mhurhangee/ep-ind-claims huggingface dataset:
A power module, comprising: a base plate configured to provide mechanical support and heat spreading; a power substrate positioned above the base plate; at least two power contacts, each of the at least two power contacts electrically connected to the power substrate; a plurality of power devices electrically connected to the at least two power contacts, wherein the plurality of power devices are electrically connected in parallel across the power substrate and configured such that a power loop between the at least two power contacts has shared current paths; a gate and source board mounted above the power substrate, the gate and source board including at least one interconnection channel (602, 604); gate drive connectors electrically connected to the gate and source board; fastener arranged below the at least two power contacts; and a housing secured to the power substrate, wherein the at least two power contacts are folded over the fasteners; and wherein the gate drive connectors are arranged on the power module. a base plate configured to provide mechanical support and heat spreading; a power substrate positioned above the base plate; at least two power contacts, each of the at least two power contacts electrically connected to the power substrate; a plurality of power devices electrically connected to the at least two power contacts, wherein the plurality of power devices are electrically connected in parallel across the power substrate and configured such that a power loop between the at least two power contacts has shared current paths; a gate and source board mounted above the power substrate, the gate and source board including at least one interconnection channel (602, 604); gate drive connectors electrically connected to the gate and source board; fastener arranged below the at least two power contacts; and a housing secured to the power substrate, wherein the at least two power contacts are folded over the fasteners; and wherein the gate drive connectors are arranged on the power module.
Storage tank for liquid hydrogen, comprising an apparatus for indicating that a predefined fill level of the liquid hydrogen has been reached, the apparatus having a cell which is filled with a gas that liquefies when the cell is dipped into the liquid hydrogen, the apparatus having a pressure indicator device which indicates a pressure drop in the cell if the gas liquefies and therefore indicates that the predefined fill level has been reached, characterized by an outer tank and an inner tank arranged inside the outer tank, the cell being arranged inside the inner tank, and the apparatus having a heating element which continuously introduces heat into the gas.
A method of drilling wells in a body of water from a Mobile Offshore Drilling Unit (MODU) on a surface of the body of water using a drilling apparatus comprising a marine drilling riser extending from the MODU to a blow out preventer on the bottom of the body of water, with at least one fluid return outlet in fluid communication with an interior of the marine drilling riser coupled to an inlet of a subsea mud pump, an outlet of the subsea mud pump connected to a return line extending to the MODU, an interface of gas and liquid in the marine drilling riser disposed at a selected elevation below a surface of the body of water, a conduit (13, 13c) extending from the MODU through the marine drilling riser and BOP into a wellbore extending below the water bottom; the method comprising detection of loss of fluid and determination of a loss rate of fluid from the wellbore, the method further comprising the following steps: stopping pumping drilling fluid into the wellbore and into the marine drilling riser and stopping pumping fluid out of the marine drilling riser; while the pumping of fluid is stopped, determining a loss rate of fluid from the wellbore; resuming pumping fluid at least into the marine drilling riser when a minimum loss rate is determined; and resuming pumping fluid out of the marine drilling riser at a rate selected to provide a selected net fluid inflow rate into the marine drilling riser. stopping pumping drilling fluid into the wellbore and into the marine drilling riser and stopping pumping fluid out of the marine drilling riser; while the pumping of fluid is stopped, determining a loss rate of fluid from the wellbore; resuming pumping fluid at least into the marine drilling riser when a minimum loss rate is determined; and resuming pumping fluid out of the marine drilling riser at a rate selected to provide a selected net fluid inflow rate into the marine drilling riser.
A composition for use in a method for the treatment of a B-cell malignancy, wherein the composition comprises a combination of at least one naked anti-CD22 antibody and at least one anti-CD20 antibody component wherein the combination is a fusion protein of said at least one naked anti-CD22 antibody and said at least one antibody component.
A method comprising: receiving data from a receiver portion of a proximity sensor (140, 206), wherein the receiver portion is disposed at a side section (114, 116) of a head-mountable device, and wherein, when a wearer wears the HMD, (i) the receiver portion is arranged to receive light reflected from an eye area (204, 500, 600) of the wearer, (ii) the proximity sensor detects a movement of the eye area, and (iii) the data represents the movement; determining that the data corresponds to a wink gesture; characterized by determining a gaze direction, based on the data, wherein the determining the gaze direction comprises: determining a first light intensity level and a second light intensity level, based on the data, wherein the first light intensity level corresponds to an eye-open state, and wherein the second light intensity level corresponds to an eye-closed state; determining whether a difference between the first light intensity level and the second light intensity level exceeds a threshold; and based on a determination that the difference exceeds the threshold, determining that the gaze direction is an intermediate vertical direction; selecting a computing action to perform, based on the wink gesture and the gaze direction; and performing the computing action. receiving data from a receiver portion of a proximity sensor (140, 206), wherein the receiver portion is disposed at a side section (114, 116) of a head-mountable device, and wherein, when a wearer wears the HMD, (i) the receiver portion is arranged to receive light reflected from an eye area (204, 500, 600) of the wearer, (ii) the proximity sensor detects a movement of the eye area, and (iii) the data represents the movement; determining that the data corresponds to a wink gesture; characterized by determining a gaze direction, based on the data, wherein the determining the gaze direction comprises: determining a first light intensity level and a second light intensity level, based on the data, wherein the first light intensity level corresponds to an eye-open state, and wherein the second light intensity level corresponds to an eye-closed state; determining whether a difference between the first light intensity level and the second light intensity level exceeds a threshold; and based on a determination that the difference exceeds the threshold, determining that the gaze direction is an intermediate vertical direction; determining a first light intensity level and a second light intensity level, based on the data, wherein the first light intensity level corresponds to an eye-open state, and wherein the second light intensity level corresponds to an eye-closed state; determining whether a difference between the first light intensity level and the second light intensity level exceeds a threshold; and based on a determination that the difference exceeds the threshold, determining that the gaze direction is an intermediate vertical direction; selecting a computing action to perform, based on the wink gesture and the gaze direction; and performing the computing action.
Use of a peptide consisting of an amino acid sequence spanning the region from amino acids position 127 - 158 of the HPV16 E6 protein for the manufacture of a medicament for inducing or enhancing an HPV16-specific T cell response in an animal or a human for the prevention or treatment of an HPV16-related disease.
An anode binder material for a lithium rechargeable battery comprising a vulcanization accelerator comprising a metal-organic framework; a styrene-butadiene-based copolymer; and sulfur molecule Sa. a vulcanization accelerator comprising a metal-organic framework; a styrene-butadiene-based copolymer; and sulfur molecule Sa.
A specimen for analyzing shape of an antistatic antifouling layer comprising: a polymer substrate; an antistatic antifouling layer, which is formed on the polymer substrate and contains a conductive polymer; and a Pt coating layer directly formed on the antistatic antifouling layer, and a carbon protective film on the Pt coating layer. a polymer substrate; an antistatic antifouling layer, which is formed on the polymer substrate and contains a conductive polymer; and a Pt coating layer directly formed on the antistatic antifouling layer, and a carbon protective film on the Pt coating layer.
Iron-carbon master alloy having a C content of between 3 and 8% by mass and an upper limit of alloying metals of Ni <10% by mass, P <4% by mass, Cr <5% by mass, preferably <1% by mass, Mn <5% by mass, preferably <1% mass, Mo <3% by mass, W <3% by mass, Cu <1% by mass, the remainder iron, wherein the iron-carbon master alloy has a particle size of >20 μm and a hardness of <350 HV 0.01. Ni <10% by mass, P <4% by mass, Cr <5% by mass, preferably <1% by mass, Mn <5% by mass, preferably <1% mass, Mo <3% by mass, W <3% by mass, Cu <1% by mass, the remainder iron, wherein the iron-carbon master alloy has a particle size of >20 μm and a hardness of <350 HV 0.01.
A server rack blanking panel comprising a panel, wherein the panel is between 47.6 centimetres (18.75 inches) to 49.5 centimetres (19.50 inches) wide, and wherein the panel is x U in height, where x is a positive integer and U is 4.4 centimetres (1.75 inches), and wherein the panel further includes horizontal scoring defining a plurality of panel pieces that can each be readily separated from one or more of the other panel pieces.
A hearing aid comprising: - a microphone configured to receive sound, - a processing unit configured to provide a processed audio signal for compensating a hearing loss of a user, - a printed circuit board comprising a first layer, - an antenna provided as an electrically conductive material on the first layer, - a wireless communication unit for wireless communication, - a polarization element configured for forming the polarization of the antenna, where the polarization element is provided on a flexible printed circuit board; wherein the printed circuit board comprises a first pad, and wherein the polarization element comprises a first end, and wherein the first end is interconnected with the first pad; wherein the printed circuit board comprises a second pad, and wherein the polarization element comprises a second end; and wherein the second end is interconnected with the second pad. - a microphone configured to receive sound, - a processing unit configured to provide a processed audio signal for compensating a hearing loss of a user, - a printed circuit board comprising a first layer, - an antenna provided as an electrically conductive material on the first layer, - a wireless communication unit for wireless communication, - a polarization element configured for forming the polarization of the antenna, where the polarization element is provided on a flexible printed circuit board;
System for the continuous production of a spunbonded fabric web from filaments, in particular from aerodynamically stretched filaments, preferably from thermoplastic material, comprising at least one spinneret, a cooling chamber for cooling the filaments, a drawing unit and a deposition device for the deposition of the filaments to form the spunbonded fabric web, wherein at least one filament guiding device having a plurality of filament guiding gaps open towards the drawing unit is provided between the drawing unit and the deposition device, wherein the filament guiding device or at least one guide component of the filament guiding device can be moved such that the filament guiding gap or the drawing unit-side openings thereof are displaced, in particular displaced transversely to the conveying direction of the spunbonded fabric web such that the filaments or filament bundles guided along or through the filament guiding gap are given a transverse orientation with respect to the conveying direction of the spunbonded fabric web when deposited onto the deposition device.
A fastening arrangement for attaching solar panels or glass elements, wherein the fastening arrangement comprises a first elongated part for attaching a first solar panel or glass element by the first edge of the solar panel or glass element and a second elongated part for attaching a second solar panel or glass element by the second edge of the solar panel or glass element, which first part comprises a level, which has a fastening surface for a fastener, a protrusion perpendicular to and on the opposite side in relation to the fastening surface, and an oblique protrusion between the level and the protrusion, which oblique protrusion extends further in relation to the protrusion than the edge of the level toward the oblique protrusion, and between which oblique protrusion and level there is a recess, which second part comprises a fastening protrusion to be set in the recess of the first part, a second level, which has a second fastening surface for a fastener, and a second protrusion, which is perpendicular in relation to the level and on the side of the second fastening surface, and the fastening protrusion is in relation to the second protrusion on the opposite side to the level, which fastening surface and second fastening surface are arranged to be on the same level when the fastening protrusion is set in the recess, and the free end of which second protrusion is arranged to be above the solar panels or glass elements to be attached. wherein the fastening arrangement comprises a first elongated part for attaching a first solar panel or glass element by the first edge of the solar panel or glass element and a second elongated part for attaching a second solar panel or glass element by the second edge of the solar panel or glass element, which first part comprises a level, which has a fastening surface for a fastener, a protrusion perpendicular to and on the opposite side in relation to the fastening surface, and an oblique protrusion between the level and the protrusion, which oblique protrusion extends further in relation to the protrusion than the edge of the level toward the oblique protrusion, and between which oblique protrusion and level there is a recess, which second part comprises a fastening protrusion to be set in the recess of the first part, a second level, which has a second fastening surface for a fastener, and a second protrusion, which is perpendicular in relation to the level and on the side of the second fastening surface, and the fastening protrusion is in relation to the second protrusion on the opposite side to the level, which fastening surface and second fastening surface are arranged to be on the same level when the fastening protrusion is set in the recess, and the free end of which second protrusion is arranged to be above the solar panels or glass elements to be attached.
Prevention system against motorcar-theft of a motorcar with manual transmission, for installation subsequently to the production of the motorcar, which system is adapted to adjust to the operation of the engine of the motorcar and to be active automatically, said system comprising an ignition switch supplied by a battery of the motorcar and a central electronic unit provided with a control processor as well as a drive unit with an electric motor controlled by the central electronic unit, wherein said drive unit comprises an electric motor, a transmission, a shaft of trapezoidal thread and a bowden-cable mover adapted to move between an open position and closed position of the drive unit, and the system further comprises a hydraulic pressure-reducing unit (90, 96) operated by the drive unit for deactivating the clutch, and interlocking units (8, 10, 11, 9) for interlocking the lock of the engine compartment, the hydraulics, the gear-box and optionally the lock of the luggage compartment, which are connected to the drive unit via the bowden-cable mover and interlocking-control bowden-cables (76, 77, 78, 79), characterized in that the drive unit, which is automatically switched on when the engine of the motorcar is stopped, maintains an interlocked protective state even when the battery is completely depleted, said drive unit is associated with a control unit for controlling the switch-on conditions of the protection, said switch-on conditions including the switched-off state of the ignition switch, a signal of a charge sensor on a charge-free state of the battery, and a signal of a vibration sensor on a vibration-free state of the motorcar, wherein the interlocking unit of the gear-box is arranged near the linkage of the gear-box, and the pressure-reducing unit (90, 96) is provided with a means for limiting the pressure generated behind the piston of the clutch cylinder.
An apparatus for assisting a human operator in flying a drone using a remote controller, comprising: an internal data communication interface configured to receive data related to the flying from the remote controller; an augmented reality display configured to display the data related to the flying to the human operator; one or more memories including computer program code; and one or more processors configured to execute the computer program code to cause the apparatus to perform at least the following: superimposing, on the augmented reality display, a target symbol indicating a position of the drone while the human operator is looking towards the drone; superimposing, on the augmented reality display, an orientation symbol indicating an orientation of the drone while the human operator is looking towards the drone; superimposing, on the augmented reality display, a map showing a geographic location of the human operator, a geographic location of the drone, and a waypoint; and superimposing, on the augmented reality display a vertical waypoint symbol starting from a geographic location of the waypoint on the ground and extending towards a predetermined altitude of the waypoint while the human operator is looking towards the drone in the air. an internal data communication interface configured to receive data related to the flying from the remote controller; an augmented reality display configured to display the data related to the flying to the human operator; one or more memories including computer program code; and one or more processors configured to execute the computer program code to cause the apparatus to perform at least the following: superimposing, on the augmented reality display, a target symbol indicating a position of the drone while the human operator is looking towards the drone; superimposing, on the augmented reality display, an orientation symbol indicating an orientation of the drone while the human operator is looking towards the drone; superimposing, on the augmented reality display, a map showing a geographic location of the human operator, a geographic location of the drone, and a waypoint; and superimposing, on the augmented reality display a vertical waypoint symbol starting from a geographic location of the waypoint on the ground and extending towards a predetermined altitude of the waypoint while the human operator is looking towards the drone in the air. superimposing, on the augmented reality display, a target symbol indicating a position of the drone while the human operator is looking towards the drone; superimposing, on the augmented reality display, an orientation symbol indicating an orientation of the drone while the human operator is looking towards the drone; superimposing, on the augmented reality display, a map showing a geographic location of the human operator, a geographic location of the drone, and a waypoint; and superimposing, on the augmented reality display a vertical waypoint symbol starting from a geographic location of the waypoint on the ground and extending towards a predetermined altitude of the waypoint while the human operator is looking towards the drone in the air.
Gas pressure controller, comprising: - a controller housing with an inflow opening and an outflow opening; - a membrane; - a valve assembly placed between the inflow opening and the outflow opening and comprising: - a valve seat and a closing mechanism movable relative thereto for adjusting and/or closing an effective throughflow opening from the inflow opening to the outflow opening; and - a control shaft which is connected to one of the closing mechanism and the valve seat and which connects the one of the closing mechanism and the valve seat to the membrane, wherein the membrane is configured to further open and/or close the valve via the control shaft subject to the gas pressure on the membrane, characterized in that the valve assembly is releasably connectable as a whole without releasing the components of the valve assembly from each other to the controller housing and the membrane. - a controller housing with an inflow opening and an outflow opening; - a membrane; - a valve assembly placed between the inflow opening and the outflow opening and comprising: - a valve seat and a closing mechanism movable relative thereto for adjusting and/or closing an effective throughflow opening from the inflow opening to the outflow opening; and - a control shaft which is connected to one of the closing mechanism and the valve seat and which connects the one of the closing mechanism and the valve seat to the membrane, - a valve seat and a closing mechanism movable relative thereto for adjusting and/or closing an effective throughflow opening from the inflow opening to the outflow opening; and - a control shaft which is connected to one of the closing mechanism and the valve seat and which connects the one of the closing mechanism and the valve seat to the membrane,