mhurhangee/patent-ind-claim-en huggingface dataset:
A thin film transistor, comprising: a substrate , an active layer , a gate insulating layer, a gate electrode and source/drain electrodes , wherein the gate insulating layer comprises a first gate insulating layer in direct contact with the active layer , characterized in that the active layer is a polysilicon layer and the first gate insulating layer is a SiN x thin film with a density of 3.2-3.5 g·cm -3 , a refractive index of 1.43-1.45, and a dielectric strength greater than 1×10 7 V·cm -1 . a substrate , an active layer , a gate insulating layer, a gate electrode and source/drain electrodes , wherein the gate insulating layer comprises a first gate insulating layer in direct contact with the active layer , characterized in that the active layer is a polysilicon layer and the first gate insulating layer is a SiN x thin film with a density of 3.2-3.5 g·cm -3 , a refractive index of 1.43-1.45, and a dielectric strength greater than 1×10 7 V·cm -1 .
A method for producing pressware , comprising: pressing a substrate between an upper forming die and a lower forming die to produce a pressware product ; moving at least a first portion of the upper forming die away from the lower forming die; ejecting the pressware product from the lower forming die while feeding a web material between the upper forming die and the lower forming die; cutting a segment of the web material to produce another substrate ; and pressing the another substrate between the upper forming die and the lower forming die to produce another pressware product, characterised in that the pressware product is ejected from the lower forming die while disposed below a plane of the web material feeding between the upper forming die and the lower forming die. pressing a substrate between an upper forming die and a lower forming die to produce a pressware product ; moving at least a first portion of the upper forming die away from the lower forming die; ejecting the pressware product from the lower forming die while feeding a web material between the upper forming die and the lower forming die; cutting a segment of the web material to produce another substrate ; and pressing the another substrate between the upper forming die and the lower forming die to produce another pressware product, characterised in that the pressware product is ejected from the lower forming die while disposed below a plane of the web material feeding between the upper forming die and the lower forming die.
Suitcase which is movable on rollers, comprising a handle and inherently stable shell parts which are movable about a common pivot axis in order to open and close the suitcase , the shell parts being encircled by at least one strap which extends transversely to the pivot axis, has a buckle, and rests on the outside of the shell parts , two straps being provided which extend substantially parallel and spaced apart from one another, encircle the shell parts , and at least partially lie in lateral guides which are fixed to the suitcase, and the straps being connected on part of the length thereof to the shell parts such that said straps can only be removed by destruction, characterised in that a lateral guide is achieved by shaping the shell part .
A method of displaying a 3D image within a display volume, the method comprising: receiving image data which specifies the 3D image as a sequence of 2D image slices through the 3D image, each 2D image slice being located at a respective slice location within the 3D image; moving a screen within the display volume; and when a display area of the screen is located at a position within the display volume that corresponds to a slice location , displaying the 2D image slice of that slice location on the display area; characterised in that the step of moving the screen within the display volume comprises moving the display area at a first speed when the display area is located at a slice location and moving the display area at a second speed greater than the first speed when the display area is not located at a slice location . receiving image data which specifies the 3D image as a sequence of 2D image slices through the 3D image, each 2D image slice being located at a respective slice location within the 3D image; moving a screen within the display volume; and when a display area of the screen is located at a position within the display volume that corresponds to a slice location , displaying the 2D image slice of that slice location on the display area; characterised in that the step of moving the screen within the display volume comprises moving the display area at a first speed when the display area is located at a slice location and moving the display area at a second speed greater than the first speed when the display area is not located at a slice location .
A method of generating an ultrasound image, the method comprising: transmitting an ultrasound signal to scan lines in an object; receiving echo signals respectively corresponding to the scan lines from the object, the echo signals forming echo signal groups; CHARACTERISED BY the method comprising acquiring echo signal groups by repeatedly performing transmitting the ultrasound signal and receiving the echo signals; and generating a B-flow image by partially overlapping the echo signal groups, wherein each of the echo signal groups is formed to include the echo signals simultaneously received from each of the scan lines in response to a respective one of the transmission signals, and the B-flow image represents a tissue component and a blood flow component. transmitting an ultrasound signal to scan lines in an object; receiving echo signals respectively corresponding to the scan lines from the object, the echo signals forming echo signal groups; CHARACTERISED BY the method comprising acquiring echo signal groups by repeatedly performing transmitting the ultrasound signal and receiving the echo signals; and generating a B-flow image by partially overlapping the echo signal groups, wherein each of the echo signal groups is formed to include the echo signals simultaneously received from each of the scan lines in response to a respective one of the transmission signals, and the B-flow image represents a tissue component and a blood flow component.
A pin joint for pivotally coupling a first component with a second component such that the first and second components are movable relative to each other about a pivot axis P-P', the pin joint comprising: a shell disposed within an opening in the first component , the shell having a bore and a coupling portion ; a sleeve disposed concentrically within the bore of the shell ; a retainer disposed proximal to an end of the sleeve and detachably coupled to the coupling portion of the shell , the retainer configured to axially retain the sleeve within the bore of the shell ; and a pin received through the sleeve and the retainer , and engaged with the second component , characterised in that the coupling portion , defined at a first end of the shell , extends axially along the pivot axis P-P' and in that the retainer is a hollow cylindrical structure having: a base portion configured to receive the pin therethrough; and an elongated portion extending axially from the base portion , the elongated portion configured to engage with the coupling portion . a shell disposed within an opening in the first component , the shell having a bore and a coupling portion ; a sleeve disposed concentrically within the bore of the shell ; a retainer disposed proximal to an end of the sleeve and detachably coupled to the coupling portion of the shell , the retainer configured to axially retain the sleeve within the bore of the shell ; and a pin received through the sleeve and the retainer , and engaged with the second component , characterised in that the coupling portion , defined at a first end of the shell , extends axially along the pivot axis P-P' and in that the retainer is a hollow cylindrical structure having: a base portion configured to receive the pin therethrough; and an elongated portion extending axially from the base portion , the elongated portion configured to engage with the coupling portion . a base portion configured to receive the pin therethrough; and an elongated portion extending axially from the base portion , the elongated portion configured to engage with the coupling portion .
Thermally expandable composition, comprising (a) at least one polymer P, cross-linkable by peroxide, (b) at least one peroxide, (c) preferably at least one antioxidant, (d) at least one chemical blowing agent B, (e) at least one activator A, wherein said activator A comprises at least one compound selected from formula (I), wherein radicals R 1 and R 4 independently represent hydrogen atoms or monovalent alkyl radicals with 1 to 10 carbon atoms which furthermore optionally comprise oxygen atoms; R 2 and R 3 independently represent hydrogen atoms or monovalent alkyl radicals with 1 to 10 carbon atoms which furthermore optionally comprise oxygen atoms, nitrogen atoms, and/or aromatic moieties or together form a divalent alkyl radical with 1 to 10 carbon atoms and which furthermore optionally comprises oxygen atoms, nitrogen atoms or aromatic moieties, wherein said blowing agent B comprises azodicarbonamide or 4,4'-oxybis(benzenesulfonyl hydrazide) and said activator A comprises N,N-dimethylurea. (a) at least one polymer P, cross-linkable by peroxide, (b) at least one peroxide, (c) preferably at least one antioxidant, (d) at least one chemical blowing agent B, (e) at least one activator A,
A method for operating a terminal in a wireless communication system, the method comprising: transmitting a random access channel, RACH, preamble sequence for a first random access using a transmit, Tx, beam with a first transmission power based on a first power, in response to a failure of the first random access, transmitting a RACH preamble sequence for a second random access using a Tx beam with a second transmission power based on a second power higher than the first power, and in response to a failure of the second random access, transmitting a RACH preamble sequence for a third random access using a Tx beam with a third transmission power based on the second power, wherein a spatial direction of the Tx beam used for the third random access is different from a spatial direction of the Tx beam used for the second random access. transmitting a random access channel, RACH, preamble sequence for a first random access using a transmit, Tx, beam with a first transmission power based on a first power, in response to a failure of the first random access, transmitting a RACH preamble sequence for a second random access using a Tx beam with a second transmission power based on a second power higher than the first power, and in response to a failure of the second random access, transmitting a RACH preamble sequence for a third random access using a Tx beam with a third transmission power based on the second power, wherein a spatial direction of the Tx beam used for the third random access is different from a spatial direction of the Tx beam used for the second random access.
An aqueous composition of coagulation Factor VIII, comprising: a. a FVIII molecule; b. 40 to 195 mM of a sodium salt; c. histidine; d. at least 1 mM of a calcium salt; and e. a surfactant; wherein [His] ≥ 180 mM - 20*[Ca 2+ ], wherein [Ca 2+ ] is the concentration of calcium ions in the aqueous composition in millimole per liter, and [His] is the concentration of histidine in the aqueous composition in millimole per liter, with the proviso that [His] > 0; and wherein the osmolarity of the composition is 600 mOsmol/L or less. a. a FVIII molecule; b. 40 to 195 mM of a sodium salt; c. histidine; d. at least 1 mM of a calcium salt; and e. a surfactant;
A method of producing an electrode-equipped plate spring of a railcar bogie , the method comprising: a resin removing step of partially irradiating a surface of fiber-reinforced resin, prepared by including electrically conductive fibers in resin, of a plate spring with a laser beam to partially remove the resin and partially expose the electrically conductive fibers; and an electrode forming step of attaching an electrode (E 0, E 1F , E 2F , E 1R , E 2R, ) to an exposed region (X) formed by partially exposing the electrically conductive fibers of the fiber-reinforced resin. a resin removing step of partially irradiating a surface of fiber-reinforced resin, prepared by including electrically conductive fibers in resin, of a plate spring with a laser beam to partially remove the resin and partially expose the electrically conductive fibers; and an electrode forming step of attaching an electrode (E 0, E 1F , E 2F , E 1R , E 2R, ) to an exposed region (X) formed by partially exposing the electrically conductive fibers of the fiber-reinforced resin.
A surgical lighting system, comprising: a central shaft ; a surgical light head ; an extension arm having a hub at a proximal end thereof mounted to the central shaft for pivotable movement about the central shaft; a load balancing arm coupled to a distal end of the extension arm for pivotable movement relative to the extension arm; a yoke assembly coupled to a distal end of the load balancing arm for pivotable movement relative to the load balancing arm, wherein the yoke assembly supports the surgical light head for multi-axis movement relative to the load balancing arm; wherein the surgical light head includes a plurality of light emitting elements that are arranged to emit light downward to a region of interest and an optical signal generating component configured to capture data associated with the region of interest and generate an optical signal based on the captured data; and one or more optical fiber cables and one or more rotatable joints configured to transmit the optical signal associated with the captured data from the surgical light head to one or more of the yoke assembly, the load balancing arm, the extension arm, and the central shaft; wherein the surgical light head includes a light head housing and a handle mounted to the light head housing and protruding downward from the light head housing, and wherein the optical signal generating component is mounted and rotatable within the handle.
An intelligent system for a selective electromechanical coupling and/or uncoupling of automotive alternator, of the type to be applied to a vehicle equipped with an internal combustion engine, said engine having a crankshaft, protruding beyond the engine block, and wherein a pulley for mechanical drive is coupled, in rotation, of an alternator and other automotive devices (9, 28, 29, etc.), said alternator comprising: - a rotor and a stator, said rotor having a shaft protruding beyond the housing ; - an electromagnetic clutch coupled to the alternator rotor shaft and fixed in relation to the alternator housing , said clutch externally supporting the pulley which is coupled, in rotation, by the belt , in the crankshaft pulley ; - a voltage regulator which controls the alternator output voltage, said voltage regulator receiving command signals by the connector , through a data line coming from an ECU ; and - a voltage output, electrically coupled to the vehicle electrical loads and to the battery , said battery being connected to a battery state-of-charge sensor , and wherein said sensor sends indicative signals of the battery state-of-charge to the ECU , via a data line , characterized in that the ECU commands the alternator coupling and/or uncoupling depending on the battery state-of-charge , the alternator coupling and/or uncoupling is ECU commanded for performing two successive and different actions, the first action being the mechanical coupling and/or uncoupling and the other action being the electrical coupling and/or uncoupling. - a rotor and a stator, said rotor having a shaft protruding beyond the housing ; - an electromagnetic clutch coupled to the alternator rotor shaft and fixed in relation to the alternator housing , said clutch externally supporting the pulley which is coupled, in rotation, by the belt , in the crankshaft pulley ; - a voltage regulator which controls the alternator output voltage, said voltage regulator receiving command signals by the connector , through a data line coming from an ECU ; and - a voltage output, electrically coupled to the vehicle electrical loads and to the battery , said battery being connected to a battery state-of-charge sensor , and wherein said sensor sends indicative signals of the battery state-of-charge to the ECU , via a data line ,
A method for ascertaining whether an unattended child is present within an automotive vehicle using a radar sensor system, the radar sensor system comprising a transmitter, at least one sensor and processing circuitry, the method comprising: illuminating, using the transmitter, at least one occupiable position within the vehicle with radiation, the radiation exhibiting at least one frequency ; generating, using at least one sensor, radar sensor signals from radiation reflected as a result of the transmitted radiation; operating the processing circuitry for generating, based on the radar sensor signals, a first indicator value, the first indicator value indicating a degree of motion associated with the occupiable position; determining whether the first indicator value satisfies a first predetermined criteria; if the first indicator value satisfies the first predetermined criteria, generating, based on radar sensor signals, a second indicator value, the second indicator value indicating a degree of repetitive pattern within the radar sensor signals; and determining that an unattended child is present within the automotive vehicle if the second indicator value satisfies a second predetermined criteria. illuminating, using the transmitter, at least one occupiable position within the vehicle with radiation, the radiation exhibiting at least one frequency ; generating, using at least one sensor, radar sensor signals from radiation reflected as a result of the transmitted radiation; operating the processing circuitry for generating, based on the radar sensor signals, a first indicator value, the first indicator value indicating a degree of motion associated with the occupiable position; determining whether the first indicator value satisfies a first predetermined criteria; if the first indicator value satisfies the first predetermined criteria, generating, based on radar sensor signals, a second indicator value, the second indicator value indicating a degree of repetitive pattern within the radar sensor signals; and determining that an unattended child is present within the automotive vehicle if the second indicator value satisfies a second predetermined criteria. generating, based on the radar sensor signals, a first indicator value, the first indicator value indicating a degree of motion associated with the occupiable position; determining whether the first indicator value satisfies a first predetermined criteria; if the first indicator value satisfies the first predetermined criteria, generating, based on radar sensor signals, a second indicator value, the second indicator value indicating a degree of repetitive pattern within the radar sensor signals; and determining that an unattended child is present within the automotive vehicle if the second indicator value satisfies a second predetermined criteria.
A method for manufacturing a commingled yarn comprising: commingling a thermoplastic resin fiber having a treatment agent for the thermoplastic resin fiber on a surface thereof, and a continuous reinforcing fiber having a treatment agent for the continuous reinforcing fiber on a surface thereof, wherein the continuous reinforcing fiber is a carbon fiber or a glass fiber, and heating the commingled fibers at a temperature in a range from a melting point of the thermoplastic resin composing the thermoplastic resin fiber, up to 30K higher than the melting point using a heating roller, wherein the thermoplastic resin has a product of the melting point thereof and a thermal conductivity thereof of 100 to 150, where the thermal conductivity is measured in compliance with ASTM D177, the continuous reinforcing fiber has an amount of the treatment agent therefore of 0.01 to 2.0% by weight thereof, and the thermoplastic resin fiber has an amount of the treatment agent therefor of 0.1 to 2.0% by weight thereof; where the melting point is given in Kelvins (K), and the thermal conductivity is given in W/m·K, the commingled yarn has a tensile strength retention of 60 to 100%, a dispersion of 60 to 100%, and an impregnation rate of the thermoplastic resin fiber in the commingled yarn of 5 to 15%, measured as set out in the description. heating the commingled fibers at a temperature in a range from a melting point of the thermoplastic resin composing the thermoplastic resin fiber, up to 30K higher than the melting point using a heating roller, wherein the thermoplastic resin has a product of the melting point thereof and a thermal conductivity thereof of 100 to 150, where the thermal conductivity is measured in compliance with ASTM D177, the continuous reinforcing fiber has an amount of the treatment agent therefore of 0.01 to 2.0% by weight thereof, and the thermoplastic resin fiber has an amount of the treatment agent therefor of 0.1 to 2.0% by weight thereof; where the melting point is given in Kelvins (K), and the thermal conductivity is given in W/m·K, the commingled yarn has a tensile strength retention of 60 to 100%, a dispersion of 60 to 100%, and an impregnation rate of the thermoplastic resin fiber in the commingled yarn of 5 to 15%, measured as set out in the description.
A light strip adapted to be installed in a conduit , the light strip comprising: a substrate including a flexible material; a plurality of light emitting diodes, LEDs , arranged on the substrate; a reinforcing element arranged at said substrate to rigidify the light strip such that the light strip is adapted to be pushed or pulled through said conduit; and a connecting means arranged at an end of the light strip and configured to, at least temporarily, connect a puller wire for pulling the light strip through the conduit, characterised in that the reinforcing element comprises a plurality of rigid parts and a plurality of hinges ; wherein the hinges are arranged to connect the rigid parts and are arranged in alternating directions in a plane. a substrate including a flexible material; a plurality of light emitting diodes, LEDs , arranged on the substrate; a reinforcing element arranged at said substrate to rigidify the light strip such that the light strip is adapted to be pushed or pulled through said conduit; and a connecting means arranged at an end of the light strip and configured to, at least temporarily, connect a puller wire for pulling the light strip through the conduit, characterised in that the reinforcing element comprises a plurality of rigid parts and a plurality of hinges ; wherein the hinges are arranged to connect the rigid parts and are arranged in alternating directions in a plane.