mhurhangee/patent-ind-claim-en huggingface dataset:
A brake assembly for a fall arrest system, comprising: a brake plate having a central opening , wherein the central opening defines an inner circumference of the brake plate , the brake plate comprising: at least one slot ; and at least one deformable body , wherein the at least one deformable body is disposed within the at least one slot ; characterized in that the at least one slot is curved and extends along a portion of the outer circumference of the brake plate , and in that the brake assembly further comprises: at least one screw , disposed at a first end of the at least one slot , such that in an instance when the brake plate rotates, a second end of the at least one slot moves towards the at least one screw ; and a back plate defining at least one screw hole to receive the at least one screw . a brake plate having a central opening , wherein the central opening defines an inner circumference of the brake plate , the brake plate comprising: at least one slot ; and at least one deformable body , wherein the at least one deformable body is disposed within the at least one slot ; characterized in that the at least one slot is curved and extends along a portion of the outer circumference of the brake plate , and in that the brake assembly further comprises: at least one screw , disposed at a first end of the at least one slot , such that in an instance when the brake plate rotates, a second end of the at least one slot moves towards the at least one screw ; and a back plate defining at least one screw hole to receive the at least one screw . at least one screw , disposed at a first end of the at least one slot , such that in an instance when the brake plate rotates, a second end of the at least one slot moves towards the at least one screw ; and a back plate defining at least one screw hole to receive the at least one screw .
A coil cradle device with a base frame , which has in its middle region a coil cradle with a trough-shaped cross-section, wherein the coil cradle is removable from the base frame and has at least one projection which engages in at least one undercut of the base frame or parts thereof when the coil cradle has been placed into the base frame , characterized in that the coil cradle is elastically deformable and by deformation is introducible with its at least one projection into the at least one undercut of the base frame.
A frame transmission prevention apparatus for use in a network system including a plurality of electronic control units (100a-100d) communicating with one another via a bus , the apparatus being connected to the bus, the apparatus comprising: a reception unit (410;2410) adapted to receive a frame from the bus; a processing unit (440;2420) adapted to switch whether to perform a predetermined process for preventing transmission of the frame received by the reception unit (410;2410) if the received frame satisfies a predetermined condition, on the basis of management information indicating whether prevention of transmission of a frame is permitted; and a storage unit (441;2430) adapted to store the management information; characterized by an update unit (460; 2450) adapted to update the management information stored in the storage unit (441;2430) in accordance with instruction information received by the frame transmission prevention apparatus, wherein the management information includes, for each of a plurality of IDs, flag information indicating whether prevention of transmission of a frame that has the ID and that satisfies the predetermined condition is permitted, wherein if the frame received by the reception unit (410;2410) satisfies the predetermined condition and if the flag information corresponding to the ID of the frame indicates that prevention of transmission of the frame is permitted, the processing unit performs the predetermined process, and wherein if the flag information corresponding to the ID of the frame indicates that prevention of transmission of the frame is not permitted, the processing unit does not perform the predetermined process. a reception unit (410;2410) adapted to receive a frame from the bus; a processing unit (440;2420) adapted to switch whether to perform a predetermined process for preventing transmission of the frame received by the reception unit (410;2410) if the received frame satisfies a predetermined condition, on the basis of management information indicating whether prevention of transmission of a frame is permitted; and a storage unit (441;2430) adapted to store the management information; characterized by an update unit (460; 2450) adapted to update the management information stored in the storage unit (441;2430) in accordance with instruction information received by the frame transmission prevention apparatus, wherein the management information includes, for each of a plurality of IDs, flag information indicating whether prevention of transmission of a frame that has the ID and that satisfies the predetermined condition is permitted, wherein if the frame received by the reception unit (410;2410) satisfies the predetermined condition and if the flag information corresponding to the ID of the frame indicates that prevention of transmission of the frame is permitted, the processing unit performs the predetermined process, and wherein if the flag information corresponding to the ID of the frame indicates that prevention of transmission of the frame is not permitted, the processing unit does not perform the predetermined process.
A method for controlling a compressor inlet-adjustment mechanism disposed in an air inlet of a centrifugal compressor , the inlet-adjustment mechanism being switchable between two binary positions P1 and P2 for altering a flow area of the inlet, the method comprising: identifying a threshold line on a compressor map of pressure ratio PR versus corrected flow rate W c for the compressor, the threshold line being a line on which the pressure ratio and the corrected flow rate of the compressor are the same for the two binary positions of the inlet-adjustment mechanism at equal rotational speeds; continually detecting PR and W c of the compressor during operation as an operating point of the compressor moves around on the compressor map; and placing the inlet-adjustment mechanism in one of the binary positions or the other based on a comparison of a location of the operating point relative to the threshold line on the compressor map. identifying a threshold line on a compressor map of pressure ratio PR versus corrected flow rate W c for the compressor, the threshold line being a line on which the pressure ratio and the corrected flow rate of the compressor are the same for the two binary positions of the inlet-adjustment mechanism at equal rotational speeds; continually detecting PR and W c of the compressor during operation as an operating point of the compressor moves around on the compressor map; and placing the inlet-adjustment mechanism in one of the binary positions or the other based on a comparison of a location of the operating point relative to the threshold line on the compressor map.
A communication program that causes a computer , of a communication device belonging to a first cluster among clusters that include a plurality of communication devices, to execute a process comprising: storing a summary (Ab2) of metadata (M2) including attribute of data held by a server connected to a communication device belonging to another cluster that is different from the first cluster; forwarding (S4) the summary (Ab2) to another communication device belonging to the first cluster, the summary (Ab2) including, as the attribute, a word extracted from a description of the data, the description being included in the metadata (M2); and upon receiving (S8) a request to retrieve metadata based on the summary (Ab2), retrieving (S9, S10) the metadata from the communication device belonging to the another cluster and forwarding (S11) the retrieved metadata to a terminal that made the request to retrieve the metadata. storing a summary (Ab2) of metadata (M2) including attribute of data held by a server connected to a communication device belonging to another cluster that is different from the first cluster; forwarding (S4) the summary (Ab2) to another communication device belonging to the first cluster, the summary (Ab2) including, as the attribute, a word extracted from a description of the data, the description being included in the metadata (M2); and upon receiving (S8) a request to retrieve metadata based on the summary (Ab2), retrieving (S9, S10) the metadata from the communication device belonging to the another cluster and forwarding (S11) the retrieved metadata to a terminal that made the request to retrieve the metadata.
An electric motor comprising: a case ; a stator having stator windings coupled to the case ; a rotor having a rotor shaft and rotor windings ; at least two main rotor bearings (312, 314; 604, 602) coupling the rotor shaft to the case , wherein the at least two main rotor bearings (312, 314; 604, 602) having a first electrical resistance between the rotor shaft and the case; and a rotor discharge bearing (318; 602) coupling the rotor shaft to the case , wherein the rotor discharge bearing (318; 602) has a second electrical resistance between the rotor shaft and the case , the second electrical resistance being less than the first electrical resistance to direct rotor discharge through the rotor discharge bearing (318; 602); characterized in that : a main rotor bearing of the at least two main rotor bearings (312, 314; 604, 602) has a first loading; and the rotor discharge bearing (318; 602) has a second loading that is greater than the first loading which causes a layer of grease separating the moving components from the stationary components of the rotor discharge bearing to be of a lesser thickness than a layer of grease separating the moving components from the stationary components of the main rotor bearing . a case ; a stator having stator windings coupled to the case ; a rotor having a rotor shaft and rotor windings ; at least two main rotor bearings (312, 314; 604, 602) coupling the rotor shaft to the case , wherein the at least two main rotor bearings (312, 314; 604, 602) having a first electrical resistance between the rotor shaft and the case; and a rotor discharge bearing (318; 602) coupling the rotor shaft to the case , wherein the rotor discharge bearing (318; 602) has a second electrical resistance between the rotor shaft and the case , the second electrical resistance being less than the first electrical resistance to direct rotor discharge through the rotor discharge bearing (318; 602); characterized in that : a main rotor bearing of the at least two main rotor bearings (312, 314; 604, 602) has a first loading; and the rotor discharge bearing (318; 602) has a second loading that is greater than the first loading which causes a layer of grease separating the moving components from the stationary components of the rotor discharge bearing to be of a lesser thickness than a layer of grease separating the moving components from the stationary components of the main rotor bearing .
Apparatus for humidifying a flow of air for delivery to a patient, said apparatus comprising: a base comprising a heating element; and a tub configured to receive a volume of liquid, comprising: at least one plastic component , and at least one metal component , which together form a space for receiving said volume of liquid, wherein the at least one metal component and the at least one plastic component are attached to each other by means of a silicone seal ; wherein the heating element is configured to heat liquid received within said tub; and wherein the base is adapted to receive the tub, characterized in that an entire inner surface of the metal component facing the space for receiving said volume of liquid is coated with the silicon seal . a base comprising a heating element; and a tub configured to receive a volume of liquid, comprising: at least one plastic component , and at least one metal component , which together form a space for receiving said volume of liquid, wherein the at least one metal component and the at least one plastic component are attached to each other by means of a silicone seal ; at least one plastic component , and at least one metal component , which together form a space for receiving said volume of liquid, wherein the at least one metal component and the at least one plastic component are attached to each other by means of a silicone seal ; wherein the heating element is configured to heat liquid received within said tub; and wherein the base is adapted to receive the tub, characterized in that an entire inner surface of the metal component facing the space for receiving said volume of liquid is coated with the silicon seal .
A transporting system for feeding items into containers, the system comprising: - a carousel conveyor ; - a plurality of containers located on the carousel conveyor ; - wherein the carousel conveyor comprises: - a first longitudinal conveyor ; - a second longitudinal conveyor parallel to the first longitudinal conveyor ; and - transversal conveyors arranged at the ends of the longitudinal conveyors configured to move the containers between the longitudinal conveyors ; - a buffer conveyor for feeding items to the containers located on the carousel conveyor , wherein the buffer conveyor is arranged above one of the longitudinal conveyors and comprises at least two transporting modules arranged in a series and configured to transfer items along a first axis (X) which is parallel to the longitudinal conveyors , characterized in that the at least two transporting modules are also configured to transfer items along a second axis (Y) which is perpendicular to the first axis (X) and in that the system furthermore comprises a curved outlet conveyor for discharging the containers from the carousel conveyor . - a carousel conveyor ; - a plurality of containers located on the carousel conveyor ; - wherein the carousel conveyor comprises: - a first longitudinal conveyor ; - a second longitudinal conveyor parallel to the first longitudinal conveyor ; and - transversal conveyors arranged at the ends of the longitudinal conveyors configured to move the containers between the longitudinal conveyors ; - a first longitudinal conveyor ; - a second longitudinal conveyor parallel to the first longitudinal conveyor ; and - transversal conveyors arranged at the ends of the longitudinal conveyors configured to move the containers between the longitudinal conveyors ; - a buffer conveyor for feeding items to the containers located on the carousel conveyor , wherein the buffer conveyor is arranged above one of the longitudinal conveyors and comprises at least two transporting modules arranged in a series and configured to transfer items along a first axis (X) which is parallel to the longitudinal conveyors ,
An apparatus for building an uncured tire, the apparatus comprising: a cylindrical tire building drum for receiving a ply structure ; an applicator for applying a first wedge strip and a second wedge strip to each of two shoulder portions of the ply structure ; an extruder for dispensing a strip of material; and a cutting device for splitting the strip of material into the first wedge strip and the second wedge strip ; characterized in that the apparatus further comprises a camera for verifying a shape of the strip of material before the cutting device splits the strip of material and a cooler or festoon between the camera and the cutting device . a cylindrical tire building drum for receiving a ply structure ; an applicator for applying a first wedge strip and a second wedge strip to each of two shoulder portions of the ply structure ; an extruder for dispensing a strip of material; and a cutting device for splitting the strip of material into the first wedge strip and the second wedge strip ; characterized in that the apparatus further comprises a camera for verifying a shape of the strip of material before the cutting device splits the strip of material and a cooler or festoon between the camera and the cutting device .
Use of an article for molding, the article comprising a polyester resin copolymerized with diacid components including terephthalic acid; diol components including 10 to 40 mol% of isosorbide and 50 to 80 mol% of ethylene glycol with respect to total diol components; and 1 to 50 weight% of lactic acid or a compound derived therefrom with respect to total reactants for resin polymerization, wherein, the amount of biomass resource components including the isosorbide and the lactic acid or the compound derived therefrom is 5 to 70 weight%, and the polyester resin has the repeated structure of diacid moiety derived from the diacid components, diol moiety derived from the diol components and hydroxy monoacid moiety derived from the lactic acid or the compound derived therefrom, and wherein an intrinsic viscosity of the polyester resin is 0.5 dl/g or more, and the intrinsic viscosity is measured at the temperature of 35 °C while the polyester resin is dissolved with orthochlorophenol to a concentration of 1.2g/dl.
A method of decoding three-dimensional video data, the method comprising: adding one or more motion vector candidates to a motion vector candidate list; identifying, from the one or more motion vector candidates in the motion vector candidate list, a disparity motion vector candidate; determining a disparity shifted motion vector (DSMV) candidate using the identified disparity motion vector candidate, wherein DSMV = mv , DSMV = mv , where mv is the identified disparity motion vector candidate, and DSMV +=4, reference indices are inherited from the first available candidate, and, when backward view synthesis prediction (BVSP) is enabled, DSMV = 0; wherein DSMV[i] and mv[i] refer to a motion vector of prediction direction i respectively, where i = 0 or 1, mv[i] and mv[i] refer to the horizontal and vertical component of mv[i] respectively and DSMV[i] and DSMV[i] refer to the horizontal and vertical component of DSMV[i] respectively; wherein reference indices refer to reference index information such as a reference picture to which the motion vector points; adding the DSMV candidate to the motion vector candidate list; for a block of video data, receiving an index value identifying a candidate from the motion vector candidate list; and, decoding the block of video data using a motion vector corresponding to the identified candidate, wherein identifying the disparity motion vector candidate comprises identifying a first available disparity motion vector candidate from the first N candidates in the motion vector candidate list, wherein N is an integer number that is less than a maximum number of candidates. adding one or more motion vector candidates to a motion vector candidate list; identifying, from the one or more motion vector candidates in the motion vector candidate list, a disparity motion vector candidate; determining a disparity shifted motion vector (DSMV) candidate using the identified disparity motion vector candidate, wherein DSMV = mv , DSMV = mv , where mv is the identified disparity motion vector candidate, and DSMV +=4, reference indices are inherited from the first available candidate, and, when backward view synthesis prediction (BVSP) is enabled, DSMV = 0; wherein DSMV[i] and mv[i] refer to a motion vector of prediction direction i respectively, where i = 0 or 1, mv[i] and mv[i] refer to the horizontal and vertical component of mv[i] respectively and DSMV[i] and DSMV[i] refer to the horizontal and vertical component of DSMV[i] respectively; wherein reference indices refer to reference index information such as a reference picture to which the motion vector points; adding the DSMV candidate to the motion vector candidate list; for a block of video data, receiving an index value identifying a candidate from the motion vector candidate list; and, decoding the block of video data using a motion vector corresponding to the identified candidate, wherein identifying the disparity motion vector candidate comprises identifying a first available disparity motion vector candidate from the first N candidates in the motion vector candidate list, wherein N is an integer number that is less than a maximum number of candidates.
A method for determining at least one cancer-related parameter in a tissue or cells sample obtained from a subject, the method comprising determining engulfment/uptake of particles by cells in said sample having been treated or contacted with a particle population comprising at least two different particle sub-populations, each of said at least two particle sub-population being distinguishable from the other by a different physical parameter and a different identifiable barcode, wherein engulfment/uptake of at least a portion of said particle population, or a preferential engulfment/uptake of at least a portion of a sub-population, or a preferential engulfment/uptake of a combination of sub-populations determines the at least one cancer-related parameter.
A geared motor comprising a planetary gearset coupled to an output shaft of a motor , comprising a cylindrical casing isolating the geared motor from the outside and, a hollow shaft connected to the stator of the motor and aligned with the output shaft of the planetary gearset , the cylindrical casing comprising a hollow cylinder , characterised in that the cylindrical casing comprises two front flanges and two rear flanges , the two front flanges being secured to the case of the planetary gearset , the two rear flanges being secured to the hollow shaft , the hollow cylinder being fitted, in the vicinity of each of its ends, with an assembly of peripheral cut-outs associated with axial cut-outs each extending from one end of the hollow cylinder to a peripheral cut-out , the front flanges and the rear flanges each being fitted with axial ports and at least two shoulders , each shoulder being capable of cooperating with an assembly formed by an axial cut-out and a peripheral cut-out in the vicinity of one end of the hollow cylinder so as to form the cylindrical casing and to lock it by rotation of the flanges relative to the hollow cylinder , each of the two front flanges and each of the rear flanges being locked in opposite directions of rotation. the two front flanges being secured to the case of the planetary gearset , the two rear flanges being secured to the hollow shaft , the hollow cylinder being fitted, in the vicinity of each of its ends, with an assembly of peripheral cut-outs associated with axial cut-outs each extending from one end of the hollow cylinder to a peripheral cut-out , the front flanges and the rear flanges each being fitted with axial ports and at least two shoulders , each shoulder being capable of cooperating with an assembly formed by an axial cut-out and a peripheral cut-out in the vicinity of one end of the hollow cylinder so as to form the cylindrical casing and to lock it by rotation of the flanges relative to the hollow cylinder , each of the two front flanges and each of the rear flanges being locked in opposite directions of rotation.