mhurhangee/ep-ind-claims huggingface dataset:
A non-transitory computer-readable medium storing instructions readable and executable by a workstation including at least one electronic processor, which instructions, when read and executed cause the at least one electronic processor to perform a positron emission tomography, PET, image reconstruction method to reconstruct list mode PET imaging data acquired over a frame acquisition time using a plurality of radiation detectors wherein the events of the list mode PET imaging data are time stamped, the method comprising: for the sub-frame bins of a plurality of sub-frame bins into which the frame acquisition time is divided, determining a sub-frame singles rates map for the plurality of radiation detectors from the list mode PET imaging data whose time stamps reside in the sub-frame bin; determining a singles rate for the singles events of the list mode PET imaging data using the sub-frame singles rates maps, wherein the singles rates for the singles events are determined at a temporal resolution that is finer than the frame acquisition time; determining correction factors for the list mode PET imaging data using the determined singles rates for the singles events of the list mode PET imaging data; and reconstructing the list mode PET imaging data of the frame acquisition time using the determined correction factors to generate a reconstructed PET image for the frame acquisition time. for the sub-frame bins of a plurality of sub-frame bins into which the frame acquisition time is divided, determining a sub-frame singles rates map for the plurality of radiation detectors from the list mode PET imaging data whose time stamps reside in the sub-frame bin; determining a singles rate for the singles events of the list mode PET imaging data using the sub-frame singles rates maps, wherein the singles rates for the singles events are determined at a temporal resolution that is finer than the frame acquisition time; determining correction factors for the list mode PET imaging data using the determined singles rates for the singles events of the list mode PET imaging data; and reconstructing the list mode PET imaging data of the frame acquisition time using the determined correction factors to generate a reconstructed PET image for the frame acquisition time.
A transportation and storage container for liquids having an inner container made of plastic, an outer jacket preferably realized as a lattice made of metal as well as a pallet-like base frame formed for being handled by means of forklifts or similar modes of transportation, and comprising a support base made of sheet metal for supporting the inner container provided with at least one filling neck at an upper side of the inner container, an intermediary container, which receives the inner container from all sides and is made of sheet metal, being arranged between the inner container and the outer jacket, said intermediary container comprising a jacket case, a container lid connected to the jacket case and a container bottom connected to the jacket case, the container bottom being formed by the support base of the base frame characterized in that the jacket case is materially bonded to the support bottom at the lower edge of the jacket case formed as a connecting edge so as to form the intermediary container in such a manner that when the plastic inner container fails due to thermal overload, flammable liquid cannot get into the environment of the transportation and storage container from the inner container.
A process of welding a polymeric material, the process, comprising: providing a first member having a surface wherein the first member and the surface are formed of a polymeric blend composition and the polymeric blend composition includes a mixture of: i. a thermoplastic polyolefin including one or more thermoplastics that includes a first polypropylene wherein the first polypropylene is formed of a highly crystalline homopolymer, wherein at least 50% by weight of the thermoplastic polyolefin has a crystallinity greater than 40%; and ii. 10% to 50% by weight polyolefin elastomer; providing a second member having a surface; heating and softening at least a portion of the polymeric composition of the first member; contacting the portion of the polymeric blend composition with the second member and allowing the portion to cool and harden thereby forming a weld connecting the first member to the second member, the weld being at least partially formed of the polymeric blend composition. providing a first member having a surface wherein the first member and the surface are formed of a polymeric blend composition and the polymeric blend composition includes a mixture of: i. a thermoplastic polyolefin including one or more thermoplastics that includes a first polypropylene wherein the first polypropylene is formed of a highly crystalline homopolymer, wherein at least 50% by weight of the thermoplastic polyolefin has a crystallinity greater than 40%; and ii. 10% to 50% by weight polyolefin elastomer; i. a thermoplastic polyolefin including one or more thermoplastics that includes a first polypropylene wherein the first polypropylene is formed of a highly crystalline homopolymer, wherein at least 50% by weight of the thermoplastic polyolefin has a crystallinity greater than 40%; and ii. 10% to 50% by weight polyolefin elastomer; providing a second member having a surface; heating and softening at least a portion of the polymeric composition of the first member; contacting the portion of the polymeric blend composition with the second member and allowing the portion to cool and harden thereby forming a weld connecting the first member to the second member, the weld being at least partially formed of the polymeric blend composition.
A method of test scheduling, comprising: Receiving test data for testing a plurality of cores (M n) in a circuit and information of TAM (test access mechanism) for the circuit, the information of TAM comprising information of an input switching network that connects circuit input channels to core input channels for each of the plurality of cores (M n), and information of an output switching network that connects circuit output channels to core output channels for each of the plurality of cores (M n); encoding the test data to derive compressed test patterns that require small numbers of the core input channels, each of the compressed test patterns being associated with one or more cores in the plurality of cores (M n) and with core input channel requirement information; determining core output channel requirement information for each of the compressed test patterns; grouping the compressed test patterns into test pattern classes based on cores (M n) associated with each of the compressed test patterns, the core input channel requirement information and the core output channel requirement information; and allocating, based on the information of TAM, test application time slots and the circuit input channels for delivering the test pattern classes to the plurality of cores (M n) and the circuit output channels for collecting test response data for the test pattern classes. Receiving test data for testing a plurality of cores (M n) in a circuit and information of TAM (test access mechanism) for the circuit, the information of TAM comprising information of an input switching network that connects circuit input channels to core input channels for each of the plurality of cores (M n), and information of an output switching network that connects circuit output channels to core output channels for each of the plurality of cores (M n); encoding the test data to derive compressed test patterns that require small numbers of the core input channels, each of the compressed test patterns being associated with one or more cores in the plurality of cores (M n) and with core input channel requirement information; determining core output channel requirement information for each of the compressed test patterns; grouping the compressed test patterns into test pattern classes based on cores (M n) associated with each of the compressed test patterns, the core input channel requirement information and the core output channel requirement information; and allocating, based on the information of TAM, test application time slots and the circuit input channels for delivering the test pattern classes to the plurality of cores (M n) and the circuit output channels for collecting test response data for the test pattern classes.
A magnetic levitation system for levitating a diamagnetic or paramagnetic sample, the system comprising: a first cylinder-shaped magnet; a second cylinder-shaped magnet coaxially aligned with the first cylinder-shaped magnet; a first cavity coaxially aligned with and formed in the first cylinder-shaped magnet; and a container configured to hold a paramagnetic medium; wherein a surface of the first cylinder-shaped magnet has one polarity and is parallel to and faces a surface of the second cylinder-shaped magnet having the same polarity to cause the B z component of the magnetic field to vary linearly along the central axis between the first and second cylinder-shaped magnets. a first cylinder-shaped magnet; a second cylinder-shaped magnet coaxially aligned with the first cylinder-shaped magnet; a first cavity coaxially aligned with and formed in the first cylinder-shaped magnet; and a container configured to hold a paramagnetic medium; wherein a surface of the first cylinder-shaped magnet has one polarity and is parallel to and faces a surface of the second cylinder-shaped magnet having the same polarity to cause the B z component of the magnetic field to vary linearly along the central axis between the first and second cylinder-shaped magnets.
Motor spindle for driving a machining tool, comprising a sleeve-shaped stator extending along a stator axis, which stator has a first magnet system, a first coupling receptacle and a second coupling receptacle, and further comprising a rotor, which has a rotor shaft extending along a rotor axis, a second magnet system, a first coupling part and a second coupling part, wherein the first coupling part is designed to be fixed to the first coupling receptacle and is mounted on the rotor shaft so as to be rotatable about the rotor axis by means of a first rolling bearing designed as an axial fixed bearing, and wherein the second coupling part is designed to be fixed to the second coupling receptacle and is mounted on the rotor shaft so as to be rotatable about the rotor axis by means of a second rolling bearing designed as an axial loose bearing, wherein the second rolling bearing comprises an inner ring fixed on the rotor shaft and an outer ring arranged coaxially to the inner ring and fixed on the second coupling part, which outer ring defines with the inner ring an annular bearing gap in which a plurality of rolling elements are accommodated, the second coupling part being accommodated on the rotor shaft so as to be axially movable parallel to the rotor axis between a first functional position and a second functional position along an adjustment path, characterized in that a first distance between a first axial surface of the inner ring and the second coupling part, and in that there is a second distance between a second axial surface of the inner ring, which faces away from the first axial surface, and the second coupling part are always greater than zero for the entire adjustment path.
A tooth with a retaining system for retaining the tooth in a receiving portion of an adapter in a cutting system, the tooth with retaining system comprising: - a first holding system to releasably retain the tooth to the adapter; and - a second holding system to tension and secure the tooth with respect to the adapter, - characterized in that the first holding system comprises - a compressible retention element which fits within and corresponds at least in part to a shape of a mounting portion of the tooth to stay within the mounting portion once inserted. - a first holding system to releasably retain the tooth to the adapter; and - a second holding system to tension and secure the tooth with respect to the adapter, - characterized in that the first holding system comprises - a compressible retention element which fits within and corresponds at least in part to a shape of a mounting portion of the tooth to stay within the mounting portion once inserted.
Use of a polymer as a processing aid for extrusion-molding a polyolefin resin, the polymer containing a fluorine-containing elastomeric polymer segment and a fluorine-containing non-elastomeric polymer segment, wherein the fluorine-containing non-elastomeric polymer segment is a segment derived from at least one fluorine-containing non-elastomeric polymer selected from the group consisting of tetrafluoroethylene /ethylene copolymers, ethylene/TFE/monomer (a) copolymers, polyvinylidene fluoride (PVDF), vinylidene fluoride /TFE copolymers, chlorotrifluoroethylene(CTFE)/ethylene copolymers, and CTFE/ethylene/monomer (a) copolymers, wherein the monomer (a) is a monomer copolymerizable with TFE and ethylene. the polymer containing a fluorine-containing elastomeric polymer segment and a fluorine-containing non-elastomeric polymer segment, wherein the fluorine-containing non-elastomeric polymer segment is a segment derived from at least one fluorine-containing non-elastomeric polymer selected from the group consisting of tetrafluoroethylene /ethylene copolymers, ethylene/TFE/monomer (a) copolymers, polyvinylidene fluoride (PVDF), vinylidene fluoride /TFE copolymers, chlorotrifluoroethylene(CTFE)/ethylene copolymers, and CTFE/ethylene/monomer (a) copolymers, wherein the monomer (a) is a monomer copolymerizable with TFE and ethylene.
A cylinder lock with a cylinder core rotatably mounted in a cylinder case with a key channel for receiving a key, comprising a. core pin bores (4, 4') radially extending in the cylinder core with core pins (5, 5'), which are displaceable and supported in a prestressed manner therein, and b. case pin bores (6, 6') extending in the cylinder case with case pins (7, 7'), which are displaceable and supported in a prestressed manner therein, wherein c. each core pin bore (4, 4') is assigned to a case pin bore (6, 6') and each core pin (5, 5') is assigned to a case pin (7, 7') and wherein d. a shear plane is formed in such a way between the cylinder core and the cylinder case that the cylinder core is rotatable relative to the cylinder case, when the shear plane is unobstructed, wherein e. at least one expanded core pin bore is provided, which expands into a peripheral groove on the periphery of the cylinder core, wherein f. the peripheral groove is at least as wide as the case pin, which is supported in the case pin bore, which is assigned to the expanded core pin bore, so that this case pin is able to penetrate the peripheral groove characterised in that g. the core pin assigned to the expanded core pin bore has at its end facing the cylinder case a stop shoulder extending peripherally, which interacts with the edge of the peripheral groove in such a way that the movement of the core pin in the expanded core pin bore is restricted. a. core pin bores (4, 4') radially extending in the cylinder core with core pins (5, 5'), which are displaceable and supported in a prestressed manner therein, and b. case pin bores (6, 6') extending in the cylinder case with case pins (7, 7'), which are displaceable and supported in a prestressed manner therein, wherein c. each core pin bore (4, 4') is assigned to a case pin bore (6, 6') and each core pin (5, 5') is assigned to a case pin (7, 7') and wherein d. a shear plane is formed in such a way between the cylinder core and the cylinder case that the cylinder core is rotatable relative to the cylinder case, when the shear plane is unobstructed, wherein e. at least one expanded core pin bore is provided, which expands into a peripheral groove on the periphery of the cylinder core, wherein f. the peripheral groove is at least as wide as the case pin, which is supported in the case pin bore, which is assigned to the expanded core pin bore, so that this case pin is able to penetrate the peripheral groove characterised in that g. the core pin assigned to the expanded core pin bore has at its end facing the cylinder case a stop shoulder extending peripherally, which interacts with the edge of the peripheral groove in such a way that the movement of the core pin in the expanded core pin bore is restricted.
Lock cylinder, comprising a substantially cylindrical core arranged rotationally inside a casing, wherein the casing includes a rib that protrudes radially, where the core includes a latch that protrudes radially from the rest of the core and which, depending on the rotational position of the core in relation to the casing, might either become housed in a space in the rib or otherwise protrude from the cylinder, where the casing is composed of at least one casing portion provided with a rib portion that has two side faces and an outer transverse face, wherein the cylinder further comprises a connecting bridge provided with at least one end portion configured to become housed in a recess cut in the outer transverse face of the rib portion, wherein: - the recess is delimited by outer walls and finishes in an opening, wherein said outer walls finish in an outer surface that surrounds the opening of the recess; and - the end portion that is housed inside said recess has a first part with a shape that adapts to the recess and a second part that rests on and settles against the outer surface that surrounds the opening of the recess, characterised in that: - the first part of the end portion has undulating outer walls, with alternating concave protruding lobes and concave recesses, and the outer walls of the recess are complementary to the outer walls of the end portion, and - the lock cylinder comprises at least one pin inserted into a hole cut in the recess of the casing portion and in a corresponding hole cut in the first part of the end portion of the connecting bridge, wherein - the holes to house the pins are arranged in the concave protruding lobes. - the recess is delimited by outer walls and finishes in an opening, wherein said outer walls finish in an outer surface that surrounds the opening of the recess; and - the end portion that is housed inside said recess has a first part with a shape that adapts to the recess and a second part that rests on and settles against the outer surface that surrounds the opening of the recess, - the first part of the end portion has undulating outer walls, with alternating concave protruding lobes and concave recesses, and the outer walls of the recess are complementary to the outer walls of the end portion, and - the lock cylinder comprises at least one pin inserted into a hole cut in the recess of the casing portion and in a corresponding hole cut in the first part of the end portion of the connecting bridge, wherein - the holes to house the pins are arranged in the concave protruding lobes.
A method for fixing a tail end of a paper roll, characterized by comprising: instead of bonding the tail end of the paper roll with glue, wrapping a circumference surface of the paper roll with a paper sheet made of material different from that of the paper roll; and joining a head and a tail ends of the paper sheet together by way of mechanical joining, instead of bonding the head and tail ends of the paper sheet together with glue, so that the tail end of the paper roll is hooped onto the paper roll. instead of bonding the tail end of the paper roll with glue, wrapping a circumference surface of the paper roll with a paper sheet made of material different from that of the paper roll; and joining a head and a tail ends of the paper sheet together by way of mechanical joining, instead of bonding the head and tail ends of the paper sheet together with glue, so that the tail end of the paper roll is hooped onto the paper roll.
A wire handling apparatus for a manufacturing apparatus including an elongate first wire guide device having a first guide portion for a wire to be guided along the first guide portion and an elongate second wire guide device having a second guide portion for a wire to be guided along the second guide portion, wherein the wire handling apparatus includes a support device, wherein the first wire guide device and the second wire guide device are arranged on the support device, wherein the support device is mounted rotatably about an axis of rotation, wherein the first wire guide device and the second wire guide device are arranged moveably relative to each other, wherein the first guide portion is of a substantially rectilinear configuration along a longitudinal direction and/or the second guide portion is of a substantially rectilinear configuration along the longitudinal direction, wherein the first wire guide device and the second wire guide device are moveable into a conveyor position, wherein in the conveyor position the first wire guide device and the second wire guide device are arranged in mutually spaced relationship in the longitudinal direction, characterized in that the wire handling apparatus includes a wire conveyor apparatus, wherein the wire conveyor apparatus is moveable in the conveyor position between the first wire guide device and the second wire guide device.
A photovoltaic element including at least one 2D-3D resonator and a reference electrode, wherein said 2D-3D resonator is arranged on a semiconductor structure and is formed by two parts, of which the first part is a 2D part constituted by a transformation element arranged on an incidence plane and consisting of a pair of electrodes in the form of coupled conductors and the second part is a 3D part arranged inside the semiconductor structure and comprises a dielectric, wherein the transformation element of the 2D part is arranged on the dielectric of the 3D part, characterised in that the semiconductor structure is formed by a region without electromagnetic damping, whose upper plane constitutes the incidence plane, and a region with electromagnetic damping, the region without electromagnetic damping and the region with electromagnetic damping being bounded by virtual boundaries of variations in material properties and being distinguished by that the region with electromagnetic damping, in contrast to the region without electromagnetic damping, shows increasing gamma conductivity in S/m in the direction of the reference electrode, wherein the 3D part of the 2D-3D resonator is constituted by the dielectric and a reflector matched with and surrounded by the dielectric, wherein the dielectric and the reflector are arranged both inside the region without electromagnetic damping and inside the region with electromagnetic damping of the semiconductor structure, and the reference electrode borders on the region with electromagnetic damping and is located underneath the region with electromagnetic damping, the dielectric and the reflector.