mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining structural parameters of a rail track using a measurement system comprising a sensor array configured to measure at least the vertical and/or lateral irregularities of a rail under influence of different loads at a plurality of points along the rail, and at different distances from a wheel , and to provide signals corresponding to said rail irregularities, the sensor array and the wheel being positioned in a railway car being a measurement vehicle adjacent to the contact point between said wheel and said rail ; and a processor configured to process the signals from the sensor array; the method comprising measuring from the moving measurement vehicle at least the vertical and/or lateral irregularities of said rail with the sensor array along the rail, thereby providing signals corresponding to the geometrical irregularities at different distance from said wheel, i.e. under different load influence; providing a model describing the deflection shape of a rail, wherein the deflection shape is dependent on structural parameters of the rail and on the loads on the rail, said model being stored in the processor; and characterized by, in the processor comparing said geometrical irregularities under different load influence in order to separate deflection due to the wheel load(s) from non-loaded geometrical irregularities, thus generating a measured deflection shape; generating at least one theoretical rail deflection shape using the model by varying the structural parameters and the load in the model; comparing at least one of said theoretical deflection shapes with said measured deflection shape for each point of the rail; and determining the structural parameters of that theoretical deflection shape which best matches said measured deflection shape. measuring from the moving measurement vehicle at least the vertical and/or lateral irregularities of said rail with the sensor array along the rail, thereby providing signals corresponding to the geometrical irregularities at different distance from said wheel, i.e. under different load influence; providing a model describing the deflection shape of a rail, wherein the deflection shape is dependent on structural parameters of the rail and on the loads on the rail, said model being stored in the processor; and comparing said geometrical irregularities under different load influence in order to separate deflection due to the wheel load(s) from non-loaded geometrical irregularities, thus generating a measured deflection shape; generating at least one theoretical rail deflection shape using the model by varying the structural parameters and the load in the model; comparing at least one of said theoretical deflection shapes with said measured deflection shape for each point of the rail; and determining the structural parameters of that theoretical deflection shape which best matches said measured deflection shape.
Internal container for a household refrigeration appliance having a side wall on which an elongate bearing rib for a bearing panel is integrated, wherein the bearing rib extends, by way of its longitudinal axis (A), in the depth direction (z) of the internal container and extends over at least half the depth of the side wall , as measured in the depth direction (z), wherein the bearing rib has an upper bearing side , which merges with the side wall by way of a first rounding and merges with a lower side of the bearing rib by way of an opposing second rounding in the width direction (x) of the internal container , wherein the lower side merges at its lower end with the side wall , wherein in a cross section of the bearing rib perpendicular to the longitudinal axis (A) a vertical-dimension ratio, measured in the vertical direction (y) of the internal container , between a lower side vertical dimension (h2), which is measured between an upper end of the lower side and a lower end of the lower side , and an upper side vertical dimension (h1) which is measured between an upper end of the first rounding and a lower end of the second rounding , is between 3. 5 and 4.5, in particular between 3.8 and 4.2, characterised in that a niche for receiving a rear end of the bearing panel is integrated on the side wall , wherein the niche directly adjoins the bearing rib towards the rear, wherein, when viewed in the depth direction (z) of the internal container , the niche also extends with a top wall above the upper bearing side .
A wireless local area network transmission method, characterized in , wherein the method comprises: generating a packet, wherein first L time domain sequence bits of a second symbol in the packet are the same as first L time domain sequence bits of an information bearing section in a time domain sequence of a first symbol in the packet, the first symbol comprises a cyclic prefix, CP, and the information bearing section, the second symbol is a symbol following the first symbol, a length of the CP is 16 bits, and a length of the information bearing section is 64 bits, wherein 1≤L<64; and sending the packet to a receive end, so that the receive end receives and parses the packet. generating a packet, wherein first L time domain sequence bits of a second symbol in the packet are the same as first L time domain sequence bits of an information bearing section in a time domain sequence of a first symbol in the packet, the first symbol comprises a cyclic prefix, CP, and the information bearing section, the second symbol is a symbol following the first symbol, a length of the CP is 16 bits, and a length of the information bearing section is 64 bits, wherein 1≤L<64; and sending the packet to a receive end, so that the receive end receives and parses the packet.
Crystalline anhydrous characterized by a powder X-ray diffraction pattern comprising peaks at diffraction angle 2 theta degrees at 11.6, 12.4, 18.6, 19.0, 21.6 and 23.6.
Entertainment system, comprising a server computer, a plurality of client computers each connected to the server computer via a data communication network, a plurality of 3D scanners connected to each client computer, and an electronic video display device, each 3D scanner being configured to continuously capture 3D data of at least one player and to transmit said 3D data to the client computer, each client computer comprising data processing means for subjecting said 3D data to a motion analysis comprising a feature extraction of a plurality of characteristic body parts per player thereby obtaining user body motion tracking data of said at least one player, each client computer further comprising sending means for continuously sending said user body motion tracking data of each player to the server computer, said server computer continuously receiving said user body motion tracking data from said plurality of client computers and comprising processing means for comparing said user body motion tracking data from each player with reference body motion tracking data, thereby obtaining matching quality data for each player, said server computer being connected to said electronic video display device for displaying said matching quality data on said electronic video display device, wherein said 3D scanner is configured to capture a sequence of frames containing 3D data of at least one player, wherein said data processing means of said client computer is configured to separately subject each frame of 3D data to said motion analysis thereby obtaining a data set of user body motion tracking data for each frame, wherein said client computer comprises a clock that creates a timestamp each time a frame of 3D data is captured and is configured to add said time stamp to the corresponding data set, wherein said reference body motion tracking data comprise a plurality of data sets each comprising reference body motion tracking data and a time stamp, and wherein said processing means of said server computer is configured to synchronize said data sets of user body motion tracking data with said data sets of reference body motion tracking data by using the time stamps contained in each data set.
A CD27 receptor agonist protein comprising a single-chain fusion polypeptide comprising: (i) a first soluble CD27L domain, (ii) a first peptide linker, (iii) a second soluble CD27L domain, (iv) a second peptide linker, and (v) a third soluble CD27L domain, and (vi) a hinge-linker selected from the group consisting of SEQ ID NOs: 16 and 19-24, and (vii) an antibody Fc fragment, wherein the antibody Fc fragment (vii) consists of the amino acid sequence as shown in SEQ ID NO: 13 or amino acids 1-217 of SEQ ID NO: 13, wherein the first and second peptide linkers (ii) and (iv) independently have a length of 3-8 amino acids, particularly a length of 3, 4, 5, 6, 7 or 8 amino acids, and preferably are glycine/serine linkers, optionally comprising an asparagine residue which may be glycosylated, wherein the soluble CD27L domains each comprise a stalk free CD27 receptor binding site, in particular wherein the antibody Fc fragment (vii) is fused to the C-terminal end of the third CD27L domain (v) via the hinge-linker (vi) (i) a first soluble CD27L domain, (ii) a first peptide linker, (iii) a second soluble CD27L domain, (iv) a second peptide linker, and (v) a third soluble CD27L domain, and (vi) a hinge-linker selected from the group consisting of SEQ ID NOs: 16 and 19-24, and (vii) an antibody Fc fragment, wherein the antibody Fc fragment (vii) consists of the amino acid sequence as shown in SEQ ID NO: 13 or amino acids 1-217 of SEQ ID NO: 13, wherein the first and second peptide linkers (ii) and (iv) independently have a length of 3-8 amino acids, particularly a length of 3, 4, 5, 6, 7 or 8 amino acids, and preferably are glycine/serine linkers, optionally comprising an asparagine residue which may be glycosylated, wherein the soluble CD27L domains each comprise a stalk free CD27 receptor binding site, in particular wherein the antibody Fc fragment (vii) is fused to the C-terminal end of the third CD27L domain (v) via the hinge-linker (vi)
An apparatus for projecting UV light, the apparatus comprising: a mobile body including opposing lateral sides (102-1, 102-2), a sagittal plane (SS') passing therebetween, and a base ; a projection head rotatably mounted to the mobile body , the projection head including a set of radiation units (1204-1a, 1204-1b) for projecting UV light; and characterised in that the projection head is mounted to rotate about a horizontal axis extending parallel to the base and in the sagittal plane (SS') while the UV light is being projected by the set of radiation units (1204-1a, 1204-1b) including a first radiation unit (1204-1a) and a second radiation unit (1204-1b) respectively oriented towards each of the opposing lateral sides (102-1, 102-2). a mobile body including opposing lateral sides (102-1, 102-2), a sagittal plane (SS') passing therebetween, and a base ; a projection head rotatably mounted to the mobile body , the projection head including a set of radiation units (1204-1a, 1204-1b) for projecting UV light; and characterised in that the projection head is mounted to rotate about a horizontal axis extending parallel to the base and in the sagittal plane (SS') while the UV light is being projected by the set of radiation units (1204-1a, 1204-1b) including a first radiation unit (1204-1a) and a second radiation unit (1204-1b) respectively oriented towards each of the opposing lateral sides (102-1, 102-2).
A combination of at least two components, component A and component B, comprising a component A being 2-amino-N-[7-methoxy-8-(3-morpholin-4-ylpropoxy)-2,3-dihydroimidazo[1,2-c]quinazolin-5-yl]pyrimidine-5-carboxamide or a physiologically acceptable salt, solvate, hydrate or stereoisomer thereof, and component B being a pharmaceutically acceptable salt of the alkaline-earth radionuclide radium-223.
A Conductive Bridge Random Access Memory device comprising: an insulating electrolyte element sandwiched between a cation supply metal electrode and a bottom electrode , wherein the cation supply metal electrode comprises a Cu x Si y Te z alloy, characterised in that x= 48 at.%, y= 20 at.% and z= 32 at.%. an insulating electrolyte element sandwiched between a cation supply metal electrode and a bottom electrode , wherein the cation supply metal electrode comprises a Cu x Si y Te z alloy, characterised in that x= 48 at.%, y= 20 at.% and z= 32 at.%.
A method of wireless communications, comprising: identifying , by a user equipment, UE, comprising at least two antennas, an uplink transmission of at least one stream as using one of cyclic prefix orthogonal frequency division multiplexing or discrete Fourier transform spread orthogonal frequency division multiplexing; applying , by the UE, a precoding matrix to the at least one identified stream, wherein the precoding matrix changes over time; and transmitting , by the UE, the at least one identified stream from the at least two antennas according to the applied precoding matrix, wherein applying the precoding matrix to the at least one identified stream further comprises: determining a code division multiplexing, CDM, group of the UE; precoding the at least one identified stream with the precoding matrix selected based on the CDM group of the UE. identifying , by a user equipment, UE, comprising at least two antennas, an uplink transmission of at least one stream as using one of cyclic prefix orthogonal frequency division multiplexing or discrete Fourier transform spread orthogonal frequency division multiplexing; applying , by the UE, a precoding matrix to the at least one identified stream, wherein the precoding matrix changes over time; and transmitting , by the UE, the at least one identified stream from the at least two antennas according to the applied precoding matrix, wherein applying the precoding matrix to the at least one identified stream further comprises: determining a code division multiplexing, CDM, group of the UE; precoding the at least one identified stream with the precoding matrix selected based on the CDM group of the UE. determining a code division multiplexing, CDM, group of the UE; precoding the at least one identified stream with the precoding matrix selected based on the CDM group of the UE.
A computing device implemented method for building a mutable type in a heap, comprising: generating a data structure in a contiguous section of the heap having an element portion and an over-allocation portion , the element portion storing elements accessible with an index and the over-allocation portion being unused, the over-allocation portion having a size of at least a selected over-allocation amount ; resizing the data structure when the contiguous section of the heap is consumed with elements with the exception of the selected over-allocation amount; inserting a heap gap object into the over-allocation portion of the data structure, the heap gap object being a feature of a garbage collector that is used to mark versions of memory to be freed; and garbage collecting the heap gap object with the garbage collector to convert the data structure to a final size. generating a data structure in a contiguous section of the heap having an element portion and an over-allocation portion , the element portion storing elements accessible with an index and the over-allocation portion being unused, the over-allocation portion having a size of at least a selected over-allocation amount ; resizing the data structure when the contiguous section of the heap is consumed with elements with the exception of the selected over-allocation amount; inserting a heap gap object into the over-allocation portion of the data structure, the heap gap object being a feature of a garbage collector that is used to mark versions of memory to be freed; and garbage collecting the heap gap object with the garbage collector to convert the data structure to a final size.
Process for producing fluorinated olefins from a fluorinated material, the process comprising thermally decomposing the fluorinated material into fluoroolefins in a fluidized bed reactor in the presence of microwave irradiation and in the presence of a gaseous fluidised bed at a temperature of from about 400 °C to about 1,000 °C, wherein the gaseous fluidised bed comprises a gas selected from nitrogen, steam, a noble gas or a combination thereof and wherein microwave active particles are present in the gaseous fluidised bed and comprise at least one component selected from silicides, carbides, borides, nitrides or a combination thereof and wherein the fluorinated material is selected from fluoropolymers, fluoropolymer containing compositions, liquid or gaseous fluorinated organic compounds having a molecular weight of less than 1000 g/mol or combinations thereof.
A sealing device configured to seal an annular gap between a shaft and a housing that rotate relative to each other, the sealing device comprising: a seal lip configured to slide on the shaft ; and a side lip configured to slide on an end face of an annular member fixed to the shaft , wherein the sealing device being configured to be used in a state where lubricant is applied on a sliding surface of the side lip , the sliding surface of the side lip at a position away from a distal end of the side lip is provided with a plurality of annular grooves adjacent each other, each of all parts that form annular protrusions between adjacent annular grooves protrudes most at a center in a width direction thereof, with an amount of protrusion gradually decreasing with increasing separation from the center, both sides of the center in the width direction are symmetric in shape, and a tip portion of the sliding surface of the side lip on a distal side of a region, which is provided with the plurality of annular grooves , is configured to make a planar contact with an end face of the annular member . a seal lip configured to slide on the shaft ; and a side lip configured to slide on an end face of an annular member fixed to the shaft , wherein the sealing device being configured to be used in a state where lubricant is applied on a sliding surface of the side lip , the sliding surface of the side lip at a position away from a distal end of the side lip is provided with a plurality of annular grooves adjacent each other, each of all parts that form annular protrusions between adjacent annular grooves protrudes most at a center in a width direction thereof, with an amount of protrusion gradually decreasing with increasing separation from the center, both sides of the center in the width direction are symmetric in shape, and a tip portion of the sliding surface of the side lip on a distal side of a region, which is provided with the plurality of annular grooves , is configured to make a planar contact with an end face of the annular member .
A device for insulation monitoring including identification of a faulty outer conductor (L1, L2, L3) in a three-phase ungrounded power supply system , comprising a first coupling circuit for connecting one of the outer conductors (L1, L2, L3), comprising a pulse generator for generating a measuring current, comprising a first measuring device for measuring a measuring-voltage drop (Um) effected by the measuring current, and comprising an evaluation device for determining an insulation resistance (Rf), characterized in that the first measuring device is configured for measuring a mains voltage (U) between the connected outer conductor (L1, L2, L3) and ground (PE) and characterized by a second coupling circuit for connecting a neutral point (N) and by a second measuring device for measuring a neutral-point voltage (Us) between the neutral point (N) and ground (PE) and characterized in that the evaluation device is configured for evaluating a phase between the mains voltage (U) and the neutral-point voltage (Us) for detecting a faulty outer conductor (L1, L2, L3).
A machine for making an upper for a shoe comprising needles for forming the upper , reel of threads to be fed to said needles , a reel holder rack , a dial and a sinker crown , a needle cylinder with a vertical axis and forward and backward movement having a plurality of grooves inside of which the needles are slidable controlled by selection means thereof, a cup element , at least four feeders assembled along the circumference of the machine, guide means , first braking means , first recovery means for recovering each of the threads to be fed to said needles for forming the upper and a suction bell suitable for unloading said upper , said selection means of said needles comprising a pre-selection cam defining a working path and a non-working path of the heels of an elastic jacks of the corresponding needles and sub-needles of said cylinder and a lifting cam defining a first path for the execution of working stitches and a second lowered path with respect to the first path for the execution of tuck stitches, said first path and said second path, in said lifting cam , are defined by the upper profile of the lifting cam and by a groove extending onto the face of said lifting cam facing towards said needle cylinder , respectively, characterised in that of comprising shifting means configured to shift said dial to increase the zone for housing said upper during production of rich zones of the tip and heel of the upper , said housing zone being comprised between said dial and said sinker crown .
Glove comprising: - a part (D1, D2, D3, D4, D5) covering only the distal phalanxes of the hand, comprising a gripping material on the outside, - an elastic part going around the wrist, - a part covering the entire dorsal part of the hand, said glove covering only the fingertips on the palm side, the dorsal part and the bottom of the palm of the hand, the glove being characterized in that it comprises an elastic slanted part which connects the glove in particular from the little finger to the thumb to maintain the necessary tension. - a part (D1, D2, D3, D4, D5) covering only the distal phalanxes of the hand, comprising a gripping material on the outside, - an elastic part going around the wrist, - a part covering the entire dorsal part of the hand,
An earphone case for storing a wireless earphone body, comprising a case body and a case cover , a top face and a side face of the case body each having an accommodating groove , the accommodating groove in the top face being configured to be fitted with an ear bud of the wireless earphone body, the accommodating groove in the side face being configured to be fitted with a stem of the wireless earphone body, the case body being provided with a magnetic member for attracting the wireless earphone body, characterized in that the case cover is flippably connected to the case body , and the case cover is configured to be flipped between a closed position and an open position, wherein, in the open position, an upper side of the accommodating groove in the top face and a front side of the accommodating groove in the side face are both open, and, in the closed position, the case cover covers the upper side of the accommodating groove in the top face and the front side of the accommodating groove in the side face. characterized in that the case cover is flippably connected to the case body , and the case cover is configured to be flipped between a closed position and an open position, wherein, in the open position, an upper side of the accommodating groove in the top face and a front side of the accommodating groove in the side face are both open, and, in the closed position, the case cover covers the upper side of the accommodating groove in the top face and the front side of the accommodating groove in the side face.
A linear drive having an electric drive and a threaded drive, a rotary movement of the electric drive being converted into a linear movement of a push rod , the threaded drive having a nut which is connected to the push rod via a coupling means , and in that, by means of the coupling means , the push rod is mounted in a guide tube in a manner secured against rotation, characterised in that the inner wall of the guide tube has a polygonal cross section, and in that the coupling means has an outer surface adapted to the latter.