mhurhangee/patent-ind-claim-en huggingface dataset:
An ultrasonic inspection probe for inspecting parts , the ultrasonic inspection probe comprising: a probe body , comprising an ultrasonic array and a plate attachment surface , wherein: the ultrasonic array comprises a plurality of ultrasound elements arranged in a first circular arc having a first radius (r1); each of the ultrasound elements is selectively operable to generate an ultrasonic beam ; and each of the ultrasound elements is fixed relative to the plate attachment surface ; and an interface plate , comprising a body attachment surface , removably attachable to the plate attachment surface of the probe body , and a part inspection surface , shaped to complement a shape of one of the parts , and wherein, when the body attachment surface of the interface plate is removably attached to the plate attachment surface of the probe body , each ultrasonic beam generated by the plurality of ultrasound elements is substantially normal to the part inspection surface at an intersection of each ultrasonic beam and the part inspection surface ; wherein the part inspection surface defines a second circular arc having a second radius (r2), the second radius (r2) is smaller than the first radius (r1), and the first circular arc and the second circular arc are substantially concentric when the body attachment surface of the interface plate is removably attached to the plate attachment surface of the probe body . a probe body , comprising an ultrasonic array and a plate attachment surface , wherein: the ultrasonic array comprises a plurality of ultrasound elements arranged in a first circular arc having a first radius (r1); each of the ultrasound elements is selectively operable to generate an ultrasonic beam ; and each of the ultrasound elements is fixed relative to the plate attachment surface ; and an interface plate , comprising a body attachment surface , removably attachable to the plate attachment surface of the probe body , and a part inspection surface , shaped to complement a shape of one of the parts , and wherein, when the body attachment surface of the interface plate is removably attached to the plate attachment surface of the probe body , each ultrasonic beam generated by the plurality of ultrasound elements is substantially normal to the part inspection surface at an intersection of each ultrasonic beam and the part inspection surface ; wherein the part inspection surface defines a second circular arc having a second radius (r2), the second radius (r2) is smaller than the first radius (r1), and the first circular arc and the second circular arc are substantially concentric when the body attachment surface of the interface plate is removably attached to the plate attachment surface of the probe body .
An in vitro method for the diagnosis of ovarian carcinoma in a patient, comprising the following steps: a) determining the concentration C of anti-TUBB3 autoantibodies in a serum sample of said patient; b) comparing said concentration C of autoantibodies to a threshold value x, wherein a concentration of said autoantibodies higher than said threshold value identifies the presence of ovarian carcinoma in said patient; wherein said determining in step a) is carried out by ELISA assay with detection of said antibodies by a peptide consisting of a sequence selected from SEQ ID NO 1 or SEQ ID NO 3 or SEQ ID NO 4. a) determining the concentration C of anti-TUBB3 autoantibodies in a serum sample of said patient; b) comparing said concentration C of autoantibodies to a threshold value x, wherein a concentration of said autoantibodies higher than said threshold value identifies the presence of ovarian carcinoma in said patient;
A quantum rod panel comprising: a first substrate and a second substrate facing each other; a pixel electrode and a common electrode between the first substrate and the second substrate , and spaced apart from each other; and a quantum rod layer between the pixel electrode and the common electrode and including quantum rods and metal particles , wherein each of the quantum rods includes a core and a shell covering the core, wherein each of the core and the shell includes at least one of II-VI, III-V, or VI-IV semiconductor materials, and wherein the metal particles are insulator-coated metal particles , each of the insulator-coated metal particles comprising a core of a metal being surrounded by a shell of an insulating material . a first substrate and a second substrate facing each other; a pixel electrode and a common electrode between the first substrate and the second substrate , and spaced apart from each other; and a quantum rod layer between the pixel electrode and the common electrode and including quantum rods and metal particles , wherein each of the quantum rods includes a core and a shell covering the core, wherein each of the core and the shell includes at least one of II-VI, III-V, or VI-IV semiconductor materials, and wherein the metal particles are insulator-coated metal particles , each of the insulator-coated metal particles comprising a core of a metal being surrounded by a shell of an insulating material .
A flushing hose joint for torque-transmitting flexible connection of a flushing hose function element having a housing , such as a flushing hose rotation device or a flushing head, to a flange particularly configured as a flushing hose flange, wherein the flushing hose joint forms a flow channel through a hollow spherical layer shaped holder which is movably mounted within the housing , wherein the flushing hose joint comprises a bolt member and a holding member , one of which being fastened or fastenable on the housing side and one of which being fastened or fastenable on the flange side, characterized in that the bolt member and the holding member are disposed in the flow channel , wherein one of the bolt and holding members is disposed in the hollow spherical layer shaped holder and the holding member in the shape of a fork or an oblong hole has two partial areas whose surfaces are facing one another, between which surfaces a cylindrical part of the bolt member having a longitudinal axis is mounted for pivoting about its longitudinal axis , such that, in the pivoted position, a torque can be transmitted between the bolt and holding members, wherein the holding member can be pivoted about a pivot axis formed between said surfaces and extending perpendicular to the longitudinal axis .
A DC-to-AC converter (B), provided with a set of components comprising: at least six phase modules (A1-A6) and two capacitors (C1,C2) connected to a transformer (T) provided with a three-phase primary winding and with at least two secondary windings (S1,S2), each with three phases, each phase module (A1-A6) configured to receive, over its inputs, a DC voltage arising from a DC voltage bus and capable of transmitting, as output, an AC current, each phase module (A1-A6) being provided with at least one transistor (TIT8), the control of which makes it possible to modulate the output voltage according to five voltage levels, a first capacitance (C1) of the two capacitors being connected between the positive portion of the DC voltage bus and the midpoint of the DC voltage bus, a second capacitance of the two capacitors being connected between the negative portion of the DC voltage bus and the midpoint of the DC voltage bus, the first phase module (A1), the second phase module (A2), and the third phase module (A3) are each linked by their output to a different phase of the first secondary winding (S1) of the transformer (T), the fourth phase module (A4), the fifth phase module (A5), and the sixth phase module (A6) are each linked by their output to a different phase of the second secondary winding (S2) of the transformer (T), the primary winding (P)of the transformer is linked to an electrical power supply P network . at least six phase modules (A1-A6) and two capacitors (C1,C2) connected to a transformer (T) provided with a three-phase primary winding and with at least two secondary windings (S1,S2), each with three phases, each phase module (A1-A6) configured to receive, over its inputs, a DC voltage arising from a DC voltage bus and capable of transmitting, as output, an AC current, each phase module (A1-A6) being provided with at least one transistor (TIT8), the control of which makes it possible to modulate the output voltage according to five voltage levels, a first capacitance (C1) of the two capacitors being connected between the positive portion of the DC voltage bus and the midpoint of the DC voltage bus, a second capacitance of the two capacitors being connected between the negative portion of the DC voltage bus and the midpoint of the DC voltage bus, the first phase module (A1), the second phase module (A2), and the third phase module (A3) are each linked by their output to a different phase of the first secondary winding (S1) of the transformer (T), the fourth phase module (A4), the fifth phase module (A5), and the sixth phase module (A6) are each linked by their output to a different phase of the second secondary winding (S2) of the transformer (T), the primary winding (P)of the transformer is linked to an electrical power supply P network .
A system for clinical decision support during a medical event, the system comprising: a patient monitoring device ; at least one display screen ; and a plurality of physiological sensors configured to couple to a patient during the medical event, wherein the patient monitoring device is configured to couple to the at least one display screen and the plurality of physiological sensors, and wherein the patient monitoring device is configured to: collect physiologic data from the patient at a first frequency via the plurality of physiological sensors, wherein said physiologic data comprise blood pressure, SpO2, heart rate, and respiratory rate; guide a user through a clinical decision support process with the at least one display screen during the medical event, determine, with the clinical decision support process, a status of the patient, based on the determined status of the patient being indicative of traumatic brain injury, automatically adjust the first frequency to a second frequency based on the status of the patient, wherein the second frequency is selected to be greater than the first frequency and collect the physiological data from the patient at the second frequency. a patient monitoring device ; at least one display screen ; and a plurality of physiological sensors configured to couple to a patient during the medical event, wherein the patient monitoring device is configured to couple to the at least one display screen and the plurality of physiological sensors, and wherein the patient monitoring device is configured to: collect physiologic data from the patient at a first frequency via the plurality of physiological sensors, wherein said physiologic data comprise blood pressure, SpO2, heart rate, and respiratory rate; guide a user through a clinical decision support process with the at least one display screen during the medical event, determine, with the clinical decision support process, a status of the patient, based on the determined status of the patient being indicative of traumatic brain injury, automatically adjust the first frequency to a second frequency based on the status of the patient, wherein the second frequency is selected to be greater than the first frequency and collect the physiological data from the patient at the second frequency. collect physiologic data from the patient at a first frequency via the plurality of physiological sensors, wherein said physiologic data comprise blood pressure, SpO2, heart rate, and respiratory rate; guide a user through a clinical decision support process with the at least one display screen during the medical event, determine, with the clinical decision support process, a status of the patient, based on the determined status of the patient being indicative of traumatic brain injury, automatically adjust the first frequency to a second frequency based on the status of the patient, wherein the second frequency is selected to be greater than the first frequency and collect the physiological data from the patient at the second frequency.
A rotary compressor comprising: a cylinder comprising an inlet port and a vane slot , wherein the inlet port and the vane slot are disposed at an inner circumferential surface of the cylinder and are circumferentially spaced apart from each other; a roller disposed inside the cylinder , wherein a compression space (V) is defined between the inner circumferential surface of the cylinder and an outer circumferential surface of the roller , and wherein the roller comprises a hinge groove at the outer circumferential surface of roller ; a rotational shaft coupled to the roller ; and a vane having one end slidingly coupled to the vane slot of the cylinder and another end rotatably coupled to the hinge groove of the roller ; characterized in that at least one suction guide portion is provided at the outer circumferential surface of the roller in a recessed manner; wherein the suction guide portion comprises a first circumferential end and a second circumferential end , the first circumferential end located between the hinge groove and the second circumferential end ; and wherein a shortest length between the circumferential ends of the suction guide portion is less than or equal to a diameter of the inlet port . a cylinder comprising an inlet port and a vane slot , wherein the inlet port and the vane slot are disposed at an inner circumferential surface of the cylinder and are circumferentially spaced apart from each other; a roller disposed inside the cylinder , wherein a compression space (V) is defined between the inner circumferential surface of the cylinder and an outer circumferential surface of the roller , and wherein the roller comprises a hinge groove at the outer circumferential surface of roller ; a rotational shaft coupled to the roller ; and a vane having one end slidingly coupled to the vane slot of the cylinder and another end rotatably coupled to the hinge groove of the roller ; characterized in that at least one suction guide portion is provided at the outer circumferential surface of the roller in a recessed manner; wherein the suction guide portion comprises a first circumferential end and a second circumferential end , the first circumferential end located between the hinge groove and the second circumferential end ; and wherein a shortest length between the circumferential ends of the suction guide portion is less than or equal to a diameter of the inlet port .
A sensor device comprising: a proximity sensor ; a processor ; a wireless communication module ; and a memory ; wherein when the sensor device is in a first functional state and the proximity sensor detects a predetermined change in its proximity, the sensor device is configured to transition from the first functional state , in which wireless communication is inactivated, to a second functional state , in which wireless communication module is enabled; wherein the predetermined change in its proximity is a removal of transport protection, comprising removal of a metallic tape over the proximity sensor, whereby the proximity sensor is capable to detect the removal of the metallic tape based on inductive sensing. a proximity sensor ; a processor ; a wireless communication module ; and a memory ; wherein when the sensor device is in a first functional state and the proximity sensor detects a predetermined change in its proximity, the sensor device is configured to transition from the first functional state , in which wireless communication is inactivated, to a second functional state , in which wireless communication module is enabled; wherein the predetermined change in its proximity is a removal of transport protection, comprising removal of a metallic tape over the proximity sensor, whereby the proximity sensor is capable to detect the removal of the metallic tape based on inductive sensing.
Method for operating a work machine by means of a touch-sensitive screen , characterized in that the screen has an actuator for generating force feedback and/or a force sensor for sensing an operating force (F) which is applied to the screen when the screen is touched, wherein the method comprises the following steps: reading in a trajectory specification which represents a trajectory of the work machine and/or of a boom of the work machine , which is input by an operator of the work machine by touching the screen ; and outputting an actuator signal for actuating the actuator and/or a force-changing signal for changing a force threshold value which represents a minimum operating force which is necessary to input the trajectory, using the trajectory specification . reading in a trajectory specification which represents a trajectory of the work machine and/or of a boom of the work machine , which is input by an operator of the work machine by touching the screen ; and outputting an actuator signal for actuating the actuator and/or a force-changing signal for changing a force threshold value which represents a minimum operating force which is necessary to input the trajectory, using the trajectory specification .
A stapling assembly for use with a surgical stapler, comprising: a cartridge having a plurality of staples disposed therein and a slot that extends into and along at least a portion of a longitudinal axis of the cartridge, the slot being defined by at least two opposing walls and configured to receive a cutting element; and a non-fibrous adjunct formed of at least one fused bioabsorbable polymer and configured to be releasably retained on the cartridge such that the adjunct can be attached to tissue by the plurality of staples in the cartridge, the adjunct comprising, a tissue-contacting surface, a cartridge-contacting surface that is opposite the tissue-contacting surface, and an internal lattice structure extending therebetween, the cartridge-contacting surface having at least one attachment element that extends outward therefrom and is configured to be inserted into at least a portion of the slot and is configured to engage the two opposing walls to thereby retain the non-fibrous adjunct on the cartridge prior to staple deployment, wherein the at least one attachment element includes two compressible members that are interconnected by at least one common elongated joint . a cartridge having a plurality of staples disposed therein and a slot that extends into and along at least a portion of a longitudinal axis of the cartridge, the slot being defined by at least two opposing walls and configured to receive a cutting element; and a non-fibrous adjunct formed of at least one fused bioabsorbable polymer and configured to be releasably retained on the cartridge such that the adjunct can be attached to tissue by the plurality of staples in the cartridge, the adjunct comprising, a tissue-contacting surface, a cartridge-contacting surface that is opposite the tissue-contacting surface, and an internal lattice structure extending therebetween, the cartridge-contacting surface having at least one attachment element that extends outward therefrom and is configured to be inserted into at least a portion of the slot and is configured to engage the two opposing walls to thereby retain the non-fibrous adjunct on the cartridge prior to staple deployment, wherein the at least one attachment element includes two compressible members that are interconnected by at least one common elongated joint .
A dryer comprising: a cylinder receiving clothing and having an opening and an air outlet ; a heater heating air and delivering the heated air into the cylinder ; and a motor connected to the cylinder to drive the cylinder to rotate; characterized by a temperature sensor disposed at an inner side of a window at the opening of the cylinder , comprising: a thermopile array sensor sensing an infrared light radiated from the clothing and outputting a sensing signal (SS); a lens disposed at a receiving end of the thermopile array sensor to limit a sensing angle of the thermopile array sensor ; and a signal processor electrically connected to the thermopile array sensor to process the sensing signal (SS) to obtain a temperature distribution uniformity and an average temperature of the clothing, and output a control signal (CS) according to the temperature distribution uniformity and the average temperature of the clothing; and a controller electrically connected to the heater , the motor and the temperature sensor to determine to stop or adjust the heater and the motor according to the control signal (CS). a cylinder receiving clothing and having an opening and an air outlet ; a heater heating air and delivering the heated air into the cylinder ; and a motor connected to the cylinder to drive the cylinder to rotate; characterized by a temperature sensor disposed at an inner side of a window at the opening of the cylinder , comprising: a thermopile array sensor sensing an infrared light radiated from the clothing and outputting a sensing signal (SS); a lens disposed at a receiving end of the thermopile array sensor to limit a sensing angle of the thermopile array sensor ; and a signal processor electrically connected to the thermopile array sensor to process the sensing signal (SS) to obtain a temperature distribution uniformity and an average temperature of the clothing, and output a control signal (CS) according to the temperature distribution uniformity and the average temperature of the clothing; and a thermopile array sensor sensing an infrared light radiated from the clothing and outputting a sensing signal (SS); a lens disposed at a receiving end of the thermopile array sensor to limit a sensing angle of the thermopile array sensor ; and a signal processor electrically connected to the thermopile array sensor to process the sensing signal (SS) to obtain a temperature distribution uniformity and an average temperature of the clothing, and output a control signal (CS) according to the temperature distribution uniformity and the average temperature of the clothing; and a controller electrically connected to the heater , the motor and the temperature sensor to determine to stop or adjust the heater and the motor according to the control signal (CS).
A laser-based dental treatment system comprising: a laser producing a pulsed laser beam; a galvo-mirror assembly for directing a sequence of pulses of the pulsed laser beam to a selected treatment region; a controller ; and a variable input device connected to the controller for controlling the laser-based dental treatment system , the variable input device being a variable switch adapted to input an adjustment to at least one characteristic of the sequence of pulses based on an operator interaction with the variable input device while the sequence of pulses is being directed to the selected treatment area, wherein, while the sequence of pulses is being directed to the selected treatment area, characterized in that the controller is configured to adjust a rate of movement of the galvo-mirror assembly automatically and as a function of the at least one adjusted characteristic of the sequence of pulses. a laser producing a pulsed laser beam; a galvo-mirror assembly for directing a sequence of pulses of the pulsed laser beam to a selected treatment region; a controller ; and a variable input device connected to the controller for controlling the laser-based dental treatment system , the variable input device being a variable switch adapted to input an adjustment to at least one characteristic of the sequence of pulses based on an operator interaction with the variable input device while the sequence of pulses is being directed to the selected treatment area, wherein, while the sequence of pulses is being directed to the selected treatment area, characterized in that the controller is configured to adjust a rate of movement of the galvo-mirror assembly automatically and as a function of the at least one adjusted characteristic of the sequence of pulses.