mhurhangee/ep-ind-claims huggingface dataset:
A glass having a surface and a thickness t of from 0.05 mm to 1 mm, the glass comprising: a first region under a compressive stress, the first region extending from the surface to a depth of layer DOL in the glass, wherein the compressive stress CS has a maximum compressive stress CS1 at the surface and varies with distance d from the surface according to a function other than a complementary error function; and a second region under tensile stress, the second region extending from the depth of layer into the glass, wherein for the second region a value CT C determined by triangle approximation is equal to [(CS • DOL) / (t - (2•DOL))], and further wherein CT C, expressed in MPa, is greater than -37.6 ln(t)(MPa) + 48.7(MPa); and the second region further comprising an achieved central tension CT A, expressed in MPa, that is less than or equal to -37.6 ln(t)(MPa) + 48.7(MPa), wherein the glass is non-frangible. a first region under a compressive stress, the first region extending from the surface to a depth of layer DOL in the glass, wherein the compressive stress CS has a maximum compressive stress CS1 at the surface and varies with distance d from the surface according to a function other than a complementary error function; and a second region under tensile stress, the second region extending from the depth of layer into the glass, wherein for the second region a value CT C determined by triangle approximation is equal to [(CS • DOL) / (t - (2•DOL))], and further wherein CT C, expressed in MPa, is greater than -37.6 ln(t)(MPa) + 48.7(MPa); and the second region further comprising an achieved central tension CT A, expressed in MPa, that is less than or equal to -37.6 ln(t)(MPa) + 48.7(MPa), wherein the glass is non-frangible.
Penetrator with a shaped charge, comprising an explosive charge, a casing enveloping the explosive charge and an ignition device arranged in a tubular device remote from the insert of the shaped charge, wherein the ignition device exhibits a booster charge and the tubular device is arranged inside the explosive charge, characterised in that - the cross-section of the booster charge facing the explosive charge and provided for initiation exhibits the particular area sufficient for the detonative initiation of the explosive charge connecting thereto, - the casing surface of the booster charge not provided for initiation is enveloped by a damping layer which exhibits at least a thickness that will safely prevent a rollover, - a detonation wave guide is arranged between the cross-section of the booster charge provided for initiation and the insert of the shaped charge. - the cross-section of the booster charge facing the explosive charge and provided for initiation exhibits the particular area sufficient for the detonative initiation of the explosive charge connecting thereto, - the casing surface of the booster charge not provided for initiation is enveloped by a damping layer which exhibits at least a thickness that will safely prevent a rollover, - a detonation wave guide is arranged between the cross-section of the booster charge provided for initiation and the insert of the shaped charge.
A device comprising: a first chip (202; 302) comprising: a first dielectric substrate and a superconducting qubit (222a, 222b; 322a, 322b) on the first dielectric substrate; a second chip (204; 304) bonded to the first chip, the second chip comprising: a second dielectric substrate, a qubit readout element (224, 224a, 224b; 324, 324a, 324b) on the second dielectric substrate, a control wire (230; 330) on the second dielectric substrate, a dielectric layer (216; 316) covering the control wire, and a shielding layer (218; 328) covering the dielectric layer, characterized in that the shielding layer is arranged to reduce crosstalk between the control wire on the second chip and the superconducting qubit on the first chip by isolating electromagnetic fields from the control wire and from the superconducting qubit, from interfering with one another. a first chip (202; 302) comprising: a first dielectric substrate and a superconducting qubit (222a, 222b; 322a, 322b) on the first dielectric substrate; a first dielectric substrate and a superconducting qubit (222a, 222b; 322a, 322b) on the first dielectric substrate; a second chip (204; 304) bonded to the first chip, the second chip comprising: a second dielectric substrate, a qubit readout element (224, 224a, 224b; 324, 324a, 324b) on the second dielectric substrate, a control wire (230; 330) on the second dielectric substrate, a dielectric layer (216; 316) covering the control wire, and a shielding layer (218; 328) covering the dielectric layer, characterized in that the shielding layer is arranged to reduce crosstalk between the control wire on the second chip and the superconducting qubit on the first chip by isolating electromagnetic fields from the control wire and from the superconducting qubit, from interfering with one another. a second dielectric substrate, a qubit readout element (224, 224a, 224b; 324, 324a, 324b) on the second dielectric substrate, a control wire (230; 330) on the second dielectric substrate, a dielectric layer (216; 316) covering the control wire, and a shielding layer (218; 328) covering the dielectric layer, characterized in that the shielding layer is arranged to reduce crosstalk between the control wire on the second chip and the superconducting qubit on the first chip by isolating electromagnetic fields from the control wire and from the superconducting qubit, from interfering with one another.
A method comprising: accessing a point cloud representing terrain, the point cloud generated from a lidar scanning device travelling during a trip; dividing the point cloud into sections representing portions of the terrain; and calculating, by a processor, a road width of each of the sections, wherein calculating the road width of each section includes: segmenting points in the section and identifying as a ground planar surface of the section a planar surface of the segmented points in the section which meets predefined criteria; estimating a drive plane of the section based on the ground planar surface and a drive direction of the section in which the lidar scanning device was travelling during the trip, wherein the drive plane is parallel to the drive direction and orthogonal to the ground planar surface; and calculating a road width of the section based on the ground planar surface and the drive plane. accessing a point cloud representing terrain, the point cloud generated from a lidar scanning device travelling during a trip; dividing the point cloud into sections representing portions of the terrain; and calculating, by a processor, a road width of each of the sections, wherein calculating the road width of each section includes: segmenting points in the section and identifying as a ground planar surface of the section a planar surface of the segmented points in the section which meets predefined criteria; estimating a drive plane of the section based on the ground planar surface and a drive direction of the section in which the lidar scanning device was travelling during the trip, wherein the drive plane is parallel to the drive direction and orthogonal to the ground planar surface; and calculating a road width of the section based on the ground planar surface and the drive plane. estimating a drive plane of the section based on the ground planar surface and a drive direction of the section in which the lidar scanning device was travelling during the trip, wherein the drive plane is parallel to the drive direction and orthogonal to the ground planar surface; and calculating a road width of the section based on the ground planar surface and the drive plane.
An enclosure system for enclosing a fluid container, comprising: a plug having an outer diameter larger than an opening of a neck of the fluid container, a first plug end and a second plug end arranged on opposing sides of the plug, the plug configured to deform responsive to pressure to reduce the outer diameter to fit the first plug end through the opening and into the neck of the fluid container; and a sleeve forming a hollow flexible cylinder extending from the second plug end, the sleeve having a first sleeve end coupled to the second plug end and a second sleeve end arranged opposite the first sleeve end, the first sleeve end configured to fold at least a portion of the sleeve outward and down toward the second plug end to arrange at least a portion of the sleeve over an outer neck surface of the neck when the first plug end is installed within the neck. a plug having an outer diameter larger than an opening of a neck of the fluid container, a first plug end and a second plug end arranged on opposing sides of the plug, the plug configured to deform responsive to pressure to reduce the outer diameter to fit the first plug end through the opening and into the neck of the fluid container; and a sleeve forming a hollow flexible cylinder extending from the second plug end, the sleeve having a first sleeve end coupled to the second plug end and a second sleeve end arranged opposite the first sleeve end, the first sleeve end configured to fold at least a portion of the sleeve outward and down toward the second plug end to arrange at least a portion of the sleeve over an outer neck surface of the neck when the first plug end is installed within the neck.
A data collection system for electric discharge machines, wherein a computer is connected with electric discharge machines over a data transmission path, information on machining conditions of an electric discharge machine is stored in a storage unit of the electric discharge machine, and information sent from the electric discharge machine after completion of machining is collected by the computer, the electric discharge machine including a detection unit that detects a physical quantity relating to machining conditions during machining either at predetermined intervals or each time a moving part of the electric discharge machine has traveled a predetermined distance, a determination unit that determines whether the physical quantity detected by the detection unit exceeds a predetermined threshold or not, a storage unit that stores the physical quantity or information indicating the fact that the physical quantity exceeds the threshold when the determination unit determines that the detected physical quantity exceeds the predefined threshold, and a transmission unit that sends the physical quantity or the information indicating the fact that the physical quantity exceeds the threshold, stored in the storage unit, after the machining by the electric discharge machine, and the computer including a reception unit that receives the physical quantity or the information indicating the fact that the physical quantity exceeds the threshold sent from the transmission unit after the machining by the electric discharge machine, and a storage unit that stores the physical quantity or the information indicating the fact that the physical quantity exceeds the threshold, received by the reception unit. a detection unit that detects a physical quantity relating to machining conditions during machining either at predetermined intervals or each time a moving part of the electric discharge machine has traveled a predetermined distance, a determination unit that determines whether the physical quantity detected by the detection unit exceeds a predetermined threshold or not, a storage unit that stores the physical quantity or information indicating the fact that the physical quantity exceeds the threshold when the determination unit determines that the detected physical quantity exceeds the predefined threshold, and a transmission unit that sends the physical quantity or the information indicating the fact that the physical quantity exceeds the threshold, stored in the storage unit, after the machining by the electric discharge machine, and a reception unit that receives the physical quantity or the information indicating the fact that the physical quantity exceeds the threshold sent from the transmission unit after the machining by the electric discharge machine, and a storage unit that stores the physical quantity or the information indicating the fact that the physical quantity exceeds the threshold, received by the reception unit.
A data processing apparatus comprising: a processor core operable to execute sequences of instructions of a plurality of program threads (T1-T4), said processor core having a plurality of pipeline stages, one of said pipelined stages being an instruction schedule stage having scheduling logic operable, in response to a thread pause instruction within a program thread, to prevent scheduling of instructions from that program thread following said thread pause instruction and instead to schedule instructions from another program thread for execution within said plurality of pipeline stages; and a pending completion unit operable to identify executing instructions from program threads which are from a group of instructions classified as being unlikely to be executable in time for their results to be available for use by a subsequent instruction within that program thread and the scheduling logic is operable to prevent rescheduling of a program thread when the pending completion unit indicates that an executing instruction from that program thread which precedes said thread pause instruction is from said group. a processor core operable to execute sequences of instructions of a plurality of program threads (T1-T4), said processor core having a plurality of pipeline stages, one of said pipelined stages being an instruction schedule stage having scheduling logic operable, in response to a thread pause instruction within a program thread, to prevent scheduling of instructions from that program thread following said thread pause instruction and instead to schedule instructions from another program thread for execution within said plurality of pipeline stages; and a pending completion unit operable to identify executing instructions from program threads which are from a group of instructions classified as being unlikely to be executable in time for their results to be available for use by a subsequent instruction within that program thread and the scheduling logic is operable to prevent rescheduling of a program thread when the pending completion unit indicates that an executing instruction from that program thread which precedes said thread pause instruction is from said group.
An arrangement comprising a stick-vac cleaner, the stick-vac cleaner comprising a handheld suction unit which is connected to a floor tool by an elongate suction wand, the arrangement further comprising a wall-mountable docking station arranged for releasably locking the stick-vac cleaner on a wall in an upright, docked position when not in use; characterized in that: the docking station comprises an upper clamping member and a lower clamping member, the upper clamping member being in the form of a docking cradle arranged to receive a first part of the handheld suction unit in a sliding fit, the docking cradle being slidable relative to the lower clamping member along a clamp axis and being resiliently biased towards the lower clamping member 350 for resiliently clamping the stick-vac cleaner against the lower clamping member to lock the stick-vac cleaner in the upright, docked position, the docking cradle additionally being pivotable away from the wall, in use, for movement out of clamping alignment with the lower clamping member in order to receive said first part of the handheld suction unit. the docking station comprises an upper clamping member and a lower clamping member, the upper clamping member being in the form of a docking cradle arranged to receive a first part of the handheld suction unit in a sliding fit, the docking cradle being slidable relative to the lower clamping member along a clamp axis and being resiliently biased towards the lower clamping member 350 for resiliently clamping the stick-vac cleaner against the lower clamping member to lock the stick-vac cleaner in the upright, docked position, the docking cradle additionally being pivotable away from the wall, in use, for movement out of clamping alignment with the lower clamping member in order to receive said first part of the handheld suction unit.
A wiper device for cleaning vehicle windows, with a wiper arm and with a wiper blade able to be fastened on the wiper arm, with a cleaning device, having at least one spray nozzle (44, 45), for spraying a washing fluid, wherein the at least one spray nozzle (44, 45) is arranged in the region of the free end of the wiper arm and is connected directly therewith, and with a fastening device for connecting the wiper blade with the wiper arm, wherein the wiper arm has a mount, having an at least substantially U-shaped cross section, with two parallel side walls (17, 18) for the fastening device of the wiper blade, wherein the cleaning device is constructed on a component which is separate from the fastening device for the wiper blade, and wherein the at least one spray nozzle (44, 45) does not, at least laterally, project over the cross-section of the U-shaped mount, characterized in that the separate component is connected preferably detachably with the mount and in that the separate component has a mount, which is substantially U-shaped in cross-section, for the fastening device, into which the fastening device is able to be introduced in the direction of the wiper arm, so that in the assembled state of the wiper device, the mount of the separate component is arranged between the mount of the wiper arm and the fastening device.
A naval platform equipped with a deck-landing/takeoff zone for at least one aircraft and dolly-type means for handling said aircraft to move it over said deck-landing/takeoff zone, characterized in that the dolly-type means include means forming a vacuum disc for immobilizing the dolly and thereby securing the aircraft in position on the deck-landing/takeoff zone, the operation of which is triggered by means for analyzing the behavior of the platform in order to avoid any risk of uncontrolled movement of the aircraft.
A polysilicon receptacle made of a carbon material for being arranged under a silicon melt-depositing reactor to receive polysilicon that melt-drips from the inner surface of the reactor to outside the reactor, wherein at least the inner surface of said receptacle is covered with a surface-treating layer to prevent water from being released by the carbon material, wherein said surface-treating layer is an SiC layer; wherein: said polysilicon receptacle is fabricated by stacking many blocks of the carbon material; each of the blocks is treated on its whole surface with the surface-treating layer; and the surface-treating layer is formed by applying and firing a paste, wherein the paste contains a silicon powder and a binder resin. said polysilicon receptacle is fabricated by stacking many blocks of the carbon material; each of the blocks is treated on its whole surface with the surface-treating layer; and the surface-treating layer is formed by applying and firing a paste, wherein the paste contains a silicon powder and a binder resin.
A method for reducing booting time of a mobile communication terminal, the method comprising the steps of: 1) driving a user interface task for carrying on communications created from a memory during booting; 2) performing an initialization of an application program in a booting initializing unit which is separated from the user interface task, and simultaneously executing an initial screen in the user interface task; and 3) if the initialization of the application program is completed, switching from the initial screen to an idle screen through which a user can carry out a basic function of a telephone call. 1) driving a user interface task for carrying on communications created from a memory during booting; 2) performing an initialization of an application program in a booting initializing unit which is separated from the user interface task, and simultaneously executing an initial screen in the user interface task; and 3) if the initialization of the application program is completed, switching from the initial screen to an idle screen through which a user can carry out a basic function of a telephone call.
A shock strut assembly, comprising: a strut cylinder including a primary chamber; a strut piston, the strut cylinder configured to receive the strut piston; an orifice support tube positioned within the primary chamber of the strut cylinder; a main orifice assembly disposed within the orifice support tube, the main orifice assembly including a main orifice plate; a metering pin positioned within the primary chamber, the metering pin defining an axis; characterized by a damping actor selector operably coupled to the main orifice plate, the damping actor selector configured to rotate the main orifice plate and transition the shock strut assembly from a first damping actor configuration to a second damping actor configuration, wherein: the damping selector comprises a piston head coupled to the metering pin; and the metering pin rotates in response to the piston head travelling linearly along the axis. a strut cylinder including a primary chamber; a strut piston, the strut cylinder configured to receive the strut piston; an orifice support tube positioned within the primary chamber of the strut cylinder; a main orifice assembly disposed within the orifice support tube, the main orifice assembly including a main orifice plate; a metering pin positioned within the primary chamber, the metering pin defining an axis; characterized by a damping actor selector operably coupled to the main orifice plate, the damping actor selector configured to rotate the main orifice plate and transition the shock strut assembly from a first damping actor configuration to a second damping actor configuration, wherein: the damping selector comprises a piston head coupled to the metering pin; and the metering pin rotates in response to the piston head travelling linearly along the axis. the damping selector comprises a piston head coupled to the metering pin; and the metering pin rotates in response to the piston head travelling linearly along the axis.
An integrin inhibitor modified by polyethylene glycol for use in the treatment of a tumor originated from stomach, or head and neck, said integrin inhibitor designated as HM-3 and having the sequence mPEG-Ile-Val-Arg-Arg-Ala-Asp-Arg-Ala-Ala-Val-Pro-Gly-Gly-Gly-Gly-Arg-Gly-Asp, wherein the molecular weight of mPEG-SC is 500-20000.
A lifting tool for opposing twisting of generally submerged ropes (6, 12) the lifting tool comprising a body with a centre axis, and having an operable lock that is adapted to catch a rope connector (16, 32), and a structure that is designed to be connected to a hoist or crane, and where the lifting tool is equipped with at least one water flow inducing means positioned at a radial distance from the centre axis, characterized in that the water flow inducing means is a rudder (54, 56).