer wall of the flexible hose and impart a pushing and/or pulling force on the flexible hose ; introducing the flexible hose into the fluid conduit system through a pressure control device ; running a first end of the flexible hose into a conduit to be cleaned while a fluid stream flows in the conduit ; cleaning at least one substance from the conduit by pumping a cleaning fluid into a bore of the flexible hose and expelling the cleaning fluid from the flexible hose into the conduit through at least one outlet in the flexible hose ; and carrying the at least one substance in the fluid stream to a conduit outlet. providing a flexible hose , the flexible hose having an inner diameter in the range of 5mm to 60mm and a minimum elastic bending radius of less than 100 times the inner diameter of the flexible hose ; providing a feeding module for the flexible hose , the feeding module configured to engage an outer wall of the flexible hose and impart a pushing and/or pulling force on the flexible hose ; introducing the flexible hose into the fluid conduit system through a pressure control device ; running a first end of the flexible hose into a conduit to be cleaned while a fluid stream flows in the conduit ; cleaning at least one substance from the conduit by pumping a cleaning fluid into a bore of the flexible hose and expelling the cleaning fluid from the flexible hose into the conduit through at least one outlet in the flexible hose ; and carrying the at least one substance in the fluid stream to a conduit outlet.
A method for detecting a dental object having an object volume, in particular of at least a part of an upper jaw and/or a lower jaw , using an MRI device , wherein multiple MRI segment images are recorded by means of the MRI device within a measurement volume of the MRI device , which represent respectively defined segment volume areas , whereby the segment volume areas at most partially overlap, wherein a target area is or will be defined, wherein a two-dimensional composite image is generated in a computer-aided manner from the individual MRI segment images , said composite image corresponding to a two-dimensional aggregation image through the target area within the object volume of the dental object , wherein before the MRI segment images are created the number of MRI segment images , the position and/or the orientation of the MRI segment images relative to the MRI device are defined automatically or semi-automatically by means of a computer , each of the segment volume areas being arranged within the object volume such that a central plane of the respective segment volume area is arranged parallel to one tangent of the target surface , wherein the number, the position and/or the orientation of the segment volume areas is varied by means of an optimisation method until an error measure falls below a defined tolerance value.
A spectroscope including: a. a specimen stage ; b. a collector objective element receiving light from the specimen stage ; c. an aperture array having multiple apertures therein, with the apertures each receiving a portion of the light from the collector objective element ; wherein the aperture array bears several apertures, each aperture being identically sized and configured; and wherein the aperture array further includes a supplemental array bearing several apertures which are differently sized from the apertures in the aperture array and are mounted to be interchangeably positionable along the same plane; d. a camera element receiving the light from the aperture array ; e. a multi-element detector receiving the light from the camera element , with the elements of the detector each receiving an image of a portion of the specimen stage from a respective aperture in the aperture array; and a viewing optical element receiving light from the collector objective element , wherein the light received by the viewing optical element is at least substantially within the visible spectrum. a. a specimen stage ; b. a collector objective element receiving light from the specimen stage ; c. an aperture array having multiple apertures therein, with the apertures each receiving a portion of the light from the collector objective element ; wherein the aperture array bears several apertures, each aperture being identically sized and configured; and wherein the aperture array further includes a supplemental array bearing several apertures which are differently sized from the apertures in the aperture array and are mounted to be interchangeably positionable along the same plane; d. a camera element receiving the light from the aperture array ; e. a multi-element detector receiving the light from the camera element , with the elements of the detector each receiving an image of a portion of the specimen stage from a respective aperture in the aperture array; and
Electric vehicle charging system comprising a charging connector configured to receive a charging cable , wherein the charging cable and/or the charging connector provide means for guiding a coolant, cooling the charging cable and/or the charging connector , and a thermal management unit for cooling the coolant, wherein the thermal management unit comprises a vapour-compression refrigeration system for cooling the coolant below ambient temperature, characterized in that, the vapour-compression refrigeration system comprises an expansion valve for expanding the refrigerant, arranged in the charging connector , and that the coolant cools electric contacts of the connector . wherein the thermal management unit comprises a vapour-compression refrigeration system for cooling the coolant below ambient temperature, characterized in that, the vapour-compression refrigeration system comprises an expansion valve for expanding the refrigerant, arranged in the charging connector , and that the coolant cools electric contacts of the connector .
A method for producing a press-formed product including a top plate section having a stepped section in a longitudinal direction that extends from a widthwise end section of the top plate section and crosses at least widthwise part of the top plate section and a vertical wall section adjacent to the top plate section via a ridge section located in the widthwise end section of the top plate section that is an end section where the stepped section is located, the method comprising: a first pressing step of forming an intermediate formed product from a processed material by using first press tooling , the intermediate formed product including the stepped section of the top plate section , a temporary vertical wall section adjacent to the top plate section via the ridge section and having at least part of a shape of the vertical wall section , and a temporary flange section adjacent to the temporary vertical wall section via a temporary ridge section located in an end section of the temporary vertical wall section that is an end section opposite to the ridge section ; and a second pressing step of forming the press-formed product from the intermediate formed product by using second press tooling to perform forming with at least part of the top plate section of the intermediate formed product restricted; characterised in that in the second pressing step the temporary ridge section is moved toward the temporary flange section in a way that the temporary flange section is successively bent and thus formed into the vertical wall section of the press-formed product , and in that a height of the temporary vertical wall section adjacent to the top plate section lower than the stepped section of the intermediate formed product is 50% of a height of the vertical wall section of the press-formed product or less. a first pressing step of forming an intermediate formed product from a processed material by using first press tooling , the intermediate formed product including the stepped section of the top plate section , a temporary vertical wall section adjacent to the top plate section via the ridge section and having at least part of a shape of the vertical wall section , and a temporary flange section adjacent to the temporary vertical wall section via a temporary ridge section located in an end section of the temporary vertical wall section that is an end section opposite to the ridge section ; and a second pressing step of forming the press-formed product from the intermediate formed product by using second press tooling to perform forming with at least part of the top plate section of the intermediate formed product restricted; characterised in that in the second pressing step the temporary ridge section is moved toward the temporary flange section in a way that the temporary flange section is successively bent and thus formed into the vertical wall section of the press-formed product , and in that a height of the temporary vertical wall section adjacent to the top plate section lower than the stepped section of the intermediate formed product is 50% of a height of the vertical wall section of the press-formed product or less.
A cartridge for a trimmer head , the trimmer head including a housing assembly with a top member drivingly engaging a drive shaft of a trimmer (T), the cartridge comprising: a cartridge housing operable to support a line (L); characterized in that the cartridge comprises a brake assembly operable in a braking condition to selectively apply a force to the line to prevent line from being dispensed, wherein the brake assembly is operable between the braking condition and a release condition in an auto-feed mode, in cooperation with a flyweight , and in a bump-feed mode, when a bump member engages a surface. a cartridge housing operable to support a line (L); characterized in that the cartridge comprises a brake assembly operable in a braking condition to selectively apply a force to the line to prevent line from being dispensed, wherein the brake assembly is operable between the braking condition and a release condition in an auto-feed mode, in cooperation with a flyweight , and in a bump-feed mode, when a bump member engages a surface.
A cooled airfoil , the airfoil comprising a hub end and a tip , an airfoil height (h) being defined between the hub end and the tip the airfoil comprising a leading edge (LE), a trailing edge (TE), a suction side (SS) and a pressure side (PS), wherein the airfoil comprises a first airfoil height section (H1) adjacent the hub end and extending towards the tip , and the airfoil comprises a second airfoil height section (H2) adjacent the tip and extending towards the hub end , wherein, in a meridional view, the airfoil is concavely shaped at the leading edge (LE) and is convexly shaped at the trailing edge (TE) along the second airfoil height section (H2); wherein, in a meridional view, the radius of curvature of the leading edge (LE) and the trailing edge (TE) in the first airfoil height section (H1) is at least five times the radius of curvature of the corresponding leading edge (LE) and the trailing edge (TE) in the second airfoil height section (H2); and wherein at least one cooling channel is provided within the airfoil and having a length principally extending along the airfoil height, and wherein the cooling channel comprises a first cooling channel length section and a second cooling channel length section; wherein the radius of curvature of first cooling channel length section is at least five times the radius of curvature of second cooling channel length section; wherein a cooling channel wall provided on the leading edge side is convexly shaped and a cooling channel wall provided on the trailing edge side is concavely shaped; wherein the first cooling channel length section is provided in the first airfoil height section (H1) and the second cooling channel length section is provided in the second airfoil height section (H2), wherein, in an axial view, the leading edge (LE) in the second airfoil height section (H2) is bent such that it is concave towards the suction side (SS) of the airfoil and the trailing edge (TE) in the second airfoil height section (H2) is bent such that it is concave towards the pressure side (PS) of the airfoil, wherein in the axial view, the radius of curvature of the leading edge (LE) and the trailing edge (TE) in the first airfoil height section (H1) is at least five times the radius of curvature of the corresponding leading edge (LE) and the trailing edge (TE) in the second airfoil height section (H2); and wherein the first airfoil height section (H1) covers 40% or more of the airfoil total height, starting at the hub end of the airfoil.
An electric power feed apparatus comprising an electric power transmission section including an electric power transmission coil (L1) for performing electric power transmission through a magnetic field and an auxiliary resonance section including a plurality of resonators each including an auxiliary coil (L31, L32), wherein during the electric power transmission the electric power transmission section is configured to perform a main resonance operation by a main resonant frequency and each resonator is configured to perform an auxiliary resonance operation by an auxiliary resonant frequency, wherein the main resonant frequency and the auxiliary resonant frequencies are different from each other, wherein an internal diameter of each of the auxiliary coils (L31, L32) in the plurality of resonators is smaller than an internal diameter of the electric power transmission coil (L1), wherein the internal diameters of the auxiliary coils (L31, L32) are different from one another, wherein a central point (CP1) of the electric power transmission coil (L1) and a central point (CP31, CP32) of each of the auxiliary coils (L31, L32) are located along a substantially same axis, and wherein a difference value between internal diameters of the electric power transmission coil (L1) and an outermost auxiliary coil (L31) and each difference value between internal diameters of adjacent auxiliary coils (L31, L32) gradually increase from the electric power transmission coil side toward the central point.
A hopper discharge hatch , the hatch including a frame with two lower openings , the two lower openings being separated from each other by a spacing part of the frame, characterized in that the two lower openings delimit parts of a cylinder surface, and in that the discharge hatch also includes a drum rotatably mounted on the frame , along the two lower openings , the drum being configured to simultaneously open the two lower openings and having two peripheral walls separated from each other by a transverse discharge channel , the two peripheral walls of the drum extending in parts of a cylinder surface, for example of a surface of a half-cylinder, the drum being rotatably mounted along the axis of said cylinder, the two peripheral walls being configured to individually close the two lower openings of the frame when the discharge hatch is closed, and the discharge channel being configured to be facing one of the two lower openings of the frame when the discharge hatch is open.
A method for copying values of a table of a database between a primary memory and a secondary memory , wherein the table is organized in a plurality of stripes and a plurality of vertical partitions , wherein a stripe comprises at least two rows of the table and a vertical partition comprises one or more columns of the table, wherein the table is stored as a plurality of segments , wherein a segment comprises values at a cross-section of a stripe and a vertical partition, but comprises no values from at least one column of the table, and wherein a segment stores adjacent column values in adjacent locations of the primary or the secondary memory, the method comprising a step of selecting (S420) one or more segments and copying the one or more selected segments between the primary memory and the secondary memory, the primary memory is a volatile memory and the secondary memory is a persistent memory, characterized in that the method comprises - detecting (S620) a need for data eviction, - determining (S620) an extent of the needed data eviction, - selecting (S630) one or more segments to be evicted, - for each selected segment, determining (S640) whether the segment has been checkpointed, - for each selected segment that has not been checkpointed, copying (S650) the segment from the primary memory to the secondary memory , and - deleting (S650) the selected segments from the primary memory wherein the method is a checkpointing method for copying (S430) one or more changed segments from the primary memory of the database to the secondary memory and selecting the one or more segments to be evicted comprises: - selecting one or more least recently used segments, - selecting one or more full columns that are not likely to be used, and/or - selecting one or more segments based on a selection criterion that is based on an age of the data. - detecting (S620) a need for data eviction, - determining (S620) an extent of the needed data eviction, - selecting (S630) one or more segments to be evicted, - for each selected segment, determining (S640) whether the segment has been checkpointed, - for each selected segment that has not been checkpointed, copying (S650) the segment from the primary memory to the secondary memory , and - deleting (S650) the selected segments from the primary memory - selecting one or more least recently used segments, - selecting one or more full columns that are not likely to be used, and/or - selecting one or more segments based on a selection criterion that is based on an age of the data.
A method for controlling the movements of articulated arms of an industrial robot , comprising a movement setting means to be guided by hand by an operator, the movements of which are provided for generating at least a portion of movement control data for the industrial robot to be controlled, wherein the movement setting means is coupled by data technology to at least one stationary control device and the at least one control device is designed at least for the activation and deactivation of movement drives of the industrial robot , characterized in that at least one of a plurality of reference marks (19, 19', 19") is arranged or formed at least on individual articulated arms adjustable by the operator in a controlled manner, and that the movement setting means comprises at least one imaging and/or at least one distance-sensitive sensor , which at least one sensor of the movement setting means can be set with at least one of the plurality of reference marks (19, 19', 19") into a spatial relative position selected by the operator, wherein in an initial step using image-based and/or distance-based data from the relative position between the movement setting means and the respectively selected reference mark (19, 19', 19"), a fixed coupling condition or an articulated coupling condition with specific degrees of freedom is defined and/or determined, and that in a following step during a movement of the movement setting means , at least the articulated arm bearing the respectively selected reference mark (19, 19', 19") tracks the movements of the movement setting means by control technology such that within the technical limits of the industrial robot or of the at least one articulated arm , the coupling condition set in the initial step is adhered to at least approximately.