mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal device configured to support device-to-device communication with a further mobile terminal device, the mobile terminal device comprising: means for determining a location of a device-to-device, D2D, control channel by: a first parameter comprising a frequency offset parameter indicating that the D2D control channel is offset relative to a physical uplink control channel, PUCCH, and a second parameter indicating a number of resource blocks forming a bandwidth available for the D2D control channel. a first parameter comprising a frequency offset parameter indicating that the D2D control channel is offset relative to a physical uplink control channel, PUCCH, and a second parameter indicating a number of resource blocks forming a bandwidth available for the D2D control channel.
An interconnect assembly, comprising: a cable including a first end; a cable head at the first end of the cable; a wireless data transceiver disposed in the cable head to wirelessly communicate data to and from a device located at the first end of the cable; characterised by a wireless power coupler disposed in the cable head to wirelessly supply power from the device to the wireless data transceiver. a cable including a first end; a cable head at the first end of the cable; a wireless data transceiver disposed in the cable head to wirelessly communicate data to and from a device located at the first end of the cable; characterised by a wireless power coupler disposed in the cable head to wirelessly supply power from the device to the wireless data transceiver.
A method for implementing alternative routes in optical transmission network of Wavelength Switched Optical Network, WSON, comprising: a step of dividing a route to be queried to generate subsegments based on must-be-passed-through network resources of a constraining condition; a step of computing the alternative routes of each subsegment independently based on the constraining condition distributed by a managing plane; a step of combining the computed alternative routes of each subsegment to form complete alternative routes, characterized in that the step of combining the computed alternative routes of each subsegment further comprises a process of screening the computed alternative routes of each subsegment so that no repetitive node and no repetitive link exist within any one of the combined complete alternative routes, wherein said constraining condition comprises the must-be-passed-through network resources and must-be-avoided network resources, said must-be-avoided network resources comprising must-be-avoided nodes, wherein the step of computing the alternative routes of each subsegment independently based on the constraining condition distributed by the managing plane comprises taking source nodes and destination nodes of the subsegments other than the computed subsegments as the must-be-avoided nodes. a step of dividing a route to be queried to generate subsegments based on must-be-passed-through network resources of a constraining condition; a step of computing the alternative routes of each subsegment independently based on the constraining condition distributed by a managing plane; a step of combining the computed alternative routes of each subsegment to form complete alternative routes, characterized in that the step of combining the computed alternative routes of each subsegment further comprises a process of screening the computed alternative routes of each subsegment so that no repetitive node and no repetitive link exist within any one of the combined complete alternative routes, wherein said constraining condition comprises the must-be-passed-through network resources and must-be-avoided network resources, said must-be-avoided network resources comprising must-be-avoided nodes, wherein the step of computing the alternative routes of each subsegment independently based on the constraining condition distributed by the managing plane comprises taking source nodes and destination nodes of the subsegments other than the computed subsegments as the must-be-avoided nodes.
Lighting device for a vehicle with one or more light modules and with an adjusting system for one or more light modules, comprising a holding frame arranged in a housing of the lighting device having one or more light modules, the holding frame being rotatably supported inside the housing of the lighting device via an axis of rotation of the adjustment system, having an adjustment device for the tilting of the holding frame around the axis of rotation of the adjustment system wherein the adjustment device and the holding frame are connected in a swiveling manner, the adjusting axis of the adjusting device running skew relative to the longitudinal axis of the axis of rotation and one or more light modules being arranged on the holding frame so that the optical axis of one or more light modules or a parallel projection of the optical axis of the one or more light modules intersecting the longitudinal axis of the axis of rotation runs at an angle (α) between 10° and 89° inclined towards the longitudinal axis of the axis of rotation, characterized in that the axis of rotation is arranged on a first side of the holding frame and the adjustment device is connected in a swiveling manner on a second side opposite the first side of the holding frame, wherein the axis of rotation of the adjustment device not being vertical to the vehicle direction of the vehicle can be arranged so that the optical axis of the light module runs in its normal setting parallel to the vehicle direction.
A method of forming a drug/polymer composite material, comprising the steps of: (a) mixing a solid particulate drug material with a solid particulate polymer material, and a pharmaceutical excipient, to form a particle mixture of polymer particles and interspersed drug particles; and then (b) combining said particle mixture with a supercritical gas solvent at a pressure sufficient to reduce the viscosity of said polymer material, fuse said polymer particles to one another and capture said drug particles therebetween and form a drug/polymer composite material from said particulate mixture, wherein said excipient is a porogen, said method further comprising the step of contacting said composite material to a solvent to at least partially solubilize said porogen and form pores in said composite material. (a) mixing a solid particulate drug material with a solid particulate polymer material, and a pharmaceutical excipient, to form a particle mixture of polymer particles and interspersed drug particles; and then (b) combining said particle mixture with a supercritical gas solvent at a pressure sufficient to reduce the viscosity of said polymer material, fuse said polymer particles to one another and capture said drug particles therebetween and form a drug/polymer composite material from said particulate mixture, wherein said excipient is a porogen, said method further comprising the step of contacting said composite material to a solvent to at least partially solubilize said porogen and form pores in said composite material.
A method comprising: executing, by a plurality of hardware computing nodes included within a network device, a distributed operating system that provides an execution environment in which a plurality of applications are executed; configuring, by at least one of the plurality of hardware computing nodes, a dynamic state application to operate as a proxy to retrieve state information stored in a distributed data store that synchronizes state information across the plurality of hardware computing nodes, and to receive one or more requests for the state information stored in the distributed data store, wherein the state information comprises information representing different states for the plurality of applications distributed among the plurality of hardware computing nodes; retrieving, by the dynamic state application, the state information stored in the distributed data store; storing, by the dynamic state application, the retrieved state information in a local data store of the at least one of the plurality of hardware computing nodes; subsequent to storing the retrieved state information in the local data store, receiving, by the dynamic state application, the one or more requests for the state information; and sending, by the dynamic state application and responsive to receiving the one or more requests, a response including the requested state information from the local data store. executing, by a plurality of hardware computing nodes included within a network device, a distributed operating system that provides an execution environment in which a plurality of applications are executed; configuring, by at least one of the plurality of hardware computing nodes, a dynamic state application to operate as a proxy to retrieve state information stored in a distributed data store that synchronizes state information across the plurality of hardware computing nodes, and to receive one or more requests for the state information stored in the distributed data store, wherein the state information comprises information representing different states for the plurality of applications distributed among the plurality of hardware computing nodes; retrieving, by the dynamic state application, the state information stored in the distributed data store; storing, by the dynamic state application, the retrieved state information in a local data store of the at least one of the plurality of hardware computing nodes; subsequent to storing the retrieved state information in the local data store, receiving, by the dynamic state application, the one or more requests for the state information; and sending, by the dynamic state application and responsive to receiving the one or more requests, a response including the requested state information from the local data store.
Clinker comprising, relative to the total clinker weight: in the chemical composition thereof - 30 to 85% Al 2 O 3; - 3 to 45% CaO; - 9% to 45% MgO in the mineralogical composition thereof - 15 to 65% of phase Q, Ca 20 Al 32-2x Mg x Si x O 68 where 2.5 ≤ x ≤ 3.5 - 5 to 40% of phase MgAl 2 O 4 and having an open porosity, as measured by the test for measuring open porosity under water as per the amended standard NF B40-312 from 4% to 60%. in the chemical composition thereof - 30 to 85% Al 2 O 3; - 3 to 45% CaO; - 9% to 45% MgO - 30 to 85% Al 2 O 3; - 3 to 45% CaO; - 9% to 45% MgO in the mineralogical composition thereof - 15 to 65% of phase Q, Ca 20 Al 32-2x Mg x Si x O 68 where 2.5 ≤ x ≤ 3.5 - 5 to 40% of phase MgAl 2 O 4 - 15 to 65% of phase Q, Ca 20 Al 32-2x Mg x Si x O 68 where 2.5 ≤ x ≤ 3.5 - 5 to 40% of phase MgAl 2 O 4 and having an open porosity, as measured by the test for measuring open porosity under water as per the amended standard NF B40-312 from 4% to 60%.
Vacuum pump with a flange, wherein the flange comprises a housing to be connected to a vacuum apparatus defining an opening, wherein the opening has a rectangular shape having an aspect ratio of width to height larger than 4 and preferably larger than 10, and the housing comprises a metal seal arranged around the opening to create a vacuum tight seal, characterised in that the vacuum pump further comprises a NEG and/or IGP element (24, 26) directly attached to the flange or disposed within the opening of the flange, and the area of the opening corresponds to the area of the NEG and/or IGP element (24, 26). wherein the opening has a rectangular shape having an aspect ratio of width to height larger than 4 and preferably larger than 10, and the housing comprises a metal seal arranged around the opening to create a vacuum tight seal, characterised in that the vacuum pump further comprises a NEG and/or IGP element (24, 26) directly attached to the flange or disposed within the opening of the flange, and the area of the opening corresponds to the area of the NEG and/or IGP element (24, 26).
A peripheral vision measurement system, comprising: a subject video display arranged to display test images to a test subject; a camera arranged to capture images of the test subject; a user video display arranged to display captured images of the test subject to a user; and one or more processors arranged to control the subject and user video displays (3, 5), the user display being controlled so as to be augmented with at least one indicator relating to the position of a test image on the subject display; characterized in one or more characteristics of the indicator are changeable so as to indicate to the user the present state of the test image in the subject display. a subject video display arranged to display test images to a test subject; a camera arranged to capture images of the test subject; a user video display arranged to display captured images of the test subject to a user; and one or more processors arranged to control the subject and user video displays (3, 5), the user display being controlled so as to be augmented with at least one indicator relating to the position of a test image on the subject display; characterized in one or more characteristics of the indicator are changeable so as to indicate to the user the present state of the test image in the subject display.
A method for culturing cells by suspension culture, said method comprising an aggregation control step of adding a substance that inhibits a cell adhesion molecule(s) of said cells to a medium to control cell aggregation of said cells, wherein said substance is at least one selected from E-cadherin, proteins composed of partial regions of E-cadherin, and fusion proteins containing the whole or a partial region of E-cadherin.
A microbial oil comprising a triglyceride fraction of at least 70% by weight, wherein the docosahexaenoic acid content of the triglyceride fraction is at least 50% by weight, and wherein the oil comprises 5% by weight or less of heptadecanoic acid.
A bus type switch socket bracket comprising a body, the body comprising at least one control panel mounting hole, the control panel mounting hole comprising an bare contact pad arranged on the sides thereof and connected with a first contact body embedded in the body; characterized in that the bare contact pad is a bus access port for providing low-voltage direct current power supply, communication and control lines of various control panels mounted on the body; wherein the contact pad is arranged on the upper and low ends of two opposite sides of the control panel mounting hole and the first contact body is connected with a second contact body received in the body.
A gas turbine engine including a fan section, the fan section comprising: a plurality of fan blades; a plurality of guide vanes positioned aft of the plurality of fan blades; a fan containment case circumferentially surrounding the plurality of fan blades and the plurality of guide vanes, the fan containment case comprising a first casing coupling member located on an outer surface forward of the plurality of fan blades, and a second casing coupling member located on the outer surface aft of the plurality of guide vanes; and a fan nacelle assembly circumferentially surrounding the fan containment case, the fan nacelle assembly comprising: an inner wall including an inner aft end, wherein the inner aft end is operably coupled to the first casing coupling member; an outer wall including an outer wall aft end, wherein the outer wall aft end is positioned aft of the first casing coupling member and wherein the outer wall is monolithic; and wherein the outer wall aft end is operably coupled to the second casing coupling member; or wherein the fan nacelle assembly further comprises a fan compartment cowling panel operably coupled to the outer wall aft end and the second casing coupling member, wherein the fan compartment cowling panel includes a panel axial length. a plurality of fan blades; a plurality of guide vanes positioned aft of the plurality of fan blades; a fan containment case circumferentially surrounding the plurality of fan blades and the plurality of guide vanes, the fan containment case comprising a first casing coupling member located on an outer surface forward of the plurality of fan blades, and a second casing coupling member located on the outer surface aft of the plurality of guide vanes; and a fan nacelle assembly circumferentially surrounding the fan containment case, the fan nacelle assembly comprising: an inner wall including an inner aft end, wherein the inner aft end is operably coupled to the first casing coupling member; an outer wall including an outer wall aft end, wherein the outer wall aft end is positioned aft of the first casing coupling member and wherein the outer wall is monolithic; and wherein the outer wall aft end is operably coupled to the second casing coupling member; or wherein the fan nacelle assembly further comprises a fan compartment cowling panel operably coupled to the outer wall aft end and the second casing coupling member, wherein the fan compartment cowling panel includes a panel axial length. an inner wall including an inner aft end, wherein the inner aft end is operably coupled to the first casing coupling member; an outer wall including an outer wall aft end, wherein the outer wall aft end is positioned aft of the first casing coupling member and wherein the outer wall is monolithic; and wherein the outer wall aft end is operably coupled to the second casing coupling member; or wherein the fan nacelle assembly further comprises a fan compartment cowling panel operably coupled to the outer wall aft end and the second casing coupling member, wherein the fan compartment cowling panel includes a panel axial length.
Method for detecting a shunt between the power input and the power output of an electricity consumption meter, comprising the following test steps: - generating a first signal in the form of a power line communication, - modifying the first signal using a transformation element on the meter between the power input and the power output of the meter, said element being a filter attenuating the first signal, - analysing a second signal between the transformation element and the power output of the meter using a power level indicator of a power line communication receiver, - deducing, from the previous step, the presence or the absence of a shunt between the power input and the power output of the meter. - generating a first signal in the form of a power line communication, - modifying the first signal using a transformation element on the meter between the power input and the power output of the meter, said element being a filter attenuating the first signal, - analysing a second signal between the transformation element and the power output of the meter using a power level indicator of a power line communication receiver, - deducing, from the previous step, the presence or the absence of a shunt between the power input and the power output of the meter.
A method for wireless communications by a user equipment, UE, comprising: receiving a physical uplink control channel, PUCCH, configuration from a first transmission point participating in coordinated multipoint, CoMP, operations with one or more other transmission points; transmitting a PUCCH to a first set of one or more transmission points in accordance with the PUCCH configuration; and transmitting a physical uplink shared channel, PUSCH, to a second set of one or more transmission points different than the first set of transmission points. receiving a physical uplink control channel, PUCCH, configuration from a first transmission point participating in coordinated multipoint, CoMP, operations with one or more other transmission points; transmitting a PUCCH to a first set of one or more transmission points in accordance with the PUCCH configuration; and transmitting a physical uplink shared channel, PUSCH, to a second set of one or more transmission points different than the first set of transmission points.
A method for forming a core layer for at least one information carrying card, comprising: forming an inlay layout comprising at least one inlay layer coupled with a first thermoplastic layer, wherein the first thermoplastic layer comprises a thermoplastic material, and defines at least one hole therein, and the at least one inlay layer is disposed at least partially inside a respective hole; and dispensing a crosslinkable polymer composition over the inlay layout and contacting the inlay layer so as to form the core layer of the information carrying card, characterized in that the at least inlay layer has one portion coupled with the first thermoplastic layer so as to form a cantilevered structure within the respective hole, and is thus configured to be self-centering in the crosslinkable polymer composition during processing the dispensed crosslinkable polymer composition. forming an inlay layout comprising at least one inlay layer coupled with a first thermoplastic layer, wherein the first thermoplastic layer comprises a thermoplastic material, and defines at least one hole therein, and the at least one inlay layer is disposed at least partially inside a respective hole; and dispensing a crosslinkable polymer composition over the inlay layout and contacting the inlay layer so as to form the core layer of the information carrying card, characterized in that the at least inlay layer has one portion coupled with the first thermoplastic layer so as to form a cantilevered structure within the respective hole, and is thus configured to be self-centering in the crosslinkable polymer composition during processing the dispensed crosslinkable polymer composition.
An ultrasonic measurement apparatus for measuring the flow velocity of a fluid which flows in a pipeline in a main flow direction, wherein the ultrasonic measurement apparatus has an ultrasonic measurement zone with at least a pair of ultrasonic transducers, an evaluation unit for determining the flow velocity from a propagation time difference of ultrasound transmitted and received with and against the flow, as well as a deflection unit, by means of which the fluid is deflectable from the main flow direction and suppliable to the ultrasonic measurement zone, wherein the deflection unit (20, 26, 32) forms a loop, characterized in that the loop has - a first deflector for deflecting the fluid from the main flow direction, - an inflow region, - an arc for deflecting the flow, - an outflow region, and - a second deflection for deflecting the flow back into the main flow direction, wherein the fluid is deflectable from the main flow direction into the inflow region by means of the first deflector, from there into the outflow region by means of the arc and subsequently back into the main flow direction by means of the second deflector, in that the ultrasonic measurement zone is provided in the outflow region so that the flow is reproducibly stabilized on entry into the ultrasonic measurement zone, and in that the ultrasonic transducers are arranged in the ultrasonic measurement zone such that the transmitted and the received ultrasound has at least one component in a direction transverse to the flow. - a first deflector for deflecting the fluid from the main flow direction, - an inflow region, - an arc for deflecting the flow, - an outflow region, and - a second deflection for deflecting the flow back into the main flow direction,