mhurhangee/patent-ind-claim-en huggingface dataset:
Equipment for handling a wind turbine component, comprising: a lifting cable ; and a mounting block for coupling the lifting cable to the wind turbine component, the mounting block comprising: a block main body having a cable passage defined therethrough; a pair of bushings coupled to the block main body in the cable passage , each bushing having an outer face , an inner face and an aperture , going through said bushing, defined by an aperture wall , wherein the lifting cable extends through the aperture of each of the bushings , characterised in that at least an outer region of the aperture wall , adjacent the outer face of the bushing, forms a closed loop about the lifting cable and is substantially circumferentially continuous. a lifting cable ; and a mounting block for coupling the lifting cable to the wind turbine component, the mounting block comprising: a block main body having a cable passage defined therethrough; a pair of bushings coupled to the block main body in the cable passage , each bushing having an outer face , an inner face and an aperture , going through said bushing, defined by an aperture wall , wherein the lifting cable extends through the aperture of each of the bushings , characterised in that at least an outer region of the aperture wall , adjacent the outer face of the bushing, forms a closed loop about the lifting cable and is substantially circumferentially continuous. a block main body having a cable passage defined therethrough; a pair of bushings coupled to the block main body in the cable passage , each bushing having an outer face , an inner face and an aperture , going through said bushing, defined by an aperture wall , wherein the lifting cable extends through the aperture of each of the bushings , characterised in that at least an outer region of the aperture wall , adjacent the outer face of the bushing, forms a closed loop about the lifting cable and is substantially circumferentially continuous.
Method for recording intracellular action potentials in electrogenic cells through pores in cell membranes of cells formed by optoporation, comprising the following steps: a) positioning of a sample comprising said cells on a multi-electrode array ; b) incubation or perfusion of the sample; e) focusing of a laser on the surface of the array electrodes , which surface contacts the sample; f) application of one or more laser pulses to one or more array electrodes to perform a localized breakdown of the membrane of the cells of the sample; g) recording of intracellular action potentials; characterized in that said surface of the electrodes is porous, so that it presents cavities and protrusions at the nanoscale wherein the electric field produced by the laser during said application of one or more laser pulses is localized and amplified to perform said localized breakdown of the membrane of the cells of the sample. a) positioning of a sample comprising said cells on a multi-electrode array ; b) incubation or perfusion of the sample; e) focusing of a laser on the surface of the array electrodes , which surface contacts the sample; f) application of one or more laser pulses to one or more array electrodes to perform a localized breakdown of the membrane of the cells of the sample; g) recording of intracellular action potentials;
A light emitting device comprising: a solid-state light emitting element that radiates blue-series laser light; and a wavelength converter that absorbs the laser light and performs wavelength conversion of the absorbed laser light into light with a longer wavelength than a wavelength of the laser light, wherein the wavelength converter includes: a silicate phosphor containing Lu 2 CaMg 2 (SiO 4 ) 3 :Ce 3+ as a main component; and an aluminate phosphor containing Lu 3 (Al 1-x Ga x ) 2 (AlO 4 ) 3 :Ce 3+ as a main component, where x is a numeric value that satisfies 0 < x ≤ 1. a solid-state light emitting element that radiates blue-series laser light; and a wavelength converter that absorbs the laser light and performs wavelength conversion of the absorbed laser light into light with a longer wavelength than a wavelength of the laser light, wherein the wavelength converter includes: a silicate phosphor containing Lu 2 CaMg 2 (SiO 4 ) 3 :Ce 3+ as a main component; and an aluminate phosphor containing Lu 3 (Al 1-x Ga x ) 2 (AlO 4 ) 3 :Ce 3+ as a main component, where x is a numeric value that satisfies 0 < x ≤ 1. a silicate phosphor containing Lu 2 CaMg 2 (SiO 4 ) 3 :Ce 3+ as a main component; and an aluminate phosphor containing Lu 3 (Al 1-x Ga x ) 2 (AlO 4 ) 3 :Ce 3+ as a main component, where x is a numeric value that satisfies 0 < x ≤ 1.
At least one computer-readable medium containing instructions, the instructions, when loaded and executed by a processor, cause the processor to: compute a first high-pass filtered sequence from a plurality of sensor measurements provided by a sensor ; accumulate a plurality of samples from the first high-pass filtered sequence associated with said sensor into a first accumulated value; compare the first accumulated value against a first threshold of accumulated values (T1); and based upon a determination whether the first accumulated value is greater than the first threshold of accumulated values (T1), identify whether the sensor has been approached; characterized by reset the first accumulated value when the first high-pass filtered sequence changes its sign or a result of low-pass filtering the high-pass filtered sequence changes its sign; count a number of resets of the first accumulated value , wherein a given reset occurred after the first accumulated value exceeded a predefined threshold during a defined time interval; and determine through comparing the number of resets of the accumulated value within the defined time interval to a counting threshold, whether moisture is present on the sensor or whether moisture is not present on the sensor . compute a first high-pass filtered sequence from a plurality of sensor measurements provided by a sensor ; accumulate a plurality of samples from the first high-pass filtered sequence associated with said sensor into a first accumulated value; compare the first accumulated value against a first threshold of accumulated values (T1); and based upon a determination whether the first accumulated value is greater than the first threshold of accumulated values (T1), identify whether the sensor has been approached; characterized by reset the first accumulated value when the first high-pass filtered sequence changes its sign or a result of low-pass filtering the high-pass filtered sequence changes its sign; count a number of resets of the first accumulated value , wherein a given reset occurred after the first accumulated value exceeded a predefined threshold during a defined time interval; and determine through comparing the number of resets of the accumulated value within the defined time interval to a counting threshold, whether moisture is present on the sensor or whether moisture is not present on the sensor .
A method of identifying a patient having cancer with a neomorphic SF3B1 mutation, comprising detecting, or measuring the amount of, one or more splice variants selected from SEQ ID NO: 41, SEQ ID NO: 61, SEQ ID NO: 101, SEQ ID NO: 160, and SEQ ID NO: 230 in a sample comprising one or more cells from the patient.
Gripping device for gripping a tape spool having: a holding element for fixation of the tape spool ; a tensioning element for clamping a beginning of a tape wound onto the tape spool in order to keep the tape under tension; and a main body to which the holding element and the tensioning element are attached and which is configured to be couplable to a drive device for moving the tape spool , wherein the holding element and the tensioning element are configured to fixate the tape spool and to clamp the beginning of the tape when the tape spool is held ready in a supply device for provision of the tape spool ; and to release the fixation of the tape spool and the clamping of the beginning of the tape when the tape spool is held in a material receiver of a processing system , wherein the main body is substantially flat for laying against a spool flank of the tape spool that faces towards the main body , and the holding element is configured for fixating the tape spool against the spool flank that faces towards the main body so that in the fixated state the spool flank that faces away from the main body is accessible, the holding element especially having a receiving profile for receiving the spool flank . a holding element for fixation of the tape spool ; a tensioning element for clamping a beginning of a tape wound onto the tape spool in order to keep the tape under tension; and a main body to which the holding element and the tensioning element are attached and which is configured to be couplable to a drive device for moving the tape spool , wherein the holding element and the tensioning element are configured to fixate the tape spool and to clamp the beginning of the tape when the tape spool is held ready in a supply device for provision of the tape spool ; and to release the fixation of the tape spool and the clamping of the beginning of the tape when the tape spool is held in a material receiver of a processing system , wherein the main body is substantially flat for laying against a spool flank of the tape spool that faces towards the main body , and the holding element is configured for fixating the tape spool against the spool flank that faces towards the main body so that in the fixated state the spool flank that faces away from the main body is accessible, the holding element especially having a receiving profile for receiving the spool flank .
A sublingual composition comprising at least about 10 % by weight of a part of branch extract from a mixture of Abies alba and Picea abies, relative to the total weight of the composition, wherein said part of branch extract comprises at least about 50 %, preferably at least 70 %, more preferably at least 90 % by weight of polyphenols and less than about 10 % by weight of terpenes, relative to the total weight of the extract, and wherein polyphenols comprise: - from about 25 % to about 50 % by weight of hydroxymatairesinol, - from about 5 % to about 15 % by weight of lariciresinol, and - from about 5 % to about 15 % by weight of secoisolariciresinol, relative to the total weight of the extract. - from about 25 % to about 50 % by weight of hydroxymatairesinol, - from about 5 % to about 15 % by weight of lariciresinol, and - from about 5 % to about 15 % by weight of secoisolariciresinol,
A method for determining an arrangement position of a vortex generator on a wind turbine blade , the method comprising: a step of determining, for a first region of a mounting range of the vortex generator in a blade spanwise direction, an arrangement position of the vortex generator to be an angular position offset by a predetermined angle toward a trailing edge of the wind turbine blade with reference to an inflow angle of wind to the wind turbine blade ; and a step of determining, for a second region of the mounting range closer to a blade tip than the first region, the arrangement position of the vortex generator to be a position between a separation position of a flow on a surface of the wind turbine blade under a rated wind speed condition and a transition position of the flow on the surface of the wind turbine blade under a variable speed operation condition of a wind turbine including the wind turbine blade . a step of determining, for a first region of a mounting range of the vortex generator in a blade spanwise direction, an arrangement position of the vortex generator to be an angular position offset by a predetermined angle toward a trailing edge of the wind turbine blade with reference to an inflow angle of wind to the wind turbine blade ; and a step of determining, for a second region of the mounting range closer to a blade tip than the first region, the arrangement position of the vortex generator to be a position between a separation position of a flow on a surface of the wind turbine blade under a rated wind speed condition and a transition position of the flow on the surface of the wind turbine blade under a variable speed operation condition of a wind turbine including the wind turbine blade .
A reciprocal saw for cutting an item comprising: a. a handle ; b. a cutting blade distal from the handle ; c. a chassis between the handle and the cutting blade , wherein the chassis comprises a receiving area thereupon, wherein the receiving area may receive the item , d. a clamp attached to the chassis proximal to the cutting blade , the clamp having an open position and a closed position, wherein the clamp has a pivot and a clamp jaw distal from the pivot , characterized in that the receiving area is an indentation in the chassis , wherein in the closed position the clamp jaw is immediately adjacent to the receiving area , forms part of the indentation, and protrudes from the indentation , wherein in the open position the clamp jaw is not immediately adjacent to the receiving area , and wherein, when the reciprocal saw is moved, the item may be held by the clamp . a. a handle ; b. a cutting blade distal from the handle ; c. a chassis between the handle and the cutting blade , wherein the chassis comprises a receiving area thereupon, wherein the receiving area may receive the item , d. a clamp attached to the chassis proximal to the cutting blade , the clamp having an open position and a closed position, wherein the clamp has a pivot and a clamp jaw distal from the pivot ,
A sensing device for a windshield comprising: a housing comprising a printed circuit board ; at least one sensor ; and an interconnecting means electrically connecting the at least one sensor to the printed circuit board , wherein the interconnecting means has the form of a flexible curved portion , a portion of the flexible curved portion being configured to be pressed onto the windshield when the sensing device is put in contact with the windshield; the interconnecting means having a first end portion and a second end portion , the first end portion of the interconnecting means being connected to the printed circuit board , and the second end portion of the interconnecting means realises a form-fit and/or force-fit connection with a wall of the housing in at least one direction. a housing comprising a printed circuit board ; at least one sensor ; and an interconnecting means electrically connecting the at least one sensor to the printed circuit board , wherein the interconnecting means has the form of a flexible curved portion , a portion of the flexible curved portion being configured to be pressed onto the windshield when the sensing device is put in contact with the windshield; the interconnecting means having a first end portion and a second end portion , the first end portion of the interconnecting means being connected to the printed circuit board , and the second end portion of the interconnecting means realises a form-fit and/or force-fit connection with a wall of the housing in at least one direction.
An agricultural harvester having a threshing and separating system and a residue handling system , the residue handling system comprising: a straw beater for receiving material other than grain from the threshing and separating system ; a subsequent residue treatment device receiving the material other than grain from the straw beater , the subsequent residue treatment device breaking down larger parts of the material other than grain prior to discharge of the material other than grain from the agricultural harvester ; and at least one wind generating system located at an end of the straw beater ; characterized in that : the at least one wind generating system is configured to generate and direct a flow of air from the vicinity of the straw beater to the subsequent residue treatment device , and such that said flow of air is directed by said at least one wind generating system and by vanes or nozzles to pass substantially through an upper rearward part of the residue handling system . a straw beater for receiving material other than grain from the threshing and separating system ; a subsequent residue treatment device receiving the material other than grain from the straw beater , the subsequent residue treatment device breaking down larger parts of the material other than grain prior to discharge of the material other than grain from the agricultural harvester ; and at least one wind generating system located at an end of the straw beater ;
A resistance welding method, comprising: welding a plurality of welding target members by supplying an electric current through electrodes ; and generating a fragile portion in a position of the welding target members different from a position subject to the welding by using electrodes separate from the electrodes for the welding, before, during, or after the welding is performed, characterized in that each of the electrodes for generating the fragile portion is arranged in at least a part of a circumferential direction on an outer circumferential side of corresponding one of the electrodes for the welding, and is distanced from the corresponding one of the electrodes for the welding. welding a plurality of welding target members by supplying an electric current through electrodes ; and generating a fragile portion in a position of the welding target members different from a position subject to the welding by using electrodes separate from the electrodes for the welding, before, during, or after the welding is performed,
A coin identification device which identifies a plated coin comprising an identification sensor oscillating at a relatively high frequency formed of coils arranged on a wall face of a coin passage in which the coin rotatively moves, in a position where a thickly plated part of layer of the coin passes through, characterized by determination means for determining coin genuineness by obtaining the thickness of the plated layer in the margin from output of the identification sensor characteristic data including characteristics of both of a plated layer and a core material of the coin and reflecting the difference (A-B) of the plated layer thickness between the genuine and the forged layer and wherein the voltage and its frequency output from the identification sensor change differently in comparison between the case where the genuine coin has passed and the case where the forged coin has passed, and the difference enables the genuine coin and the forged coin to be determined.
A method for transmitting a physical uplink shared channel, PUSCH, the method performed by a machine type communication, MTC, device and comprising: receiving, by the MTC device which is configured not to transmit a sounding reference signal, SRS, information on a SRS subframe, wherein the information is used for the MTC device, which is configured not to transmit the SRS, to determine the SRS subframe configured for other user equipments, UEs; determining that a first subframe for transmitting a PUSCH includes a symbol overlapping a SRS symbol of the SRS subframe, based on the received information; mapping the PUSCH to one or more symbols of the first subframe; and transmitting the PUSCH on the one or more symbols of the first subframe, wherein based on that the first subframe includes a last symbol overlapped with the SRS symbol of the SRS subframe, the last symbol overlapping the SRS symbol of the SRS subframe is not used by the MTC device, which is configured not to transmit the SRS. receiving, by the MTC device which is configured not to transmit a sounding reference signal, SRS, information on a SRS subframe, wherein the information is used for the MTC device, which is configured not to transmit the SRS, to determine the SRS subframe configured for other user equipments, UEs; determining that a first subframe for transmitting a PUSCH includes a symbol overlapping a SRS symbol of the SRS subframe, based on the received information; mapping the PUSCH to one or more symbols of the first subframe; and transmitting the PUSCH on the one or more symbols of the first subframe, wherein based on that the first subframe includes a last symbol overlapped with the SRS symbol of the SRS subframe, the last symbol overlapping the SRS symbol of the SRS subframe is not used by the MTC device, which is configured not to transmit the SRS.
An actuator for use in a HVAC system , the actuator comprising: an inductive sensor ; a conductive target having multiple different portions that become aligned with the inductive sensor as a position of the actuator changes, each of the multiple different portions having a different inductance; and a controller configured to: receive a signal from the inductive sensor indicating an observed inductance of the portion of the conductive target aligned with the inductive sensor; use a stored relationship between the observed inductance and the position of the actuator to determine the position of the actuator based on the observed inductance; and operate the actuator to change the position of the actuator based on the determined position, wherein each of the multiple different portions of the conductive target has a different area and the inductance of each portion of the conductive target is proportional to the area of the corresponding portion. an inductive sensor ; a conductive target having multiple different portions that become aligned with the inductive sensor as a position of the actuator changes, each of the multiple different portions having a different inductance; and a controller configured to: receive a signal from the inductive sensor indicating an observed inductance of the portion of the conductive target aligned with the inductive sensor; use a stored relationship between the observed inductance and the position of the actuator to determine the position of the actuator based on the observed inductance; and operate the actuator to change the position of the actuator based on the determined position, receive a signal from the inductive sensor indicating an observed inductance of the portion of the conductive target aligned with the inductive sensor; use a stored relationship between the observed inductance and the position of the actuator to determine the position of the actuator based on the observed inductance; and operate the actuator to change the position of the actuator based on the determined position, wherein each of the multiple different portions of the conductive target has a different area and the inductance of each portion of the conductive target is proportional to the area of the corresponding portion.
Ketamine or a pharmaceutically acceptable salt thereof, for use in a method of treating a menstrually related symptom in a subject in need threreof, wherein said menstrually related symptom is selected from mood swings, dysphoria, negativism, diminished mental capabilities, anxiety, irritability, and anger; wherein the symptom is caused by premenstrual syndrome (PMS) or premenstrual dysphoric disorder (PMDD), and wherein an average daily dose of from 1 mg to 500 mg of ketamine, or a pharmaceutically acceptable salt thereof, is administered to the subject.