mhurhangee/ep-ind-claims huggingface dataset:
A device for rotating a rotor shaft of a wind turbine with • a carrier, which comprises a crossbeam spanning over the rotor shaft, and fastening means for attaching it stationary in a position spanning over the rotor shaft, • an adjustment device, which is held on the carrier, and • at least two drivable frictional rollers (28, 34), whose distance from each other is adjustable via the adjustment device, • wherein in the mounted position of the carrier at least two frictional rollers are pressable against the rotor shaft and are drivable in the same direction via the adjustment device in order to rotate the rotor shaft, characterised in that the adjustment device is realised as an hydraulic lifting cylinder, a cylinder casing being connected to a first frictional roller via a first lever rod, and a piston rod being connected to a second frictional roller via a second lever rod, wherein the first and the second lever rod are each one pivotally connected to the crossbeam via a joint and generate an equal pressing force for both frictional rollers. • a carrier, which comprises a crossbeam spanning over the rotor shaft, and fastening means for attaching it stationary in a position spanning over the rotor shaft, • an adjustment device, which is held on the carrier, and • at least two drivable frictional rollers (28, 34), whose distance from each other is adjustable via the adjustment device, • wherein in the mounted position of the carrier at least two frictional rollers are pressable against the rotor shaft and are drivable in the same direction via the adjustment device in order to rotate the rotor shaft, characterised in that the adjustment device is realised as an hydraulic lifting cylinder, a cylinder casing being connected to a first frictional roller via a first lever rod, and a piston rod being connected to a second frictional roller via a second lever rod, wherein the first and the second lever rod are each one pivotally connected to the crossbeam via a joint and generate an equal pressing force for both frictional rollers.
Control device for a mass transport means which has an on-board computer connected via first data lines to first peripheral devices (4, 5, 6, 7, 8, 9, 10) in order to exchange data therewith via the IBIS or IBIS-IP protocol, characterized in that - the control device is configured to be connected to the on-board computer via a central data line; - the control device is configured to be connected via second data lines to second peripheral devices (15, 16, 17, 18, 19) in order to exchange data therewith without the IBIS or IBIS-IP protocol; - the control device has a radio interface which is adapted to set up a wireless radio connection to a wireless user interface in such a way that data exchange takes place between the wireless user interface and both the first peripheral devices (4, 5, 6, 7, 8, 9, 10) and the second peripheral devices (15, 16, 17, 18, 19) via the control device; - wherein the first peripheral devices (4, 5, 6, 7, 8, 9, 10) have a video camera, a rear display, a front display, a side display, a ticket validator, a passenger counter and/or TFT monitors; and - wherein the second peripheral devices (15, 16, 17, 18, 19) have a door signal generator, a route signal generator, a beacon signal generator, a tachometer signal generator, a carriage stop signal generator, a CAN bus, a LAN/Ethernet connection, an RS232 interface, a USB connection, an emergency button, and/or an electroacoustic system. - the control device is configured to be connected to the on-board computer via a central data line; - the control device is configured to be connected via second data lines to second peripheral devices (15, 16, 17, 18, 19) in order to exchange data therewith without the IBIS or IBIS-IP protocol; - the control device has a radio interface which is adapted to set up a wireless radio connection to a wireless user interface in such a way that data exchange takes place between the wireless user interface and both the first peripheral devices (4, 5, 6, 7, 8, 9, 10) and the second peripheral devices (15, 16, 17, 18, 19) via the control device; - wherein the first peripheral devices (4, 5, 6, 7, 8, 9, 10) have a video camera, a rear display, a front display, a side display, a ticket validator, a passenger counter and/or TFT monitors; and - wherein the second peripheral devices (15, 16, 17, 18, 19) have a door signal generator, a route signal generator, a beacon signal generator, a tachometer signal generator, a carriage stop signal generator, a CAN bus, a LAN/Ethernet connection, an RS232 interface, a USB connection, an emergency button, and/or an electroacoustic system.
An apparatus for detecting and correcting an erroneous measurement of a range of a target object from a subject object comprising: wireless transmission means for transmitting a signal having a first frequency from the subject object to the target object; detector means for detecting a portion of the signal reflected from the target object back to the subject object; range determination means for determining the range of the target object from the subject object by reference to a time of flight of said portion of the signal from the transmission means to the detector means; and rate determination means for determining the rate of change of the range by reference to a difference between the first frequency and an apparent frequency of the reflected portion of the signal detected by the detector means, the apparatus being arranged to provide an indication that an erroneous measurement of range has been made if the range determined by the range determination means increases whilst the rate of change of range determined by the rate determination means is negative; the apparatus further comprising correction means arranged to correct the value of range determined by the range determination means when an erroneous measurement of range is indicated, the apparatus characterised in that the correction is based on the rate of change of range determined by the rate determination means and the most recent reliable value of range determined by the range determination means. wireless transmission means for transmitting a signal having a first frequency from the subject object to the target object; detector means for detecting a portion of the signal reflected from the target object back to the subject object; range determination means for determining the range of the target object from the subject object by reference to a time of flight of said portion of the signal from the transmission means to the detector means; and rate determination means for determining the rate of change of the range by reference to a difference between the first frequency and an apparent frequency of the reflected portion of the signal detected by the detector means, the apparatus being arranged to provide an indication that an erroneous measurement of range has been made if the range determined by the range determination means increases whilst the rate of change of range determined by the rate determination means is negative; the apparatus further comprising correction means arranged to correct the value of range determined by the range determination means when an erroneous measurement of range is indicated, the apparatus characterised in that the correction is based on the rate of change of range determined by the rate determination means and the most recent reliable value of range determined by the range determination means.
Welding tool for connecting at least two workpieces by means of friction stir welding, having a probe for applying frictional heat to the workpieces, wherein the probe comprises a first probe region made from a first material and a second probe region made from a second material, wherein the first probe region has a support region for supporting the probe during the friction stir welding and wherein the second probe region has a friction region for applying frictional heat to the workpieces, wherein the first probe region is arranged in a bag-like recess in the second probe region, and wherein the first probe region and the second probe region are held against one another by a form fit and/or by diffusion of the two materials (28, 30), characterized in that the first material has a higher modulus of elasticity and a higher strength than the second material.
A method for rearing, storing, shipping or introducing predatory mites comprising contacting said mites with a succulent plant or a non-reproductive plant part thereof.
An in vitro method for increasing a number of regulatory CD4-positive, CD25-positive T cells comprising administering a midkine inhibitor to CD4-positive T cells to thereby expand said regulatory T cell population, wherein the MK inhibitor is selected from the group consisting of anti-MK antibodies, antisense RNA against MK and dsRNA against MK.
Method for determining a desired preset value (yM SM) for a motor torque of an electric servomotor in a power assisted steering system for a motor vehicle, characterized in that the desired preset value using - a motor torque pilot control component (M VSK) which forms a open-loop controlled portion, and - a motor torque closed-loop controller component (M RK) which forms a closed-loop controlled portion, wherein the closed-loop control variable is a torsion bar torque (M DS), wherein - the two motor torque components are functionally combined with one another in order to determine therefrom the desired preset value (yM SM) for the motor torque (M SM) of the servomotor. - a motor torque pilot control component (M VSK) which forms a open-loop controlled portion, and - a motor torque closed-loop controller component (M RK) which forms a closed-loop controlled portion, wherein the closed-loop control variable is a torsion bar torque (M DS), wherein - the two motor torque components are functionally combined with one another in order to determine therefrom the desired preset value (yM SM) for the motor torque (M SM) of the servomotor.
A non-therapeutic or in vitro method for inducing a mammalian cell to produce a recombinant protein, the method comprising repeatedly contacting said mammalian cell with in vitro -synthesized mRNA comprising an open reading frame that encodes said recombinant protein; wherein the in vitro -synthesized mRNA comprises Ψ or m 1 Ψ (1-methylpseudouridine); and wherein said in vitro -synthesized mRNA is purified using a process that removes RNA contaminant molecules that are immunogenic and toxic to the cell by inducing an innate immune response, as determined by measuring decreased secretion of IFN-α or TNF-α cytokine from dendritic cells transfected with said purified in vitro -synthesized mRNA molecules compared to secretion of said cytokine from dendritic cells transfected with unpurified in vitro -synthesized mRNA. wherein the in vitro -synthesized mRNA comprises Ψ or m 1 Ψ (1-methylpseudouridine); and wherein said in vitro -synthesized mRNA is purified using a process that removes RNA contaminant molecules that are immunogenic and toxic to the cell by inducing an innate immune response, as determined by measuring decreased secretion of IFN-α or TNF-α cytokine from dendritic cells transfected with said purified in vitro -synthesized mRNA molecules compared to secretion of said cytokine from dendritic cells transfected with unpurified in vitro -synthesized mRNA.
A liquid crystal device comprising: a substrate for holding a liquid crystal; wherein the substrate includes a first insulating layer overlying the inner faces of gates lines and the inner face of a gate insulating layer, switching elements electrically connected to the gate lines, a second insulating layer which overlies the switching elements and which has contact holes located at positions corresponding to the switching elements, first transparent electrodes which are arranged on the second insulating layer and which are electrically connected to the switching elements through the contact holes, a third insulating layer which overlies the first transparent electrodes, and second transparent electrodes which are arranged on the third insulating layer and which each have a plurality of slits for generating electric fields between the first and second transparent electrodes (10, 20), characterized in that the third insulating layer has a smaller thickness in the contact holes than outside the contact holes, and the first and second transparent electrodes (10, 20) do not overlap at positions corresponding to the contact holes. a substrate for holding a liquid crystal; wherein the substrate includes a first insulating layer overlying the inner faces of gates lines and the inner face of a gate insulating layer, switching elements electrically connected to the gate lines, a second insulating layer which overlies the switching elements and which has contact holes located at positions corresponding to the switching elements, first transparent electrodes which are arranged on the second insulating layer and which are electrically connected to the switching elements through the contact holes, a third insulating layer which overlies the first transparent electrodes, and second transparent electrodes which are arranged on the third insulating layer and which each have a plurality of slits for generating electric fields between the first and second transparent electrodes (10, 20), characterized in that the third insulating layer has a smaller thickness in the contact holes than outside the contact holes, and the first and second transparent electrodes (10, 20) do not overlap at positions corresponding to the contact holes.
System comprising a device for use in the internet of things as well as a triggering device, wherein the device comprises: - a communication interface, - a configuration memory, - a microcontroller with firmware as a control unit for controlling the communication interface, wherein the control unit is designed to - establish a connection to a first cloud service on the basis of a configuration stored in the configuration memory, - receive a control command and on receipt of the control command set up a connection to a second cloud service, - receive address data for the second cloud service with the control command and to establish the connection using the address data, wherein the triggering device is designed to transmit the control command to the device, characterised in that - after establishing the connection with the second cloud service, the control unit is designed to receive and store certificates from the second cloud service, - the triggering device is designed in the second cloud service to bring about the provision of certificates which can be received on a restricted basis. - a communication interface, - a configuration memory, - a microcontroller with firmware as a control unit for controlling the communication interface, wherein the control unit is designed to - establish a connection to a first cloud service on the basis of a configuration stored in the configuration memory, - receive a control command and on receipt of the control command set up a connection to a second cloud service, - receive address data for the second cloud service with the control command and to establish the connection using the address data, - establish a connection to a first cloud service on the basis of a configuration stored in the configuration memory, - receive a control command and on receipt of the control command set up a connection to a second cloud service, - receive address data for the second cloud service with the control command and to establish the connection using the address data, wherein the triggering device is designed to transmit the control command to the device, characterised in that - after establishing the connection with the second cloud service, the control unit is designed to receive and store certificates from the second cloud service, - the triggering device is designed in the second cloud service to bring about the provision of certificates which can be received on a restricted basis. - after establishing the connection with the second cloud service, the control unit is designed to receive and store certificates from the second cloud service, - the triggering device is designed in the second cloud service to bring about the provision of certificates which can be received on a restricted basis.
Apparatus (10, 210) for use in the formation of a helical screw flight, the apparatus comprising: a drive (50, 250) first and second support heads (20, 220, 30, 230) arranged for relative axial movement with respect to one another in a direction of a main axis (X-X) in response to actuation of the drive (50, 250), characterised in that the first and second support heads (20, 220, 30, 230) are configured so as to be able to provide for a plurality of position adjustments including a lateral position adjustment whereby the first and second support heads (20, 220, 30, 230) can be displaced or moved laterally with respect to the main axis (X-X) in a direction of respective lateral axes (W-W) and a rotational position adjustment wherein at least one of the first and second support heads (20, 220, 30, 230) can be rotated about a rotation axis (M-M) which extends in a direction generally parallel to coaxial with the main axis (X-X). a drive (50, 250) first and second support heads (20, 220, 30, 230) arranged for relative axial movement with respect to one another in a direction of a main axis (X-X) in response to actuation of the drive (50, 250), characterised in that the first and second support heads (20, 220, 30, 230) are configured so as to be able to provide for a plurality of position adjustments including a lateral position adjustment whereby the first and second support heads (20, 220, 30, 230) can be displaced or moved laterally with respect to the main axis (X-X) in a direction of respective lateral axes (W-W) and a rotational position adjustment wherein at least one of the first and second support heads (20, 220, 30, 230) can be rotated about a rotation axis (M-M) which extends in a direction generally parallel to coaxial with the main axis (X-X).
A sealing element for heat sealing packaging material for producing sealed packages, said sealing element comprising a heating element arranged to heat-seal said packaging material so as to form said sealed packages and a groove arranged to be engaged by a cutting element carried by a counter-sealing element interacting with said sealing element during a cutting operation in which a sealed package is separated from a portion of said packaging material, said sealing element comprising a supporting body having a recess that is so configured as to be engaged by an opening device pre-applied on said packaging material, characterized in that said sealing element further comprises a resilient element received within said groove so as to prevent clogging particles from entering into said groove, wherein said clogging particles are residues of plastic material forming said opening devices applied to said packaging material, and wherein said groove has an opening (29; 29a) and said resilient element is fully contained in said groove and does not project outside of said opening (29; 29a).
A method of a user equipment, UE, in a connected mode with a mobility management node of a first Tracking Area, TA, in which the UE is located and that has a valid security context with the mobility management node of the first TA, comprising: receiving a first authentication request in response to a first triggering request from the UE to the mobility management node of the first TA; preparing and storing an authentication response according to the first authentication request; in response to determining that the UE has moved from the first TA to a second TA: aborting a sending of the authentication response; aborting the ongoing first triggering request; sending a second triggering request from the UE to a mobility management node of the second TA; receiving, from the mobility management node of the second TA, a second authentication request in response to the second triggering request; and sending the stored authentication response according to the first authentication request to the mobility management node of the second TA in response to the receipt of the second authentication request and in further response to a determination by the UE that a given parameter of each of the first and second authentication requests are the same. receiving a first authentication request in response to a first triggering request from the UE to the mobility management node of the first TA; preparing and storing an authentication response according to the first authentication request; in response to determining that the UE has moved from the first TA to a second TA: aborting a sending of the authentication response; aborting the ongoing first triggering request; sending a second triggering request from the UE to a mobility management node of the second TA; receiving, from the mobility management node of the second TA, a second authentication request in response to the second triggering request; and sending the stored authentication response according to the first authentication request to the mobility management node of the second TA in response to the receipt of the second authentication request and in further response to a determination by the UE that a given parameter of each of the first and second authentication requests are the same. aborting a sending of the authentication response; aborting the ongoing first triggering request; sending a second triggering request from the UE to a mobility management node of the second TA; receiving, from the mobility management node of the second TA, a second authentication request in response to the second triggering request; and sending the stored authentication response according to the first authentication request to the mobility management node of the second TA in response to the receipt of the second authentication request and in further response to a determination by the UE that a given parameter of each of the first and second authentication requests are the same.
A load detecting device for a roller bearing, comprising: a load detecting sensor that is provided in a roller arranged rollably between a first bearing ring and a second bearing ring, and that detects a load applied to the roller; a position detecting sensor that detects a rotation position of the roller in a revolution direction of the roller; and a recording device that is provided for the roller, and that records and stores a detection signal from the load detecting sensor, wherein the position detecting sensor includes a phototransmitter that transmits light toward a predetermined position on a revolution path of the roller, and a photoreceiver that is provided at the roller or a member revolving together with the roller and that receives light transmitted from the phototransmitter; and wherein the recording device records a detection signal indicating light received by the photoreceiver, the detection signal indicating light being associated with the detection signal from the load detecting sensor. a load detecting sensor that is provided in a roller arranged rollably between a first bearing ring and a second bearing ring, and that detects a load applied to the roller; a position detecting sensor that detects a rotation position of the roller in a revolution direction of the roller; and a recording device that is provided for the roller, and that records and stores a detection signal from the load detecting sensor, wherein the position detecting sensor includes a phototransmitter that transmits light toward a predetermined position on a revolution path of the roller, and a photoreceiver that is provided at the roller or a member revolving together with the roller and that receives light transmitted from the phototransmitter; and wherein the recording device records a detection signal indicating light received by the photoreceiver, the detection signal indicating light being associated with the detection signal from the load detecting sensor.