mhurhangee/ep-ind-claims huggingface dataset:
A method by a user equipment, UE, for an inter public land mobile network, PLMN, device to device, D2D, discovery, the method comprising: sending, to a device to device, D2D, function in a home PLMN, HPLMN, a discovery request for monitoring discovery information; receiving, from the D2D function, a discovery response message comprising a list of PLMNs to be monitored; determining, as a PLMN for monitoring a D2D discovery signal, a PLMN which is on the list of PLMNs to be monitored and on PLMNs that the UE is authorized to monitor, identifying a frequency corresponding to the determined PLMN from a list of frequencies of neighboring cells and a list of PLMNs corresponding to the frequencies received on system information broadcasted by a serving cell; tuning to the frequency of the PLMN, identifying a neighboring cell in the PLMN, and reading system information from the neighboring cell; determining discovery resources configured in the neighboring cell based on the system information; and monitoring the discovery resources for the D2D discovery signal. sending, to a device to device, D2D, function in a home PLMN, HPLMN, a discovery request for monitoring discovery information; receiving, from the D2D function, a discovery response message comprising a list of PLMNs to be monitored; determining, as a PLMN for monitoring a D2D discovery signal, a PLMN which is on the list of PLMNs to be monitored and on PLMNs that the UE is authorized to monitor, identifying a frequency corresponding to the determined PLMN from a list of frequencies of neighboring cells and a list of PLMNs corresponding to the frequencies received on system information broadcasted by a serving cell; tuning to the frequency of the PLMN, identifying a neighboring cell in the PLMN, and reading system information from the neighboring cell; determining discovery resources configured in the neighboring cell based on the system information; and monitoring the discovery resources for the D2D discovery signal.
A refrigerator (10, 110) comprising: an insulated cabinet (15, 115) defining a refrigerated storage space (13, 114); a door (11, 112) pivotally mounted to the cabinet (15, 115) for selectively opening and closing the refrigerated storage space (13, 114) having an exterior face; an ice maker (22, 122) in the refrigerated storage space (13, 114) arranged to make and harvest ice pieces; an ice delivery system (20, 120) on the inside of the door (11, 112) for dispensing ice pieces into a dispenser cavity in the exterior face of the door (11, 112), wherein the ice delivery system includes: an ice bin (24, 24', 24", 124, 156, 174, 224) including a generally open top and having a bottom opening, the refrigerator being characterized in that the ice bin (24, 24', 24", 124, 156, 174, 224) being pivotally mounted on the door (11, 112) below the ice maker (22, 122) to receive ice pieces harvested by the ice maker (22, 122) and to discharge ice pieces through the bottom opening and the ice delivery system (20, 120) in a first position, and to tilt out to permit access to ice pieces in a second position when the door (11, 112) is open. an insulated cabinet (15, 115) defining a refrigerated storage space (13, 114); a door (11, 112) pivotally mounted to the cabinet (15, 115) for selectively opening and closing the refrigerated storage space (13, 114) having an exterior face; an ice maker (22, 122) in the refrigerated storage space (13, 114) arranged to make and harvest ice pieces; an ice delivery system (20, 120) on the inside of the door (11, 112) for dispensing ice pieces into a dispenser cavity in the exterior face of the door (11, 112), wherein the ice delivery system includes: an ice bin (24, 24', 24", 124, 156, 174, 224) including a generally open top and having a bottom opening, the refrigerator being characterized in that the ice bin (24, 24', 24", 124, 156, 174, 224) being pivotally mounted on the door (11, 112) below the ice maker (22, 122) to receive ice pieces harvested by the ice maker (22, 122) and to discharge ice pieces through the bottom opening and the ice delivery system (20, 120) in a first position, and to tilt out to permit access to ice pieces in a second position when the door (11, 112) is open.
A non-transitory machine-readable medium having executable instructions to cause one or more processing units to perform a method to bring up a network controller, the method comprising: receiving, by the network controller, an indication of the network controller booting up, the network controller being coupled to a plurality of network elements (112A-C) in a network and maintaining a non-persistent controller database that supports a network-wide service used by the plurality of network elements (112A-C); in response to receiving the indication of the network controller booting up, requesting, by the network controller, state information from the plurality of network elements (112A-C), receiving, by the network controller, state information from the plurality of network elements (112A-C); building, by the network controller, the non-persistent controller database from the state information; and sending, by services (104A-C) running on the network controller, updates from the non-persistent controller database to each of the plurality of network elements (112A-C), wherein the sending of the updates occurs concurrently with the building of the non-persistent controller database, and each of the plurality of network elements (112A-C) incorporates these updates into a respective network element database (114A-C) which network element database is used to perform the network-wide service on the network element. receiving, by the network controller, an indication of the network controller booting up, the network controller being coupled to a plurality of network elements (112A-C) in a network and maintaining a non-persistent controller database that supports a network-wide service used by the plurality of network elements (112A-C); in response to receiving the indication of the network controller booting up, requesting, by the network controller, state information from the plurality of network elements (112A-C), receiving, by the network controller, state information from the plurality of network elements (112A-C); building, by the network controller, the non-persistent controller database from the state information; and sending, by services (104A-C) running on the network controller, updates from the non-persistent controller database to each of the plurality of network elements (112A-C), wherein the sending of the updates occurs concurrently with the building of the non-persistent controller database, and each of the plurality of network elements (112A-C) incorporates these updates into a respective network element database (114A-C) which network element database is used to perform the network-wide service on the network element.
A combined electromagnetic driver and surgical attachment assembly (100,180,200), comprising: an electromagnetic driver including: a flexible shaft including at least two flexible and axially rotating members (136a, 136b), said rotating members having distal and proximal ends, each rotating member being capable of transmitting a torque applied to the proximal end thereof, therealong to said distal end thereof, said distal ends including means (138a, 138b) for coupling and transmitting torque to said corresponding linear clamping and stapling attachments; at least one steering wire disposed along the shaft and configured to steer the flexible shaft; a handle portion; and a surgical attachment (180,200), characterized in that the handle portion includes at least two selectively engageable motors (110, 112) disposed therein coupled to corresponding ones of said rotating members of said flexible shaft, whereby selective engagement of either of the at least two motors causes the corresponding rotating shaft to rotate. an electromagnetic driver including: a flexible shaft including at least two flexible and axially rotating members (136a, 136b), said rotating members having distal and proximal ends, each rotating member being capable of transmitting a torque applied to the proximal end thereof, therealong to said distal end thereof, said distal ends including means (138a, 138b) for coupling and transmitting torque to said corresponding linear clamping and stapling attachments; a flexible shaft including at least two flexible and axially rotating members (136a, 136b), said rotating members having distal and proximal ends, each rotating member being capable of transmitting a torque applied to the proximal end thereof, therealong to said distal end thereof, said distal ends including means (138a, 138b) for coupling and transmitting torque to said corresponding linear clamping and stapling attachments; at least one steering wire disposed along the shaft and configured to steer the flexible shaft; a handle portion; and a surgical attachment (180,200), characterized in that the handle portion includes at least two selectively engageable motors (110, 112) disposed therein coupled to corresponding ones of said rotating members of said flexible shaft, whereby selective engagement of either of the at least two motors causes the corresponding rotating shaft to rotate.
A positive electrode active material precursor for a non-aqueous electrolyte secondary battery, the positive electrode active material precursor comprising: nickel composite hydroxide particles, wherein a cross section of each nickel composite hydroxide particle includes voids, a ratio of an area of the voids to the cross section of the nickel composite hydroxide particle is less than or equal to 5.0%, a circular region having a radius of 1.78 μm is set at a position where a ratio of an area of the voids to the circular region is maximum, on the cross section of the nickel composite hydroxide particle, and the ratio of the area of the voids to the circular region is less than or equal to 20%. nickel composite hydroxide particles, wherein a cross section of each nickel composite hydroxide particle includes voids, a ratio of an area of the voids to the cross section of the nickel composite hydroxide particle is less than or equal to 5.0%, a circular region having a radius of 1.78 μm is set at a position where a ratio of an area of the voids to the circular region is maximum, on the cross section of the nickel composite hydroxide particle, and the ratio of the area of the voids to the circular region is less than or equal to 20%.
A molten metal conveyor comprising: a receptor plate in contact with molten metal during transport of the molten metal; said receptor plate extending from an entrance where molten metal enters onto the receptor plate to an exit where molten metal exits the receptor plate; and at least one vibrational energy source (40, 52, 56) adapted to supply vibrational energy directly to the receptor plate in contact with molten metal; wherein: the at least one vibrational energy source (40, 52, 56) comprises a plurality of transducers arranged in an ordered pattern on the receptor plate; the at least one vibrational energy source comprises a piezoelectric transducer element or a magnetostrictive transducer element attached to the receptor plate. a receptor plate in contact with molten metal during transport of the molten metal; said receptor plate extending from an entrance where molten metal enters onto the receptor plate to an exit where molten metal exits the receptor plate; and at least one vibrational energy source (40, 52, 56) adapted to supply vibrational energy directly to the receptor plate in contact with molten metal; wherein: the at least one vibrational energy source (40, 52, 56) comprises a plurality of transducers arranged in an ordered pattern on the receptor plate; the at least one vibrational energy source comprises a piezoelectric transducer element or a magnetostrictive transducer element attached to the receptor plate. the at least one vibrational energy source (40, 52, 56) comprises a plurality of transducers arranged in an ordered pattern on the receptor plate; the at least one vibrational energy source comprises a piezoelectric transducer element or a magnetostrictive transducer element attached to the receptor plate.
A three-chamber electrochemical cell, comprising: - a central chamber for transporting a fluid solution, - a first side chamber comprising a first electrode, the first side chamber being separated from the central chamber by a first membrane that forms a partition between the first chamber and the central chamber, and - a second side chamber comprising a second electrode, the second side chamber being separated from the central chamber by a second membrane that forms a partition between the second chamber and the central chamber, characterized in that it comprises a central section for transport, flow and diffusion of the fluid solution into the central chamber, said central section being symmetrical with respect to a mid-plane between the first and second membranes and parallel to said membranes, the three-chamber electrochemical cell consisting of two half-cells that are symmetrical with respect to the mid-plane, each half-cell forming a firmly joined together assembly comprising one of the side chambers and one of the membranes, the central chamber being formed by the assembly of the two half-cells and the central section being encapsulated in the central chamber between the two half-cells. - a central chamber for transporting a fluid solution, - a first side chamber comprising a first electrode, the first side chamber being separated from the central chamber by a first membrane that forms a partition between the first chamber and the central chamber, and - a second side chamber comprising a second electrode, the second side chamber being separated from the central chamber by a second membrane that forms a partition between the second chamber and the central chamber,
A method for defining new control channels in a wireless communications network, comprising: reserving a portion of wireless communication resources for general legacy data communications according to a legacy network specification, wherein the legacy network specification corresponds to third generation partnership project, 3GPP, long term evolution, LTE, and the reserved portion comprises at least one reserved resource block in at least one subframe (502, 504); allocating a subset of the reserved portion of wireless communication resources for communicating control data according to a disparate network specification; and transmitting the control data over the subset of the reserved portion of wireless communication resources disparate from legacy control data communications. reserving a portion of wireless communication resources for general legacy data communications according to a legacy network specification, wherein the legacy network specification corresponds to third generation partnership project, 3GPP, long term evolution, LTE, and the reserved portion comprises at least one reserved resource block in at least one subframe (502, 504); allocating a subset of the reserved portion of wireless communication resources for communicating control data according to a disparate network specification; and transmitting the control data over the subset of the reserved portion of wireless communication resources disparate from legacy control data communications.
An image sensor comprising: one or more packages (1102; 1106; 1120; 1122) of semiconductor radiation detectors (1002; 1004); wherein each of the one or more packages comprises a radiation detector, wherein the radiation detector comprises a radiation absorption layer on a first strip of semiconductor wafer and an electronics layer on a second strip of semiconductor wafer, wherein the radiation absorption layer is continuous along the first strip of semiconductor wafer with no coverage gap, wherein the first strip and the second strip are longitudinally aligned and bonded together; wherein at least one of the one or more packages comprises a plurality of radiation detectors mounted on a printed circuit board (1104; 1108; 1110; 1112), wherein each of the plurality of radiation detectors is tilted relative to the PCB and electrically connected to the PCB; wherein the electronics layer comprises transmission lines at a first surface of the second strip of semiconductor wafer bonded to the first strip of semiconductor wafer; wherein the electronics layer comprises vias electrically connected to the transmission lines; and wherein the second strip of semiconductor wafer comprise a redistribution layer electrically connected to the vias. one or more packages (1102; 1106; 1120; 1122) of semiconductor radiation detectors (1002; 1004); wherein each of the one or more packages comprises a radiation detector, wherein the radiation detector comprises a radiation absorption layer on a first strip of semiconductor wafer and an electronics layer on a second strip of semiconductor wafer, wherein the radiation absorption layer is continuous along the first strip of semiconductor wafer with no coverage gap, wherein the first strip and the second strip are longitudinally aligned and bonded together; wherein at least one of the one or more packages comprises a plurality of radiation detectors mounted on a printed circuit board (1104; 1108; 1110; 1112), wherein each of the plurality of radiation detectors is tilted relative to the PCB and electrically connected to the PCB; wherein the electronics layer comprises transmission lines at a first surface of the second strip of semiconductor wafer bonded to the first strip of semiconductor wafer; wherein the electronics layer comprises vias electrically connected to the transmission lines; and wherein the second strip of semiconductor wafer comprise a redistribution layer electrically connected to the vias.
A method for recycling waste containing plastics, comprising at least one target polymer and at least one substance to be separated, in which a) the waste containing plastics is mixed with at least one swelling agent, so as to swell the at least one target polymer to form a polymer gel as a first phase having a polymer content of > 30 wt.%, based on the total mass of the target polymer and of the swelling agent present in the polymer gel, and b) at least one impurity that is not soluble in the first phase is separated from the polymer gel by way of filtration, a screen having a mesh size of 1 to 1000 μm being used as a filtration device, and the swollen polymer gel being moved through the screen, wherein the target polymer is selected from the group consisting of polystyrenes, polyolefins, polyesters, polycarbonates, polyamides and the copolymers thereof, as well as the blends or mixtures thereof, and the insoluble impurity is selected from the group consisting of fillers and reinforcement agents, inert impurities, foreign polymers, duromeric adhesive layers or foams, and heavy metal pigments, the polymer gel having a dynamic viscosity in the range of 100 mPas to 10,000 Pas, measured according to ISO 6721-10:1999. a) the waste containing plastics is mixed with at least one swelling agent, so as to swell the at least one target polymer to form a polymer gel as a first phase having a polymer content of > 30 wt.%, based on the total mass of the target polymer and of the swelling agent present in the polymer gel, and b) at least one impurity that is not soluble in the first phase is separated from the polymer gel by way of filtration, a screen having a mesh size of 1 to 1000 μm being used as a filtration device, and the swollen polymer gel being moved through the screen,
A cleaner comprising: a suction unit that guides air and dust; a main body that is connected with the suction unit and including a dust separation unit that separates dust from air, and a dust container that stores dust separated by the dust separation unit, at least a portion of the dust container being transparent or translucent; and a handle unit connected to the main body and having a battery; characterized by a power receiving component disposed in the main body to be supplied with power from the battery; wires (126, 127) that are connected to the power receiving component; and a cover member coupled to the main body and disposed between the main body and the wires (126, 127) to prevent the wires (126, 127) from being seen from the outside of the dust container. a suction unit that guides air and dust; a main body that is connected with the suction unit and including a dust separation unit that separates dust from air, and a dust container that stores dust separated by the dust separation unit, at least a portion of the dust container being transparent or translucent; and a handle unit connected to the main body and having a battery; characterized by a power receiving component disposed in the main body to be supplied with power from the battery; wires (126, 127) that are connected to the power receiving component; and a cover member coupled to the main body and disposed between the main body and the wires (126, 127) to prevent the wires (126, 127) from being seen from the outside of the dust container.
A container for collecting waste, comprising a tank provided with a partition wall which delimits a first separate waste storage space and a second separate waste storage space, the first space and the second space being provided with a first cover and a second cover, respectively, the first and the second covers (14, 16) each being capable of passing from an open position to a closed position by means of rotation about a common axis of rotation which is in line with the partition wall, each cover (14, 16) comprising, at one of its free edges, a first and a second overlapping skirt, respectively, characterized in that the first overlapping skirt overlaps the axis of rotation, the second overlapping skirt overlapping the first overlapping skirt, the first overlapping skirt or the second overlapping skirt being provided with a retaining element which is provided with a retaining edge, the first overlapping skirt or the second overlapping skirt being locally extended by a bent over edge which is arranged opposite the retaining edge, the retaining element and the bent over edge being configured so that, when the first or the second cover (14, 16) is rotated about the axis of rotation to transition from the closed position to the open position, the bent over edge engages with the retaining edge which constitutes a hard spot that can be crossed by the bent over edge by means of elastic deformation of the bent over edge. each cover (14, 16) comprising, at one of its free edges, a first and a second overlapping skirt, respectively, characterized in that the first overlapping skirt overlaps the axis of rotation, the second overlapping skirt overlapping the first overlapping skirt, the first overlapping skirt or the second overlapping skirt being provided with a retaining element which is provided with a retaining edge, the first overlapping skirt or the second overlapping skirt being locally extended by a bent over edge which is arranged opposite the retaining edge, the retaining element and the bent over edge being configured so that, when the first or the second cover (14, 16) is rotated about the axis of rotation to transition from the closed position to the open position, the bent over edge engages with the retaining edge which constitutes a hard spot that can be crossed by the bent over edge by means of elastic deformation of the bent over edge.