mhurhangee/ep-ind-claims huggingface dataset:
Electric machine tool, in particular electric screw driver, in particular for use in surgery, containing - a housing; - a rotational tool, in particular a screw driver blade, or a tool receptacle, for, in particular, detachably accommodating a rotational tool, in particular a screw driver blade; - an electric motor for driving the rotational tool and/or the tool receptacle; - locking means which can be moved into a locking position and into a release position; characterized by at least one switch (11, 12) which is embodied and arranged in such a way that the rotational tool and/or the tool receptacle can be driven by the electric motor only if an axial compressive force which acts on an activation element of the machine tool exceeds a predefined second threshold value, wherein the locking means are embodied and arranged in such a way that the rotational tool and/or the tool receptacle - in the locked position is locked with respect to the housing or is movable relative to the housing only when a predefined torque is exceeded, if an axial compressive force acting on the activation element falls below a predefined first threshold value, and - in the release position is movable relative to the housing if the axial compressive force acting on the activation element exceeds the predefined first threshold value. - a housing; - a rotational tool, in particular a screw driver blade, or a tool receptacle, for, in particular, detachably accommodating a rotational tool, in particular a screw driver blade; - an electric motor for driving the rotational tool and/or the tool receptacle; - locking means which can be moved into a locking position and into a release position; - in the locked position is locked with respect to the housing or is movable relative to the housing only when a predefined torque is exceeded, if an axial compressive force acting on the activation element falls below a predefined first threshold value, and - in the release position is movable relative to the housing if the axial compressive force acting on the activation element exceeds the predefined first threshold value.
Seat attachment device with at least one carrier arm unit comprising at least one first carrier arm element, at least one second carrier arm element and at least one articulation unit, which is configured to support the first carrier arm element pivotally about at least one articulation axis, wherein the carrier arm unit comprises at least one evasive-movement unit which is configured, for generating an evasive movement of the second carrier arm element with respect to the first carrier arm element, to couple the first carrier arm element and the second carrier arm element with each other in a motionally dependent manner, characterised in that the evasive-movement unit is configured to generate the evasive movement of the second carrier arm element in case of an absence of an actuating force acting onto the second carrier arm element.
Hexagonal boron nitride powder, characterized in that: ratio (D/d) of long diameter with respect to thickness (d) of a primary particle is in the range of 5 to 10; average particle diameter (D 50) of an agglomerated particle body made of the primary particles is in the range of 2 μm to 200 μm (inclusive of 2 μm and 200 μm); and bulk density of the powder is in the range of 0.5 g/cm 3 to 1.0 g/cm 3; wherein content of Fe contained as impurity in the hexagonal boron nitride powder is not higher than 500 ppm and Fe exists as spherical particles of which diameter is not larger than 50 μm. ratio (D/d) of long diameter with respect to thickness (d) of a primary particle is in the range of 5 to 10; average particle diameter (D 50) of an agglomerated particle body made of the primary particles is in the range of 2 μm to 200 μm (inclusive of 2 μm and 200 μm); and bulk density of the powder is in the range of 0.5 g/cm 3 to 1.0 g/cm 3; wherein content of Fe contained as impurity in the hexagonal boron nitride powder is not higher than 500 ppm and Fe exists as spherical particles of which diameter is not larger than 50 μm.
A dispenser for animal food and animal treats, the dispenser comprising: a self-righting housing including: an upper housing, a lower housing and a cap removably couplable to the upper housing; a hollow upper cavity in the upper housing for containing a plurality of items to be dispensed, wherein the cap is removable from the upper housing to provide external access to the upper cavity and can be recoupled to the upper housing; an interior lower cavity for containing a plurality of items to be dispensed from the interior lower cavity to the exterior of the dispenser, a floor on the upper cavity; an upper aperture through the floor by which items to be dispensed can move from the upper cavity to the interior lower cavity as the dispenser is moved by the pet; a curved bottom surface that is intended to rest on an underlying surface; and a dispensing aperture, disposed in the lower housing and in communication with the interior lower cavity, through which items may be dispensed from the interior lower cavity to the exterior of the dispenser. an upper housing, a lower housing and a cap removably couplable to the upper housing; a hollow upper cavity in the upper housing for containing a plurality of items to be dispensed, wherein the cap is removable from the upper housing to provide external access to the upper cavity and can be recoupled to the upper housing; an interior lower cavity for containing a plurality of items to be dispensed from the interior lower cavity to the exterior of the dispenser, a floor on the upper cavity; an upper aperture through the floor by which items to be dispensed can move from the upper cavity to the interior lower cavity as the dispenser is moved by the pet; a curved bottom surface that is intended to rest on an underlying surface; and a dispensing aperture, disposed in the lower housing and in communication with the interior lower cavity, through which items may be dispensed from the interior lower cavity to the exterior of the dispenser.
A method of acquiring and processing optical coherence tomographic data from a sample, the sample being a human eye, wherein the method comprises the following steps: performing a first OCT scan of a first location on the sample to obtain a first set of OCT data; performing a second OCT scan of a second location on the sample to obtain a second set of OCT data; analyzing the OCT data to extract a fiducial position relative to a location on the sample using one of the first and second sets of OCT data; registering the OCT data sets based on the fiducial position, wherein at least one of the first OCT data set or the second OCT data set is three-dimensional. performing a first OCT scan of a first location on the sample to obtain a first set of OCT data; performing a second OCT scan of a second location on the sample to obtain a second set of OCT data; analyzing the OCT data to extract a fiducial position relative to a location on the sample using one of the first and second sets of OCT data; registering the OCT data sets based on the fiducial position, wherein at least one of the first OCT data set or the second OCT data set is three-dimensional.
A method of testing the bond strength of an electrically conductive ball adhered to a substrate by a pull test, and comprising the steps of gripping the ball with a test tool, moving the ball in a direction substantially orthogonal to the plane of adherence of the ball whilst urging the substrate lightly against the ball, and abruptly halting the substrate by restraining it with an abutment.
A Vehicle-to-Vehicle, V2V, communication method, wherein the method comprises: receiving, by a first terminal that is a first-type terminal, first information on a first channel from a second terminal that is a second-type terminal, wherein the first information carries at least one first sequence of the second terminal, the first terminal supports a first transmission technology, the second terminal supports a second transmission technology, wherein the first transmission technology is a Long Term Evolution-Vehicle, LTE-V, transmission technology, the second transmission technology is a dedicated short range communications, DSRC, transmission technology, and the first sequence of the second terminal is used to indicate that the first channel is used by the second terminal that supports the second transmission technology; determining, by the first terminal, first indication information based on the first sequence; sending, by the first terminal, the first indication information on the first channel to a third terminal that is a first-type terminal, wherein the first indication information is used to indicate that the first channel is used by the second terminal that supports the second transmission technology; and transmitting, by the first terminal, data by using a second channel, wherein the first channel and the second channel are different from each other. receiving, by a first terminal that is a first-type terminal, first information on a first channel from a second terminal that is a second-type terminal, wherein the first information carries at least one first sequence of the second terminal, the first terminal supports a first transmission technology, the second terminal supports a second transmission technology, wherein the first transmission technology is a Long Term Evolution-Vehicle, LTE-V, transmission technology, the second transmission technology is a dedicated short range communications, DSRC, transmission technology, and the first sequence of the second terminal is used to indicate that the first channel is used by the second terminal that supports the second transmission technology; determining, by the first terminal, first indication information based on the first sequence; sending, by the first terminal, the first indication information on the first channel to a third terminal that is a first-type terminal, wherein the first indication information is used to indicate that the first channel is used by the second terminal that supports the second transmission technology; and transmitting, by the first terminal, data by using a second channel, wherein the first channel and the second channel are different from each other.
A duct of an aircraft comprising: a hollow three-dimensional geometry shape that is formed of thermoplastic wherein the thermoplastic; is filled or unfilled semi-crystalline and includes reinforced polyetheretherketone (PEEK); or is filled or unfilled amorphous and includes polyetherimide; wherein the duct encloses a component and is configured to at least guide an airflow towards and across surfaces of the component characterised in that the at least one component is mounted to an inner wall of the duct and the duct is formed by suction-blow molding. a hollow three-dimensional geometry shape that is formed of thermoplastic wherein the thermoplastic; is filled or unfilled semi-crystalline and includes reinforced polyetheretherketone (PEEK); or is filled or unfilled amorphous and includes polyetherimide; wherein the duct encloses a component and is configured to at least guide an airflow towards and across surfaces of the component characterised in that the at least one component is mounted to an inner wall of the duct and the duct is formed by suction-blow molding.
A method for displaying stereoscopic 3D video information comprising a 3D video stream and 3D overlay graphics, the method comprising: - retrieving a set of depth conflict intervals associated to the 3D video stream from a media source comprising the 3D video stream and the 3D overlay graphics, wherein the set of depth conflict intervals is provided together with the stereoscopic 3D video information, and wherein a depth conflict interval indicates a time span during which a minimum depth value (Zv,min(t)) of the 3D video stream falls within a depth range provided for presentation of the 3D overlay graphics, or during which a minimum depth value (ZOD,min(t)) of the depth range provided for presentation of the 3D overlay graphics fall outside a comfort zone defined in an authoring process, and - adapting a presentation of the 3D video stream or a presentation of the 3D overlay graphics for time codes of the 3D video stream that are located in one of the time spans indicated by the depth conflict intervals so as to resolve the corresponding depth conflict. - retrieving a set of depth conflict intervals associated to the 3D video stream from a media source comprising the 3D video stream and the 3D overlay graphics, wherein the set of depth conflict intervals is provided together with the stereoscopic 3D video information, and wherein a depth conflict interval indicates a time span during which a minimum depth value (Zv,min(t)) of the 3D video stream falls within a depth range provided for presentation of the 3D overlay graphics, or during which a minimum depth value (ZOD,min(t)) of the depth range provided for presentation of the 3D overlay graphics fall outside a comfort zone defined in an authoring process, and - adapting a presentation of the 3D video stream or a presentation of the 3D overlay graphics for time codes of the 3D video stream that are located in one of the time spans indicated by the depth conflict intervals so as to resolve the corresponding depth conflict.
A spray drying apparatus (50; 50A; 50B; 50C), comprising: a spray nozzle for spraying the filtrate supplied from a dehydrator via a filtrate feed line (L 21) into a spray drying apparatus body; an introducing port provided in the spray drying apparatus body, for introducing flue gas to dry the filtrate sprayed from the spray nozzle; a drying region formed in the spray drying apparatus body, for drying the sprayed filtrate with the flue gas; a discharge port for discharging the flue gas; a wash nozzle for jetting a washing liquid fed via a washing liquid feed line (L 22) so as to wash the spray nozzle and the inside of the apparatus body, the washing liquid feed line (L 22) being branched from the filtrate feed line (L 21); a compressor for introducing a compressed air into the spray nozzle via an air feed line (L 23) to facilitate spraying and into the wash nozzle via the line (L 24) excluding the period of washing; and a detection unit for detecting spray failure in the spray nozzle or dry failure; and a determination unit for determining whether spraying and drying states of the filtrate are good or bad on the basis of a detection result from the detection unit; wherein a control unit that suggests and instructs washing of the spray nozzle and the inside of the apparatus body by the wash nozzle when it is determined to be the spray and dry failure as a result of the determination made by the determination unit. a spray nozzle for spraying the filtrate supplied from a dehydrator via a filtrate feed line (L 21) into a spray drying apparatus body; an introducing port provided in the spray drying apparatus body, for introducing flue gas to dry the filtrate sprayed from the spray nozzle; a drying region formed in the spray drying apparatus body, for drying the sprayed filtrate with the flue gas; a discharge port for discharging the flue gas; a wash nozzle for jetting a washing liquid fed via a washing liquid feed line (L 22) so as to wash the spray nozzle and the inside of the apparatus body, the washing liquid feed line (L 22) being branched from the filtrate feed line (L 21); a compressor for introducing a compressed air into the spray nozzle via an air feed line (L 23) to facilitate spraying and into the wash nozzle via the line (L 24) excluding the period of washing; and a detection unit for detecting spray failure in the spray nozzle or dry failure; and a determination unit for determining whether spraying and drying states of the filtrate are good or bad on the basis of a detection result from the detection unit; wherein a control unit that suggests and instructs washing of the spray nozzle and the inside of the apparatus body by the wash nozzle when it is determined to be the spray and dry failure as a result of the determination made by the determination unit.
An antenna, comprising: a dielectric substrate; a circular patch overlaying the dielectric substrate; one or more antenna feeds coupled to the circular patch; a metamaterial ground plane comprising: a plurality of conductive patches arranged along a first plane on a backside of the dielectric substrate and separated from the circular patch by the dielectric substrate; a cavity comprising a ground plane and a conductive fence, the ground plane arranged along a second plane below the first plane, and the conductive fence spaced from the dielectric substrate and from the plurality of conductive patches by a gap; a plurality of conductive vias extending between the ground plane and an upper surface of the dielectric substrate, each of the plurality of conductive vias extending through a different one of the plurality of conductive patches and electrically coupling the respective conductive patch to the ground plane; and a plurality of conductive pins each extending between the conductive fence and the upper surface of the dielectric substrate. a dielectric substrate; a circular patch overlaying the dielectric substrate; one or more antenna feeds coupled to the circular patch; a metamaterial ground plane comprising: a plurality of conductive patches arranged along a first plane on a backside of the dielectric substrate and separated from the circular patch by the dielectric substrate; a cavity comprising a ground plane and a conductive fence, the ground plane arranged along a second plane below the first plane, and the conductive fence spaced from the dielectric substrate and from the plurality of conductive patches by a gap; a plurality of conductive vias extending between the ground plane and an upper surface of the dielectric substrate, each of the plurality of conductive vias extending through a different one of the plurality of conductive patches and electrically coupling the respective conductive patch to the ground plane; and a plurality of conductive pins each extending between the conductive fence and the upper surface of the dielectric substrate. a plurality of conductive patches arranged along a first plane on a backside of the dielectric substrate and separated from the circular patch by the dielectric substrate; a cavity comprising a ground plane and a conductive fence, the ground plane arranged along a second plane below the first plane, and the conductive fence spaced from the dielectric substrate and from the plurality of conductive patches by a gap; a plurality of conductive vias extending between the ground plane and an upper surface of the dielectric substrate, each of the plurality of conductive vias extending through a different one of the plurality of conductive patches and electrically coupling the respective conductive patch to the ground plane; and a plurality of conductive pins each extending between the conductive fence and the upper surface of the dielectric substrate.
A method of arranging downlink, DL, control information, DCI, for a network of a wireless communication system, the method comprising the step of: configuring first DCI for a communication device of the wireless communication system, the method being characterized by: transmitting the first DCI in a control region of a first physical DL shared channel, PDSCH, of a first subframe of a first component carrier to the communication device; wherein the first DCI comprises an arrangement of a second PDSCH of a second subframe of a second component carrier to the communication device, or the first DCI comprises an arrangement of a physical uplink, UL, shared channel, PUSCH, of a third subframe of a third component carrier to the communication device.
An electronic device, comprising: a light-emitting board comprising a printed circuit board, and a semiconductor device disposed on the printed circuit board, wherein the semiconductor device is a light-emitting diode or an organic light-emitting diode; a touch sensor comprising a light diffusing film for diffusing light generated by the light emitting board disposed on or over the light-emitting board, and a touch conductor pattern disposed on the film of the touch sensor to sense an external touch event for generating a touch signal to drive the semiconductor device; and a signal connection part electrically connecting the touch sensor and the light-emitting board to each other to transmit the touch signal from the touch sensor to the light-emitting board, characterized by the touch conductor pattern being disposed directly on a lower surface of the film of the touch sensor, said lower surface facing said light-emitting board. a light-emitting board comprising a printed circuit board, and a semiconductor device disposed on the printed circuit board, wherein the semiconductor device is a light-emitting diode or an organic light-emitting diode; a touch sensor comprising a light diffusing film for diffusing light generated by the light emitting board disposed on or over the light-emitting board, and a touch conductor pattern disposed on the film of the touch sensor to sense an external touch event for generating a touch signal to drive the semiconductor device; and a signal connection part electrically connecting the touch sensor and the light-emitting board to each other to transmit the touch signal from the touch sensor to the light-emitting board, characterized by the touch conductor pattern being disposed directly on a lower surface of the film of the touch sensor, said lower surface facing said light-emitting board. a touch sensor comprising a light diffusing film for diffusing light generated by the light emitting board disposed on or over the light-emitting board, and a touch conductor pattern disposed on the film of the touch sensor to sense an external touch event for generating a touch signal to drive the semiconductor device; and a signal connection part electrically connecting the touch sensor and the light-emitting board to each other to transmit the touch signal from the touch sensor to the light-emitting board, characterized by the touch conductor pattern being disposed directly on a lower surface of the film of the touch sensor, said lower surface facing said light-emitting board.
An aerosol-generating device comprising a housing having a length and defining a rigid portion along at least a portion of the length of the housing and a flexible portion (120, 120a, 120b) along at least a portion of the length of the housing, the flexible portion (120, 120a, 120b) of the housing being elastically deformable or elastically deflectable and having a relaxed or unloaded configuration and being configured to adopt a flexed or deflected configuration; and a flexible device component disposed in the housing, wherein when the housing is in a relaxed or unloaded configuration, the flexible portion (120, 120a, 120b) of the housing is substantially linear and the flexible device component is at least partially longitudinally aligned with the flexible portion (120, 120a, 120b) of the housing. a housing having a length and defining a rigid portion along at least a portion of the length of the housing and a flexible portion (120, 120a, 120b) along at least a portion of the length of the housing, the flexible portion (120, 120a, 120b) of the housing being elastically deformable or elastically deflectable and having a relaxed or unloaded configuration and being configured to adopt a flexed or deflected configuration; and a flexible device component disposed in the housing, wherein when the housing is in a relaxed or unloaded configuration, the flexible portion (120, 120a, 120b) of the housing is substantially linear and the flexible device component is at least partially longitudinally aligned with the flexible portion (120, 120a, 120b) of the housing.