mhurhangee/patent-ind-claim-en huggingface dataset:
A shovel, comprising: a lower traveling body that runs; an upper rotating body that is rotatably mounted on the lower traveling body ; an attachment attached to the upper rotating body ; characterized by a controller configured to control the shovel, wherein the controller is configured to calculate a rotation angle of the upper rotating body such that one of right and left edges of a bucket included in the attachment is positioned on a target surface or a recommended line . a lower traveling body that runs; an upper rotating body that is rotatably mounted on the lower traveling body ; an attachment attached to the upper rotating body ; characterized by a controller configured to control the shovel, wherein the controller is configured to calculate a rotation angle of the upper rotating body such that one of right and left edges of a bucket included in the attachment is positioned on a target surface or a recommended line .
Clamping or gripping device , comprising a main body , guide portions provided on the main body , jaws which are movable along the guide portions in the travel direction and which can be moved between an inner stroke position and an outer stroke end position, the jaws each having a tooth row portion with a length 1 which extends in the travel direction in each case, and a plurality of pinions (21, 22, 23; 51, 52) being provided, the axes of rotation of which pinions lie in a plane (E) which lies in parallel with the respective tooth row portions , the pinions (21, 22, 23; 51, 52) interacting with the relevant tooth row portion in order to drive the jaws , and the axes of rotation of the pinions (21, 22, 23; 51, 52) having a distance a from one another, at least two pinions interacting with a tooth row portion in one of the inner stroke positions, characterized in that the lengths s of the guide portions , the lengths 1 of the tooth row portions and the distance a of the adjacent pinions (21, 22, 23; 51, 52) are selected such that in the outer stroke end position a pinion (21 or 23; 51 or 52) interacts with only one tooth row portion and another pinion (22 or 21; 52 or 51) interacts with only the other tooth row portion .
Material with photocatalytic properties for purification of air from volatile organic compounds, volatile inorganic compounds, dusts and microorganisms, based on titanium nanotubes, characterised in that , the material has a form of a substrate comprising titanium, on which a layer of oriented TiO 2 nanotubes is formed that ismade of a mixture of amorphous titanium(IV) oxide and anatase having a ratio ranging from 10:1 to 1:10, with crystallite size from 10 to 40 nm, and comprising from 1 to 10% of titanium ions in the form of Ti 3+ , while the nanotubes on the substrate have length from 0.6 to 7 μm and diameter from 20 to 120 nm and are deposited by electrochemical method on a titanium substrate with a surface area of 80 cm 2 at minimum and 1000 cm 2 at maximum.
A preprocessing device comprising: a rotation unit configured to acquire first coordinate information of respective vertexes of a polygon for inside/outside determination and the coordinate information of a coordinate to be determined, and reduce an area of a minimal bounding rectangle, MBR, including the polygon by rotating the polygon and the coordinate, as preprocessing of determination processing of determining whether the coordinate exists inside or outside the polygon; and an output unit configured to output coordinate information of respective vertexes of the rotated polygon and the rotated coordinate as rotated coordinate information. a rotation unit configured to acquire first coordinate information of respective vertexes of a polygon for inside/outside determination and the coordinate information of a coordinate to be determined, and reduce an area of a minimal bounding rectangle, MBR, including the polygon by rotating the polygon and the coordinate, as preprocessing of determination processing of determining whether the coordinate exists inside or outside the polygon; and acquire first coordinate information of respective vertexes of a polygon for inside/outside determination and the coordinate information of a coordinate to be determined, and reduce an area of a minimal bounding rectangle, MBR, including the polygon by rotating the polygon and the coordinate, as preprocessing of determination processing of determining whether the coordinate exists inside or outside the polygon; and an output unit configured to output coordinate information of respective vertexes of the rotated polygon and the rotated coordinate as rotated coordinate information.
A door actuator , comprising - a housing , - an output shaft , which is supported rotationally mobile in the housing and extends along an axis of rotation , - a cam disc disposed torque-proof on the output shaft , and - a first piston linearly guided along a central axis in the housing , - wherein the first piston and the cam disc are disposed for mutual conversion between a rotary movement of the output shaft and a linear movement of the first piston , wherein a first pressure roller rolling on the cam disc is disposed in the first piston , - a second piston linearly guided along the central axis , wherein a second pressure roller rolling on the cam disc is disposed in the second piston , wherein the cam disc has an asymmetrical cam contour, - wherein the central axis extends through the centre of the housing , and wherein the central axis runs through the centre of the two pistons , characterized in that - the axis of rotation is oriented offset to the central axis . - a housing , - an output shaft , which is supported rotationally mobile in the housing and extends along an axis of rotation , - a cam disc disposed torque-proof on the output shaft , and - a first piston linearly guided along a central axis in the housing , - wherein the first piston and the cam disc are disposed for mutual conversion between a rotary movement of the output shaft and a linear movement of the first piston , wherein a first pressure roller rolling on the cam disc is disposed in the first piston , - a second piston linearly guided along the central axis , wherein a second pressure roller rolling on the cam disc is disposed in the second piston , wherein the cam disc has an asymmetrical cam contour, - wherein the central axis extends through the centre of the housing , and wherein the central axis runs through the centre of the two pistons , characterized in that - the axis of rotation is oriented offset to the central axis .
Method for manufacturing a wind turbine blade comprising moulding a first and a second blade shell portion in respective first and second mould tools ; positioning a shear web within a first shell portion in said first mould tool ; anchoring said shear web in position in said first shell portion ; and closing said second shell portion over said first shell portion to thereby generate a wind turbine blade shell defining a chordwise extent between a trailing edge and a leading edge thereof, and a spanwise extent between a root region and a tip thereof and wherein said shear web , bordered by a first and a second longitudinal edge, extends in a thickness direction of said blade ; said method further comprising: providing a set of three or more positioning jigs , each said positioning jig being portable by an operative without powered lifting equipment; and securing each said positioning jig to said shear web , prior to its introduction into said first shell portion and guiding said shear web into its predetermined position in said first shell portion , with its first longitudinal edge adjacent said first shell portion , by engaging a reference surface of each said positioning jig with a locating surface at said first mould tool thereby to bring each said positioning jig into its guide position with said shear web in its predetermined standing position; and removing said positioning jigs from said first mould tool prior to closing said second shell portion over said first shell portion . providing a set of three or more positioning jigs , each said positioning jig being portable by an operative without powered lifting equipment; and securing each said positioning jig to said shear web , prior to its introduction into said first shell portion and guiding said shear web into its predetermined position in said first shell portion , with its first longitudinal edge adjacent said first shell portion , by engaging a reference surface of each said positioning jig with a locating surface at said first mould tool thereby to bring each said positioning jig into its guide position with said shear web in its predetermined standing position; and removing said positioning jigs from said first mould tool prior to closing said second shell portion over said first shell portion .
A device for extracting aroma substances from hop and/or hop products into a brewing liquid , in particular into beer, the device comprising a solids separating device by means of which the hop and/or the hop products can be separated from the brewing liquid in flow, the solids of the hop or the hop products being held back in the solids separating device, characterized in that the device comprises a heater by means of which the suspension of brewing liquid and hop and/or hop products can be heated to an isomerization temperature at which the α-acids contained in the aroma carriers are converted into iso-α-acids, and wherein the device comprises a cooler for controlling the isomerization, the cooler being configured to cool the suspension of brewing liquid and hop and/or hop products to a cooling temperature below the isomerization temperature after isomerization.
A system for altering the field of view of an endoscope image, comprising: at least one endoscope comprising a distal end, a proximal end, and at least one wide-angle lens in said distal end; at least one camera located in said endoscope's proximal end, configured to image a field of view of said endoscope image by means of said wide-angle lens; at least one computer program configured to be executed by data processing apparatus; and, optionally, at least one component selected from the group consisting of endoscope maneuvering means configured to physically maneuver said endoscope; a display configured to show at least a portion of said selected portion of said field of view; and, a database configured to be accessed by said at least one computer program; said computer program is configured to select at least a portion of said field of view without physically maneuvering said endoscope or said wide-angle lens; characterized in that said at least one computer program is configured to identify an occurrence of at least one predetermined item of interest from said at least one said image of said field of view, said system comprising warning means configured to provide a warning upon identification of at least one predetermined item of interest. at least one endoscope comprising a distal end, a proximal end, and at least one wide-angle lens in said distal end; at least one camera located in said endoscope's proximal end, configured to image a field of view of said endoscope image by means of said wide-angle lens; at least one computer program configured to be executed by data processing apparatus; and, optionally, at least one component selected from the group consisting of endoscope maneuvering means configured to physically maneuver said endoscope; a display configured to show at least a portion of said selected portion of said field of view; and, a database configured to be accessed by said at least one computer program;
A frozen confectionery product comprising a core of a frozen confection, which is at least partially coated with a gel coating, characterized in that the gel coating has a layer of frozen liquid on the surface of the gel coating that originates from syneresis of the gel, and wherein the gel coating has a total solid content from 20 to 45% based on weight of the gel (wt) and comprises 0.2 to 2 % wt of a gelling agent and konjac, in an amount from 0.1 to 1.0% wt. and wherein the at least one gel layer comprises konjac and carrageenan in a ratio which is in the range from 3:7 to 7:3, and wherein the gel coating or gel coatings has/have a thickness of between 2 and 5 mm, and wherein the frozen confectionery product comprises one or more additional gel coating(s) on top of or beneath the gel coating, which additional gel coatings at least partly overlaps the other gel coating.
An information processing apparatus capable of recognizing a multi-touch operation, the information processing apparatus comprising: a first acquisition means for acquiring positions of a plurality of touch points that constitute the multi-touch operation; a second acquisition means for acquiring information indicating a distance between two touch points that constitute the multi-touch operation based on the positions acquired by the first acquisition means ; characterized in that the information processing apparatus further comprises a first determination means for counting the number of pinch-out actions when the distance between the two touch points indicated by the information acquired by the second acquisition means has been enlarged, and for determining that the input multi-touch operation is a pinch-out operation that causes a display unit to enlarge an image to be displayed thereon, in a case that the number of pinch-out actions is greater than or equal to two , wherein, in a case that the number of pinch-out actions is smaller than two, the information processing apparatus is configured to not recognize the starting of an input of the pinch-out operation. a first acquisition means for acquiring positions of a plurality of touch points that constitute the multi-touch operation; a second acquisition means for acquiring information indicating a distance between two touch points that constitute the multi-touch operation based on the positions acquired by the first acquisition means ; characterized in that the information processing apparatus further comprises a first determination means for counting the number of pinch-out actions when the distance between the two touch points indicated by the information acquired by the second acquisition means has been enlarged, and for determining that the input multi-touch operation is a pinch-out operation that causes a display unit to enlarge an image to be displayed thereon, in a case that the number of pinch-out actions is greater than or equal to two , wherein, in a case that the number of pinch-out actions is smaller than two, the information processing apparatus is configured to not recognize the starting of an input of the pinch-out operation.
A stockless anchor comprising : two flukes pivotally mounted on a shank ; defining a horizontal fluke-shank rotation axis, comprising a crown , characterized by claws positioned on the external flank of the fluke or in the proximity of said flank, close to the crown , said claws extend in three dimensions (x, y, z) with a vertical dimension (y) that is preponderant over the other two dimensions, the vertical dimension (y) being taken in elevation relative to the surface of the fluke and the claws are positioned at the level of the horizontal rotation axis of the flukes or at a short distance away from the horizontal rotation axis going towards the bills of the flukes.
Reactor for the synthesis of melamine from urea, using the high-pressure non-catalytic process, comprising a vertical reactor body , characterized by comprising: an inner reaction chamber and an outer reaction chamber , said outer reaction chamber being arranged coaxially around said inner chamber; at least one urea melt inlet arranged to introduce urea melt into said inner reaction chamber; at least one path arranged to feed the effluent from said inner chamber into said outer chamber; at least one ammonia inlet arranged to introduce gaseous ammonia into said outer reaction chamber , wherein said outer chamber works as secondary stripping reactor and at least one melamine header for collecting liquid melamine from said outer reaction chamber. an inner reaction chamber and an outer reaction chamber , said outer reaction chamber being arranged coaxially around said inner chamber; at least one urea melt inlet arranged to introduce urea melt into said inner reaction chamber; at least one path arranged to feed the effluent from said inner chamber into said outer chamber; at least one ammonia inlet arranged to introduce gaseous ammonia into said outer reaction chamber , wherein said outer chamber works as secondary stripping reactor and at least one melamine header for collecting liquid melamine from said outer reaction chamber.
A formation fluid sampling tool for obtaining a fluid at a position within a wellbore that penetrates a subterranean formation (F), the tool comprising: a body adapted to be disposed in the wellbore on a conveyance; characterized by expandable packers providing an upper guard interval and a lower guard interval , wherein the upper guard interval comprises an upper cleanup zone provided with an upper cleanup port and the lower guard interval comprises a lower cleanup zone provided with a lower cleanup port , wherein the upper cleanup port and the lower cleanup port are connected to a flowline for passing waste fluid to a point of disposal within or outside the tool from, respectively, the upper guard interval and the lower guard interval ; a sampling region provided between the upper and lower guard intervals when the expandable packers are expanded into abutting contact with the wellbore wall ; and a sampling flowline in fluid communication with the sampling region for drawing the fluid from the sampling region ; wherein the sampling region and the upper and lower cleanup zones are isolated from one another when the expandable packers are expanded into abutting contact with the wellbore. a body adapted to be disposed in the wellbore on a conveyance; characterized by expandable packers providing an upper guard interval and a lower guard interval , wherein the upper guard interval comprises an upper cleanup zone provided with an upper cleanup port and the lower guard interval comprises a lower cleanup zone provided with a lower cleanup port , wherein the upper cleanup port and the lower cleanup port are connected to a flowline for passing waste fluid to a point of disposal within or outside the tool from, respectively, the upper guard interval and the lower guard interval ; a sampling region provided between the upper and lower guard intervals when the expandable packers are expanded into abutting contact with the wellbore wall ; and a sampling flowline in fluid communication with the sampling region for drawing the fluid from the sampling region ; wherein the sampling region and the upper and lower cleanup zones are isolated from one another when the expandable packers are expanded into abutting contact with the wellbore.
A method for removing an unwanted component included in a beverage, comprising: bringing the beverage into contact with a metal-supported zeolite; and bringing the beverage, which has been brought into contact with the metal-supported zeolite, into contact with a metal-trapping material, wherein the unwanted component is at least one selected from the group consisting of dimethyl sulfide (DMS), dimethyl disulfide (DMDS), and dimethyl trisulfide (DMTS); the beverage is alcoholic beverages; the metal which constitutes the metal-supported zeolite is silver; and the zeolite which constitutes the metal-supported zeolite is Y-type or β-type. bringing the beverage into contact with a metal-supported zeolite; and bringing the beverage, which has been brought into contact with the metal-supported zeolite, into contact with a metal-trapping material, wherein the unwanted component is at least one selected from the group consisting of dimethyl sulfide (DMS), dimethyl disulfide (DMDS), and dimethyl trisulfide (DMTS); the beverage is alcoholic beverages; the metal which constitutes the metal-supported zeolite is silver; and the zeolite which constitutes the metal-supported zeolite is Y-type or β-type.
Structural subassembly of a motor vehicle bumper comprising a bumper reinforcement comprising a beam and two lateral fixing brackets each comprising a first vertical wall fitted against the front face of a corresponding lateral portion of said beam and a second horizontal wall extending from the upper edge of said first vertical wall overhanging said beam , said first vertical wall having an oblong vertical hole positioned facing a respective circular orifice formed on a said corresponding lateral portion of said beam , said oblong vertical hole and said circular orifice being traversed by a screw partially screwed into a nut so as to ensure the pre-retention of said lateral fastening bracket against said beam while allowing a certain vertical movement of this lateral fastening bracket before its definitive fastening by the complete screwing of said screw , each said lateral fastening bracket also comprising an item projecting from said first vertical wall on the same side as said second horizontal wall ; wherein said projecting item of each lateral fixing bracket passes through a respective oblong vertical slot formed on a said corresponding lateral portion of the beam at the local of a said circular orifice .