mhurhangee/patent-ind-claim-en huggingface dataset:
A Gate in Panel, GIP circuit, comprising a plurality of sequentially connected drive units , each drive unit connecting to a drive control line (IN), a first gate line (VGH), a second gate line (VGL), a first clock signal line (CLK1) and a second clock signal line (CLK1B), wherein the drive unit comprises first to eighth transistors (M1-M8), a first capacitor (C1) and a second capacitor (C2), the first transistor (M1) connected between the drive control line (IN) and a first node (N1) and having a first gate in connection with the first clock signal line (CLK1), the second transistor (M2) connected between the first clock signal line (CLK1) and a third node (N3) and having a second gate in connection with the first node (N1), the third transistor (M3) connected between the second clock signal line (CLK1B) and a fourth node (N4) and having a third gate in connection with the third node (N3), the fourth transistor (M4) connected between a second node (N2) and the fourth node (N4) and having a fourth gate in connection with the second clock signal line (CLK1B), the fifth transistor (M5) connected between the third node (N3) and the second gate line (VGL) and having a fifth gate in connection with the first clock signal line (CLK1), the sixth transistor (M6) connected between the first gate line (VGH) and the second node (N2) and having a sixth gate in connection with the first node (N1), the seventh transistor (M7) connected between the first gate line (VGH) and an output terminal (EMOUT) and having a seventh gate in connection with the second node (N2), the eighth transistor (M8) connected between the second gate line (VGL) and the output terminal (EMOUT) and having an eighth gate in connection with the first node (N1), the first capacitor (C1) connected between the third node (N3) and the fourth node (N4), characterized in that the second capacitor (C2) is connected between the first node (N1) and the output terminal (EMOUT).
Granules containing one or more bleaching catalysts selected from the group of manganese salts or manganese complexes and at least one binder selected from the group of acidic organic compounds, wherein the granules are coated with 0.1 to 3 % by weight, referring to the total amount of the granules, with a polyvinyl alcohol containing coating, wherein the coating comprises at least 80 % by weight of polyvinyl alcohol or mixtures thereof, in relation to the total weight of the coating.
Vertical screw conveyor comprising an elevating screw with a screw blade which rotates spirally about a screw core and of which the conveying flank has at least one retaining step which slopes in the conveying direction , characterised in that the screw blade has at least two blade segments which are each arranged in an offset manner with respect to one another in the longitudinal direction of the elevating screw , thus forming the retaining step , wherein the blade segment leading in the conveying direction is set back in the opposite direction to the conveying direction with respect to the blade segment following in the conveying direction , characterised in that the spaced interval of the blade segments with respect to one another resulting from the setting-back forms the retaining step .
Device for the containment of at least one anode assembly, said assembly comprising a spent anode attached to a metal rod , comprising: ▪ a receptacle for receiving the anode assembly, said anode assembly resting inside said receptacle via the lower surface of the spent anode ; ▪ a bell housing open at its lower end, and able to form a closed volume in collaboration with said receptacle , inside which said at least one anode assembly is housed; characterised in that the bell housing is able to adopt two shapes: ▪ a shape for storing said device, in the non-operational position, in which it is folded back on itself; ▪ a deployed, operational shape, according to which said closed volume is defined, with the receptacle . ▪ a receptacle for receiving the anode assembly, said anode assembly resting inside said receptacle via the lower surface of the spent anode ; ▪ a bell housing open at its lower end, and able to form a closed volume in collaboration with said receptacle , inside which said at least one anode assembly is housed; ▪ a shape for storing said device, in the non-operational position, in which it is folded back on itself; ▪ a deployed, operational shape, according to which said closed volume is defined, with the receptacle .
A tape measure apparatus comprising: a) a casing defining an enclosure , the enclosure having a blade aperture ; b) a rule blade having inner and outer end portions and being retractably stored in a coiled condition within the enclosure , the inner end of the rule blade secured to the enclosure , the outer end of the rule blade protruding through the blade aperture when extended during use, and when extended during use the rule blade having a longitudinal axis ; c) graduated indicia markings along the length of the rule blade , functioning as a measuring scale; and d) a catch operatively connected to the outer end of the rule blade , characterized in that the catch is slidable relative to the outer end of the rule blade in a plane which is substantially perpendicular to the longitudinal axis of the rule blade . a) a casing defining an enclosure , the enclosure having a blade aperture ; b) a rule blade having inner and outer end portions and being retractably stored in a coiled condition within the enclosure , the inner end of the rule blade secured to the enclosure , the outer end of the rule blade protruding through the blade aperture when extended during use, and when extended during use the rule blade having a longitudinal axis ; c) graduated indicia markings along the length of the rule blade , functioning as a measuring scale; and d) a catch operatively connected to the outer end of the rule blade , characterized in that
A method of manufacturing a thin polarizer, the method comprising: forming a laminate by attaching a non-stretched polyvinyl alcohol-based film to at least one surface of a non-stretched high-density polyethylene film; stretching the laminate, and separating the stretched polyvinyl alcohol-based film from the stretched high-density polyethylene film, wherein a thickness of the non-stretched polyvinyl alcohol-based film is from 5 μm to 60 μm, and a thickness of the polyvinyl alcohol-based film after stretching is 10 μm or less, wherein a thickness of the non-stretched high-density polyethylene film is from 20 μm to 100 μm, and wherein the high-density polyethylene film has a specific gravity of 0.93 or greater compared to 4°C water (having a density of 0.999973 g/cm 3 ). forming a laminate by attaching a non-stretched polyvinyl alcohol-based film to at least one surface of a non-stretched high-density polyethylene film; stretching the laminate, and separating the stretched polyvinyl alcohol-based film from the stretched high-density polyethylene film, wherein a thickness of the non-stretched polyvinyl alcohol-based film is from 5 μm to 60 μm, and a thickness of the polyvinyl alcohol-based film after stretching is 10 μm or less, wherein a thickness of the non-stretched high-density polyethylene film is from 20 μm to 100 μm, and wherein the high-density polyethylene film has a specific gravity of 0.93 or greater compared to 4°C water (having a density of 0.999973 g/cm 3 ).
Computer-implemented method for virtual fitting of a pair of spectacles, comprising: approximate virtual positioning of a spectacle frame on a head on the basis of head metadata for a 3D model of the head and frame metadata for a 3D model of the spectacle frame, subsequent fine virtual positioning of the spectacle frame on the basis of the 3D model of the head and the 3D model of the spectacle frame, characterized in that if a horizontal direction corresponding to a connecting line between pupil centres of eyes of the head in a main fixation direction is defined as x-direction when the head is held erect, if a vertical direction when the head is held erect is defined as y-direction and if a direction perpendicular to the x-direction and to the y-direction is defined as z-direction then, during the fine virtual positioning, there is a first displacement of the spectacle frame by a first distance perpendicular to the z-direction and there is a second displacement of the spectacle frame by a second distance along the z-direction, wherein the second distance is no more than 10% of the first distance. approximate virtual positioning of a spectacle frame on a head on the basis of head metadata for a 3D model of the head and frame metadata for a 3D model of the spectacle frame, subsequent fine virtual positioning of the spectacle frame on the basis of the 3D model of the head and the 3D model of the spectacle frame, characterized in that if a horizontal direction corresponding to a connecting line between pupil centres of eyes of the head in a main fixation direction is defined as x-direction when the head is held erect, if a vertical direction when the head is held erect is defined as y-direction and if a direction perpendicular to the x-direction and to the y-direction is defined as z-direction then, during the fine virtual positioning, there is a first displacement of the spectacle frame by a first distance perpendicular to the z-direction and there is a second displacement of the spectacle frame by a second distance along the z-direction, wherein the second distance is no more than 10% of the first distance.
A scanning LiDAR system comprising: a base frame ; an optoelectronic assembly including one or more laser sources and one or more photodetectors , the optoelectronic assembly being fixedly attached to the base frame ; a lens assembly comprising one or more lenses, the one or more lenses having a focal plane; a first flexure assembly flexibly coupling the lens assembly to the base frame , the first flexure assembly configured such that the one or more laser sources and the one or more photodetectors are positioned substantially at the focal plane of the one or more lenses, and the first flexure assembly further configured to be flexed so as to scan the lens assembly laterally in a plane substantially perpendicular to an optical axis of the scanning LiDAR system ; a counter-balance structure ; a second flexure assembly flexibly coupling the counter-balance structure to the base frame ; and a controller configured to cause the lens assembly and the counter-balance structure to be scanned, via the first flexure assembly and the second flexure assembly , respectively, such that a motion of the lens assembly opposes a motion of the counter-balance structure . a base frame ; an optoelectronic assembly including one or more laser sources and one or more photodetectors , the optoelectronic assembly being fixedly attached to the base frame ; a lens assembly comprising one or more lenses, the one or more lenses having a focal plane; a first flexure assembly flexibly coupling the lens assembly to the base frame , the first flexure assembly configured such that the one or more laser sources and the one or more photodetectors are positioned substantially at the focal plane of the one or more lenses, and the first flexure assembly further configured to be flexed so as to scan the lens assembly laterally in a plane substantially perpendicular to an optical axis of the scanning LiDAR system ; a counter-balance structure ; a second flexure assembly flexibly coupling the counter-balance structure to the base frame ; and a controller configured to cause the lens assembly and the counter-balance structure to be scanned, via the first flexure assembly and the second flexure assembly , respectively, such that a motion of the lens assembly opposes a motion of the counter-balance structure .
A component comprising - a two-dimensionally extending decorative element having a visible side and a back side , - a layer produced from a first material or a plurality of layers produced from first materials, wherein the one or more layers is/are each arranged on the back side of the two-dimensionally extending decorative element and each has a front side and a rear side , wherein the front side in each case faces the back side of the two-dimensionally extending decorative element , and - a housing produced from a second material and having an inner side and an outer side , wherein the inner side faces the respective rear sides of the one or more layers , - at least one lighting element for coupling light into at least one of the one or more layers and - at least one electric power transmission element for supplying the lighting element with electric power, wherein the first material or materials has/have hardnesses which are in each case different to the hardness of the second material, wherein the housing engages in at least one recess , which is arranged in one of the one or more layers , and wherein the housing has at least one aperture , wherein the inner side of the housing forms an inlet opening of the aperture and the outer side of the housing forms an outlet opening of the aperture , wherein the electric power transmission element extends at least through the aperture from the inner side to the outer side of the housing , characterized in that the housing has, on the inner side , a sealing element pointing in the direction of the rear sides of the one or more layers , wherein the sealing element engages in the recess or in one of the recesses , wherein the sealing element at least partially, preferably completely, forms the inlet opening of the aperture . - a two-dimensionally extending decorative element having a visible side and a back side , - a layer produced from a first material or a plurality of layers produced from first materials, wherein the one or more layers is/are each arranged on the back side of the two-dimensionally extending decorative element and each has a front side and a rear side , wherein the front side in each case faces the back side of the two-dimensionally extending decorative element , and - a housing produced from a second material and having an inner side and an outer side , wherein the inner side faces the respective rear sides of the one or more layers , - at least one lighting element for coupling light into at least one of the one or more layers and - at least one electric power transmission element for supplying the lighting element with electric power,
A method for increasing the bandwidth of a satellite system, the satellite system comprising a plurality of non-geostationary satellites , wherein the plurality of satellites are arranged in multiple planes, with a nominal number of satellites in each plane, wherein a first communications link (322 1 ) having a first bandwidth is established between a first minimal-set satellite network portal, SNP, having a first coverage area and a first one of at least two gateway antennas disposed on at least one of the satellites of the plurality, characterized in that the method further comprises establishing, between an interstitial SNP having a second coverage area and a second one of the at least two gateway antennas disposed on the one satellite, a second communications link (322 2 ) having a second bandwidth, wherein the interstitial SNP supplements bandwidth provided by the first minimal-set SNP, and wherein the second coverage area overlaps at least a portion of the first coverage area, the second bandwidth provided by the second communications link thereby increasing the bandwidth of the overlapped coverage area of the satellite system. establishing, between an interstitial SNP having a second coverage area and a second one of the at least two gateway antennas disposed on the one satellite, a second communications link (322 2 ) having a second bandwidth, wherein the interstitial SNP supplements bandwidth provided by the first minimal-set SNP, and wherein the second coverage area overlaps at least a portion of the first coverage area, the second bandwidth provided by the second communications link thereby increasing the bandwidth of the overlapped coverage area of the satellite system.
A method for wireless communication, comprising: establishing, by a user equipment, UE, via a circuit-switched voice connection, a personal telematics-enhanced emergency call to a public safety answering point, PSAP, wherein the UE is capable of transmitting telematics data; providing information that distinguishes the personal telematics-enhanced emergency call from other types of emergency calls; and transmitting a set of telematics data in-band with the personal telematics-enhanced emergency call to the PSAP . establishing, by a user equipment, UE, via a circuit-switched voice connection, a personal telematics-enhanced emergency call to a public safety answering point, PSAP, wherein the UE is capable of transmitting telematics data; providing information that distinguishes the personal telematics-enhanced emergency call from other types of emergency calls; and transmitting a set of telematics data in-band with the personal telematics-enhanced emergency call to the PSAP .
A treatment system comprising a base unit and a portable unit , wherein the base unit comprises a pliable top layer and one or more ultrasonic transducers configured to produce ultrasound waves into the pliable top layer , and where the portable unit comprises a pliable pad and an ultrasonic transducer configured to produce ultrasound waves into the pliable pad , wherein the treatment system further comprises a source of ionizing electromagnetic radiation configured to emit ionizing electromagnetic radiation, wherein the base unit further comprises a solid layer and said one or more ultrasonic transducers are fixed to the solid layer , where the solid layer of the base unit is a metal plate.
Current-measuring device for generating an output current (I Outp ) which is proportional to a current (I) to be measured, wherein the current measuring device comprises at least two Hall sensors arranged on a circular path , wherein the Hall sensors are oriented identically in relation to the centre point (M) of the circular path , wherein the current measuring device has an adding circuit for summing measurement signals of the Hall sensors , wherein the current measuring device has a subtracting circuit for eliminating an offset, characterised in that the current measuring device has a voltage-controlled current source , wherein in order to supply the Hall sensors the current measuring device has a power supply facility with a toroidal coil, wherein the power supply facility comprises a DC/DC converter, wherein the toroidal coil has a paramagnetic and/or diamagnetic core.
User device for a wireless communication system , the user device comprising a transceiver configured to receive a transmission grant (TG) indicating a set of frequency resources assigned for transmission to a network node ; a processor configured to determine a channel access outcome based on a channel access procedure performed in the set of frequency resources; wherein the transceiver is configured to transmit a first signal (S1) to the network node in the set of frequency resources according to the channel access outcome; wherein the channel access procedure is performed in a subset of the set of frequency resources, characterised in that the transmission grant further indicates the subset of the set of frequency resources and the size of the subset of the set of frequency resources. a transceiver configured to receive a transmission grant (TG) indicating a set of frequency resources assigned for transmission to a network node ; a processor configured to determine a channel access outcome based on a channel access procedure performed in the set of frequency resources; wherein the transceiver is configured to transmit a first signal (S1) to the network node in the set of frequency resources according to the channel access outcome; wherein the channel access procedure is performed in a subset of the set of frequency resources, characterised in that the transmission grant further indicates the subset of the set of frequency resources and the size of the subset of the set of frequency resources. wherein the channel access procedure is performed in a subset of the set of frequency resources, characterised in that the transmission grant further indicates the subset of the set of frequency resources and the size of the subset of the set of frequency resources.
A cleaning system comprising a container for impregnation of cleaning textiles , characterized in that the container comprises a water-tight pouch made of a textile material or a plastic material, the container being closable and adapted, when open, to receive a number of cleaning textiles and water or cleaning fluid , and, after being closed, to be turned upside down for impregnation of the cleaning textiles, wherein the system further comprises at least one bag adapted to store a container , and a portable unit adapted to be worn on a person, the bag being provided with a quick fastener , formed by a buckle, mortise lock, velcro tape, hook, zipper, press-button or the like, so as to be able to be fastened to or released from the portable unit worn on the person, wherein the container is adapted to allow said water or cleaning fluid to be received for impregnation of cleaning textiles when the cleaning textiles are to be used. at least one bag adapted to store a container , and a portable unit adapted to be worn on a person, the bag being provided with a quick fastener , formed by a buckle, mortise lock, velcro tape, hook, zipper, press-button or the like, so as to be able to be fastened to or released from the portable unit worn on the person, wherein the container is adapted to allow said water or cleaning fluid to be received for impregnation of cleaning textiles when the cleaning textiles are to be used.
An isolated or purified antibody or fragment thereof, comprising a variable light chain comprising a CDR L1 of sequence KASQDINNYLR (SEQ ID NO:2), a CDR L2 of sequence RANRLVD (SEQ ID NO:6), and a CDR L3 of sequence LQYDEFPYT (SEQ ID NO:10); and a variable heavy chain comprising CDR H1 of sequence EYIIN (SEQ ID NO:14), a CDR H2 of sequence WFYPGSGDIKYNEKFKD (SEQ ID NO:18), and a CDR H3 of sequence NGRWDDDYFDY (SEQ ID NO:22), wherein the isolated or purified antibody or fragment thereof specifically binds ricin.