mhurhangee/patent-ind-claim-en huggingface dataset:
A sprayer system for a work machine , the sprayer system comprising: a boom , a tank , an air source , a spray device configured to selectively apply a fluid from the tank to an agricultural crop; and a drop apparatus comprising: a retractable arm with a first end coupled to the boom and a second end coupled to the spray device , the retractable arm including a first arm segment , a second arm segment , a first hinge joint positioned in between the first arm segment and the boom such that the first arm segment is selectively foldable relative to the boom , and a second hinge joint positioned in between the first arm segment and the second arm segment such that the second arm segment is selectively foldable relative to the first arm segment ; and an actuation assembly coupled to the retractable arm to selectively fold and unfold the first arm segment relative to the boom at the first hinge joint and the second arm segment relative to the first arm segment at the second hinge joint based on air pressure from the air source , characterized in that the actuation assembly includes an air hose fluidly coupled to the air source and extending at least through the first hinge joint , the first arm segment , and the second hinge joint , wherein the air hose , upon being pressurized by the air source , is configured to stiffen such that the first arm segment is unfolded relative the boom at the first hinge joint and the second arm segment is unfolded relative to the first arm segment at the second hinge joint . a retractable arm with a first end coupled to the boom and a second end coupled to the spray device , the retractable arm including a first arm segment , a second arm segment , a first hinge joint positioned in between the first arm segment and the boom such that the first arm segment is selectively foldable relative to the boom , and a second hinge joint positioned in between the first arm segment and the second arm segment such that the second arm segment is selectively foldable relative to the first arm segment ; and an actuation assembly coupled to the retractable arm to selectively fold and unfold the first arm segment relative to the boom at the first hinge joint and the second arm segment relative to the first arm segment at the second hinge joint based on air pressure from the air source , characterized in that the actuation assembly includes an air hose fluidly coupled to the air source and extending at least through the first hinge joint , the first arm segment , and the second hinge joint , wherein the air hose , upon being pressurized by the air source , is configured to stiffen such that the first arm segment is unfolded relative the boom at the first hinge joint and the second arm segment is unfolded relative to the first arm segment at the second hinge joint .
A radiation image capturing system comprising: a bucky device ; a portable Flat Panel Detector (FPD) cassette which can capture a radiation image by receiving irradiation of radiation in a state loaded on the bucky device or by itself; the bucky device is configured in such a manner that a Computed Radiography (CR) cassette can store a radiation image of an object, when the CR cassette is loaded on the bucky device ; and a console which displays an icon corresponding to the FPD cassette , characterized in that , when the FPD cassette exists by itself without being loaded on the bucky device , the console displays the icon of the FPD cassette , and when the FPD cassette is loaded on the bucky device , the console does not display the icon, wherein the console displays the icon corresponding to the bucky device in a different manner according to whether the type of cassette loaded on the bucky device is the FPD cassette or the CR cassette . a bucky device ; a portable Flat Panel Detector (FPD) cassette which can capture a radiation image by receiving irradiation of radiation in a state loaded on the bucky device or by itself; the bucky device is configured in such a manner that a Computed Radiography (CR) cassette can store a radiation image of an object, when the CR cassette is loaded on the bucky device ; and a console which displays an icon corresponding to the FPD cassette , characterized in that , when the FPD cassette exists by itself without being loaded on the bucky device , the console displays the icon of the FPD cassette , and when the FPD cassette is loaded on the bucky device , the console does not display the icon, wherein the console displays the icon corresponding to the bucky device in a different manner according to whether the type of cassette loaded on the bucky device is the FPD cassette or the CR cassette .
Electromotive furniture drive having at least one motorized adjustment drive for motorized adjustment of at least one furniture component, at least one control unit which is connected to a motor controller of the at least one adjustment drive, and at least one operating unit for operating the at least one adjustment drive, the control unit being designed, as a function of the operating situation of the electromotive furniture drive, for actuating, for stopping and/or for temporarily reversing at least one motor of the at least one adjusting drive via the motor control , the at least one motor being designed as a brush-loaded DC motor, characterized in that the control unit is designed to evaluate a frequency of a counter-EMF signal generated by the at least one motor and to detect and signal a collision and/or a jamming case as a function of the evaluated signal, wherein the collision and/or the jamming case are detected when the determined frequency of the signal falls below a predetermined threshold value and/or when an absolute value of a change in frequency exceeds a further predetermined threshold value.
A method of embedding a watermark in a B-decoded video frame comprising: inputting an original video bitstream; decoding the input original video bitstream; determining a first frame for embedding a watermark in the input original video bitstream; and embedding an image-based watermark in the first frame, characterized in that the embedding of the watermark in the first frame comprises:selecting one of frames after the first frame as a second frame, wherein the second frame is a predictive-coded frame (P frame) or a bidirectional-coded frame (B frame) referring to the first frame in the same GoP in the decoded original video bitstream; generating the second frame as an intra-coded frame (I frame); generating the first frame as a bidirectional-coded frame (B frame) referring to the second frame, wherein the first frame determined is a scenecut frame or an I frame in the decoded original video bitstream, wherein embedding the image-based watermark in the first frame comprises embedding the image-based watermark in the first frame generated as the B frame . inputting an original video bitstream; decoding the input original video bitstream; determining a first frame for embedding a watermark in the input original video bitstream; and embedding an image-based watermark in the first frame, characterized in that the embedding of the watermark in the first frame comprises:selecting one of frames after the first frame as a second frame, wherein the second frame is a predictive-coded frame (P frame) or a bidirectional-coded frame (B frame) referring to the first frame in the same GoP in the decoded original video bitstream; generating the second frame as an intra-coded frame (I frame); generating the first frame as a bidirectional-coded frame (B frame) referring to the second frame, wherein the first frame determined is a scenecut frame or an I frame in the decoded original video bitstream, wherein embedding the image-based watermark in the first frame comprises embedding the image-based watermark in the first frame generated as the B frame .
A method to reduce total harmonic distortion, THD, input in a 24-pulse autotransformer system configured to receive an input of a first voltage and produce an output voltage of a second voltage; the method comprising: coupling a first three-phase autotransformer to receive three phases of an AC power source , the first autotransformer having three input terminals and six output terminals ; coupling a first pair of rectifier units to the output terminals of the first three-phase autotransformer, each rectifier having three input terminals and a positive and a negative output terminal ; coupling a second three-phase autotransformer to receive the three phases of the AC power source , the second autotransformer having three input terminals and six output terminals with the second three-phase autotransformer input terminals coupled to the first three-phase autotransformer input terminals in a reversed phase sequence configuration; coupling a second pair of rectifier units to the output terminals of the second three-phase autotransformer, each rectifier having three input terminals and a positive and a negative output terminal ; adjusting turn ratios of two windings of each phase of the first and second three-phase autotransformers to effect a decrease in the voltage across said two windings leg from a symmetric voltage value resulting in a reduced input THD without a zero sequence blocking transformer; and coupling each of the positive and negative output terminals of each of the rectifier units in parallel to an electrical load . coupling a first three-phase autotransformer to receive three phases of an AC power source , the first autotransformer having three input terminals and six output terminals ; coupling a first pair of rectifier units to the output terminals of the first three-phase autotransformer, each rectifier having three input terminals and a positive and a negative output terminal ; coupling a second three-phase autotransformer to receive the three phases of the AC power source , the second autotransformer having three input terminals and six output terminals with the second three-phase autotransformer input terminals coupled to the first three-phase autotransformer input terminals in a reversed phase sequence configuration; coupling a second pair of rectifier units to the output terminals of the second three-phase autotransformer, each rectifier having three input terminals and a positive and a negative output terminal ; adjusting turn ratios of two windings of each phase of the first and second three-phase autotransformers to effect a decrease in the voltage across said two windings leg from a symmetric voltage value resulting in a reduced input THD without a zero sequence blocking transformer; and coupling each of the positive and negative output terminals of each of the rectifier units in parallel to an electrical load .
A sponge, comprising: a piece of gauze folded into at least three panels which overlap with one another, including a first outer panel , a second outer panel and at least a first inner panel located interposed between the first outer panel and the second outer panel; and a first radio-opaque material carried by the first inner panel only; said first radio-opaque material is a first radio-opaque thread woven into or attached to a face of the gauze, and wherein the first piece of elongated radio-opaque material is located on a first half of the piece of gauze relative to a centerline along the length of the piece of gauze a piece of gauze folded into at least three panels which overlap with one another, including a first outer panel , a second outer panel and at least a first inner panel located interposed between the first outer panel and the second outer panel; and a first radio-opaque material carried by the first inner panel only; said first radio-opaque material is a first radio-opaque thread woven into or attached to a face of the gauze, and wherein the first piece of elongated radio-opaque material is located on a first half of the piece of gauze relative to a centerline along the length of the piece of gauze
A work device comprising: a cover provided on a base configured to form a work space between the cover and the base ; a linear motor disposed in the work space , the linear motor having an extended stator and a movable element moving along the stator in a transfer direction (Y); and a work executing section provided on the movable element to execute a predetermined work; wherein the movable element includes: an air-cooling type heat-dissipating section configured to dissipate heat generated from a linear drive coil to air, the linear drive coil constituting a part of the movable element ; a duct , covering the heat-dissipating section , which has an intake port and an exhaust port ; and a blower configured to blow the air from the intake port to the exhaust port ; characterized in that: the cover includes: an intake opening facing the intake port along a transfer region in which the movable element moves in the transfer direction (Y); and an exhaust opening facing the exhaust port along the transfer region in which the movable element moves in the transfer direction (Y). a cover provided on a base configured to form a work space between the cover and the base ; a linear motor disposed in the work space , the linear motor having an extended stator and a movable element moving along the stator in a transfer direction (Y); and a work executing section provided on the movable element to execute a predetermined work; wherein the movable element includes: an air-cooling type heat-dissipating section configured to dissipate heat generated from a linear drive coil to air, the linear drive coil constituting a part of the movable element ; a duct , covering the heat-dissipating section , which has an intake port and an exhaust port ; and a blower configured to blow the air from the intake port to the exhaust port ; characterized in that: the cover includes: an intake opening facing the intake port along a transfer region in which the movable element moves in the transfer direction (Y); and an exhaust opening facing the exhaust port along the transfer region in which the movable element moves in the transfer direction (Y).
One or more vectors comprising a first nucleic acid sequence that encodes a governing gRNA molecule that targets a nucleic acid encoding a Cas9 molecule, and a second nucleic acid sequence that encodes a Cas9 molecule, wherein the governing gRNA molecule targets the second nucleic acid sequence that encodes the Cas9 molecule.
A dynamic spinal implant configured to be inserted between two adjacent vertebrae, the device comprising: a first endplate configured to contact the inferior face of a first vertebrae; a second endplate substantially opposite the first endplate and configured to contact the superior face of a second, adjacent vertebrae; an inner structure disposed between the first endplate and the second endplate; and a bone graft or bone substitute material disposed within the dynamic spinal implant, wherein the inner structure is configured to generate a modified strain tensor on the bone graft and/or bone substitute material disposed within the dynamic spinal implant, wherein the inner structure is configured to modify a mechanical load to promote bone growth within the inner structure, and wherein the dynamic spinal implant comprises at least one resonating element . a first endplate configured to contact the inferior face of a first vertebrae; a second endplate substantially opposite the first endplate and configured to contact the superior face of a second, adjacent vertebrae; an inner structure disposed between the first endplate and the second endplate; and a bone graft or bone substitute material disposed within the dynamic spinal implant, wherein the inner structure is configured to generate a modified strain tensor on the bone graft and/or bone substitute material disposed within the dynamic spinal implant, wherein the inner structure is configured to modify a mechanical load to promote bone growth within the inner structure, and wherein the dynamic spinal implant comprises at least one resonating element .
A retroreflective article comprising a plurality of light transmissive cube-comer elements comprising the reaction product of a polymerizable resin comprising at least 2 wt-% of a (meth)acrylate functional nitrogen-containing ingredient, and a layer which is adjacent to the cube-comer elements , wherein the layer is selected from a body layer , a seal film layer, and combinations thereof. a plurality of light transmissive cube-comer elements comprising the reaction product of a polymerizable resin comprising at least 2 wt-% of a (meth)acrylate functional nitrogen-containing ingredient, and a layer which is adjacent to the cube-comer elements , wherein the layer is selected from a body layer , a seal film layer, and combinations thereof.
Measuring apparatus for capturing electrical energy transferred from a charging station (EVSE), wherein a charging cable (CC) for forming an electrical connection between a connection point of the charging cable (CC) on the charging station (EVSE) and a transfer point of the charging cable (CC) on an energy sink (EV) can be at least occasionally assigned to the charging station (EVSE), and wherein the charging cable (CC) comprises a conductor set having a plurality of conductors (L1, L2), wherein the measuring apparatus comprises: - a first measuring unit (M1) for measuring a first electrical power on at least two conductors (L1, L2) at the connection point; - a second measuring unit (M2) for measuring at least one second electrical variable at the connection point; characterized by - a determination unit (DU) for determining a portion of electrical energy converted into thermal energy along the charging cable (CC) from the second electrical variable and for determining the electrical energy transferred at the transfer point on the basis of the first electrical power compensated for by the portion of electrical energy converted into thermal energy along the charging cable (CC), wherein the second electrical variable is in a fixed relationship with respect to an analogue electrical variable relevant to the transferred electrical energy. - a first measuring unit (M1) for measuring a first electrical power on at least two conductors (L1, L2) at the connection point; - a second measuring unit (M2) for measuring at least one second electrical variable at the connection point; characterized by - a determination unit (DU) for determining a portion of electrical energy converted into thermal energy along the charging cable (CC) from the second electrical variable and for determining the electrical energy transferred at the transfer point on the basis of the first electrical power compensated for by the portion of electrical energy converted into thermal energy along the charging cable (CC), wherein the second electrical variable is in a fixed relationship with respect to an analogue electrical variable relevant to the transferred electrical energy.
An ion-exchange fiber comprising: a polymer A obtained by introducing an ion-exchangeable substituent to 100 parts by weight of a modacrylic polymer, the modacrylic polymer being obtained by polymerization of a monomer composition containing 30% by weight or more and 70% by weight or less of acrylonitrile, 30% by weight or more and 70% by weight or less of a halogen-containing vinylidene monomer and/or a halogen-containing vinyl monomer, and 0% by weight or more and 10% by weight or less of a vinyl monomer copolymerizable with them, with respect to 100% by weight of the composition; and a polymer B obtained by introducing an ion-exchangeable substituent to 1 part by weight or more and 100 parts by weight or less of an epoxy group-containing polymer which is a homopolymer or copolymer of glycidyl methacrylate, each ion-exchangeable substituent being introduced by reaction with an amine compound and being an ion-exchangeable substituent derived from the amine compound. a polymer A obtained by introducing an ion-exchangeable substituent to 100 parts by weight of a modacrylic polymer, the modacrylic polymer being obtained by polymerization of a monomer composition containing 30% by weight or more and 70% by weight or less of acrylonitrile, 30% by weight or more and 70% by weight or less of a halogen-containing vinylidene monomer and/or a halogen-containing vinyl monomer, and 0% by weight or more and 10% by weight or less of a vinyl monomer copolymerizable with them, with respect to 100% by weight of the composition; and a polymer B obtained by introducing an ion-exchangeable substituent to 1 part by weight or more and 100 parts by weight or less of an epoxy group-containing polymer which is a homopolymer or copolymer of glycidyl methacrylate, each ion-exchangeable substituent being introduced by reaction with an amine compound and being an ion-exchangeable substituent derived from the amine compound.
A crystalline form E of Tafamidis meglumine shown as the following structure, wherein the X-ray powder diffraction pattern shows characteristic peaks at 2theta values of 8.9°±0.2°, 17.7°±0.2° and 19.5°±0.2° using CuKα radiation.
Attraction for amusement rides, such as a fairground or amusement park attraction, comprising a mast , a base frame rotatably attached to the mast and extending radially from the mast, means for rotating the base frame, a number of subframes (20 ;20' ) each comprising a stiff connecting arm to which a gondola (22 ;22' ) with one or more passenger seats is attached, in which the subframes are circumferentially distributed. each suspended freely pivotable by means of the connecting arm on the base frame, such that the subframes with gondolas swing upon rotation of the base frame under influence of the centrifugal force, wherein the attraction further comprises control means (24 ;24' ) for controlling the pivoting of the subframes with gondolas relative to the base frame, wherein the control means are arranged to displace the centre of gravity of the subframe relative to the base frame characterized in that the control means are arranged to move a mass in the subframe in a radial direction relative to the mast, which mass is located at the end of the connecting arm and is formed by the gondola itself or by an additional mass mounted in the chassis of the gondola , preferably hidden from view,