mhurhangee/ep-ind-claims huggingface dataset:
A wideband frequency tunable converter, comprising: a wideband frequency tunable polyphase filter (110, 400) that receives an input signal having a frequency of f IF, wherein the polyphase filter (110, 400) converts the IF signal to IF I and IF Q; a pair of wideband frequency tunable amplifiers (130, 300) that receive IF I and IF Q and generates amplified input signals with or without a polarity inversion of IF I and IF Q; a pair of double sideband mixers that multiply the amplified input signals with local oscillator signals having a frequency of f LO; and an output summer that is coupled to the mixers and outputs an output signal, wherein the RF signal has an image frequency of either (f IF +f LO) or (f IF -f LO) under up conversion, selectable by the polarity inversion; wherein the polyphase filter (110, 400) comprises a plurality of polyphase resistors (410, 510) comprising a plurality of triode mode transistors; and wherein the converter operates under a tunable frequency and with process, voltage, and temperature tracking and compensation. a wideband frequency tunable polyphase filter (110, 400) that receives an input signal having a frequency of f IF, wherein the polyphase filter (110, 400) converts the IF signal to IF I and IF Q; a pair of wideband frequency tunable amplifiers (130, 300) that receive IF I and IF Q and generates amplified input signals with or without a polarity inversion of IF I and IF Q; a pair of double sideband mixers that multiply the amplified input signals with local oscillator signals having a frequency of f LO; and an output summer that is coupled to the mixers and outputs an output signal, wherein the RF signal has an image frequency of either (f IF +f LO) or (f IF -f LO) under up conversion, selectable by the polarity inversion; wherein the polyphase filter (110, 400) comprises a plurality of polyphase resistors (410, 510) comprising a plurality of triode mode transistors; and wherein the converter operates under a tunable frequency and with process, voltage, and temperature tracking and compensation.
A computer-implemented method using vehicular high beam data to augment a geographic database, the method comprising: receiving high beam data for a plurality of high beam events on a road segment, wherein the high beam data for each event indicates whether a vehicle's high beams were active at a location on the road segment; receiving one or more roadway conditions for the locations on the road segment; for each of the plurality of high beam events on the road segment, calculating a high beam confidence value based on the high beam data and the roadway condition, wherein the high beam confidence value indicates a level of confidence that the high beam event occurred in response to low levels of roadway illumination; calculating a high beam frequency for the road segment by aggregating a plurality of high beam confidence values for a plurality of high beam events on the road segment; and augmenting the geographic database by including the high beam frequency for the road segment. receiving high beam data for a plurality of high beam events on a road segment, wherein the high beam data for each event indicates whether a vehicle's high beams were active at a location on the road segment; receiving one or more roadway conditions for the locations on the road segment; for each of the plurality of high beam events on the road segment, calculating a high beam confidence value based on the high beam data and the roadway condition, wherein the high beam confidence value indicates a level of confidence that the high beam event occurred in response to low levels of roadway illumination; calculating a high beam frequency for the road segment by aggregating a plurality of high beam confidence values for a plurality of high beam events on the road segment; and augmenting the geographic database by including the high beam frequency for the road segment.
Melting device for melting a cheese, wherein the melting device has a housing base, a cheese carrier with a support unit for placing the cheese and a heating element for melting the cheese, wherein the cheese carrier and the heating element are arranged at and/or on the housing base and the cheese carrier is fixed, wherein the melting device has as a heating element a radiant heater arm with a radiant heater such that the radiant heater arm with the radiant heater is movable horizontally over the fixed cheese carrier by means of a displacement unit, characterised in that the radiant heater arm and the housing base are arranged in such a way that the radiant heater arm is movable horizontally by means of the displacement unit on and/or in the housing base.
A torque sensor comprising: a strain body; and an optical sensor (OS1-OS4) configured to detect a deformation of the strain body, wherein the strain body includes an outer peripheral body having a ring shape, and an inner peripheral body of which at least a part is disposed inside the outer peripheral body in a radial direction, and each of the optical sensors (OS1-OS4) includes a scale (SC1-SC4) fixed to one of the outer peripheral body and the inner peripheral body, and disposed between the outer peripheral body and the inner peripheral body, and a detector (D1-D4) fixed to a remaining one of the outer peripheral body and the inner peripheral body, and disposed to face the scale (SC1-SC4) between the outer peripheral body and the inner peripheral body, characterized by a substrate (PB1-PB4) disposed between the outer peripheral body and the inner peripheral body, and provided with the detector (D1-D4), wherein the strain body includes a plurality of connectors (9A-9D) disposed between the outer peripheral body and the inner peripheral body, and configured to connect the outer peripheral body and the inner peripheral body to each other, and the substrate (PB1-PB4) is arranged in a space (S1-S4) among the plurality of connectors (9A-9D) in a circumferential direction. a strain body; and an optical sensor (OS1-OS4) configured to detect a deformation of the strain body, wherein the strain body includes an outer peripheral body having a ring shape, and an inner peripheral body of which at least a part is disposed inside the outer peripheral body in a radial direction, and an outer peripheral body having a ring shape, and an inner peripheral body of which at least a part is disposed inside the outer peripheral body in a radial direction, and each of the optical sensors (OS1-OS4) includes a scale (SC1-SC4) fixed to one of the outer peripheral body and the inner peripheral body, and disposed between the outer peripheral body and the inner peripheral body, and a detector (D1-D4) fixed to a remaining one of the outer peripheral body and the inner peripheral body, and disposed to face the scale (SC1-SC4) between the outer peripheral body and the inner peripheral body, a scale (SC1-SC4) fixed to one of the outer peripheral body and the inner peripheral body, and disposed between the outer peripheral body and the inner peripheral body, and a detector (D1-D4) fixed to a remaining one of the outer peripheral body and the inner peripheral body, and disposed to face the scale (SC1-SC4) between the outer peripheral body and the inner peripheral body, characterized by a substrate (PB1-PB4) disposed between the outer peripheral body and the inner peripheral body, and provided with the detector (D1-D4), wherein the strain body includes a plurality of connectors (9A-9D) disposed between the outer peripheral body and the inner peripheral body, and configured to connect the outer peripheral body and the inner peripheral body to each other, and the substrate (PB1-PB4) is arranged in a space (S1-S4) among the plurality of connectors (9A-9D) in a circumferential direction.
An oven comprising a cooking cavity, a stirring member (11, 111, 211, 311) extending, in use, into foodstuff contained in a vessel disposed in the cooking cavity as well as drive means to provide, in use, relative movement between the stirring member (11, 111, 211, 311) and the vessel, characterized in that the oven comprises a displacement device (10, 110, 210, 310) to move the stirring member (11, 111, 211, 311) from outside the cooking cavity through an opening in a wall bounding the cooking cavity into the cooking cavity as well as, in use, into the vessel disposed in the cooking cavity.
Protective funnel for a laser device in the form of a galvo laser, comprising at least one connecting element for connection to a laser head of the laser device, a guide region and a safety contact element, which is preferably arranged at the opposite end to the connecting element, wherein the guide region is designed for adjusting an overall length of the protective funnel for changing a focal point of a laser and the guide region has at least one protective cover for an air inlet opening, which is arranged in the region of the connecting element, for protection against the exit of a laser beam from the air inlet opening, wherein the protective cover extends from the connecting element in the direction of the safety contact element, characterized in that the safety contact element has a displaceable contact plate for making contact with the workpiece, wherein between the contact plate and a holding plate, which is connected to the guide region, at least one sensor is arranged, which is designed to release the processing of the workpiece with the laser beam.
An articulating surgical instrument, the instrument comprising: a shaft having a longitudinal axis; an end effector operationally coupled to the shaft at an articulation pivot, wherein the end effector comprises a boss centered on the articulation pivot; a first band operationally connected to the end effector and extending through at least a portion of the shaft, wherein the first band is mechanically coupled to the end effector at a first point of the boss that is offset from the articulation pivot such that force translated through the first band is translated to the boss to effect rotation of the boss about the articulation pivot; and an articulation control, characterised in that the articulation control comprises an articulation slide that is movable transversely across the shaft for applying a force in a direction substantially transverse to the longitudinal axis, said articulation slide being operationally connected to the first band such that application of the force is translated through the first band to the end effector to effect rotation of the end effector relative to the shaft about the articulation pivot. a shaft having a longitudinal axis; an end effector operationally coupled to the shaft at an articulation pivot, wherein the end effector comprises a boss centered on the articulation pivot; a first band operationally connected to the end effector and extending through at least a portion of the shaft, wherein the first band is mechanically coupled to the end effector at a first point of the boss that is offset from the articulation pivot such that force translated through the first band is translated to the boss to effect rotation of the boss about the articulation pivot; and an articulation control, characterised in that the articulation control comprises an articulation slide that is movable transversely across the shaft for applying a force in a direction substantially transverse to the longitudinal axis, said articulation slide being operationally connected to the first band such that application of the force is translated through the first band to the end effector to effect rotation of the end effector relative to the shaft about the articulation pivot.
A water current shield for providing an object with protection from a water current at a subsea work site, the water current shield comprising: a. a frame, comprising: i. a post; ii. a set of upper louver attachment arms, a first member of the set of upper louver attachment arms connected to the post at a first predetermined offset angle and a second member of the set of upper louver attachment arms connected to the post at a second predetermined offset angle; iii. a set of lower louver attachment arms, a first member of the set of lower louver attachment arms connected to the post at the first predetermined offset angle and a second member of the set of lower louver attachment arms connected to the post at the second predetermined offset angle; and iv. a stationer connected to the post; b. a predetermined set of louver assemblies operatively connected to the frame intermediate the upper louver attachment arms and the lower louver attachment arms, each louver assembly comprising a selectably movable louver (31,32); and c. a louver mover operatively connected to each selectably movable louver (31,32) and operative to allow the louver assemblies to be placed and secured selectively into an open, partially open, and/or closed position. a. a frame, comprising: i. a post; ii. a set of upper louver attachment arms, a first member of the set of upper louver attachment arms connected to the post at a first predetermined offset angle and a second member of the set of upper louver attachment arms connected to the post at a second predetermined offset angle; iii. a set of lower louver attachment arms, a first member of the set of lower louver attachment arms connected to the post at the first predetermined offset angle and a second member of the set of lower louver attachment arms connected to the post at the second predetermined offset angle; and iv. a stationer connected to the post; i. a post; ii. a set of upper louver attachment arms, a first member of the set of upper louver attachment arms connected to the post at a first predetermined offset angle and a second member of the set of upper louver attachment arms connected to the post at a second predetermined offset angle; iii. a set of lower louver attachment arms, a first member of the set of lower louver attachment arms connected to the post at the first predetermined offset angle and a second member of the set of lower louver attachment arms connected to the post at the second predetermined offset angle; and iv. a stationer connected to the post; b. a predetermined set of louver assemblies operatively connected to the frame intermediate the upper louver attachment arms and the lower louver attachment arms, each louver assembly comprising a selectably movable louver (31,32); and c. a louver mover operatively connected to each selectably movable louver (31,32) and operative to allow the louver assemblies to be placed and secured selectively into an open, partially open, and/or closed position.
A method for providing access of an User End device to a service provided by an Application Function within a network structure, wherein the UE is authenticated by a Gateway to which the UE is attached and which provides access to the AF via a Broadband Access Network (BB Access Network), wherein the GW informs a state database on service flow requests to or from the authenticated UE towards the AF, wherein the GW additionally sends NAT (Network Address Translation) or NAPT (Network Address and Port Translation) binding information of a respective NAT or NAPT binding created by the GW regarding the authenticated UE and a respective service flow request to the SDB, wherein the SDB sends the NAT or NAPT binding information or an UE identifier to the AF, so that the AF - after having received the service flow request from the GW - can correlate the authenticated UE with the service flow request, and wherein the GW sends the service flow request to the AF after the AF has informed the GW that it has received the NAT or NAPT binding information from the SDB.
Aqueous composition containing N-benzyl-substituted N-(2-aminoethyl)-3-aminopropylsiloxane hydrochlorides, wherein the composition after storage for 6 weeks at 60°C has a colour number of < 1 Gardner, a content of methanol of < 0.5% by weight and an active substance content of < 60% by weight at a content of water of > 40% to < 60% by weight, wherein the components in the composition sum to 100% by weight.
Fill valve designed to be installed on a toilet tank comprising a wall having an opening dedicated to the passage of the fill valve and extending between an inner face and an outer face of the tank, the fill valve comprising: - a main part designed to extend inside the tank and carrying an inner stop; - a connecting end designed to extend outside the tank and carrying an outer stop element; characterised in that the outer stop element is axially integral with the connecting end and is radially deformable so as to be able to retract radially into the opening in the tank wall when it moves from the inside to the outside of the tank, and to expand radially so as to form a stop against the outer face of the tank, and in that the inner stop is axially movable mounted on the main part to form a vice with the outer stop element, the main part comprising a gripping device of the vice, and in that the gripping device comprises a cam lever designed to act on the inner stop to exert a gripping of the vice. - a main part designed to extend inside the tank and carrying an inner stop; - a connecting end designed to extend outside the tank and carrying an outer stop element; characterised in that the outer stop element is axially integral with the connecting end and is radially deformable so as to be able to retract radially into the opening in the tank wall when it moves from the inside to the outside of the tank, and to expand radially so as to form a stop against the outer face of the tank, and in that the inner stop is axially movable mounted on the main part to form a vice with the outer stop element, the main part comprising a gripping device of the vice, and in that the gripping device comprises a cam lever designed to act on the inner stop to exert a gripping of the vice.
A signal processing circuit, comprising: a feed line (1440, 1504, 1604) configured to deliver a signal between a wireless communication module and a first radiator (1220, 1221); a tuner (1200, 1201) and a reactance element, located outside the tuner (1200, 1201); wherein the tuner (1200, 1201) includes a variable capacitor (C2, C3) connected, at least selectively, between a first node (1406, 1409, 1411) and a ground part (1450, 1505, 1605), and a first switch (S4, S6, S8) connected between a second node (1404, 1407, 1413) connected to the feed line (1440, 1504, 1604) and a third node (1405, 1408, 1412), and wherein one side of the reactance element is connected to the feed line (1440, 1504, 1604) and the other side is connected to the first node (1406, 1409, 1411) and the third node (1405, 1408, 1412) of the tuner, such that opposite ends of the reactance element are connected to each other when the first switch (S4, S6, S8) is turned on, thus allowing the reactance element and the variable capacitor (C2, C3) to be selectively connected in series with each other. a feed line (1440, 1504, 1604) configured to deliver a signal between a wireless communication module and a first radiator (1220, 1221); a tuner (1200, 1201) and a reactance element, located outside the tuner (1200, 1201); wherein the tuner (1200, 1201) includes a variable capacitor (C2, C3) connected, at least selectively, between a first node (1406, 1409, 1411) and a ground part (1450, 1505, 1605), and a first switch (S4, S6, S8) connected between a second node (1404, 1407, 1413) connected to the feed line (1440, 1504, 1604) and a third node (1405, 1408, 1412), and wherein one side of the reactance element is connected to the feed line (1440, 1504, 1604) and the other side is connected to the first node (1406, 1409, 1411) and the third node (1405, 1408, 1412) of the tuner, such that opposite ends of the reactance element are connected to each other when the first switch (S4, S6, S8) is turned on, thus allowing the reactance element and the variable capacitor (C2, C3) to be selectively connected in series with each other.
A personal mobility vehicle, comprising: a vehicle body configured to support a user; at least one wheel (21, 22) supported by the body and rotatable around an axis; a marking mechanism (30, 70) supported by the body, the marking mechanism (30, 70) comprising: an attachment portion (36, 79) configured to be supported by the body; an elastic member (33, 73) comprising a coil spring, the elastic member (33, 73) having a first portion and a second portion, the first portion being supported by the attachment portion (36, 79); a marking material configured to generate markings when in frictional contact with a riding surface; wherein the second portion of the elastic member is configured to support the marking material and bias the marking material towards a position in which the marking material contacts the riding surface; characterized in that the elastic member (33, 73) is configured to bend in order to assist in maintaining contact between the marking material and the riding surface. a vehicle body configured to support a user; at least one wheel (21, 22) supported by the body and rotatable around an axis; a marking mechanism (30, 70) supported by the body, the marking mechanism (30, 70) comprising: an attachment portion (36, 79) configured to be supported by the body; an elastic member (33, 73) comprising a coil spring, the elastic member (33, 73) having a first portion and a second portion, the first portion being supported by the attachment portion (36, 79); a marking material configured to generate markings when in frictional contact with a riding surface; an attachment portion (36, 79) configured to be supported by the body; an elastic member (33, 73) comprising a coil spring, the elastic member (33, 73) having a first portion and a second portion, the first portion being supported by the attachment portion (36, 79); a marking material configured to generate markings when in frictional contact with a riding surface; wherein the second portion of the elastic member is configured to support the marking material and bias the marking material towards a position in which the marking material contacts the riding surface; characterized in that the elastic member (33, 73) is configured to bend in order to assist in maintaining contact between the marking material and the riding surface.
A method of forming a nozzle of a fluid ejection device, the nozzle having a straight mouth portion and a cavity portion, wherein the mouth portion is formed in a bottom surface of a substrate, and, after passivating the walls of the mouth portion, a wet etch process is applied from the bottom surface of the substrate for forming a part of the cavity portion with walls that diverge from the mouth portion, characterized in that a wet etch process is also applied from a top surface of the substrate for forming a part of the cavity portion which diverges towards the bottom surface and wherein the part that is etched from the bottom surface and the part that is etched from the top surface merge.