mhurhangee/ep-ind-claims huggingface dataset:
A terminal comprising: a receiving section configured to receive a synchronization signal and a broadcast channel; and a control section configured to assume a same numerology for the broadcast channel as a numerology for the synchronization signal, when a plurality of numerologies are supported, and wherein the control section is configured to identify a numerology for a system information block based on information on a numerology notified by the broadcast channel. a receiving section configured to receive a synchronization signal and a broadcast channel; and a control section configured to assume a same numerology for the broadcast channel as a numerology for the synchronization signal, when a plurality of numerologies are supported, and wherein the control section is configured to identify a numerology for a system information block based on information on a numerology notified by the broadcast channel.
A minimal lubrication device comprising a lubricant fluid storage reservoir, means for raising the pressure of said lubricant fluid fed to at least one modular element (50, 50A,B,C,D,E), the modular element comprising a lubricant fluid conduit intercepted by a flow regulator, and a compressed air conduit, the lubricant conduit and the compressed air conduit being associated with an air/lubricant mixer element, the flow regulator comprising a valving element at least partly housable within a sized hole and movable therein via a control stem, the sized hole communicating at one end with the delivery of said pressurized lubricant and at the other end with an outlet of said flow regulator, said stem having at least one portion of conical profile insertable into said sized hole, said sized hole being provided at the base of a seat and coaxial with it, in the seat a movable body being sealedly slidable, the valving element projecting from the base of the movable body and is integrally formed with it, the flow regulator comprising a cylindrical seat, characterized in that the movable body is associated with said control stem to adjust, via a thread, the position of the moveable body relative to the seat, wherein said stem presents a thread engaged with a bush screwed into said module.
A method in a baseband processor of a receiver for performing preamble detection and time-of-arrival, ToA, estimation for a single-tone frequency hopping random access preamble, said method comprising: Fast Fourier Transform, FFT, processing a received signal and identifying logical tones; and for each logical tone: reading received symbols; determining a ToA estimate and a residual Carrier Frequency Offset, CFO, estimate; forming a statistic based on the ToA estimate and the residual CFO estimate; comparing (15, 16) the statistic to a preamble threshold; and when the statistic is greater than or equal to the threshold, determining a preamble is present and utilizing, by the baseband processor of the receiver, the ToA estimate for a timing advance command. Fast Fourier Transform, FFT, processing a received signal and identifying logical tones; and for each logical tone: reading received symbols; determining a ToA estimate and a residual Carrier Frequency Offset, CFO, estimate; forming a statistic based on the ToA estimate and the residual CFO estimate; comparing (15, 16) the statistic to a preamble threshold; and when the statistic is greater than or equal to the threshold, determining a preamble is present and utilizing, by the baseband processor of the receiver, the ToA estimate for a timing advance command. reading received symbols; determining a ToA estimate and a residual Carrier Frequency Offset, CFO, estimate; forming a statistic based on the ToA estimate and the residual CFO estimate; comparing (15, 16) the statistic to a preamble threshold; and when the statistic is greater than or equal to the threshold, determining a preamble is present and utilizing, by the baseband processor of the receiver, the ToA estimate for a timing advance command.
A food product comprising: a grain-based component; a binding layer at least partially covering the grain-based component; and a moisture-sensitive powder layer at least partially covering the grain-based component, the binding layer adhering the powder layer to the grain-based component and the powder layer comprising a component of interest, wherein the component of interest comprises a fizz powder mix that reacts in the presence of an aqueous liquid to release carbon dioxide, wherein the fizz powder comprises an acid component and a base component. a grain-based component; a binding layer at least partially covering the grain-based component; and a moisture-sensitive powder layer at least partially covering the grain-based component, the binding layer adhering the powder layer to the grain-based component and the powder layer comprising a component of interest, wherein the component of interest comprises a fizz powder mix that reacts in the presence of an aqueous liquid to release carbon dioxide, wherein the fizz powder comprises an acid component and a base component.
A machine module which is arranged to perform a working operation on a plurality of articles, the machine module comprising: a modular base with a foot portion and a leg portion extending upward from the foot portion; a cantilevered turret mechanism, the cantilevered turret mechanism including an article working end portion that is a cantilevered portion overhanging the foot portion of the modular base, the article working end portion including tooling to perform the working operation on the plurality of articles; and characterised in that the machine module further comprises a turret star wheel on the cantilevered turret mechanism; and a transfer star wheel. a modular base with a foot portion and a leg portion extending upward from the foot portion; a cantilevered turret mechanism, the cantilevered turret mechanism including an article working end portion that is a cantilevered portion overhanging the foot portion of the modular base, the article working end portion including tooling to perform the working operation on the plurality of articles; and characterised in that the machine module further comprises a turret star wheel on the cantilevered turret mechanism; and a transfer star wheel.
A method for controlling an electric parking brake of a tractor unit, wherein the tractor unit has a manual activating installation having an operating element which is movable in a first activation direction and in a second activation direction, comprising the following steps: detecting operating procedures of the operating element, and emitting control signals for controlling the electric parking brake as a function of a detected operating procedure, wherein, upon detection of an operating procedure of the operating element a) in the first activation direction, in the case of a non-activated parking brake, a control signal for activating the parking brake is emitted, b) in the second activation direction a control signal for deactivating the parking brake is emitted; and c) in the first activation direction, in the case of an activated parking brake, a control signal for carrying out a trailer check function is emitted, wherein the method is characterized in that, when activating the parking brake, it is automatically tested whether a predetermined trailer check function test requirement has been met, and, in the case of the trailer check function test requirement having been met, feedback which reminds the driver to carry out the trailer check function is emitted to the driver. a) in the first activation direction, in the case of a non-activated parking brake, a control signal for activating the parking brake is emitted, b) in the second activation direction a control signal for deactivating the parking brake is emitted; and c) in the first activation direction, in the case of an activated parking brake, a control signal for carrying out a trailer check function is emitted,
A spool for a rotatable cutting head for a vegetation cutting device comprising: a central portion for receiving a cutting line wound thereon; and a flange connected at one end of the central portion wherein the flange comprises: an internal track on a base of the flange configured to guide a peg of a cutting line feeding mechanism in a cap of a cutting head, the internal track comprising at least one notch for engaging the peg and preventing relative motion between the cutting head and the spool, characterised in that there is also provided at least one external camming surface on a peripheral edge of the flange, the camming surface configured to engage with a moveable locking mechanism as the spool rotates relative to the cutting head and cause the moveable locking mechanism to move between a release position in which the locking mechanism does not engage the cutting line feeding mechanism and a locked position wherein the locking mechanism engages the cutting line feeding mechanism and limits relative movement between the cutting head and the spool. a central portion for receiving a cutting line wound thereon; and a flange connected at one end of the central portion wherein the flange comprises: an internal track on a base of the flange configured to guide a peg of a cutting line feeding mechanism in a cap of a cutting head, the internal track comprising at least one notch for engaging the peg and preventing relative motion between the cutting head and the spool, characterised in that there is also provided at least one external camming surface on a peripheral edge of the flange, the camming surface configured to engage with a moveable locking mechanism as the spool rotates relative to the cutting head and cause the moveable locking mechanism to move between a release position in which the locking mechanism does not engage the cutting line feeding mechanism and a locked position wherein the locking mechanism engages the cutting line feeding mechanism and limits relative movement between the cutting head and the spool. an internal track on a base of the flange configured to guide a peg of a cutting line feeding mechanism in a cap of a cutting head, the internal track comprising at least one notch for engaging the peg and preventing relative motion between the cutting head and the spool, characterised in that there is also provided at least one external camming surface on a peripheral edge of the flange, the camming surface configured to engage with a moveable locking mechanism as the spool rotates relative to the cutting head and cause the moveable locking mechanism to move between a release position in which the locking mechanism does not engage the cutting line feeding mechanism and a locked position wherein the locking mechanism engages the cutting line feeding mechanism and limits relative movement between the cutting head and the spool.
A method intended for high-frequency communication between an interrogator and a smart tag, a circuit of said smart tag being galvanically coupled with a voltage source and, according to which method the smart tag observes a first phase (Φi), which is a phase of a voltage induced in a tag's antenna by a high-frequency carrier signal generated by the interrogator, characterized in that the smart tag observes the first phase (Φi) in those time intervals located even within a data frame being transmitted, in which time intervals, according to a communication protocol, the smart tag does not transmit packets of high-frequency radio waves, and that the smart tag transmits said high-frequency wave packets, in that it excites its own antenna with a voltage, the phase of which voltage, being a second phase (Φt), is set, at the beginning of transmitting each said high-frequency wave packet, each time shifted with respect to said observed first phase (Φi) by the same phase angle (ΔΦ) being determined by a relation ΔΦ = Φt - Φi.
Link unit, in particular for commercial vehicles, comprising an arm and a supporting element, the arm having an arm-side engagement region, a first engagement means being provided on the arm-side engagement region, which first engagement means can be brought into engagement with a second engagement means which is provided on the support-side engagement region, and a load-bearing region having a fastening section, for fixing an air suspension bellows, and a rolling face, characterized in that the supporting element has the load-bearing region and a support-side engagement region and is configured in one piece.
A transport system for goods, the transport system having a plurality of driverless transport units that move in an inaccessible travel area not accessible to persons and that have no sensor system for reliable accident prevention with persons, characterized in that at least one driverless transport unit is configured as an escort vehicle for safely accompanying a person in the inaccessible travel area and thus ensuring safety, so that the person may exceptionally enter the inaccessible travel area, wherein the escort vehicle has in particular at least one sensor for the safe detection of sensor data.
A silicone-modified polybenzoxazole resin comprising repeating units having the formula and repeating units having the formula: wherein R 1 to R 4 are each independently a C 1 -C 8 monovalent hydrocarbon group which may contain a glycidyl, acryloyl or methacryloyl moiety, m and n are each independently an integer of 0 to 300, R 5 is a straight, branched or cyclic C 1 -C 8 alkylene group or phenylene group, a and b are positive numbers in the range: 0 < a < 1, 0 < b < 1, and a+b = 1, and X 1 is a divalent linker having the following formula: wherein X 2 is a single bond or divalent organic group, R 11 is each independently hydrogen or a C 1 -C 8 monovalent hydrocarbon group in which some hydrogen may be substituted by halogen, R 12 is each independently a straight, branched or cyclic C 1 -C 8 alkylene group in which any methylene moiety may be substituted by an ether bond or phenylene moiety, R 13 is each independently a hydroxyl, C 1 -C 8 monovalent hydrocarbon or glycidyloxy group, R 14 is each independently a C 1 -C 8 monovalent hydrocarbon group in which some hydrogen may be substituted by halogen, p and q are each independently an integer of 0 to 4, and r and s are each independently an integer of 0 to 3.
A paint composition comprising: a resin part comprising an epoxy, a polysiloxane and an organooxysilane; a cure part comprising one or more amino-silanes; the resin part and the cure part being designed and selected such that, when combined together, wherein the paint composition has an amine to epoxy equivalent weight in a range of 1.3 to 5, they cure to form a surface that demonstrates at least one dry-erase characteristic; wherein said dry-erase characteristic is selected from the group consisting of an average surface roughness (Ra) of less than 7,500 nm; a maximum surface roughness (Rm) of less than 10,000 nm; a 60 degree gloss of higher than 70; a contact angle of less than 150 degrees; a porosity of less than 45 percent; an elongation at break of between 10 percent and 100 percent; a Sward hardness of greater than 3; a Taber abrasion value of less than 150 mg/thousand cycles; a sag resistance of between 101.6 and 609.6 μm (4 mils and 24 mils), and combination thereof, as measured in the description. a resin part comprising an epoxy, a polysiloxane and an organooxysilane; a cure part comprising one or more amino-silanes; the resin part and the cure part being designed and selected such that, when combined together, wherein the paint composition has an amine to epoxy equivalent weight in a range of 1.3 to 5, they cure to form a surface that demonstrates at least one dry-erase characteristic; wherein said dry-erase characteristic is selected from the group consisting of an average surface roughness (Ra) of less than 7,500 nm; a maximum surface roughness (Rm) of less than 10,000 nm; a 60 degree gloss of higher than 70; a contact angle of less than 150 degrees; a porosity of less than 45 percent; an elongation at break of between 10 percent and 100 percent; a Sward hardness of greater than 3; a Taber abrasion value of less than 150 mg/thousand cycles; a sag resistance of between 101.6 and 609.6 μm (4 mils and 24 mils), and combination thereof, as measured in the description.
Process for the treatment of an aqueous drilling fluid or an aqueous drilling mud, consisting at least of a water content and a solids content, comprising the following process steps: - collecting the drilling fluid to be treated in a tank, - homogenising the drilling fluid in the tank by a homogenising element, - applying the drilling fluid onto a transport element, wherein the transport element is designed as a revolving conveyor belt, which moves in a closed circuit and wherein the transport element is guided through the tank and dips into the drilling fluid, - transporting the drilling fluid to an evaporator by means of the transport element, - separating the water content and solids content by evaporating the water content of the drilling fluid in the evaporator, - removing the water vapour formed during the evaporation from the evaporator, - transporting the solids content left after evaporation to a removal element by means of the transport element, wherein the solids content of the drilling fluid left on the transport element is removed by the removal element from the transport element, collecting and removing the removed solids content. - collecting the drilling fluid to be treated in a tank, - homogenising the drilling fluid in the tank by a homogenising element, - applying the drilling fluid onto a transport element, wherein the transport element is designed as a revolving conveyor belt, which moves in a closed circuit and wherein the transport element is guided through the tank and dips into the drilling fluid, - transporting the drilling fluid to an evaporator by means of the transport element, - separating the water content and solids content by evaporating the water content of the drilling fluid in the evaporator, - removing the water vapour formed during the evaporation from the evaporator, - transporting the solids content left after evaporation to a removal element by means of the transport element, wherein the solids content of the drilling fluid left on the transport element is removed by the removal element from the transport element, collecting and removing the removed solids content.
An electrode assembly for use with a drug delivery device, comprising: - means for carrying a medicament; - an active electrode in electrical communication with the carrying means; - means for securing the electrode assembly to a surface of a patient; and characterized in that the electrode assembly further comprises - at least two passive electrodes; and in that the active electrode and the at least two passive electrodes are positioned along an axis of the electrode assembly, the active electrode spaced from the at least two passive electrodes along the axis, and the at least two passive electrodes spaced from each other along the axis. - means for carrying a medicament; - an active electrode in electrical communication with the carrying means; - means for securing the electrode assembly to a surface of a patient; and characterized in that the electrode assembly further comprises - at least two passive electrodes; and
Collector composition containing 80 to 100 wt% of at least one alkylethermonoamine, less than 20 wt% alkyletherdiamine, all wt% based on total weight of all amine components, and wherein the alkylethermonoamine contains between 60 and 93% isotridecyl -etherpropylamine, 5 and 30% of isododecyl etherpropylamine, 0 and 10% of isoundecyl etherpropylamine, 0 and 10% of isodecyl etherpropylamine, 2 and 10% tetradecyl -etherpropylamine, all % being based on total weight of alkylethermonoamine.
A method including: providing a capping board; providing a series of contact bar segments positionable on the capping board for providing alternating contact points for a pre-determined number of anodes and a pre-determined number of cathodes, positioning the contact bar segments on the capping board with a symmetrical configuration with respect to a middle of the capping board, wherein the series of contact bar segments includes: a first sub-set of contact bar segments each being sized and configured to contact N number of anodes and N number of cathodes; and either a second sub-set of one or more contact bar segments each being sized and configured to contact N number of anodes and N+1 number of cathodes, wherein the second sub-set of the one or more contact bar segments includes a center contact bar segment that is positionable at the center of the capping board; or a second sub-set of one or more contact bar segments each being sized and configured to contact N+1 number of anodes and N number of cathodes, wherein the second sub-set of the one or more contact bar segments includes a center contact bar segment that is positionable at the center of the capping board. providing a capping board; providing a series of contact bar segments positionable on the capping board for providing alternating contact points for a pre-determined number of anodes and a pre-determined number of cathodes, positioning the contact bar segments on the capping board with a symmetrical configuration with respect to a middle of the capping board, wherein the series of contact bar segments includes: a first sub-set of contact bar segments each being sized and configured to contact N number of anodes and N number of cathodes; and either a second sub-set of one or more contact bar segments each being sized and configured to contact N number of anodes and N+1 number of cathodes, wherein the second sub-set of the one or more contact bar segments includes a center contact bar segment that is positionable at the center of the capping board; or a second sub-set of one or more contact bar segments each being sized and configured to contact N+1 number of anodes and N number of cathodes, wherein the second sub-set of the one or more contact bar segments includes a center contact bar segment that is positionable at the center of the capping board. a first sub-set of contact bar segments each being sized and configured to contact N number of anodes and N number of cathodes; and either a second sub-set of one or more contact bar segments each being sized and configured to contact N number of anodes and N+1 number of cathodes, wherein the second sub-set of the one or more contact bar segments includes a center contact bar segment that is positionable at the center of the capping board; or a second sub-set of one or more contact bar segments each being sized and configured to contact N+1 number of anodes and N number of cathodes, wherein the second sub-set of the one or more contact bar segments includes a center contact bar segment that is positionable at the center of the capping board.