mhurhangee/ep-ind-claims huggingface dataset:
A remotely controlled packable robot comprising: a chassis; right and left main tracks (14a, 14b) for maneuvering the chassis; right and left tracked rotatable flipper arms (16a, 16b) for maneuvering the chassis; and an integrated drive assembly for each main track and flipper pair including: a motor in a housing attached to the chassis for rotating the flipper, and a stator and rotor disposed about the motor housing for driving the main track and the flipper track, the stator affixed about the housing and including teeth with windings thereabout. a chassis; right and left main tracks (14a, 14b) for maneuvering the chassis; right and left tracked rotatable flipper arms (16a, 16b) for maneuvering the chassis; and an integrated drive assembly for each main track and flipper pair including: a motor in a housing attached to the chassis for rotating the flipper, and a stator and rotor disposed about the motor housing for driving the main track and the flipper track, the stator affixed about the housing and including teeth with windings thereabout. a motor in a housing attached to the chassis for rotating the flipper, and a stator and rotor disposed about the motor housing for driving the main track and the flipper track, the stator affixed about the housing and including teeth with windings thereabout.
An aircraft component having an external surface and comprising a lightning strike protection surface film disposed on or proximate to the external surface and including a preform comprising a substrate having a first areal weight density, the aircraft component being characterised in that the preform further comprises a plurality of spaced carbon nanotubes grown on the substrate, the nanotubes having a second areal weight density wherein the sum of the first areal weight density and the second areal weight density is less than about 500 grams per square meter, and wherein the preform has a surface resistance less than about 1 ohm/square.
A live attenuated dengue-1 virus strain which comprises sequence SEQ ID No.3 wherein at least nucleotides at positions 5962 and 7947 are mutated so that the Cytosine residue at position 5962 is replaced by Adenine and the Adenine residue at position 7947 is replaced by Guanine, with the proviso that the following nucleotides are not mutated: 1323, 1541, 1543, 1545, 1567, 1608, 2363, 2695, 2782, 5063, 6048, 6806, 7330, and 9445.
Apparatus comprising: a photovoltaic cell arrangement having: a front surface and a rear surface, and first and second conductor patterns forming electrodes of the photovoltaic cell arrangement on different ones of the front and rear surfaces, wherein the first conductor pattern comprises at least one loop, and wherein the apparatus comprises at least a first terminal connected to the second conductor pattern, and second and third terminals (29, 30) connected to different ends of the at least one loop of the first conductor pattern; the apparatus further comprising a power management module configured to power at least one electronic circuit with electrical power provided at the second and third terminals. a photovoltaic cell arrangement having: a front surface and a rear surface, and first and second conductor patterns forming electrodes of the photovoltaic cell arrangement on different ones of the front and rear surfaces, wherein the first conductor pattern comprises at least one loop, and wherein the apparatus comprises at least a first terminal connected to the second conductor pattern, and second and third terminals (29, 30) connected to different ends of the at least one loop of the first conductor pattern; a front surface and a rear surface, and first and second conductor patterns forming electrodes of the photovoltaic cell arrangement on different ones of the front and rear surfaces, wherein the first conductor pattern comprises at least one loop, and wherein the apparatus comprises at least a first terminal connected to the second conductor pattern, and second and third terminals (29, 30) connected to different ends of the at least one loop of the first conductor pattern; the apparatus further comprising a power management module configured to power at least one electronic circuit with electrical power provided at the second and third terminals.
A retrograde blood flow occlusion flushing device, comprising: a catheter body having a proximal end and an opposite distal end; at least one lumen defined longitudinally in the catheter body; an occluding component disposed proximate the distal end of the catheter body and extending radially outward from the catheter body; the occluding component activatable to transition from a collapsed state to an expanded state; the occluding component having an enlarged diameter in the expanded state relative to that while in the collapsed state as measured from a longitudinal axis of the catheter body; a flushing fluid deliverable through at least one lumen of the catheter body and exiting from a port defined in the catheter body; the port being disposed proximally of the occluding component, characterized in that the port is defined in a distal end of the catheter body; and the occluding component is a flap extending radially outward from the catheter body in the extended state and substantially flush in profile with an outer surface of the catheter body when in the collapsed state and the flap is automatically deployed by the flushing fluid exiting from the port. a catheter body having a proximal end and an opposite distal end; at least one lumen defined longitudinally in the catheter body; an occluding component disposed proximate the distal end of the catheter body and extending radially outward from the catheter body; the occluding component activatable to transition from a collapsed state to an expanded state; the occluding component having an enlarged diameter in the expanded state relative to that while in the collapsed state as measured from a longitudinal axis of the catheter body; a flushing fluid deliverable through at least one lumen of the catheter body and exiting from a port defined in the catheter body; the port being disposed proximally of the occluding component, characterized in that the port is defined in a distal end of the catheter body; and the occluding component is a flap extending radially outward from the catheter body in the extended state and substantially flush in profile with an outer surface of the catheter body when in the collapsed state and the flap is automatically deployed by the flushing fluid exiting from the port.
Method of detecting an error in an angle sensor adapted to determine the angular position of a shaft based on an angular position difference between a first output gear driven by the shaft and a second output gear driven by the shaft that differ in diameter (34, 36), comprising: Determining a reference value (18, 52) for the angular position of the shaft based on the angular position difference and the angular position of the first output gear, determining a comparison value (18', 52') for the angular position of the shaft based on the angular position difference and the angular position of the second output gear and a transmission ratio between the first output gear and the second output gear, and detecting the error when a comparison (93, 94) of the reference value (18, 52) and the comparison value (18', 52') satisfies a predetermined condition. Determining a reference value (18, 52) for the angular position of the shaft based on the angular position difference and the angular position of the first output gear, determining a comparison value (18', 52') for the angular position of the shaft based on the angular position difference and the angular position of the second output gear and a transmission ratio between the first output gear and the second output gear, and detecting the error when a comparison (93, 94) of the reference value (18, 52) and the comparison value (18', 52') satisfies a predetermined condition.
A method for press-forming a component having a hat-shaped or U-shaped cross section and comprising a curved portion curved in a widthwise direction along with a longitudinal direction and straight side portions connecting to the both ends of the curved portion from a sheet-shaped blank, wherein the blank is drawn to a hat-shaped or U-shaped cross section through a hat-shaped cross-sectional form having a top portion, vertical wall portions connecting at their upper end parts to both end parts of the top portion through fillet portions, and flange portions connecting at their internal end parts to the lower end parts of the vertical wall portions through fillet portions, and a material movement in the flange portion of the curved portion is caused in the drawing to mitigate tensile deformation or compression deformation in the circumferential direction generated in the flange portion of the curved portion, characterized in that the material movement in the flange portion of the curved portion mitigating tensile deformation or compression deformation in the circumferential direction generated in the flange portion of the curved portion is caused by setting a balance position of the material flowed in the straight side portion to the vertical wall portion on the side of the stretch flanging deformation in the curved portion or the fillet portion between the vertical wall portion and the flange portion and increasing the material flowed from the side of the shrink flanging deformation in the straight side portion to an extent exceeding the top portion. the blank is drawn to a hat-shaped or U-shaped cross section through a hat-shaped cross-sectional form having a top portion, vertical wall portions connecting at their upper end parts to both end parts of the top portion through fillet portions, and flange portions connecting at their internal end parts to the lower end parts of the vertical wall portions through fillet portions, and a material movement in the flange portion of the curved portion is caused in the drawing to mitigate tensile deformation or compression deformation in the circumferential direction generated in the flange portion of the curved portion, characterized in that the material movement in the flange portion of the curved portion mitigating tensile deformation or compression deformation in the circumferential direction generated in the flange portion of the curved portion is caused by setting a balance position of the material flowed in the straight side portion to the vertical wall portion on the side of the stretch flanging deformation in the curved portion or the fillet portion between the vertical wall portion and the flange portion and increasing the material flowed from the side of the shrink flanging deformation in the straight side portion to an extent exceeding the top portion.
An electromagnetic hybrid phased array system, comprising: a guided surface waveguide probe, wherein the guided surface waveguide probe comprises a charge terminal (T R)elevated over a ground; a contrawound toroidal helix antenna collocated with the guided surface waveguide probe, wherein the contrawound toroidal helix comprises ring elements spaced from each other and wrapped around the guided surface waveguide probe; and a signal source (S 1) applied to at least the guided surface waveguide probe, wherein the guided surface waveguide probe and the contrawound toroidal helix contribute individual vertical electric fields that form a radiation pattern based on the phase and amplitude characteristics of the individual vertical electric fields. a guided surface waveguide probe, wherein the guided surface waveguide probe comprises a charge terminal (T R)elevated over a ground; a contrawound toroidal helix antenna collocated with the guided surface waveguide probe, wherein the contrawound toroidal helix comprises ring elements spaced from each other and wrapped around the guided surface waveguide probe; and a signal source (S 1) applied to at least the guided surface waveguide probe, wherein the guided surface waveguide probe and the contrawound toroidal helix contribute individual vertical electric fields that form a radiation pattern based on the phase and amplitude characteristics of the individual vertical electric fields.
A buffered antibody formulation, comprising from 15 mg/ml to 35 mg/ml of an antibody comprising a heavy chain comprising the amino acid sequence of SEQ ID NO: 1 and a light chain comprising the amino acid sequence of SEQ ID NO: 2, a buffer comprising from 5 mM to 25 mM of sodium acetate, from 150 mM to 201 mM of sucrose, and from 0.03% (v/v) to 0.05% (v/v) of polysorbate 20, wherein the antibody formulation has a pH of from 5.6 to 5.8, wherein the antibody formulation is stable for at least 18 months when stored under refrigerated conditions at 5 °C.
Use of a linear alkyl benzene sulphonate anionic surfactant to improve the water distribution over the height of a mineral wool growth substrate containing hydrophobic binder, wherein the height of the mineral wool growth substrate is at least 75 mm.
A method for a user equipment, in the following also referred to as UE, comprising: receiving at least one signaling carrying scheduling information; receiving a first transmission via a first UE beam; receiving a second transmission via a second UE beam; and determining whether to combine the first transmission and the second transmission for decoding based on the at least one signaling; wherein, the first transmission and the second transmission occur concurrently; characterized in that said determining whether to combine the first transmission and the second transmission for decoding comprises determining that the first transmission and the second transmission include the same data unit if the first transmission and the second transmission are identified in a same scheduling information on a first beam. receiving at least one signaling carrying scheduling information; receiving a first transmission via a first UE beam; receiving a second transmission via a second UE beam; and determining whether to combine the first transmission and the second transmission for decoding based on the at least one signaling; wherein, the first transmission and the second transmission occur concurrently; characterized in that said determining whether to combine the first transmission and the second transmission for decoding comprises determining that the first transmission and the second transmission include the same data unit if the first transmission and the second transmission are identified in a same scheduling information on a first beam.
Conveying apparatus for items in the fish and meat processing industry, comprising a conveyor belt for conveying the items in a conveying direction, at least one mounting base extending at least along a partial section of the conveyor belt and at least one functional unit configured for interaction with the items, wherein each of the functional units is arranged on a holding means, wherein the holding means are designed and adapted in such a manner that each of the functional units is separably connected to the mounting base by means of the holding means and is arranged so as to be adjustable at least in the conveying direction, characterised in that the mounting base is a square profile, wherein the square profile is arranged in such a manner that one of the cross-sectional diagonals of the square profile is at least essentially parallel to the conveyor belt plane.
Method for manufacturing a protective case (100, 200) for electrical relays and/or fuses or other electrical components of a motor vehicle, comprising: - a step of providing a base comprising a set of walls, a main opening, and a secondary opening disposed in a plane substantially perpendicular to a plane of the main opening; - a step of selecting a closure element (101, 201), characterized in that the closure element (101, 201) has walls with a thickness less than a thickness of the walls of the base, or has notches, so as to have lower mechanical strength than the base, the closure element (101, 201) being selected from at least one first closure element and one second closure element, the first closure element being able to close off the secondary opening in order to form with the base a first protective case for electrical relays and/or fuses or other electrical components, the second closure element being able to close off the secondary opening in order to form with the base a second protective case for electrical relays and/or fuses or other electrical components with a different shape from the first protective case; - a step of fastening the selected closure element (101, 201) to the base. - a step of providing a base comprising a set of walls, a main opening, and a secondary opening disposed in a plane substantially perpendicular to a plane of the main opening; - a step of selecting a closure element (101, 201), characterized in that the closure element (101, 201) has walls with a thickness less than a thickness of the walls of the base, or has notches, so as to have lower mechanical strength than the base, the closure element (101, 201) being selected from at least one first closure element and one second closure element, the first closure element being able to close off the secondary opening in order to form with the base a first protective case for electrical relays and/or fuses or other electrical components, the second closure element being able to close off the secondary opening in order to form with the base a second protective case for electrical relays and/or fuses or other electrical components with a different shape from the first protective case; - a step of fastening the selected closure element (101, 201) to the base.
An ink jet printer, comprising: an ink jet head; and an ink jet head control circuit connected to the ink jet head and supplying a control signal to control the ink jet head, wherein the ink jet head includes: a nozzle; an ink chamber connected to the nozzle; an actuator configured to change a pressure of the ink chamber to eject ink from the nozzle; a driver circuit (35A, 35B) that is connected to a signal line on which the control signal from the ink jet head control circuit is supplied, and configured to generate a drive waveform for driving the actuator according to the control signal; and a non-volatile memory connected to the signal line and configured to store information of the ink jet head; and the ink jet head control circuit includes: a drive control circuit connected to the signal line and configured to output the control signal to the signal line; and a non-volatile memory control circuit that accesses the non-volatile memory via the signal line connected to the non-volatile memory. an ink jet head; and an ink jet head control circuit connected to the ink jet head and supplying a control signal to control the ink jet head, wherein the ink jet head includes: a nozzle; an ink chamber connected to the nozzle; an actuator configured to change a pressure of the ink chamber to eject ink from the nozzle; a driver circuit (35A, 35B) that is connected to a signal line on which the control signal from the ink jet head control circuit is supplied, and configured to generate a drive waveform for driving the actuator according to the control signal; and a non-volatile memory connected to the signal line and configured to store information of the ink jet head; and a nozzle; an ink chamber connected to the nozzle; an actuator configured to change a pressure of the ink chamber to eject ink from the nozzle; a driver circuit (35A, 35B) that is connected to a signal line on which the control signal from the ink jet head control circuit is supplied, and configured to generate a drive waveform for driving the actuator according to the control signal; and a non-volatile memory connected to the signal line and configured to store information of the ink jet head; and the ink jet head control circuit includes: a drive control circuit connected to the signal line and configured to output the control signal to the signal line; and a non-volatile memory control circuit that accesses the non-volatile memory via the signal line connected to the non-volatile memory. a drive control circuit connected to the signal line and configured to output the control signal to the signal line; and a non-volatile memory control circuit that accesses the non-volatile memory via the signal line connected to the non-volatile memory.
A multifunctional thermally insulating unit for openings for doors or windows, comprising - a box for accommodating a roll-up element, - two lateral shoulders (12, 13), which form with said box a compartment for a door or window, - fixed to a lateral shoulder, heat exchange means with two independent air flows which are configured to change the air of an indoor environment with external air, said heat exchange means with two independent air flows comprising: - a box-like container, which comprises a first internal face and an opposite second external face; - an internal air intake, for the passage of air of an indoor environment toward the inside of the box-like container, and an external air delivery port, for external air toward the indoor environment in output from the box-like container, being formed on said first internal face; - an external air intake port, for the passage of external air toward the inside of the box-like container, and an internal air delivery port, for air drawn from an indoor environment toward the external environment, in output from the box-like container, being formed on said second external face; - a heat exchange assembly; characterized in that the two independent air flows, one for incoming air flow and one for outgoing air flow, each passing independently through said heat exchange assembly. - a box for accommodating a roll-up element, - two lateral shoulders (12, 13), which form with said box a compartment for a door or window, - fixed to a lateral shoulder, heat exchange means with two independent air flows which are configured to change the air of an indoor environment with external air, - a box-like container, which comprises a first internal face and an opposite second external face; - an internal air intake, for the passage of air of an indoor environment toward the inside of the box-like container, and an external air delivery port, for external air toward the indoor environment in output from the box-like container, being formed on said first internal face; - an external air intake port, for the passage of external air toward the inside of the box-like container, and an internal air delivery port, for air drawn from an indoor environment toward the external environment, in output from the box-like container, being formed on said second external face; - a heat exchange assembly;