mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a multi-beam particle beam microscope, wherein the method comprises: scanning a multiplicity of particle beams over an object; directing electron beams emanating from impingement locations of the particle beams at the object onto an electron converter; detecting first signals generated by impinging electrons in the electron converter by means of a plurality of detection elements of a first detection system during a first time period; and detecting second signals generated by impinging electrons in the electron converter by means of a plurality of detection elements of a second detection system during a second time period, wherein a number of the detection elements of the second detection system is more than double the magnitude of a number of the detection elements of the first detection system; characterized by assigning to the impingement locations the signals which were detected by means of the detection elements of the first detection system during the first time period, specifically on the basis of the detection signals which were detected by means of the detection elements of the second detection system during the second time period. scanning a multiplicity of particle beams over an object; directing electron beams emanating from impingement locations of the particle beams at the object onto an electron converter; detecting first signals generated by impinging electrons in the electron converter by means of a plurality of detection elements of a first detection system during a first time period; and detecting second signals generated by impinging electrons in the electron converter by means of a plurality of detection elements of a second detection system during a second time period, wherein a number of the detection elements of the second detection system is more than double the magnitude of a number of the detection elements of the first detection system; characterized by assigning to the impingement locations the signals which were detected by means of the detection elements of the first detection system during the first time period, specifically on the basis of the detection signals which were detected by means of the detection elements of the second detection system during the second time period.
A semiconductor laser diode comprising: an n+-doped GaN layer formed on a substrate; an active region comprising an active junction arranged for edge emission formed adjacent to the n+-doped GaN layer; trenches etched through the active region comprising the active junction to expose a vertical side surface of the n+-doped GaN layer; and the n+-doped GaN layer is a wet-etched nanoporous cladding layer, wherein the nanoporous cladding provides a refractive index contrast such that the laser diode has a one-dimensional confinement factor Γ1D between 4% and 10%. an n+-doped GaN layer formed on a substrate; an active region comprising an active junction arranged for edge emission formed adjacent to the n+-doped GaN layer; trenches etched through the active region comprising the active junction to expose a vertical side surface of the n+-doped GaN layer; and the n+-doped GaN layer is a wet-etched nanoporous cladding layer, wherein the nanoporous cladding provides a refractive index contrast such that the laser diode has a one-dimensional confinement factor Γ1D between 4% and 10%.
Heated toilet seat comprising a resin-based seat body and a resistive circuit made of electrically conducting paint to heat the seat body, wherein said resistive circuit is printed on a paper sheet, and said seat comprises connection means (6a, 6b, 7a, 7b) that connect electrically the resistive circuit made of conductive paint to an electrical power supply, wherein the heated toilet seat is obtained by a process comprising the steps of; a) introducing the powdered base resin in a mould; b) pressing the mould at a temperature between 150oC and 190oC to conform the base resin of the seat body; c) incorporating in the mould the printed resistive circuit made of electrically conducting paint, where said resistive circuit of conducting paint is printed on the paper sheet such that it defines a conducting track susceptible of being arranged in correspondence with the conformed seat body; and d) pressing the mould again to adhere or integrate by pressing the printed resistive circuit made of conducting paint in the resin base of the seat body. a) introducing the powdered base resin in a mould; b) pressing the mould at a temperature between 150oC and 190oC to conform the base resin of the seat body; c) incorporating in the mould the printed resistive circuit made of electrically conducting paint, where said resistive circuit of conducting paint is printed on the paper sheet such that it defines a conducting track susceptible of being arranged in correspondence with the conformed seat body; and d) pressing the mould again to adhere or integrate by pressing the printed resistive circuit made of conducting paint in the resin base of the seat body.
A domestic appliance which comprises a front panel, at least one button located on said front panel in order to control various parameters, and at least one button holder element for the purpose of fixing this button onto said front panel, wherein it comprises a panel flap of the front panel which is folded with regard to the front surface of the panel and a connection face for attachment of the button holder element to the panel flap, characterized in that - the button holder element is cylindrical in form, and includes at least two feet extending in a direction perpendicular to said cylindrical form, - the connection face is in the form of a flat projection which unites said feet and - the connection face comprises at least one fixing hole to permit the connection face to coincide with at least one panel connection hole in the panel flap. - the button holder element is cylindrical in form, and includes at least two feet extending in a direction perpendicular to said cylindrical form, - the connection face is in the form of a flat projection which unites said feet and - the connection face comprises at least one fixing hole to permit the connection face to coincide with at least one panel connection hole in the panel flap.
A method of determining whether a subject who has received an allograft has a graft tolerant phenotype, said method comprising: (a) evaluating the level of expression of BNC2 gene in an ex vivo sample from said subject to obtain a gene expression result; and (b) determining whether said subject has a graft tolerant phenotype based on said gene expression result. (a) evaluating the level of expression of BNC2 gene in an ex vivo sample from said subject to obtain a gene expression result; and (b) determining whether said subject has a graft tolerant phenotype based on said gene expression result.
A computer component mounting assembly, comprising: a base plate; a carrier configured to receive a vibration sensitive computer component; and a vibration isolation system including three isolators (40, 40') connecting the carrier to the base plate, the three isolators (40, 40') spaced at different angular positions around a central point, the central point being a geometric center of the carrier or a center of mass of the carrier and the vibration sensitive computer component, characterised in that the vibration isolation system is configured such that the vibration isolation system has a rotational natural frequency about the central point of less than 45 Hz; wherein each isolator (40, 40') is less flexible along a first axis passing through the isolator and the central point than along a second axis through the isolator that is perpendicular to the first axis and parallel to the base plate, wherein each isolator is more flexible along the second axis than along a third axis through the isolator that is perpendicular to the base plate, wherein each isolator is more flexible along the first axis than along the third axis. a base plate; a carrier configured to receive a vibration sensitive computer component; and a vibration isolation system including three isolators (40, 40') connecting the carrier to the base plate, the three isolators (40, 40') spaced at different angular positions around a central point, the central point being a geometric center of the carrier or a center of mass of the carrier and the vibration sensitive computer component, characterised in that the vibration isolation system is configured such that the vibration isolation system has a rotational natural frequency about the central point of less than 45 Hz; wherein each isolator (40, 40') is less flexible along a first axis passing through the isolator and the central point than along a second axis through the isolator that is perpendicular to the first axis and parallel to the base plate, wherein each isolator is more flexible along the second axis than along a third axis through the isolator that is perpendicular to the base plate, wherein each isolator is more flexible along the first axis than along the third axis.
An atomization assembly, comprising a porous matrix (10; 10b; 10c) and a heating body (20; 20a; 20b; 20c), the porous matrix (10; 10b; 10c) comprising an atomization face (12; 12b; 12c), characterized in that the heating body (20; 20a; 20b; 20c) comprises a heating part (23; 23a; 23b; 23c) and at least one fixing part (21, 22; 21a, 22a; 21b, 22b; 21c, 22b) connected to the heating part (23; 23a; 23b; 23c), the at least one fixing part (21, 22; 21a, 22a; 21b, 22b; 21c, 22b) being embedded in the porous matrix (10; 10b; 10c) so as to have the heating body (20; 20a; 20b; 20c) mounted on the porous matrix (10; 10b; 10c), the heating part (23; 23a; 23b; 23c) being arranged to correspond to the atomization face (12; 12b; 12c).
A display device comprising: a display area configured to display an image; a non-display area adjacent to the display area; a first substrate having a first side and including a touch sensor in the display area and a touch sensor pad in the non-display area; a second substrate opposite to the first substrate, the second substrate including a pixel in the display area and a connecting pad in the non-display area; a conductive member configured to electrically connect the touch sensor pad and the connecting pad; and an inter-bar interposed between the first and second substrates and between the first side of the first substrate and the touch sensor pad. a display area configured to display an image; a non-display area adjacent to the display area; a first substrate having a first side and including a touch sensor in the display area and a touch sensor pad in the non-display area; a second substrate opposite to the first substrate, the second substrate including a pixel in the display area and a connecting pad in the non-display area; a conductive member configured to electrically connect the touch sensor pad and the connecting pad; and an inter-bar interposed between the first and second substrates and between the first side of the first substrate and the touch sensor pad.
A method comprising: cutting an inner liner to form an opening of an inner package, the inner liner comprising an outer surface and an inner surface; first applying an insert onto the outer surface of the inner liner; thereafter applying a resealable label so as to cover the cut forming the opening over both a portion of the insert and a portion of the outer surface of the inner liner, wherein the resealable label has an inner surface and an outer surface and the inner surface comprises a sealing area and a non- sealing area, and wherein only the non- sealing area of the inner surface is disposed on the insert; wrapping consumer goods with the inner liner to form a bundle of consumer goods; and forming a container around the bundle of consumer goods wherein the insert is positioned between the inner liner and the container, and wherein the container comprises a box and a lid hingedly attached to the box. cutting an inner liner to form an opening of an inner package, the inner liner comprising an outer surface and an inner surface; first applying an insert onto the outer surface of the inner liner; thereafter applying a resealable label so as to cover the cut forming the opening over both a portion of the insert and a portion of the outer surface of the inner liner, wherein the resealable label has an inner surface and an outer surface and the inner surface comprises a sealing area and a non- sealing area, and wherein only the non- sealing area of the inner surface is disposed on the insert; wrapping consumer goods with the inner liner to form a bundle of consumer goods; and forming a container around the bundle of consumer goods wherein the insert is positioned between the inner liner and the container, and wherein the container comprises a box and a lid hingedly attached to the box.
A microbicidal composition comprising: (a) N-methyl-1,2-benzisothiazolin-3-one; and (b) sodium hydroxymethylglycinate, wherein the ratio of sodium hydroxymethylglycinate to N-methyl-1,2-benzisothiazolin-3-one is from 1:0.29 to 1:2.3. (a) N-methyl-1,2-benzisothiazolin-3-one; and (b) sodium hydroxymethylglycinate,
A secondary battery comprising: a case that accommodates an electrode assembly, the electrode assembly comprising first and second electrode plates; lead tabs (110, 111) connected to the first electrode plates and the second electrode plates, respectively, and protruding to the outside of the case; and a protection circuit board electrically connected to the lead tabs (110, 111), wherein the protection circuit board comprises a conductive pattern and a conductive cell seating region on which one of the lead tabs (110, 111) is seated, wherein the cell seating region is entirely surrounded by a non-conductive blank region, the blank region being between the cell seating region and the conductive pattern; wherein the blank region electrically isolates the cell seating region from the conductive pattern. a case that accommodates an electrode assembly, the electrode assembly comprising first and second electrode plates; lead tabs (110, 111) connected to the first electrode plates and the second electrode plates, respectively, and protruding to the outside of the case; and a protection circuit board electrically connected to the lead tabs (110, 111), wherein the protection circuit board comprises a conductive pattern and a conductive cell seating region on which one of the lead tabs (110, 111) is seated, wherein the cell seating region is entirely surrounded by a non-conductive blank region, the blank region being between the cell seating region and the conductive pattern; wherein the blank region electrically isolates the cell seating region from the conductive pattern.
A medical device comprising: an outer tube assembly that includes a straight outer tube; an inner tube assembly that includes a straight inner tube disposed within the outer tube, the inner tube and outer tube being configured to rotate relative to each other to resect tissue at a distal end of the inner and outer tubes; and means for preventing the inner tube from being removed from the outer tube without rendering the medical device unusable, wherein the means comprises: at least one interference member on the outer tube assembly and at least one interference member on the inner tube assembly, the interference members being configured to prevent a force exerted along a longitudinal axis of the inner tube from separating the inner and outer tubes without rendering the medical device unusable. an outer tube assembly that includes a straight outer tube; an inner tube assembly that includes a straight inner tube disposed within the outer tube, the inner tube and outer tube being configured to rotate relative to each other to resect tissue at a distal end of the inner and outer tubes; and means for preventing the inner tube from being removed from the outer tube without rendering the medical device unusable, wherein the means comprises: at least one interference member on the outer tube assembly and at least one interference member on the inner tube assembly, the interference members being configured to prevent a force exerted along a longitudinal axis of the inner tube from separating the inner and outer tubes without rendering the medical device unusable. at least one interference member on the outer tube assembly and at least one interference member on the inner tube assembly, the interference members being configured to prevent a force exerted along a longitudinal axis of the inner tube from separating the inner and outer tubes without rendering the medical device unusable.
A transport vehicle comprising at least one lower deck and at least one upper deck separated by a horizontal floor, the floor including at least one passage opening closed by an emergency trap door adapted for evacuating at least one passenger located at the upper deck towards the lower deck, the emergency trap door being hinged to the floor between an open position and a closed position, which vehicle is characterised in that the emergency trap door is adapted to extend into the upper deck in the open position, the floor including a gripping bar mounted into the passage opening.
A container designed to contain or to shelter articles or people, in particular a container of the tent type, comprising a support structure (1, 2) secured firstly to a first flexible sheet defining the volume inside the container, and secondly to a second flexible sheet spaced apart from the first flexible sheet and defining the volume outside the container, the first and second sheets (3, 4) being interconnected via a link device (5, 6, 7), said link device comprising a first link means and a second link means that are respectively secured to the first flexible sheet and to the second flexible sheet, characterized in that the link device comprises a guide means secured to the first and second link means (5, 6), the container further comprising an elongate element, preferably flexible or semi-rigid, guided by the guide means and that is secured to the container via one of its ends, the elongate element being guided without any interaction with the first and second link means (5, 6), and without any interaction, at least at the link device (5, 6, 7), with the first and second flexible sheets (3, 4) in such a manner as to enable the elongate element to pass freely relative to the link means and to the first and second flexible sheets.
A method of hydroforming a stock pipe to a final product, in which a stock pipe is loaded into a divided mold (2, 3), the molds (2, 3) are clamped, and then an internal pressure is applied in the stock pipe, and a pushing force is applied in the X axis direction along the axial direction of the stock pipe by an axial pushing punch, and Y and Z axis in a cross-section of the stock pipe, characterized by hydroforming steps consisting of a first hydroforming step and a second hydroforming step, wherein, in the first hydroforming step, water is fed inside the stock pipe from a water feed port provided in the axial pushing punch to apply the internal hydro-pressure, and the stock pipe is expanded only in the Y axis direction in the cross-section of the stock pipe to obtain an intermediate product having an expanded part in the Y axis direction along the X axis direction, wherein the expanded part has a circumferential length of 90% to 100% of the circumferential length of the shape of the final product in all of the expanded part along the X axis direction, and a height of the intermediate product in the Y axis direction greater than the height of the final product in the Y axis direction in at least part of the expanded part along the X axis direction, then, in a second hydroforming step in which the intermediate product is loaded in a second hydroforming bottom mold, the height in the Y axis direction of the intermediate product is reduced and expanded at least in the Z axis direction in all or part of the X axis direction while shaping the product to the final product shape.
An operator backrest (80; 600; 1600; 2600) in combination with a materials handling vehicle (10; 700) wherein said backrest (80; 600; 1600; 2600) comprises a primary support pad (84; 384; 601; 1601; 2601; 3601; 4601), and characterised in that said backrest comprises a gripping structure (90; 630; 1630; 2630; 3630; 4630) comprising a first main body located in a first side portion of said primary support pad (84; 384; 601; 1601; 2601; 3601; 4601) and a second main body located in a second side portion of said primary support pad (84; 384; 601; 1601; 2601; 3601; 4601), each of said first and second main bodies (100; 110) being substantially even with or extending above a surface of a respective portion of said primary support pad (84; 384; 601; 1601; 2601; 3601; 4601) surrounding said first or second main body (100; 110) for engagement with an operator positioned on said materials handling vehicle (10; 70), and where said backrest (80; 600; 1600; 2600) further comprises a central portion between the first and second side portions (84A; 84B).
A method of reporting a channel state in a multi-carrier system, the method comprising: receiving, by a user equipment, from a base station, Radio Resource Control, RRC, signaling indicating a reporting mode and a reporting list that identifies one or more downlink component carriers among a plurality of downlink component carriers, which are subject to channel reporting; receiving, by the user equipment, from the base station, an uplink grant on a Physical Downlink Control Channel, PDCCH, the uplink grant including an uplink resource allocation and a channel quality indicator, CQI, request for an aperiodic CQI report, the CQI request including an index value for indicating at least one of first and second downlink component carriers among the plurality of downlink component carriers; and if the CQI request for the aperiodic CQI report includes the index value for indicating the at least one of the first and second downlink component carriers, transmitting, by the user equipment, to the base station on an uplink data channel corresponding to the uplink resource allocation, channel state information for the at least one of the first and second downlink component carriers identified by the index value included in the CQI request and in accordance with the reporting mode, the channel state information including a CQI. receiving, by a user equipment, from a base station, Radio Resource Control, RRC, signaling indicating a reporting mode and a reporting list that identifies one or more downlink component carriers among a plurality of downlink component carriers, which are subject to channel reporting; receiving, by the user equipment, from the base station, an uplink grant on a Physical Downlink Control Channel, PDCCH, the uplink grant including an uplink resource allocation and a channel quality indicator, CQI, request for an aperiodic CQI report, the CQI request including an index value for indicating at least one of first and second downlink component carriers among the plurality of downlink component carriers; and if the CQI request for the aperiodic CQI report includes the index value for indicating the at least one of the first and second downlink component carriers, transmitting, by the user equipment, to the base station on an uplink data channel corresponding to the uplink resource allocation, channel state information for the at least one of the first and second downlink component carriers identified by the index value included in the CQI request and in accordance with the reporting mode, the channel state information including a CQI.