mhurhangee/patent-ind-claim-en huggingface dataset:
An ultrasound imaging system comprising: an array of ultrasound transducer elements that send ultrasound energy into an object when energized for respective transmission time periods and provide responses to ultrasound energy emitted from the object for respective reception time periods; a reception modulation circuit modulating the responses with irregular sequences of modulation coefficients that are square waves of fixed amplitudes, in which the fixed amplitudes change between 1 and -1; a combiner circuit combining the modulated responses; and an image reconstruction processor configured to computer-process the combined modulated responses into one or more images of the object. an array of ultrasound transducer elements that send ultrasound energy into an object when energized for respective transmission time periods and provide responses to ultrasound energy emitted from the object for respective reception time periods; a reception modulation circuit modulating the responses with irregular sequences of modulation coefficients that are square waves of fixed amplitudes, in which the fixed amplitudes change between 1 and -1; a combiner circuit combining the modulated responses; and an image reconstruction processor configured to computer-process the combined modulated responses into one or more images of the object.
Mounting device for a stand device for arranging in the operating theatre and for locally positioning or displacing a medical-technical device in the operating theatre, in particular by means of a rotational movement, comprising - a mounting unit , which extends in a longitudinal direction along an axis of rotation (D), and has a cavity (K) which is aligned in the longitudinal direction, for accommodating a - in view of the mounting unit around the rotation axis (D) - rotatably supportable connecting member of the stand device; - an adjustment means for rotatably fixedly arranging said connecting member in a predefined position of rotation relative to said mounting unit , wherein the adjustment means are configured to be connectable with connecting member in a rotatably fixed manner; and - a rotational lock element ; characterized in that the mounting device forms a rotational coupling adjustable around the axis of rotation (D) for supporting the connecting member on the mounting unit , wherein the adjustment means is formed of an annular geometry or is an annular disk, wherein the adjustment means has a plurality of coupling points formed as openings or passages and arranged on a pitch circle, each coupling point for defining one of a plurality of predefined positions of rotation of the rotational coupling, wherein the mounting unit comprises a retainer for the rotational lock element , and the rotational lock element is configured to cooperate with a specific coupling point of the plurality of coupling points of the adjustment means to define one of the predefined positions of rotation. - a mounting unit , which extends in a longitudinal direction along an axis of rotation (D), and has a cavity (K) which is aligned in the longitudinal direction, for accommodating a - in view of the mounting unit around the rotation axis (D) - rotatably supportable connecting member of the stand device; - an adjustment means for rotatably fixedly arranging said connecting member in a predefined position of rotation relative to said mounting unit , wherein the adjustment means are configured to be connectable with connecting member in a rotatably fixed manner; and - a rotational lock element ; characterized in that the mounting device forms a rotational coupling adjustable around the axis of rotation (D) for supporting the connecting member on the mounting unit , wherein the adjustment means is formed of an annular geometry or is an annular disk, wherein the adjustment means has a plurality of coupling points formed as openings or passages and arranged on a pitch circle, each coupling point for defining one of a plurality of predefined positions of rotation of the rotational coupling, wherein the mounting unit comprises a retainer for the rotational lock element , and the rotational lock element is configured to cooperate with a specific coupling point of the plurality of coupling points of the adjustment means to define one of the predefined positions of rotation.
A structural component , in particular of a modular system, for use in storage or bundling or transport systems or construction installations, which is of plate-shaped or shell-shaped design and comprises at least three sides , wherein at least two sides are provided with a coupling unit for structurally connecting the structural component to a further component , and wherein the coupling unit comprises at least one first locking element and at least one correspondingly designed second locking element , characterized in that for connecting the structural component to the further component , the first and the second locking element are displaceable relative to one another from a release position into a first locking position upon moving the first or the second locking element in a first locking direction (L1) and from the release position into a second locking position upon moving the first or second locking element in a second locking direction (L2).
A computer-implemented anisoplanatic aberration correction method for adaptive optical linear beam scanning imaging, characterized in comprising: in an adaptive optical linear beam scanning imaging system, performing temporal correction on an anisoplanatic region aberration in a linear beam scanning direction, and performing regional correction on an anisoplanatic region aberration in a linear beam direction.
A thin film transistor, comprising: an active layer having a flat structure; a source electrode , which is located on the active layer and is in contact with the active layer ; a first insulation layer located on the source electrode and comprising a first via hole ; a drain electrode located on the first insulation layer , wherein the drain electrode is in contact with the active layer via the first via hole ; a second insulation layer covering the drain electrode ; characterized by further comprising: a gate electrode comprising a first portion , wherein the first portion is located on the second insulation layer and comprises a part corresponding to a region between the source electrode and the drain electrode . an active layer having a flat structure; a source electrode , which is located on the active layer and is in contact with the active layer ; a first insulation layer located on the source electrode and comprising a first via hole ; a drain electrode located on the first insulation layer , wherein the drain electrode is in contact with the active layer via the first via hole ; a second insulation layer covering the drain electrode ;
A curable sealant composition comprising: a polythiol; at least one unsaturated compound comprising more than one carbon-carbon double bond, carbon-carbon triple bond, or a combination thereof; a photoinitiator; and an organic hydroperoxide other than methyl ethyl ketone peroxide. a polythiol; at least one unsaturated compound comprising more than one carbon-carbon double bond, carbon-carbon triple bond, or a combination thereof; a photoinitiator; and an organic hydroperoxide other than methyl ethyl ketone peroxide.
A steering system for a machine , the steering system comprising: a vehicle control system configured to command steering of the machine ; and a steering sensor in communication with the vehicle control system , the steering sensor configured to detect a position of a steering actuator of the machine ; wherein the vehicle control system is configured to detect an acceleration rate of the machine and to command steering of the machine based at least in part on the position of the steering actuator and the acceleration rate of the machine , characterized in that the vehicle control system determines the acceleration rate of the machine by monitoring a control signal supplied to a propulsion system of the machine by the vehicle control system . a vehicle control system configured to command steering of the machine ; and a steering sensor in communication with the vehicle control system , the steering sensor configured to detect a position of a steering actuator of the machine ; wherein the vehicle control system is configured to detect an acceleration rate of the machine and to command steering of the machine based at least in part on the position of the steering actuator and the acceleration rate of the machine , characterized in that the vehicle control system determines the acceleration rate of the machine by monitoring a control signal supplied to a propulsion system of the machine by the vehicle control system .
A composition comprising: I. one or more CRISPR-Cas system polynucleotide sequences comprising or encoding: (a) a guide RNA sequence capable of hybridizing to a target sequence in a eukaryotic cell, (b) a tracr mate RNA sequence, and (c) a tracr RNA sequence, and II. a Type II Cas9 enzyme or a polynucleotide sequence encoding a Type II Cas9 enzyme, wherein the Type II Cas9 enzyme comprises at least one or more nuclear localization sequences, wherein (a), (b), and (c) are arranged in a 5' to 3' orientation, wherein the Type II Cas9 enzyme is or comprises a Staphylococcus aureus Cas9 (SaCas9), for use in medicine or for use in therapy. I. one or more CRISPR-Cas system polynucleotide sequences comprising or encoding: (a) a guide RNA sequence capable of hybridizing to a target sequence in a eukaryotic cell, (b) a tracr mate RNA sequence, and (c) a tracr RNA sequence, and (a) a guide RNA sequence capable of hybridizing to a target sequence in a eukaryotic cell, (b) a tracr mate RNA sequence, and (c) a tracr RNA sequence, and II. a Type II Cas9 enzyme or a polynucleotide sequence encoding a Type II Cas9 enzyme, wherein the Type II Cas9 enzyme comprises at least one or more nuclear localization sequences, wherein (a), (b), and (c) are arranged in a 5' to 3' orientation, wherein the Type II Cas9 enzyme is or comprises a Staphylococcus aureus Cas9 (SaCas9), for use in medicine or for use in therapy. wherein the Type II Cas9 enzyme comprises at least one or more nuclear localization sequences, wherein (a), (b), and (c) are arranged in a 5' to 3' orientation, wherein the Type II Cas9 enzyme is or comprises a Staphylococcus aureus Cas9 (SaCas9), for use in medicine or for use in therapy.
Transport device for transporting preforms made of a thermoplastic material in the region of a blow moulding machine for the blow moulding of containers, comprising a transport wheel rotatably mounted around a rotational axis with a plurality of receptacle recesses arranged in a distributed manner around its circumference in the circumferential direction for holding and conveying the preforms , wherein, on the transport wheel in the region of the receptacle recess , a hook element is respectively arranged, which is swivel-mounted on the transport wheel capable of being pivoted between an open position and a closed position, wherein, in the closed position, the hook element secures a preform to be transported in the respective receptacle recess against falling out of the receptacle recess , characterized in that the transport device comprises an ejection unit for the selective separation of each individual preform transported in one of the receptacle recesses of the transport wheel , wherein the ejection unit comprises an ejection pin that can be longitudinally slid between an ejection position and a rest position, and wherein the ejection pin protrudes into the region of one of the receptacle recesses in the ejection position in such a way that a preform located in this receptacle recess is ejected out of the receptacle recess .
An ICOS binding protein or antigen binding portion thereof comprising CDRH1 as set forth in SEQ ID NO: 1; CDRH2 as set forth in SEQ ID NO:2; CDRH3 as set forth in SEQ ID NO:3; CDRL1 as set forth in SEQ ID NO:4; CDRL2 as set forth in SEQ ID NO:5 and CDRL3 as set forth in SEQ ID NO:6.
A method for producing a molded body by laminating and cold-pressing a molding material X and a molding material Y, wherein: the molding material X contains discontinuous carbon fibers Cx, discontinuous glass fibers Gx, and a matrix resin Rx, the carbon fibers Cx containing carbon fibers Cx1 having a fiber width of less than 0.3 mm and carbon fibers Cx2 having a fiber width of 0.3 mm or more and 3.0 mm or less; a volume ratio of the carbon fibers Cx2 to the carbon fibers Cx is 10 Vol% or more and less than 99 Vol%; a volume ratio of the carbon fibers Cx / the glass fibers Gx is 0.1 or more and 1.5 or less; an average molding shrinkage X in an in-plane direction of the molding material X satisfies the following formula ; the molding material Y contains discontinuous carbon fibers Cy and/or glass fibers Gy, and a matrix resin Ry; and an average molding shrinkage Y of the molding material Y in an in-plane direction satisfies the following formula : Average molding shrinkage X ≤ 0.12 % 0.1 < average molding shrinkage Y / average molding shrinkage X < 1.5 . the molding material X contains discontinuous carbon fibers Cx, discontinuous glass fibers Gx, and a matrix resin Rx, the carbon fibers Cx containing carbon fibers Cx1 having a fiber width of less than 0.3 mm and carbon fibers Cx2 having a fiber width of 0.3 mm or more and 3.0 mm or less; a volume ratio of the carbon fibers Cx2 to the carbon fibers Cx is 10 Vol% or more and less than 99 Vol%; a volume ratio of the carbon fibers Cx / the glass fibers Gx is 0.1 or more and 1.5 or less; an average molding shrinkage X in an in-plane direction of the molding material X satisfies the following formula ; the molding material Y contains discontinuous carbon fibers Cy and/or glass fibers Gy, and a matrix resin Ry; and an average molding shrinkage Y of the molding material Y in an in-plane direction satisfies the following formula : Average molding shrinkage X ≤ 0.12 % 0.1 < average molding shrinkage Y / average molding shrinkage X < 1.5 .
A display apparatus comprising: a first substrate ; a second substrate arranged to be in parallel with the first substrate; a plurality of light emitting elements arrayed in a matrix form on a surface of the first substrate facing the second substrate; a plurality of sensing wiring lines formed on the surface of the first substrate and configured to output a sensing signal corresponding to a touch input of a user on the second substrate; a plurality of driving wiring lines formed on the surface of the first substrate and configured to output a driving signal to the plurality of light emitting elements; a plurality of insulators respectively provided in a plurality of areas where the driving wiring lines and the sensing wiring lines intersect with each other to be insulated, and wherein the sensing signal corresponds to change in voltage due to the touch input in an electromagnetic field generated by the driving signal transmitted through the driving wiring line. a first substrate ; a second substrate arranged to be in parallel with the first substrate; a plurality of light emitting elements arrayed in a matrix form on a surface of the first substrate facing the second substrate; a plurality of sensing wiring lines formed on the surface of the first substrate and configured to output a sensing signal corresponding to a touch input of a user on the second substrate; a plurality of driving wiring lines formed on the surface of the first substrate and configured to output a driving signal to the plurality of light emitting elements; a plurality of insulators respectively provided in a plurality of areas where the driving wiring lines and the sensing wiring lines intersect with each other to be insulated, and wherein the sensing signal corresponds to change in voltage due to the touch input in an electromagnetic field generated by the driving signal transmitted through the driving wiring line.
A computer readable medium comprising computer executable instructions that when executed cause a processor to: extract a print signature from a captured image of a printed halftone by locating the halftone in the captured image, wherein the halftone is located according to a transformation of an expected halftone pattern; compare the print signature to a reference signature stored in a registry to determine differences between the print signature and the reference signature; and perform a statistical image analysis on the print signature and the reference signature based on the comparison to authenticate the printed halftone. extract a print signature from a captured image of a printed halftone by locating the halftone in the captured image, wherein the halftone is located according to a transformation of an expected halftone pattern; compare the print signature to a reference signature stored in a registry to determine differences between the print signature and the reference signature; and perform a statistical image analysis on the print signature and the reference signature based on the comparison to authenticate the printed halftone.
Roof anchoring for attachment to a roof having an installed roof covering material, such as a flat roof, wherein the roof anchoring comprises: - a placing member for placing the roof anchoring on a surface of the roof, which placing member preferably comprises a flat plate material, - a fixing member for fixing an element for anchoring to the roof anchoring, wherein - the placing member is provided with a plurality of openings wherein a deformable material, such as a glue material or a roof covering material such as bitumen, rubber or plastic material is received, for the purpose of providing by means of the deformable material an adhesive effect between the installed roof covering material and the placing member, characterized in that : - the roof anchoring being manufactured by a method comprising the steps of: - providing a casting receptacle or a mould, - casting the deformable material in the casting receptacle or the mould, wherein the deformable material preferably has a temperature at which it is fluid but still retains the desired material properties, - placing a placing member in the casting receptacle or the mould for the purpose of providing an adhesive contact with the base material, - wherein the placing member is preferably arranged in the deformable material such that, after cooling of the deformable material, the deformable material is situated above and below the placing member. - a placing member for placing the roof anchoring on a surface of the roof, which placing member preferably comprises a flat plate material, - a fixing member for fixing an element for anchoring to the roof anchoring, wherein - the placing member is provided with a plurality of openings wherein a deformable material, such as a glue material or a roof covering material such as bitumen, rubber or plastic material is received, for the purpose of providing by means of the deformable material an adhesive effect between the installed roof covering material and the placing member, characterized in that : - the roof anchoring being manufactured by a method comprising the steps of: - providing a casting receptacle or a mould, - casting the deformable material in the casting receptacle or the mould, wherein the deformable material preferably has a temperature at which it is fluid but still retains the desired material properties, - placing a placing member in the casting receptacle or the mould for the purpose of providing an adhesive contact with the base material, - wherein the placing member is preferably arranged in the deformable material such that, after cooling of the deformable material, the deformable material is situated above and below the placing member.
A semiconductor apparatus, comprising a circuit device and a heat sink fin that are disposed in a laminated manner, and a thermal interface material layer located between the circuit device and the heat sink fin, wherein a packaging layer is disposed around a side wall of the circuit device, the circuit device comprises an integrated circuit die , the integrated circuit die is provided with a pin, one surface that is of the integrated circuit die and on which the pin is disposed is a mounting surface, and the side wall of the circuit device is a wall that is of the integrated circuit die and that is adjacent to the mounting surface; and the thermal interface material layer has a first surface facing the circuit device and the packaging layer and a second surface facing the heat sink fin, the first surface is thermally coupled to the circuit device and the packaging layer, and the second surface is thermally coupled to the heat sink fin, the semiconductor apparatus further comprises a substrate , the heat sink fin is fastened on the substrate by using an adhesive , characterized in that the integrated circuit die is coupled to the substrate by using a metal bump , the metal bump is protected by a bottom filler , the packaging layer envelops the side wall of the integrated circuit die and a side wall of the bottom filler.
Covering element for a road channel or well comprising a support body provided with edges for resting on said road channel or well , one or more rest walls and rib walls projecting from said rest walls in a manner coordinated with the direction of application of a weight force (W), wherein it comprises a plurality of contiguous stiffening load-bearing structures, having the structural function of resisting the load generated by said weight force (W) and each being defined by a lower reinforcement wall connected to at least one corresponding rib wall which is in turn connected to a corresponding rest wall , wherein each reinforcement wall is capable of resisting the tensile stresses generated by said weight force (W), disposed substantially parallel, or slightly inclined, with respect to said rest wall , and is monolithic and continuous along the entire longitudinal extension of the corresponding rib wall , characterized in that said stiffening load-bearing structures are each defined by a box structure comprising a reinforcement wall connected to two reciprocally facing rib walls which are each connected to a corresponding rest wall , in such a way as to determine an inverted Ω shape.
Bottle positioner , comprising a transport element formed with at least one empties compartment , comprising a feed slide for feeding empty containers , in particular bottles, into a feed region to the transport element , and comprising a stabiliser formed, as a horizontal, linearly movable contact part, to slide the fed-in empty container in the feed region from the feed slide into the at least one empties compartment against the transport element , so as to bring the empty container into a vertically stabilised rest position, wherein the transport element is formed to transport the steadied empty container onwards in the at least one empties compartment , the stabiliser being formed to be brought back out of the empties compartment again before the empty container is moved onwards via the transport element . comprising a transport element formed with at least one empties compartment , comprising a feed slide for feeding empty containers , in particular bottles, into a feed region to the transport element , and comprising a stabiliser formed, as a horizontal, linearly movable contact part, to slide the fed-in empty container in the feed region from the feed slide into the at least one empties compartment against the transport element , so as to bring the empty container into a vertically stabilised rest position, wherein the transport element is formed to transport the steadied empty container onwards in the at least one empties compartment , the stabiliser being formed to be brought back out of the empties compartment again before the empty container is moved onwards via the transport element .