mhurhangee/patent-ind-claim-en huggingface dataset:
A motorcycle tire comprising a tread that comes into contact with a road surface at a tread surface thereof, wherein the tread includes a plurality of blocks including a center block located on an equator plane and a side block located outward of the center block in an axial direction, each of the plurality of blocks includes a land surface that forms a part of the tread surface , and in the tread surface , a total area of the land surfaces is smaller than a total area of a portion other than the land surfaces , characterized in that a complex elastic modulus at a maximum strain amplitude of 1% and a temperature of 70°C of each block is not less than 10.0 MPa, the complex elastic modulus being measured according to the standards of JIS K6394, and a 300% modulus at a temperature of 75°C of each block is not greater than 6.0 MPa, the 300% modulus being measured according to the standards of JIS K6251. the tread includes a plurality of blocks including a center block located on an equator plane and a side block located outward of the center block in an axial direction, each of the plurality of blocks includes a land surface that forms a part of the tread surface , and in the tread surface , a total area of the land surfaces is smaller than a total area of a portion other than the land surfaces , characterized in that a complex elastic modulus at a maximum strain amplitude of 1% and a temperature of 70°C of each block is not less than 10.0 MPa, the complex elastic modulus being measured according to the standards of JIS K6394, and a 300% modulus at a temperature of 75°C of each block is not greater than 6.0 MPa, the 300% modulus being measured according to the standards of JIS K6251.
Running gear for a sliding door , comprising a holding rail for mounting on the upper edge of the sliding door , a carriage support which is insertable axially into the holding rail and lockable there, and a carriage which is connected to the carriage support in a vertically adjustable manner, - wherein a threaded bore is provided on the carriage for the height adjustment of the sliding door , in which bore an adjusting screw with a polygonal head having at least two surfaces lying parallel to one another and having an even number of surfaces is rotatably guided, - wherein the adjusting screw is penetrating the carriage support in a bore with play, and - wherein the distance between two opposing surfaces on the polygonal head corresponds substantially to the clear width b of the carriage support , characterised in that carriage support has on one side an elastically flexible section at the end of which a cover plate is arranged with which, when the carriage support is fully inserted in the holding rail , the front face with the front surfaces of the holding rail can be covered. - wherein a threaded bore is provided on the carriage for the height adjustment of the sliding door , in which bore an adjusting screw with a polygonal head having at least two surfaces lying parallel to one another and having an even number of surfaces is rotatably guided, - wherein the adjusting screw is penetrating the carriage support in a bore with play, and - wherein the distance between two opposing surfaces on the polygonal head corresponds substantially to the clear width b of the carriage support ,
Radiological imaging device comprising - a gantry defining an analysis zone suitable to contain at least the portion of the patient to be analysed and a circular trajectory of extension extending around a central axis ; - said gantry comprising ∘ an image acquisition unit comprising at least a detector suitable to receive an emission after said emission has traversed at least part of said analysis zone ; and ∘ a casing defining a housing volume for said at least one detector ; - characterised in that said casing is of the telescopic type and comprises - a curved base module , - at least one curved mobile module movable relative to said curved base module so as to vary the angular extension of said casing and, thus, of said housing volume while maintaining said image acquisition unit inside said housing volume; - said least one curved mobile module having a cross section different from the cross section of said curved base module so as to be at least partially superimposed on said curved base module ; - and in that said gantry comprises, housed inside said housing volume, - at least one carriage to which said image acquisition unit is attached; - a base guideway integral with said base module and defining a base sliding trajectory for said at least one carriage in said base module ; and - a mobile guideway integral with and inside the at least one curved mobile module and defining a mobile sliding trajectory for said at least one carriage in said curved mobile module . - a gantry defining an analysis zone suitable to contain at least the portion of the patient to be analysed and a circular trajectory of extension extending around a central axis ; - said gantry comprising ∘ an image acquisition unit comprising at least a detector suitable to receive an emission after said emission has traversed at least part of said analysis zone ; and ∘ a casing defining a housing volume for said at least one detector ; ∘ an image acquisition unit comprising at least a detector suitable to receive an emission after said emission has traversed at least part of said analysis zone ; and ∘ a casing defining a housing volume for said at least one detector ; - characterised in that said casing is of the telescopic type and comprises - a curved base module , - at least one curved mobile module movable relative to said curved base module so as to vary the angular extension of said casing and, thus, of said housing volume while maintaining said image acquisition unit inside said housing volume; - said least one curved mobile module having a cross section different from the cross section of said curved base module so as to be at least partially superimposed on said curved base module ; - and in that said gantry comprises, housed inside said housing volume, - at least one carriage to which said image acquisition unit is attached; - a base guideway integral with said base module and defining a base sliding trajectory for said at least one carriage in said base module ; and - a mobile guideway integral with and inside the at least one curved mobile module and defining a mobile sliding trajectory for said at least one carriage in said curved mobile module .
An implantable medical device configured for implantation in and delivery of a therapy signal to a patient, the implantable medical device comprising: sensing circuitry configured to receive, via a plurality of electrodes, one or more test therapy signals generated by another device implanted in the patient; and processing circuitry , wherein at least one of the sensing circuitry or the processing circuitry is configured to detect the one or more test therapy signals, the processing circuitry further configured to: determine whether the one or more test therapy signals are detected; and characterised in that said processor is further configured to in response to detection of the one or more test therapy signals, control the implantable medical device to provide an indication that the implantable medical device has detected the one or more test therapy signals. sensing circuitry configured to receive, via a plurality of electrodes, one or more test therapy signals generated by another device implanted in the patient; and processing circuitry , wherein at least one of the sensing circuitry or the processing circuitry is configured to detect the one or more test therapy signals, the processing circuitry further configured to: determine whether the one or more test therapy signals are detected; and characterised in that said processor is further configured to in response to detection of the one or more test therapy signals, control the implantable medical device to provide an indication that the implantable medical device has detected the one or more test therapy signals. determine whether the one or more test therapy signals are detected; and characterised in that said processor is further configured to in response to detection of the one or more test therapy signals, control the implantable medical device to provide an indication that the implantable medical device has detected the one or more test therapy signals.
A method for panoramic video stabilization, comprising steps of acquiring a timestamp, an accelerometer value and an angular velocity value of the current state of a portable terminal in real time; performing a noise reduction process using low-pass filtering respectively to the accelerometer value and the angular velocity value with a formula of d i ′ = α ⋅ d i + 1 − α ⋅ d i − 1 ′ ; where d i represents the accelerometer value or the angular velocity value at time i , d i ′ represents the accelerometer value or the angular velocity value after the noise reduction process using low-pass filtering at time i , and d i − 1 ′ represents the accelerometer value or the angular velocity value after the noise reduction process using the low-pass filtering at time i-1 ; α is a smoothing factor, α = Δt R c + Δt , Rc = 1 2 πf c , where f c is a cut-off frequency of the low-pass filtering, Rc is a time constant, and Δt is a sampling time interval; estimating a rotation vector of the current state using an Extended Kalman Filtering combined with the accelerometer value and the angular velocity value; calculating a current rotation matrix via the Rodrigues' rotation formula on the basis of the rotation vector of the current state; and rotating a panoramic image on the basis of the current rotation matrix, and producing a stabilized video frame so as to alleviate VR motion sickness. acquiring a timestamp, an accelerometer value and an angular velocity value of the current state of a portable terminal in real time; performing a noise reduction process using low-pass filtering respectively to the accelerometer value and the angular velocity value with a formula of d i ′ = α ⋅ d i + 1 − α ⋅ d i − 1 ′ ; where d i represents the accelerometer value or the angular velocity value at time i , d i ′ represents the accelerometer value or the angular velocity value after the noise reduction process using low-pass filtering at time i , and d i − 1 ′ represents the accelerometer value or the angular velocity value after the noise reduction process using the low-pass filtering at time i-1 ; α is a smoothing factor, α = Δt R c + Δt , Rc = 1 2 πf c , where f c is a cut-off frequency of the low-pass filtering, Rc is a time constant, and Δt is a sampling time interval; estimating a rotation vector of the current state using an Extended Kalman Filtering combined with the accelerometer value and the angular velocity value; calculating a current rotation matrix via the Rodrigues' rotation formula on the basis of the rotation vector of the current state; and rotating a panoramic image on the basis of the current rotation matrix, and producing a stabilized video frame so as to alleviate VR motion sickness.
A computer-implemented method for manufacturing an antenna, the method , comprising: receiving selection criteria for querying a database of configuration and performance information of a plurality of antennas and correlation criteria for performing machine learning on results returned from querying the database ; in response to receiving, from the database, query results matching the selection criteria, performing machine learning on the query results according to the correlation criteria that includes a minimum correlation threshold indicating an effectiveness of one or more updates or changes to configuration of the plurality of antennas; receiving, from the machine learning, a proposed improvement to a process of manufacturing the antenna ; deploying an improved process of manufacturing the antenna if the machine learning resulted in correlation of the results returned from querying the database to the correlation criteria meeting or exceeding the minimum correlation threshold . receiving selection criteria for querying a database of configuration and performance information of a plurality of antennas and correlation criteria for performing machine learning on results returned from querying the database ; in response to receiving, from the database, query results matching the selection criteria, performing machine learning on the query results according to the correlation criteria that includes a minimum correlation threshold indicating an effectiveness of one or more updates or changes to configuration of the plurality of antennas; receiving, from the machine learning, a proposed improvement to a process of manufacturing the antenna ; deploying an improved process of manufacturing the antenna if the machine learning resulted in correlation of the results returned from querying the database to the correlation criteria meeting or exceeding the minimum correlation threshold .
An electric generator , comprising: a main generator , comprising a rotating portion having main field windings ; a stationary portion having generator armature windings ; a woven insulator at least partially enclosing the main field windings of the rotating portion, the woven insulator being comprised of strips or fibers of a material woven together, wherein the woven insulator is permeable to a coolant in a liquid form; and coolant located within the electric generator, wherein the woven insulator allows the coolant in a gaseous or liquid form to flow through the woven insulator, and wherein the coolant migrates from the rotating portion to the stationary portion by passing through the woven insulator during operation of the electric generator. a rotating portion having main field windings ; a stationary portion having generator armature windings ; a woven insulator at least partially enclosing the main field windings of the rotating portion, the woven insulator being comprised of strips or fibers of a material woven together, wherein the woven insulator is permeable to a coolant in a liquid form; and coolant located within the electric generator, wherein the woven insulator allows the coolant in a gaseous or liquid form to flow through the woven insulator, and wherein the coolant migrates from the rotating portion to the stationary portion by passing through the woven insulator during operation of the electric generator.
EIGAcoil for melting an electrode , comprising a plurality of windings arranged coaxially to each other and axially spaced apart from each other with respect to a center axis (M), wherein each of the plurality of windings is formed in the shape of a ring interrupted by a gap which is equidistant with respect to the center axis (M) and extends in a plane perpendicular to the center axis (M), and wherein adjacent windings of the plurality of windings are respectively connected to one another via a connecting section (20AB, 20BC; 120AB, 120BC), and characterized in that at least one of the windings has an oval, circular, rectangular or square cross-section in at least one section, and the gap is between 0.5 mm and 30 mm wide. each of the plurality of windings is formed in the shape of a ring interrupted by a gap which is equidistant with respect to the center axis (M) and extends in a plane perpendicular to the center axis (M), and wherein adjacent windings of the plurality of windings are respectively connected to one another via a connecting section (20AB, 20BC; 120AB, 120BC), and characterized in that at least one of the windings has an oval, circular, rectangular or square cross-section in at least one section, and the gap is between 0.5 mm and 30 mm wide.
A multi-well plate comprising: a frame made of a first material, wherein the frame has a planar top surface having an array of a plurality of holes arranged in a columnar pattern on the top surface, the frame further comprising an array of segmented breaking features arranged in a columnar pattern alternating with the columnar pattern of the plurality of holes; and a plurality of wells made of a second material, wherein the wells are placed into the plurality of holes on the top surface of the frame, wherein the multi-well plate is manually divisible along a center of the segmented breaking features into one or more columns of multi-well strips, wherein the segmented breaking feature comprises an array of petal shaped cuts that extend from the top surface of the frame through a bottom surface of the frame and a series of undercuts on a bottom surface of the frame portion, arranged such that the undercuts alternate with the petal shaped cuts. a frame made of a first material, wherein the frame has a planar top surface having an array of a plurality of holes arranged in a columnar pattern on the top surface, the frame further comprising an array of segmented breaking features arranged in a columnar pattern alternating with the columnar pattern of the plurality of holes; and a plurality of wells made of a second material, wherein the wells are placed into the plurality of holes on the top surface of the frame, wherein the multi-well plate is manually divisible along a center of the segmented breaking features into one or more columns of multi-well strips, wherein the segmented breaking feature comprises an array of petal shaped cuts that extend from the top surface of the frame through a bottom surface of the frame and a series of undercuts on a bottom surface of the frame portion, arranged such that the undercuts alternate with the petal shaped cuts.
An electrical measurement device comprising: a conductive cable comprising a plurality of conductive filaments on a first end and an electrical connector on a second end; and a cable mount to hold the plurality of conductive filaments in contact with a rotating element of a device under test during a measurement operation, the cable mount comprising: a base; and an adjustable support attached to the base and the conductive cable, the conductive cable forming a portion of a circuit when the plurality of conductive filaments are in contact with the rotating element of the device under test and the electrical connector is in contact with an output; characterized in that the base comprises a lock to secure the cable mount to a fixed structure during the measurement operation, wherein the lock comprises an electromagnet. a conductive cable comprising a plurality of conductive filaments on a first end and an electrical connector on a second end; and a cable mount to hold the plurality of conductive filaments in contact with a rotating element of a device under test during a measurement operation, the cable mount comprising: a base; and an adjustable support attached to the base and the conductive cable, the conductive cable forming a portion of a circuit when the plurality of conductive filaments are in contact with the rotating element of the device under test and the electrical connector is in contact with an output; characterized in that the base comprises a lock to secure the cable mount to a fixed structure during the measurement operation, wherein the lock comprises an electromagnet. a base; and an adjustable support attached to the base and the conductive cable, the conductive cable forming a portion of a circuit when the plurality of conductive filaments are in contact with the rotating element of the device under test and the electrical connector is in contact with an output; characterized in that the base comprises a lock to secure the cable mount to a fixed structure during the measurement operation, wherein the lock comprises an electromagnet.
Measuring system for detecting the fill level of an adhesive tank from which adhesive is discharged at least occasionally with the aid of a conveying medium, with a sensor by means of which a measuring signal can be generated at least every so often as a function of a status value of the conveying medium, and with an evaluation unit , which is designed to receive the measurement signal and to determine a filling level of the adhesive tank on the basis of the measurement signal, characterised in that the sensor is designed, such that the conveying medium flows through it, and has an actuating element which can be moved at least temporarily when there is a change in pressure acting on the actuating element .
A laminate structure suitable for use as electrical insulation, comprising: a) a first paper layer comprising 90 to 99 weight percent uniformly distributed calcined mica and 1 to 10 weight percent supporting material, a majority by weight of the supporting material being in the form of an aramid floc; wherein the supporting material further comprises a binder that is an aramid fibrid. and b) a support layer comprising unidirectional filaments or unidirectional yarns or woven yarns, the support layer having a first and second face; wherein the first face of the support layer is directly bound to a face of the first paper layer; the laminate structure having a dielectric strength of 15 kV/mm or greater measured with method ASTM D149-97A, a Gurley porosity of 400 seconds or less measured with method TAPPI T460, and a total mica content of 60 weight percent or greater, wherein the floc in the first paper layer is present in an amount of 60 weight percent or greater, based on the total amount of the supporting material in the first paper layer. a) a first paper layer comprising 90 to 99 weight percent uniformly distributed calcined mica and 1 to 10 weight percent supporting material, a majority by weight of the supporting material being in the form of an aramid floc; wherein the supporting material further comprises a binder that is an aramid fibrid. and b) a support layer comprising unidirectional filaments or unidirectional yarns or woven yarns, the support layer having a first and second face;
An aerosol-generating article comprising: a first tubular aerosol-forming substrate layer defining a cylindrical hollow central core; and a second tubular aerosol-forming substrate layer arranged around the first tubular aerosol-forming substrate layer, wherein the first tubular aerosol-forming substrate layer is a gel layer. a first tubular aerosol-forming substrate layer defining a cylindrical hollow central core; and a second tubular aerosol-forming substrate layer arranged around the first tubular aerosol-forming substrate layer, wherein the first tubular aerosol-forming substrate layer is a gel layer.
Vehicle seat console having at least one vehicle-mounted guide element and at least one seat-mounted guide element , which is arranged parallel to the vehicle-mounted guide element , and at least one longitudinal-adjustment device , which is activated by a drive device and is configured to effect relative adjustment between the vehicle-mounted guide element and the seat-mounted guide element , wherein the longitudinal-adjustment device has a rack and a gearwheel , which is in meshing engagement with the rack, characterized in that the teeth of the gearwheel and/or the teeth of at least one portion of the rack consist of materials with different levels of shear strength, such that a weak-point region is formed between the gearwheel and the rack , in which desired material failure occurs in the event of overloading.