mhurhangee/ep-ind-claims huggingface dataset:
Method for producing an arrester, comprising the steps of: - providing at least three green layers (10, 11, 12), wherein the respective layer (10, 11, 12) comprises at least one green sheet, - introducing at least one hole into a first of the three layers, - applying an electrically conductive material for forming inner electrodes to a second of the three layers and a third of the three layers, - laminating the layers (10, 11, 12) to form a stack, wherein the first layer is arranged between the second layer and the third layer, - separating the green stack into individual components, - compacting the individual components, wherein the lamination of the layers (10, 11, 12) and the compaction of the individual components are effected in a single temperature process by co-firing. - providing at least three green layers (10, 11, 12), wherein the respective layer (10, 11, 12) comprises at least one green sheet, - introducing at least one hole into a first of the three layers, - applying an electrically conductive material for forming inner electrodes to a second of the three layers and a third of the three layers, - laminating the layers (10, 11, 12) to form a stack, wherein the first layer is arranged between the second layer and the third layer, - separating the green stack into individual components, - compacting the individual components, wherein the lamination of the layers (10, 11, 12) and the compaction of the individual components are effected in a single temperature process by co-firing.
A surface shape measuring device (10, 10A, 10B, 10C) comprising: a detector configured to detect a displacement of a probe; a base; and a relative movement unit (12, 13, 14) provided in the base and configured to move a workpiece (9, 9A) relatively to the detector, the surface shape measuring device (10, 10A, 10B, 10C) configured to measure a surface shape of the workpiece (9, 9A) based on a detection result of a displacement of the probe detected by the detector while moving the workpiece (9, 9A) relatively to the detector by the relative movement unit (12, 13, 14) in a state where the probe is brought into contact with the workpiece (9, 9A), wherein the surface shape measuring device (10, 10A, 10B, 10C) further comprises: three legs arranged at equal interval on the same circumference around a rotating axis of the relative movement unit (12, 13, 14) on a lower surface of the base, the three legs configured to keep a horizontal posture of the base; and weight detecting devices provided respectively to the three legs and configured to detect a weight of the workpiece (9, 9A). a detector configured to detect a displacement of a probe; a base; and a relative movement unit (12, 13, 14) provided in the base and configured to move a workpiece (9, 9A) relatively to the detector, the surface shape measuring device (10, 10A, 10B, 10C) configured to measure a surface shape of the workpiece (9, 9A) based on a detection result of a displacement of the probe detected by the detector while moving the workpiece (9, 9A) relatively to the detector by the relative movement unit (12, 13, 14) in a state where the probe is brought into contact with the workpiece (9, 9A), wherein the surface shape measuring device (10, 10A, 10B, 10C) further comprises: three legs arranged at equal interval on the same circumference around a rotating axis of the relative movement unit (12, 13, 14) on a lower surface of the base, the three legs configured to keep a horizontal posture of the base; and weight detecting devices provided respectively to the three legs and configured to detect a weight of the workpiece (9, 9A). three legs arranged at equal interval on the same circumference around a rotating axis of the relative movement unit (12, 13, 14) on a lower surface of the base, the three legs configured to keep a horizontal posture of the base; and weight detecting devices provided respectively to the three legs and configured to detect a weight of the workpiece (9, 9A).
Offshore decommissioning structure for disassembling an offshore platform presenting topsides mounted on a jacket having a plurality of jacket legs, said decommissioning structure comprising: • a jack-up-vessel comprising a hull, a main deck, an elevating jacking device and a plurality of jack-up legs, wherein said jack-up vessel can be elevated on its legs above the sea level by the elevating jacking device; and • a carrying and skidding system for shifting the topsides of the platform to be disassembled from the platform jacket onto the main deck of the jack-up vessel, said carrying and skidding system comprising a skid beams set for bridging the platform jacket and the jack up vessel, wherein said skid beams set comprises: • a plurality of jack-up skid beams which are fastened on the jack-up main deck; and • a plurality of jacket skid beams which can be transferred from a first position where they rest on the jack-up main deck to a second position outside of the jack-up main deck where they can be attached to the jacket legs of the platform. • a jack-up-vessel comprising a hull, a main deck, an elevating jacking device and a plurality of jack-up legs, wherein said jack-up vessel can be elevated on its legs above the sea level by the elevating jacking device; and • a carrying and skidding system for shifting the topsides of the platform to be disassembled from the platform jacket onto the main deck of the jack-up vessel, said carrying and skidding system comprising a skid beams set for bridging the platform jacket and the jack up vessel, wherein said skid beams set comprises: • a plurality of jack-up skid beams which are fastened on the jack-up main deck; and • a plurality of jacket skid beams which can be transferred from a first position where they rest on the jack-up main deck to a second position outside of the jack-up main deck where they can be attached to the jacket legs of the platform. • a plurality of jack-up skid beams which are fastened on the jack-up main deck; and • a plurality of jacket skid beams which can be transferred from a first position where they rest on the jack-up main deck to a second position outside of the jack-up main deck where they can be attached to the jacket legs of the platform.
A wind tunnel for stable sustained human flight for research or recreation, comprising - a tunnel comprising a first portion having a first central axis and a second portion having a second central axis, - wherein the second portion is a flight chamber allowing humans to achieve sustained flight therein, - said first central axis and said second central axis being arranged at a first angle with respect to each other, and - at least one fan for creating an air flow in the second portion, characterised in that said second central axis is at a second angle with respect to a horizontal plane, said second angle being 15°-60°, wherein the flight chamber allows humans to achieve sustained gliding flight therein. - a tunnel comprising a first portion having a first central axis and a second portion having a second central axis, - wherein the second portion is a flight chamber allowing humans to achieve sustained flight therein, - said first central axis and said second central axis being arranged at a first angle with respect to each other, and - at least one fan for creating an air flow in the second portion, characterised in that said second central axis is at a second angle with respect to a horizontal plane, said second angle being 15°-60°,
A toothbrush comprising a head and a grip handle integrally made of a plastics material and arranged along a head-handle longitudinal direction, with a neck region between the grip handle and the head, with bristles projecting from the head in a transverse direction relative to this longitudinal direction, the toothbrush having a width direction perpendicular to the longitudinal direction and to the transverse direction, wherein longitudinally between the neck region and the grip handle is an undulating region, comprising four limbs (161,162, 163, 164) extending in the transverse direction and integrally linked by folds (171, 172, 173) with troughs (181, 182, 183) between the limbs (161, 162, 163, 164), the troughs (181, 182, 183) between the limbs (161, 162, 163, 164) having a transverse depth direction and containing a thermoplastic elastomer material bonded to the plastic material of said limbs (161, 162, 163, 164), the thermoplastic elastomer material having a Shore A hardness of 60-70, characterised in that the transverse directions of longitudinally adjacent pairs of limbs (161, 162, 163, 164) are aligned at an angle of 0-15° to each other, each of the four limbs (161, 162, 163, 164) having a longitudinal thickness "T" of 1.2-2.2 mm, and a transversely extending length "L" of 9-13 mm between transversely opposite folds (171, 172, 173, 174), and a width "W" of 9-14 mm in the width direction, the four limbs (161, 162, 163, 164) defining longitudinally between longitudinally adjacent pairs of the limbs (161, 162, 163, 164) three troughs (181, 182, 183) each with a transverse depth "D" of 6-11 mm, a longitudinal breadth "b" of 1-2 mm for at least 60% of the lower depth of the trough (181, 182, 183), each trough (181, 182, 183) containing the thermoplastic elastomer material occupying at least 60% of the transverse depth "D" and at least 60% of the width of at least one trough (181, 182, 183), also including a flexible link situated longitudinally between the undulating region and the toothbrush head situated in the neck region thereby dividing the neck region into two longitudinally separate parts (133,134), one on each longitudinal side of the flexible link, being a first part closer to the grip handle and a second part closer to the head, the flexible link comprising a part, integral with the neck region, which is transversly and/or widthways thinned relative to longitudinally immediately adjacent parts (133,134) of the neck region.
A paper sheet handling machine, comprising: a paper sheet slot configured to receive and provide a paper sheet; a pair of push plates (202, 203) configured to hold the paper sheet inserted Into and discharged from the paper sheet handling machine via the paper sheet slot and apply a pressing force to the paper sheet in a thickness direction thereof; a pair of conveyor assemblies (402, 403) including a first conveyor assembly and a second conveyor assembly configured to hold and convey the paper sheet inserted and discharged via the paper sheet slot; and a moving mechanism (A5, A6) configured to move the first conveyor assembly and the second conveyor assembly in mutually approaching directions or in mutually away directions and locate the first conveyor assembly and the second conveyor assembly at any position inside or outside the pair of push plates (202, 203), seen from the paper sheet slot. a paper sheet slot configured to receive and provide a paper sheet; a pair of push plates (202, 203) configured to hold the paper sheet inserted Into and discharged from the paper sheet handling machine via the paper sheet slot and apply a pressing force to the paper sheet in a thickness direction thereof; a pair of conveyor assemblies (402, 403) including a first conveyor assembly and a second conveyor assembly configured to hold and convey the paper sheet inserted and discharged via the paper sheet slot; and a moving mechanism (A5, A6) configured to move the first conveyor assembly and the second conveyor assembly in mutually approaching directions or in mutually away directions and locate the first conveyor assembly and the second conveyor assembly at any position inside or outside the pair of push plates (202, 203), seen from the paper sheet slot.
A burner system comprising: a combustion tube including inside and outside helical fins forming opposing spiral pathways, the opposing spiral pathways including a first spiral pathway for combustion gases and a second spiral pathway for products of combustion; a combustion nozzle coupled to the combustion tube; a gas tube running axially into the combustion tube; and a staging gas nozzle coupled to the gas tube, the staging gas nozzle including one or more exit holes into the combustion tube and an axial gas staging tube extending into the combustion nozzle to stage combustion, wherein the staging gas nozzle is configured to inject gaseous fuel into a spiral flow of preheated air flowing through the first spiral pathway and the staging gas nozzle is positioned such that the gaseous fuel mixes with the preheated air flowing through the first spiral pathway to form a fuel-air mixture that continues to travel along the first spiral pathway before moving into the combustion nozzle. a combustion tube including inside and outside helical fins forming opposing spiral pathways, the opposing spiral pathways including a first spiral pathway for combustion gases and a second spiral pathway for products of combustion; a combustion nozzle coupled to the combustion tube; a gas tube running axially into the combustion tube; and a staging gas nozzle coupled to the gas tube, the staging gas nozzle including one or more exit holes into the combustion tube and an axial gas staging tube extending into the combustion nozzle to stage combustion, wherein the staging gas nozzle is configured to inject gaseous fuel into a spiral flow of preheated air flowing through the first spiral pathway and the staging gas nozzle is positioned such that the gaseous fuel mixes with the preheated air flowing through the first spiral pathway to form a fuel-air mixture that continues to travel along the first spiral pathway before moving into the combustion nozzle.
A mandrel comprising: a shape memory alloy shell having a longitudinal axis, an interior extending along the longitudinal axis and an exterior contour, the SMA shell being configured to interface with a structure to be cured; and at least one SMA actuation member disposed within the interior and connected to the SMA shell, where the at least one SMA actuation member is configured to exert pressure against the SMA shell effecting an interface pressure (P1, P2, P3) between the exterior contour of the SMA shell and the structure to be cured where the exterior contour has a predetermined actuated shape that corresponds to a predetermined cured shape of the structure to be cured, wherein the at least one SMA actuation member further comprises at least one SMA element arranged in a substantially sinusoidal configuration. a shape memory alloy shell having a longitudinal axis, an interior extending along the longitudinal axis and an exterior contour, the SMA shell being configured to interface with a structure to be cured; and at least one SMA actuation member disposed within the interior and connected to the SMA shell, where the at least one SMA actuation member is configured to exert pressure against the SMA shell effecting an interface pressure (P1, P2, P3) between the exterior contour of the SMA shell and the structure to be cured where the exterior contour has a predetermined actuated shape that corresponds to a predetermined cured shape of the structure to be cured,
Method for creating a plurality of multimedia sessions between a first user and a second user, a first multimedia session being set up between said first and second users via a first server, such that the method comprises the following steps implemented by a second server: - receiving a connection request from a first terminal (3.1-3.3) of the first user comprising an identifier of the first user; - transmitting said identifier of the first user to the first server in order to request at least one identifier of a user sharing the first multimedia session with the first user via the first server; - receiving from the first server at least one identifier of said second user; and - creating a second multimedia session between the first terminal of the first user and a second terminal (4.1-4.3) of the second user via the second server. - receiving a connection request from a first terminal (3.1-3.3) of the first user comprising an identifier of the first user; - transmitting said identifier of the first user to the first server in order to request at least one identifier of a user sharing the first multimedia session with the first user via the first server; - receiving from the first server at least one identifier of said second user; and - creating a second multimedia session between the first terminal of the first user and a second terminal (4.1-4.3) of the second user via the second server.
A power system comprising: a plurality of inverters with respective inverter inputs connected in parallel, respective inverter outputs connected in parallel, and respective control modules, characterized in that for each of the plurality of inverters, if input power from a direct current power source to the inverter drops, the respective control module of the inverter is configured to reduce input current of the inverter until input voltage of the inverter reaches a level for which the input power to the inverter becomes equal to a power level according to a control current-voltage characteristic of the inverter's own prescribed power conversion formula. a plurality of inverters with respective inverter inputs connected in parallel, respective inverter outputs connected in parallel, and respective control modules, characterized in that for each of the plurality of inverters, if input power from a direct current power source to the inverter drops, the respective control module of the inverter is configured to reduce input current of the inverter until input voltage of the inverter reaches a level for which the input power to the inverter becomes equal to a power level according to a control current-voltage characteristic of the inverter's own prescribed power conversion formula.
A composition, comprising (a) a solvent system containing water and acetonitrile; (b) an acid; (c) an antibody-drug conjugate of formula: Ab-(L-D) m, wherein Ab is an antibody or an antigen-binding fragment thereof, L-D is a duocarmycin linker-drug and m represents an average DAR of from 1 to 12; and optionally (d) the duocarmycin linker-drug in non-conjugated form; wherein said composition comprises 30% to 60% (v/v), preferably 35% to 55%, of said acetonitrile. optionally (d) the duocarmycin linker-drug in non-conjugated form; wherein said composition comprises 30% to 60% (v/v), preferably 35% to 55%, of said acetonitrile.
A post-surgery or a post breast cancer treatment brassiere garment for a wearer comprising: a connection means comprising strap means operable to secure the brassiere garment over shoulders of the wearer, and a band region to enclose a portion of the torso of the wearer to secure the brassiere garment to the wearer; a first adjustment means operable to adjustably close the band region of the brassiere garment, and a second adjustment means operable to adjustably connect the strap means to a front region of the band region of the brassiere garment, whereby, the first and second adjustment means are together operable to adjustably compress the torso of the wearer in region of the wearers chest, wherein the garment comprises an inner layer and an outer layer, characterised in that the inner and/or the outer layer of the garment have a material composition comprising between 70% to 95% bamboo fibre. a connection means comprising strap means operable to secure the brassiere garment over shoulders of the wearer, and a band region to enclose a portion of the torso of the wearer to secure the brassiere garment to the wearer; a first adjustment means operable to adjustably close the band region of the brassiere garment, and a second adjustment means operable to adjustably connect the strap means to a front region of the band region of the brassiere garment, whereby, the first and second adjustment means are together operable to adjustably compress the torso of the wearer in region of the wearers chest, wherein the garment comprises an inner layer and an outer layer, characterised in that the inner and/or the outer layer of the garment have a material composition comprising between 70% to 95% bamboo fibre.
A method of operating a wire electric discharge machine which is provided with a table having a flat surface and a coordinate system based on two orthogonal axes and adapted to carry a workpiece thereon and which performs electric discharge machining while relatively moving a wire electrode and the workpiece according to a machining program for taper machining, the wire electric discharge machine comprising a mounting unit configured to mount the workpiece at an angle to the flat surface; the method comprising steps of: setting a tilt angle of the workpiece, mounted on the mounting unit at an angle to the flat surface, with respect to the flat surface; transforming the coordinate system by tilting the coordinate system based on the set tilt angle; and correcting a machining command value commanded by the machining program, based on the transformed coordinate system. setting a tilt angle of the workpiece, mounted on the mounting unit at an angle to the flat surface, with respect to the flat surface; transforming the coordinate system by tilting the coordinate system based on the set tilt angle; and correcting a machining command value commanded by the machining program, based on the transformed coordinate system.
A process for preparing a working fluid in a first drum comprising the steps of: I) preparing a first amount of liquefied natural gas in said first drum, II) adding a first amount of liquefied petroleum gas to said first amount of liquefied natural gas, III) letting the portion of volatile compounds evaporate, VI) possibly decreasing the pressure, V) possibly repeating one or more of steps II), III) or IV) up to reaching the condensation temperature of said working fluid, wherein in step II), an amount of liquefied petroleum gas between 0.25 and 1.2 volumes of liquefied natural gas, is added to 1 volume of liquefied natural gas. I) preparing a first amount of liquefied natural gas in said first drum, II) adding a first amount of liquefied petroleum gas to said first amount of liquefied natural gas, III) letting the portion of volatile compounds evaporate, VI) possibly decreasing the pressure, V) possibly repeating one or more of steps II), III) or IV) up to reaching the condensation temperature of said working fluid,
Water preparation device for the preparation of drinking water, with a flow-through element which is permeable for UV radiation, with at least one UV radiation source for irradiating the water flowing through the flow-through element with UV radiation, and with a housing for receiving the flow-through element and the radiation source close to a water outlet, which is guided through a cutout in a housing wall, wherein the housing defines an irradiation chamber with a flow-through element region and with a radiation source region and also has a cap element for opening the irradiation chamber, wherein the radiation source region is arranged between the flow-through element region and the cap element, characterised in that the water outlet is encapsulated by a UV-impermeable shielding, which extends through the cutout, and between a section of the shielding facing in the tap direction and the water outlet an annual space is formed, which is open to the external surrounding, wherein the shielding protrudes beyond the discharge edge of the water outlet in the tap direction.