mhurhangee/patent-ind-claim-en huggingface dataset:
An augmented reality display system, comprising: a light projection display operatively coupled to an image source for generating pairs of consecutive image frames at two respective focal planes ; an accommodation tracking module configured to track an accommodation of a user's eyes; a first variable focus element, VFE , configured to focus every one of first and second consecutive image frames of the pairs of consecutive image frames to respective first and second focal planes , the first and second focal planes being separated by a limited focal range, such that the first and second frames may be presented so rapidly that a user views the two focal planes simultaneously; and a second VFE arranged in series relative to the first VFE and the light projection display, the second VFE being configured to shift both the first and second consecutive image frames along a large focal range in response to a change in the tracked accommodation of the user's eye. a light projection display operatively coupled to an image source for generating pairs of consecutive image frames at two respective focal planes ; an accommodation tracking module configured to track an accommodation of a user's eyes; a first variable focus element, VFE , configured to focus every one of first and second consecutive image frames of the pairs of consecutive image frames to respective first and second focal planes , the first and second focal planes being separated by a limited focal range, such that the first and second frames may be presented so rapidly that a user views the two focal planes simultaneously; and a second VFE arranged in series relative to the first VFE and the light projection display, the second VFE being configured to shift both the first and second consecutive image frames along a large focal range in response to a change in the tracked accommodation of the user's eye.
Apparatus for removing protective film from sheets characterized in that it comprises: - A group for incising an end strip in a sheet , for at least a portion of its thickness, said incision occurring on the sheet side opposed to that covered by protective film; - A vacuum belt conveyor for blocking said sheets and moving them among the different stations for the performance of the different steps of film removal; - A group for grabbing, detaching and removing said end strip from the remaining portion of sheet ; - A group for cutting said film adhering to said strip separated from the protective film associated with the remaining portion of sheet ; - A grabbing group for grabbing the initial part of the film removed from a single sheet downstream the cutting line of said cutting group, for detaching the film from said sheet and for winding the film removed from a single sheet in a roll ; - An extracting group of the film roller which covered a whole sheet . - A group for incising an end strip in a sheet , for at least a portion of its thickness, said incision occurring on the sheet side opposed to that covered by protective film; - A vacuum belt conveyor for blocking said sheets and moving them among the different stations for the performance of the different steps of film removal; - A group for grabbing, detaching and removing said end strip from the remaining portion of sheet ; - A group for cutting said film adhering to said strip separated from the protective film associated with the remaining portion of sheet ; - A grabbing group for grabbing the initial part of the film removed from a single sheet downstream the cutting line of said cutting group, for detaching the film from said sheet and for winding the film removed from a single sheet in a roll ; - An extracting group of the film roller which covered a whole sheet .
An endoscope having a proximal handle assembly and a distal insertion shaft , the handle assembly comprising a proximal housing and a distal housing wherein the proximal housing and the distal housing have a common longitudinal axis and the distal housing is rotatable relative to the proximal housing about a longitudinal axis of the insertion shaft; wherein a distal end of the insertion shaft includes a camera assembly ; the distal housing is connected or attached to the insertion shaft so that the insertion shaft is configured to rotate with the distal housing; characterised in that : the camera assembly is configured to rotate with the distal housing ; and the distal housing comprises an image capture button configured to cause a photograph to be recorded or a video recording to be captured of an image signal originating from the camera assembly . the camera assembly is configured to rotate with the distal housing ; and the distal housing comprises an image capture button configured to cause a photograph to be recorded or a video recording to be captured of an image signal originating from the camera assembly .
An information processing system comprising: processing circuitry configured to receive input data from a shock sensor which outputs data based on a shock on the shock sensor, and identify a target segment of time-series data that is output from a motion sensor that senses a motion of an object, wherein the target segment includes a pre-shock portion that occurs before a shock event and a post-shock portion that occurs after the shock event, the shock event is recognized based on the data from the shock sensor, wherein the shock sensor and the motion sensor are acceleration sensors, and the system includes the shock sensor and the motion sensor, the shock sensor having a greater dynamic range in acceleration than the motion sensor and the motion sensor having a greater resolution than the shock sensor. receive input data from a shock sensor which outputs data based on a shock on the shock sensor, and identify a target segment of time-series data that is output from a motion sensor that senses a motion of an object, wherein the target segment includes a pre-shock portion that occurs before a shock event and a post-shock portion that occurs after the shock event, the shock event is recognized based on the data from the shock sensor, wherein the shock sensor and the motion sensor are acceleration sensors, and the system includes the shock sensor and the motion sensor, the shock sensor having a greater dynamic range in acceleration than the motion sensor and the motion sensor having a greater resolution than the shock sensor.
A surgical instrument , comprising: a shaft ; a plurality of magnets fixedly coupled to the shaft; a plurality of sensors coupled to the shaft and configured to determine a distance away from one or more of the plurality of magnets ; and a processor communicatively coupled to the plurality of sensors , wherein the processor is configured to determine a three dimensional change in position of the surgical instrument by computing a three dimensional change in position of the one or more magnets , using the change in the distances determined by the one or more plurality of sensors ; wherein the processor is configured to determine one or more of: a. the three dimensional change in position of an articulation of a component of the surgical instrument using the measured change in distance of one or more magnets away from one or more sensors ; b. a degree of rotation of an exterior component of the surgical instrument relative to an inner component of the surgical instrument using the measured change in distance of one or more magnets away from one or more sensors ; and c. a distance of translation of a component of the surgical instrument using the measured change in distance of one or more magnets away from one or more sensors . a shaft ; a plurality of magnets fixedly coupled to the shaft; a plurality of sensors coupled to the shaft and configured to determine a distance away from one or more of the plurality of magnets ; and a. the three dimensional change in position of an articulation of a component of the surgical instrument using the measured change in distance of one or more magnets away from one or more sensors ; b. a degree of rotation of an exterior component of the surgical instrument relative to an inner component of the surgical instrument using the measured change in distance of one or more magnets away from one or more sensors ; and c. a distance of translation of a component of the surgical instrument using the measured change in distance of one or more magnets away from one or more sensors .
A vehicle radar system comprising a control unit arrangement and at least one radar sensor arrangement that is arranged to transmit signals and receive reflected signals , where the vehicle radar system is arranged to acquire a plurality of measured radar detections at different times; where the control unit arrangement is arranged to engage a tracking algorithm using the present measured radar detections as input such that at least one track is initialized, characterized in that for each track, the control unit arrangement is arranged to: - by means of the tracking algorithm, calculate a calculated previous radar detection that precedes the present measured radar detections at a corresponding previous time that precedes said different times; and to - re-initialize the tracking algorithm using the present measured radar detections in combination with the calculated previous radar detection . - by means of the tracking algorithm, calculate a calculated previous radar detection that precedes the present measured radar detections at a corresponding previous time that precedes said different times; and to - re-initialize the tracking algorithm using the present measured radar detections in combination with the calculated previous radar detection .
An apparatus for generating a hologram, the apparatus comprising: a receiving unit arranged to receive 3D point data related to a plurality of 3D points which form an object whose hologram is to be generated in a hologram plane; a pattern setting unit configured to set a size of a Fresnel zone plate, FZP, pattern, wherein the FZP is intended to diffractively reconstruct one 3D point of said plurality of 3D points, and to select a partial area from the entire area, the partial area of the FZP corresponding to a portion of an entire area of the FZP; a calculation unit , comprising a plurality of processors, said calculation unit arranged to calculate, in said hologram plane, FZP pattern values at a plurality of reference points in the partial area of the FZP; wherein the calculation unit is further arranged to generate the remaining values in the partial area of the FZP by parallel recurrent interpolation from said plurality of calculated reference points; a pattern duplicating unit arranged to complete the FZP pattern for the entire area by concentric symmetrically duplicating the values of the partial area of the FZP to thereby generate a complete Fresnel zone plate; a scheduling unit to perform scheduling for the parallel recurrent interpolation with respect to the plurality of processors to increase a computing rate by reducing a number of idle processors. a receiving unit arranged to receive 3D point data related to a plurality of 3D points which form an object whose hologram is to be generated in a hologram plane; a pattern setting unit configured to set a size of a Fresnel zone plate, FZP, pattern, wherein the FZP is intended to diffractively reconstruct one 3D point of said plurality of 3D points, and to select a partial area from the entire area, the partial area of the FZP corresponding to a portion of an entire area of the FZP; to set a size of a Fresnel zone plate, FZP, pattern, wherein the FZP is intended to diffractively reconstruct one 3D point of said plurality of 3D points, and to select a partial area from the entire area, the partial area of the FZP corresponding to a portion of an entire area of the FZP; a calculation unit , comprising a plurality of processors, said calculation unit arranged to calculate, in said hologram plane, FZP pattern values at a plurality of reference points in the partial area of the FZP; wherein the calculation unit is further arranged to generate the remaining values in the partial area of the FZP by parallel recurrent interpolation from said plurality of calculated reference points; a pattern duplicating unit arranged to complete the FZP pattern for the entire area by concentric symmetrically duplicating the values of the partial area of the FZP to thereby generate a complete Fresnel zone plate; a scheduling unit to perform scheduling for the parallel recurrent interpolation with respect to the plurality of processors to increase a computing rate by reducing a number of idle processors.
Device for a vehicle seat with a rotating unit and a sliding unit , wherein the rotating unit can be adjusted into various rotational positions, wherein the sliding unit can be adjusted into various sliding positions, wherein the device has a locking mechanism, so that the adjustability of a rotational range of the rotating unit is dependent on a sliding position of the sliding unit , characterised in that the locking mechanism has a locking element , wherein the locking element is displaceable and/or pivotable perpendicular to a rotational axis D of the rotating unit .
Bearing assembly of a mobile hydraulic crane telescopic arm , comprising at least two tubular bearing sections , which are inserted within each other by means of suitable driving means in a controlled manner telescopically moveable along each other in the axial direction thereof, with an outer tubular bearing section having a pre-determined length ( L 0 ) and an inner tubular bearing section having a pre-determined length ( L 1 ) and are complementary in shape in their transversal cross-sections, and insertion of one into another is enabled assuring at least a minimal overlapping length ( L 9 ) having at least approximately uniform spacing between said sections along the complete circumference thereof, and sliding pads (46', 46") within each gap between each adjacent bearing sections which are correspondingly spaced apart from each other in the axial direction of the arm and arranged along the circumference of said sections , matching between said mutually abutting bearing sections allowing movements relatively to each other in the axial direction (X), and wherein each of said tubular bearing sections in its cross-section, have a substantially uniform wall thickness ( t ) along the complete circumference thereof, wherein the cross-section of said tubular bearing sections is also mirror-symmetric with regard to the vertical geometric axis ( Z ), wherein each bearing section has in its cross-section above said neutral axis ( Y ) a tension zone at a distance apart from said neutral axis ( Y ) with a smaller substantially semi-circular area ( m 1 ) and at a smaller radius ( R 1 ), and in the area below said neutral axis ( Y ) a compression zone with a larger substantially semi-circular area ( m 2 ) with a larger radius ( R 2 ), which ends in its terminal points ( C, C' ) below the neutral axis ( Y ) and at a suitable distance apart from it, and is on its both sides symmetrically with regard to the vertical axis ( Z ) and tangentially extended by straight sections ( n 2 , n 2 ' ), which extend across said neutral axis ( Y ) at a pre-determined distance of each apart from said neutral axis ( Y ), characterized in that an obtuse angle ( γ ) coincides symmetrically with regard to the vertical axis ( Z ), and coincides with a complementary straight section ( n 1 , n 1 ' ), by which said substantially semi-circular area ( m 1 ) with a smaller radius ( R 1 ) is extended in each of its terminal points ( A , A' ).
A method of a base station in a mobile communication system, the method comprising: identifying whether a terminal is in a rank indicator/precoding matrix indicator, RI/PMI, disabled mode ; selecting, by the base station, in a case that the terminal is in the RI/PMI disabled mode, one of a cell-specific reference signal, CRS, or a channel status information reference signal, CSI-RS, as a reference signal to be measured by the terminal ; transmitting, to the terminal, reference signal measurement information with the selection result, the selection result associated with one of the CRS or the CSI-RS , the reference signal measurement information comprising a bit indicator indicating either the CRS or the CSI-RS; and receiving channel information generated based on the reference signal measurement information from the terminal, wherein the CRS is a reference signal corresponding to all transmission points in a cell, and the CSI-RS is a reference signal corresponding to one transmission point in the cell, wherein different CSI-RSs are transmitted through respective different transmission points in the cell. identifying whether a terminal is in a rank indicator/precoding matrix indicator, RI/PMI, disabled mode ; selecting, by the base station, in a case that the terminal is in the RI/PMI disabled mode, one of a cell-specific reference signal, CRS, or a channel status information reference signal, CSI-RS, as a reference signal to be measured by the terminal ; transmitting, to the terminal, reference signal measurement information with the selection result, the selection result associated with one of the CRS or the CSI-RS , the reference signal measurement information comprising a bit indicator indicating either the CRS or the CSI-RS; and receiving channel information generated based on the reference signal measurement information from the terminal, wherein the CRS is a reference signal corresponding to all transmission points in a cell, and the CSI-RS is a reference signal corresponding to one transmission point in the cell, wherein different CSI-RSs are transmitted through respective different transmission points in the cell.
A magnetic resonance imaging, MRI, apparatus for obtaining a water-fat separation image, the MRI apparatus comprising: a controller configured to obtain first partial k-space data, second partial k-space data, and third partial k-space data, respectively based on a first partial echo signal, a second partial echo signal, and a third partial echo signal, which are magnetic resonance signals corresponding to a plurality of echo times with respect to an object, obtain first reconstruction image data, second reconstruction image data, and third reconstruction image data with respect to the object, respectively based on the first partial k-space data, the second partial k-space data, and the third partial k-space data, and obtain first water image data, first fat image data, and first phase image data of the object, based on the first reconstruction image data, the second reconstruction image data, and the third reconstruction image data, by using a Dixon technique, characterized in that the controller is configured to apply an output data condition such that k-space data corresponding to each of the first water image data and the first fat image data obtained using the Dixon technique are origin symmetric with respect to the center of k-space, or approximately satisfy an origin symmetry law with respect to the center of k-space to within a value equal to or greater than 95%. a controller configured to obtain first partial k-space data, second partial k-space data, and third partial k-space data, respectively based on a first partial echo signal, a second partial echo signal, and a third partial echo signal, which are magnetic resonance signals corresponding to a plurality of echo times with respect to an object, obtain first reconstruction image data, second reconstruction image data, and third reconstruction image data with respect to the object, respectively based on the first partial k-space data, the second partial k-space data, and the third partial k-space data, and obtain first water image data, first fat image data, and first phase image data of the object, based on the first reconstruction image data, the second reconstruction image data, and the third reconstruction image data, by using a Dixon technique, characterized in that the controller is configured to apply an output data condition such that k-space data corresponding to each of the first water image data and the first fat image data obtained using the Dixon technique are origin symmetric with respect to the center of k-space, or approximately satisfy an origin symmetry law with respect to the center of k-space to within a value equal to or greater than 95%.
An antibody that binds to a complex of human Glycoprotein A repetitions predominant (hGARP) and latent TGF-β1, wherein the antibody binds to an epitope which comprises the residues Y137, S138 and G139 of the hGARP amino acid sequence of SEQ ID NO:1 when GARP is complexed to latent TGF-β1.
An anti-dandruff composition comprising an effective amount of an antidandruff active being a fumagillin derivative according to formula (I); and an excipient, wherein said composition comprises in the range from 0.001 wt.% to 20 wt.% of the fumagillin derivative, based on the total weight of the composition.
An array substrate , comprising: a plurality of thin film transistors , an organic transparent layer, a first passivation layer , and a plurality of post spacers , wherein the thin film transistors are arranged in a matrix on the array substrate , the first passivation layer is arranged on a source/drain electrode of the thin film transistors , the organic transparent layer is arranged on the first passivation layer and is located in an area other than an area of the thin film transistors and an area between adjacent two thin film transistors , the post spacers are arranged on a surface of the array substrate , and are located in the area between the adjacent two of the thin film transistors , characterized in that the organic transparent layer comprises a hole extending along a scan line direction across each of said adjacent two of the thin film transistors and the area between said adjacent two of the thin film transistors .
Multilayer plastic film , in particular multilayer plastic composite film, based on plastic recyclate (recycled plastic), wherein the plastic film comprises a layered composite of at least three film layers bonded to one another, in particular bonded and/or coextruded by means of coextrusion, wherein the plastic film and/or the layer composite comprises a first outer film layer and a second outer film layer and a carrier film layer arranged between the first outer film layer and the second outer film layer , wherein the plastic film has a plastic recyclate content of at least 80 wt.% (% by weight), based on the plastic film , wherein the plastic film comprises at least substantially only one single plastic grade according to DIN EN ISO 11469, said plastic grade having a grade purity of at least 90 wt.%, wherein the ratio of the layer thicknesses of first outer film layer / carrier film layer / second outer film layer varies in the range of 10 - 35 : 40 - 60 : 10 - 35, with at least two of the film layers each having different mechanical properties. wherein the plastic film comprises a layered composite of at least three film layers bonded to one another, in particular bonded and/or coextruded by means of coextrusion, wherein the plastic film and/or the layer composite comprises a first outer film layer and a second outer film layer and a carrier film layer arranged between the first outer film layer and the second outer film layer , wherein the plastic film has a plastic recyclate content of at least 80 wt.% (% by weight), based on the plastic film , wherein the plastic film comprises at least substantially only one single plastic grade according to DIN EN ISO 11469, said plastic grade having a grade purity of at least 90 wt.%, wherein the ratio of the layer thicknesses of first outer film layer / carrier film layer / second outer film layer varies in the range of 10 - 35 : 40 - 60 : 10 - 35, with at least two of the film layers each having different mechanical properties.