mhurhangee/patent-ind-claim-en huggingface dataset:
System comprising an inspection device for a laser processing device or a calibration station as well as an evaluation unit for evaluating the data of the inspection device , the inspection device comprising: a housing with a window section , wherein the housing can be inserted into a laser processing device, a sensor accommodated in the housing for detecting a laser beam passing through the window section , a transmission device for the transmission of data from the sensor to an evaluation unit, and wherein the inspection device and the evaluation unit are portable, the sensor is configured to detect contour coordinates, light intensity and intensity distribution, characterised in that the evaluation unit comprises an electronic analysis tool to evaluate the data obtained from the inspection device, so that the position and orientation of a laser device of the laser processing device is adjusted or changed on the basis of the contour coordinates, light intensity and intensity distribution of the detected laser beam. a housing with a window section , wherein the housing can be inserted into a laser processing device, a sensor accommodated in the housing for detecting a laser beam passing through the window section , a transmission device for the transmission of data from the sensor to an evaluation unit, and wherein the inspection device and the evaluation unit are portable, the sensor is configured to detect contour coordinates, light intensity and intensity distribution, characterised in that the evaluation unit comprises an electronic analysis tool to evaluate the data obtained from the inspection device, so that the position and orientation of a laser device of the laser processing device is adjusted or changed on the basis of the contour coordinates, light intensity and intensity distribution of the detected laser beam.
Medical scissors for micro-invasive applications, comprising: a first scissor blade with a first cutting edge between a flank surface and a bevel surface ; a second scissor blade , which is movable relative to the first scissor blade and has a second cutting edge between a flank surface and a bevel surface ; a guide device for mechanically guiding the second scissor blade relative to the first scissor blade in such a way that the second cutting edge touches the first cutting edge at any time at an intersection point , wherein the guide device is rigidly connected or connectable to a shaft of a micro-invasive instrument , wherein the first cutting edge is distinguished by a first parameter ( β 1 , δ 1 , b 1 ) which increases several times and decreases several times along the first cutting edge , wherein the second cutting edge is distinguished by a second parameter ( β 2 , δ 2 , b 2 ) which increases several times and decreases several times along the second cutting edge , wherein the first parameter and the second parameter are in each case the wedge angle ( β 1 , β 2 ) between flank surface and bevel surface or the cutting angle ( δ 1 , δ 2 ) or the width ( b 1 , b 2 ) of the bevel surface , characterized in that the guide device and the cutting edges are designed and arranged such that the cutting edges touch each other at any time at exactly one intersection point. a first scissor blade with a first cutting edge between a flank surface and a bevel surface ; a second scissor blade , which is movable relative to the first scissor blade and has a second cutting edge between a flank surface and a bevel surface ; a guide device for mechanically guiding the second scissor blade relative to the first scissor blade in such a way that the second cutting edge touches the first cutting edge at any time at an intersection point , wherein the guide device is rigidly connected or connectable to a shaft of a micro-invasive instrument , wherein the first cutting edge is distinguished by a first parameter ( β 1 , δ 1 , b 1 ) which increases several times and decreases several times along the first cutting edge , wherein the second cutting edge is distinguished by a second parameter ( β 2 , δ 2 , b 2 ) which increases several times and decreases several times along the second cutting edge , wherein the first parameter and the second parameter are in each case the wedge angle ( β 1 , β 2 ) between flank surface and bevel surface or the cutting angle ( δ 1 , δ 2 ) or the width ( b 1 , b 2 ) of the bevel surface , characterized in that the guide device and the cutting edges are designed and arranged such that the cutting edges touch each other at any time at exactly one intersection point.
A medical or surgical apparatus for guiding the injection of at least one non-cytotoxic protease, the apparatus comprising: an ultrasound imaging handheld scanner; and a computer program comprising instructions which, when the program is executed by a computer, cause the computer to run an ultrasound imaging processing application; wherein the ultrasound imaging handheld scanner comprises: at least one ultrasound transducer for transmitting and receiving ultrasound energy; a processor coupled to the at least one ultrasound transducer and configured to receive ultrasound energy signals from the at least one ultrasound transducer; and an interface coupled to the processor and configured to send data to the computer running the ultrasound imaging processing application, wherein the data is based on the received ultrasound energy signal from the at least one ultrasound transducer; and wherein the ultrasound imaging processing application is configured to reference a database of treatment sites and dosage regimes for at least one non-cytotoxic protease, and is configured to provide treatment guidance to a user of the medical or surgical apparatus for guiding treatment based on the received data from the ultrasound imaging handheld scanner and the database of treatment sites and dosage regimes for the at least one non-cytotoxic protease. an ultrasound imaging handheld scanner; and a computer program comprising instructions which, when the program is executed by a computer, cause the computer to run an ultrasound imaging processing application; wherein the ultrasound imaging handheld scanner comprises: at least one ultrasound transducer for transmitting and receiving ultrasound energy; a processor coupled to the at least one ultrasound transducer and configured to receive ultrasound energy signals from the at least one ultrasound transducer; and an interface coupled to the processor and configured to send data to the computer running the ultrasound imaging processing application, wherein the data is based on the received ultrasound energy signal from the at least one ultrasound transducer; and at least one ultrasound transducer for transmitting and receiving ultrasound energy; a processor coupled to the at least one ultrasound transducer and configured to receive ultrasound energy signals from the at least one ultrasound transducer; and an interface coupled to the processor and configured to send data to the computer running the ultrasound imaging processing application, wherein the data is based on the received ultrasound energy signal from the at least one ultrasound transducer; and wherein the ultrasound imaging processing application is configured to reference a database of treatment sites and dosage regimes for at least one non-cytotoxic protease, and is configured to provide treatment guidance to a user of the medical or surgical apparatus for guiding treatment based on the received data from the ultrasound imaging handheld scanner and the database of treatment sites and dosage regimes for the at least one non-cytotoxic protease.
An occlusive plug , comprising: a single elongate member comprising a shape-memory material, the elongate member being configured to assume a spiraling shape defining an ovoid space when deposited within a body lumen, a plurality of polymer fibers , each of the plurality of polymer fibers being attached to the elongate member , each of the plurality of polymer fibers having at least one free end that is not connected to the elongate member , and characterised in that the occlusive plug comprises several polymer sleeves disposed circumferentially about a portion of a length of the elongate member and securing at least one of the plurality of polymer fibers to the elongate member . a single elongate member comprising a shape-memory material, the elongate member being configured to assume a spiraling shape defining an ovoid space when deposited within a body lumen, a plurality of polymer fibers , each of the plurality of polymer fibers being attached to the elongate member , each of the plurality of polymer fibers having at least one free end that is not connected to the elongate member , and characterised in that the occlusive plug comprises several polymer sleeves disposed circumferentially about a portion of a length of the elongate member and securing at least one of the plurality of polymer fibers to the elongate member .
A LAN cable comprising: an insulated electrical wire comprising an insulating layer on an outer periphery of a conductor ; a sheath that coats the outer periphery of the insulated electrical wire ; and an intermediate layer arranged between the sheath and the insulated electrical wire , the intermediate layer being arranged immediately under the sheath , including an aluminum PET tape, a copper braid, and polyimide, and having a mass reduction rate at 800°C of less than or equal to 80% by mass; and the sheath comprises a cross-linked non-halogen flame retardant resin composition in which the mass reduction rate at 800°C is less than or equal to 60% by mass, wherein the value of the mass reduction rate of the intermediate layer and the sheath is obtained by measuring under a condition of temperature rising rate of 10°C /min. in a nitrogen atmosphere using a thermogravimetric analyzer, and measuring a ratio of the change in the mass between before and after the heating with respect to the mass before the heating. an insulated electrical wire comprising an insulating layer on an outer periphery of a conductor ; a sheath that coats the outer periphery of the insulated electrical wire ; and an intermediate layer arranged between the sheath and the insulated electrical wire , the intermediate layer being arranged immediately under the sheath , including an aluminum PET tape, a copper braid, and polyimide, and having a mass reduction rate at 800°C of less than or equal to 80% by mass; and the sheath comprises a cross-linked non-halogen flame retardant resin composition in which the mass reduction rate at 800°C is less than or equal to 60% by mass, wherein the value of the mass reduction rate of the intermediate layer and the sheath is obtained by measuring under a condition of temperature rising rate of 10°C /min. in a nitrogen atmosphere using a thermogravimetric analyzer, and measuring a ratio of the change in the mass between before and after the heating with respect to the mass before the heating.
A seal system comprising: a first member comprising a carbon seal with a seal face ; and a second member comprising a seat (112; 212) with a seat face and a plurality of cooling passageways (300; 320; 340; 360), wherein: the second member is rotatable about an axis relative to the first member ; the seal face and the seat face are in sliding sealing engagement; and the cooling passageways (300; 320; 340; 360) have respective surface enhancements (322; 342; 362), characterised in that : each cooling passageway surface enhancement (322; 342; 362) is at least one spiral (322; 342; 362). a first member comprising a carbon seal with a seal face ; and a second member comprising a seat (112; 212) with a seat face and a plurality of cooling passageways (300; 320; 340; 360), the second member is rotatable about an axis relative to the first member ; the seal face and the seat face are in sliding sealing engagement; and the cooling passageways (300; 320; 340; 360) have respective surface enhancements (322; 342; 362),
An apparatus for applying at least one electric pulse to a living myocardial tissue , the apparatus comprising: - an input configured to receive an electric signal representing a present electric activity of the myocardial tissue ; - a signal processor configured to process the electric signal to determine a present complexity measure of the electric signal and to output a control signal when the complexity measure is lower than a predetermined complexity threshold value; - a pulse generator configured to generate the at least one electric pulse in response to the control signal ; and - an output configured to output the at least one electric pulse to the myocardial tissue ; wherein the signal processor is configured to determine the present complexity measure as a measure of the present complexity of the electric signal in the state space, characterized in that the signal processor is configured to - determine the present complexity measure as a calculated present permutation entropy S P of the electric signal, and - to output the control signal in periods in which the calculated present permutation entropy S P of the electric signal is lower than a predetermined entropy threshold value . - an input configured to receive an electric signal representing a present electric activity of the myocardial tissue ; - a signal processor configured to process the electric signal to determine a present complexity measure of the electric signal and to output a control signal when the complexity measure is lower than a predetermined complexity threshold value; - a pulse generator configured to generate the at least one electric pulse in response to the control signal ; and - an output configured to output the at least one electric pulse to the myocardial tissue ; wherein the signal processor is configured to determine the present complexity measure as a measure of the present complexity of the electric signal in the state space, characterized in that the signal processor is configured to wherein the signal processor is configured to determine the present complexity measure as a measure of the present complexity of the electric signal in the state space, characterized in that the signal processor is configured to - determine the present complexity measure as a calculated present permutation entropy S P of the electric signal, and - to output the control signal in periods in which the calculated present permutation entropy S P of the electric signal is lower than a predetermined entropy threshold value .
A pick tooling device , comprising: a pick tool having a housing that includes a vacuum chamber configured to provide sufficient suction to pick up an object at a suction orifice of the housing; and a driver having a drive bit extending along a longitudinal axis , the drive bit being movable within the housing along the longitudinal axis and configured to drive the object; wherein the drive bit is movable along the longitudinal axis between a first position, in which the drive bit is configured to be disengaged from the object, and a second position, in which the drive bit is configured to drivingly engage the object; characterized in that the housing has a sealing surface for vacuum sealing a portion of the vacuum chamber; and wherein: in the first position the drive bit engages the sealing surface to vacuum seal the portion of the vacuum chamber, and in the second position the drive bit disengages from the sealing surface. a pick tool having a housing that includes a vacuum chamber configured to provide sufficient suction to pick up an object at a suction orifice of the housing; and a driver having a drive bit extending along a longitudinal axis , the drive bit being movable within the housing along the longitudinal axis and configured to drive the object; wherein the drive bit is movable along the longitudinal axis between a first position, in which the drive bit is configured to be disengaged from the object, and a second position, in which the drive bit is configured to drivingly engage the object; characterized in that the housing has a sealing surface for vacuum sealing a portion of the vacuum chamber; and wherein: in the first position the drive bit engages the sealing surface to vacuum seal the portion of the vacuum chamber, and in the second position the drive bit disengages from the sealing surface.
A nonwoven web made up of continuous fibers that include a polymer component, the web being bonded by a bond pattern including spaced apart closed figures defined by bond lines and arranged in a repeating pattern, wherein the closed figures are circles characterised in that - when the area within a circle that makes up the bond pattern is 20 mm 2 or less, a ratio between the area within the circle and a width of the bond line that forms the circle is within the range of 20 to 200, or - when the area within a circle that makes up the bond pattern is from 20 mm 2 to 100 mm 2 , a ratio between the area within the circle and a width of the bond line that forms the circle is in the range of 50 to 400, or - when the area within a circle that makes up the bond pattern is from 100 mm 2 to 1000 mm 2 , a ratio between the area within the circle and a width of the bond line that forms the circle is in the range of 100 to 1000, the web having an abrasion rating of 3 or higher when measured according to ASTM D 4966-98 and an average HOM of less than 6 grams when measured with a Handle-O-Meter using test method INDA-IST 90.3-01. - when the area within a circle that makes up the bond pattern is 20 mm 2 or less, a ratio between the area within the circle and a width of the bond line that forms the circle is within the range of 20 to 200, or - when the area within a circle that makes up the bond pattern is from 20 mm 2 to 100 mm 2 , a ratio between the area within the circle and a width of the bond line that forms the circle is in the range of 50 to 400, or - when the area within a circle that makes up the bond pattern is from 100 mm 2 to 1000 mm 2 , a ratio between the area within the circle and a width of the bond line that forms the circle is in the range of 100 to 1000,
A display substrate, comprising: a plurality of repeating units , a plurality of primary signal lines and an auxiliary signal line ; wherein each of the repeating units comprises a first sub-pixel (R1), a second sub-pixel (B1), and two third sub-pixels (G1, G2); in each of the repeating units , the first sub-pixel (R1) and the second sub-pixel (B1) are arranged in a first direction (X), the two third sub-pixels (G1, G2) are arranged in a second direction (X), the first direction (X) being different from the second direction (Y), and in the first direction (X), the first sub-pixel (R1) and the second sub-pixel (B1) are respectively located on two sides of the two third sub-pixels (G1, G2); characterized in that , the two third sub-pixels (G1, G2) are located between two adjacent primary signal lines , the two adjacent primary signal lines comprise a first primary signal line and a second primary signal line , the first primary signal line is located on a side, distal from the two third sub-pixels (G1, G2), of the first sub-pixel (R1), and the second primary signal line is located on a side, proximal to the two third sub-pixels (G1, G2), of the second sub-pixel (B1); the auxiliary signal line is disposed between the two adjacent primary signal lines , and two ends of the auxiliary signal line are respectively connected to the two adjacent primary signal lines , and the two third sub-pixels (G1, G2) are respectively located on two sides of the auxiliary signal line .
A computer-implemented method of defining a trimline in relation to a 3-D digital model of teeth including modeled gingiva , the trimline being for use in the manufacturing of an aligner , the method comprising: placing a margin point proximate a gingival margin at each tooth on at least one jaw in the 3-D digital model ; generating a trimline connecting the plurality of margin points ; adding at least one control point on the trimline between two margin points and proximate an interproximal region between two adjacent model teeth in the 3-D digital model of teeth; moving the at least one control point occlusally relative to the two margin points and wherein the trimline follows the control point ; and generating machine code from the trimline. placing a margin point proximate a gingival margin at each tooth on at least one jaw in the 3-D digital model ; generating a trimline connecting the plurality of margin points ; adding at least one control point on the trimline between two margin points and proximate an interproximal region between two adjacent model teeth in the 3-D digital model of teeth; moving the at least one control point occlusally relative to the two margin points and wherein the trimline follows the control point ; and generating machine code from the trimline.
Method for the position detection of objects, comprising the following sequential steps: 1.1 several objects (7 to 10) are provided that comprise at least one marker (12 to 15), 1.2 a first object is transported to a measuring station in which is disposed at least one ultrasonic sensor (24 to 27), 1.3 the first object is measured by means of ultrasound, wherein ultrasonic waves are reflected by the object , these ultrasonic waves are again received by the at least one ultrasonic sensor (24 to 27) and converted into electric signals, 1.4 the electrical signals are transmitted to an artificial intelligence , wherein only those signals are analyzed that originate from a specific region of the object such that an image of the region is obtained, and 1.5 the obtained image of region is compared with a reference image, wherein it is determined that the object is not in the correct position if the marker is not located in the region being analyzed. 1.1 several objects (7 to 10) are provided that comprise at least one marker (12 to 15), 1.2 a first object is transported to a measuring station in which is disposed at least one ultrasonic sensor (24 to 27), 1.3 the first object is measured by means of ultrasound, wherein ultrasonic waves are reflected by the object , these ultrasonic waves are again received by the at least one ultrasonic sensor (24 to 27) and converted into electric signals, 1.4 the electrical signals are transmitted to an artificial intelligence , wherein only those signals are analyzed that originate from a specific region of the object such that an image of the region is obtained, and 1.5 the obtained image of region is compared with a reference image, wherein it is determined that the object is not in the correct position if the marker is not located in the region being analyzed.