mhurhangee/ep-ind-claims huggingface dataset:
An Near Field Communication, NFC, configuration method applied to a host controller and a NFC module of an electronic device, after the host controller of the electronic device configures a Logical Link Control Protocol, LLCP, link parameter, comprising: sending, by the host controller, preset data and a parameter of the preset data to the NFC module of the electronic device, so that the NFC module stores the preset data and the parameter of the preset data; wherein the sending, by the host controller, preset data and a parameter of the preset data to the NFC module of the electronic device, so that the NFC module stores the preset data and the parameter of the preset data comprises: sending, by the host controller, the preset data to an NFC controller in the NFC module, so that the NFC controller sends the preset data to a storage unit in the NFC module for storage; and sending, by the host controller, the parameter of the preset data to the NFC controller, so that the NFC controller stores the parameter of the preset data; wherein the preset data is application-layer data preset by a user; whereas the storage of the parameter of the preset data and the preset data enables the NFC controller to, after establishment of an NFC link with another peer device, acquire the stored preset data based, at least, on the stored parameter and send the stored preset data to the peer device without participation of the host controller. sending, by the host controller, preset data and a parameter of the preset data to the NFC module of the electronic device, so that the NFC module stores the preset data and the parameter of the preset data; wherein the sending, by the host controller, preset data and a parameter of the preset data to the NFC module of the electronic device, so that the NFC module stores the preset data and the parameter of the preset data comprises: sending, by the host controller, the preset data to an NFC controller in the NFC module, so that the NFC controller sends the preset data to a storage unit in the NFC module for storage; and sending, by the host controller, the parameter of the preset data to the NFC controller, so that the NFC controller stores the parameter of the preset data; wherein the preset data is application-layer data preset by a user; sending, by the host controller, the preset data to an NFC controller in the NFC module, so that the NFC controller sends the preset data to a storage unit in the NFC module for storage; and sending, by the host controller, the parameter of the preset data to the NFC controller, so that the NFC controller stores the parameter of the preset data; wherein the preset data is application-layer data preset by a user; whereas the storage of the parameter of the preset data and the preset data enables the NFC controller to, after establishment of an NFC link with another peer device, acquire the stored preset data based, at least, on the stored parameter and send the stored preset data to the peer device without participation of the host controller.
A method of operation within a signaling system, the method comprising: outputting a first signal (x n) from a transmit circuit having a plurality of output drivers; determining whether the first signal (x n) exceeds a threshold level; adjusting the threshold level according to whether the first signal (x n) exceeds the threshold level; and adjusting a drive strength (W N) of at least one output driver of the plurality of output drivers according to whether the first signal (x n) exceeds the threshold level, wherein adjusting a drive strength (W N) of at least one output driver comprises updating a plurality of drive strength values (W N,..., W N) that respectively control drive strengths (W N) of the plurality of output drivers, and adjusting the drive strength values (W N,..., W N) to maintain a sum of the drive strength values (W N,..., W N) within a predetermined maximum value, wherein updating a plurality of drive strength values (W N,..., W N) comprises incrementing a first drive strength value of the plurality of drive strength values (W N,..., W N) to increase the drive strength of the at least one output driver, and wherein updating the plurality of drive strength values (W N,..., W N) comprises decrementing a second drive strength value of the plurality of drive strength values (W N,..., W N) to decrease the drive strength of a corresponding one of the plurality of output drivers. outputting a first signal (x n) from a transmit circuit having a plurality of output drivers; determining whether the first signal (x n) exceeds a threshold level; adjusting the threshold level according to whether the first signal (x n) exceeds the threshold level; and adjusting a drive strength (W N) of at least one output driver of the plurality of output drivers according to whether the first signal (x n) exceeds the threshold level,
An eductor for use in a water treatment system, comprising: an eductor body having an inlet end and an opposite outlet end, said body defining an interior with a nozzle chamber and a flared conical portion; a jet nozzle dimensioned for location in said nozzle chamber, defining an internal passage in fluid communication with said interior; characterized in having a duckbill valve located in said internal passage and including a base from which project a pair of inherently biased, complementary flaps, free ends of said flaps oriented to open towards said outlet end; and a mesh cap with a porous exterior wall defining a cavity in fluid communication with said interior, said cap having an open end engageable in said inlet end of said eductor body so that upon attachment of said mesh cap to said inlet end, said duckbill valve is held in position in said internal passage of said jet nozzle. an eductor body having an inlet end and an opposite outlet end, said body defining an interior with a nozzle chamber and a flared conical portion; a jet nozzle dimensioned for location in said nozzle chamber, defining an internal passage in fluid communication with said interior; characterized in having a duckbill valve located in said internal passage and including a base from which project a pair of inherently biased, complementary flaps, free ends of said flaps oriented to open towards said outlet end; and a mesh cap with a porous exterior wall defining a cavity in fluid communication with said interior, said cap having an open end engageable in said inlet end of said eductor body so that upon attachment of said mesh cap to said inlet end, said duckbill valve is held in position in said internal passage of said jet nozzle.
A device for improving function of a cardiac valve, comprising: a frame configured to fit within a cardiac valve, the frame comprising a proximal portion, a distal portion, and an opening extending therebetween; and a pair of tissue penetrating members extending from the proximal portion of the frame, the tissue penetrating members each comprising an end having a penetrating surface configured to penetrate tissue, wherein the frame is collapsible to a first position and expandable to a second position; wherein in the first position, the penetrating members are positioned such that the penetrating surfaces of each pair of tissue penetrating members abut one another to form a blunt end; and wherein in the second position, the penetrating members of each pair of tissue penetrating members are spaced apart such that their respective penetrating surfaces are exposed. a frame configured to fit within a cardiac valve, the frame comprising a proximal portion, a distal portion, and an opening extending therebetween; and a pair of tissue penetrating members extending from the proximal portion of the frame, the tissue penetrating members each comprising an end having a penetrating surface configured to penetrate tissue, wherein the frame is collapsible to a first position and expandable to a second position; wherein in the first position, the penetrating members are positioned such that the penetrating surfaces of each pair of tissue penetrating members abut one another to form a blunt end; and wherein in the second position, the penetrating members of each pair of tissue penetrating members are spaced apart such that their respective penetrating surfaces are exposed.
A method for leakage screening based on power prediction, the method comprising: receiving a chip package that has been wafer-tested, die-cut, packaged, and binned, the chip package having a plurality of rails, each rail of the plurality of rails assigned to a corresponding voltage bin of a plurality of voltage bins based on an adaptive supply voltage value; obtaining one or more silicon parameters associated with the chip package, the one or more silicon parameters determined during wafer-level testing of the chip package and including at least a leakage current value for each rail of the plurality of rails; performing a multi-rail test on the plurality of rails of the chip package to provide per-rail results across the plurality of voltage bins, each rail of the plurality of rails tested based on a corresponding leakage current value and the adaptive supply voltage value of the corresponding voltage bin; determining, based on an aggregate of the per-rail results across the plurality of voltage bins, an aggregate value; and categorizing the chip package based on the aggregate value. receiving a chip package that has been wafer-tested, die-cut, packaged, and binned, the chip package having a plurality of rails, each rail of the plurality of rails assigned to a corresponding voltage bin of a plurality of voltage bins based on an adaptive supply voltage value; obtaining one or more silicon parameters associated with the chip package, the one or more silicon parameters determined during wafer-level testing of the chip package and including at least a leakage current value for each rail of the plurality of rails; performing a multi-rail test on the plurality of rails of the chip package to provide per-rail results across the plurality of voltage bins, each rail of the plurality of rails tested based on a corresponding leakage current value and the adaptive supply voltage value of the corresponding voltage bin; determining, based on an aggregate of the per-rail results across the plurality of voltage bins, an aggregate value; and categorizing the chip package based on the aggregate value.
A blood processing filter for removing undesirable components from liquid containing a blood component or blood, the filter comprising: a sheet-shaped filter element; and a hard container that includes an inlet-side container element and an outlet-side container element that are disposed to clamp the filter element, and has an internal space separated by the filter element into an inlet space and an outlet space, wherein the filter element includes a filtering surface on the side of the inlet space, a filtering surface on the side of the outlet space, and an end surface along peripheries of the pair of filtering surfaces (2a, 2b), the inlet-side container element and the outlet-side container element are provided with a gripper that clamps and compresses an outer edge portion of the pair of filtering surfaces (2a, 2b), characterized in that the thickness of the filter element is compressed by the gripper to be 0.05 to 0.5 times the thickness, at least one of the inlet-side container element and the outlet-side container element is provided with a rib (4h, 5h) on the inner surface (4b, 5b), said rib (4h, 5h) being pressed against the filtering surface (2a, 2b) of the filter element, and the coefficient of variation value of the thickness of the filter element between a central portion and a peripheral portion is 6 % or less. a sheet-shaped filter element; and a hard container that includes an inlet-side container element and an outlet-side container element that are disposed to clamp the filter element, and has an internal space separated by the filter element into an inlet space and an outlet space, wherein the filter element includes a filtering surface on the side of the inlet space, a filtering surface on the side of the outlet space, and an end surface along peripheries of the pair of filtering surfaces (2a, 2b), the inlet-side container element and the outlet-side container element are provided with a gripper that clamps and compresses an outer edge portion of the pair of filtering surfaces (2a, 2b), characterized in that the thickness of the filter element is compressed by the gripper to be 0.05 to 0.5 times the thickness, at least one of the inlet-side container element and the outlet-side container element is provided with a rib (4h, 5h) on the inner surface (4b, 5b), said rib (4h, 5h) being pressed against the filtering surface (2a, 2b) of the filter element, and the coefficient of variation value of the thickness of the filter element between a central portion and a peripheral portion is 6 % or less.
A medical device comprising - a cannula or other part to be positioned subcutaneously when the medical device is in use, - a surface plate provided with a contact surface and an opening through which the cannula or the other subcutaneously positioned part passes when the medical device is in use, and - an adhesive pad secured to the contact surface of the surface plate, providing adhesion of the surface plate to a skin surface, the adhesive pad comprising - a first surface facing the contact surface and having areas unreleasably secured to the contact surface by welding, and - a second surface facing the skin of a patient during use and having areas provided with a skin compatible adhesive which can be releasably secured to the skin of a patient, characterized in that an adhesive part has been placed between the contact surface of the surface plate and the first surface of the adhesive pad in an area where the contact surface and the first surface have not been welded together thereby securing the unwelded areas of the contact surface to the first surface. - a cannula or other part to be positioned subcutaneously when the medical device is in use, - a surface plate provided with a contact surface and an opening through which the cannula or the other subcutaneously positioned part passes when the medical device is in use, and - an adhesive pad secured to the contact surface of the surface plate, providing adhesion of the surface plate to a skin surface, the adhesive pad comprising - a first surface facing the contact surface and having areas unreleasably secured to the contact surface by welding, and - a second surface facing the skin of a patient during use and having areas provided with a skin compatible adhesive which can be releasably secured to the skin of a patient, - a first surface facing the contact surface and having areas unreleasably secured to the contact surface by welding, and - a second surface facing the skin of a patient during use and having areas provided with a skin compatible adhesive which can be releasably secured to the skin of a patient,
Inductive power transfer circuit comprising at least an inductive rotating coupler having a primary side rotatably arranged against a secondary side, the primary side comprising at least a primary winding, the secondary side comprising at least a first secondary winding and a second secondary winding, both windings having approximately the same number of turns and being oriented to produce an output voltage with the same amplitude and phase, and having first winding outputs (213, 215) and second winding outputs (214, 216), characterized in that the second winding outputs (214, 216) are connected together and are further connected to a first capacitor and a second capacitor, the first capacitor being connected to a positive output and the second capacitor being connected to a negative output, each of the first winding outputs (213, 215) being independently connected by a first rectifier in forward direction to the positive output and a second rectifier being connected in reverse direction to the negative output, and the first capacitor and the second capacitor are dimensioned as part of the total resonance capacitance of a series resonance converter.
A method for removing space debris having a ballistic coefficient of between 0.02 and 50 Newtons/metre 2, the method comprising hastening orbital decay of the space debris by creating a transient gaseous cloud at an altitude of at least 100 km above Earth, the transient gaseous cloud having a density sufficient to slow the space debris so the space debris falls into Earth's atmosphere, wherein creating the transient gaseous cloud includes clustering first and second gas generators and associated nozzles with the nozzles pointing 180 degrees apart.
An articulating bending neck for an ultrasound probe comprising: a plurality of pivotally connected links (11, 11'), the links being capable of controlled articulation into a curved configuration; and a rigid member adjustably extending into a section of links of the bending neck, wherein a deflection point for the curvature of the bending neck is determined by the position of the rigid member, so that in the curved configuration different sections of links of the bending neck exhibit different radii of curvature, characterized in that the rigid member comprises a tube extending into the section of links of the bending neck, wherein the links into which the tube extends are rendered unarticulable in a straight section. a plurality of pivotally connected links (11, 11'), the links being capable of controlled articulation into a curved configuration; and a rigid member adjustably extending into a section of links of the bending neck, wherein a deflection point for the curvature of the bending neck is determined by the position of the rigid member, so that in the curved configuration different sections of links of the bending neck exhibit different radii of curvature, characterized in that the rigid member comprises a tube extending into the section of links of the bending neck, wherein the links into which the tube extends are rendered unarticulable in a straight section.
A method for adaptive transmission time intervals, TTIs, the method comprising: receiving, by a user equipment, UE, from a communications controller, a first time division duplex, TDD, TTI configuration for a first TDD interval, wherein the first TDD interval comprises a pattern of a first uplink and downlink TTI segment and a pattern of a second uplink and downlink TTI segment, wherein the first uplink and downlink TTI segment has a first TTI size and the second uplink and downlink TTI segment has a second TTI size, wherein the first TTI size is not equal to the second TTI size; transmitting, by the UE to the communications controller, a first plurality of data on a uplink segment of the first uplink and downlink TTI segment; and receiving, by the UE from the communications controller, a second plurality of data on a downlink segment of the first uplink and downlink TTI segment; wherein the uplink segment of the first uplink and downlink TTI segment contains one or more TTI of uplink transmission direction; and the downlink segment of the first uplink and downlink TTI segment contains one or more TTI of downlink transmission direction; wherein the first TDD TTI configuration is received in a higher layer signaling, wherein the TDD TTI configuration indicates a certain uplink to downlink traffic ratio. receiving, by a user equipment, UE, from a communications controller, a first time division duplex, TDD, TTI configuration for a first TDD interval, wherein the first TDD interval comprises a pattern of a first uplink and downlink TTI segment and a pattern of a second uplink and downlink TTI segment, wherein the first uplink and downlink TTI segment has a first TTI size and the second uplink and downlink TTI segment has a second TTI size, wherein the first TTI size is not equal to the second TTI size; transmitting, by the UE to the communications controller, a first plurality of data on a uplink segment of the first uplink and downlink TTI segment; and receiving, by the UE from the communications controller, a second plurality of data on a downlink segment of the first uplink and downlink TTI segment; wherein the uplink segment of the first uplink and downlink TTI segment contains one or more TTI of uplink transmission direction; and the downlink segment of the first uplink and downlink TTI segment contains one or more TTI of downlink transmission direction; wherein the first TDD TTI configuration is received in a higher layer signaling, wherein the TDD TTI configuration indicates a certain uplink to downlink traffic ratio.
A power tool comprising a rail system, a base defining a work surface for supporting a workpiece and a power tool assembly supported by a yoke for performing an operation on the workpiece, the rail system comprising: a number of elongated rails engaged to the yoke; a support mounted to the base and configured to slidably support said number of elongated rails for movement of the yoke and power tool assembly relative to the base; and a rail stop movably mounted to one of the support and the yoke, the rail stop including a stop surface adapted to abut the other of the support and the yoke when the rail stop is in a first position between the yoke and the support, the rail stop movable to a second position in which the rail stop is not between the yoke and the support, wherein the rail stop includes an elongated plate extending substantially parallel to said number of elongated rails and including an end portion extending substantially perpendicular to said number of elongated rails and defining said stop surface, characterized in that said end portion defines a cut-out configured to receive one of said number of elongated rails therein. a number of elongated rails engaged to the yoke; a support mounted to the base and configured to slidably support said number of elongated rails for movement of the yoke and power tool assembly relative to the base; and a rail stop movably mounted to one of the support and the yoke, the rail stop including a stop surface adapted to abut the other of the support and the yoke when the rail stop is in a first position between the yoke and the support, the rail stop movable to a second position in which the rail stop is not between the yoke and the support, wherein the rail stop includes an elongated plate extending substantially parallel to said number of elongated rails and including an end portion extending substantially perpendicular to said number of elongated rails and defining said stop surface, characterized in that said end portion defines a cut-out configured to receive one of said number of elongated rails therein.