mhurhangee/ep-ind-claims huggingface dataset:
A developer holder element for an image forming apparatus, comprising a magnet roller comprising: a magnetic field generator being columnar; a support element (33, 34) being columnar, coaxially provided at both ends of the magnetic field generator, the support element (33, 34) having a diameter smaller than that of the magnetic field generator; a level element extending along an axis of the magnetic field generator with a distance of the level element from the axis being larger than the radius of the support element (33, 34); and a high magnetic power element being a main magnetic pole provided on the level element, extending longitudinally along the axis of the magnetic field generator, wherein an outer circumference of the high magnetic power element is shaped to be concyclic with that of the magnetic field generator; the developer holder element further comprising a hollow element being cylindrical, containing the magnet roller and rotating around the axis of the magnetic field generator, wherein the high magnetic power element is disposed on the level element so that an axial center line on a face thereof contacting with the level element is offset from an axial center line of the level element downstream of a rotary direction of the hollow element. a magnetic field generator being columnar; a support element (33, 34) being columnar, coaxially provided at both ends of the magnetic field generator, the support element (33, 34) having a diameter smaller than that of the magnetic field generator; a level element extending along an axis of the magnetic field generator with a distance of the level element from the axis being larger than the radius of the support element (33, 34); and a high magnetic power element being a main magnetic pole provided on the level element, extending longitudinally along the axis of the magnetic field generator, wherein an outer circumference of the high magnetic power element is shaped to be concyclic with that of the magnetic field generator; the developer holder element further comprising a hollow element being cylindrical, containing the magnet roller and rotating around the axis of the magnetic field generator, wherein the high magnetic power element is disposed on the level element so that an axial center line on a face thereof contacting with the level element is offset from an axial center line of the level element downstream of a rotary direction of the hollow element.
A system for determining an accommodative force in a patient, comprising: a sensor adapted to detect oscillations of a lens of the patient relative to a globe of the patient's eye caused by saccadic motion; a controller configured to determine an accommodative force in the patient based on the oscillations using a damped harmonic oscillator model of the lens and to determine at least one parameter for an intraocular lens based on the accommodative force; and an interface adapted to output the at least one parameter for the intraocular lens. a sensor adapted to detect oscillations of a lens of the patient relative to a globe of the patient's eye caused by saccadic motion; a controller configured to determine an accommodative force in the patient based on the oscillations using a damped harmonic oscillator model of the lens and to determine at least one parameter for an intraocular lens based on the accommodative force; and an interface adapted to output the at least one parameter for the intraocular lens.
Method for the afterburning of waste gases with carbon monoxide content from metallurgical processes with discontinuously arising waste gas volumes, the composition and/or quantity of which changes or change during a period within which waste gas arises, wherein the method comprises conditioning the waste gas prior to the afterburning, characterised in that at least one combustion gas and supplementary gas are added under regulation to the waste gas upstream of the afterburning, wherein the regulation is carried out in dependence on the composition of the waste gas and in dependence on the waste gas volume flow and wherein an inert gas, preferably nitrogen, is added as supplementary gas.
A diagnostic tool for classifying a patient's affliction, the tool comprising a first arm and a second arm joined in an L-shaped configuration, a top surface of the first arm comprising a graphical ranking guide comprising a plurality of images that graphically illustrate at least a portion of rank classifier indicia for a classification system comprising a plurality of ranks, each of the images corresponding to at least one of the ranks.
A self-adjusting clutch comprising a self-adjusting mechanism for a clutch pressure plate, having a pressure plate, a wear compensation plate, a wear sensor adjusting plate, a wear sensor, a mechanism cover, a diaphragm spring, a clutch cover, a strap, a disc spring/fulcrum ring, a clutch cover lug, a first screw thread and a second screw thread, characterized in that the self-adjusting mechanism comprises adjustment rollers and in that the wear sensor is mounted on the pressure plate from its pressure plate mounting surface and in contact with wear compensation plate, wear sensor adjusting plate and clutch cover from its contact surface, whereby the wear sensor moves with the pressure plate and the adjusting distance between wear sensor contact surface and its mounting surface increases as much as the total decrement in facing's thickness, in that the wear sensor adjusting plate is relatively rotatable by its kinetic energy depending on the change in engine speed so as to move up by relatively rotating around the pressure plate via its first screw thread until re-setting contact again with the wear sensor surface to stop relative rotation, and in that the wear compensation plate is relatively rotatable by its kinetic energy depending on the change in engine speed so as to move up by relatively rotating around the pressure plate via its second screw thread until re-setting contact again with the wear sensor surface to stop relative rotation.
Ice-cream display cabinet for storing and displaying bulk ice-cream in tubs, comprising: - a technical counter, suitable to be placed on a horizontal floor and to contain refrigeration means; - a refrigerable display cabinet placed above the technical counter and comprising structural walls that define an inner compartment refrigerable by the refrigeration means; said refrigerable display cabinet extending in a vertical direction perpendicular to the horizontal floor and housing ice-cream tubs suitable to hold bulk ice-cream, wherein said ice-cream tubs are placed on parallel floors (P1, P2, P3) spaced in a vertical direction when contained in the inner compartment, said ice-cream tubs being removable from the inner compartment in an extraction direction to reach the extracted configuration in which said ice-cream tubs are supported cantilevered by the refrigerable display cabinet. - a technical counter, suitable to be placed on a horizontal floor and to contain refrigeration means; - a refrigerable display cabinet placed above the technical counter and comprising structural walls that define an inner compartment refrigerable by the refrigeration means;
A cermet comprising: hard phase particles containing Ti; and a binding phase containing at least one of Ni and Co, wherein 70% or more of the hard phase particles have a cored structure containing a core and a peripheral portion around the core, the core is composed mainly of at least one of Ti carbide, Ti nitride, and Ti carbonitride, the peripheral portion is composed mainly of a Ti composite compound containing Ti and at least one selected from W, Mo, Ta, Nb, and Cr, the core has an average particle size α, the peripheral portion has an average particle size β, and α and β satisfy 1.3 ≤ β/α ≤ 1.5, the hard phase particles in the cermet have an average particle size of more than 1.0 μm and less than 5.0 μm, obtained by measuring the Feret's diameter in the horizontal direction and in the vertical direction in 200 or more hard phase particles, the average particle size α of the core and the average particle size β of the peripheral portion were measured with scanning electron microscopy, and the cermet measured with energy dispersive x-ray spectroscopy has a Ti content in the range of 50% to 70% by mass, a W, Mo, Ta, Nb, and Cr content in the range of 15% to 30% by mass, and a Co and Ni content in the range of 15% to 20% by mass.
Imager type reader of optical information, comprising: - an image forming device including a sensor including a one-dimensional or two-dimensional array of photosensitive elements, and defining an optical reception axis, at least one reading distance (D, D 1, D 2), and a region (16, 16 1, 16 2) framed by the sensor on a substrate (S, S 1, S 2) at said at least one reading distance (D, D 1, D 2), - an illumination device including an array of adjacent light sources, defining an optical illumination axis, - wherein each light source is adapted to illuminate an area (22 m) smaller than the size of said region (16, 16 1, 16 2) framed by the sensor, - wherein the light sources of the array are micro-emitters, made with gallium nitride (GaN) technology, - and wherein the illumination axis does not coincide with the reception axis. - an image forming device including a sensor including a one-dimensional or two-dimensional array of photosensitive elements, and defining an optical reception axis, at least one reading distance (D, D 1, D 2), and a region (16, 16 1, 16 2) framed by the sensor on a substrate (S, S 1, S 2) at said at least one reading distance (D, D 1, D 2), - an illumination device including an array of adjacent light sources, defining an optical illumination axis, - wherein each light source is adapted to illuminate an area (22 m) smaller than the size of said region (16, 16 1, 16 2) framed by the sensor, - wherein the light sources of the array are micro-emitters, made with gallium nitride (GaN) technology, - and wherein the illumination axis does not coincide with the reception axis.
A method for producing two or more polynucleotide compositions, comprising: obtaining a polynucleotide library comprising a plurality of polynucleotides associated with a plurality of samples obtained from one or more subjects, wherein one or more polynucleotides comprises an expressed variable region polynucleotide, wherein said variable region is a variable nucleotide sequence that arises from a recombination event and comprises a V, J, and/or D region of an immunoglobulin or T cell receptor sequence, wherein each sample is associated with a cell, and wherein the polynucleotides associated with each sample are present in a separate container; and generating two or more polynucleotide compositions each comprising a polynucleotide from the plurality of polynucleotides and an identification region by coupling the polynucleotide to the identification region, wherein the sequence of each identification region is distinct from the sequence of the identification regions coupled to the other polynucleotides associated with the other samples in the library.
A scouring pad comprising: a nonwoven substrate having first and second opposed major surfaces (6, 8); wherein the plan view shape of the scouring pad is a polygon wherein each internal angle is at least 80 degrees and at least one internal angle is at least 110 degrees and no greater than 130 degrees, wherein the first and second opposed major surfaces (6, 8) are generally planar; wherein the nonwoven substrate comprises a monolithic nonwoven pad; wherein the monolithic nonwoven pad comprises a first semi-densified fibrous layer that is integral with the monolithic nonwoven pad and that comprises an outward major surface that provides the first major surface of the monolithic nonwoven pad; and wherein the first major surface of the monolithic nonwoven pad comprises a first array of spaced-apart scouring bodies, further wherein at least selected scouring bodies of the first array each comprise an inward portion that penetrates at least partially into the first semi-densified fibrous layer of the monolithic nonwoven pad, and an outward portion that protrudes outward beyond the first major surface of the monolithic nonwoven pad. a nonwoven substrate having first and second opposed major surfaces (6, 8); wherein the plan view shape of the scouring pad is a polygon wherein each internal angle is at least 80 degrees and at least one internal angle is at least 110 degrees and no greater than 130 degrees, wherein the first and second opposed major surfaces (6, 8) are generally planar; wherein the nonwoven substrate comprises a monolithic nonwoven pad; wherein the monolithic nonwoven pad comprises a first semi-densified fibrous layer that is integral with the monolithic nonwoven pad and that comprises an outward major surface that provides the first major surface of the monolithic nonwoven pad; and wherein the first major surface of the monolithic nonwoven pad comprises a first array of spaced-apart scouring bodies, further wherein at least selected scouring bodies of the first array each comprise an inward portion that penetrates at least partially into the first semi-densified fibrous layer of the monolithic nonwoven pad, and an outward portion that protrudes outward beyond the first major surface of the monolithic nonwoven pad.
Method for sending data packets encapsulated in accordance with the MPLS protocol, implemented by a sending device of an IP/MPLS network, comprising: - obtaining an identifier representative of a group of data packets comprising at least one data packet, - inserting said identifier into at least one part of a data field associated with an entropy label of the MPLS protocol of said at least one data packet, said data field being contained in the list comprising: - a "Label" data field of the "EL label" entropy label; - a "TC" data field of the "EL label" entropy label, - a "TTL" data field of the "EL Label" entropy label, - a "TC" data field of the "ELI Label" entropy label, - a "TTL" data field of the "ELI Label" entropy label, - sending said at least one data packet in the IP/MPLS network. - obtaining an identifier representative of a group of data packets comprising at least one data packet, - inserting said identifier into at least one part of a data field associated with an entropy label of the MPLS protocol of said at least one data packet, said data field being contained in the list comprising: - a "Label" data field of the "EL label" entropy label; - a "TC" data field of the "EL label" entropy label, - a "TTL" data field of the "EL Label" entropy label, - a "TC" data field of the "ELI Label" entropy label, - a "TTL" data field of the "ELI Label" entropy label, - a "Label" data field of the "EL label" entropy label; - a "TC" data field of the "EL label" entropy label, - a "TTL" data field of the "EL Label" entropy label, - a "TC" data field of the "ELI Label" entropy label, - a "TTL" data field of the "ELI Label" entropy label, - sending said at least one data packet in the IP/MPLS network.
An antibody or a functional fragment thereof capable of binding to human tumor necrosis factor alpha (TNFα), wherein said antibody or functional fragment comprises (i) a V L domain having the amino acid sequence as shown in SEQ ID NO:14, and (ii) a V H domain having the amino acid sequence as shown in SEQ ID NO:13.
An apparatus comprising: a comparator having a first input coupled to a pull-up or pull-down impedance, and a second input configured to receive an adjustable threshold, wherein the pull-up or pull-down impedance is associated with a USB Type-C port, and wherein the second input of the comparator is adjustable by hardware trigger logic configured to introduce a DC offset to the second input of the comparator; a sequential circuitry coupled to the comparator, wherein an output of the comparator is configured to sample a data input of the sequential circuitry, wherein an output of the sequential circuitry is configured to provide an indicator to a processor to throttle a voltage and/or frequency of the processor; and logic configured to execute software to detect USB Type-C power delivery pull-down impedance voltage OR USB Type-C power delivery protocol packets and to generate throttle hints for the processor. a comparator having a first input coupled to a pull-up or pull-down impedance, and a second input configured to receive an adjustable threshold, wherein the pull-up or pull-down impedance is associated with a USB Type-C port, and wherein the second input of the comparator is adjustable by hardware trigger logic configured to introduce a DC offset to the second input of the comparator; a sequential circuitry coupled to the comparator, wherein an output of the comparator is configured to sample a data input of the sequential circuitry, wherein an output of the sequential circuitry is configured to provide an indicator to a processor to throttle a voltage and/or frequency of the processor; and logic configured to execute software to detect USB Type-C power delivery pull-down impedance voltage OR USB Type-C power delivery protocol packets and to generate throttle hints for the processor.
Steering wheel lock for a steering column for a motor vehicle, wherein the steering wheel lock comprises at least one blocking pin, which is adjustable between a blocking position for blocking the steering column, and at least one release position for releasing the steering column, and a securing mechanism which, in a blocking state, blocks the blocking pin in the blocking position and, in an unblocked state, permits a movement of the blocking pin into its release position, wherein the securing mechanism comprises at least one control element which is mechanically pretensioned by means of a pretensioning element of the securing mechanism, characterized in that, in the unblocked state of the securing mechanism, the control element, in a normal position in a control element space of the steering wheel lock, which space is delimited by stop surfaces (6, 7), lies against the stop surfaces (6, 7) and, in order to trigger the blocking state, is movable out of the normal position with differing ways of shifting or removing at least one of the stop surfaces (6, 7) by the pretensioning element with differing degrees of freedom.
A fire-resistive cable system comprising an electrical cable housed in a fiberglass-reinforced thermosetting resin conduit, wherein the electrical cable comprises a conductor and has one couple of mica tapes surrounding the conductor, the couple of mica tapes being formed of a first mica tape and a second mica tape wound around the first mica tape, each of the first and the second mica tape including a mica layer attached to a backing layer, and the mica layer of the first mica tape faces and contacts the mica layer of the second mica tape; and wherein the fiberglass-reinforced thermosetting resin conduit is made of a material comprising fibers of a glass selected from E-glass and E-CR-glass, and a resin.
A PDL-1 molecule, wherein the amino acid sequence of the PDL-1 molecule is based on the amino acid sequence shown in SEQ ID NO.:1, and a mutation in one or more amino acid residues or insertion of an amino acid residue is performed on the amino acid sequence shown in SEQ ID NO: 1 to obtain the PDL-1 molecule; wherein the affinity of the PDL-1 molecule to the PD-1 molecule is at least twice the affinity of the wild-type PDL-1 molecule to the PD-1 molecule, and wherein the amino acid sequence of the PDL-1 molecule is selected from one of SEQ ID NOs: 5-34.
A surgical instrument comprising: (a) a handle assembly; (b) a shaft extending distally from the handle assembly, wherein the shaft comprises a proximal end and a distal end; (c) a stapling assembly, wherein the stapling assembly is disposed at the distal end of the shaft, wherein the stapling assembly is configured to selectively move from an open position to a closed position, and wherein the stapling assembly is operable to drive a plurality of staples into tissue; (d) a motor; (e) a cam assembly coupled with the motor, wherein the motor is configured to rotate the cam assembly; and (f) a firing assembly coupled with the cam assembly, wherein the cam assembly is configured to drive a distal portion of the firing assembly through a range of distal travel with a varying longitudinal force profile, such that the cam assembly is configured to provide a varying mechanical advantage to the distal portion of the firing assembly through the range of distal travel; characterised in that the cam assembly comprises a first cam and a second cam, and wherein the first cam and the second cam have different cam profiles; wherein the firing assembly comprises a pivoting member rotatably secured to the handle assembly, wherein a first portion of the pivoting member is associated with the first cam, wherein a second portion of the pivoting member is associated with the second cam, and wherein a third portion of the pivoting member is engaged with the firing assembly, wherein the cam assembly is configured to rotate to thereby cause rotation of the pivoting member, and wherein the pivoting member is configured to rotate to thereby provide the varying mechanical advantage to the distal portion of the firing assembly. (a) a handle assembly; (b) a shaft extending distally from the handle assembly, wherein the shaft comprises a proximal end and a distal end; (c) a stapling assembly, wherein the stapling assembly is disposed at the distal end of the shaft, wherein the stapling assembly is configured to selectively move from an open position to a closed position, and wherein the stapling assembly is operable to drive a plurality of staples into tissue; (d) a motor; (e) a cam assembly coupled with the motor, wherein the motor is configured to rotate the cam assembly; and (f) a firing assembly coupled with the cam assembly, wherein the cam assembly is configured to drive a distal portion of the firing assembly through a range of distal travel with a varying longitudinal force profile, such that the cam assembly is configured to provide a varying mechanical advantage to the distal portion of the firing assembly through the range of distal travel; characterised in that the cam assembly comprises a first cam and a second cam, and wherein
A drying method for drying a strip of cigarette paper in a drying section of a cigarette papermaking machine line, the drying section comprising a pre-drying section situated at the exit from a press section and the entry to a size press, and a post-drying section situated between the exit from the size press and the entry to a winding section, the drying section having dryer drums, the method being characterized in that the drying section further comprises transfer rolls, and at least one drying felt, and that the method consists, at least for the pre-drying section, in continuously supporting the strip of cigarette paper with the help of at least one drying felt traveling around all of the dryer drums and of the transfer rolls situated in the pre-drying section in order to form in this pre-drying section a single "Unorun" drying system for driving the strip of cigarette paper at a speed that is substantially constant with speed variation less than or equal to 0.1° so as to obtain a cigarette paper having a value of elongation at rupture that is not less than 2.0% and a TEA index that is not less than 2.0 kN.m/m 2, said "Unorun" drying system having one or more groups of dryer drums that are associated to support the strip of cigarette paper in continuous manner, each dryer drum group having at least one dryer drum, at least one transfer roll and only one drying felt continuously supporting the strip of cigarette paper, the drying felt being arranged in the form of an endless strip forming a felt circuit and being mounted in such a manner that all of the dryer drums of said group are situated on the outside of the circuit of the felt, and all of the transfer rolls of said group are situated on the inside of the circuit of the felt.
Aerated chocolate composition having an overrun of between 25% and 150%, comprising red and black non aqueous pigments in amount of over 0.05 Wt% and less than 1.5% in a red:black ratio of between 3:1 and 1:1.