mhurhangee/ep-ind-claims huggingface dataset:
Method of magnetic resonance imaging of at least a portion of a body placed in a stationary and substantially homogeneous main magnetic field, the method comprising the following consecutive steps: a) exciting nuclear magnetization selectively within a volume of interest by subjecting the portion to an imaging sequence comprising at least one RF pulse (α) and switched magnetic field gradients (GX/GY); b) acquiring at least one MR imaging signal from the volume of interest; c) transforming the nuclear magnetization within the volume of interest back into longitudinal magnetization by subjecting said portion to an unlabeling sequence (UNLBL) comprising at least one RF pulse (-α); d) exciting nuclear magnetization within a navigator volume by subjecting said portion to a navigator sequence comprising at least one RF pulse and switched magnetic field gradients, wherein the navigator volume at least partially overlaps with the volume of interest; e) acquiring at least one MR navigator signal from said navigator volume, wherein at least one displacement value indicating motion of the body is derived from the at least one MR navigator signal, and wherein the position of the volume of interest is adjusted on the basis of the at least one displacement value during several repetitions of steps a) through e); f) reconstructing a MR image from the acquired MR imaging signals. a) exciting nuclear magnetization selectively within a volume of interest by subjecting the portion to an imaging sequence comprising at least one RF pulse (α) and switched magnetic field gradients (GX/GY); b) acquiring at least one MR imaging signal from the volume of interest; c) transforming the nuclear magnetization within the volume of interest back into longitudinal magnetization by subjecting said portion to an unlabeling sequence (UNLBL) comprising at least one RF pulse (-α); d) exciting nuclear magnetization within a navigator volume by subjecting said portion to a navigator sequence comprising at least one RF pulse and switched magnetic field gradients, wherein the navigator volume at least partially overlaps with the volume of interest; e) acquiring at least one MR navigator signal from said navigator volume, wherein at least one displacement value indicating motion of the body is derived from the at least one MR navigator signal, and wherein the position of the volume of interest is adjusted on the basis of the at least one displacement value during several repetitions of steps a) through e); f) reconstructing a MR image from the acquired MR imaging signals.
A display device based on a matrix of pixels, each pixel comprising a plurality of sub-pixels organized within said pixel in at least one organization direction with a preset pitch, each sub-pixel comprising a color filter arranged, with the same pitch (P F), facing at least one photo-emissive element, an opaque area separating the color filters, the device comprising a control circuit of the power supply of the photo-emissive elements, device characterized in that each sub-pixel comprises at least two photo-emissive elements and that the photo-emissive elements have a repetition pitch (P E, P EX, P EY) that is two times smaller than the pitch (P F, P FX, P FY) of the color filters in each of the organization directions of the pixel, the size of each color filter being smaller than or equal to the dimension of the photo-emissive element in said direction, the control circuit comprising selection means of the photo-emissive elements located facing each color filter of a pixel.
A monoclonal antibody that binds canine platelet derived growth factor receptor alpha (cPDGFRA) comprising a light chain variable region (LCVR) and a heavy chain variable region (HCVR), wherein the LCVR comprises complementarity determining regions (CDRs) LCDR1, LCDR2, and LCDR3 and the HCVR comprises CDRs HCDR1, HCDR2, and HCDR3, wherein the amino acid sequence of LCDR1 is given by SEQ ID NO:16, the amino acid sequence of LCDR2 is given by SEQ ID NO: 18, the amino acid sequence of LCDR3 is given by SEQ ID NO: 20, the amino acid sequence of HCDR1 is given by SEQ ID NO: 6, the amino acid sequence of HCDR2 is given by SEQ ID NO: 8, and the amino acid sequence of HCDR3 is given by SEQ ID NO: 10.
Shuttering element for a trench wall for arrangement between a first produced trench wall segment and an adjoining second trench wall segment yet to be produced, with - a board-shaped base body having a shuttering side with a first shuttering surface and a second shuttering surface, between which a receiving bead is arranged which is recessed with respect to the two shuttering surfaces and in which a sealing tape is arranged that extends along the base body, and - a cover element, by which the receiving bead is covered on the base body, wherein a receiving space is enclosed, in which the sealing tape is arranged in a protected manner and which can be opened for exposing the sealing tape, characterized in that - the cover element is designed as a film, a textile or a grid which can be torn open for opening the receiving space on the base body and for exposing the sealing tape. - a board-shaped base body having a shuttering side with a first shuttering surface and a second shuttering surface, between which a receiving bead is arranged which is recessed with respect to the two shuttering surfaces and in which a sealing tape is arranged that extends along the base body, and - a cover element, by which the receiving bead is covered on the base body, wherein a receiving space is enclosed, in which the sealing tape is arranged in a protected manner and which can be opened for exposing the sealing tape, - the cover element is designed as a film, a textile or a grid which can be torn open for opening the receiving space on the base body and for exposing the sealing tape.
An insulating cable comprising: a conductor; and an insulator configured by a plurality of resin layers (21, 22, 23, 24, 25) on the conductor, wherein the plurality of resin layers (21, 22, 23, 24, 25) contain the same kind of fluorine resin, and a layer thickness of an outermost resin layer of the insulator is 0.03 mm or less, characterized in that a difference in a refractive index between a resin layer having the largest refractive index and a resin layer having the smallest refractive index among the plurality of resin layers (21, 22, 23, 24, 25) is 0.03 or less, and a deviation, coefficient of variation CV, in thickness of the insulator in a cross-section perpendicular to a longitudinal direction of the cable is 0.035 or less. a conductor; and an insulator configured by a plurality of resin layers (21, 22, 23, 24, 25) on the conductor, wherein the plurality of resin layers (21, 22, 23, 24, 25) contain the same kind of fluorine resin, and a layer thickness of an outermost resin layer of the insulator is 0.03 mm or less, characterized in that a difference in a refractive index between a resin layer having the largest refractive index and a resin layer having the smallest refractive index among the plurality of resin layers (21, 22, 23, 24, 25) is 0.03 or less, and a deviation, coefficient of variation CV, in thickness of the insulator in a cross-section perpendicular to a longitudinal direction of the cable is 0.035 or less.
A method of operating a near-field communication system comprising a left transmitter (T L), a right transmitter (T R) and a binaural hearing aid system comprising a left receiver (E L) and a right receiver (E R), according to a time division multiplexed access arrangement wherein a time division multiplexed access frame comprises at least a first synchronous channel slot for concurrent transmission from the left and right transmitters, a distance between the left transmitter (T L) and the right receiver (E R) and between the right transmitter (T R) and the left receiver (E L) being greater than a distance between the left and right receivers (E L, E R), the method comprising transmitting a left near-field communication signal from the left transmitter (T L) during the first synchronous channel slot, transmitting a right near-field communication signal from the right transmitter (T R) during the first synchronous channel slot, receiving the left signal by the left receiver (E L), and receiving the right signal by the right receiver (E R), wherein the time division multiplexed access frame further comprises a random channel slot for concurrent transmission from the left and right transmitters, the method further comprising transmitting a control signal from one of the left and right transmitters (T L, T R) during the random channel slot.
A method of random access implemented by a wireless device (30, 300, 1100) in a mixed numerology wireless communication network, said method comprising: receiving system information from a network node (20, 800, 1200), said system information containing configuration information indicating a configuration for random access; and determining a first numerology for random access based on the configuration information by selecting the first numerology from two or more numerologies available for random access as indicated by said configuration information; performing a random access on a first sub-band configured according to the first numerology to establish a connection with the network node (20, 800, 1200); and switching to a second sub-band configured according to a second numerology for data transmissions on a shared uplink channel. receiving system information from a network node (20, 800, 1200), said system information containing configuration information indicating a configuration for random access; and determining a first numerology for random access based on the configuration information by selecting the first numerology from two or more numerologies available for random access as indicated by said configuration information; performing a random access on a first sub-band configured according to the first numerology to establish a connection with the network node (20, 800, 1200); and switching to a second sub-band configured according to a second numerology for data transmissions on a shared uplink channel.
Method for automatic autonomous control of a tamping machine when tamping newly laid switches ballasted to the top of the rail, for compacting the ballast bedding of a track in switches (A, B) with a device for determining a GPS position of the track maintenance machine in the track, namely with a GPS or RTK-GPS system for the precise and unambiguous approach of switches or sleepers, and with a position detection of the actuators of the working units (L a, L i, R a, R i, 16, 18, 19, 20, 22, 23) of the tamping machine, whereby firstly switch data (a i,,j, β, WP, t, L, n) of the switch to be processed are read into a control computer of the tamping machine, whereby the GPS position of the tamping machine in the track is used to identify a switch to be processed, after which positioning instructions (P i) for working units (L a, L i, R a, R i, 16, 18, 19, 20, 22, 23) for this switch are retrieved from a database, wherein the control computer subsequently generates position-accurate data of the positioning instructions (P i) for the working units (L a, L i, R a, R i, 16, 18, 19, 20, 22, 23) at each sleeper (a i,j) to be tamped in the switch area, wherein the tamping machine, depending on its position in the switch (A, B) and on the created data of the positioning instructions (P i), moves to these positions with working units (L a, L i, R a, R i, 16, 18, 19, 20, 22, 23) assigned to the respective position and carries out the tamping process fully automatically and autonomously at the location of the respective position, and wherein with the aid of the GPS or RTK-GPS system installed on the tamping machine, an exact assignment of the sleepers to the track kilometer is made via the GPS coordinates, and the tamping machine moves automatically from sleeper (a i,j) to sleeper (a i,j) via an automatic advance mechanism until the intended working area has been processed. the GPS position of the tamping machine in the track is used to identify a switch to be processed, after which positioning instructions (P i) for working units (L a, L i, R a, R i, 16, 18, 19, 20, 22, 23) for this switch are retrieved from a database, wherein the control computer subsequently generates position-accurate data of the positioning instructions (P i) for the working units (L a, L i, R a, R i, 16, 18, 19, 20, 22, 23) at each sleeper (a i,j) to be tamped in the switch area, wherein the tamping machine, depending on its position in the switch (A, B) and on the created data of the positioning instructions (P i), moves to these positions with working units (L a, L i, R a, R i, 16, 18, 19, 20, 22, 23) assigned to the respective position and carries out the tamping process fully automatically and autonomously at the location of the respective position, and wherein with the aid of the GPS or RTK-GPS system installed on the tamping machine, an exact assignment of the sleepers to the track kilometer is made via the GPS coordinates, and the tamping machine moves automatically from sleeper (a i,j) to sleeper (a i,j) via an automatic advance mechanism until the intended working area has been processed.
A cable-type battery, comprising: a cable-type battery cell, characterized in that: the cable-type battery cell includes at least one internal electrode layer having an internal electrode active material formed on a surface of an internal current collector extending in a longitudinal direction to have a cross section of a preset shape, a separation layer formed to surround the internal electrode layer, and an external electrode layer formed to surround the separation layer and having an external electrode active material formed on a surface of an external current collector; and a protection circuit module electrically connected to the battery cell to protect the battery cell from overcharge or overdischarge. a cable-type battery cell, characterized in that: the cable-type battery cell includes at least one internal electrode layer having an internal electrode active material formed on a surface of an internal current collector extending in a longitudinal direction to have a cross section of a preset shape, a separation layer formed to surround the internal electrode layer, and an external electrode layer formed to surround the separation layer and having an external electrode active material formed on a surface of an external current collector; and a protection circuit module electrically connected to the battery cell to protect the battery cell from overcharge or overdischarge.
Use of a composition comprising at least one terephthalate ionomer and at least one calcium carbonate containing filler as a barrier layer for mineral oils and other hydrophobic compounds for packaging materials, wherein the at least one terephthalate ionomer comprises anionic substituents selected from sulfonate, carboxylate and/or phosphate groups and has an acid value of at least 1 mg KOH/g ionomer.
A system for producing electricity and treated water comprising: a. means for solar generation of electricity (2, 3); b. means for generation of electricity from biofuel; c. means for treating water; d. means for irrigating and growing crops; e. means for generating biofuel; wherein at least one output from the means for generation of electricity is configured to power the means for treating water; the means for irrigating and growing crops uses water made available by the means for treating water; the means for generating biofuel uses at least some of the crops and/or their residues grown using purified water from the means for irrigating and growing crops; biofuel made available by the means for generating biofuel is used as a source of fuel in the means for generating electricity from biofuel. a. means for solar generation of electricity (2, 3); b. means for generation of electricity from biofuel; c. means for treating water; d. means for irrigating and growing crops; e. means for generating biofuel; the means for irrigating and growing crops uses water made available by the means for treating water; the means for generating biofuel uses at least some of the crops and/or their residues grown using purified water from the means for irrigating and growing crops; biofuel made available by the means for generating biofuel is used as a source of fuel in the means for generating electricity from biofuel.
Container with a stirrer device suitable to be installed, together with other containers of the same type, on machines for dispensing fluid products, such as colorants or suchlike, comprising a tank configured so as to be shaped like the figure "8" made by the co-penetration of two cylinders with respective longitudinal axes (X 1 and X 2) and in which two stirrer units are comprised, each coaxial to a respective one of said cylinders of said tank, each comprising stirrer elements with the radial dimension a little less than a radius of said cylinders; wherein in each stirrer unit said stirrer elements are attached to a shaft rotating axially, and in each stirrer unit said stirrer elements are disposed substantially over the whole longitudinal length of said shaft, in each stirrer unit said shaft not having, along the longitudinal direction, one or more surface portions not spatially affected by said stirrer elements attached to said corresponding shaft, said container is characterized in that said tank, configured as an "8" shape, has an area of overlapping caused by the co-penetration of the two cylinders, such that the distance L between the two axes (X 1 and X 2) is less than the diameter (D 1) of the two cylinders.
A sliding window for a vehicle comprising: a sliding panel with an electrical equipment, which is attached to a vehicle body in a slidable manner; a guide rail which is integrated with the vehicle body and extending in the slide direction of the sliding panel; and a sliding bracket which integrally includes a sliding portion coupled to the guide rail in a slidable manner and a fixed portion fixed to the sliding panel; and an electrical power supply cord which is disposed along the guide rail, supplies electric power to the electrical equipment of the sliding panel, and is extended and contracted in one direction, characterized in that the electrical power supply cord is a curled cord, one end of the curled cord is fixed to the sliding bracket, and another end of the curled cord is fixed to the vehicle body or a member integrated with the vehicle body, a base end of a spiral portion of the curled cord is crimped and held to the vehicle body or the member integrated with the vehicle body by an elastic restoration force of the spiral portion, and a distal end of the spiral portion of the curled cord is crimpled and held to the sliding bracket by the elastic restoration force of the spiral portion. a sliding panel with an electrical equipment, which is attached to a vehicle body in a slidable manner; a guide rail which is integrated with the vehicle body and extending in the slide direction of the sliding panel; and a sliding bracket which integrally includes a sliding portion coupled to the guide rail in a slidable manner and a fixed portion fixed to the sliding panel; and an electrical power supply cord which is disposed along the guide rail, supplies electric power to the electrical equipment of the sliding panel, and is extended and contracted in one direction, characterized in that the electrical power supply cord is a curled cord, one end of the curled cord is fixed to the sliding bracket, and another end of the curled cord is fixed to the vehicle body or a member integrated with the vehicle body, a base end of a spiral portion of the curled cord is crimped and held to the vehicle body or the member integrated with the vehicle body by an elastic restoration force of the spiral portion, and a distal end of the spiral portion of the curled cord is crimpled and held to the sliding bracket by the elastic restoration force of the spiral portion.
Safety system comprising: - a rotatable shaft having an axis AA and carrying a pinion, a ratchet wheel and a rotatable cam, - a pivoting lever having a first free end and a second end carrying a pivoting arm, said pivoting arm comprising a pawl and a rotatable roller, and - a cam follower element comprising a guide rail, wherein the pivoting lever pivots about the axis AA of the shaft, the pawl of the pivoting arm is capable of and designed for cooperating with one or more notches on the ratchet wheel, and the rotatable roller is capable of and designed for cooperating with the rotatable cam or with the guide rail of the cam follower element. - a rotatable shaft having an axis AA and carrying a pinion, a ratchet wheel and a rotatable cam, - a pivoting lever having a first free end and a second end carrying a pivoting arm, said pivoting arm comprising a pawl and a rotatable roller, and - a cam follower element comprising a guide rail,
System for transferring electrical energy between a ship and a port facility, comprising at least one transfer arm (20, 20', 21, 22, 22', 24, 125, 13'C) comprising several electrical power conductors (3A, 3B, 3C) which are connected to at least one power connector (8, 8", 5"A, 5"B, 135A, 135B) forming an end of said arm, said at least one power connector being configured to be connected to at least one complementary power connector (101, 5"A, 5"B, 135A, 135B) in order to establish a connection state allowing creation of an electrical power connection between the port facility and electrical equipment on board the ship, characterised in that the atmosphere is potentially explosive, and in that it also comprises: a bundle of submarine power cables electrically connecting a submarine outlet of electrical cables of the port facility to said transfer arm, at least one pipeline for circulating a non-explosive gas at least at the electrical junction between a power connector (8, 8", 5"A, 5"B, 135A, 135B) and its complementary connector (101, 5"A, 5"B, 135A, 135B) such that any electric arcing at said junction occurs exclusively in an inert atmosphere. a bundle of submarine power cables electrically connecting a submarine outlet of electrical cables of the port facility to said transfer arm, at least one pipeline for circulating a non-explosive gas at least at the electrical junction between a power connector (8, 8", 5"A, 5"B, 135A, 135B) and its complementary connector (101, 5"A, 5"B, 135A, 135B) such that any electric arcing at said junction occurs exclusively in an inert atmosphere.