mhurhangee/ep-ind-claims huggingface dataset:
A torque sensor unit, comprising: - a ring magnet which can be connected in a rotationally fixed manner to a first partial shaft and is arranged concentrically in relation to a longitudinal axis, - two first magnetic flux conductors which can be connected to a second partial shaft, is arranged in a magnetic field emanating from the ring magnet and conduct the magnetic fluxes, - a spatially fixed sensor unit having two second magnetic flux conductors and a magnetic sensor, which is arranged on a printed circuit board, which are accommodated in a sensor housing of the sensor unit, wherein the sensor unit is designed to detect a change in the rotation angle between the partial shafts by measuring the magnetic flux density that is produced between the two first magnetic flux conductors, - a second housing which surrounds the ring magnet, the two first magnetic flux conductors and the sensor unit, characterized in that the torque sensor unit comprises a magnetic shield which surrounds the sensor unit at least partially circumferentially in relation to the longitudinal axis and is arranged between a housing cover, which closes the second housing, and the second housing in the direction of the longitudinal axis, wherein the magnetic shield has two limbs which each have first and second sides (22, 23), wherein the second side extend parallel to the longitudinal axis and the first sides are arranged approximately perpendicular thereto; wherein the limbs are connected to one another exclusively by way of their first or their second sides (22, 23). - a ring magnet which can be connected in a rotationally fixed manner to a first partial shaft and is arranged concentrically in relation to a longitudinal axis, - two first magnetic flux conductors which can be connected to a second partial shaft, is arranged in a magnetic field emanating from the ring magnet and conduct the magnetic fluxes, - a spatially fixed sensor unit having two second magnetic flux conductors and a magnetic sensor, which is arranged on a printed circuit board, which are accommodated in a sensor housing of the sensor unit, wherein the sensor unit is designed to detect a change in the rotation angle between the partial shafts by measuring the magnetic flux density that is produced between the two first magnetic flux conductors, - a second housing which surrounds the ring magnet, the two first magnetic flux conductors and the sensor unit, characterized in that the torque sensor unit comprises a magnetic shield which surrounds the sensor unit at least partially circumferentially in relation to the longitudinal axis and is arranged between a housing cover, which closes the second housing, and the second housing in the direction of the longitudinal axis,
Seat pan for fastening to a seat frame of a vehicle seat, wherein the seat pan comprises a profile structure made of a plurality of profiles (16, 17, 18, 19), wherein the seat pan, on its underside, comprises cross member mountings for placing on a cross member extending in the transverse direction, characterised in that between the profiles (16, 17, 18, 19) through-holes are formed which extend in the vertical direction through the profile structure and the seat pan has a rear transverse profile on which front spring attachments are formed to mount underframe springs.
A method for modifying operation of a surface vehicle to improve aerodynamic performance of said vehicle, the method comprising: by a light detection and ranging, LiDAR, module including at least one LiDAR sensor mounted on the surface vehicle, obtaining wind data for a location upstream of the surface vehicle; and automatically altering the operation of the surface vehicle based at least in part on the wind data obtained by the LiDAR module such that the aerodynamic performance of the surface vehicle is improved, characterized in that the surface vehicle is a tractor-trailer combination comprising a tractor articulatedly connected to a trailer, wherein the wind data indicates a flanking wind gust, and wherein automatically altering the operation comprises leaning a cab of the tractor into the flanking wind gust to shield a corner of the trailer. by a light detection and ranging, LiDAR, module including at least one LiDAR sensor mounted on the surface vehicle, obtaining wind data for a location upstream of the surface vehicle; and automatically altering the operation of the surface vehicle based at least in part on the wind data obtained by the LiDAR module such that the aerodynamic performance of the surface vehicle is improved,
Device for testing airport ground lights, comprising: - a support movable along an airport runway; - a centralised processing unit, associated with the support and comprising a plurality of opto-electronic converters; - a corresponding plurality of optical fibres adapted to pick up light radiations originating from an airport ground light and to transmit said light radiations to the respective opto-electronic converters, each optical fibre having a first end fastened to the support and a second end connected to the respective opto-electronic converter, wherein: - the processing unit is fastened to or integrated into the support; - said optical fibres are fully housed within the support and the processing unit; - said processing unit comprises a hollow body fastened to the support and the opto-electronic converters are arranged in said hollow body; and - said support has an anchoring portion to a vehicle configured to support the device so that the first ends of the optical fibres face towards or parallel to a movement direction of the support along said airport runway. - a support movable along an airport runway; - a centralised processing unit, associated with the support and comprising a plurality of opto-electronic converters; - a corresponding plurality of optical fibres adapted to pick up light radiations originating from an airport ground light and to transmit said light radiations to the respective opto-electronic converters, each optical fibre having a first end fastened to the support and a second end connected to the respective opto-electronic converter, wherein: - the processing unit is fastened to or integrated into the support; - said optical fibres are fully housed within the support and the processing unit; - said processing unit comprises a hollow body fastened to the support and the opto-electronic converters are arranged in said hollow body; and - said support has an anchoring portion to a vehicle configured to support the device so that the first ends of the optical fibres face towards or parallel to a movement direction of the support along said airport runway.
A data transmission method, comprising: determining configuration information of at least one flexible subframe comprised in a Time Division Duplex, TDD, radio frame, wherein the flexible subframe is configured to comprise at least one uplink transmission symbol and at least one downlink transmission symbol, and sub-timeslots occupied by the uplink transmission symbol and the downlink transmission symbol are alternately configured; delivering the determined configuration information of the at least one flexible subframe to a user equipment, UE, by using signaling; and according to the determined configuration information of the at least one flexible subframe, receiving uplink data in the sub-timeslot of the uplink transmission symbol and sending downlink data in the sub-timeslot of the downlink transmission symbol, the method being characterized in that, the flexible subframe is configured to further comprise at least two Guard Periods, GPs, one of the GPs is configured to be located between a downlink transmission symbol and an uplink transmission symbol, in adjacent flexible subframes, at transition from the downlink transmission symbol to the uplink transmission symbol, and, another one of the GPs is configured to be located between a downlink transmission symbol and an uplink transmission symbol, in a same flexible subframe, at transition from the downlink transmission symbol to the uplink transmission symbol. determining configuration information of at least one flexible subframe comprised in a Time Division Duplex, TDD, radio frame, wherein the flexible subframe is configured to comprise at least one uplink transmission symbol and at least one downlink transmission symbol, and sub-timeslots occupied by the uplink transmission symbol and the downlink transmission symbol are alternately configured; delivering the determined configuration information of the at least one flexible subframe to a user equipment, UE, by using signaling; and according to the determined configuration information of the at least one flexible subframe, receiving uplink data in the sub-timeslot of the uplink transmission symbol and sending downlink data in the sub-timeslot of the downlink transmission symbol, the method being characterized in that, the flexible subframe is configured to further comprise at least two Guard Periods, GPs, one of the GPs is configured to be located between a downlink transmission symbol and an uplink transmission symbol, in adjacent flexible subframes, at transition from the downlink transmission symbol to the uplink transmission symbol, and, another one of the GPs is configured to be located between a downlink transmission symbol and an uplink transmission symbol, in a same flexible subframe, at transition from the downlink transmission symbol to the uplink transmission symbol.
A method of detecting the presence of methylation at a locus within a population of DNA, the method comprising (a) dividing the population of DNA into at least two physically distinct portions, thereby generating at least a first portion and a second portion, (b) after step (a), contacting the first portion with a methylation-sensitive restriction enzyme to obtain a first portion of nucleic acids with fragmented unmethylated copies of the locus and intact methylated copies of the locus; (c) after step (b), quantifying the number of intact copies of the locus in the first portion, wherein the quantifying step comprises quantitative amplification; (d) after step (a), partially digesting the second portion with a methylation-dependent restriction enzyme, wherein said digestion is not carried out to completion; (e) after step (d), quantifying the number of intact copies of the locus in the second portion, wherein the quantifying step comprises quantitative amplification; and (f) determining the presence of methylation at the locus within the population of nucleic acids by comparing the number of intact copies of the locus in the first portion and number of intact copies of the locus in the second portion. (a) dividing the population of DNA into at least two physically distinct portions, thereby generating at least a first portion and a second portion, (b) after step (a), contacting the first portion with a methylation-sensitive restriction enzyme to obtain a first portion of nucleic acids with fragmented unmethylated copies of the locus and intact methylated copies of the locus; (c) after step (b), quantifying the number of intact copies of the locus in the first portion, wherein the quantifying step comprises quantitative amplification; (d) after step (a), partially digesting the second portion with a methylation-dependent restriction enzyme, wherein said digestion is not carried out to completion; (e) after step (d), quantifying the number of intact copies of the locus in the second portion, wherein the quantifying step comprises quantitative amplification; and (f) determining the presence of methylation at the locus within the population of nucleic acids by comparing the number of intact copies of the locus in the first portion and number of intact copies of the locus in the second portion.
A motor driven vehicle which has a stand for supporting a vehicle body upon parking and runs using an electric motor, to which power is supplied from a vehicle-carried battery, as a driving source, wherein: a recessed portion which is recessed upwardly and cannot be watched as viewed in side elevation of the vehicle is provided on a bottom portion of said vehicle body; said stand is removably accommodated in said recessed portion; a stand lock mechanism for locking said stand such that said stand keeps an accommodated posture is provided on said vehicle body; andan unlocking operation element for cancelling the lock by said stand lock mechanism is provided on said vehicle body; characterized by a tension spring biasing the stand such that the stand drops from its accommodated position upon operation of the unlocking operation element, wherein a step accommodating recessed portion which is recessed toward the center of said vehicle body is provided on a side face of said vehicle body; a step (18L, 18R) on which a driver is to place a foot thereof is removably accommodated in said step accommodating recessed portion; and said unlocking operation element is provided in a region in said step accommodating recessed portion which is hidden by said step (18L, 18R) in the accommodated state. a recessed portion which is recessed upwardly and cannot be watched as viewed in side elevation of the vehicle is provided on a bottom portion of said vehicle body; said stand is removably accommodated in said recessed portion; a stand lock mechanism for locking said stand such that said stand keeps an accommodated posture is provided on said vehicle body; andan unlocking operation element for cancelling the lock by said stand lock mechanism is provided on said vehicle body; a tension spring biasing the stand such that the stand drops from its accommodated position upon operation of the unlocking operation element, wherein a step accommodating recessed portion which is recessed toward the center of said vehicle body is provided on a side face of said vehicle body; a step (18L, 18R) on which a driver is to place a foot thereof is removably accommodated in said step accommodating recessed portion; and said unlocking operation element is provided in a region in said step accommodating recessed portion which is hidden by said step (18L, 18R) in the accommodated state.
Cbl-b inhibitor, selected from inhibitory nucleic acids which reduce or inhibit the expression of Cbl-b, in combination with at least one cytokine or interferon selected from • IL-2 and one or more further cytokines or interferons selected from IL-12, IL-23, IFN-alpha and IFN-beta, or • IFN-alpha and one or more further cytokines selected from IL-15 and IL-21, or • IL-12 and IL-7, or • IL-12 and IL-15, for use in the therapeutic treatment of cancer in a patient, comprising the in vivo administration of said Cbl-b inhibitor to a patient and/or the ex vivo administration of said Cbl-b inhibitor to NK cells obtained from the patient, thereby immune-activating said NK cells, and comprising the in vivo administration of said cytokines and/or interferons to a patient and/or the ex vivo administration of said cytokines and/or interferons to NK cells obtained from the patient, and comprising re-introducing ex vivo- treated NK cells into the patient. • IL-2 and one or more further cytokines or interferons selected from IL-12, IL-23, IFN-alpha and IFN-beta, or • IFN-alpha and one or more further cytokines selected from IL-15 and IL-21, or • IL-12 and IL-7, or • IL-12 and IL-15,
A composition comprising at least one aldehyde scavenger, at least one polyol, water and at least one amine catalyst, wherein the aldehyde scavenger comprises at least one member selected from the group consisting of 1-Benzyl-1, 3-propanediamine, isotridecyloxypropyl-1, 3-diaminopropane, dodecyloxypropyl-1, 3-diaminopropane, and hexyloxypropyl-1, 3-diaminopropane.
An ophthalmologic apparatus comprising: an optical system having an optical axis and configured to capture a moving image of a subject's eye; a rotational movement amount calculator configured to calculate a rotational movement amount about the optical axis between a first image and a second image included in the moving image acquired by the optical system; a registration unit configured to perform registration between the first image and the second image in a rotation direction based on the rotational movement amount calculated by the rotational movement amount calculator; a parallel movement amount calculator configured to perform a phase only correlation process on the first image and the second image registered by the registration unit to calculate a parallel movement amount between the first image and the second image; a driver configured to move the optical system; and a controller configured to control the driver based on the parallel movement amount calculated by the parallel movement amount calculator. an optical system having an optical axis and configured to capture a moving image of a subject's eye; a rotational movement amount calculator configured to calculate a rotational movement amount about the optical axis between a first image and a second image included in the moving image acquired by the optical system; a registration unit configured to perform registration between the first image and the second image in a rotation direction based on the rotational movement amount calculated by the rotational movement amount calculator; a parallel movement amount calculator configured to perform a phase only correlation process on the first image and the second image registered by the registration unit to calculate a parallel movement amount between the first image and the second image; a driver configured to move the optical system; and a controller configured to control the driver based on the parallel movement amount calculated by the parallel movement amount calculator.
A lipstick comprising a translucent outer shell surrounding a colored inner core, wherein the translucent outer shell and the colored inner shell comprise: (a) N-lauroyl-L-glutamic acid dibutyl amide and N-2-ethylhexanoyl-L-glutamic acid dibutyl amide; (b) octyldodecanol in an amount of 15% to 30% by total weight of the composition; (c) polyamide resins comprising ethylenediamine hydrogenated dimer dilinoleate copolymer Bis-Di-C14-18 alkyl amide; (d) stearyl dimethicone; and (e) hydrogenated polyisobutene, wherein said composition has a dissolution temperature at or below about 115.°C; and wherein the colored inner shell comprises colorants having a surface treated with a fluoropolymer or a combination of fluoropolymers.
An ink supply apparatus for a printer, comprising: an ink chamber to store ink; and a machine readable storage medium, carried by the ink supply, to store a priming parameter, the priming parameter having a value to cause a printer to configure a priming procedure of the printer, wherein the priming parameter comprises a value to cause the printer to permit priming procedures associated with the ink supply subsequent to an initial priming procedure or not to permit priming procedures associated with the ink supply subsequent to an initial priming procedure, wherein the initial priming procedure is a priming procedure to be performed at the time of an initial or out-of-box set up, prior to any printing by the printer, and wherein the ink supply for the printer is one of a magenta ink supply, a cyan ink supply and a yellow ink supply, which are able to provide ink to the same printhead or set of printheads, wherein the print head or set of printheads are able to undergo a priming procedure that affects the cyan, yellow and magenta ink supplies (106M, 106C, 106Y) simultaneously, wherein the machine-readable storage medium of the ink supply for the printer is selectable as a representative of the print head (104 C) by a priming controller for the purposes of configuring the printer to perform priming procedures on said printhead or set of printheads. an ink chamber to store ink; and a machine readable storage medium, carried by the ink supply, to store a priming parameter, the priming parameter having a value to cause a printer to configure a priming procedure of the printer, wherein the priming parameter comprises a value to cause the printer to permit priming procedures associated with the ink supply subsequent to an initial priming procedure or not to permit priming procedures associated with the ink supply subsequent to an initial priming procedure, wherein the initial priming procedure is a priming procedure to be performed at the time of an initial or out-of-box set up, prior to any printing by the printer, and wherein the ink supply for the printer is one of a magenta ink supply, a cyan ink supply and a yellow ink supply, which are able to provide ink to the same printhead or set of printheads, wherein the print head or set of printheads are able to undergo a priming procedure that affects the cyan, yellow and magenta ink supplies (106M, 106C, 106Y) simultaneously, wherein the machine-readable storage medium of the ink supply for the printer is selectable as a representative of the print head (104 C) by a priming controller for the purposes of configuring the printer to perform priming procedures on said printhead or set of printheads.
Arrangement for installing a termination box in a wall structure, with which termination box (10, 110) a conduit may be connected to a tap assembly on the wall, said termination box (10, 110) comprising a body (11, 13, 111) provided with mounting holes, and a bushing or corresponding tunnel, for which a through hole may be made in the wall or at least in an outer panel or sheet of the wall structure, whereby the arrangement comprises at least one separate mounting bracket (20, 20a-e, 120, 120d, 120e) attachable to the mounting holes in the body (11, 13, 111) of the termination box (10, 110), which mounting bracket (20, 20a-e, 120, 120d, 120e) is provided with holes through which said bracket (20, 20a-e, 120, 120d, 120e) with the termination box (10, 110) can be fastened in the wall structure by installation screws, the holes in the bracket (20, 20a-e, 120, 120d, 120e) being arranged, with the mounting bracket attached to the mounting holes in the body of the termination box, at a bigger distance from the bushing or corresponding tunnel than the mounting holes in the body (11, 13) of the termination box (10, 110) in the radial direction of the bushing or corresponding tunnel, the mounting bracket (20, 20a-e, 120, 120d, 120e) being a foldable structure comprising two opposite parts (21, 22, 121, 122) connected with each other by a hinge (23, 123) about which said two parts (21, 22, 121, 122) are foldable from an open position to a closed position, characterized in that the mounting bracket (20, 20a-e, 120, 120d, 120e) is provided with dowels (26, 126) to be fitted into the mounting holes in the body (11, 13, 111) of the termination box (10, 110) and to attach the bracket (20, 20a-e, 120, 120d, 120e) to the body (11, 13, 111) of the termination box (10, 110), the dowels (26, 126) being arranged in the two opposite parts (21, 22, 121, 122) of the mounting bracket (20, 20a-e, 120, 120d, 120e), so that in its closed position the bracket (20, 20a-e, 120, 120d, 120e) may be locked in place attached to the body (11, 13, 111) of the termination box.
A human Treg cell expressing a fusion protein which is a chimeric antigen receptor which contains an scFv domain specific for human HLA-A*02 (CAR-A*02) and which Treg cell is genetically manipulated to constitutively express FOXP3 for use in the treatment of HvG disease.
Equipment for connecting panels (5.1, 5.2) of a lift cage, wherein the panels (5.1, 5.2) are connectible together at the end face by means of at least one connecting element, characterised in that at least one first slot is provided at a first panel (5.1) and at least one second slot at a second panel (5.2) and the connecting element is insertable into the first slot without a tool and the second panel (5.2) is placeable at the second slot over the connecting element, wherein a first spring element (8.3) of a spring body (8.5) of the connecting element presses on the first panel (5.1) and a second spring element (8.4) of the spring body (8.5) of the connecting element presses on the second panel (5.2).