mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a User Equipment, UE (110, 210, 410, 600), for measurements in a radio resource control, RRC, inactive state, the method comprising: receiving and storing at least one idle mode measurement configuration from a first cell of a serving radio access network, RAN, via downlink control signaling; determining whether a first small data transmission, SDT, procedure is ongoing while the UE (110, 210, 410, 600) is staying in an RRC inactive state; determining whether to perform an idle mode measurement in the RRC inactive state according to the at least one idle mode measurement configuration and based on whether the first SDT procedure is ongoing; performing the idle mode measurement in the RRC inactive state in a case that the first SDT procedure is determined not to be ongoing not performing the idle mode measurement in the RRC inactive state in a case that the first SDT procedure is determined to be ongoing, starting to count an idle mode measurement timer to zero upon receiving the at least one idle mode measurement configuration, and releasing the stored at least one idle mode measurement configuration in a case that the idle mode measurement timer expires, wherein: the at least one idle mode measurement configuration comprises an initial value of the idle mode measurement timer, and the UE (110, 210, 410, 600) keeps counting the idle mode measurement timer upon determining not to perform the idle mode measurement while the first SDT procedure is ongoing. receiving and storing at least one idle mode measurement configuration from a first cell of a serving radio access network, RAN, via downlink control signaling; determining whether a first small data transmission, SDT, procedure is ongoing while the UE (110, 210, 410, 600) is staying in an RRC inactive state; determining whether to perform an idle mode measurement in the RRC inactive state according to the at least one idle mode measurement configuration and based on whether the first SDT procedure is ongoing; performing the idle mode measurement in the RRC inactive state in a case that the first SDT procedure is determined not to be ongoing not performing the idle mode measurement in the RRC inactive state in a case that the first SDT procedure is determined to be ongoing, starting to count an idle mode measurement timer to zero upon receiving the at least one idle mode measurement configuration, and releasing the stored at least one idle mode measurement configuration in a case that the idle mode measurement timer expires, wherein: the at least one idle mode measurement configuration comprises an initial value of the idle mode measurement timer, and the UE (110, 210, 410, 600) keeps counting the idle mode measurement timer upon determining not to perform the idle mode measurement while the first SDT procedure is ongoing. the at least one idle mode measurement configuration comprises an initial value of the idle mode measurement timer, and the UE (110, 210, 410, 600) keeps counting the idle mode measurement timer upon determining not to perform the idle mode measurement while the first SDT procedure is ongoing.
A screen panel for mining and quarrying industries adapted to be mounted on a screen deck, including a screening surface formed on a reinforcing frame, said screening surface having suitably designed apertures of desired shape for allowing materials of desired size to pass through, said apertures having walls made of abrasion resistant material, whereby retention of said desired shape of said apertures is ensured, wherein said abrasion resistant material includes metallic lining along walls of said apertures, characterised in that said metallic lining forms the metallic walls of said aperture and said metallic walls have a slit cut along the vertical line, thereby enhancing the flexibility of said apertures and also ensuring wear protection, and wherein said metallic walls with a slit along the vertical line are adapted to be mounted on a steel reinforcement, such that it becomes an integral part of said reinforcement.
A method of fabricating an electrical lead for a catheter, the method comprising: providing an elongate member having a proximal end and a distal end, and defining a lumen extending from the proximal end to the distal end, the elongate member including a tubular member of non-conductive material, and further characterized by applying a braid of conductive material over the tubular member, applying an intermediate layer of non- conductive material over the braid, laying a plurality of electrical conductors extending from the proximal end to the distal end on the intermediate layer, and applying an outer layer of non-conductive material over the electrical conductors to cover the conductors; and accessing at least one of the plurality of electrical conductors and forming an electrode (18, 20, 21) on an outer surface of the elongate member in electrical connection with the at least one of the electrical conductors, wherein the braid underlies the electrode. providing an elongate member having a proximal end and a distal end, and defining a lumen extending from the proximal end to the distal end, the elongate member including a tubular member of non-conductive material, and further characterized by applying a braid of conductive material over the tubular member, applying an intermediate layer of non- conductive material over the braid, laying a plurality of electrical conductors extending from the proximal end to the distal end on the intermediate layer, and applying an outer layer of non-conductive material over the electrical conductors to cover the conductors; and accessing at least one of the plurality of electrical conductors and forming an electrode (18, 20, 21) on an outer surface of the elongate member in electrical connection with the at least one of the electrical conductors, wherein the braid underlies the electrode.
Child vehicle seat comprising at least a base and a seat, which seat is provided with a seat member and connecting means (7, 8) to detachably connect the seat member to the base, wherein the seat can be tilted between at least two different tilting positions with respect to the base by means of a recline mechanism, wherein the connecting means of the seat comprise at least two spaced apart pens (7, 8) extending parallel to each other in a direction perpendicular to a driving direction (Pi) of the vehicle when using the child vehicle seat, whilst the recline mechanism is located between the seat member and the at least two spaced apart pens (7, 8), whereby the seat can be connected with respect to the base in a forward facing orientation and a rearward facing orientation.
Tooling for injection-molding a part, the tooling comprising two cavity blocks (4, 21) each having a cavity (5, 22) formed therein of a shape corresponding to the shape of the part that is to be molded once the cavity blocks (4, 21) have been superposed, at least one of the cavity blocks being provided with ejection means for ejecting the molded part and comprising at least one ejector (15, 16) movable between a molding position in which it lies outside the corresponding cavity and an ejection position in which it projects into the cavity, the tooling being characterized in that the ejector (15, 16) is guided to move between its two positions along a curved path, e.g. a circular path, of shape that corresponds to the shape of a portion of the molded part to be extracted from the cavity.
A biosignal measurement apparatus used by being affixed on a living body, the biosignal measurement apparatus comprising: a sheet formed with a plurality of electrodes and a plurality of wirings connected to the plurality of electrodes respectively, the sheet being freely expanded, contracted and bent and being adhesive; and a substrate connected to the plurality of wirings and equipped with a signal processing circuit for wirelessly transmitting a biosignal acquired via the plurality of wirings, wherein the sheet has a flexible connecting part that is configured to be bent so that the sheet is configured to be folded back, wherein the connecting part has a tip connected to the signal processing circuit, wherein the flexible connecting part increases in hardness from a portion close to the plurality of electrodes toward a portion close to the tip, the plurality of electrodes are exposed on a front surface of the sheet, the sheet and the substrate are stacked so that a back surface of the sheet faces the substrate, and the plurality of wirings extend respectively and correspondingly from the electrodes to the tip of the connecting part. a sheet formed with a plurality of electrodes and a plurality of wirings connected to the plurality of electrodes respectively, the sheet being freely expanded, contracted and bent and being adhesive; and a substrate connected to the plurality of wirings and equipped with a signal processing circuit for wirelessly transmitting a biosignal acquired via the plurality of wirings, wherein the sheet has a flexible connecting part that is configured to be bent so that the sheet is configured to be folded back, wherein the connecting part has a tip connected to the signal processing circuit, wherein the flexible connecting part increases in hardness from a portion close to the plurality of electrodes toward a portion close to the tip, the plurality of electrodes are exposed on a front surface of the sheet, the sheet and the substrate are stacked so that a back surface of the sheet faces the substrate, and the plurality of wirings extend respectively and correspondingly from the electrodes to the tip of the connecting part.
A cellular communication system including at least a first base station and a second base station, at least a first user equipment, and an apparatus for controlling a hard handover of the first user equipment between the first base station and the second base station, the apparatus comprising: means for determining a Quality of Service, QoS, characteristic for a communication of the first user equipment, and forwarding means for forwarding data of the communication to at least one of the first base station and the second base station in response to the QoS characteristic, characterized in that: the first and second base stations are arranged to operate in a shared data transmission mode during a handover interval if data is forwarded to both the first base station and the second base station, the shared data transmission mode comprising data packets being transmitted to the first user equipment from both the first and the second base station, the first and the second base station making different transmissions to the first user equipment, and the transmissions from the first and the second base station are orthogonal. means for determining a Quality of Service, QoS, characteristic for a communication of the first user equipment, and forwarding means for forwarding data of the communication to at least one of the first base station and the second base station in response to the QoS characteristic, characterized in that: the first and second base stations are arranged to operate in a shared data transmission mode during a handover interval if data is forwarded to both the first base station and the second base station, the shared data transmission mode comprising data packets being transmitted to the first user equipment from both the first and the second base station, the first and the second base station making different transmissions to the first user equipment, and the transmissions from the first and the second base station are orthogonal. the first and second base stations are arranged to operate in a shared data transmission mode during a handover interval if data is forwarded to both the first base station and the second base station, the shared data transmission mode comprising data packets being transmitted to the first user equipment from both the first and the second base station, the first and the second base station making different transmissions to the first user equipment, and the transmissions from the first and the second base station are orthogonal.
Connector system comprising a first pluggable electrical connector comprising a substantially circular casing and a terminal unit mounted within the casing, the terminal unit comprising a housing with a module receiving cavity formed within the housing, and a plurality of terminal modules insertably received in the module receiving cavity in a stacked arrangement, each terminal module comprising a plurality of contacts, and a mating second connector pluggably connectable and disconnectable to the first connector, the mating second connector comprising a substantially circular casing and a terminal unit mounted within the casing, the terminal unit comprising a housing and a plurality of terminal modules mounted in a stacked arrangement in said housing, each terminal module comprising a plurality of contacts for pluggable connection to a corresponding said plurality of contacts of said first connector, the casings comprising angular alignment members (7, 7') configured to angularly align the casings of the respective first and second connectors with respect to each other, characterized in that the terminal unit housing of the first connector comprises angular positioning members mating with complementary angular positioning members on the terminal unit housing of the second connector, the angular positioning members and mating complementary angular positioning members configured to allow sliding insertion during plugging connection and to align the terminal units (6, 6') of the mating first and second connectors as they are plugged together, wherein the terminal unit (6, 6') of at least one of the first and second connectors is provided with a slight angular play with respect to the casing (4, 4') allowing an angular rotation in a range between 0,5° and 3° of the terminal unit with respect to the casing.
A method of concentrating an aqueous dispersion comprising organic polymer particles and silicon dioxide particles, comprising the steps of: a) providing an aqueous dispersion comprising organic polymer particles and silicon dioxide particles, the dispersion having an initial content of organic polymers and an initial content of silicon dioxide; b) contacting the dispersion of step a) with a creaming agent to yield an aqueous serum phase and an aqueous concentrated phase, the serum phase having an organic polymer content lower than the initial content of organic polymers in the dispersion of step a) and/or having a silicon dioxide content lower than the initial content of silicon dioxide in the dispersion of step a) and the concentrated phase having an organic polymer content higher than the initial content of organic polymers in the dispersion of step a) and/or having a silicon dioxide content higher than the initial content of silicon dioxide in the dispersion of step a) and c) separating the serum phase from the concentrated phase. a) providing an aqueous dispersion comprising organic polymer particles and silicon dioxide particles, the dispersion having an initial content of organic polymers and an initial content of silicon dioxide; b) contacting the dispersion of step a) with a creaming agent to yield an aqueous serum phase and an aqueous concentrated phase, the serum phase having an organic polymer content lower than the initial content of organic polymers in the dispersion of step a) and/or having a silicon dioxide content lower than the initial content of silicon dioxide in the dispersion of step a) and the concentrated phase having an organic polymer content higher than the initial content of organic polymers in the dispersion of step a) and/or having a silicon dioxide content higher than the initial content of silicon dioxide in the dispersion of step a) and c) separating the serum phase from the concentrated phase.
A computer-implemented method for determining a parameter of a control model for an electric power unit, the electric power unit comprising a three-phase electric motor and an inverter drive for driving the electric motor, the method comprising the steps of: sending a control signal to the inverter drive; applying a predefined electric voltage to at least two of the phases of the electric motor by the inverter drive in response to the control signal, comprising (i) applying an electric voltage between the at least two phases of the electric motor in accordance with the control signal; (ii) measuring the actual electric voltage between the at least two phases of the electric motor in response to the applied electric voltage; and (iii) adjusting the control signal until the actual electric voltage is equal to the predefined electric voltage; measuring an electric current that flows in the at least two phases of the electric motor in response to the applied electric voltage; and determining the parameter of the control model for the electric power unit using a value of the applied predefined electric voltage and a value of the measured electric current; characterized in that the method is performed in real-time under operating conditions of the electric power unit, thereby adjusting the control signal according to (iii) by voltage stimuli which change depending on the electric motor and on the setup configuration, whereby the setup configuration comprises the inverter drive, cables, and the electric motor itself. sending a control signal to the inverter drive; applying a predefined electric voltage to at least two of the phases of the electric motor by the inverter drive in response to the control signal, comprising (i) applying an electric voltage between the at least two phases of the electric motor in accordance with the control signal; (ii) measuring the actual electric voltage between the at least two phases of the electric motor in response to the applied electric voltage; and (iii) adjusting the control signal until the actual electric voltage is equal to the predefined electric voltage; measuring an electric current that flows in the at least two phases of the electric motor in response to the applied electric voltage; and determining the parameter of the control model for the electric power unit using a value of the applied predefined electric voltage and a value of the measured electric current; characterized in that the method is performed in real-time under operating conditions of the electric power unit, thereby adjusting the control signal according to (iii) by voltage stimuli which change depending on the electric motor and on the setup configuration, whereby the setup configuration comprises the inverter drive, cables, and the electric motor itself.
Cover film for the compressing of bales, characterized in that the cover film comprises at least three layers and is hot-stretched at a temperature of more than 80°C and comprises an inner layer comprising a copolymer of an ethylene- α-olefin, wherein an α-olefin from the group of 1-butene, 1-hexene, 1-heptene, 1-octene is used for copolymerization with the ethylene, wherein the content of this copolymer is more than 5% by weight and less than 50% by weight of the inner layer, wherein outer layers of the film comprise no significant content of this polymer, wherein the content of this copolymer in the outer layers is less than 0.5%.
A sensor assembly for installation in an appliance to detect a chromatic property of a product that is to be heated in the appliance, the appliance having a chamber to receive the product, the chamber having a wall with an apertured portion through which the product can be exposed, the sensor assembly including: a heat reflector having a heat reflector surface, the heat reflector having a wall portion through which light can pass, to be aligned with the apertured portion of the wall; and a sensor device fixed with respect to the heat reflector so that the heat reflector is to be positioned between the wall and the sensor device, the sensor device including a light source to produce a source light beam directed at the wall portion so as to illuminate a portion of the product so as to produce a reflected beam, a light sensor fixed with respect to the light source and aligned with the wall portion so as to receive the reflected beam and provide a signal indicative of a property of the reflected beam and therefore the chromatic property of the product. a heat reflector having a heat reflector surface, the heat reflector having a wall portion through which light can pass, to be aligned with the apertured portion of the wall; and a sensor device fixed with respect to the heat reflector so that the heat reflector is to be positioned between the wall and the sensor device, the sensor device including a light source to produce a source light beam directed at the wall portion so as to illuminate a portion of the product so as to produce a reflected beam, a light sensor fixed with respect to the light source and aligned with the wall portion so as to receive the reflected beam and provide a signal indicative of a property of the reflected beam and therefore the chromatic property of the product.
A method to determine one or more signal parameters of each signal of interest in a plurality of signals of interest received at a single detector of a heterodyne interferometer, said method being characterized in that it comprises the following steps: a. for each signal of interest, calculating a cleaned-up signal by estimating signal contributions of the other signals of interest and subtracting these estimated signal contributions from the plurality of signals of interest; and b. for each signal of interest, determining one or more signal parameters from the respective cleaned-up signal; wherein the plurality of signals of interest includes signals with different split frequencies. a. for each signal of interest, calculating a cleaned-up signal by estimating signal contributions of the other signals of interest and subtracting these estimated signal contributions from the plurality of signals of interest; and b. for each signal of interest, determining one or more signal parameters from the respective cleaned-up signal;
A dosing device for dispensing metered doses of liquid from a container, the device comprising a front closure cap component securing onto a neck opening of the container and defining a front discharge opening, a control chamber positioned behind the front discharge opening to project back inside the container, such that an outlet passage is defined leading from the container interior forward past or around the control chamber to the front discharge opening, the control chamber having one or more rear control openings to admit a restricted flow of liquid from the container interior into the control chamber, and an obturator movable in the control chamber and adapted to advance forward, during dispensing, under the influence of liquid flowing into the control chamber behind it through the control opening(s), to a blocking position where it blocks the outlet passage to terminate a dose by engagement with a rearwardly-extending tubular formation of the front cap component which defines part of the outlet passage in front of the obturator and has a rear annular periphery providing a rearwardly-directed seat, which surrounds the outlet passage and is engageable by a blocking portion at the front of the obturator in the blocking position, characterised in that an annular elastomeric element is provided around said rear annular periphery of the tubular formation to form a resiliently deformable seal around an annular engagement region thereof.