mhurhangee/patent-ind-claim-en huggingface dataset:
A workpiece holder that rotates a workpiece (W) about a rotary axis (AX3) while holding the workpiece (W) having an outer peripheral portion rotationally symmetric about a symmetry axis (AX4), the holder comprising: a holding table including: a chuck mechanism that holds the workpiece (W); a positioning mechanism that moves the chuck mechanism in a direction orthogonal to the rotary axis (AX3) while supporting the chuck mechanism to locate the workpiece (W); and a rotary mechanism that rotates the positioning mechanism about the rotary axis (AX3) to rotate the workpiece (W) held by the chuck mechanism about the rotary axis (AX3); an alignment imaging part that captures an image of the outer peripheral portion of the workpiece (W) held by the chuck mechanism ; a misalignment detector that detects misalignment of the symmetry axis (AX4) with respect to the rotary axis (AX3) on the basis of the image captured by the alignment imaging part while the workpiece is rotated by the rotary mechanism ; and a workpiece position correction part that corrects the position of the workpiece (W) in such a manner as to match the symmetry axis (AX4) with the rotary axis (AX3) by moving the chuck mechanism using the positioning mechanism so as to eliminate the misalignment. a holding table including: a chuck mechanism that holds the workpiece (W); a positioning mechanism that moves the chuck mechanism in a direction orthogonal to the rotary axis (AX3) while supporting the chuck mechanism to locate the workpiece (W); and a rotary mechanism that rotates the positioning mechanism about the rotary axis (AX3) to rotate the workpiece (W) held by the chuck mechanism about the rotary axis (AX3); an alignment imaging part that captures an image of the outer peripheral portion of the workpiece (W) held by the chuck mechanism ; a misalignment detector that detects misalignment of the symmetry axis (AX4) with respect to the rotary axis (AX3) on the basis of the image captured by the alignment imaging part while the workpiece is rotated by the rotary mechanism ; and a workpiece position correction part that corrects the position of the workpiece (W) in such a manner as to match the symmetry axis (AX4) with the rotary axis (AX3) by moving the chuck mechanism using the positioning mechanism so as to eliminate the misalignment.
A watch comprising: a watch body ; a watch face attached to the watch body and having an opening ; and a pointer (3a to 3c) including: an extension portion (10a to 10c) disposed to sandwich the watch face between the extension portion (10a to 10c) and the watch body and extending from the opening to face an upper surface of the watch face ; and a support portion (11a to 11c) protruding from the watch body into the upper surface of the watch face via the opening , and connected directly to the extension portion (10a to 10c), wherein the pointer (3a to 3c) includes a change portion formed in the extension portion (10a to 10c) to change a posture of the extension portion (10a to 10c) such that a front end of the extension portion (10a to 10c) is raised with respect to a base end of the extension portion (10a to 10c) to be apart from the watch face , and characterised in that the watch face is removable from the watch body along the extension portion (10a to 10c) when the extension portion is raised by the change portion . a watch body ; a watch face attached to the watch body and having an opening ; and a pointer (3a to 3c) including: an extension portion (10a to 10c) disposed to sandwich the watch face between the extension portion (10a to 10c) and the watch body and extending from the opening to face an upper surface of the watch face ; and a support portion (11a to 11c) protruding from the watch body into the upper surface of the watch face via the opening , and connected directly to the extension portion (10a to 10c), an extension portion (10a to 10c) disposed to sandwich the watch face between the extension portion (10a to 10c) and the watch body and extending from the opening to face an upper surface of the watch face ; and a support portion (11a to 11c) protruding from the watch body into the upper surface of the watch face via the opening , and connected directly to the extension portion (10a to 10c), wherein the pointer (3a to 3c) includes a change portion formed in the extension portion (10a to 10c) to change a posture of the extension portion (10a to 10c) such that a front end of the extension portion (10a to 10c) is raised with respect to a base end of the extension portion (10a to 10c) to be apart from the watch face , and characterised in that the watch face is removable from the watch body along the extension portion (10a to 10c) when the extension portion is raised by the change portion .
Window for receiving and delivering objects, comprising: a frame ; a sash attached by mechanical means to the frame , wherein the sash is closed in the standby position thereof; and code entering means which allow opening the sash upon entering a predetermined code, wherein, in the open position, the sash allows the surface thereof to be used for receiving and delivering objects, characterized in that the sash comprises an extensible platform established in the upper part of the sash and enlarging the surface of the sash , and a second actuator for extending or retracting the platform by means of guide rails located in the lower part of the platform and in the upper part of the sash , and a volumetric sensor in the extensible platform which allows detecting the presence of an object placed on said extensible platform . a frame ; a sash attached by mechanical means to the frame , wherein the sash is closed in the standby position thereof; and code entering means which allow opening the sash upon entering a predetermined code, wherein, in the open position, the sash allows the surface thereof to be used for receiving and delivering objects, characterized in that the sash comprises an extensible platform established in the upper part of the sash and enlarging the surface of the sash , and a second actuator for extending or retracting the platform by means of guide rails located in the lower part of the platform and in the upper part of the sash , and a volumetric sensor in the extensible platform which allows detecting the presence of an object placed on said extensible platform .
A computer program having instructions which, when executed by a computing device or system, cause said computing device or system to: - receive a video stream; - access a video picture that includes multiple pictures combined into a single picture , the multiple pictures including a first picture of a first view of a multi-view video and a second picture of a second view of the multi-view video, the video picture being part of the received video stream; - access information indicating how the multiple pictures in the accessed video picture are combined, wherein the accessed information indicates that at least one of the multiple pictures is individually flipped in one or more of a horizontal direction or a vertical direction, and wherein the accessed information is comprised in at least one of a slice header, a sequence parameter set, a picture parameter set, a network abstraction layer unit header, and a supplemental enhancement information message, the first picture of the first view being not flipped and the second picture of the second view being flipped; and - decode the video picture to provide a decoded representation of the combined multiple pictures , wherein the accessed information can be used to post-process the decoded representation to individually flip the at least one of the multiple pictures. - receive a video stream; - access a video picture that includes multiple pictures combined into a single picture , the multiple pictures including a first picture of a first view of a multi-view video and a second picture of a second view of the multi-view video, the video picture being part of the received video stream; - access information indicating how the multiple pictures in the accessed video picture are combined, wherein the accessed information indicates that at least one of the multiple pictures is individually flipped in one or more of a horizontal direction or a vertical direction, and wherein the accessed information is comprised in at least one of a slice header, a sequence parameter set, a picture parameter set, a network abstraction layer unit header, and a supplemental enhancement information message, the first picture of the first view being not flipped and the second picture of the second view being flipped; and and wherein the accessed information is comprised in at least one of a slice header, a sequence parameter set, a picture parameter set, a network abstraction layer unit header, and a supplemental enhancement information message, the first picture of the first view being not flipped and the second picture of the second view being flipped; and - decode the video picture to provide a decoded representation of the combined multiple pictures , wherein the accessed information can be used to post-process the decoded representation to individually flip the at least one of the multiple pictures.
A pixel array including a backside illuminated ("BSI") imaging sensor pixel, the BSI imaging sensor pixel comprising: a photodiode region disposed within a semiconductor die for accumulating an image charge in response to light incident upon a backside of the BSI imaging sensor pixel, wherein the photodiode region is an N or P type doped region within a substrate having the opposite conductivity type; and pixel circuitry including transistor pixel circuitry disposed within the semiconductor die between a frontside of the semiconductor die and the photodiode region , wherein at least a portion of the pixel circuitry overlaps the photodiode region ; wherein a portion of the pixel circuitry is shared with an adjacent pixel within the pixel array as shared pixel circuitry, wherein a first portion of the shared pixel circuitry overlaps the photodiode region of the BSI imaging sensor pixel and a second portion of the shared pixel circuitry overlaps a photodiode region of the adjacent pixel; wherein the shared pixel circuitry includes any one of: gain circuitry, ADC circuitry , gamma control circuitry, and exposure control circuitry. a photodiode region disposed within a semiconductor die for accumulating an image charge in response to light incident upon a backside of the BSI imaging sensor pixel, wherein the photodiode region is an N or P type doped region within a substrate having the opposite conductivity type; and pixel circuitry including transistor pixel circuitry disposed within the semiconductor die between a frontside of the semiconductor die and the photodiode region , wherein at least a portion of the pixel circuitry overlaps the photodiode region ; wherein a portion of the pixel circuitry is shared with an adjacent pixel within the pixel array as shared pixel circuitry, wherein a first portion of the shared pixel circuitry overlaps the photodiode region of the BSI imaging sensor pixel and a second portion of the shared pixel circuitry overlaps a photodiode region of the adjacent pixel; wherein the shared pixel circuitry includes any one of: gain circuitry, ADC circuitry , gamma control circuitry, and exposure control circuitry.
A diatomaceous earth composition with a low endotoxin content, comprising an agglomerated mixture of calcined diatomaceous earth particles and water, the water being free of endotoxins and free of bacteria, wherein the mass ratio of calcined diatomaceous earth particles and water is in the range of 1:1.0 to 1:2.0, and wherein the endotoxin content of the diatomaceous earth composition is equal to or less than 0.5 EU/mL.
A surgical viewing system, comprising: an X-ray source creating a beam of radiation; a screw placing surgical tool with the X-ray source coupled thereto, the screw placing surgical tool having an axis of rotation ; an X-ray detector positioned to detect a projected image resulting in a detected image, the detected image resulting from receiving at least some of the beam of radiation by the detector; at least one fiducial marker coupled to a part of the screw placing surgical tool, the at least one fiducial marker being radiopaque and blocking a portion of the beam of radiation from the detector to produce a profile on the detected image; and an image correction system taking the detected image and producing a corrected image by using at least one of a shape of the profile of the fiducial marker and a location of the profile of the fiducial marker. an X-ray source creating a beam of radiation; a screw placing surgical tool with the X-ray source coupled thereto, the screw placing surgical tool having an axis of rotation ; an X-ray detector positioned to detect a projected image resulting in a detected image, the detected image resulting from receiving at least some of the beam of radiation by the detector; at least one fiducial marker coupled to a part of the screw placing surgical tool, the at least one fiducial marker being radiopaque and blocking a portion of the beam of radiation from the detector to produce a profile on the detected image; and an image correction system taking the detected image and producing a corrected image by using at least one of a shape of the profile of the fiducial marker and a location of the profile of the fiducial marker.
An assembly comprising a plurality of elastic lamellas, and a rail element, being a rail brake, wherein said rail brake comprises a friction surface , and a reinforcing supporting structure, wherein said lamellas or a parts of them of said rail element acts as anti-noise barrier or its part or as damper having elastic structure and resulting in absorbing vibrations caused by contact between said at least one wheel of rolling stock and said friction surface , wherein grooves having non-cylindrical cross section in which said lamellas are installed are formed in said friction surface of said rail element, characterized in that further lamellas are positioned either above, or below, or both above and below of said rail element.
A motor cycle including: - an internal combustion engine, - a frame, - a fuel tank for carrying a fuel to be consumed by the internal combustion engine, - a container, preferably essentially cylindrically shaped, which is connected to the internal combustion engine and the fuel tank, wherein the container is adapted to store fuel evaporating from the fuel tank, wherein the container in a position of use is at least partially covered by the fuel tank, wherein the fuel tank is supported pivotably relative to the frame between a maintenance position and the position of use, characterized in that the container is fixed to the fuel tank at an underside or at a front side of the fuel tank and is pivotable jointly with same. - an internal combustion engine, - a frame, - a fuel tank for carrying a fuel to be consumed by the internal combustion engine, - a container, preferably essentially cylindrically shaped, which is connected to the internal combustion engine and the fuel tank, wherein the container is adapted to store fuel evaporating from the fuel tank, wherein the container in a position of use is at least partially covered by the fuel tank, wherein the fuel tank is supported pivotably relative to the frame between a maintenance position and the position of use, characterized in that the container is fixed to the fuel tank at an underside or at a front side of the fuel tank and is pivotable jointly with same.
A combustor arrangement for a gas turbine assembly, comprising a first burner , a first combustion chamber , a mixer for admixing a dilution gas to the hot gases leaving the first combustion chamber during operation, a second burner , and a second combustion chamber arranged sequentially in a fluid flow connection, wherein the first burner , the first combustion chamber , the mixer for admixing the dilution gas before the second burner , said second burner and the second combustion chamber are arranged in a row to form a flow path extending between the first combustion chamber and the second burner , the combustor arrangement comprises a central lance body arranged inside the flow path and extending from the first burner through the first combustion chamber into the mixer and into the second burner , wherein the central lance body comprises air ducts (52, 53, 91, 152; 219, 221, 223) for providing air for at least one mixer between the first burner and the second burner , wherein the air is injected into the combustor through air supply elements ; wherein the central lance body comprises at least one fuel duct for providing fuel for the second burner , wherein the fuel duct for providing fuel for the second burner comprises a curled duct , a longitudinal duct and an L-shaped outlet providing the liquid into the second burner area through a number of second fuel supply devices to distribute the fuel; wherein the central lance body is removably mounted in the combustor arrangement , for an axial removal along the longitudinal axis of the combustor arrangement ; wherein the cross section of the flow path increases in counter flow direction such that the lance body and fuel injectors extending from the trunk of the lance body can be retracted in axial direction out of the flow path ; wherein the air ducts in the lance body are concentrically arranged and in the cross section along the longitudinal axis of the combustor arrangement annular-shaped passages .
A device for applying actinic radiation to a curable resin comprising: a) a housing having a front face; b) an actinic radiation source arranged within the housing such that actinic radiation emerges from the housing through the front face; and c) a proximity detector; characterized in that the proximity detector is functionally connected to the actinic radiation source such that the actinic radiation source is shut off unless the proximity detector detects the presence of a surface within a safe distance from the front face and wherein the safe distance is always a distance less than 13 cm, and wherein the device is configured to apply actinic radiation at a target intensity greater than 3 W/cm 2 to a surface located 3 cm from the front face. a) a housing having a front face; b) an actinic radiation source arranged within the housing such that actinic radiation emerges from the housing through the front face; and c) a proximity detector;
An alkali aluminosilicate glass, the alkali aluminosilicate glass comprising from 62 mol% to 72 mol% SiO 2 , from 5 mol% to 12 mol% Al 2 O 3 , from 12 mol% to 16 mol% Na 2 O and from more than 1 mol% to 10 mol% of at least one metal oxide selected from the group consisting of Nb 2 O 5 , V 2 O 5 , Y 2 O 3 , and MnO 2 , wherein Al 2 O 3 (mol%) - Na 2 O(mol%) ≤ 2 mol%, and wherein the alkali aluminosilicate glass is ion exchanged and has a surface and a layer under compressive stress extending from the surface to a depth of layer, wherein the compressive stress is at least 1 GPa and the depth of layer is at least 25 μm.
A moisture pump apparatus, comprising: a housing defining a heating chamber and a condensation chamber , the housing having an adsorption port into the heating chamber , a desorption port between the heating chamber and the condensation chamber , and a venting port out of the condensation chamber ; a desiccant positioned in the heating chamber ; a heater maintained in the heating chamber and configured to heat the heating chamber ; and a valve assembly maintained by the housing and transitionable between: an adsorption position in which the valve assembly seals the desorption port between the heating chamber and the condensation chamber and opens the adsorption port into the heating chamber for water vapor transmission into the heating chamber , and a desorption position in which the valve assembly seals the adsorption port and opens the desorption port between the heating chamber and the condensation chamber for water vapor transmission out of the heating chamber , characterized in that in the desorption position and the adsorption position , the heater remains in a fixed position relative to the housing outside of the condensation chamber of the housing . a housing defining a heating chamber and a condensation chamber , the housing having an adsorption port into the heating chamber , a desorption port between the heating chamber and the condensation chamber , and a venting port out of the condensation chamber ; a desiccant positioned in the heating chamber ; a heater maintained in the heating chamber and configured to heat the heating chamber ; and a valve assembly maintained by the housing and transitionable between: an adsorption position in which the valve assembly seals the desorption port between the heating chamber and the condensation chamber and opens the adsorption port into the heating chamber for water vapor transmission into the heating chamber , and a desorption position in which the valve assembly seals the adsorption port and opens the desorption port between the heating chamber and the condensation chamber for water vapor transmission out of the heating chamber , characterized in that in the desorption position and the adsorption position , the heater remains in a fixed position relative to the housing outside of the condensation chamber of the housing . an adsorption position in which the valve assembly seals the desorption port between the heating chamber and the condensation chamber and opens the adsorption port into the heating chamber for water vapor transmission into the heating chamber , and a desorption position in which the valve assembly seals the adsorption port and opens the desorption port between the heating chamber and the condensation chamber for water vapor transmission out of the heating chamber , characterized in that in the desorption position and the adsorption position , the heater remains in a fixed position relative to the housing outside of the condensation chamber of the housing .
Power converter , comprising - a trace module that is configured to record trace signals in accordance with a trace configuration, - a storage unit that is configured to store trace signals recorded by the trace module , and - a web server that is configured to enable the creation of the trace configuration via a web client and to provide the trace signals stored by the storage unit to the web client , - wherein the trace configuration specifies, for each type of trace signal to be recorded, a sampling rate for the recording of the trace signals. - a trace module that is configured to record trace signals in accordance with a trace configuration, - a storage unit that is configured to store trace signals recorded by the trace module , and - a web server that is configured to enable the creation of the trace configuration via a web client and to provide the trace signals stored by the storage unit to the web client , - wherein the trace configuration specifies, for each type of trace signal to be recorded, a sampling rate for the recording of the trace signals.