mhurhangee/ep-ind-claims huggingface dataset:
A method for off-line testing of a multi-phase alternating current machine, which machine comprises at least two stator windings (4-1, 4-2, 4-3), and a rotor arranged along a rotation axis, which method comprises: determining, at a first rotor position, a physical stator quantity of each stator winding by applying a test signal to each stator winding and measuring a response signal for each stator winding caused by the application of the test signal, and determining a first joint physical stator quantity by summing the determined physical stator quantities of the stator windings. determining, at a first rotor position, a physical stator quantity of each stator winding by applying a test signal to each stator winding and measuring a response signal for each stator winding caused by the application of the test signal, and determining a first joint physical stator quantity by summing the determined physical stator quantities of the stator windings.
A device comprising a first and a second pipe, and including a first part and a second part which is assembled to said first part producing a confined space, wherein both parts (1, 2) are formed by two concentric rings, an inner ring (4, 21) of the same inner diameter as the pipe connected thereto, and an outer ring (3, 20), with the inner ring and the outer ring of each part (1, 2) joined together by a solid steel mantle (5, 22), wherein the inner ring of the first part has a cavity where a guide wedge of the inner ring of the second part is assembled, wherein at the bottom of the cavity of the first part there is a concavity accommodating a cylindrical fluorine elastomer ring, wherein at the end of the guide wedge of the inner ring of the second part there is a concavity confining said cylindrical fluorine elastomer ring to the concavity, wherein the contact surfaces between the inner rings (4, 21) are protected with a highly adhesive epoxy seal, the assembly of the first and second parts (1, 2) achieving a separation of 2 to 3 millimeters between the outer rings (3, 20) where a welded joint can be done, wherein the width (10, 23) of the solid steel mantle (5, 22) that separates the inner and outer rings of both parts (1, 2) is at least 50 millimeters, the thickness (14, 24) of the solid steel mantle (5, 22) and the thickness of the assembly area between the cavity of the first part and the guide wedge of the second part are each at least twice the thickness (40, 41) of the pipe.
A microfluidic device comprising: a first microfluidic channel formed by a recess in an upper layer by contact of the upper layer with a lower layer; and a second microfluidic channel formed by a recess in a lower layer by contact of the lower layer with a substrate layer; characterized in that: (a) the upper layer and lower layer are bonded together to form a monolithic elastomeric structure; (b) the first and second microfluidic channels (32, 30) both have arched profiles; (c) the first and second microfluidic channels (32, 30) are disposed at an angle to one another with a membrane portion of the lower layer separating the first and second microfluidic channels (32, 30); and (d) said membrane portion is configured and disposed so as to: (i) deflect into and thereby close the first channel in response to pressure within the second channel; and (ii) deflect into and thereby close the second channel in response to pressure within the first channel. a first microfluidic channel formed by a recess in an upper layer by contact of the upper layer with a lower layer; and a second microfluidic channel formed by a recess in a lower layer by contact of the lower layer with a substrate layer; (i) deflect into and thereby close the first channel in response to pressure within the second channel; and (ii) deflect into and thereby close the second channel in response to pressure within the first channel.
A water supply component comprising a water resistant cured silicone rubber; the water resistant cured silicone rubber obtained by curing a curable silicone rubber composition; the silicone rubber composition comprising at least one type of magnesium compound selected from the group consisting of magnesium oxide, magnesium hydroxide, and magnesium carbonate, wherein the composition comprises less than or equal to 3 %wt. of magnesium compound.
A radar sensor for use in a vehicle comprising: at least one transmitter and at least once receiver to transmit and receive radar signals of the radar sensor; an acceleration sensor to measure the acceleration of said radar sensor or the vehicle; a processor coupled to said acceleration sensor to calculate a tilt in a radar signal projected from said vehicle using said measured acceleration; a memory for storing said calculated radar tilt; wherein said sensor can process said measured acceleration and either adjust the tilt of said radar signal in response to said measured acceleration or classify the measured data, characterised in that: the radar sensor further comprises a beam corrector, wherein said beam corrector will compare said calculated radar tilt with a pre-set reference tilt and adjust said tilt to a pre-set value if the difference between the pre-set value and the reference value exceeds a set threshold. at least one transmitter and at least once receiver to transmit and receive radar signals of the radar sensor; an acceleration sensor to measure the acceleration of said radar sensor or the vehicle; a processor coupled to said acceleration sensor to calculate a tilt in a radar signal projected from said vehicle using said measured acceleration; a memory for storing said calculated radar tilt; wherein said sensor can process said measured acceleration and either adjust the tilt of said radar signal in response to said measured acceleration or classify the measured data, characterised in that: the radar sensor further comprises a beam corrector, wherein said beam corrector will compare said calculated radar tilt with a pre-set reference tilt and adjust said tilt to a pre-set value if the difference between the pre-set value and the reference value exceeds a set threshold.
A method of wireless communication performed by a user equipment, UE,, comprising: determining to report first channel state information, CSI, wherein the first CSI is periodic CSI and is associated with a first parameter that corresponds to a first priority level and indicates an ultra-reliable low latency communications, URLLC, service type; prioritizing the first CSI over second CSI being aperiodic CSI, which is associated with a second parameter that corresponds to a second priority level and indicates an enhanced mobile broadband, eMBB, service type, based at least in part on the first parameter and the second parameter; and transmitting an indication of the first CSI and dropping the second CSI based at least in part on prioritizing the first CSI over the second CSI. determining to report first channel state information, CSI, wherein the first CSI is periodic CSI and is associated with a first parameter that corresponds to a first priority level and indicates an ultra-reliable low latency communications, URLLC, service type; prioritizing the first CSI over second CSI being aperiodic CSI, which is associated with a second parameter that corresponds to a second priority level and indicates an enhanced mobile broadband, eMBB, service type, based at least in part on the first parameter and the second parameter; and transmitting an indication of the first CSI and dropping the second CSI based at least in part on prioritizing the first CSI over the second CSI.
A cell culture article (400; 500; 600; 700; 800) comprising: a frame having a well (410; 610) comprising: a side wall surface; a top aperture; and a transparent bottom surface adjacent the side wall surface, wherein at least a portion of the transparent bottom surface comprises at least one concave arcuate surface, characterised in that the sidewall surface is opaque; and in that the transparent bottom surface is a gas-permeable, liquid impermeable transparent bottom surface. a frame having a well (410; 610) comprising: a side wall surface; a top aperture; and a transparent bottom surface adjacent the side wall surface, wherein at least a portion of the transparent bottom surface comprises at least one concave arcuate surface, a side wall surface; a top aperture; and a transparent bottom surface adjacent the side wall surface, wherein at least a portion of the transparent bottom surface comprises at least one concave arcuate surface, characterised in that the sidewall surface is opaque; and in that the transparent bottom surface is a gas-permeable, liquid impermeable transparent bottom surface.
A disposable grill comprising a base tray at least including a bottom part and a top opening, and grate means comprising a load-carrying structure, wherein said grate means is adapted to cover at least a part of said top opening, and characterized in that said bottom part of said base tray and said load-carrying structure of said grate means are formed by a flammable material.
A horizontal-axis wind turbine comprising: a tower, a nacelle mounted at the top of the tower, and a rotor (200; 300) comprising a hub and at least two blades mounted to the hub, the rotor being coupled to a generator of the nacelle to generate electrical power, wherein each blade of the rotor comprises a radially-outer, energy-extraction portion and a radially-inner, ventilation portion, the radially-inner ventilation portion being shaped to, in use, ventilate a central area of a wake of the rotor by extracting low levels of energy from the wind or imparting additional energy to the central area of the wake, wherein the radially-inner portion of each blade has an axial length of greater than 15% of the length of the blade, wherein each blade has a length of at least 50 metres, wherein each blade includes a smooth transition from a local blade twist angle and aerodynamic shape of the radially-outer portion to a local blade twist angle and aerodynamic shape of the radially-inner portion, wherein the radially-inner portion of each blade is shaped so as to, in use, extract less than 2% of the total energy extracted by the blade, and wherein the turbine is configured such that, in use, the rotor ventilates a central area of a wake of the turbine. a tower, a nacelle mounted at the top of the tower, and a rotor (200; 300) comprising a hub and at least two blades mounted to the hub, the rotor being coupled to a generator of the nacelle to generate electrical power, wherein each blade of the rotor comprises a radially-outer, energy-extraction portion and a radially-inner, ventilation portion, the radially-inner ventilation portion being shaped to, in use, ventilate a central area of a wake of the rotor by extracting low levels of energy from the wind or imparting additional energy to the central area of the wake, wherein the radially-inner portion of each blade has an axial length of greater than 15% of the length of the blade, wherein each blade has a length of at least 50 metres, wherein each blade includes a smooth transition from a local blade twist angle and aerodynamic shape of the radially-outer portion to a local blade twist angle and aerodynamic shape of the radially-inner portion, wherein the radially-inner portion of each blade is shaped so as to, in use, extract less than 2% of the total energy extracted by the blade, and wherein the turbine is configured such that, in use, the rotor ventilates a central area of a wake of the turbine.
A display system comprising: a vehicle display including a braking efficiency indicator associated with a braking efficiency score; and a controller in communication with the vehicle display and characterized in that the controller is configured to: receive an input indicative of a braking request; determine that the braking request qualifies as a braking event if the vehicle speed is below a predetermined threshold; determine an amount of regenerative braking energy captured during the braking event; and output the braking efficiency score based on a comparison of the amount of regenerative braking energy captured and a total braking energy value associated with the braking event. a vehicle display including a braking efficiency indicator associated with a braking efficiency score; and a controller in communication with the vehicle display and characterized in that the controller is configured to: receive an input indicative of a braking request; determine that the braking request qualifies as a braking event if the vehicle speed is below a predetermined threshold; determine an amount of regenerative braking energy captured during the braking event; and output the braking efficiency score based on a comparison of the amount of regenerative braking energy captured and a total braking energy value associated with the braking event. receive an input indicative of a braking request; determine that the braking request qualifies as a braking event if the vehicle speed is below a predetermined threshold; determine an amount of regenerative braking energy captured during the braking event; and output the braking efficiency score based on a comparison of the amount of regenerative braking energy captured and a total braking energy value associated with the braking event.
A sensor (100, 170) for a wheel end assembly of a heavy-duty vehicle, said wheel end assembly including a wheel hub and a hub cap removably mounted on an outboard end of said wheel hub to prevent leakage of lubricant from the wheel hub, said sensor comprising: mounting means disposed in and secured to said hub cap; sensing means mounted on said mounting means to sense at least one operational condition of said vehicle; a processor mounted on said mounting means and electrically connected to said sensing means to process data from said sensing means; communication means (156,164) mounted on said mounting means and electrically connected to said processor to communicate said processed data to a user; and an electrical energy storage device mounted on said mounting means and electrically connected to said sensing means, said processor and said communication means to power said sensor. mounting means disposed in and secured to said hub cap; sensing means mounted on said mounting means to sense at least one operational condition of said vehicle; a processor mounted on said mounting means and electrically connected to said sensing means to process data from said sensing means; communication means (156,164) mounted on said mounting means and electrically connected to said processor to communicate said processed data to a user; and an electrical energy storage device mounted on said mounting means and electrically connected to said sensing means, said processor and said communication means to power said sensor.
A load arrangement for powering a load on a surface of a marine structure exposed to a liquid, the liquid constituting an electrically conductive medium, the load arrangement comprising: - a conductor arrangement to be arranged on the surface of the marine structure and structured for coupling to one pole of a power source, the other pole of the power source being coupled to the electrically conductive medium; - a carrier having a front surface to be in contact with the liquid and a back surface to cover part of the conductor arrangement and the surface of the marine structure, and the carrier comprising - a load arranged in the carrier and coupled between a first power node and a second power node for receiving supply current from the power source, - a front electrode at the front surface, connected to the first power node and arranged for coupling to the electrically conductive medium, and - a back electrode at the back surface, connected to the second power node and arranged for coupling to the conductor arrangement. - a conductor arrangement to be arranged on the surface of the marine structure and structured for coupling to one pole of a power source, the other pole of the power source being coupled to the electrically conductive medium; - a carrier having a front surface to be in contact with the liquid and a back surface to cover part of the conductor arrangement and the surface of the marine structure, and the carrier comprising - a load arranged in the carrier and coupled between a first power node and a second power node for receiving supply current from the power source, - a front electrode at the front surface, connected to the first power node and arranged for coupling to the electrically conductive medium, and - a back electrode at the back surface, connected to the second power node and arranged for coupling to the conductor arrangement.
A method implemented by an agent device, the method comprising: receiving (500, 800, 900), by the agent device from a device, a bootstrap request message over a first communication channel; transmitting (504, 804, 904) a request message, by the agent device, to a coordinating device, the request message comprising the bootstrap request message and an address of the device; receiving (506, 806, 906) a response message, by the agent device, from the coordinating device, the response message comprising a bootstrap response message and the address of the device; and transmitting, by the agent device, to the device, the response message over a plurality of communication channels comprising different channel types of communication channels between the agent device and the device. receiving (500, 800, 900), by the agent device from a device, a bootstrap request message over a first communication channel; transmitting (504, 804, 904) a request message, by the agent device, to a coordinating device, the request message comprising the bootstrap request message and an address of the device; receiving (506, 806, 906) a response message, by the agent device, from the coordinating device, the response message comprising a bootstrap response message and the address of the device; and transmitting, by the agent device, to the device, the response message over a plurality of communication channels comprising different channel types of communication channels between the agent device and the device.
A method of increasing transcription of a target gene sequence in a human cell, the method comprising: contacting the human cell with a fusion protein, wherein the fusion protein comprises: a DNA-binding domain comprising a transcription activator-like effector (TALE) repeat array that binds specifically to a subsequence of the target gene sequence, and a transactivation domain that increases transcription of the target gene sequence, wherein: the subsequence is within a DNase I hypersensitive region of a regulatory region of the target gene sequence; the subsequence is 18-24 nucleotides long; the first nucleotide of the subsequence is a thymine; and the second nucleotide in the subsequence is an adenosine, the last nucleotide in the subsequence is a thymine, and/or the base composition percentage of the subsequence is other than 0-63% adenine, other than 11-63% cytosine, other than 0-25% guanine, or other than 2-42% thymine; thereby increasing transcription of the target gene sequence in the human cell. contacting the human cell with a fusion protein, wherein the fusion protein comprises: a DNA-binding domain comprising a transcription activator-like effector (TALE) repeat array that binds specifically to a subsequence of the target gene sequence, and a transactivation domain that increases transcription of the target gene sequence, wherein: the subsequence is within a DNase I hypersensitive region of a regulatory region of the target gene sequence; the subsequence is 18-24 nucleotides long; the first nucleotide of the subsequence is a thymine; and a DNA-binding domain comprising a transcription activator-like effector (TALE) repeat array that binds specifically to a subsequence of the target gene sequence, and a transactivation domain that increases transcription of the target gene sequence, wherein: the subsequence is within a DNase I hypersensitive region of a regulatory region of the target gene sequence; the subsequence is 18-24 nucleotides long; the first nucleotide of the subsequence is a thymine; and the subsequence is within a DNase I hypersensitive region of a regulatory region of the target gene sequence; the subsequence is 18-24 nucleotides long; the first nucleotide of the subsequence is a thymine; and the second nucleotide in the subsequence is an adenosine, the last nucleotide in the subsequence is a thymine, and/or the base composition percentage of the subsequence is other than 0-63% adenine, other than 11-63% cytosine, other than 0-25% guanine, or other than 2-42% thymine; thereby increasing transcription of the target gene sequence in the human cell.
An electrical power tool comprising: a housing; an electrical motor accommodated in the housing; a motion conversion mechanism configured to convert a rotary motion of the electrical motor into a reciprocation motion; a counterweight holding member capable of being elastically deformed in the directions of the reciprocation motion; a counterweight supported by the counterweight holding member and capable of reciprocating in the directions of reciprocation motion together with the counterweight holding member; and support members (71, 72) positioned away from the counterweight by a predetermined distance for supporting the counterweight holding member to the housing, the counterweight being interposed between the support members, characterized in that the counterweight holding member extends in a direction perpendicular to di rections of the reciprocation motion and has end portions corresponding to the support members, at least one of the end portions being movably supported with respect to the support members and movable in the direction perpendicular to the directions of the reciprocating motion by motion of the counterweight. a housing; an electrical motor accommodated in the housing; a motion conversion mechanism configured to convert a rotary motion of the electrical motor into a reciprocation motion; a counterweight holding member capable of being elastically deformed in the directions of the reciprocation motion; a counterweight supported by the counterweight holding member and capable of reciprocating in the directions of reciprocation motion together with the counterweight holding member; and support members (71, 72) positioned away from the counterweight by a predetermined distance for supporting the counterweight holding member to the housing, the counterweight being interposed between the support members, the counterweight holding member extends in a direction perpendicular to di rections of the reciprocation motion and has end portions corresponding to the support members, at least one of the end portions being movably supported with respect to the support members and movable in the direction perpendicular to the directions of the reciprocating motion by motion of the counterweight.