mhurhangee/patent-ind-claim-en huggingface dataset:
A method for allocating a backhaul link resource by a first base station, comprising: selecting at least two subframes in an uplink UL frequency band in a frequency division duplex FDD wireless communication system; and allocating the selected at least two subframes as a backhaul link resource between the first base station and a second base station; wherein the allocating the selected at least two subframes as a backhaul link resource between the first base station and a second base station comprises: allocating at least one of the selected at least two subframes to uplink backhaul link resources, and allocating remaining subframes in the selected at least two subframes to downlink backhaul link resources. selecting at least two subframes in an uplink UL frequency band in a frequency division duplex FDD wireless communication system; and allocating the selected at least two subframes as a backhaul link resource between the first base station and a second base station; wherein the allocating the selected at least two subframes as a backhaul link resource between the first base station and a second base station comprises: allocating at least one of the selected at least two subframes to uplink backhaul link resources, and allocating remaining subframes in the selected at least two subframes to downlink backhaul link resources.
An anchoring system comprising: an implant, having a hub dimensioned to receive a helical tissue anchor through, the helical tissue anchor , extending distally from the hub ; a torqueable shaft body , a first engagement structure on the helical tissue anchor , for releasable engagement of the torqueable shaft body ; and a second engagement structure on the torqueable shaft body , for engaging the anchor ; wherein the torqueable shaft body is configured for rotation to drive the helical tissue anchor into the annulus and secure the implant to the annulus, said anchoring system being characterized in that said implant comprises a plurality of supports extending around the hub and integrally formed with the hub. an implant, having a hub dimensioned to receive a helical tissue anchor through, the helical tissue anchor , extending distally from the hub ; a torqueable shaft body , a first engagement structure on the helical tissue anchor , for releasable engagement of the torqueable shaft body ; and a second engagement structure on the torqueable shaft body , for engaging the anchor ; wherein the torqueable shaft body is configured for rotation to drive the helical tissue anchor into the annulus and secure the implant to the annulus, said anchoring system being characterized in that said implant comprises a plurality of supports extending around the hub and integrally formed with the hub.
A mobile work platform assembly comprising: a platform adapted to be mounted to a vehicle , sized to receive an operator thereupon; a control panel supported upon the platform ; a caution switch supported upon the platform in electrical communication with the control panel to provide a caution signal to the control panel indicative of a caution event; a flexible member connected to the caution switch to extend across the control panel and spaced apart from the control panel so that a predetermined force upon the flexible member actuates the caution switch; wherein the platform provides an operator workspace; and wherein a manual force upon the flexible member expands the operator workspace; characterized in that the mobile work platform assembly further comprises a magnet connected to one of an end of the flexible member and the platform to attach the flexible member to the platform . a platform adapted to be mounted to a vehicle , sized to receive an operator thereupon; a control panel supported upon the platform ; a caution switch supported upon the platform in electrical communication with the control panel to provide a caution signal to the control panel indicative of a caution event; a flexible member connected to the caution switch to extend across the control panel and spaced apart from the control panel so that a predetermined force upon the flexible member actuates the caution switch; wherein the platform provides an operator workspace; and wherein a manual force upon the flexible member expands the operator workspace; characterized in that the mobile work platform assembly further comprises a magnet connected to one of an end of the flexible member and the platform to attach the flexible member to the platform .
Method for diagnosing at least one subsystem of a rail vehicle, comprising the steps of: - transferring at least one subsystem controller into a test signal conversion mode; - specifying test signals by means of a control unit superordinate to the at least one subsystem controller ; - receiving test signal responses of the at least one subsystem controller through the superordinate control unit ; - evaluating the received test signal responses of the at least one subsystem controller by the superordinate control unit , characterised in that the functions provided for a normal operation are deactivated in the test signal conversion mode. - transferring at least one subsystem controller into a test signal conversion mode; - specifying test signals by means of a control unit superordinate to the at least one subsystem controller ; - receiving test signal responses of the at least one subsystem controller through the superordinate control unit ; - evaluating the received test signal responses of the at least one subsystem controller by the superordinate control unit ,
A pump unit having a pump housing, at least one impeller, an electric drive motor driving the impeller and an electronic control device for controlling the drive motor, wherein the control device is divided into two function modules arranged on at least two separate printed circuit boards, of which a first function module constitutes a supply part, which provides the input voltage for the second function module , wherein the second function module has motor electronics, which are connected to stator coils of the drive motor for energizing the same, wherein the motor electronics have an output circuit of a frequency converter, wherein an input circuit of the frequency converter is formed by the supply part, wherein the second function module has a plug-in coupling , into which an edge of the printed circuit board of the first function module engages, and wherein electrical contacts are formed on the edge of the printed circuit board of the first function module at least on one surface, which contacts enter into engagement with the electrical contacts of the plug coupling in an electrically conductive manner.
An intraocular lens inserter for delivering an intraocular lens loaded into an IOL cartridge, comprising in combination; an outer shell housing having a longitudinal cylinder; a hydraulic housing having a longitudinal bore, said hydraulic housing being positioned in said outer shell housing; a hydraulic piston , said hydraulic piston including a smaller-diameter portion extending through said longitudinal bore and a larger-diameter portion extending into said longitudinal cylinder, a diameter of said smaller-diameter portion being smaller in diameter than a lumen of said longitudinal bore to define an annular hydraulic chamber, said hydraulic piston further including at one end a piston head dimensioned to slide within said longitudinal cylinder and at another end a tip to mechanically deliver the intraocular lens; a high pressure compression spring engaging said piston head to constantly urge said piston forwardly; said hydraulic housing including a fill port connected in fluid communication with said hydraulic chamber for filling said hydraulic chamber with a fluid to hydraulically resist said spring from urging said piston forwardly; a first bleed channel extending from said hydraulic chamber to a valve cylinder; a second bleed channel extending from said valve cylinder to the IOL cartridge; a valve element positioned within the valve cylinder to bleed said fluid from said hydraulic chamber into the IOL cartridge and thereby hydraulically control the forward movement of said tip to tip to mechanically deliver the intraocular lens; and an operation button connected to said valve element for opening said valve element permitting such bleeding of fluid from said hydraulic chamber.
An injection-molding tool configured for being mounted in an injection-molding apparatus for automated molding of work pieces in plastics, said injection-molding tool, in its closed position, comprises at least two separate mold plates each having a mold insert socket with a mold insert attached in the mold insert socket and where each mold plate have mutually opposite and parallel abutting side faces defining the thickness of the mold plate, and the mold plates further comprises a number of mutually aligned guide bushings forming through holes adapted for axially sliding one of the mold plates with respect to the other on a common guide pin in a direction perpendicular to the abutting side faces of the mold plates, characterized in that the guide bushings and the mold insert socket of at least one mold plate are interconnected via one or more connection plates each extending parallel to the abutting side faces and having a thickness of less than half the thickness of the mold plate.
An aircraft with a cargo hold , said cargo hold comprising a floor area, and with a system for monitoring the payload of the aircraft, wherein the system comprises at least one storage area for a payload comprising the floor area of the cargo hold, and at least one pressure sensor configured as a surface sensor, wherein the at least one pressure sensor is configured to detect a weight and/or its center of gravity of payload resting on the storage area , and wherein the system continuously determines the actual payload distribution of the aircraft.
An evaluation jig comprising: a pair of female terminals connectable to a pair of male terminals of a charging connector being configured for charging of a vehicle , the pair of male terminals being coolable with a coolant, and the charging connector further including a pair of tubular walls surrounding each of the paired male terminals ; and an adjustment member that can adjust contact resistance of the female terminal and the male terminal , the female terminal being reducible in diameter, characterized in that the adjustment member includes a metal band being capable of applying a clamping force to the female terminal to reduce the female terminal in diameter and an adjustment unit being capable of adjusting the clamping force applied by the metal band . a pair of female terminals connectable to a pair of male terminals of a charging connector being configured for charging of a vehicle , the pair of male terminals being coolable with a coolant, and the charging connector further including a pair of tubular walls surrounding each of the paired male terminals ; and an adjustment member that can adjust contact resistance of the female terminal and the male terminal , the female terminal being reducible in diameter, characterized in that the adjustment member includes a metal band being capable of applying a clamping force to the female terminal to reduce the female terminal in diameter and an adjustment unit being capable of adjusting the clamping force applied by the metal band .
A bone reamer comprising: a shaft having a first end and a second end , the second end configured to connect to a power source; a head comprising: a rear face connected to the first end of the shaft , a cutting face on an opposing side of the head relative to the rear face , and a perimeter portion having an inner perimeter diameter and an outer perimeter diameter , the outer perimeter diameter defining outer boundaries of the rear face and the cutting face ; a blade member disposed upon the cutting face and extending at least across the inner perimeter diameter of the perimeter portion , the blade member comprising: a first blade portion having a first cutting edge , and a second blade portion having a second cutting edge , the first and second cutting edges being disposed on opposing sides of the blade member ; and a center drill bit disposed on the cutting face between the first and second blade portions of the blade member , the center drill bit and the blade member being concentric with a center axis of the reamer ; characterised in that the bone reamer further comprises at least two cutting pegs disposed symmetrically around an inner circumference of the cutting face , the inner circumference being concentric with the center axis and having a smaller diameter than the outer perimeter diameter of the perimeter portion . a shaft having a first end and a second end , the second end configured to connect to a power source; a head comprising: a rear face connected to the first end of the shaft , a cutting face on an opposing side of the head relative to the rear face , and a perimeter portion having an inner perimeter diameter and an outer perimeter diameter , the outer perimeter diameter defining outer boundaries of the rear face and the cutting face ; a rear face connected to the first end of the shaft , a cutting face on an opposing side of the head relative to the rear face , and a perimeter portion having an inner perimeter diameter and an outer perimeter diameter , the outer perimeter diameter defining outer boundaries of the rear face and the cutting face ; a blade member disposed upon the cutting face and extending at least across the inner perimeter diameter of the perimeter portion , the blade member comprising: a first blade portion having a first cutting edge , and a second blade portion having a second cutting edge , the first and second cutting edges being disposed on opposing sides of the blade member ; and a first blade portion having a first cutting edge , and a second blade portion having a second cutting edge , the first and second cutting edges being disposed on opposing sides of the blade member ; and a center drill bit disposed on the cutting face between the first and second blade portions of the blade member , the center drill bit and the blade member being concentric with a center axis of the reamer ; characterised in that the bone reamer further comprises at least two cutting pegs disposed symmetrically around an inner circumference of the cutting face , the inner circumference being concentric with the center axis and having a smaller diameter than the outer perimeter diameter of the perimeter portion .
A composition comprising a bacterial strain of the genus Parabacteroides, for use in a method of treating or preventing a neurodegenerative disorder selected from the group consisting of Parkinson's disease, including progressive supranuclear palsy, progressive supranuclear palsy, Steele-Richardson-Olszewski syndrome, normal pressure hydrocephalus, vascular or arteriosclerotic parkinsonism and drug-induced parkinsonism; Alzheimer's disease, including Benson's syndrome; Huntington's disease; amyotrophic lateral sclerosis; Lou Gehrig's disease; motor neurone disease; prion disease; spinocerebellar ataxia; spinal muscular atrophy; dementia, including Lewy body, vascular and frontotemporal dementia; primary progressive aphasia; mild cognitive impairment; HIV-related cognitive impairment and corticobasal degeneration.
A system for monitoring at least one parameter of a foodstuffs fluid contained in a fermentation vat during a fermentation process, the system comprising: a measuring device based on near-infrared spectroscopy, designed to be submerged in the cited fluid and to take measurements of said fluid, and a flotation system connected to the measuring device , wherein said measuring device comprises: a first part comprising a light source working in the visible light and near-infrared spectrum, and a second part comprising a detection system based on near-infrared spectroscopy, wherein said first part and said second part delimit a conduit exterior to the measuring device , said conduit being a measuring area (13, M, M') defined between said first part and said second part , such that when the measuring device has been submerged in the fluid under supervision, said fluid flows through said conduit being a measuring area (13, M, M'), said light source being configured for illuminating the fluid flowing through said measuring area (13, M, M'), and said detection system being configured for taking at least one measurement of the light spectrum which passes through said fluid within the measuring area (13, M, M'), said flotation system being arranged, during the use of the monitoring system , floating on the fluid to be monitored, such that the measuring area (13, M, M') of the measuring device is submerged in the fluid at a constant depth (D, D') with respect to the level of fluid (N) in the fermentation vat , such that all the measurements taken by the measuring device are taken at the same depth with respect to the level of the fluid (N), the system further comprising a positioning system configured for rotating the measuring device in the interior of the fluid, such that upon rotation of the measuring device , the orientation of the measuring area (M) is rotated 90°, from a horizontal position (M) to a vertical position (M'), wherein in the rotated position the measuring area (M') is facing upwards. a measuring device based on near-infrared spectroscopy, designed to be submerged in the cited fluid and to take measurements of said fluid, and a flotation system connected to the measuring device , a first part comprising a light source working in the visible light and near-infrared spectrum, and a second part comprising a detection system based on near-infrared spectroscopy,
A method for optimizing operation of a wind turbine , the method comprising: providing a voltage regulator between a power grid and the wind turbine, the voltage regulator configured to control a stator voltage of the wind turbine, wherein the voltage regulator comprises a tap changer located between the power grid and a transformer of the wind turbine ; monitoring , via one or more sensors (252...264), at least a generator speed and the stator voltage of the wind turbine; determining a margin between the stator voltage and a maximum allowable voltage threshold; determining a margin-to-threshold ratio by dividing the margin by the threshold; and controlling, via a controller , the tap changer to decrease the stator voltage so as to maximize the margin-to-threshold ratio. providing a voltage regulator between a power grid and the wind turbine, the voltage regulator configured to control a stator voltage of the wind turbine, wherein the voltage regulator comprises a tap changer located between the power grid and a transformer of the wind turbine ; monitoring , via one or more sensors (252...264), at least a generator speed and the stator voltage of the wind turbine; determining a margin between the stator voltage and a maximum allowable voltage threshold; determining a margin-to-threshold ratio by dividing the margin by the threshold; and controlling, via a controller , the tap changer to decrease the stator voltage so as to maximize the margin-to-threshold ratio.
Water fitting with flushing automatic, comprising (a) a fitting housing with an inlet for connecting to a water supply; (b) a drain outlet for draining flushing water from the water fitting; (c) a shut-off valve for shutting off the drain outlet; and (d) a shut-off automatic with a control for controlling the shut-off valve and means for generating an alarm signal; and (e) a conductivity sensor generating signals which are fed to the shut-off automatic; characterized in that (f) the conductivity sensor is provided in the drain outlet for measuring the conductivity of the flushing water; and (g) the alarm signal is generated upon deviation of the conductivity of the flushing water from a set value range or a set value. (a) a fitting housing with an inlet for connecting to a water supply; (b) a drain outlet for draining flushing water from the water fitting; (c) a shut-off valve for shutting off the drain outlet; and (d) a shut-off automatic with a control for controlling the shut-off valve and means for generating an alarm signal; and (e) a conductivity sensor generating signals which are fed to the shut-off automatic; characterized in that (f) the conductivity sensor is provided in the drain outlet for measuring the conductivity of the flushing water; and (g) the alarm signal is generated upon deviation of the conductivity of the flushing water from a set value range or a set value.
Hot beverage preparation device , in particular coffee machine, with at least one liquid container and with a laser fill level measuring device for measuring the fill level in the liquid container , which is suited to emitting and receiving at least one laser beam , characterised in that in addition to measuring the fill level , the laser fill level measuring device is configured to determine at least one further item of information.
A set of plastic injection steel tooling having a core half and a cavity half in which the core half is formed of a softer steel than is the cavity half whereby wear of the parting line of the core half occurs preferentially over wear of the cavity half when flash is created after injection of plastic into a mold formed by saidcore half and said cavity half.
A one-step process for making a polymer composite suspension for coating plastic films characterized in that a poly (acrylic acid) copolymer is synthesized in-situ in the presence of other polymers and in the presence of clay, wherein the poly (acrylic acid) copolymer is a block copolymer synthesized from various acrylic monomers or monomer blocks, wherein the acrylic monomers or monomer blocks comprise acrylic acid, 2-ethylhexyl acrylate, β-carboxyethyl acrylate, methacrylamidoethyl ethylene urea and ethoxylated behenyl methacrylate.
Method for detecting an object in an area surrounding a motor vehicle , in which during a measuring cycle a multiplicity of ultrasonic sensors are operated in chronologically successive activation phases , a measurement for determining a distance between the motor vehicle and the object is carried out with the respective ultrasonic sensor during each of the activation phases , wherein during each of the activation phases the measurement is carried out after expiry of a respective predefined pause time (tpl, tp2, tp3, tp4), characterized in that a random value is determined by means of a control device , wherein the control device is connected to the ultrasonic sensors for the transmission of data, wherein the control device receives corresponding measured values from the ultrasonic sensors, and in that the pause time (tpl, tp2, tp3, tp4) for each of the activation phases is predefined by means of the control device on the basis of the random value, wherein the pause times (tpl, tp2, tp3, tp4) are different in the respective activation phases during a measuring cycle , and the pause times (tpl, tp2, tp3, tp4) are respectively different in successive measuring cycles .