mhurhangee/ep-ind-claims huggingface dataset:
An information processing device comprising: an operation receiver comprising a flat panel display provided with a touch panel capable of receiving a multi touch gesture operation for an object on a screen including resizing, and generating an output according to the gesture operation; a user motion detector configured to detect whether the gesture operation received by the operation receiver is a two-hand operation or a one-hand operation and to generate a corresponding output wherein the user motion detector includes a motion sensor configured to optically detect a motion of a hand of a user, an expansion-reduction rate setting section configured to set an expansion-reduction rate associated with the resizing by the gesture operation to a first degree when the gesture operation for the object is the two-hand operation on a basis of the output from the user motion detector, and set the expansion-reduction rate associated with the resizing by the gesture operation to a second degree which is greater than the first degree when the gesture operation for the object is the one-hand operation on a basis of the output from the user motion detector; a gesture analysis section configured to identify the gesture operation received by the operation receiver; and a display control section configured to reflect resizing of the object on the screen on a basis of the expansion-reduction rate set to the first or second degree when the gesture operation identified by the gesture analysis section is resizing. an operation receiver comprising a flat panel display provided with a touch panel capable of receiving a multi touch gesture operation for an object on a screen including resizing, and generating an output according to the gesture operation; a user motion detector configured to detect whether the gesture operation received by the operation receiver is a two-hand operation or a one-hand operation and to generate a corresponding output wherein the user motion detector includes a motion sensor configured to optically detect a motion of a hand of a user, an expansion-reduction rate setting section configured to set an expansion-reduction rate associated with the resizing by the gesture operation to a first degree when the gesture operation for the object is the two-hand operation on a basis of the output from the user motion detector, and set the expansion-reduction rate associated with the resizing by the gesture operation to a second degree which is greater than the first degree when the gesture operation for the object is the one-hand operation on a basis of the output from the user motion detector; a gesture analysis section configured to identify the gesture operation received by the operation receiver; and a display control section configured to reflect resizing of the object on the screen on a basis of the expansion-reduction rate set to the first or second degree when the gesture operation identified by the gesture analysis section is resizing.
An information display apparatus configured to emit an image forming light beam to a transmissive reflection member and allow an occupant of a moving object to view a virtual image through the transmissive reflection member, characterized in that the information display apparatus is configured to: compute a difference between a first convergence angle (θ HUD) indicating an angle of inclination between lines of sight of both eyes of the occupant when viewing the virtual image through the transmissive reflection member and a second convergence angle (θ scene) indicating an angle of inclination between lines of sight of both eyes of the occupant when viewing a real object through the transmissive reflection member, based on information including position information of the real object and an imaging position of the virtual image, and display the virtual image only when the difference is less than or equal to 1 degree. compute a difference between a first convergence angle (θ HUD) indicating an angle of inclination between lines of sight of both eyes of the occupant when viewing the virtual image through the transmissive reflection member and a second convergence angle (θ scene) indicating an angle of inclination between lines of sight of both eyes of the occupant when viewing a real object through the transmissive reflection member, based on information including position information of the real object and an imaging position of the virtual image, and display the virtual image only when the difference is less than or equal to 1 degree.
Ophthalmological apparatus, comprising: a base station with a light source for generating light pulses, a support arm mounted on the base station, an application head mounted on the support arm and placeable onto an eye, the application head including a light projector adapted for focused projection of the light pulses for punctiform breakdown of eye tissue, an optical transmission system configured to transmit the light pulses from the base station through the support arm to the application head, and beam-deflecting means inserted into the optical transmission system and designed to deflect the light pulses in at least two scanning directions, the light projector having optics with a high numerical aperture permitting the focused projection of the laser pulses in the whole viewable area of the eye and the light projector being dimensioned such that, without mechanical movement of the light projector, deflected light pulses are projectable in a focused manner across an entire work area for breakdown of eye tissue, characterized in that the support arm is of rigid design with a horizontal orientation and, at one end, has a hinge (R z) with an essentially horizontally oriented rotation axis (r z), the hinge (R z) being mounted in such a way that the application head is adapted to be rotated with a rotation (z rot) extending about the rotation axis (r z) for lowering and placing the application head onto the eye. a base station with a light source for generating light pulses, a support arm mounted on the base station, an application head mounted on the support arm and placeable onto an eye, the application head including a light projector adapted for focused projection of the light pulses for punctiform breakdown of eye tissue, an optical transmission system configured to transmit the light pulses from the base station through the support arm to the application head, and beam-deflecting means inserted into the optical transmission system and designed to deflect the light pulses in at least two scanning directions, the light projector having optics with a high numerical aperture permitting the focused projection of the laser pulses in the whole viewable area of the eye and the light projector being dimensioned such that, without mechanical movement of the light projector, deflected light pulses are projectable in a focused manner across an entire work area for breakdown of eye tissue, characterized in that the support arm is of rigid design with a horizontal orientation and, at one end, has a hinge (R z) with an essentially horizontally oriented rotation axis (r z), the hinge (R z) being mounted in such a way that the application head is adapted to be rotated with a rotation (z rot) extending about the rotation axis (r z) for lowering and placing the application head onto the eye.
Floor lamp, - having a standing foot for the setting down of the floor lamp, - having a lampshade for the reception of an illuminating means, - having a holder which projects from the standing foot and holds the lampshade, - wherein the holder is mounted on the standing foot via a foot-side receptacle, - wherein the lampshade is mounted on the holder via a shade-side receptacle, - wherein the shade-side receptacle is formed with an at least dual symmetry such that the lampshade can be mounted on the holder in at least two different shade mounting positions (18, 26, 27), characterised in - that foot-side receptacle is formed with an at least dual symmetry such that the holder can be mounted on the standing foot in at least two different foot mounting positions (17, 29), - that the lampshade is mounted on the holder via a shade-side insert disposed in the shade-side receptacle, wherein the shade-side insert is formed complementarily to the shade-side receptacle, - that the holder is mounted on the standing foot via a foot-side insert disposed in the foot-side receptacle, wherein the foot-side insert is formed complementarily to the foot-side receptacle, - that the foot-side insert and the shade-side insert are disposed on the holder. - having a standing foot for the setting down of the floor lamp, - having a lampshade for the reception of an illuminating means, - having a holder which projects from the standing foot and holds the lampshade, - wherein the holder is mounted on the standing foot via a foot-side receptacle, - wherein the lampshade is mounted on the holder via a shade-side receptacle, - wherein the shade-side receptacle is formed with an at least dual symmetry such that the lampshade can be mounted on the holder in at least two different shade mounting positions (18, 26, 27), - that foot-side receptacle is formed with an at least dual symmetry such that the holder can be mounted on the standing foot in at least two different foot mounting positions (17, 29), - that the lampshade is mounted on the holder via a shade-side insert disposed in the shade-side receptacle, wherein the shade-side insert is formed complementarily to the shade-side receptacle, - that the holder is mounted on the standing foot via a foot-side insert disposed in the foot-side receptacle, wherein the foot-side insert is formed complementarily to the foot-side receptacle, - that the foot-side insert and the shade-side insert are disposed on the holder.
A headset comprising a first earpiece, where the earpiece is configured to be arranged at least partly in an ear of a user, where the earpiece comprises: - a heart rate measurement unit for measuring the heart rate in or at the ear of the user; - a receiving member comprising a through hole, wherein the through hole is configured for accommodating a detachable speaker unit of the headset; and - a detachable speaker unit which is configured to be attached and detached from the through hole of the receiving member of the earpiece; wherein the through hole of the receiving member is circular and wherein the speaker unit is circular and wherein the inner diameter of the through hole of the receiving member matches the outer diameter of the speaker unit; wherein an inner surface of the receiving member comprises one or more first electrical connection parts and wherein an outer surface of the speaker unit comprises one or more second electrical connection parts, and wherein the first electrical connection parts and the second electrical connection parts are configured to be arranged opposite and/or facing each other, when the speaker unit is attached in the receiving member thereby providing an electrical connection between the speaker unit and the earpiece. - a heart rate measurement unit for measuring the heart rate in or at the ear of the user; - a receiving member comprising a through hole, wherein the through hole is configured for accommodating a detachable speaker unit of the headset; and - a detachable speaker unit which is configured to be attached and detached from the through hole of the receiving member of the earpiece;
A fuel cell stack with a plurality of individual cells arranged one above the other, with electrochemically active layers, the first surface of which is exposed to fuel gas introduced from one side of the stack and the other surface of which is exposed to oxygen, preferably introduced from another side of the stack, the corresponding residual gases being collected on the respective opposing side of the stack, characterised in that an electrochemically inactive cell structure is installed at the two ends of the stack, through which said reactants flow upon operation of the fuel cell and which is similar to the electrochemically active individual cells with respect to its flow structure, in other words has an upper and a lower chamber, which are separated from one another by a separating layer.
An aqueous foamable antimicrobial hand soap composition with an improved tactility, comprising • an antimicrobial agent, and • a foamable cleansing composition comprising one or more surfactants which readily foam with water and air, and • water, characterized in that • it additionally comprises a tactility improving component which is a combination of malic acid and levulinic acid, and • the antimicrobial agent is lactic acid. • an antimicrobial agent, and • a foamable cleansing composition comprising one or more surfactants which readily foam with water and air, and • water, characterized in that • it additionally comprises a tactility improving component which is a combination of malic acid and levulinic acid, and • the antimicrobial agent is lactic acid.
A sample analysis method comprising: detecting, by a first plurality of sensors, one or more system parameters during polymer loading into a capillary, but prior to sample loading into the capillary and detection; detecting, by a second plurality of sensors, one or more system parameters during at least one of sample loading into the capillary and sample detection; analyzing, by a computer processor, system parameter data from the first plurality of sensors and the second plurality of sensors to determine, prior to the end of sample detection, whether to perform an action based on the analysis, wherein the one or more system parameters comprise one or more of a pressure, a temperature and an optical signal. detecting, by a first plurality of sensors, one or more system parameters during polymer loading into a capillary, but prior to sample loading into the capillary and detection; detecting, by a second plurality of sensors, one or more system parameters during at least one of sample loading into the capillary and sample detection; analyzing, by a computer processor, system parameter data from the first plurality of sensors and the second plurality of sensors to determine, prior to the end of sample detection, whether to perform an action based on the analysis, wherein the one or more system parameters comprise one or more of a pressure, a temperature and an optical signal.
A rapidly curable waterborne primer coating composition comprising: water; self-crosslinking latex resin; and corrosion-inhibiting particles, wherein the corrosion-inhibiting particles comprise chrome and are present in an amount of at least 3 weight percent based on the total weight of the coating composition. water; self-crosslinking latex resin; and corrosion-inhibiting particles, wherein the corrosion-inhibiting particles comprise chrome and are present in an amount of at least 3 weight percent based on the total weight of the coating composition.
A device for measuring mechanical stress comprising a magnetostrictive body enclosing a remanent magnetization, wherein the magnetostrictive body comprises: - a first end surface and a second end surface arranged opposite to each other, wherein at least one of the first and second end surfaces (12, 14) is configured to receive a mechanical stress; and - a first recess formed at the first end surface towards the second end surface and a second recess formed at the second end surface towards the first end surface, wherein, in a projection perpendicular to the first end surface, the first recess overlaps the second recess and extends beyond the second recess characterized by a magnetic field sensor arranged within one of the first recess and the second recess, the magnetic field sensor configured to measure a magnetic field vector (M') emerging from the magnetostrictive body in response to a mechanical stress. wherein the magnetostrictive body comprises: - a first end surface and a second end surface arranged opposite to each other, wherein at least one of the first and second end surfaces (12, 14) is configured to receive a mechanical stress; and - a first recess formed at the first end surface towards the second end surface and a second recess formed at the second end surface towards the first end surface, - a first end surface and a second end surface arranged opposite to each other, wherein at least one of the first and second end surfaces (12, 14) is configured to receive a mechanical stress; and - a first recess formed at the first end surface towards the second end surface and a second recess formed at the second end surface towards the first end surface, wherein, in a projection perpendicular to the first end surface, the first recess overlaps the second recess and extends beyond the second recess characterized by a magnetic field sensor arranged within one of the first recess and the second recess, the magnetic field sensor configured to measure a magnetic field vector (M') emerging from the magnetostrictive body in response to a mechanical stress.
A method for single sign on logging-out for use in a generic bootstrapping architecture comprising: providing a key revocation message over an interface otherwise defined for sharing key acquisition information between a bootstrapping server function and a network application function, one of the functions having collocated with it an identity provider (70, 74), the identity provider being enabled for communication within an identity management system in order to manage identity information and provide assertions of authentication to service providers; and cancelling, at at least one of the bootstrapping server function and the network application function providing the key revocation message, key information associated with the key revocation message. providing a key revocation message over an interface otherwise defined for sharing key acquisition information between a bootstrapping server function and a network application function, one of the functions having collocated with it an identity provider (70, 74), the identity provider being enabled for communication within an identity management system in order to manage identity information and provide assertions of authentication to service providers; and cancelling, at at least one of the bootstrapping server function and the network application function providing the key revocation message, key information associated with the key revocation message.
A child stroller frame comprising: a first and a second frame portion (1, 2), the second frame portion having a front end and a rear end, the front end of the second frame portion being pivotally connected with the first frame portion; a pivoting part having one end fixedly connected with a rear wheel support member and another end pivotally connected with the rear end of the second frame portion; and a linkage movably coupling the first frame portion to the pivoting part, the linkage having an intermediate portion pivotally connected with the second frame portion, whereby the first frame portion and the rear wheel support member are movably linked for folding in a concurrent manner toward the second frame portion; characterized in that the linkage includes: a first bar assembly respectively connected pivotally with the pivoting part and the second frame portion, the first bar assembly including a first bar pivotally connected with the second frame portion, wherein the first bar assembly, the pivoting part and the second frame portion form a first bar linkage portion; and a second bar assembly respectively connected pivotally with the first bar and the first frame portion, wherein the second bar assembly, the first bar, the first frame portion and the second frame portion form a second bar linkage portion. a first and a second frame portion (1, 2), the second frame portion having a front end and a rear end, the front end of the second frame portion being pivotally connected with the first frame portion; a pivoting part having one end fixedly connected with a rear wheel support member and another end pivotally connected with the rear end of the second frame portion; and a linkage movably coupling the first frame portion to the pivoting part, the linkage having an intermediate portion pivotally connected with the second frame portion, whereby the first frame portion and the rear wheel support member are movably linked for folding in a concurrent manner toward the second frame portion; characterized in that the linkage includes: a first bar assembly respectively connected pivotally with the pivoting part and the second frame portion, the first bar assembly including a first bar pivotally connected with the second frame portion, wherein the first bar assembly, the pivoting part and the second frame portion form a first bar linkage portion; and a second bar assembly respectively connected pivotally with the first bar and the first frame portion, wherein the second bar assembly, the first bar, the first frame portion and the second frame portion form a second bar linkage portion. a first bar assembly respectively connected pivotally with the pivoting part and the second frame portion, the first bar assembly including a first bar pivotally connected with the second frame portion, wherein the first bar assembly, the pivoting part and the second frame portion form a first bar linkage portion; and a second bar assembly respectively connected pivotally with the first bar and the first frame portion, wherein the second bar assembly, the first bar, the first frame portion and the second frame portion form a second bar linkage portion.
Belt-driven starter-generator drive of an internal combustion engine, having a first drive in a first drive plane, composed of a crankshaft pulley connected to a crankshaft and a generator pulley connected to the generator and at least one auxiliary assembly pulley (6, 7, 8) connected to a further auxiliary assembly, wherein the pulleys (4, 5, 6, 7, 8) are connected to one another by means of a belt, and having a second drive in a second drive plane which is arranged parallel to the first drive plane and which has a generator pulley and a crankshaft pulley, wherein the pulleys (13, 14) are connected to one another means of a belt, and the generator pulley of the second drive is detachably couplable to the generator pulley of the first drive, and the crankshaft pulley of the second drive is detachably couplable to the crankshaft pulley of the first drive, by coupling means, characterized in that the belt of the first drive is a poly-V belt, and in that the belt of the second drive is a toothed belt.