mhurhangee/ep-ind-claims huggingface dataset:
A mask configured for manufacturing one sub pixel, comprising a shielding region and an opening region which are alternately arranged, wherein a width of the opening region is twice of a width of one sub pixel, and a width of the shielding region between two adjacent opening regions is four times of the width of one sub pixel; characterised in that a leftmost region in the mask is the shielding region, and a width of the leftmost region in the mask is the width of one sub pixel.
A lubricant composition comprising a quantity of a plurality of different diester species, the diester species having the following structure: wherein: R 1, R 2, R 3, and R 4 are independently selected from C 2 to C 17 alkyl groups; the plurality of different diester species are formed by epoxidizing a plurality of isomeric olefins, the olefins having a carbon number of from 8 to 16, to form a plurality of epoxides, converting the epoxides to diols and esterifying the diols with a C 2 to C 18 esterifying species such that: R 1 and R 2 are selected to have a combined carbon number of from at least 6 to at most 14; R 3 and R 4 are selected to have a combined carbon number of from at least 10 to at most 34. R 1, R 2, R 3, and R 4 are independently selected from C 2 to C 17 alkyl groups; the plurality of different diester species are formed by epoxidizing a plurality of isomeric olefins, the olefins having a carbon number of from 8 to 16, to form a plurality of epoxides, converting the epoxides to diols and esterifying the diols with a C 2 to C 18 esterifying species such that: R 1 and R 2 are selected to have a combined carbon number of from at least 6 to at most 14; R 3 and R 4 are selected to have a combined carbon number of from at least 10 to at most 34. R 1 and R 2 are selected to have a combined carbon number of from at least 6 to at most 14; R 3 and R 4 are selected to have a combined carbon number of from at least 10 to at most 34.
Radar device which is capable of being fitted to a coastal surveillance system, characterised in that it comprises at least: - one antenna which operates in the polarisation of maritime navigation radars, that is to say, horizontal rectilinear polarisation, and which comprises at least three reception channels in the horizontal plane, - for each channel, a receiver (22, 41) whose bandwidth is tunable in the frequency range of the maritime navigation radars; - a processing unit which simultaneously carries out a plurality of detections which are each adapted to a type of signal received, the processing unit carrying out a comparison of parameters of the radar signals detected with standardised parameters providing the definition of maritime navigation radars in order to derive therefrom the nature of the vessels which are provided with radars transmitting the signals. - one antenna which operates in the polarisation of maritime navigation radars, that is to say, horizontal rectilinear polarisation, and which comprises at least three reception channels in the horizontal plane, - for each channel, a receiver (22, 41) whose bandwidth is tunable in the frequency range of the maritime navigation radars; - a processing unit which simultaneously carries out a plurality of detections which are each adapted to a type of signal received,
A stapler for dispensing staples from a staple rack having a front staple and a second staple, comprising: a body; a track to guide staples disposed within the body; a handle movably attached to the body; a striker to move staples out from the body; wherein the staple rack is positioned on the track such that the front staple (81 a) is cantilevered from a front end of the track and the second staple is supported on the track behind the front staple, the front staple being positioned below the striker in a striker highest position; wherein the stapler is configured to undergo a stapling cycle having two distinct stages, a leveraging stage, the leveraging stage including a location of the handle above the striker moving downward and the striker also moving downward in proportion to motion of the handle, the location of the handle moving substantially faster than the striker in relation to the body, and after an end of the leveraging stage, a non-leveraged stage after the leveraging stage wherein the location of the handle moves toward a lowest position of the handle not more than about 1:1 in relation to the striker; and by way of this arrangement, the stapler is configured to move a top of the front staple (81 a) to be below a top of the second staple at the end of the leveraging stage, whereby the front staple remains substantially confined by the body with a lower leg of the front staple being above a bottom of the body. a body; a track to guide staples disposed within the body; a handle movably attached to the body; a striker to move staples out from the body; wherein the staple rack is positioned on the track such that the front staple (81 a) is cantilevered from a front end of the track and the second staple is supported on the track behind the front staple, the front staple being positioned below the striker in a striker highest position; wherein the stapler is configured to undergo a stapling cycle having two distinct stages, a leveraging stage, the leveraging stage including a location of the handle above the striker moving downward and the striker also moving downward in proportion to motion of the handle, the location of the handle moving substantially faster than the striker in relation to the body, and after an end of the leveraging stage, a non-leveraged stage after the leveraging stage wherein the location of the handle moves toward a lowest position of the handle not more than about 1:1 in relation to the striker; and by way of this arrangement, the stapler is configured to move a top of the front staple (81 a) to be below a top of the second staple at the end of the leveraging stage, whereby the front staple remains substantially confined by the body with a lower leg of the front staple being above a bottom of the body.
Hand-held power tool, in particular electrically operated hand-held power tool, such as, for example, a cordless screwdriver or cordless drill, with a gearing which is coupled to a spindle for receiving a tool, wherein the spindle is mounted via a tool-side bearing and a motor-side bearing, and the motor-side bearing is supported radially on a component of the gearing, which component rotates in the same direction, characterized in that a spindle lock is provided for centring the spindle, wherein the spindle lock rollers of the spindle lock are arranged axially between the tool-side bearing and the motor-side bearing and bear directly against the spindle.
A prosthetic heart valve, comprising: an annular frame comprising an inflow end and an outflow end and being radially compressible and expandable between a radially compressed configuration and a radially expanded configuration; a leaflet structure positioned within the frame and secured thereto; and an outer sealing member (18; 200) mounted outside of the frame and adapted to seal against surrounding tissue when the prosthetic heart valve is implanted within a native heart valve annulus of a patient, the sealing member (18; 200) comprising a mesh layer (170; 206) and pile layer (172; 210) comprising a plurality of pile yarns (174; 214) extending outwardly from the mesh layer (170; 206); wherein a height of the frame in the radially expanded state is about 12 mm to about 27 mm. an annular frame comprising an inflow end and an outflow end and being radially compressible and expandable between a radially compressed configuration and a radially expanded configuration; a leaflet structure positioned within the frame and secured thereto; and an outer sealing member (18; 200) mounted outside of the frame and adapted to seal against surrounding tissue when the prosthetic heart valve is implanted within a native heart valve annulus of a patient, the sealing member (18; 200) comprising a mesh layer (170; 206) and pile layer (172; 210) comprising a plurality of pile yarns (174; 214) extending outwardly from the mesh layer (170; 206); wherein a height of the frame in the radially expanded state is about 12 mm to about 27 mm.
A system for generating extreme ultraviolet light in which a target material inside a chamber is irradiated with a laser beam to be turned into plasma, the system comprising: a first laser apparatus configured to output a first laser beam; a second laser apparatus configured to output a second laser beam including a pedestal and a peak portion having higher energy than the pedestal in its waveform; and a controller connected to the first and second laser apparatuses and configured to cause the first laser beam to be outputted first, and the second laser beam to be outputted after the first laser beam, wherein the target material includes tin and has a droplet shape, and the peak portion included in the second laser beam rises after the rise of the pedestal included in the second laser beam, wherein the system further comprises a pedestal control device configured to control energy of the pedestal. a first laser apparatus configured to output a first laser beam; a second laser apparatus configured to output a second laser beam including a pedestal and a peak portion having higher energy than the pedestal in its waveform; and a controller connected to the first and second laser apparatuses and configured to cause the first laser beam to be outputted first, and the second laser beam to be outputted after the first laser beam, wherein the target material includes tin and has a droplet shape, and the peak portion included in the second laser beam rises after the rise of the pedestal included in the second laser beam, wherein the system further comprises a pedestal control device configured to control energy of the pedestal.
A linear ion trap (400, 600) for trapping and subsequently ejecting ions comprising: a plurality of rods (405, 410, 415, 420; 605, 610, 615, 620) defining an interior trapping volume (425, 625) having an axis (445, 645) extending longitudinally, one or more rods including an aperture (435, 635) extending radially through the rod, the aperture (435, 635) being configured such that the ions can pass from the interior trapping volume (425, 625) through the aperture (435, 635) to a region outside the interior trapping volume (425, 625); and at least one recess (460, 660) formed in the one or more rods and disposed adjacent the aperture (435, 635), extending longitudinally along the rod, opening to the interior trapping volume (425, 625), the recess (460, 660) not extending radially through the rod; characterized in that the recess (460, 660) is directly coupled to the aperture (435, 635). a plurality of rods (405, 410, 415, 420; 605, 610, 615, 620) defining an interior trapping volume (425, 625) having an axis (445, 645) extending longitudinally, one or more rods including an aperture (435, 635) extending radially through the rod, the aperture (435, 635) being configured such that the ions can pass from the interior trapping volume (425, 625) through the aperture (435, 635) to a region outside the interior trapping volume (425, 625); and at least one recess (460, 660) formed in the one or more rods and disposed adjacent the aperture (435, 635), extending longitudinally along the rod, opening to the interior trapping volume (425, 625), the recess (460, 660) not extending radially through the rod; characterized in that the recess (460, 660) is directly coupled to the aperture (435, 635).
A method for updating an embedded universal integrated circuit card, eUICC, firmware version of an eUICC of a terminal device, comprising: receiving (S101, S305, S408, S506), by an event management server, first information from the terminal device, wherein the first information comprises a target identifier; searching (S102, S306, S409, S507), by the event management server, currently stored event records for a target event record, wherein at least one eUICC firmware version and at least one issuer identifier in the target event record match the target identifier; and sending (S103, S307, S410, S508), by the event management server, the target event record to the terminal device, wherein the target event record is used to enable the terminal device to download an eUICC firmware version update package. receiving (S101, S305, S408, S506), by an event management server, first information from the terminal device, wherein the first information comprises a target identifier; searching (S102, S306, S409, S507), by the event management server, currently stored event records for a target event record, wherein at least one eUICC firmware version and at least one issuer identifier in the target event record match the target identifier; and sending (S103, S307, S410, S508), by the event management server, the target event record to the terminal device, wherein the target event record is used to enable the terminal device to download an eUICC firmware version update package.
Hollow roller which is heatable with steam, - which has a roller shell with an inner wall, two end walls (3, 4), a centre longitudinal axis and an interior, - which is rotatably mounted, - which has a steam supply channel opening into the interior coaxially to the centre longitudinal axis and - which has a rigidly designed siphon pipe which opens into the interior coaxially to the centre longitudinal axis, with a suction opening located adjacent to the inner wall, the siphon pipe being held in a rotary feed-through, which is pivotable relative to the centre longitudinal axis about a pivot angle (α) in such a way that the spacing (a, b) of the suction opening from the inner wall is adjustable, characterised in that the rotary feed-through is mounted on fixed pivot bearings. - which has a roller shell with an inner wall, two end walls (3, 4), a centre longitudinal axis and an interior, - which is rotatably mounted, - which has a steam supply channel opening into the interior coaxially to the centre longitudinal axis and - which has a rigidly designed siphon pipe which opens into the interior coaxially to the centre longitudinal axis, with a suction opening located adjacent to the inner wall, the siphon pipe being held in a rotary feed-through, which is pivotable relative to the centre longitudinal axis about a pivot angle (α) in such a way that the spacing (a, b) of the suction opening from the inner wall is adjustable,
A method of treating a substrate, comprising: - exposing the substrate to an aqueous solution; - drying the substrate; and - curing the substrate to form a treated substrate; wherein the substrate is a textile including polyester, and wherein the aqueous solution comprises from 0.01 to less than 10 wt% of an inhibitor agent which is a polysaccharide comprising trehalose or a trehalose derivative. - exposing the substrate to an aqueous solution; - drying the substrate; and - curing the substrate to form a treated substrate;
A stator blade for a centrifugal compressor, said stator blade comprising a front portion arranged to receive a gas flow and having an external surface configured to guide said gas flow adjacent to said external surface, characterized in that said front portion has a leading edge configured to generate at least one streamwise vortex in said gas flow, the axis of the vortex being substantially parallel to the direction of the gas flow, the leading edge having at least two pointed protrusions each having a vertex with a cusp shape defining two oblique stretches that are curved; and adjacent oblique stretches of the pair of protrusions together forming a rounded trough therebetween. the leading edge having at least two pointed protrusions each having a vertex with a cusp shape defining two oblique stretches that are curved; and adjacent oblique stretches of the pair of protrusions together forming a rounded trough therebetween.
A pluggable connector comprising: a housing having an inner surface that defines a housing cavity that includes a base therein, the housing cavity extending along a central axis from the base to an opening of the housing cavity that is sized and shaped to mate with a mating connector moving along the central axis; a plug insert, having a substantially circular cross-sectional shape, positioned within the housing cavity, the plug insert extending from the base along the central axis and forming contact cavities therein that extend parallel to the central axis, the plug insert having an outer surface that is separated from the inner surface of the housing by a spacing; differential pairs (P1...) extending from the base along the central axis within the housing cavity, each differential pair (P1...) comprising two mating contacts (320A, 320B) extending parallel to each other along a contact plane of the differential pair (P1...) and within corresponding contact cavities, the contact planes of at least two adjacent differential pairs (P1...) being perpendicular to one another; and a grounding member (331, 332, 333, 334) extending parallel to the central axis, the grounding member (331, 332, 333, 334) being positioned substantially between at least two adjacent differential pairs (P1...), characterised in that the grounding member (331, 332, 333, 334) has a cross-section taken perpendicular to the central axis, the cross-section of the grounding member (331, 332, 333, 334) having a thickness that decreases as the grounding member (331, 332, 333, 334) extends toward the central axis. a housing having an inner surface that defines a housing cavity that includes a base therein, the housing cavity extending along a central axis from the base to an opening of the housing cavity that is sized and shaped to mate with a mating connector moving along the central axis; a plug insert, having a substantially circular cross-sectional shape, positioned within the housing cavity, the plug insert extending from the base along the central axis and forming contact cavities therein that extend parallel to the central axis, the plug insert having an outer surface that is separated from the inner surface of the housing by a spacing; differential pairs (P1...) extending from the base along the central axis within the housing cavity, each differential pair (P1...) comprising two mating contacts (320A, 320B) extending parallel to each other along a contact plane of the differential pair (P1...) and within corresponding contact cavities, the contact planes of at least two adjacent differential pairs (P1...) being perpendicular to one another; and a grounding member (331, 332, 333, 334) extending parallel to the central axis, the grounding member (331, 332, 333, 334) being positioned substantially between at least two adjacent differential pairs (P1...), characterised in that the grounding member (331, 332, 333, 334) has a cross-section taken perpendicular to the central axis, the cross-section of the grounding member (331, 332, 333, 334) having a thickness that decreases as the grounding member (331, 332, 333, 334) extends toward the central axis.
A ground cleaning device, comprising: - a ground brush; - a main body that comprises a main air outlet channel, a front air outlet channel, and a rear air outlet channel; - a fan located on the main body and comprising an air inlet and an air outlet; and - a switching device, wherein: - the ground brush is connected to the main body and comprises a suction port, - the suction port is connected to the air inlet, - a first end of the main air outlet channel is connected to the air outlet, - a second end of the main air outlet channel is connected to the switching device, and - the switching device has a first state and a second state, and when the switching device is in the first state, the rear air outlet channel is isolated from the main air outlet channel, and when the switching device is in the second state, the rear air outlet channel is connected to the main air outlet channel. - a ground brush; - a main body that comprises a main air outlet channel, a front air outlet channel, and a rear air outlet channel; - a fan located on the main body and comprising an air inlet and an air outlet; and - a switching device, - the ground brush is connected to the main body and comprises a suction port, - the suction port is connected to the air inlet, - a first end of the main air outlet channel is connected to the air outlet, - a second end of the main air outlet channel is connected to the switching device, and - the switching device has a first state and a second state, and when the switching device is in the first state, the rear air outlet channel is isolated from the main air outlet channel, and when the switching device is in the second state, the rear air outlet channel is connected to the main air outlet channel.
Method for determining an installation pose of a vehicle inertial sensor system in a vehicle using smartglasses that are movable in the vehicle, comprising the following steps: - determining a glasses pose of the smartglasses using a vehicle-fixed tracking system in order to obtain an absolute glasses pose in a vehicle coordinate system at various times; - detecting acceleration information of the vehicle externally to the glasses by way of the vehicle inertial sensor system; - detecting glasses acceleration information by way of a glasses inertial sensor system in the smartglasses; and the method is characterized by the further step of: - determining the installation pose of the vehicle inertial sensor system on the basis of the absolute glasses poses, the acceleration information of the smartglasses and the acceleration information of the vehicle. - determining a glasses pose of the smartglasses using a vehicle-fixed tracking system in order to obtain an absolute glasses pose in a vehicle coordinate system at various times; - detecting acceleration information of the vehicle externally to the glasses by way of the vehicle inertial sensor system; - detecting glasses acceleration information by way of a glasses inertial sensor system in the smartglasses; and - determining the installation pose of the vehicle inertial sensor system on the basis of the absolute glasses poses, the acceleration information of the smartglasses and the acceleration information of the vehicle.
A method for reducing interference in a wireless communication system, comprising the steps of: generating a frequency-time tile (400a-400d, 610, 810), hereafter tile, for transmission, the tile including a first half-tile and a second half-tile, wherein the first and second half-tiles are split along a frequency axis; discrete Fourier transform, DFT, pre-coding (704a-704d, 904a-904d) reverse link acknowledgement channel, R-ACKCH, information; scrambling (706a-706d) the DFT pre-coded R-ACKCH information; interleaving (906a-906d) the scrambled R-ACKCH information; mapping (708a-708d, 908a-908d) the interleaved R-ACKCH information to a sub-tile; and inserting the mapped sub-tile into either the first half-tile or the second half-tile; if the R-ACKCH information is inserted into the first half-tile, inserting data into the second half-tile; and if the R-ACKCH information is inserted into the second half-tile, inserting the data into the first half-tile. generating a frequency-time tile (400a-400d, 610, 810), hereafter tile, for transmission, the tile including a first half-tile and a second half-tile, wherein the first and second half-tiles are split along a frequency axis; discrete Fourier transform, DFT, pre-coding (704a-704d, 904a-904d) reverse link acknowledgement channel, R-ACKCH, information; scrambling (706a-706d) the DFT pre-coded R-ACKCH information; interleaving (906a-906d) the scrambled R-ACKCH information; mapping (708a-708d, 908a-908d) the interleaved R-ACKCH information to a sub-tile; and inserting the mapped sub-tile into either the first half-tile or the second half-tile; if the R-ACKCH information is inserted into the first half-tile, inserting data into the second half-tile; and if the R-ACKCH information is inserted into the second half-tile, inserting the data into the first half-tile.