mhurhangee/ep-ind-claims huggingface dataset:
A pressure-sensitive adhesive sheet comprising a sheet-like base and a pressure-sensitive adhesive layer integrally laminated on one side of the sheet-like base, the pressure-sensitive adhesive layer having on the surface thereof two or more waved groove portions each composed of convex arcuate groove portions and concave arcuate groove portions connected alternately, wherein the two or more waved groove portions are formed at intervals in the amplitude direction of the waved groove portions, and when two arbitrary waved groove portions adjacent to each other in the amplitude direction of the waved groove portions are defined as one waved groove portion and the other waved groove portion, respectively, the total wavelength of a convex arcuate groove portion and a concave arcuate groove portion which are connected together and constitute the one waved groove portion and the total wavelength of a convex arcuate groove portion and a concave arcuate groove portion which are connected together and which constitute the other waved groove portion and which correspond to the convex arcuate groove portion and the concave arcuate groove portion constituting the one waved groove portion are different.
A device for quality assessment of medical image datasets, said device comprising: - an image input configured to obtain medical image datasets together with respective acquisition information, each medical image dataset being acquired by scanning a field of view, FOV, of an examination object and the respective acquisition information representing information related to the acquisition of the respective medical image dataset; - an image analysis unit configured to compare the FOV of an obtained medical image dataset with a reference FOV and to determine difference information indicating deviations of the FOV from the reference FOV, wherein the image analysis unit is configured to determine the reference FOV such that a predetermined anatomical region is excluded from the reference FOV, and wherein said image analysis unit is configured to determine difference information comprising presence information indicating the extent of presence of the predetermined anatomical region in the FOV of the obtained medical image dataset; - a correlation unit configured to determine correlation information indicating correlations between the difference information determined for a plurality of obtained medical image datasets and the respective acquisition information; and - an output unit configured to issue the determined correlation information. - an image input configured to obtain medical image datasets together with respective acquisition information, each medical image dataset being acquired by scanning a field of view, FOV, of an examination object and the respective acquisition information representing information related to the acquisition of the respective medical image dataset; - an image analysis unit configured to compare the FOV of an obtained medical image dataset with a reference FOV and to determine difference information indicating deviations of the FOV from the reference FOV, wherein the image analysis unit is configured to determine the reference FOV such that a predetermined anatomical region is excluded from the reference FOV, and wherein said image analysis unit is configured to determine difference information comprising presence information indicating the extent of presence of the predetermined anatomical region in the FOV of the obtained medical image dataset; - a correlation unit configured to determine correlation information indicating correlations between the difference information determined for a plurality of obtained medical image datasets and the respective acquisition information; and - an output unit configured to issue the determined correlation information.
A microfluidic droplet generation device, the device comprising: a droplet generation zone; a dispersed-phase input channel coupled to the droplet generation zone at a first junction; an output channel coupled to the droplet generation zone at a second junction; a first and a second break channel intersecting the dispersed-phase input channel at the first junction; a first and a second bypass channel intersecting the output channel at the second junction; a first continuous-phase input channel coupled to the first bypass channel; and a second continuous-phase input channel coupled to the second bypass channel, the microfluidic droplet generation device characterized by first and second connecting channels intersecting the droplet generation zone between the first junction and the second junction, wherein the first and second connecting channels respectively connect the first and second bypass channels to the droplet generation zone, and wherein the first continuous-phase input channel is coupled to the first break channel and the first connecting channel and the second continuous-phase input channel is coupled to the second break channel and the second connecting channel. a droplet generation zone; a dispersed-phase input channel coupled to the droplet generation zone at a first junction; an output channel coupled to the droplet generation zone at a second junction; a first and a second break channel intersecting the dispersed-phase input channel at the first junction; a first and a second bypass channel intersecting the output channel at the second junction; a first continuous-phase input channel coupled to the first bypass channel; and a second continuous-phase input channel coupled to the second bypass channel, the microfluidic droplet generation device characterized by first and second connecting channels intersecting the droplet generation zone between the first junction and the second junction,
Use of an echogenic coating composition on a medical device to be inserted into a body at depths greater than 5 cm, comprising: (i) a polymer matrix and (ii) an amount of ultrasound-reflective microparticles having a diameter that is at least 10 and at most 250 μm in size, wherein the relationship between the particle size, expressed as D 50, and the surface density is as follows: Particle size (μm) surface density (microparticles/mm 2) Condition Lower limit Upper limit I 10 < D 50 ≤22 362 2080 II 22 < D 50 ≤27 478 1626 III 27 < D 50 ≤32 467 1692 IV 32 < D 50 ≤38 235 1636 V 38 < D 50 ≤45 256 1459 VI 45 < D 50 ≤53 218 1594 wherein the use is non-surgical. (i) a polymer matrix and (ii) an amount of ultrasound-reflective microparticles having a diameter that is at least 10 and at most 250 μm in size, wherein the relationship between the particle size, expressed as D 50, and the surface density is as follows: Particle size (μm) surface density (microparticles/mm 2) Condition Lower limit Upper limit I 10 < D 50 ≤22 362 2080 II 22 < D 50 ≤27 478 1626 III 27 < D 50 ≤32 467 1692 IV 32 < D 50 ≤38 235 1636 V 38 < D 50 ≤45 256 1459 VI 45 < D 50 ≤53 218 1594 wherein the use is non-surgical.
Surveying apparatus embodied as total station, tracker or scanner, comprising at least • an optoelectronic distance measuring device having a measuring beam path, • a base for placing the surveying apparatus, • a support which is mounted on the base such that it is rotatable about a vertical axis, for azimuthal alignment of the optical beam path, • a beam directing unit which is mounted in the support such that it is rotatable about a tilting axis, for elevation alignment of the measurement beam path, • an angle measurement system for measuring the axial positions, • an actuatable positioning device driving the beam directing unit or the support, and • actuating means, characterized in that the positioning device has a plurality of coils which are arranged in a positionally fixed manner in the form of a ring about the tilting axis and/or vertical axis, with winding axes which are axially parallel to the tilting axis or vertical axis, and the coils are actuated by the actuating means such that they interact with a plurality of rotor magnets which are adjacent circumferentially on a rotor disc with alternating poles and are arranged axially with respect to the coils in order to ensure the following functions: • exerting torque on the beam directing unit or the support, • allowing the free-hand maneuverability of the beam directing unit or the support, and • blocking the maneuverability of the beam directing unit or the support wherein the coils are arranged on one side of a circuit board and a flow deflection element is arranged on the other side of the circuit board, and wherein the flow deflection element is configured in a uniformly planar fashion such that no cogging torques exist between stator and rotor, in particular when no electric current flows through the coils. • an optoelectronic distance measuring device having a measuring beam path, • a base for placing the surveying apparatus, • a support which is mounted on the base such that it is rotatable about a vertical axis, for azimuthal alignment of the optical beam path, • a beam directing unit which is mounted in the support such that it is rotatable about a tilting axis, for elevation alignment of the measurement beam path, • an angle measurement system for measuring the axial positions, • an actuatable positioning device driving the beam directing unit or the support, and • actuating means, • exerting torque on the beam directing unit or the support, • allowing the free-hand maneuverability of the beam directing unit or the support, and • blocking the maneuverability of the beam directing unit or the support
A computer-implemented method, comprising: determining a player formation of a plurality of players; comparing the player formation against a library of standard player formations to find a matching player formation; determining one or more deviations of the player formation relative to the matching player formation; logging the one or more deviations and associated attributes in a database; accessing the database to identify correlations between each of the one or more deviations and results of plays using the one or more deviations; comparing, based at least on the identified correlations, the results of the plays using the one or more deviations with results of plays that used the matching player formation; and generating a report including the success of the plays with the one or more deviations and corresponding plays using the matching player formation; characterized in that said determining the player formation comprises: determining relative positions of players of interest in a static formation as the player formation; or determining paths of each player in a selected group for the duration of a play in an event to establish a dynamic play execution as the player formation, and wherein the matching player formations include standard plays. determining a player formation of a plurality of players; comparing the player formation against a library of standard player formations to find a matching player formation; determining one or more deviations of the player formation relative to the matching player formation; logging the one or more deviations and associated attributes in a database; accessing the database to identify correlations between each of the one or more deviations and results of plays using the one or more deviations; comparing, based at least on the identified correlations, the results of the plays using the one or more deviations with results of plays that used the matching player formation; and generating a report including the success of the plays with the one or more deviations and corresponding plays using the matching player formation; characterized in that said determining the player formation comprises: determining relative positions of players of interest in a static formation as the player formation; or determining paths of each player in a selected group for the duration of a play in an event to establish a dynamic play execution as the player formation, and wherein the matching player formations include standard plays. determining relative positions of players of interest in a static formation as the player formation; or determining paths of each player in a selected group for the duration of a play in an event to establish a dynamic play execution as the player formation, and wherein the matching player formations include standard plays.
A method for manufacturing a negative electrode for an all solid state secondary battery, comprising the steps of: preparing a preliminary negative electrode comprising a current collector, and a negative electrode active material layer formed on at least one surface of the current collector, and containing a plurality of negative electrode active material particles and a solid electrolyte; disposing a lithium layer on the negative electrode active material layer; dipping the preliminary negative electrode having the lithium layer disposed thereon in an organic solvent; and removing the lithium layer. preparing a preliminary negative electrode comprising a current collector, and a negative electrode active material layer formed on at least one surface of the current collector, and containing a plurality of negative electrode active material particles and a solid electrolyte; disposing a lithium layer on the negative electrode active material layer; dipping the preliminary negative electrode having the lithium layer disposed thereon in an organic solvent; and removing the lithium layer.
A device for closing off building openings, in particular a sliding door or window having a plurality of sliding panels (2, 3, 4) each comprising carriages for receiving in and guiding on an associated track strip of a rail, each panel having driving dogs in the region of the ends thereof facing toward each adjacent sliding panel for mutually driving at least in the closing direction, each carriage having roller carriers on the rail side for one roller each, each comprising one driving dog and being associated with the ends of the panels, characterized in that each driving dog comprises a laterally protruding approach element, wherein the approach elements of the driving dogs of adjacent sliding panels (2, 3, 4) protrude laterally in opposite directions relative to the center longitudinal plane of the panel, and the end faces thereof facing toward each other approach each other, and that each driving dog is implemented as a separate part from the associated roller carrier and is designed symmetrically about the center transverse plane thereof, and can be affixed to the associated roller carrier at an optional rotational offset of 180° by means of a mounting device constructed symmetrically about the center longitudinal plane of the roller carrier.
A method, comprising: positioning body surface electrodes (60;62;64;66;68;70) in galvanic contact with a surface of a body of a patient; locating a probe in the body of the patient; tracking positions of the probe during respiration of the patient; determining indications related to impedances between the body surface electrodes (60;62;64;66;68;70) during the respiration; and characterized by; calculating a function relating the positions of the probe to the indications; and applying the function to identify end-expirium points of the respiration based on subsequent indications related to the impedances. positioning body surface electrodes (60;62;64;66;68;70) in galvanic contact with a surface of a body of a patient; locating a probe in the body of the patient; tracking positions of the probe during respiration of the patient; determining indications related to impedances between the body surface electrodes (60;62;64;66;68;70) during the respiration; and characterized by;
An exhaust line for an internal combustion engine with a plurality of combustion cylinders (2.1, 2.2) each comprising an exhaust outlet, comprising: a plurality of line segments, each of which being of multiple wall design so that they each define an exhaust passage and a coolant passage surrounding the exhaust passage, wherein the line segments each comprise an exhaust inlet and are sealingly arranged in a row longitudinally to one another, so that the exhaust passages of the respective line segments are connected to one another and the respective exhaust inlets of the line segments are each aligned with one of the exhaust outlets of the internal combustion engine, characterized in that each of the line segments comprises a coolant inlet that is open towards a cooling system of the internal combustion engine and a coolant outlet for its coolant passage that is open towards the cooling system and in that the coolant passages of the respective line segments are separated from one another so that each of the line segments has its own closed coolant circuit. a plurality of line segments, each of which being of multiple wall design so that they each define an exhaust passage and a coolant passage surrounding the exhaust passage, wherein the line segments each comprise an exhaust inlet and are sealingly arranged in a row longitudinally to one another, so that the exhaust passages of the respective line segments are connected to one another and the respective exhaust inlets of the line segments are each aligned with one of the exhaust outlets of the internal combustion engine, characterized in that each of the line segments comprises a coolant inlet that is open towards a cooling system of the internal combustion engine and a coolant outlet for its coolant passage that is open towards the cooling system and in that the coolant passages of the respective line segments are separated from one another so that each of the line segments has its own closed coolant circuit.
A method for personalizing card-shaped data carriers (10, 11, 12), in particular chip cards, comprising the following steps: - transporting at least one card-shaped data carrier (10, 11, 12) to be personalized, and - transferring personalization data to an electronic memory device of the card-shaped data carrier (10, 11, 12) by means of a personalization device during the transport motion, wherein the transporting of the card-shaped data carrier (10, 11, 12) is effected by means of a band-shaped or tubular carrier (20, 21, 22, 23) on which a multiplicity of card-shaped data carriers (10, 11, 12) to be personalized are arranged one behind the other in the transport direction, characterized in that upon a faulty transferring of personalization data to one of the data carriers (10, 11, 12), said data carrier (10, 11, 12) is separated from the band-shaped or tubular carrier (20, 21, 22, 23) and replaced by another data carrier (10, 11, 12) to which the corresponding personalization data have been transferred correctly after a recognizing of the faulty transferring of the personalization data. - transporting at least one card-shaped data carrier (10, 11, 12) to be personalized, and - transferring personalization data to an electronic memory device of the card-shaped data carrier (10, 11, 12) by means of a personalization device during the transport motion,
A paper machine fabric having a paper side surface and a machine side surface, the paper machine fabric comprising at least two separate layers made of at least four warp yarn systems (1; 2a, 2b; 4; 5) woven in different manners and at least two weft yarn systems woven in different manners, the at least two separate layers comprising a paper side layer and a machine side layer, the layers being bound together by means of a binder warp system formed by pairs of binder warps (2a, 2b) wherein each pair of binder warps (2a, 2b) is arranged to complement the surface of the paper side by forming a continuous warp path on the paper side and wherein the binder warps (2a, 2b) are arranged to be interwoven with the layer of the machine side by being interwoven under at least one weft yarn of the machine side, characterized in that warp yarns of one warp yarn system, i.e. wandering warps, are each arranged to complement a warp path formed by a pair of binder warps (2a, 2b) so that it is continuous at those points on the machine side where the pair of binder warps (2a, 2b) constitutes a part of the paper side structure, and are further arranged to run between the layers forming the paper side and the machine side at points where the binder warps(2a, 2b) binds the layers forming the paper side and the machine side together on the machine side.
A tiller knob assembly for a steering wheel, comprising a top section, and a bottom section, characterized in that: the top section has a lower periphery, wherein the lower periphery comprises a first plurality of indented segments; the bottom section has an upper periphery, wherein the upper periphery comprises a second plurality of indented segments, and the first and second plurality of indented segments are arranged such that when the lower periphery and the upper periphery are mated with one another along a mating interface, each of the first plurality of indented segments cooperates with a respective complimentary one of the second plurality of indented segments to form one of a plurality of separate openings around an outer circumference of the mating interface; and the tiller knob assembly further comprises a center section located between the top section and the bottom section, the center section including a plurality of extending segments, wherein each extending segment includes a respective outer surface exposed through a respective one of the plurality of separate openings. the top section has a lower periphery, wherein the lower periphery comprises a first plurality of indented segments; the bottom section has an upper periphery, wherein the upper periphery comprises a second plurality of indented segments, and the first and second plurality of indented segments are arranged such that when the lower periphery and the upper periphery are mated with one another along a mating interface, each of the first plurality of indented segments cooperates with a respective complimentary one of the second plurality of indented segments to form one of a plurality of separate openings around an outer circumference of the mating interface; and the tiller knob assembly further comprises a center section located between the top section and the bottom section, the center section including a plurality of extending segments, wherein each extending segment includes a respective outer surface exposed through a respective one of the plurality of separate openings.