mhurhangee/ep-ind-claims huggingface dataset:
A load determination device, the load determination device comprising: - a load cell component comprising a load receiving portion, a fixed portion and a load determination portion, wherein the load determination portion is arranged between the load receiving portion and the fixed portion, - a hull component of which the load is to be determined, the hull component being provided in contact with the load receiving portion, - a base component for supporting the load cell component on a surface, the base component being provided in contact with the fixed portion, - a sealing component for sealing the load cell component within the load determination device, wherein the sealing component is arranged in sealing connection between the hull component and the base component, characterized in that the sealing component comprises a bellows portion surrounding the base component, wherein the bellows portion comprises a rotational symmetric rolling directed away from the surface. - a load cell component comprising a load receiving portion, a fixed portion and a load determination portion, wherein the load determination portion is arranged between the load receiving portion and the fixed portion, - a hull component of which the load is to be determined, the hull component being provided in contact with the load receiving portion, - a base component for supporting the load cell component on a surface, the base component being provided in contact with the fixed portion, - a sealing component for sealing the load cell component within the load determination device, wherein
Domestic appliance, having a circuit, which circuit has a circuit board with - a noise filter, which provides a denoised high-voltage signal, - a switching power supply, which is connected to the noise filter in order to supply the denoised high-voltage signal, and - a motor controller for a motor, which is connected to the switching power supply in order to supply a first low voltage, characterised in that - the motor controller is additionally connected to the noise filter in order to supply the denoised high-voltage signal. - a noise filter, which provides a denoised high-voltage signal, - a switching power supply, which is connected to the noise filter in order to supply the denoised high-voltage signal, and - a motor controller for a motor, which is connected to the switching power supply in order to supply a first low voltage, - the motor controller is additionally connected to the noise filter in order to supply the denoised high-voltage signal.
A lateral flow test apparatus having at least one test area and at least one control area including a control area capture agent for the detection of at least one analyte in a sample, and a label complex comprising: a) at least two antibodies, one of the at least two antibodies including an antispecies antibody and another of the at least two antibodies including an antibody having a sensitivity to the control area capture agent and to the antispecies antibody; b) an antibody binding protein, the antibody binding protein binding to a receptor for the analyte and to the anti-species antibody; and c) a detectable component being bound to the antibody binding protein. a) at least two antibodies, one of the at least two antibodies including an antispecies antibody and another of the at least two antibodies including an antibody having a sensitivity to the control area capture agent and to the antispecies antibody; b) an antibody binding protein, the antibody binding protein binding to a receptor for the analyte and to the anti-species antibody; and c) a detectable component being bound to the antibody binding protein.
A FGFR1 ECD or a FGFR1 ECD fusion molecule for use in a method of treatment of cancer in a subject wherein the cancer has an FGFR1 gene amplification, wherein an FGFR1 gene amplification is indicative of therapeutic responsiveness by the cancer to a fibroblast growth factor receptor 1 (FGFR1) extracellular domain or a FGFR1 ECD fusion molecule, wherein at least a portion of the cells of the cancer having a FGFR1 gene amplification have a ratio of FGFR1 gene to chromosome 8 centromere of at least 1.5, at least 2, at least 2.5, at least 3, at least 3.5, or at least 4.
A fluid pump for pumping fluid, the fluid pump including: (a) a flow path; (b) a driver having a substantially tubular shaped body defining a body axis, characterised in that the driver further has: a number of elements (1a, 1b, 42, 43, 44) circumferentially spaced around the body, each element being responsive to a signal to cause a corresponding portion of the body to expand or contract in a direction substantially parallel to the tube axis; and an urging member positioned in the flow path, the urging member being coupled to the driver such that selective expansion and/or contraction of the body causes the urging member to rotate, thereby urging fluid along the flow path in use, wherein each element is formed from: (a) a common electrode mounted on an inner surface of the body; and (b) a respective electrode mounted on an outer surface of the body, wherein the elements (1a, 1b, 42, 43, 44) are piezoelectric elements. (a) a flow path; (b) a driver having a substantially tubular shaped body defining a body axis, characterised in that the driver further has: a number of elements (1a, 1b, 42, 43, 44) circumferentially spaced around the body, each element being responsive to a signal to cause a corresponding portion of the body to expand or contract in a direction substantially parallel to the tube axis; and an urging member positioned in the flow path, the urging member being coupled to the driver such that selective expansion and/or contraction of the body causes the urging member to rotate, thereby urging fluid along the flow path in use, wherein each element is formed from: (a) a common electrode mounted on an inner surface of the body; and (b) a respective electrode mounted on an outer surface of the body, wherein the elements (1a, 1b, 42, 43, 44) are piezoelectric elements. a number of elements (1a, 1b, 42, 43, 44) circumferentially spaced around the body, each element being responsive to a signal to cause a corresponding portion of the body to expand or contract in a direction substantially parallel to the tube axis; and an urging member positioned in the flow path, the urging member being coupled to the driver such that selective expansion and/or contraction of the body causes the urging member to rotate, thereby urging fluid along the flow path in use, (a) a common electrode mounted on an inner surface of the body; and (b) a respective electrode mounted on an outer surface of the body, wherein the elements (1a, 1b, 42, 43, 44) are piezoelectric elements.
A method for quality evaluation of a Multimedia Broadcast Multicast Services, MBMS, bearer, the method being performed by a wireless device (300a, 300b, 300c), the method comprising: determining a measurement of signal quality of a reference signal separate from the MBMS bearer, the reference signal being received from at least one radio access network node (110a, 110b), to obtain a quality measure for the MBMS bearer; and estimating an expected block error rate, BLER, of the MBMS bearer from the measurement and from a modulation and coding scheme, MCS, used for a Multicast Channel, MCH, of the MBMS bearer. determining a measurement of signal quality of a reference signal separate from the MBMS bearer, the reference signal being received from at least one radio access network node (110a, 110b), to obtain a quality measure for the MBMS bearer; and estimating an expected block error rate, BLER, of the MBMS bearer from the measurement and from a modulation and coding scheme, MCS, used for a Multicast Channel, MCH, of the MBMS bearer.
A mobile wireless communications device, comprising: a housing; at least one circuit board carried by the housing and including radio frequency, RF, circuitry carried by the at least one circuit board and comprising a transmitter and receiver, and a processor carried by the at least one circuit board and operative with the RF circuitry; an antenna mounted within the housing and operative with the RF circuitry; a charging circuit mounted within the housing for charging a battery carried by and powering the mobile wireless communications device and comprising at least one charging contact (208, 210) having an exposed surface positioned on the housing and configured for engaging an external charging cradle when connected thereto, said charging contact further comprising an internal connector extending towards a battery charging pad positioned on the at least one circuit board and connected to charging circuitry and including an internal spring connecting to the battery charging pad, to form a biased electrical connector between the exposed surface of the at least one charging contact and the battery charging pad; and an RF filter connected to said charging contact and comprising a core of ferrite material positioned at a portion of the internal connector between the internal spring and the exposed surface of the at least one charging contact to minimize RF coupling from the at least one charging contact to the antenna and reduce transmitter harmonics emission and receiver de-sense. a housing; at least one circuit board carried by the housing and including radio frequency, RF, circuitry carried by the at least one circuit board and comprising a transmitter and receiver, and a processor carried by the at least one circuit board and operative with the RF circuitry; an antenna mounted within the housing and operative with the RF circuitry; a charging circuit mounted within the housing for charging a battery carried by and powering the mobile wireless communications device and comprising at least one charging contact (208, 210) having an exposed surface positioned on the housing and configured for engaging an external charging cradle when connected thereto, said charging contact further comprising an internal connector extending towards a battery charging pad positioned on the at least one circuit board and connected to charging circuitry and including an internal spring connecting to the battery charging pad, to form a biased electrical connector between the exposed surface of the at least one charging contact and the battery charging pad; and an RF filter connected to said charging contact and comprising a core of ferrite material positioned at a portion of the internal connector between the internal spring and the exposed surface of the at least one charging contact to minimize RF coupling from the at least one charging contact to the antenna and reduce transmitter harmonics emission and receiver de-sense.
A method for wireless communication, comprising: performing a first peer discovery based on a push mode by a device, wherein the performing the first peer discovery comprises transmitting a peer detection signal at a first rate by the device; performing a second peer discovery based on a pull mode by the device, wherein the performing the second peer discovery comprises receiving a peer discovery request from at least one other device, and characterised by transmitting the peer detection signal at a rate faster than the first rate by the device in response to receiving the peer discovery request. performing a first peer discovery based on a push mode by a device, wherein the performing the first peer discovery comprises transmitting a peer detection signal at a first rate by the device; performing a second peer discovery based on a pull mode by the device, wherein the performing the second peer discovery comprises receiving a peer discovery request from at least one other device, and characterised by transmitting the peer detection signal at a rate faster than the first rate by the device in response to receiving the peer discovery request.
Method for damping a side-side oscillation of a tower of a wind turbine having a generator connected to a converter, the method comprising: measuring an acceleration value of the tower; determining, based on the acceleration value, at least one frequency value of at least one tower oscillation mode, including a second tower oscillation mode; and controlling the converter of the wind turbine based at least on the acceleration value and the frequency value. measuring an acceleration value of the tower; determining, based on the acceleration value, at least one frequency value of at least one tower oscillation mode, including a second tower oscillation mode; and controlling the converter of the wind turbine based at least on the acceleration value and the frequency value.
System for gluing planar elements, such as glass panes, in or on frames formed of profiles, said system comprising an application head, for feeding the glue in a fully automatic manner, and a device for receiving and transporting the profiles and the planar elements, the device containing at least two transport tables, characterised in that the application head is positioned on a gantry which passes over a plurality of longitudinal and transverse guides, and in that the transport tables are operatively connected to the transverse and/or longitudinal cross members of the system in such a way that said transport tables can be driven into and out of the work region of the gantry-guided application head again on the transverse and/or longitudinal cross members for the parts to be glued, each transport table being provided with fixing elements for the parts to be glued and being movable on a stationary subframe.
A method of determining a route of travel for an autonomous vehicle, comprising: retrieving, at one or more computing devices and from a storage system via a network, data providing information regarding road segments (1a-h, 2a-f, 3a-g) traversed by a plurality of vehicles (100a-b) other than the autonomous vehicle, the data including one or more difficulty signals indicating previous disengagements by one or more of the plurality of vehicles from autonomous mode to a manual mode; correlating the difficulty signals with temporal features; determining, based on the data, a difficulty value for each road segment based on the difficulty signals, wherein determining the difficulty value for a particular segment comprises comparing a day or time of expected travel along the particular segment with a day or time correlated with the difficulty signals for the particular segment; computing, with the one or more computing devices, a route cost for each of one or more possible routes (810, 820, 830) between an origin and a destination, wherein the route cost is based on at least the difficulty values for the road segments along that route; and determining, based on the route cost for each of the one or more possible routes, which of the one or more possible routes to travel. retrieving, at one or more computing devices and from a storage system via a network, data providing information regarding road segments (1a-h, 2a-f, 3a-g) traversed by a plurality of vehicles (100a-b) other than the autonomous vehicle, the data including one or more difficulty signals indicating previous disengagements by one or more of the plurality of vehicles from autonomous mode to a manual mode; correlating the difficulty signals with temporal features; determining, based on the data, a difficulty value for each road segment based on the difficulty signals, wherein determining the difficulty value for a particular segment comprises comparing a day or time of expected travel along the particular segment with a day or time correlated with the difficulty signals for the particular segment; computing, with the one or more computing devices, a route cost for each of one or more possible routes (810, 820, 830) between an origin and a destination, wherein the route cost is based on at least the difficulty values for the road segments along that route; and determining, based on the route cost for each of the one or more possible routes, which of the one or more possible routes to travel.
A multi-layer flexible hose 100 comprising: an inner, hollow tube comprising PTFE and an outer layer, said inner PTFE tube being provided so as to extend longitudinally within said outer layer; a sleeve comprising steel braiding being positioned between said inner PTFE tube and said outer layer; said hose further comprising a coating of intumescent material provided between said steel braiding sleeve and said outer layer; wherein said outer layer comprises fiber glass. an inner, hollow tube comprising PTFE and an outer layer, said inner PTFE tube being provided so as to extend longitudinally within said outer layer; a sleeve comprising steel braiding being positioned between said inner PTFE tube and said outer layer; said hose further comprising a coating of intumescent material provided between said steel braiding sleeve and said outer layer; wherein said outer layer comprises fiber glass.
Tape measure comprising a housing having a measuring tape reelable therein and pullable therefrom and extending from a drum (48, 50) which is rotatably mounted about its axis inside said housing, said drum being rotatable by means of a handle which passes at least in some sections through a first outer side surface of said housing and extends from a holder, wherein the handle with the holder is arranged inside the housing axially movable along the drum axis, wherein said handle in a first position, the so-called measuring position, merges flush with the first outer side surface or is recessed relative thereto, and in a second position, the so-called use position, enabling the reeling on of the measuring tape and arranged for gripping said handle, projects at least in some sections above the first outer side surface due to movement along the drum axis.
An immunity induction therapy apparatus, comprising a infrared light generating device, and a bearing and driving part configured to bear the infrared light generating device and capable of driving the infrared light generating device to be disposed at a suitable position, wherein the infrared light generating device comprises a light source part and an optical system configured to regulate and output light emitted by the light source part, and the light source part is connected to a light source control circuit wherein the optical system comprises a light source focusing group, a light homogenizing group, a homogenized-light focusing and focus regulating group, and a homogenized-light collimating group arranged in sequence from front to back; the light source part comprises a reflector cup and a light source provided at the center of the reflector cup; and the reflector cup is provided on the front side of the light source focusing group and the light homogenizing group comprises an integrator rod.
A speed control system for a vehicle, comprising: torque control means for automatically causing application of positive and negative torque to one or more wheels (111, 112, 114, 115) of a vehicle to cause the vehicle to travel in accordance with a target speed value; means for receiving information indicative of a gradient of a driving surface over which the vehicle is driving; means for receiving a signal indicative of a target speed value; means for receiving a signal indicative of a current vehicle speed; and means for receiving information indicative of a driving mode of the vehicle, the torque control means being configured to control the rate of change of the amount of torque applied to the one or more wheels (111, 112, 114, 115) in order to attempt to cause the vehicle to accelerate from rest to the target speed value iteratively, by causing the vehicle to accelerate to an intermediate target speed value, the torque control means being operable to determine the intermediate target speed value in accordance with the driving mode of the vehicle, the information indicative of a gradient of the driving surface over which the vehicle is driving and the signal indicative of a current vehicle speed, the torque control means further being operable to determine a rate of change of the amount of torque in accordance with the intermediate target speed value and to cause application of torque to one or more wheels of the vehicle in dependence on the rate of change of the amount of torque, such that the vehicle speed is caused to change in an iterative manner towards the target speed value. torque control means for automatically causing application of positive and negative torque to one or more wheels (111, 112, 114, 115) of a vehicle to cause the vehicle to travel in accordance with a target speed value; means for receiving information indicative of a gradient of a driving surface over which the vehicle is driving; means for receiving a signal indicative of a target speed value; means for receiving a signal indicative of a current vehicle speed; and means for receiving information indicative of a driving mode of the vehicle, the torque control means being configured to control the rate of change of the amount of torque applied to the one or more wheels (111, 112, 114, 115) in order to attempt to cause the vehicle to accelerate from rest to the target speed value iteratively, by causing the vehicle to accelerate to an intermediate target speed value, the torque control means being operable to determine the intermediate target speed value in accordance with the driving mode of the vehicle, the information indicative of a gradient of the driving surface over which the vehicle is driving and the signal indicative of a current vehicle speed, the torque control means further being operable to determine a rate of change of the amount of torque in accordance with the intermediate target speed value and to cause application of torque to one or more wheels of the vehicle in dependence on the rate of change of the amount of torque, such that the vehicle speed is caused to change in an iterative manner towards the target speed value.
A method for mirroring data over a network connection, the method comprising: transmitting from a first electronic device to a second electronic device via the network connection an identifier associated with the second electronic device, wherein the identifier specifies a group membership for the first and second electronic devices; receiving from the network connection information describing that the second electronic device is online; outputting data at the first electronic device; transmitting mirrored data to the second electronic device, the mirrored data related to the output data and including commands executed by the first electronic device; and executing the commands at the second electronic device substantially simultaneously with the output of the data at the first electronic device such that the mirrored data output at the second electronic device is substantially synchronized with the data output at the first electronic device. transmitting from a first electronic device to a second electronic device via the network connection an identifier associated with the second electronic device, wherein the identifier specifies a group membership for the first and second electronic devices; receiving from the network connection information describing that the second electronic device is online; outputting data at the first electronic device; transmitting mirrored data to the second electronic device, the mirrored data related to the output data and including commands executed by the first electronic device; and executing the commands at the second electronic device substantially simultaneously with the output of the data at the first electronic device such that the mirrored data output at the second electronic device is substantially synchronized with the data output at the first electronic device.