mhurhangee/ep-ind-claims huggingface dataset:
A sheet conveyor for transporting a sheet, the sheet conveyor comprising a supplying conveyor, a receiving conveyor and a sheet guidance unit; the receiving conveyor comprising a support surface arranged for supporting the sheet on a contact side of the sheet and an attraction unit arranged for attracting the sheet to the support surface; the supplying conveyor being arranged for advancing the sheet in a transport direction along a transport path towards the support surface of the receiving conveyor; characterized by: the sheet having two side edge portions relative to the transport path; the sheet guidance unit being arranged at a downstream end of the transport path for guiding the sheet towards the receiving conveyor, wherein said sheet guidance unit comprises a lifting element (130a, 130b) arranged for lifting both side edge portions of the sheet away from the support surface while a middle portion of the sheet in between both side edge portions is guided towards the support surface. the sheet having two side edge portions relative to the transport path; the sheet guidance unit being arranged at a downstream end of the transport path for guiding the sheet towards the receiving conveyor, wherein said sheet guidance unit comprises a lifting element (130a, 130b) arranged for lifting both side edge portions of the sheet away from the support surface while a middle portion of the sheet in between both side edge portions is guided towards the support surface.
A neurostimulation system, comprising: at least one electrode; a neurostimulator coupleable to the at least one electrode and configured for delivering electrical stimulation energy to a tissue region in accordance with a stimulation parameter, thereby injecting a charge into the tissue region at the at least one electrode; an external control device configured for allowing a user to modify the stimulation parameter; memory storing a hard stop charge limit; and control circuitry configured for determining a tissue charge density injection metric at the at least one electrode, comparing the tissue charge density injection metric to the hard stop charge limit, wherein the comparing considers that the tissue charge density injection metric is dependent on a size of the at least one electrode, and preventing the neurostimulator from delivering the electrical stimulation energy to the tissue region in accordance with the modified stimulation parameter based on the comparison. at least one electrode; a neurostimulator coupleable to the at least one electrode and configured for delivering electrical stimulation energy to a tissue region in accordance with a stimulation parameter, thereby injecting a charge into the tissue region at the at least one electrode; an external control device configured for allowing a user to modify the stimulation parameter; memory storing a hard stop charge limit; and control circuitry configured for determining a tissue charge density injection metric at the at least one electrode, comparing the tissue charge density injection metric to the hard stop charge limit, wherein the comparing considers that the tissue charge density injection metric is dependent on a size of the at least one electrode, and preventing the neurostimulator from delivering the electrical stimulation energy to the tissue region in accordance with the modified stimulation parameter based on the comparison.
An analyte-measuring sensor comprising a metal particle and a three-component copolymer of a labeled particle capable of specifically reacting with a measurement target analyte, wherein said labeled particle includes any one member of an antibody, an antigen, peptide, a single-strand DNA, a single-strand RNA, and a derivative thereof, or biotin, a thermoresponsive polymer, wherein said thermoresponsive polymer has an amino group, and a charged substance exhibiting a positive zeta potential in a solution, wherein said charged substance is an amine-based compound, wherein the metal particle is coated with the three-component copolymer of said labeled particle, said thermoresponsive polymer and said charged substance, and wherein the zeta potential of the charged substance in the analyte-measuring sensor is such that a ternary conjugate formed together with the measurement target analyte and a conjugated compound having a labeled particle capable of specifically reacting with the measurement target analyte, wherein the labeled particle of the conjugated compound is the same as the labeled particle of the analyte-measuring sensor, and having a zeta potential different from the zeta potential of the charged substance is prevented from cancellation of the charge and maintains hydrophilicity, wherein the conjugated compound exhibits a negative zeta potential in the solution. a labeled particle capable of specifically reacting with a measurement target analyte, wherein said labeled particle includes any one member of an antibody, an antigen, peptide, a single-strand DNA, a single-strand RNA, and a derivative thereof, or biotin, a thermoresponsive polymer, wherein said thermoresponsive polymer has an amino group, and a charged substance exhibiting a positive zeta potential in a solution, wherein said charged substance is an amine-based compound,
A polynucleotide encoding a HPPD polypeptide having HPPD enzymatic activity, wherein said polynucleotide is derived from a plant and wherein said plant HPPD polypeptide encoded by said polynucleotide has at least 80% sequence identity to SEQ ID NO: 27 and comprises the amino acid sequence FEFMAPPQA (SEQ ID NO: 58), wherein the first A is replaced with R, K or N.
An antenna assembly, comprising: a ground shield defining an interior chamber; a feed line coupled to the ground shield within the interior chamber; a plurality of dielectric members; and a plurality of liquid crystal members, wherein each of the plurality of liquid crystal members is spaced apart from another of the plurality of liquid crystal members by at least one of the plurality of dielectric members, wherein the plurality of dielectric members (112a-e) and the plurality of liquid crystal members (132a-e) are positioned within the interior chamber. a ground shield defining an interior chamber; a feed line coupled to the ground shield within the interior chamber; a plurality of dielectric members; and a plurality of liquid crystal members, wherein each of the plurality of liquid crystal members is spaced apart from another of the plurality of liquid crystal members by at least one of the plurality of dielectric members, wherein the plurality of dielectric members (112a-e) and the plurality of liquid crystal members (132a-e) are positioned within the interior chamber.
A method for preparing a chloride-based mineral food salt that contains sodium, potassium and magnesium, comprising (a) first combining a carnallite-containing concentrated solution and potassium chloride in an amount that corresponds to the desired potassium content in the final product, (b) second adding an amount of solid state sodium chloride to the formed salt mass for absorbing water, and (c) third drying the product to form a salt in which carnallite and sodium chloride are crystallized together in a crystal having a homogenous physical structure.
A base substrate, for a foil composite banknote, in the form of a rectangular sheet having a longitudinal direction and a transverse direction perpendicular thereto, that comprises at least one strip-shaped row of perforations that extends along the longitudinal direction or the transverse direction of the base substrate and that includes a substrate thinning in first sub-regions, and in the substrate thinning, a hole that goes through the base substrate, and that includes a substrate thickening in second sub-regions.
A grease composition comprising a base oil and a thickener, wherein said thickener is a diurea compound obtained by allowing an amine mixture comprising alkylphenylamine, an alkyl group of which has 8 to 16 carbon atoms, and cyclohexylamine, to react with a diisocyanate compound, and an amount of said cyclohexylamine in the total amount of alkylphenylamine, an alkyl group of which has 8 to 16 carbon atoms, and cyclohexylamine, is from 91 to 99 % by mole, wherein an amount of said thickener is from 9 to 30 party by mass based on 100 parts by mass of the total amount of the base oil and the thickener.
A method of establishing an end-to-end tunnel extending across multiple domains using a network element, comprising: associating a virtual network with available resources based on network constraints, wherein the VN is associated with the end-to-end tunnel; and transmitting a message to a network controller managing one domain of the multiple domains, wherein the domain includes a network path forming a portion of the end-to-end tunnel, and the message includes an association object containing a virtual network identifier binding the network path to the VN. associating a virtual network with available resources based on network constraints, wherein the VN is associated with the end-to-end tunnel; and transmitting a message to a network controller managing one domain of the multiple domains, wherein the domain includes a network path forming a portion of the end-to-end tunnel, and the message includes an association object containing a virtual network identifier binding the network path to the VN. the domain includes a network path forming a portion of the end-to-end tunnel, and the message includes an association object containing a virtual network identifier binding the network path to the VN.
Detection system for analytical separation processes, particularly for electrophoresis, with an optoelectronic sensor layer made from organic semiconductor materials, extending along the carrier layer for the sample to be analyzed, for detecting the separated sample, characterized in that the optoelectronic sensor layer is transparent in the optically visible range.
A ballistic resistant article comprising at least one first layer facing a projectile and at least one second layer adjacent to the at least one first layer and facing an object to be protected wherein, under a ballistic event, the at least one first layer is capable of undergoing a shock induced non-reversible phase transformation, characterized in that the at least one first layer, prior to phase transformation, comprises hBN as a material capable of undergoing said shock induced non-reversible phase transformation.
Coaxial transmission, comprising a housing (31, 131), a toothing which is axially aligned with respect to an axis of rotation of the coaxial transmission and which is fixedly connected to a part of the housing (31, 131) or is designed integrally with the housing (31, 131); a tooth carrier having axially aligned guides; teeth which are received in the guides for engagement with the toothing, wherein the teeth are axially aligned in the guides with the respective longitudinal axes thereof and are mounted in the guides in an axially movable manner; a cam disc rotatable about the axis of rotation for axially driving the teeth; and an adjusting element (16, 216) provided in the housing (31, 131) for mounting the cam disc, wherein at least one bearing with rolling elements (14, 114) is arranged between the adjusting element and the cam disc. a housing (31, 131), a toothing which is axially aligned with respect to an axis of rotation of the coaxial transmission and which is fixedly connected to a part of the housing (31, 131) or is designed integrally with the housing (31, 131); a tooth carrier having axially aligned guides; teeth which are received in the guides for engagement with the toothing, wherein the teeth are axially aligned in the guides with the respective longitudinal axes thereof and are mounted in the guides in an axially movable manner; a cam disc rotatable about the axis of rotation for axially driving the teeth; and an adjusting element (16, 216) provided in the housing (31, 131) for mounting the cam disc, wherein at least one bearing with rolling elements (14, 114) is arranged between the adjusting element and the cam disc.
A backup system for an electronic parking brake, EPB, of a commercial vehicle to ensure a safe state even during electric power failure of a power supply unit of the EPB, comprising - a detection unit for detecting the power failure; - a storage device for storing sufficient electric power to perform a switch into the safe state; and - a switch device configured to supply the electric power of the storage device to the EPB if the power failure is detected by the detection unit, characterized by: - a boost circuit configured to charge the storage device during standstill of the vehicle and to discharge the storage device during motion of the vehicle. - a detection unit for detecting the power failure; - a storage device for storing sufficient electric power to perform a switch into the safe state; and - a switch device configured to supply the electric power of the storage device to the EPB if the power failure is detected by the detection unit, - a boost circuit configured to charge the storage device during standstill of the vehicle and to discharge the storage device during motion of the vehicle.
A vehicle brake system (1, 1a, 1b) comprising: an electric brake (16a-d) including at least one unit of an electric actuator that presses a friction pad toward a rotor side; at least one driver that drives the electric actuator; and a control device (10, 11) including a plurality of controllers connected to one another, the electric brake being providable to each of a plurality of wheels of a vehicle, the plurality of controllers (30, 40, 41, 42) including: a master controller including a driver control unit that controls a driver, a braking force calculation unit that calculates braking force of the electric brake, and a behavior control unit that controls behaviors of the vehicle; and a sub-controller including a driver control unit (400, 410, 420) that controls a driver, and a braking force calculation unit (402, 412, 422) that calculates braking force of the electric brake, wherein the behavior control unit is configured to output signals for controlling behaviours of the vehicle to the driver control units, and wherein the electric brake is controllable by both the master controller and the sub-controller. an electric brake (16a-d) including at least one unit of an electric actuator that presses a friction pad toward a rotor side; at least one driver that drives the electric actuator; and a control device (10, 11) including a plurality of controllers connected to one another, the electric brake being providable to each of a plurality of wheels of a vehicle, the plurality of controllers (30, 40, 41, 42) including: a master controller including a driver control unit that controls a driver, a braking force calculation unit that calculates braking force of the electric brake, and a behavior control unit that controls behaviors of the vehicle; and a sub-controller including a driver control unit (400, 410, 420) that controls a driver, and a braking force calculation unit (402, 412, 422) that calculates braking force of the electric brake, wherein the behavior control unit is configured to output signals for controlling behaviours of the vehicle to the driver control units, and wherein the electric brake is controllable by both the master controller and the sub-controller. a master controller including a driver control unit that controls a driver, a braking force calculation unit that calculates braking force of the electric brake, and a behavior control unit that controls behaviors of the vehicle; and a sub-controller including a driver control unit (400, 410, 420) that controls a driver, and a braking force calculation unit (402, 412, 422) that calculates braking force of the electric brake, wherein the behavior control unit is configured to output signals for controlling behaviours of the vehicle to the driver control units, and wherein the electric brake is controllable by both the master controller and the sub-controller.
Kit for recharging an infusion pump, comprising: - a packaging to which a detachable label is attached; and - a reservoir which is a ready-to-use flexible bag containing a medicamentous solution to be administered by infusion; said detachable label comprises visual identification means other than a text message, which are symbols, a colour code or a combination thereof, characterised in that a designated space is provided on the surface of the reservoir, said designated space being designed to receive the detachable label, said reservoir comprises visual identification means other than a text message, which are symbols, a colour code or a combination thereof, and the visual identification means of the reservoir corresponds to the same predetermined code, predetermined symbol or combination thereof as the visual identification means of the label. - a packaging to which a detachable label is attached; and - a reservoir which is a ready-to-use flexible bag containing a medicamentous solution to be administered by infusion;
An apparatus, comprising: a memory module (250, 250-3,250-2, 250-1, 250-0); wherein the memory module is a configurable hard macro; wherein a first portion of the memory module comprises: a data input multiplexer coupled to select between cascaded data and direct/bused data; a memory coupled to receive output from the data input multiplexer for storage therein; a register input multiplexer coupled to select between read data from the memory and the cascaded data; a register coupled to receive output from the register input multiplexer; a latch/register mode multiplexer coupled to select between the read data from the memory and registered data from the register; and a data output multiplexer coupled to select between the cascaded data and output from the latch/register mode multiplexer to provide output data. a memory module (250, 250-3,250-2, 250-1, 250-0); wherein the memory module is a configurable hard macro; wherein a first portion of the memory module comprises: a data input multiplexer coupled to select between cascaded data and direct/bused data; a memory coupled to receive output from the data input multiplexer for storage therein; a register input multiplexer coupled to select between read data from the memory and the cascaded data; a register coupled to receive output from the register input multiplexer; a latch/register mode multiplexer coupled to select between the read data from the memory and registered data from the register; and a data output multiplexer coupled to select between the cascaded data and output from the latch/register mode multiplexer to provide output data. a data input multiplexer coupled to select between cascaded data and direct/bused data; a memory coupled to receive output from the data input multiplexer for storage therein; a register input multiplexer coupled to select between read data from the memory and the cascaded data; a register coupled to receive output from the register input multiplexer; a latch/register mode multiplexer coupled to select between the read data from the memory and registered data from the register; and a data output multiplexer coupled to select between the cascaded data and output from the latch/register mode multiplexer to provide output data.
A vibration detector, comprising: an optical fiber comprising a reference reflector; two or more sensors comprised at respective two or more locations in the optical fiber, each of the two or more sensors including a center reflector and two side reflectors on either side of the center reflector; a light source configured to introduce light into the optical fiber to interrogate the optical fiber; and a detector configured to obtain interference signals, each of the interference signals being based on interference between reflections from the reference reflector and one of the two or more sensors, the detector comprising a delay coil, wherein the delay coil is disposed between the reference reflector and the two or more sensors, the delay coil configured to eliminate detection of interference among reflections from the two or more sensors; and a processor configured to process each of the interference signals to obtain vibration measurements, the vibration detector being characterized in that each of the center reflector and the two side reflectors are broadband reflectors and in that a reflectance of the center reflector of each of the two or more sensors is at least two times greater than a reflectance of each of the two side reflectors. an optical fiber comprising a reference reflector; two or more sensors comprised at respective two or more locations in the optical fiber, each of the two or more sensors including a center reflector and two side reflectors on either side of the center reflector; a light source configured to introduce light into the optical fiber to interrogate the optical fiber; and a detector configured to obtain interference signals, each of the interference signals being based on interference between reflections from the reference reflector and one of the two or more sensors, the detector comprising a delay coil, wherein the delay coil is disposed between the reference reflector and the two or more sensors, the delay coil configured to eliminate detection of interference among reflections from the two or more sensors; and a processor configured to process each of the interference signals to obtain vibration measurements, the vibration detector being characterized in that each of the center reflector and the two side reflectors are broadband reflectors and in that a reflectance of the center reflector of each of the two or more sensors is at least two times greater than a reflectance of each of the two side reflectors.
A process for separating reinforcement material from polymer matrix composite comprising the reinforcement material within a thermoset polymer matrix, the process comprising bringing into contact (i) the polymer matrix composite, and (ii) a reclaim composition comprising a phenolic compound and an acidic catalyst selected from methane sulfonic acid, toluene sulfonic acid and a combination thereof, wherein the reclaim composition is (iii) heated to a temperature of from about 30°C to about 200°C, and (iv) subj ected to a pressure ranging from about 1 bar to about 20 bar, and wherein through contact with the reclaim composition the thermoset polymer matrix (a) degrades via chain scission and becomes solubilised within the reclaim composition, and (b) consequently releases the reinforcement material into the reclaim composition.
Method to provide access to data received to a centralized storage medium being part of a Mediation and Delivery Function which is associated with a Law Enforcement Monitoring facility (LEMF) in a telecommunication system from interfacing traffic nodes in the system, which method comprises the following steps: - identifying in the Mediation and Delivery Function, a configuration request which comprises a filtering criteria specifying type of data to be accessed; - configuring in the Mediation and Delivery Function, the requested filtering criteria; - receiving data from the system to the centralized storage medium; - establishing that the received data matches the filtering criteria; - retaining the received data in the centralized storage medium and/or forwarding the data to the Law Enforcement Monitoring Facility. - identifying in the Mediation and Delivery Function, a configuration request which comprises a filtering criteria specifying type of data to be accessed; - configuring in the Mediation and Delivery Function, the requested filtering criteria; - receiving data from the system to the centralized storage medium; - establishing that the received data matches the filtering criteria; - retaining the received data in the centralized storage medium and/or forwarding the data to the Law Enforcement Monitoring Facility.