mhurhangee/ep-ind-claims huggingface dataset:
An apparatus of a spectrum sharing controller, the apparatus comprising hardware processing circuitry and interface circuitry, the hardware processing circuitry to configure the interface circuitry to: receive an indicator that a group of priority access and/or general authorized access spectrum blocks (725; 730) are available for secondary and ternary usage in a first shared spectrum usage area, the priority access and/or general authorized access spectrum blocks (725; 730) included in shared spectrum reserved for primary usage in the shared spectrum usage area by one or more incumbent devices; send at least one configuration message indicating a first allocation of priority access spectrum blocks allocated for secondary usage and/or general authorized access spectrum blocks allocated for ternary usage by least one base station operating in the first shared spectrum usage area, and send at least one further configuration message indicating a second allocation of priority access and/or general authorized access spectrum blocks (725; 730) in an adjacent second shared spectrum usage area, the second allocation being different from the first allocation. receive an indicator that a group of priority access and/or general authorized access spectrum blocks (725; 730) are available for secondary and ternary usage in a first shared spectrum usage area, the priority access and/or general authorized access spectrum blocks (725; 730) included in shared spectrum reserved for primary usage in the shared spectrum usage area by one or more incumbent devices; send at least one configuration message indicating a first allocation of priority access spectrum blocks allocated for secondary usage and/or general authorized access spectrum blocks allocated for ternary usage by least one base station operating in the first shared spectrum usage area, and send at least one further configuration message indicating a second allocation of priority access and/or general authorized access spectrum blocks (725; 730) in an adjacent second shared spectrum usage area, the second allocation being different from the first allocation.
Sofa bed comprising a foldable frame, a set of connecting members and a set of support slats mounted on the frame, a connecting member comprising a height direction, a transverse direction and an insertion direction which are mutually orthogonal, the connecting member further comprising a receiving part comprising a slat cavity in which an end of a support slat is inserted in the insertion direction, the receiving part comprising an upper wall, the connecting member further comprising a mounting part with which the connecting member is attached to the frame and with which the connecting member can be supported by the frame in the height direction, the mounting part comprising a back wall extending at least partially substantially in the height direction, the mounting part further comprising a plurality of ribs (3a, 3b, 3c), a rib at least partially extending substantially in the height direction and the insertion direction, the rib attached to the back wall and the upper wall, the mounting part of said connecting member comprising a fixation hole so that an elongate fastening element runs substantially in the height direction, characterised in that said rib extends in the height direction of the upper wall beyond the fixation hole.
A method of manufacturing a liquid crystal display, comprising: forming a data conductor on a substrate, the data conductor including a first data line and a second data line that are adjacent to each other; forming a pixel electrode on the substrate; forming an organic passivation layer (180b, 180c'); forming a common electrode on the passivation layer (180b, 180c'), the common electrode overlapping the first data line and at least a portion of the pixel electrode, wherein one of the pixel electrode and the common electrode includes a plurality of branch electrodes spaced apart from each other and the other of the pixel electrode and the common electrode has and at least approximately a planar shape that is substantially parallel to a surface of the substrate; and wherein the passivation layer (180b, 180c') has a dielectric constant of about 3.5 or less, a first portion disposed between the common electrode and the first data line, a second portion disposed between the common electrode and the second data line, and a third portion connected to the first portion and the second portion and disposed between the first portion and the second portion, and characterized in that the first portion and the second portion are thicker than the third portion such that the thickness of the portions of the passivation layer are reduced everywhere besides those portions extending along the first and second data line in order to reduce the absorption of light by the passivation layer. forming a data conductor on a substrate, the data conductor including a first data line and a second data line that are adjacent to each other; forming a pixel electrode on the substrate; forming an organic passivation layer (180b, 180c'); forming a common electrode on the passivation layer (180b, 180c'), the common electrode overlapping the first data line and at least a portion of the pixel electrode, wherein one of the pixel electrode and the common electrode includes a plurality of branch electrodes spaced apart from each other and the other of the pixel electrode and the common electrode has and at least approximately a planar shape that is substantially parallel to a surface of the substrate; and wherein the passivation layer (180b, 180c') has a dielectric constant of about 3.5 or less, a first portion disposed between the common electrode and the first data line, a second portion disposed between the common electrode and the second data line, and a third portion connected to the first portion and the second portion and disposed between the first portion and the second portion, and characterized in that the first portion and the second portion are thicker than the third portion such that the thickness of the portions of the passivation layer are reduced everywhere besides those portions extending along the first and second data line in order to reduce the absorption of light by the passivation layer.
A method for processing a common search area, comprising: acquiring, by a user equipment, UE, resource indication information about a first common search area of a control channel and resource indication information about at least one second common search area of the control channel, wherein kinds of control signaling in the first common search area and the second common search area comprise signaling for scheduling a system message, message paging signaling, random access signaling and power control signaling; determining, by the UE, according to the resource indication information about the first common search area and the resource indication information about the at least one second common search area, a location of the first common search area and a location of the at least one second common search area; wherein a kind of control signaling among the kinds of the control signaling is carried on the first common search area for transmission, and other kinds of control signaling different from the kind of the control signaling among the kinds of the control signaling, are carried on the at least one second common search area for transmission; wherein the resource indication information about the second common search area is resource indication information notified through a random access response, and the resource indication information comprises location information of a physical resouce block, PRB, occupied by the second common search area, or, an index of the second common search area. acquiring, by a user equipment, UE, resource indication information about a first common search area of a control channel and resource indication information about at least one second common search area of the control channel, wherein kinds of control signaling in the first common search area and the second common search area comprise signaling for scheduling a system message, message paging signaling, random access signaling and power control signaling; determining, by the UE, according to the resource indication information about the first common search area and the resource indication information about the at least one second common search area, a location of the first common search area and a location of the at least one second common search area; wherein a kind of control signaling among the kinds of the control signaling is carried on the first common search area for transmission, and other kinds of control signaling different from the kind of the control signaling among the kinds of the control signaling, are carried on the at least one second common search area for transmission; wherein the resource indication information about the second common search area is resource indication information notified through a random access response, and the resource indication information comprises location information of a physical resouce block, PRB, occupied by the second common search area, or, an index of the second common search area.
A disc brake, comprising a brake disc of light metal and at least one brake pad acting on the same, wherein the brake disc is formed out of a hyper-eutectic aluminium silicon alloy, which has a silicon component of 13-21 % by weight, characterised in that the brake disc, on at least one of its brake tracks, has a plurality of recesses, which are distributed over the surface of the brake track, wherein the hyper-eutectic aluminium silicon alloy has a maximum proportion of 0.3 % by weight of copper, wherein the brake pad comprises NAO friction materials, wherein silicon particles of the hyper-eutectic aluminium silicon alloy have a primary silicon particle size of 30-100 μm, preferably 30-50 μm, further preferably maximally 50 μm.
Collector box, in particular for a heat exchanger in a motor vehicle, said heat exchanger being designed to allow heat exchange with a first fluid, said collector box being provided with at least one control orifice and at least one protuberance for keeping in position a dividing partition designed to divide an interior space of the collector box into several compartments, said control orifice being able to allow a leak of said first fluid towards the outside of the collector box when said collector box does not have said dividing partition, said control orifice being designed to be closed by said dividing partition, characterized in that said control orifice is offset transversely with respect to the protuberances of one and the same pair of protuberances.
A throttle for an engine, the throttle comprising: a throttle body provided with a cavity, an inlet port, and an outlet port, wherein the inlet port and the outlet port are connected to the cavity; a plurality of fuel injectors, wherein each of the fuel injectors is arranged on the throttle body and sprays fuel into the cavity of the throttle body; an air filter arranged on the throttle body and is connected to the inlet port; an air door rotatably disposed in the cavity to open or block the inlet port and the outlet port; and an air door driving part connected to the air door configured to control a rotation of the air door, wherein a cross section of the cavity is circular, characterized in that, each of said plurality of fuel injectors is arranged on a side wall of the throttle body between the air door and the outlet port, wherein each of said plurality of fuel injectors is connected to the cavity, and each of the plurality of fuel injectors is provided with a quick-connection part to connect to a fuel delivery pipe. a throttle body provided with a cavity, an inlet port, and an outlet port, wherein the inlet port and the outlet port are connected to the cavity; a plurality of fuel injectors, wherein each of the fuel injectors is arranged on the throttle body and sprays fuel into the cavity of the throttle body; an air filter arranged on the throttle body and is connected to the inlet port; an air door rotatably disposed in the cavity to open or block the inlet port and the outlet port; and an air door driving part connected to the air door configured to control a rotation of the air door, wherein a cross section of the cavity is circular, characterized in that, each of said plurality of fuel injectors is arranged on a side wall of the throttle body between the air door and the outlet port, wherein each of said plurality of fuel injectors is connected to the cavity, and each of the plurality of fuel injectors is provided with a quick-connection part to connect to a fuel delivery pipe.
A substantially radiolucent assembly (12; 60) for connecting a patient-worn physiological sensor or electrode to a monitor, comprising: a flexible non-conductive substrate having a proximal end and a distal end; at least one aperture formed in the substrate and sized to receive a sensor or electrode; at least one conductive trace disposed on at least one surface of the non-conductive substrate, wherein the at least one conductive trace is capable of conducting a current between the sensor or electrode and the distal end of the substrate; a means (21; 66) for providing an electrical connection between the distal end of the substrate and a monitor; and at least one radiolucent electrical connector (18, 62a-f) comprising the at least one aperture and at least one linear extension of the at least one conductive trace which extends to the aperture, wherein the electrical connector is for electrical contact with the sensor or electrode; said assembly characterized in that the at least one linear extension of the at least one conductive trace terminates in two concentric partial circles (81, 82) surrounding the aperture and wherein the outer partial circle is connected to the inner partial circle by at least one coaxial trace. a flexible non-conductive substrate having a proximal end and a distal end; at least one aperture formed in the substrate and sized to receive a sensor or electrode; at least one conductive trace disposed on at least one surface of the non-conductive substrate, wherein the at least one conductive trace is capable of conducting a current between the sensor or electrode and the distal end of the substrate; a means (21; 66) for providing an electrical connection between the distal end of the substrate and a monitor; and at least one radiolucent electrical connector (18, 62a-f) comprising the at least one aperture and at least one linear extension of the at least one conductive trace which extends to the aperture, wherein the electrical connector is for electrical contact with the sensor or electrode; said assembly characterized in that the at least one linear extension of the at least one conductive trace terminates in two concentric partial circles (81, 82) surrounding the aperture and wherein the outer partial circle is connected to the inner partial circle by at least one coaxial trace.
A runner assembly for a circumferential seal assembly comprising: a runner defined about an axis of rotation, said runner having an inwardly extending runner mounting flange adjacent to a distal end of said runner; an axially flexible clamp engaged with said distal end; and a radially flexible clamp engaged with said inwardly extending mounting flange, characterised in that: a radially inwardly extending flange of said radially flexible clamp and a radially inwardly extending flange of said axially flexible clamp are separated by a spacer. a runner defined about an axis of rotation, said runner having an inwardly extending runner mounting flange adjacent to a distal end of said runner; an axially flexible clamp engaged with said distal end; and a radially flexible clamp engaged with said inwardly extending mounting flange, characterised in that: a radially inwardly extending flange of said radially flexible clamp and a radially inwardly extending flange of said axially flexible clamp are separated by a spacer.
An aircraft comprising a left wing and a right wing, a left main landing gear coupled to the left wing and having a first set of wheels, a right main landing gear coupled to the right wing and having a second set of wheels, respective ones of the left main landing gear and the right main landing gear having an unshrunk length when positioned in the deployed position, wherein the unshrunk length of the left main landing gear is measured from an underside of the left wing to a bottom of the first set of wheels, and wherein the unshrunk length of the right main landing gear is measured from an underside of the right wing to a bottom of the second set of wheels, and the aircraft further comprising: a controller configured to: determine an on-ground status of the left main landing gear; determine an on-ground status of the right main landing gear; and generate a control signal to shrink the left main landing gear and the right main landing gear from the unshrunk length to a shrunk length that is less than the unshrunk length in response to the on-ground status of the left main landing gear indicating that the first set of wheels of the left main landing gear is not contacting a ground surface, and further in response to the on-ground status of the right main landing gear indicating that the second set of wheels of the right main landing gear is not contacting the ground surface. determine an on-ground status of the left main landing gear; determine an on-ground status of the right main landing gear; and generate a control signal to shrink the left main landing gear and the right main landing gear from the unshrunk length to a shrunk length that is less than the unshrunk length in response to the on-ground status of the left main landing gear indicating that the first set of wheels of the left main landing gear is not contacting a ground surface, and further in response to the on-ground status of the right main landing gear indicating that the second set of wheels of the right main landing gear is not contacting the ground surface.
A distributed load balancer system, comprising: a router configured to receive packets in packet flows from one or more clients according to a single public IP address of the router; a plurality of server nodes (130A-130m); and a plurality of load balancer nodes (110A-110n) each configured as an ingress server in the distributed load balancer system, wherein the ingress servers all advertise the same single public IP address to the router; wherein the router is further configured to distribute the packet flows among the plurality of ingress servers according to a hashed multipath routing technique applied to source and destination address information of the packets in the packet flows; and wherein each ingress server is further configured to receive packets in one or more packet flows from the router and distribute the packets to one or more of the plurality of server nodes that are mapped to the respective packet flows. a router configured to receive packets in packet flows from one or more clients according to a single public IP address of the router; a plurality of server nodes (130A-130m); and a plurality of load balancer nodes (110A-110n) each configured as an ingress server in the distributed load balancer system, wherein the ingress servers all advertise the same single public IP address to the router; wherein the router is further configured to distribute the packet flows among the plurality of ingress servers according to a hashed multipath routing technique applied to source and destination address information of the packets in the packet flows; and wherein each ingress server is further configured to receive packets in one or more packet flows from the router and distribute the packets to one or more of the plurality of server nodes that are mapped to the respective packet flows.
Method for producing an aqueous formulation or optionally of solid particles containing at least one oil, and characterized in that it comprises the following steps: a) mixing at least one associative polymer constituted of: - at least one monomer which is (meth)acrylic acid, - at least one monomer which is a (meth)acrylic ester, - and at least one associative hydrophobic monomer, with at least one oil and water, in proportions such that the oil represents at least 4% of the total weight of the mixture, b) adjusting the pH of the mixture obtained in step a) to a value greater than 6, preferentially 7, very preferentially 8, and obtaining an aqueous emulsion. c) precipitating the mixture obtained after step b) by adjusting the pH to a value less than 6, in view of obtaining a dispersion in water of the particles constituted of said polymer and of said oil, d) optionally isolating the particles constituted of said polymer and of said oil obtained after step c) by removing water. a) mixing at least one associative polymer constituted of: - at least one monomer which is (meth)acrylic acid, - at least one monomer which is a (meth)acrylic ester, - and at least one associative hydrophobic monomer, with at least one oil and water, in proportions such that the oil represents at least 4% of the total weight of the mixture, - at least one monomer which is (meth)acrylic acid, - at least one monomer which is a (meth)acrylic ester, - and at least one associative hydrophobic monomer, with at least one oil and water, in proportions such that the oil represents at least 4% of the total weight of the mixture, b) adjusting the pH of the mixture obtained in step a) to a value greater than 6, preferentially 7, very preferentially 8, and obtaining an aqueous emulsion. c) precipitating the mixture obtained after step b) by adjusting the pH to a value less than 6, in view of obtaining a dispersion in water of the particles constituted of said polymer and of said oil, d) optionally isolating the particles constituted of said polymer and of said oil obtained after step c) by removing water.
A travel control method for a vehicle wherein, when, during autonomous travel control of a subject vehicle, a road section including a curve is present ahead of the subject vehicle and a forward adjacent vehicle is traveling ahead of the subject vehicle in an adjacent lane to a traveling lane for the subject vehicle, inter-vehicle distance control is executed in which the subject vehicle is controlled to travel with an inter-vehicle distance that is set between the subject vehicle and the forward adjacent vehicle such that the subject vehicle and the forward adjacent vehicle do not travel side by side when the subject vehicle travels in the road section; the travel control method for a vehicle comprising: acquiring a curvature radius of a road located ahead of the subject vehicle; determining that the road located ahead is a curve included in the road section when the curvature radius is less than a curvature radius threshold (R th); detecting a variation amount in a lateral position of the forward adjacent vehicle during a certain period; and when the variation amount in the lateral position is a predetermined value or more, setting the curvature radius threshold (R th) to a larger value than that when the variation amount in the lateral position is less than the predetermined value. acquiring a curvature radius of a road located ahead of the subject vehicle; determining that the road located ahead is a curve included in the road section when the curvature radius is less than a curvature radius threshold (R th); detecting a variation amount in a lateral position of the forward adjacent vehicle during a certain period; and when the variation amount in the lateral position is a predetermined value or more, setting the curvature radius threshold (R th) to a larger value than that when the variation amount in the lateral position is less than the predetermined value.