mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communications, the method comprising: communicating with a plurality of sectors (402, 404, 406) in an active set; requesting data from the plurality of sectors; and receiving independent data streams from the plurality of sectors on the same carrier at the same time; sorting the independent data streams based on a load of the sector of the plurality of sectors from which the respective independent data stream was received; decoding a first independent data stream selected from the received independent data streams; removing interference based on the first decoded independent data stream selected from the received independent data streams, the interference is removed from the other received independent data streams to create a first iteration of processed received data streams; decoding a second independent data stream selected from the first iteration of processed received data streams; removing interference based on the second decoded independent data stream selected from the first iteration of processed received data streams, the interference is removed from the first iteration of processed received data streams to create a second iteration of processed received data streams; wherein the first independent data stream is received from the sector of the plurality of sectors having the lowest load. communicating with a plurality of sectors (402, 404, 406) in an active set; requesting data from the plurality of sectors; and receiving independent data streams from the plurality of sectors on the same carrier at the same time; sorting the independent data streams based on a load of the sector of the plurality of sectors from which the respective independent data stream was received; decoding a first independent data stream selected from the received independent data streams; removing interference based on the first decoded independent data stream selected from the received independent data streams, the interference is removed from the other received independent data streams to create a first iteration of processed received data streams; decoding a second independent data stream selected from the first iteration of processed received data streams; removing interference based on the second decoded independent data stream selected from the first iteration of processed received data streams, the interference is removed from the first iteration of processed received data streams to create a second iteration of processed received data streams; wherein the first independent data stream is received from the sector of the plurality of sectors having the lowest load.
A compound of the Formula I; wherein R is selected from the group consisting of a C 4 to C 28 linear or branched alkyl, linear or branched C 4 to C 28 alkenyl and a linear or branched C 4 to C 28 alkynyl group; or a pharmaceutically acceptable salt thereof.
A radiation detection device including a sample holding unit, an irradiation unit (11, 12) configured to irradiate a sample held by the sample holding unit with radioactive rays, a detection unit configured to detect radioactive rays generated from the sample, and a distance calculation unit configured to calculate a distance from a predetermined base point to an irradiated part, which is to be irradiated with radioactive rays, of the sample held by the sample holding unit, the radiation detection device being characterized by comprising: a size specification unit configured to specify a size of the irradiated part on the sample based on the calculated distance; and a display unit configured to display the specified size of the irradiated part. a size specification unit configured to specify a size of the irradiated part on the sample based on the calculated distance; and a display unit configured to display the specified size of the irradiated part.
A connector comprising: a first connector comprising a first main terminal; a second connector comprising a second main terminal; and a fitting detection circuit configured to detect fitting of the first connector and the second connector, wherein the first connector further comprises a rotatable lever used for a fitting operation to the second connector by a rotation of the lever in a first rotation direction and a fitting disengagement operation from the second connector by a rotation of the lever in a second rotation direction opposite to the first rotation direction, the second connector comprises a boss having a protruding shape, characterized in that: the lever comprises a lock (70; 76) configured to lock, when the lock (70; 76) contacts the boss by the fitting disengagement operation, a rotation of the lever in a state where the fitting detection circuit does not detect the fitting and also in a state where the first main terminal and the second main terminal are connected, and the lock (70; 76) is configured to release locking of the rotation of the lever when an operation force of the fitting disengagement operation larger than a threshold is applied by the rotation of the lever in the second rotation direction in a state where the lock (70; 76) contacts the boss. a first connector comprising a first main terminal; a second connector comprising a second main terminal; and a fitting detection circuit configured to detect fitting of the first connector and the second connector, wherein the first connector further comprises a rotatable lever used for a fitting operation to the second connector by a rotation of the lever in a first rotation direction and a fitting disengagement operation from the second connector by a rotation of the lever in a second rotation direction opposite to the first rotation direction, the second connector comprises a boss having a protruding shape, characterized in that: the lever comprises a lock (70; 76) configured to lock, when the lock (70; 76) contacts the boss by the fitting disengagement operation, a rotation of the lever in a state where the fitting detection circuit does not detect the fitting and also in a state where the first main terminal and the second main terminal are connected, and the lock (70; 76) is configured to release locking of the rotation of the lever when an operation force of the fitting disengagement operation larger than a threshold is applied by the rotation of the lever in the second rotation direction in a state where the lock (70; 76) contacts the boss. the lever comprises a lock (70; 76) configured to lock, when the lock (70; 76) contacts the boss by the fitting disengagement operation, a rotation of the lever in a state where the fitting detection circuit does not detect the fitting and also in a state where the first main terminal and the second main terminal are connected, and the lock (70; 76) is configured to release locking of the rotation of the lever when an operation force of the fitting disengagement operation larger than a threshold is applied by the rotation of the lever in the second rotation direction in a state where the lock (70; 76) contacts the boss.
A synchronous processing circuit for processing signals from a rotational rate sensor, wherein the sensor provides first and second sense signals, the first and second sense signals having at least a component out-of-phase with an oscillation of the sensor, and further provides an oscillating signal synchronized to the oscillation of the sensor, the circuit further comprising a first scaling circuit coupled to the sensor for scaling the oscillating signal in response to a programmable first scale factor, a second scaling circuit coupled to the sensor for scaling the oscillating signal in response to a programmable second scale factor, a first combining circuit coupled to the first scaling circuit and the sensor for adding the first scaled oscillating signal to the first sense signal, and a second combining circuit coupled to the second scaling circuit and the sensor for adding the second scaled oscillating signal to the second sense signal, wherein the first and second combining circuit (14110, 14120) are operable for removal of quadrature errors in the first and second sense signals, said quadrature errors being in-phase with the oscillation of the sensor.
A scattering apparatus, in particular a dynamic light scattering apparatus, comprising: an electromagnetic radiation source configured for irradiating a sample with primary electromagnetic radiation; an electromagnetic radiation detector configured for detecting secondary electromagnetic radiation generated by scattering the primary electromagnetic radiation at the sample; a refraction index determination unit configured for determining information indicative of a refraction index of the sample; and a particle size determining unit configured for determining information indicative of particle size of particles in the sample by analyzing the detected secondary electromagnetic radiation, characterized in that the refraction index determination unit comprises a movable optical element in an optical path between the electromagnetic radiation source and the sample or between the sample and the electromagnetic radiation detector along which at least one of the primary electromagnetic radiation and the secondary electromagnetic radiation propagates and is configured for determining information indicative of the refraction index of the sample by analyzing an intensity variation of the detected secondary electromagnetic radiation at different positions of the movable optical element in the optical path. an electromagnetic radiation source configured for irradiating a sample with primary electromagnetic radiation; an electromagnetic radiation detector configured for detecting secondary electromagnetic radiation generated by scattering the primary electromagnetic radiation at the sample; a refraction index determination unit configured for determining information indicative of a refraction index of the sample; and a particle size determining unit configured for determining information indicative of particle size of particles in the sample by analyzing the detected secondary electromagnetic radiation, the refraction index determination unit comprises a movable optical element in an optical path between the electromagnetic radiation source and the sample or between the sample and the electromagnetic radiation detector along which at least one of the primary electromagnetic radiation and the secondary electromagnetic radiation propagates and is configured for determining information indicative of the refraction index of the sample by analyzing an intensity variation of the detected secondary electromagnetic radiation at different positions of the movable optical element in the optical path.
Method for producing noble metal nets on flat-bed knitting machines, involving the steps of a. providing noble metal wire comprising platinum b. providing yarn which is combustible or soluble in solvent c. knitting two-bed articles by simultaneous knitting on the front and rear needle bed, a combustible or soluble yarn being used on the front or on the rear needle bed, which yarn is burned off or dissolved after the knitting process, characterized in that the two knitted fabrics are joined by connecting pile threads, and a noble metal wire is used on the other needle bed and for the pile threads, such that, after the combustible or soluble yarn has been burned off or dissolved, there remains only the pile thread or the pile threads and the knitted fabric made of noble metal wire and produced on the rear or front needle bed, so that the knitted fabric has loops protruding from the net plane, which loops are formed of the pile thread or the pile threads. a. providing noble metal wire comprising platinum b. providing yarn which is combustible or soluble in solvent c. knitting two-bed articles by simultaneous knitting on the front and rear needle bed, a combustible or soluble yarn being used on the front or on the rear needle bed, which yarn is burned off or dissolved after the knitting process, characterized in that the two knitted fabrics are joined by connecting pile threads, and a noble metal wire is used on the other needle bed and for the pile threads, such that, after the combustible or soluble yarn has been burned off or dissolved, there remains only the pile thread or the pile threads and the knitted fabric made of noble metal wire and produced on the rear or front needle bed, so that the knitted fabric has loops protruding from the net plane, which loops are formed of the pile thread or the pile threads.
A method of forming a three-dimensional memory device, comprising: forming an alternating stack of insulating layers and spacer material layers over a semiconductor substrate (9, 10); forming memory openings and support openings through the alternating stack to a top surface of the semiconductor substrate (9, 10); implanting an impurity species to first portions of the semiconductor substrate (9, 10) underlying the support openings to form impurity-doped semiconductor material portions, while preventing implantation of the impurity species into second portions of the semiconductor substrate (9, 10) underlying the memory openings; growing epitaxial channel portions from the second portions of the semiconductor substrate (9, 10) in bottom regions of the memory openings employing a selective deposition process, while no substantial semiconductor material is epitaxially selectively grown from the impurity-doped semiconductor material portions during the selective deposition process; and simultaneously forming memory stack structures on the epitaxial channel portions and support pillar structures on the impurity-doped semiconductor material portions. forming an alternating stack of insulating layers and spacer material layers over a semiconductor substrate (9, 10); forming memory openings and support openings through the alternating stack to a top surface of the semiconductor substrate (9, 10); implanting an impurity species to first portions of the semiconductor substrate (9, 10) underlying the support openings to form impurity-doped semiconductor material portions, while preventing implantation of the impurity species into second portions of the semiconductor substrate (9, 10) underlying the memory openings; growing epitaxial channel portions from the second portions of the semiconductor substrate (9, 10) in bottom regions of the memory openings employing a selective deposition process, while no substantial semiconductor material is epitaxially selectively grown from the impurity-doped semiconductor material portions during the selective deposition process; and simultaneously forming memory stack structures on the epitaxial channel portions and support pillar structures on the impurity-doped semiconductor material portions.
An electron emitter comprising: a photocathode structure; and a protective film disposed on an exterior surface of the photocathode structure, wherein the protective film includes ruthenium. a photocathode structure; and a protective film disposed on an exterior surface of the photocathode structure, wherein the protective film includes ruthenium.
An induction welding method of two adherends (10, 11) at least one of which comprises an electrically conducting composite material having a thermosetting matrix and an interface material comprising a layer of thermoplastic material defining a contact surface, the layer of thermoplastic material being joined to the thermosetting matrix during a pre-welding step by applying pressure and heat in order to facilitate the diffusion of the thermoplastic material in the thermosetting matrix; the method comprising the steps of: - arranging the contact surface of an adherend onto a thermoplastic material of the other adherend; - energizing a coil facing a further surface of one of the adherends (10, 11) so as to heat the interface material to a first temperature; and characterized in that it comprises the step of: - controlling the cooling of the further surface so that a second temperature of the further surface is lower than the first temperature while the coil is energized. - arranging the contact surface of an adherend onto a thermoplastic material of the other adherend; - energizing a coil facing a further surface of one of the adherends (10, 11) so as to heat the interface material to a first temperature; - controlling the cooling of the further surface so that a second temperature of the further surface is lower than the first temperature while the coil is energized.
Brake with an emergency release device which has an adjusting ring which is rotatably mounted on a housing and has an emergency release position and an operating position, at least one tension element being displaceably mounted in the housing and having a catch projecting in the radial direction from the housing, which bears against an adjusting section and which, during an adjustment operation of the adjusting ring into its emergency release position, moves the tension element into a position releasing the brake, means holding the catch being provided in the region of the emergency release position.
An abdominal or fascia treatment device, comprising a sheet of synthetic polymeric material and a sheet of acellular tissue matrix, characterized in that: the sheet of acellular tissue matrix is attached to a peripheral border of the sheet of synthetic polymeric material and extends away from the sheet of synthetic polymeric material such that the sheet of acellular tissue matrix can be secured to tissues surrounding a defect in a wall of a body cavity to position the sheet of synthetic polymeric material in the body cavity without attaching the sheet of synthetic polymeric material to tissue.
A computer program comprising instructions which, when the program is executed by a computer, cause the computer to perform a process comprising: updating grouping information about grouping of data sets stored in a storage device, based on access information about access to the data sets and memory loading information about the data sets loaded and held in a memory according to access to the data sets; and updating data arrangement in the storage device according to the updating of the grouping information, wherein the updating grouping information includes updating the grouping information based on relationship information between data sets according to the access information, characterised in that: the updating grouping information includes updating, when a relation is detected between a first data set and a second data set which are held in the memory and belong to different groups, and a sum of a size of a first group to which the first data set belongs and a size of a second group to which the second data set belongs does not exceed a threshold value, the first and second groups to a third group, which includes data sets (X1, X2, X3) belonging to the first and second groups; and in that the updating grouping information includes excluding, when allocation of storage area of the memory to one of the groups is released, a third data set which belongs to the group being released, according to access to the third data set while the third data set is held in the memory. updating grouping information about grouping of data sets stored in a storage device, based on access information about access to the data sets and memory loading information about the data sets loaded and held in a memory according to access to the data sets; and updating data arrangement in the storage device according to the updating of the grouping information, wherein the updating grouping information includes updating the grouping information based on relationship information between data sets according to the access information, the updating grouping information includes updating, when a relation is detected between a first data set and a second data set which are held in the memory and belong to different groups, and a sum of a size of a first group to which the first data set belongs and a size of a second group to which the second data set belongs does not exceed a threshold value, the first and second groups to a third group, which includes data sets (X1, X2, X3) belonging to the first and second groups; and in that the updating grouping information includes excluding, when allocation of storage area of the memory to one of the groups is released, a third data set which belongs to the group being released, according to access to the third data set while the third data set is held in the memory.
A sport ball comprising: a casing that includes a plurality of joined panels, at least one of the panels having (a) a first layer including a polymer material and positioned to form a portion of an exterior surface of the ball, (b) a second layer including a polymer foam material and positioned inward and adjacent to the first layer, and (c) a third layer including a textile material and positioned inward and adjacent to the second layer, the casing defining at least one indentation in the exterior surface, wherein in the area of indentation the first layer and the third layer extend through the second layer and are bonded directly to each other, the indentation being spaced from the edges of the panel; and a bladder located within the casing. a casing that includes a plurality of joined panels, at least one of the panels having (a) a first layer including a polymer material and positioned to form a portion of an exterior surface of the ball, (b) a second layer including a polymer foam material and positioned inward and adjacent to the first layer, and (c) a third layer including a textile material and positioned inward and adjacent to the second layer, the casing defining at least one indentation in the exterior surface, wherein in the area of indentation the first layer and the third layer extend through the second layer and are bonded directly to each other, the indentation being spaced from the edges of the panel; and a bladder located within the casing.