mhurhangee/ep-ind-claims huggingface dataset:
A radio wave state measurement system (10a, 10b, 10c) comprising: a means for storing a time when a radio parameter of a base station is to be updated; and a means for instructing a mobile terminal, which is in communication with the base station, to measure a radio wave state corresponding to the base station at a timing according to the stored time; wherein the means for instructing is adapted to limit an area in which the measurement of the radio wave state is performed by referring to an estimated radio wave state, which is estimated as a respective radio wave state before and after the radio parameter is to be updated, wherein the means for instructing is adapted to compare the estimated radio wave state before the radio parameter is to be updated to the estimated radio wave state after the radio parameter is to be updated, wherein the means for instructing is adapted to extract an area in which the estimated radio wave state after the radio parameter is to be updated deteriorates more than a predetermined degree as compared to the estimated radio wave state before the radio parameter is to be updated, as a radio wave state deteriorated area, and wherein the means for instructing is adapted to make a mobile terminal located inside the radio wave state deteriorated area perform the measurement of the radio wave state. a means for storing a time when a radio parameter of a base station is to be updated; and a means for instructing a mobile terminal, which is in communication with the base station, to measure a radio wave state corresponding to the base station at a timing according to the stored time; wherein the means for instructing is adapted to limit an area in which the measurement of the radio wave state is performed by referring to an estimated radio wave state, which is estimated as a respective radio wave state before and after the radio parameter is to be updated, wherein the means for instructing is adapted to compare the estimated radio wave state before the radio parameter is to be updated to the estimated radio wave state after the radio parameter is to be updated, wherein the means for instructing is adapted to extract an area in which the estimated radio wave state after the radio parameter is to be updated deteriorates more than a predetermined degree as compared to the estimated radio wave state before the radio parameter is to be updated, as a radio wave state deteriorated area, and wherein the means for instructing is adapted to make a mobile terminal located inside the radio wave state deteriorated area perform the measurement of the radio wave state.
A printer head for an extrusion-based 3D printer, the printer head comprising n distribution elements, wherein n≥2, a combination chamber, and a printer nozzle, wherein the combination chamber is configured downstream of the distribution elements and upstream of the printer nozzle, wherein each distribution element comprises a flow-through chamber with an inlet for a 3D printable material and a plurality of k outlets to the combination chamber, wherein k≥4, each distribution element being arranged to distribute the 3D printable material by the plurality of k outlets, wherein the outlets of the distribution elements are configured such that a plurality of outlets of a distribution element have outlets of another distribution element as nearest neighbors.
A non-volatile memory die comprising: multiple tiles of memory cells, each of the multiple tiles including a plurality of non-volatile memory cells, each of the non-volatile memory cells including a stack of materials including chalcogenide material; an oxidation barrier on a side wall of a trench between adjacent memory tiles; and a dielectric fill in the trench and over the oxidation barrier; characterised in that the oxidation barrier comprises multiple nitride films. multiple tiles of memory cells, each of the multiple tiles including a plurality of non-volatile memory cells, each of the non-volatile memory cells including a stack of materials including chalcogenide material; an oxidation barrier on a side wall of a trench between adjacent memory tiles; and a dielectric fill in the trench and over the oxidation barrier; characterised in that the oxidation barrier comprises multiple nitride films.
A method of transmitting a wireless message on a medium utilizing carrier sense multiple access, CSMA, comprising: receiving, by a first wireless device, at least a portion of a first wireless message transmitted by a second wireless device, wherein the at least a portion of the first wireless message comprises an indication whether the second wireless device requests that receiving devices defer transmissions during transmission of the first wireless message; determining whether to defer transmission of a second wireless message destined for a third wireless device based, at least in part, on the indication; and transmitting the second wireless message to the third wireless device based on the determining. receiving, by a first wireless device, at least a portion of a first wireless message transmitted by a second wireless device, wherein the at least a portion of the first wireless message comprises an indication whether the second wireless device requests that receiving devices defer transmissions during transmission of the first wireless message; determining whether to defer transmission of a second wireless message destined for a third wireless device based, at least in part, on the indication; and transmitting the second wireless message to the third wireless device based on the determining.
A flexographic printing plate, comprising at least a support and two or more photosensitive resin composition layers, wherein arithmetic average roughness (Ra) of a printing surface is 0.3 μm or more and 0.7 μm or less, skewnesses (Rsk) obtained before and after an abrasion test performed by causing a wear ring of a Taber abraser to make 100 rotations at 60 rpm under a load of 250 g both have positive values, the arithmetic average roughness (Ra) and the skewnesses (Rsk) being determined by using a laser microscope to measure a surface shape of a surface of solid printing in a region of 200 μm x 200 μm, a resin composition layer corresponding to a printing surface comprises a particle having a pore structure, the particle having a pore structure has an average particle size of 1 μm or more and 10 μm or less, and a specific surface area of 350 m 2 /g or more and 1000 m 2 /g or less, and wherein the resin composition layer corresponding to the printing surface has a thickness of 5 μm or more and 100 μm or less.
A variable stiffness stabilizer device comprising: a stabilizer bar through which the left and right wheel supporting members are joined to each other in order to restrain a vehicle body from rolling; and a pair of actuators, the stabilizer bar comprising: a torsion bar which is supported by the vehicle body and which extends in a lateral direction of the vehicle; and a pair of arms which are respectively connected to a pair of ends (4a, 4b) of the torsion bar through corresponding bend portions and which are bendingly deformed respectively according to displacements of corresponding wheel supporting members, each of the arms comprising a variable bending stiffness part (13; 130) which is rotatable around an axis of a corresponding arm and which is capable of changing bending stiffness of the corresponding arm according to a rotational position of the variable bending stiffness part (13, 130), and each of the actuators being arranged to rotationally drive the variable bending stiffness part (13, 130) of the corresponding arm around the axis thereof, thus enabling the rotational position of the variable bending stiffness part (13, 130) of the corresponding arm to be adjusted, each of the actuators comprising an electric motor (16, 160) and a transmission mechanism for transmitting torque to the variable bending stiffness part (13; 130) with a number of rotations of the electric motor (16; 160) reduced, wherein the transmission mechanism (17; 161) comprises a driving gear (18; 180), and a driven gear (19; 190) which is meshed therewith and which is rotatable together with the variable bending stiffness part (13; 130),each arm comprising a base portion extending by a predetermined length from the one end of the arm connected to the corresponding bend portion, the base portion being provided at its one end with a tubular support section in which a first end of the variable bending stiffness part is rotatably supported by a pair of bearings held at the inner periphery of the support section, the variable bending stiffness part being spherically supported at a second end by a spherical joint which is linked to a corresponding wheel supporting member, wherein each of the variable bending stiffness parts is provided at the first end thereof with the driven gear rotatable with the first end and is arranged to rotate the variable bending stiffness part, and wherein the rotatable driven gear is disposed between the pair of bearings.
A method performed by a first network node, comprising: obtaining network slice availability associated with one or more neighboring network nodes, the network slice availability indicating which of a plurality of network slices is supported by each of the one or more neighboring network nodes; managing slice connectivity of the wireless device based on the network slice availability of the one or more neighboring network nodes; creating a paging area with consistent network slice availability for the wireless device, wherein the paging area comprises one or more of the neighboring network nodes that, based on the network slice availability, support a first network slice of the plurality of network slices; and communicating an indication of the paging area that supports the first network slice to the wireless device. obtaining network slice availability associated with one or more neighboring network nodes, the network slice availability indicating which of a plurality of network slices is supported by each of the one or more neighboring network nodes; managing slice connectivity of the wireless device based on the network slice availability of the one or more neighboring network nodes; creating a paging area with consistent network slice availability for the wireless device, wherein the paging area comprises one or more of the neighboring network nodes that, based on the network slice availability, support a first network slice of the plurality of network slices; and communicating an indication of the paging area that supports the first network slice to the wireless device.
A pneumatic tyre comprising: a toroidal carcass, which consists of at least one body ply that is partially folded onto itself and therefore having two lateral flaps, within each of which an edge of the body ply rests against an intermediate portion of the body ply; two annular beads, each of which is surrounded by the body ply and has a bead core and a bead filler; an annular tread; a tread belt comprising at least one tread ply; a pair of sidewalls arranged externally to the body ply between the tread and the beads; a pair of abrasion gum strips arranged externally to the body ply, radially more to the inside of the sidewalls, and at the beads; an innerliner which is impermeable to air and arranged within the body ply; and a transponder which is arranged in contact with the body ply at a flap of the body ply; the pneumatic tyre is characterized in that: the transponder is arranged between the body ply and the innerliner and therefore the transponder is laterally bordering and in direct contact with the body ply on the external side and is laterally bordering and in direct contact with the innerliner on the inner side; and each end of the transponder is arranged at a distance (D1, D2) of less than 7 mm from an edge of the body ply. a toroidal carcass, which consists of at least one body ply that is partially folded onto itself and therefore having two lateral flaps, within each of which an edge of the body ply rests against an intermediate portion of the body ply; two annular beads, each of which is surrounded by the body ply and has a bead core and a bead filler; an annular tread; a tread belt comprising at least one tread ply; a pair of sidewalls arranged externally to the body ply between the tread and the beads; a pair of abrasion gum strips arranged externally to the body ply, radially more to the inside of the sidewalls, and at the beads; an innerliner which is impermeable to air and arranged within the body ply; and a transponder which is arranged in contact with the body ply at a flap of the body ply; the pneumatic tyre is characterized in that: the transponder is arranged between the body ply and the innerliner and therefore the transponder is laterally bordering and in direct contact with the body ply on the external side and is laterally bordering and in direct contact with the innerliner on the inner side; and each end of the transponder is arranged at a distance (D1, D2) of less than 7 mm from an edge of the body ply. the transponder is arranged between the body ply and the innerliner and therefore the transponder is laterally bordering and in direct contact with the body ply on the external side and is laterally bordering and in direct contact with the innerliner on the inner side; and each end of the transponder is arranged at a distance (D1, D2) of less than 7 mm from an edge of the body ply.
An intelligent transportation system, ITS, station for a vehicle, the ITS station comprising: a host processor comprising a packet count and vehicle count estimator arranged to receive broadcast ITS transmissions from a plurality of neighbouring vehicles and provide an indication of a number of the plurality of vehicles and a number of packets received from the plurality of neighbouring vehicles; and wherein the host processor is configured to determine a number of legacy vehicles using a single modulation data rate and a number of vehicles broadcasting at least one ITS message with an adjusted broadcast message rate and an adjusted modulation data rate; a fair resource allocator circuit operably coupled to the packet count and vehicle count estimator and configured to adjust a broadcast message rate and a modulation data rate of an ITS transmission in a cooperative manner based on: application reliability requirements, the number of the plurality of vehicles and the indication of the number of received packets, wherein the number of the plurality of vehicles further comprises a difference between the determined number of legacy vehicles and the determined number of vehicles broadcasting at least one ITS message that use an adjusted broadcast message rate and an adjusted modulation data rate; and a transmitter operably coupled to the fair resource allocator circuit and configured to broadcast at least one ITS message using the adjusted broadcast message rate and adjusted modulation data rate. a host processor comprising a packet count and vehicle count estimator arranged to receive broadcast ITS transmissions from a plurality of neighbouring vehicles and provide an indication of a number of the plurality of vehicles and a number of packets received from the plurality of neighbouring vehicles; and wherein the host processor is configured to determine a number of legacy vehicles using a single modulation data rate and a number of vehicles broadcasting at least one ITS message with an adjusted broadcast message rate and an adjusted modulation data rate; a fair resource allocator circuit operably coupled to the packet count and vehicle count estimator and configured to adjust a broadcast message rate and a modulation data rate of an ITS transmission in a cooperative manner based on: application reliability requirements, the number of the plurality of vehicles and the indication of the number of received packets, wherein the number of the plurality of vehicles further comprises a difference between the determined number of legacy vehicles and the determined number of vehicles broadcasting at least one ITS message that use an adjusted broadcast message rate and an adjusted modulation data rate; and a transmitter operably coupled to the fair resource allocator circuit and configured to broadcast at least one ITS message using the adjusted broadcast message rate and adjusted modulation data rate.
A method for manufacturing antistatic UV-cured hard-coatings on optical articles, comprising (a) coating an organic or mineral optical substrate with an anhydrous solution containing from 20 % to 90 % by weight, relative to the total dry matter of the solution, of at least one non hydrolyzed epoxyalkyltrialkoxysilane and at least 3.2 % by weight, relative to the total dry matter of the solution, of at least one photoinitiator selected from the group consisting of triarylsulfonium salts, diaryliodonium salts, and mixtures thereof, (b) curing the resulting coating by irradiation with UV-radiation, said method not comprising any hydrolysis step before the UV curing step. (a) coating an organic or mineral optical substrate with an anhydrous solution containing from 20 % to 90 % by weight, relative to the total dry matter of the solution, of at least one non hydrolyzed epoxyalkyltrialkoxysilane and at least 3.2 % by weight, relative to the total dry matter of the solution, of at least one photoinitiator selected from the group consisting of triarylsulfonium salts, diaryliodonium salts, and mixtures thereof, (b) curing the resulting coating by irradiation with UV-radiation,
A method for wireless communication, comprising: receiving resource partitioning information, RPI, indicating protected resources for a base station of a first cell determining from said information a set of protected resources, allocated to the base station of the first cell, that are protected by restricting transmissions of a second cell; and identifying an interfering base station prohibited from transmitting data in the set of protected resources; estimating interference due to a second reference signal from the interfering base station in the set of protected resources; and subtracting the estimated interference from a received signal to obtain an interference-canceled signal, and measuring received power of a first reference signal from the base station of the first cell in the set of protected resources based on the interference-canceled signal. receiving resource partitioning information, RPI, indicating protected resources for a base station of a first cell determining from said information a set of protected resources, allocated to the base station of the first cell, that are protected by restricting transmissions of a second cell; and identifying an interfering base station prohibited from transmitting data in the set of protected resources; estimating interference due to a second reference signal from the interfering base station in the set of protected resources; and subtracting the estimated interference from a received signal to obtain an interference-canceled signal, and measuring received power of a first reference signal from the base station of the first cell in the set of protected resources based on the interference-canceled signal.
Wireless pressure sensor of a swimming pool filtration system, said wireless pressure sensor comprising: - a pressure switch configured to measure (Mx) a pressure and/or depression; - a communication unit comprising wireless communication means for transmitting the measurements (Mx) of said pressure switch; and - an energy storage element configured to power said communication unit; characterized in that said communication unit also comprises: - a memory for recording multiple consecutive measurements (Mx); and - an analysis device configured to detect a critical situation if one or more current measurements (Mi) exceed a critical pressure value and/or a critical depression value and/or if the pressure difference (ΔPc) between a current measurement (Mi) and the last measurement (Mx) recorded in the memory is greater than a predetermined value; - said communication unit being configured to send, upon expiration of a transmission period (Pt), the measurements (Mx) stored in said memory; - said communication unit also being configured to transmit the measurements (Mx) stored in said memory before the expiration of said transmission period (Pt) when said analysis device detects a critical situation. - a pressure switch configured to measure (Mx) a pressure and/or depression; - a communication unit comprising wireless communication means for transmitting the measurements (Mx) of said pressure switch; and - an energy storage element configured to power said communication unit; - a memory for recording multiple consecutive measurements (Mx); and - an analysis device configured to detect a critical situation if one or more current measurements (Mi) exceed a critical pressure value and/or a critical depression value and/or if the pressure difference (ΔPc) between a current measurement (Mi) and the last measurement (Mx) recorded in the memory is greater than a predetermined value; - said communication unit being configured to send, upon expiration of a transmission period (Pt), the measurements (Mx) stored in said memory; - said communication unit also being configured to transmit the measurements (Mx) stored in said memory before the expiration of said transmission period (Pt) when said analysis device detects a critical situation.
A method for removing an echo component in a first signal received at an audio input device, said method comprising the steps of: outputting a second signal from an audio output device, receiving at the audio input device the first signal wherein the echo component in the first signal is the result of the second signal traversing an echo path having a frequency response which defines the relationship between the echo component and the second signal; determining an echo path model indicating an estimate of the frequency response of the echo path; removing an estimate of the echo component from the first signal using the echo path model; detecting if the first signal is overloaded; and wherein if it is detected that the first signal is overloaded the step of determining an echo path model comprises determining an overload echo path model such that the estimate of the frequency response indicated by the overload echo path model is only allowed to increase over time regardless of whether the frequency response of the echo path is decreasing over time. outputting a second signal from an audio output device, receiving at the audio input device the first signal wherein the echo component in the first signal is the result of the second signal traversing an echo path having a frequency response which defines the relationship between the echo component and the second signal; determining an echo path model indicating an estimate of the frequency response of the echo path; removing an estimate of the echo component from the first signal using the echo path model; detecting if the first signal is overloaded; and wherein if it is detected that the first signal is overloaded the step of determining an echo path model comprises determining an overload echo path model such that the estimate of the frequency response indicated by the overload echo path model is only allowed to increase over time regardless of whether the frequency response of the echo path is decreasing over time.