mhurhangee/ep-ind-claims huggingface dataset:
A package for a semiconductor die comprising: a package substrate, wherein the package substrate is an organic package substrate; a first semiconductor die having active circuitry near a front side of the first semiconductor die coupled to the package substrate, and having a back side opposite the front side; a component substrate near the back side of the first semiconductor die, wherein the component substrate extends over the first semiconductor die laterally; a plurality of passive electrical components (312,324) on the component substrate; and a conductive connection pathway through-mold via, TMV, directly between the component substrate and the package substrate to connect a passive component (312,324) to the active circuitry independent of the first semiconductor die, and configured to carry power to the second die without going through the first die; a second semiconductor die connected to the component substrate on a side of the component substrate opposite the first semiconductor die; and a via through the component substrate and a through-silicon via, TSV, through the first semiconductor die to connect the second semiconductor die through the first semiconductor die from the back side to the active circuitry. a package substrate, wherein the package substrate is an organic package substrate; a first semiconductor die having active circuitry near a front side of the first semiconductor die coupled to the package substrate, and having a back side opposite the front side; a component substrate near the back side of the first semiconductor die, wherein the component substrate extends over the first semiconductor die laterally; a plurality of passive electrical components (312,324) on the component substrate; and a conductive connection pathway through-mold via, TMV, directly between the component substrate and the package substrate to connect a passive component (312,324) to the active circuitry independent of the first semiconductor die, and configured to carry power to the second die without going through the first die; a second semiconductor die connected to the component substrate on a side of the component substrate opposite the first semiconductor die; and a via through the component substrate and a through-silicon via, TSV, through the first semiconductor die to connect the second semiconductor die through the first semiconductor die from the back side to the active circuitry.
A system for cryptographically signing image data, the system comprising: data glasses for sending out image data to a signature generation unit, wherein the data glasses can be worn by a user, the data glasses comprising: an image camera which is configured to capture an image in order to obtain the image data, wherein the image data represent the captured image; an authentication device which is configured to authenticate the user, wherein the authentication device comprises a keypad for capturing a password of the user, and wherein the authentication device is configured to compare the captured password with a pre-stored password, and to authenticate the user if the captured password corresponds to the pre-stored password; a communication interface which is configured, in response to the authentication of the user, to send out the image data to the signature generation unit in order to cryptographically sign the image data; and a signature generation unit for communicating with the data glasses, the signature generation unit comprising: a communication interface which is configured to receive the image data from the data glasses; and a processor which is configured to link the received image data with a private signature key in order to obtain cryptographically signed image data, wherein the private signature key is assigned to the user. an image camera which is configured to capture an image in order to obtain the image data, wherein the image data represent the captured image; an authentication device which is configured to authenticate the user, wherein the authentication device comprises a keypad for capturing a password of the user, and wherein the authentication device is configured to compare the captured password with a pre-stored password, and to authenticate the user if the captured password corresponds to the pre-stored password; a communication interface which is configured, in response to the authentication of the user, to send out the image data to the signature generation unit in order to cryptographically sign the image data; and a signature generation unit for communicating with the data glasses, the signature generation unit comprising: a communication interface which is configured to receive the image data from the data glasses; and a processor which is configured to link the received image data with a private signature key in order to obtain cryptographically signed image data, wherein the private signature key is assigned to the user. a communication interface which is configured to receive the image data from the data glasses; and a processor which is configured to link the received image data with a private signature key in order to obtain cryptographically signed image data, wherein the private signature key is assigned to the user.
A switched reluctance machine comprising: a stator of soft magnetic material and including a plurality of circumferentially arranged first stator poles and second stator poles, the first and second stator poles being alternately arranged; a rotor, rotatably mounted with respect to the stator, and having a plurality of circumferentially arranged, magnetically separated rotor segments of soft magnetic material held in place on a non-magnetic core, wherein each said rotor segment is adapted to direct magnetic flux between pairs of adjacent stator poles (3, 4). characterised by a plurality of coils wound around the first stator poles so that coils are only provided on alternate stator poles, wherein each said coil surrounds a single first stator pole. a stator of soft magnetic material and including a plurality of circumferentially arranged first stator poles and second stator poles, the first and second stator poles being alternately arranged; a rotor, rotatably mounted with respect to the stator, and having a plurality of circumferentially arranged, magnetically separated rotor segments of soft magnetic material held in place on a non-magnetic core, wherein each said rotor segment is adapted to direct magnetic flux between pairs of adjacent stator poles (3, 4). characterised by a plurality of coils wound around the first stator poles so that coils are only provided on alternate stator poles, wherein each said coil surrounds a single first stator pole.
A ready-to-use hydrophilic urinary catheter assembly, comprising: a gas impermeable package containing: an amount of water; a hydrophilic coated urinary catheter including a catheter tube having a proximal insertion end and a distal end; characterized by a port located near the proximal insertion end of the catheter tube and having an axial passage for advancement of the catheter therethrough; and a collapsible sleeve having a proximal end and a distal end wherein the proximal end of the collapsible sleeve is attached to the port and the collapsible sleeve extends distally from the port to cover the catheter tube along its entire length, the distal end of the collapsible sleeve being an open end that allows the passage of water. a gas impermeable package containing: an amount of water; a hydrophilic coated urinary catheter including a catheter tube having a proximal insertion end and a distal end; an amount of water; a hydrophilic coated urinary catheter including a catheter tube having a proximal insertion end and a distal end; characterized by a port located near the proximal insertion end of the catheter tube and having an axial passage for advancement of the catheter therethrough; and a collapsible sleeve having a proximal end and a distal end wherein the proximal end of the collapsible sleeve is attached to the port and the collapsible sleeve extends distally from the port to cover the catheter tube along its entire length, the distal end of the collapsible sleeve being an open end that allows the passage of water. a port located near the proximal insertion end of the catheter tube and having an axial passage for advancement of the catheter therethrough; and a collapsible sleeve having a proximal end and a distal end wherein the proximal end of the collapsible sleeve is attached to the port and the collapsible sleeve extends distally from the port to cover the catheter tube along its entire length, the distal end of the collapsible sleeve being an open end that allows the passage of water.
A method at a user equipment capable of supporting at least two radio connections, the method comprising: requesting from a remote server, using a first radio connection, a subscriber identity; receiving, at the user equipment, the subscriber identity over the first radio connection; using the subscriber identity to establish a second radio connection; and characterised by: forcing (610, 612, 614, 620, 630, 640) the first radio connection to remain on a same network as the second radio connection. requesting from a remote server, using a first radio connection, a subscriber identity; receiving, at the user equipment, the subscriber identity over the first radio connection; using the subscriber identity to establish a second radio connection; and characterised by: forcing (610, 612, 614, 620, 630, 640) the first radio connection to remain on a same network as the second radio connection. forcing (610, 612, 614, 620, 630, 640) the first radio connection to remain on a same network as the second radio connection.
A handling film comprising: a polyhydroxyamino ether thermoplastic; a monofunctional epoxy; a carboxylated nitrile butadiene elastomer; wherein the monofunctional epoxy reacts with an amine of the polyhydroxyamino ether thermoplastic substantially limiting reaction between the carboxylated nitrile butadiene elastomer and polyhydroxyamino ether thermoplastic. a polyhydroxyamino ether thermoplastic; a monofunctional epoxy; a carboxylated nitrile butadiene elastomer; wherein the monofunctional epoxy reacts with an amine of the polyhydroxyamino ether thermoplastic substantially limiting reaction between the carboxylated nitrile butadiene elastomer and polyhydroxyamino ether thermoplastic.
A method for delivering video programming to user equipment devices in a home network comprising: providing access to video programming, wherein the video programming has associated program data including at least one of: schedule information, program descriptions, program information, related articles, interviews, and reviews; receiving a request from a first user equipment device in the home network to play the video programming; identifying a first selection of the associated program data that is appropriate for the first user equipment device based on the capabilities of the first user equipment device; delivering the video programming and the first selection of the associated program data to the first user equipment device; receiving a request from a second user equipment device in the home network to play the video programming; identifying a second selection of the associated program data that is appropriate for the second user equipment device based on the capabilities of the second user equipment device; and delivering the video programming and the second selection of the associated program data to the second user equipment device, wherein the first and second user equipment devices have different capabilities, and wherein the first and second selections of the associated program data are different. providing access to video programming, wherein the video programming has associated program data including at least one of: schedule information, program descriptions, program information, related articles, interviews, and reviews; receiving a request from a first user equipment device in the home network to play the video programming; identifying a first selection of the associated program data that is appropriate for the first user equipment device based on the capabilities of the first user equipment device; delivering the video programming and the first selection of the associated program data to the first user equipment device; receiving a request from a second user equipment device in the home network to play the video programming; identifying a second selection of the associated program data that is appropriate for the second user equipment device based on the capabilities of the second user equipment device; and delivering the video programming and the second selection of the associated program data to the second user equipment device, wherein the first and second user equipment devices have different capabilities, and wherein the first and second selections of the associated program data are different.
A method of making a filter for filtering liquid fuels, the filter comprising: - a first filter media configured and arranged for placement in a liquid fuel stream, the first filter media comprising: a) a media fiber, and b) a scaffold fiber having an average diameter greater than the media fiber, and - a second filter media comprising cellulose; - wherein the first filter media is arranged upstream of the second filter media in the flow of liquid fuels during filtration; and wherein the method comprises forming the scaffold fiber by a meltblowing process. - a first filter media configured and arranged for placement in a liquid fuel stream, the first filter media comprising: a) a media fiber, and b) a scaffold fiber having an average diameter greater than the media fiber, and - a second filter media comprising cellulose; a) a media fiber, and b) a scaffold fiber having an average diameter greater than the media fiber, and - a second filter media comprising cellulose; - wherein the first filter media is arranged upstream of the second filter media in the flow of liquid fuels during filtration; and
A method for transmitting feedback information from a User Equipment,UE, to a base station, BS, for fractional beamforming in a wireless communication system, using, at the BS, a massive antenna array comprising a plurality of sub-arrays, wherein each of the plurality of sub-arrays correspond to a plurality of transmission layers, the method comprising: receiving information about a plurality of Reference Signal, RS, resources corresponding to the plurality of sub-arrays from the BS; selecting a sub-precoder for one RS resource among the plurality of RS resources and a linking precoder for indicating a relationship of the RS resources, based on a PMI codebook; and reporting information about the selected sub-precoder and the selected linking precoder to the BS, wherein the selected sub-precoder and the selected linking precoder correspond to a permuted precoding matrix between columns or between rows of one precoding matrix among precoding matrices comprised in the PMI codebook, wherein the information about the selected sub-precoder and the selected linking precoder comprises permutation information for defining the permuted precoding matrix, and the permutation information is reported as layer matching information, for matching layers between the selected sub-precoder and the selected linking precoder, only if the rank is a lower rank. receiving information about a plurality of Reference Signal, RS, resources corresponding to the plurality of sub-arrays from the BS; selecting a sub-precoder for one RS resource among the plurality of RS resources and a linking precoder for indicating a relationship of the RS resources, based on a PMI codebook; and reporting information about the selected sub-precoder and the selected linking precoder to the BS, wherein the selected sub-precoder and the selected linking precoder correspond to a permuted precoding matrix between columns or between rows of one precoding matrix among precoding matrices comprised in the PMI codebook, wherein the information about the selected sub-precoder and the selected linking precoder comprises permutation information for defining the permuted precoding matrix, and the permutation information is reported as layer matching information, for matching layers between the selected sub-precoder and the selected linking precoder, only if the rank is a lower rank.
A loading unit configured for engagement with a surgical instrument, the loading unit comprising: a proximal body portion defining a longitudinal axis "A-A"; and a tool assembly disposed in mechanical cooperation with the proximal body portion, the tool assembly including a cartridge assembly and an anvil assembly, at least one of the cartridge assembly and the anvil assembly being movable substantially along a vertical axis "B-B" with respect to the other between an open position and an approximated position to engage tissue therebetween, the cartridge assembly having pockets housing a plurality of fasteners therein and including an actuation sled with camming surfaces for contacting a plurality of pushers for ejection of the fasteners, and wherein a diameter of the tool assembly is defined and measured according to a radially outer most wall of the anvil assembly and a radially outer most wall of the cartridge assembly in the approximated position and is less than or equal to about 8 mm; and a clamping member disposed in mechanical cooperation with the cartridge assembly and the anvil assembly, characterized in that: the camming surfaces of the actuation sled, the pushers, pockets and the fasteners are disposed at a non-perpendicular angle between 15° and 40° with respect to a plane "C-C" extending through the longitudinal axis "A-A" and through said vertical axis "B-B". a proximal body portion defining a longitudinal axis "A-A"; and a tool assembly disposed in mechanical cooperation with the proximal body portion, the tool assembly including a cartridge assembly and an anvil assembly, at least one of the cartridge assembly and the anvil assembly being movable substantially along a vertical axis "B-B" with respect to the other between an open position and an approximated position to engage tissue therebetween, the cartridge assembly having pockets housing a plurality of fasteners therein and including an actuation sled with camming surfaces for contacting a plurality of pushers for ejection of the fasteners, and wherein a diameter of the tool assembly is defined and measured according to a radially outer most wall of the anvil assembly and a radially outer most wall of the cartridge assembly in the approximated position and is less than or equal to about 8 mm; and a clamping member disposed in mechanical cooperation with the cartridge assembly and the anvil assembly, characterized in that: the camming surfaces of the actuation sled, the pushers, pockets and the fasteners are disposed at a non-perpendicular angle between 15° and 40° with respect to a plane "C-C" extending through the longitudinal axis "A-A" and through said vertical axis "B-B". the camming surfaces of the actuation sled, the pushers, pockets and the fasteners are disposed at a non-perpendicular angle between 15° and 40° with respect to a plane "C-C" extending through the longitudinal axis "A-A" and through said vertical axis "B-B".
A packet processing method, comprising: receiving, by a forwarding element, a packet through an inbound port; determining, by the forwarding element, according to the inbound port, a first offset, a first length, and an identifier of a first table, wherein the first offset, the first length, and the identifier of the first table correspond to the inbound port; determining, by the forwarding element, a first key according to the first offset and the first length, determining, by the forwarding element, according to the first key, a first instruction; and processing, by the forwarding element, the packet according to the first instruction. receiving, by a forwarding element, a packet through an inbound port; determining, by the forwarding element, according to the inbound port, a first offset, a first length, and an identifier of a first table, wherein the first offset, the first length, and the identifier of the first table correspond to the inbound port; determining, by the forwarding element, a first key according to the first offset and the first length, determining, by the forwarding element, according to the first key, a first instruction; and processing, by the forwarding element, the packet according to the first instruction.
A method at a user equipment for wireless communications, the method comprising: identifying that a user equipment, UE, supports communications of a first service priority type and a second service priority type, wherein the first service priority type is different to the second priority type; reporting a joint channel state information, CSI, update capability comprising a maximum number of CSI processes capable of being performed by the UE for both the first and second service priority types combined; receiving a first CSI request associated with the first service priority type and a second CSI request associated with the second service priority type; prioritizing, when a number of CSI processes comprising a first CSI process associated with the first CSI request and a second CSI process associated with the second CSI request to update exceeds the maximum number of CSI processes capable of being performed by the UE, the first CSI process of the first service priority type over the second CSI process of the second service priority type in accordance with a set of priority rules associated with the first and second service priority types and the joint CSI update capability; updating CSI for at least the first CSI process associated with the first service priority type in accordance with the prioritization of the first CSI process associated with the first service priority type over the second CSI process associated with the second service priority type; and reporting the updated CSI. identifying that a user equipment, UE, supports communications of a first service priority type and a second service priority type, wherein the first service priority type is different to the second priority type; reporting a joint channel state information, CSI, update capability comprising a maximum number of CSI processes capable of being performed by the UE for both the first and second service priority types combined; receiving a first CSI request associated with the first service priority type and a second CSI request associated with the second service priority type; prioritizing, when a number of CSI processes comprising a first CSI process associated with the first CSI request and a second CSI process associated with the second CSI request to update exceeds the maximum number of CSI processes capable of being performed by the UE, the first CSI process of the first service priority type over the second CSI process of the second service priority type in accordance with a set of priority rules associated with the first and second service priority types and the joint CSI update capability; updating CSI for at least the first CSI process associated with the first service priority type in accordance with the prioritization of the first CSI process associated with the first service priority type over the second CSI process associated with the second service priority type; and reporting the updated CSI.