mhurhangee/patent-ind-claim-en huggingface dataset:
Sensor device having a sensor , a circuit carrier , conductor sections for supplying current to the sensor and for capturing an output signal (U H ) generated by the sensor , which conductor sections are used to connect the sensor to the circuit carrier , and a supply and read-out apparatus , wherein respective contact points of two of the conductor sections on the circuit carrier are electrically connected by means of a capacitor (C 1 ), with the result that the two conductor sections , the capacitor (C 1 ) and the sensor are constituent parts of an electrical loop (L1), wherein the two conductor sections , the capacitor (C 1 ) and the sensor are constituent parts of a first electrical loop (L 1 ), characterized in that the sensor device comprises a second electrical loop (L 2 ) which is electrically connected to the capacitor (C 1 ) and is designed in such a manner that a current flow, which is generated in the second electrical loop (L 2 ) by a magnetic field (B) that permeates the first electrical loop (L 1 ) and the second electrical loop (L 2 ) at the same time, counteracts interference exerted on the output signal from the sensor by the magnetic field (B). wherein respective contact points of two of the conductor sections on the circuit carrier are electrically connected by means of a capacitor (C 1 ), with the result that the two conductor sections , the capacitor (C 1 ) and the sensor are constituent parts of an electrical loop (L1), wherein the two conductor sections , the capacitor (C 1 ) and the sensor are constituent parts of a first electrical loop (L 1 ), characterized in that the sensor device comprises a second electrical loop (L 2 ) which is electrically connected to the capacitor (C 1 ) and is designed in such a manner that a current flow, which is generated in the second electrical loop (L 2 ) by a magnetic field (B) that permeates the first electrical loop (L 1 ) and the second electrical loop (L 2 ) at the same time, counteracts interference exerted on the output signal from the sensor by the magnetic field (B).
Method for producing a shaped part having the following method steps: -- providing a first layer consisting of a first sheet metal material and at least a second layer consisting of a second sheet metal material, -- forming a preliminary composite comprising the first layer and the at least second layer -- plating the preliminary composite -- forming the preliminary composite to obtain the shaped part using a flow turning, compression or deep drawing method, characterized in that the plating is done during the forming process. -- providing a first layer consisting of a first sheet metal material and at least a second layer consisting of a second sheet metal material, -- forming a preliminary composite comprising the first layer and the at least second layer -- plating the preliminary composite -- forming the preliminary composite to obtain the shaped part using a flow turning, compression or deep drawing method,
A method for detecting vital information and humidity, wherein the method for detecting vital information and humidity comprises: transmitting two incident radar signals (FH) with different frequencies to a field and receiving a reflected radar signal (FN, FN') corresponding to the field; processing the reflected radar signal (FN, FN') to obtain a body reflection signal (Sb) of an object to be measured and a tag reflection signal (St) of a humidity sensing tag ; wherein the body reflection signal is obtained by receiving the incident radar signal with a first frequency and demodulating the reflected radar signal according to the first frequency, and the tag reflection signal is obtained by receiving the incident radar signal with a second frequency and demodulating the reflected radar signal according to the second frequency, obtaining vital information according to phase information of the body reflection signal (Sb); and obtaining humidity information according to an energy intensity of the tag reflection signal (St). transmitting two incident radar signals (FH) with different frequencies to a field and receiving a reflected radar signal (FN, FN') corresponding to the field; processing the reflected radar signal (FN, FN') to obtain a body reflection signal (Sb) of an object to be measured and a tag reflection signal (St) of a humidity sensing tag ; wherein the body reflection signal is obtained by receiving the incident radar signal with a first frequency and demodulating the reflected radar signal according to the first frequency, and the tag reflection signal is obtained by receiving the incident radar signal with a second frequency and demodulating the reflected radar signal according to the second frequency, obtaining vital information according to phase information of the body reflection signal (Sb); and obtaining humidity information according to an energy intensity of the tag reflection signal (St).
Switchgear cabinet comprising a closed housing and a cooling device for cooling items of electrical and/or electronic equipment that can be disposed inside the housing , comprising a first closed cooling circuit containing a first cooling medium for removing heat generated during operation of at least one of the items of equipment from the housing , wherein the first cooling circuit is connected inside the housing to a first heat exchanger for transferring the heat from the at least one item of equipment to the first cooling medium and, outside the housing , to a second heat exchanger for dissipating the heat to an external cooling medium, wherein the second heat exchanger is disposed above the first heat exchanger and wherein the first cooling circuit , the first cooling medium and the first and second heat exchanger are designed to implement heat transfer according to the two-phase thermosiphon principle, and wherein the first cooling circuit comprises pipes for the first cooling medium which extend out of the housing in a sealed manner via feedthroughs and interconnect the first heat exchanger and the second heat exchanger .
A system for treating bone, comprising: an elongated introducer with a flow channel extending therethrough for introducing a bone fill material into an interior of a bone; a source of bone fill material coupled to the flow channel and configured to deliver a flow of bone fill material through the flow channel; an energy source selectively coupleable to the bone fill material to alter the viscosity of the bone fill material; a sensor configured to measure a characteristic of the bone fill material; and a controller configured to control the application of energy from the energy source to the bone fill material, wherein the controller includes algorithms that ramp-up and ramp-down power delivery from the energy source to the bone fill material in response to the measured characteristic of the bone fill material. an elongated introducer with a flow channel extending therethrough for introducing a bone fill material into an interior of a bone; a source of bone fill material coupled to the flow channel and configured to deliver a flow of bone fill material through the flow channel; an energy source selectively coupleable to the bone fill material to alter the viscosity of the bone fill material; a sensor configured to measure a characteristic of the bone fill material; and a controller configured to control the application of energy from the energy source to the bone fill material, wherein the controller includes algorithms that ramp-up and ramp-down power delivery from the energy source to the bone fill material in response to the measured characteristic of the bone fill material.
A freestanding pilot training system comprising: a floor-resting base ; a seat pan ; a plurality of actuators connecting the floor-resting base and the seat pan and positioned above the floor-resting base and below the seat pan , the plurality of actuators being configured to move the seat pan linearly and rotationally along x, y, and z axes; a pedal support removably connected to the seat pan via a first support post ; a yoke support removably connected to the seat pan via a second support post ; a head-mounted display configured to display an output of a flight simulation software reflecting a simulated flight environment, wherein a point of view of the head-mounted display is synchronized to motion of the seat pan ; and a training terminal comprising a processor, wherein the pedal support and the yoke support are rigidly linked with the seat pan so as to move synchronously therewith: a floor-resting base ; a seat pan ; a plurality of actuators connecting the floor-resting base and the seat pan and positioned above the floor-resting base and below the seat pan , the plurality of actuators being configured to move the seat pan linearly and rotationally along x, y, and z axes; a pedal support removably connected to the seat pan via a first support post ; a yoke support removably connected to the seat pan via a second support post ; a head-mounted display configured to display an output of a flight simulation software reflecting a simulated flight environment, wherein a point of view of the head-mounted display is synchronized to motion of the seat pan ; and a training terminal comprising a processor, wherein the pedal support and the yoke support are rigidly linked with the seat pan so as to move synchronously therewith:
Secure touchscreen assembly comprising: - a first patterned conductive layer comprising a first touch sensing grid and a first tamper sensing grid ; - tamper sensing circuitry coupled to the first tamper sensing grid that detects a tamper by detecting a change in conductivity in the first tamper sensing grid ; characterized in that the first tamper sensing grid is disposed in areas of the first patterned conductive layer where the first touch sensing grid is not present and is not in physical contact with the first touch sensing grid . - a first patterned conductive layer comprising a first touch sensing grid and a first tamper sensing grid ; - tamper sensing circuitry coupled to the first tamper sensing grid that detects a tamper by detecting a change in conductivity in the first tamper sensing grid ; characterized in that the first tamper sensing grid is disposed in areas of the first patterned conductive layer where the first touch sensing grid is not present and is not in physical contact with the first touch sensing grid .
A method for analyzing a workpiece surface for a laser machining process, comprising the steps of: - radiating a flat fan-shaped light beam of light of a first wavelength range to generate a light line on said workpiece surface and illuminating said workpiece surface with light of at least a second wavelength range; - capturing an image of said workpiece surface by means of a sensor device which comprises an image sensor and an optical system for imaging light on said image sensor , wherein a first plane defined by the plane of the fan-shaped light beam, said optics and said image sensor are arranged in a Scheimpflug arrangement; and - evaluating the image to analyze features of said workpiece surface , characterized in that said optics has different refractive indices for the first and the second wavelength ranges, and evaluating the image to analyze features of said workpiece surface is based on a predetermined offset on the workpiece surface between the first plane and a second plane for which the light of the second wavelength range from said optics is imaged on said image sensor . - radiating a flat fan-shaped light beam of light of a first wavelength range to generate a light line on said workpiece surface and illuminating said workpiece surface with light of at least a second wavelength range; - capturing an image of said workpiece surface by means of a sensor device which comprises an image sensor and an optical system for imaging light on said image sensor , wherein a first plane defined by the plane of the fan-shaped light beam, said optics and said image sensor are arranged in a Scheimpflug arrangement; and - evaluating the image to analyze features of said workpiece surface , said optics has different refractive indices for the first and the second wavelength ranges, and evaluating the image to analyze features of said workpiece surface is based on a predetermined offset on the workpiece surface between the first plane and a second plane for which the light of the second wavelength range from said optics is imaged on said image sensor .
A stent comprising: a body having distal and proximal ends and defining a central lumen along a longitudinal axis, the body having an insertion configuration with a reduced profile and a deployed configuration with an enlarged profile greater than the insertion profile, the body comprising a plurality of spaced apart, undulating circumferential members having one undulating helical turn and one or more undulating circumferential rings ; and a plurality of closed cell connectors extending substantially parallel to the longitudinal axis that form connections between internal apices of the undulating helical turn and an adjacent undulating circumferential ring in the circumferential member ; the undulating circumferential members defining a closed cell structure comprising a plurality of closed cells , and an undulating helical element extending helically about the longitudinal axis, axially interposed between and directly connected to the undulating helical turn of the circumferential members ; the undulating helical element having a plurality of helical turns ; and the undulating helical element defining an open cell structure comprising a plurality of open cells ; wherein, in the deployed configuration, the plurality of helical turns of the undulating helical element and the undulating helical turn of circumferential members have a uniform apex geometry throughout the body of the stent, wherein the apex geometry is defined by an apex radius, width and thickness and an angle of the struts forming a said apex. a body having distal and proximal ends and defining a central lumen along a longitudinal axis, the body having an insertion configuration with a reduced profile and a deployed configuration with an enlarged profile greater than the insertion profile, the body comprising a plurality of spaced apart, undulating circumferential members having one undulating helical turn and one or more undulating circumferential rings ; and a plurality of closed cell connectors extending substantially parallel to the longitudinal axis that form connections between internal apices of the undulating helical turn and an adjacent undulating circumferential ring in the circumferential member ; the undulating circumferential members defining a closed cell structure comprising a plurality of closed cells , and an undulating helical element extending helically about the longitudinal axis, axially interposed between and directly connected to the undulating helical turn of the circumferential members ; the undulating helical element having a plurality of helical turns ; and the undulating helical element defining an open cell structure comprising a plurality of open cells ; wherein, in the deployed configuration, the plurality of helical turns of the undulating helical element and the undulating helical turn of circumferential members have a uniform apex geometry throughout the body of the stent, wherein the apex geometry is defined by an apex radius, width and thickness and an angle of the struts forming a said apex.
A wearable device comprising: a body including: a front having a generally rectangular shape; a back opposite to the front; an upper side ; a lower side ; and a left side and a right side, wherein the upper side, the lower side, left side, and right side are positioned between the front and back and couple the front and back; an upper band coupled to the upper side; a lower band coupled to the lower side; a display located on the front of the body; a camera module disposed on the upper side ; and characterised in that it further comprises a key disposed on the lower side , the key being operated by being pressed, wherein the upper side forms an obtuse angle with the front and an acute angle with the back, and wherein the lower side forms an obtuse angle with the front and an acute angle with the back. a body including: a front having a generally rectangular shape; a back opposite to the front; an upper side ; a lower side ; and a left side and a right side, wherein the upper side, the lower side, left side, and right side are positioned between the front and back and couple the front and back; a front having a generally rectangular shape; a back opposite to the front; an upper side ; a lower side ; and a left side and a right side, an upper band coupled to the upper side; a lower band coupled to the lower side; a display located on the front of the body; a camera module disposed on the upper side ; and characterised in that it further comprises a key disposed on the lower side , the key being operated by being pressed, wherein the upper side forms an obtuse angle with the front and an acute angle with the back, and
A fluororubber composition comprising 25 to 50 parts by weight of wollastonite and 0.5 to 10 parts by weight of organic peroxide based on 100 parts by weight of peroxide-crosslinkable fluororubber, the peroxide-crosslinkable fluororubber being a fluorine-containing elastomer having a fluorine content of 63 to 71 wt.% and a Mooney viscosity ML 1+10 at 121 °C of 20 to 100, and containing iodine and/or bromine as a crosslinking site in the molecule, the wollastonite being needle-like or fibrous wollastonite having an average fiber diameter of 5 μm or less and an average fiber length of 40 to 80 μm, and the wollastonite being surface-treated with an amino silane coupling agent or an epoxy silane coupling agent. the peroxide-crosslinkable fluororubber being a fluorine-containing elastomer having a fluorine content of 63 to 71 wt.% and a Mooney viscosity ML 1+10 at 121 °C of 20 to 100, and containing iodine and/or bromine as a crosslinking site in the molecule, the wollastonite being needle-like or fibrous wollastonite having an average fiber diameter of 5 μm or less and an average fiber length of 40 to 80 μm, and the wollastonite being surface-treated with an amino silane coupling agent or an epoxy silane coupling agent.
A method of controlling the Myzus persicae pest comprising contacting the pest with the composition comprising (A) N-acetylloline, N-formylloline, and N-acetylnorloline in a weight ratio from 1:3:1 to 1:6:3, and (B) either flonicamid or thiamethoxam, wherein the weight ratio of (A) to flonicamid is from 1:3 to 1:100, and the weight ratio of (A) to thiamethoxam is 1:4.
A connection verifier for ensuring that a fluid connection comprising a snap ring is securely connected, comprising: a collar adapted to receive the fluid connection ; a circuit board non-rotatably connected to the collar , the circuit board including at least one terminal ; a switch rotatably connected to the collar and arranged to contact the at least one terminal , the switch including at least one finger extending in a first axial direction (AD1); and, an indication device arranged to activate when the switch contacts the at least one terminal caused by engagement of the at least one finger with the snap ring of the fluid connection . a collar adapted to receive the fluid connection ; a circuit board non-rotatably connected to the collar , the circuit board including at least one terminal ; a switch rotatably connected to the collar and arranged to contact the at least one terminal , the switch including at least one finger extending in a first axial direction (AD1); and, an indication device arranged to activate when the switch contacts the at least one terminal caused by engagement of the at least one finger with the snap ring of the fluid connection .
Carriage for a door leaf for longitudinal movement of the door leaf in a parallel stored position, wherein - a housing region having at least two running rollers and a bearing point for swivellably supporting an extension arm is provided; - the extension arm has a far bearing point for the door leaf for parallel storing of the door leaf and a bearing point closer to the housing region for an end of a control arm ; - a control portion (40; 41) is continued in a longitudinal direction of the housing region and has a guide for the other end region of the control arm ; - a releasably locked position of the control arm by a downwardly projecting protrusion in an angled end region of the guide is secured by a spring element , wherein the extension arm can be contacted tightly against the housing region in its pivoted-in position wherein a convex curvature in a side region of the control portion , which is angled to the longitudinal guide, is received in a bay-shaped recess in the extension arm and the angled end region of the guide is arranged in the convex curvature of the control portion , characterized in that the bay-shaped recess does not completely engage through to the lower face of the extension arm in the vertical direction. - a housing region having at least two running rollers and a bearing point for swivellably supporting an extension arm is provided; - the extension arm has a far bearing point for the door leaf for parallel storing of the door leaf and a bearing point closer to the housing region for an end of a control arm ; - a control portion (40; 41) is continued in a longitudinal direction of the housing region and has a guide for the other end region of the control arm ; - a releasably locked position of the control arm by a downwardly projecting protrusion in an angled end region of the guide is secured by a spring element , wherein
A multi-link hinge , in particular for refrigerator doors, with a fastening element which can be secured to a furniture body and is connected to a pivotable door bearing via a plurality of levers connected to one another in a scissor-like manner, the door bearing being pre-tensioned into a closed position via a spring , wherein a linear damper is provided that dampens a closing movement of the door bearing , wherein the damper is effective only over a portion of the pivot range of the door bearing and the damper comprises a housing and a piston rod being displaceable relative to the housing, characterized in that the damper is held pivotably on one side and is held at an oblong hole on the other side .
A peptide able to bind multiple sclerosis auto-antibodies consisting of an amino acid sequence having at least 90% identity with LYGYRWPLPSKL (SEQ ID NO: 158) or a fragment thereof, wherein said fragment thereof is able to bind multiple sclerosis auto-antibodies.
A transmission module for a vehicle comprising a clutch that includes two clutch parts which can be mutually coupled, a first clutch part of which being capable of coupling to a drive source of the vehicle and the second clutch part being capable of coupling to an input shaft of a transmission of the vehicle, wherein the transmission module furthermore comprises a part module which has an input and an output , which part module comprises a transmission of the part module as well as a further clutch connected to the transmission of the part module , the input of the part module being coupled to the first clutch part and being capable of coupling to the drive source of the vehicle, and the output of the part module being coupled to the second clutch part and being capable of coupling to the input shaft of the transmission of the vehicle, and the transmission of the part module being arranged such that the directions of rotation of the input and output shafts of the part module are equal to each other, characterised in that the transmission of the part module comprises two partial transmissions each having an input and an output shaft (45,49;47,51), of which the input shaft of a first one of the partial transmissions is connected to the input of the part module and the output shaft of the second partial transmission is connected to the output of the part module and the output shaft of the first partial transmission and the input shaft of the second partial transmission can be coupled to each other by means of the further clutch .