mhurhangee/ep-ind-claims huggingface dataset:
A base frame for a reach truck comprising • a wheel arm assembly comprising two wheel arms, which each have a load wheel mount on their rear ends, and • a counterweight made of cast iron, which is arranged on a front end of the wheel arms and is connected to the wheel arm assembly by a number of bolt connections, wherein • a first subset of the bolt connections each has a longitudinal direction that is aligned in a first direction, characterized in that • a second subset of the bolt connections each has a longitudinal direction that is aligned in a second direction which is different from the first direction. • a wheel arm assembly comprising two wheel arms, which each have a load wheel mount on their rear ends, and • a counterweight made of cast iron, which is arranged on a front end of the wheel arms and is connected to the wheel arm assembly by a number of bolt connections, wherein • a first subset of the bolt connections each has a longitudinal direction that is aligned in a first direction, characterized in that • a second subset of the bolt connections each has a longitudinal direction that is aligned in a second direction which is different from the first direction.
A communication method, comprising: transmitting from a base station to a user terminal, configuration information on a specific group communication service provided over Single Cell Point to Multi-point, SC-PTM, transmission, wherein the specific group communication service is represented by a temporary mobile group identity, TMGI, and the TMGI is mapped with a Group-Radio Network Temporary Identifier, G-RNTI; transmitting from the base station to the user terminal, via a Physical Downlink Control Channel, PDCCH associated with the G-RNTI, information indicating a resource used for transmitting SC-PTM data of the specific group communication service; transmitting from the base station to the user terminal, via a Physical Downlink Shared Channel, PDSCH, the SC-PTM data of the specific group communication service; and transmitting from the base station to the user terminal, information on stop of transmission of the specific group communication service provided by the SC-PTM transmission. transmitting from a base station to a user terminal, configuration information on a specific group communication service provided over Single Cell Point to Multi-point, SC-PTM, transmission, wherein the specific group communication service is represented by a temporary mobile group identity, TMGI, and the TMGI is mapped with a Group-Radio Network Temporary Identifier, G-RNTI; transmitting from the base station to the user terminal, via a Physical Downlink Control Channel, PDCCH associated with the G-RNTI, information indicating a resource used for transmitting SC-PTM data of the specific group communication service; transmitting from the base station to the user terminal, via a Physical Downlink Shared Channel, PDSCH, the SC-PTM data of the specific group communication service; and transmitting from the base station to the user terminal, information on stop of transmission of the specific group communication service provided by the SC-PTM transmission.
A hair oil applicator comprising: (a) a container comprising a base, upwardly extending walls therefrom, threaded portion at the upper end of the container and a top surface comprising a flat resilient member; (b) a closure cum dispenser comprising a cylindrical cap, said cap comprising counter threads on the inner side thereof capable of screw engagement with the threaded portion of the container; (c) said cylindrical cap comprising an elongated horizontally placed distributor tube on the top surface thereof; and said distributor tube comprising plurality of upwardly extending nozzles configured to dispense the oil from the container; wherein the resilient member comprises an upwardly extending breakable tab which when broken ensures that the distributor tube is in fluid communication with the oil in the container; and said cylindrical cap comprising an inner cylindrical stopper and an outer cylindrical stopper on the inner side thereof; said inner cylindrical stopper capable of providing leakproof sealing for the oil when the closure-cum-dispenser is screwed on tightly to the container; and said outer cylindrical stopper capable of sitting flush against the perimeter of the top surface; thereby ensuring that the hair oil applicator is leak-proof around the threaded joints; and providing uniform dispensing of the oil through the nozzles. (a) a container comprising a base, upwardly extending walls therefrom, threaded portion at the upper end of the container and a top surface comprising a flat resilient member; (b) a closure cum dispenser comprising a cylindrical cap, said cap comprising counter threads on the inner side thereof capable of screw engagement with the threaded portion of the container; (c) said cylindrical cap comprising an elongated horizontally placed distributor tube on the top surface thereof; and said distributor tube comprising plurality of upwardly extending nozzles configured to dispense the oil from the container; the resilient member comprises an upwardly extending breakable tab which when broken ensures that the distributor tube is in fluid communication with the oil in the container; and said cylindrical cap comprising an inner cylindrical stopper and an outer cylindrical stopper on the inner side thereof; said inner cylindrical stopper capable of providing leakproof sealing for the oil when the closure-cum-dispenser is screwed on tightly to the container; and said outer cylindrical stopper capable of sitting flush against the perimeter of the top surface; thereby ensuring that the hair oil applicator is leak-proof around the threaded joints; and providing uniform dispensing of the oil through the nozzles.
An in vitro method for assigning a risk level and severity of thrombotic microangiopathy in a subject comprising: determining genetic variants in complement-associated genes in a biological sample containing genetic material from a subject, wherein the genetic variants comprise a genetic variant in a CFH gene comprising a change from a cytosine to an adenine at a position corresponding to position 1281 in the cDNA sequence of the CFH gene, and at least one additional genetic variant in an additional complement-associated gene; and assigning a risk level for the development of thrombotic microangiopathy, and for the likely severity of the thrombotic microangiopathy, based on the genetic variants determined in the biological sample, wherein the risk level corresponds to low risk where no genetic variants are identified, elevated risk where one genetic variant is identified, and high risk where two or more genetic variants are identified. determining genetic variants in complement-associated genes in a biological sample containing genetic material from a subject, wherein the genetic variants comprise a genetic variant in a CFH gene comprising a change from a cytosine to an adenine at a position corresponding to position 1281 in the cDNA sequence of the CFH gene, and at least one additional genetic variant in an additional complement-associated gene; and assigning a risk level for the development of thrombotic microangiopathy, and for the likely severity of the thrombotic microangiopathy, based on the genetic variants determined in the biological sample, wherein the risk level corresponds to low risk where no genetic variants are identified, elevated risk where one genetic variant is identified, and high risk where two or more genetic variants are identified.
A vehicle seat, comprising: a frame (7,19) contoured along an occupant's body; a net member (9, 20) drawn within the frame (7,19) to support the occupant; and a sheet member having a mesh structure that covers the net member (9, 20), characterized in that: the net member (9, 20) comprises a plurality of strings; the sheet member comprises a plurality of fitting grooves, and the sheet member is attached to the net member (9, 20) by fitting the strings into the fitting grooves; the frame (7,19) includes a first frame (12A, 19A) and a second frame (12B, 19B) combined with the first frame (12A, 19A); the second frame (12B, 19B) includes a plurality of through holes for letting through the strings to form the net member (9, 20); and a peripheral edge of the sheet member is held by a clamping member formed of the first frame (12A, 19A) and the second frame (12B, 19B). a frame (7,19) contoured along an occupant's body; a net member (9, 20) drawn within the frame (7,19) to support the occupant; and a sheet member having a mesh structure that covers the net member (9, 20), characterized in that: the net member (9, 20) comprises a plurality of strings; the sheet member comprises a plurality of fitting grooves, and the sheet member is attached to the net member (9, 20) by fitting the strings into the fitting grooves; the frame (7,19) includes a first frame (12A, 19A) and a second frame (12B, 19B) combined with the first frame (12A, 19A); the second frame (12B, 19B) includes a plurality of through holes for letting through the strings to form the net member (9, 20); and a peripheral edge of the sheet member is held by a clamping member formed of the first frame (12A, 19A) and the second frame (12B, 19B). the net member (9, 20) comprises a plurality of strings; the sheet member comprises a plurality of fitting grooves, and the sheet member is attached to the net member (9, 20) by fitting the strings into the fitting grooves; the frame (7,19) includes a first frame (12A, 19A) and a second frame (12B, 19B) combined with the first frame (12A, 19A); the second frame (12B, 19B) includes a plurality of through holes for letting through the strings to form the net member (9, 20); and a peripheral edge of the sheet member is held by a clamping member formed of the first frame (12A, 19A) and the second frame (12B, 19B).
A method for receiving a Device-to-Device, D2D, control signal or a D2D data signal of a neighboring cell by a D2D terminal in a wireless communication system, the method comprising: receiving an offset parameter that represents an offset from System Frame Number = 0, SFN = 0, of a serving cell and a periodicity parameter; determining a resource pool for the D2D control signal or a D2D data signal of the neighboring cell in consideration of whether the periodicity parameter is a divisor of a maximum possible number of subframes being 10240; and receiving the D2D control signal or the D2D data signal of the neighboring cell in the determined resource pool. receiving an offset parameter that represents an offset from System Frame Number = 0, SFN = 0, of a serving cell and a periodicity parameter; determining a resource pool for the D2D control signal or a D2D data signal of the neighboring cell in consideration of whether the periodicity parameter is a divisor of a maximum possible number of subframes being 10240; and receiving the D2D control signal or the D2D data signal of the neighboring cell in the determined resource pool.
An audio signal processing method in an audio chain that corrects a non-linearity of electroacoustic transducers in the audio chain, taking into account a non-linear psychoacoustical characteristic of the human ear, the method comprises: - adding of at least one non-linear element in front of at least one electroacoustic transducer in the audio chain, each non-linear element is adding a non-linearity in the audio chain that corrects the non-linearity of at least one electroacoustic transducer and pre-compensates a polynomial approximation of non-linearity of the human ear to a pressure change up to p Δ, wherein a correction of the non-linearity of the electroacoustic transducer is performed by applying a quadratic non-linearity function which is an inverse function of a'x' + b'x' 2 where x' is a relative membrane excursion or a relative force on a membrane of the electroacoustic transducer, where a' and b' are positive constants, characterized by that the non-linear element pre-compensates the non-linear psychoacoustical characteristic of the human ear expressed as a fifth-degree polynomial function x - a x 2 - b x 3 - c x 4 - d x 5, wherein a, b, c and d are real positive numbers determined by an approximation of the characteristic of the human ear within the tolerances ±30% for each member and x is a relative pressure by the human ear, by applying an inverse function to the fifth-degree polynomial function which reduces at least two times the non-linearities introduced by the members x 2, x 3 and x 4. - adding of at least one non-linear element in front of at least one electroacoustic transducer in the audio chain, each non-linear element is adding a non-linearity in the audio chain that corrects the non-linearity of at least one electroacoustic transducer and pre-compensates a polynomial approximation of non-linearity of the human ear to a pressure change up to p Δ, wherein a correction of the non-linearity of the electroacoustic transducer is performed by applying a quadratic non-linearity function which is an inverse function of a'x' + b'x' 2 where x' is a relative membrane excursion or a relative force on a membrane of the electroacoustic transducer, where a' and b' are positive constants,
A light fixture, comprising: a tapered light guide including an output surface, the tapered light guide configured to direct collimated light at an oblique angle to the output surface a housing, the housing including: an input aperture, the tapered light guide disposed adjacent to the input aperture, the input aperture configured to receive the collimated light exiting at an oblique angle from the light guide; and an output aperture oriented at an angle to the input aperture and configured to allow the light to exit the housing; and means for altering light passing through the output aperture to cast a desired light pattern in a plane at a given distance from the output aperture. a tapered light guide including an output surface, the tapered light guide configured to direct collimated light at an oblique angle to the output surface a housing, the housing including: an input aperture, the tapered light guide disposed adjacent to the input aperture, the input aperture configured to receive the collimated light exiting at an oblique angle from the light guide; and an output aperture oriented at an angle to the input aperture and configured to allow the light to exit the housing; and an input aperture, the tapered light guide disposed adjacent to the input aperture, the input aperture configured to receive the collimated light exiting at an oblique angle from the light guide; and an output aperture oriented at an angle to the input aperture and configured to allow the light to exit the housing; and means for altering light passing through the output aperture to cast a desired light pattern in a plane at a given distance from the output aperture.
A method of setting up a filter apparatus for a hemo filtration therapy, comprising: attaching the filter apparatus to a pole, wherein the filter apparatus comprises two or more filter cartridges each having a first end with an inlet and a first screen and a second end with an outlet and a second screen, and walls configured to contain a filter media, wherein the walls to contain the filter media comprise a transparent cartridge tube, a housing configured to hold the two or more filter cartridges in about the same orientation, the two or more filter cartridges being rotatably coupled to the housing, wherein the housing comprises an upper plate and a lower plate for holding the two or more filter cartridges, the upper plate and the lower plate comprising two or more openings for rotatably engaging the two or more filter cartridges, and one or more support elements (2, 3) connecting the upper plate and the lower plate and wherein the upper and lower plates are connected to each other and oriented substantially parallel to each other, and wherein the filter apparatus further comprises a pole clamp connected to the housing; and rotating the two or more filter cartridges to observe if there are lodged bubbles in the filter media. attaching the filter apparatus to a pole, wherein the filter apparatus comprises two or more filter cartridges each having a first end with an inlet and a first screen and a second end with an outlet and a second screen, and walls configured to contain a filter media, wherein the walls to contain the filter media comprise a transparent cartridge tube, a housing configured to hold the two or more filter cartridges in about the same orientation, the two or more filter cartridges being rotatably coupled to the housing, wherein the housing comprises an upper plate and a lower plate for holding the two or more filter cartridges, the upper plate and the lower plate comprising two or more openings for rotatably engaging the two or more filter cartridges, and one or more support elements (2, 3) connecting the upper plate and the lower plate and wherein the upper and lower plates are connected to each other and oriented substantially parallel to each other, and wherein the filter apparatus further comprises a pole clamp connected to the housing; and rotating the two or more filter cartridges to observe if there are lodged bubbles in the filter media.
A screw for fastening a workpiece to a structural member by rotating said screw in a rotational direction around a rotational axis of said screw, said screw comprising: a tip; a head having a top side for accommodating a tool to rotate said screw, and a bottom side having a peripheral cutting edge for cutting into said workpiece; and a thread extending from said tip towards said head, said thread having a thread lead, wherein said peripheral cutting edge exhibits a serrated profile with a plurality of cutting teeth, each of said cutting teeth being defined by a protrusion (22a, 22b, 22c) preceded by a leading recess (23a, 23b, 23c) and followed by a trailing recess (23a, 23b, 23c) when said screw is rotated in said rotational direction, and wherein, for each of said cutting teeth, a ratio between a lateral distance along a circumference of said head at said peripheral cutting edge from a bottom of said leading recess (23a, 23b, 23c) to a bottom of said trailing recess (23a, 23b, 23c), and said circumference is less than or equal to a ratio between an axial distance from a tip of the protrusion (22a, 22b, 22c) between said leading recess (23a, 23b, 23c) and said trailing recess (23a, 23b, 23c) to said bottom of said trailing recess (23a, 23b, 23c) and said thread lead. a tip; a head having a top side for accommodating a tool to rotate said screw, and a bottom side having a peripheral cutting edge for cutting into said workpiece; and a thread extending from said tip towards said head, said thread having a thread lead, wherein said peripheral cutting edge exhibits a serrated profile with a plurality of cutting teeth, each of said cutting teeth being defined by a protrusion (22a, 22b, 22c) preceded by a leading recess (23a, 23b, 23c) and followed by a trailing recess (23a, 23b, 23c) when said screw is rotated in said rotational direction, and wherein, for each of said cutting teeth, a ratio between a lateral distance along a circumference of said head at said peripheral cutting edge from a bottom of said leading recess (23a, 23b, 23c) to a bottom of said trailing recess (23a, 23b, 23c), and said circumference is less than or equal to a ratio between an axial distance from a tip of the protrusion (22a, 22b, 22c) between said leading recess (23a, 23b, 23c) and said trailing recess (23a, 23b, 23c) to said bottom of said trailing recess (23a, 23b, 23c) and said thread lead.
A cooling structure for a gas turbine engine comprising: an upstream wall defined transverse to an engine axis; a downstream wall transverse to said engine axis; characterised by further comprising: an annular body which interconnects said upstream wall and said downstream wall; an angled on-board injector extending from said body, said injector including a radial nozzle section and an angled nozzle section angled relative said engine axis; and a turbine rotor coverplate including an angled annular section, angled relative said engine axis, said rotor cover plate having a multiple of apertures through said rotor coverplate in fluid communication with said angled on-board injector, wherein said angled nozzle section is directed toward said turbine rotor coverplate. an upstream wall defined transverse to an engine axis; a downstream wall transverse to said engine axis; characterised by further comprising: an annular body which interconnects said upstream wall and said downstream wall; an angled on-board injector extending from said body, said injector including a radial nozzle section and an angled nozzle section angled relative said engine axis; and a turbine rotor coverplate including an angled annular section, angled relative said engine axis, said rotor cover plate having a multiple of apertures through said rotor coverplate in fluid communication with said angled on-board injector, wherein said angled nozzle section is directed toward said turbine rotor coverplate. an annular body which interconnects said upstream wall and said downstream wall; an angled on-board injector extending from said body, said injector including a radial nozzle section and an angled nozzle section angled relative said engine axis; and a turbine rotor coverplate including an angled annular section, angled relative said engine axis, said rotor cover plate having a multiple of apertures through said rotor coverplate in fluid communication with said angled on-board injector, wherein said angled nozzle section is directed toward said turbine rotor coverplate.
A method of attaching a portable electronic device to a network, comprising: requesting a packet data session; collecting and/or calculating information about the requested packet data session and usage patterns of the portable electronic device; determining default parameters of the portable electronic device associated with attaching the portable electronic device to the network based on the collected and/or calculated information; and setting the determined default parameters in the portable electronic device. requesting a packet data session; collecting and/or calculating information about the requested packet data session and usage patterns of the portable electronic device; determining default parameters of the portable electronic device associated with attaching the portable electronic device to the network based on the collected and/or calculated information; and setting the determined default parameters in the portable electronic device.
Memory comprising at least one memory cell, each memory cell comprising: - a first electrode, referred to as planar electrode, extending essentially along a first plane; - a second electrode, referred to as floating electrode, extending essentially along a second plane, parallel to the first plane; - a third electrode, referred to as vertical electrode, extending essentially along a direction perpendicular to the first plane; the planar electrode comprising at least one first part facing a first part of the floating electrode, the first part of the planar electrode and the first part of the floating electrode being separated by a first layer of a first active material, the vertical electrode comprising at least one first part facing a second part of the floating electrode, the first part of the vertical electrode and the second part of the floating electrode being separated by a second layer of a second active material, the first active material being capable of forming a selector or a memory point and the second active material being capable of forming a memory point or a selector, the first electrode and the second electrode not sharing any plane that is parallel to the first plane or to the second plane. - a first electrode, referred to as planar electrode, extending essentially along a first plane; - a second electrode, referred to as floating electrode, extending essentially along a second plane, parallel to the first plane; - a third electrode, referred to as vertical electrode, extending essentially along a direction perpendicular to the first plane;