mhurhangee/ep-ind-claims huggingface dataset:
Voltage transformer (1; 20) comprising: - a body with primary windings and secondary windings coupled to each other by electromagnetic induction; - a measuring device electrically connected to the secondary windings via a first fuse; characterized by - a relay having a coil and at least one pole with normally open contacts (7, 8), wherein the at least one pole is thrown by energizing the coil, wherein the coil is arranged in series with the primary windings and wherein the at least one pole with normally open contacts (7, 8) is arranged between the secondary windings via the first fuse in order to short circuit the first fuse when the pole is thrown. - a body with primary windings and secondary windings coupled to each other by electromagnetic induction; - a measuring device electrically connected to the secondary windings via a first fuse; characterized by - a relay having a coil and at least one pole with normally open contacts (7, 8), wherein the at least one pole is thrown by energizing the coil, wherein the coil is arranged in series with the primary windings and wherein the at least one pole with normally open contacts (7, 8) is arranged between the secondary windings via the first fuse in order to short circuit the first fuse when the pole is thrown.
A bone plate assembly, comprising: a plate member (1, 1') with a top side (1a, 1a') and a bottom side (1b, 1b'); at least one hole (2, 2') extending from the top side (1a, 1a') to the bottom side (1b, 1b'); an insert (3, 300, 300', 3000) arranged in the hole, the insert having a top side (3a, 300a) and a bottom side (3b, 300b) and a through hole wherein the through-hole widens into a spherical segment-shaped inner surface portion (32, 302, 3003) in the direction of the bottom side (3b, 300b) of the insert; and a guide member (4, 4', 400, 400', 4000) for guiding a drill, a K-wire or another instrument, the guide member being removably arranged in the through hole of the insert, the guide member having a guide channel (40, 40') and an outer surface portion which engages an inner wall portion of the through hole so as to allow a pivoting movement of the guide member within the insert; wherein the spherical segment-shaped inner surface portion (32,302, 3003) of the insert cooperates with a spherically-shaped outer surface portion (41, 401', 401") of the guide member and wherein the guide member has a shaft portion (42, 402', 402") and further wherein the insert further comprises a recess (34, 3002, 301) at the top side (3a, 300a), the recess being configured to provide space for the pivoting of the guide member, characterised in that: the hole has an internal thread portion and the insert is screwed into the hole. a plate member (1, 1') with a top side (1a, 1a') and a bottom side (1b, 1b'); at least one hole (2, 2') extending from the top side (1a, 1a') to the bottom side (1b, 1b'); an insert (3, 300, 300', 3000) arranged in the hole, the insert having a top side (3a, 300a) and a bottom side (3b, 300b) and a through hole wherein the through-hole widens into a spherical segment-shaped inner surface portion (32, 302, 3003) in the direction of the bottom side (3b, 300b) of the insert; and a guide member (4, 4', 400, 400', 4000) for guiding a drill, a K-wire or another instrument, the guide member being removably arranged in the through hole of the insert, the guide member having a guide channel (40, 40') and an outer surface portion which engages an inner wall portion of the through hole so as to allow a pivoting movement of the guide member within the insert; wherein the spherical segment-shaped inner surface portion (32,302, 3003) of the insert cooperates with a spherically-shaped outer surface portion (41, 401', 401") of the guide member and wherein the guide member has a shaft portion (42, 402', 402") and further wherein the insert further comprises a recess (34, 3002, 301) at the top side (3a, 300a), the recess being configured to provide space for the pivoting of the guide member, characterised in that: the hole has an internal thread portion and the insert is screwed into the hole.
Feedback control circuitry comprising: rate limiter circuitry configured to generate a rate limited position command based on a position command for a controlled component and based on a speed command for the controlled component, the position command and the speed command being received from a flight computer; error adjustment circuitry (3122, 3124) configured to apply a control gain (2926, 2928) to an error signal to generate an adjusted error signal, the error signal based on position feedback and the rate limited position command, the position feedback indicating a position (366, 2002) of the controlled component; and an output terminal configured to output a current command generated based on the adjusted error signal, wherein generating the rate limited position command includes modifying the position command based on the speed command prior to applying the control gain (2926, 2928) to the error signal. rate limiter circuitry configured to generate a rate limited position command based on a position command for a controlled component and based on a speed command for the controlled component, the position command and the speed command being received from a flight computer; error adjustment circuitry (3122, 3124) configured to apply a control gain (2926, 2928) to an error signal to generate an adjusted error signal, the error signal based on position feedback and the rate limited position command, the position feedback indicating a position (366, 2002) of the controlled component; and an output terminal configured to output a current command generated based on the adjusted error signal, wherein generating the rate limited position command includes modifying the position command based on the speed command prior to applying the control gain (2926, 2928) to the error signal.
An antibody specifically binding to the epidermal growth factor receptor (EGFR), comprising: a) a heavy chain variable region comprising complementarity determining region 1, CDR 2, and CDR 3 having the amino acid sequences of SEQ ID NOs: 1, 2, and 3, respectively; b) a light chain variable region comprising CDR 1, CDR 2, and CDR 3 having the amino acid sequences of SEQ ID NOs: 4, 5, and 6, respectively c) a heavy chain constant region; and d) a light chain constant region. a) a heavy chain variable region comprising complementarity determining region 1, CDR 2, and CDR 3 having the amino acid sequences of SEQ ID NOs: 1, 2, and 3, respectively; b) a light chain variable region comprising CDR 1, CDR 2, and CDR 3 having the amino acid sequences of SEQ ID NOs: 4, 5, and 6, respectively c) a heavy chain constant region; and d) a light chain constant region.
Crystalline form of 5-amino-2,3-dihydrophthalazine-1,4-dione sodium salt, characterized by the crystallography values determined by means of x-ray powder diagrams: D values: 13.131; 7.987; 7.186; 6.566; 6.512; 5.372; 3.994; 3.662; 3.406; 3.288; 3.283; 3.222; 3.215; 3.127; 2.889 and 2-theta values: 6.73; 11.07; 12.31; 13.48; 13.59; 16.49; 22.24; 24.29; 26.14; 27.10; 27.14; 27.67; 27.72; 28.52; 30.93. D values: 13.131; 7.987; 7.186; 6.566; 6.512; 5.372; 3.994; 3.662; 3.406; 3.288; 3.283; 3.222; 3.215; 3.127; 2.889 and 2-theta values: 6.73; 11.07; 12.31; 13.48; 13.59; 16.49; 22.24; 24.29; 26.14; 27.10; 27.14; 27.67; 27.72; 28.52; 30.93.
An assembly for removable connection to a patient interface, the assembly comprising a skeleton portion formed from a first material, the skeleton portion including a first connection region for connecting with a patient interface, the first connection region comprising engagement tabs, the first connection region defining a first arcuate region, a gap at the first connection region, the gap being adapted to permit the first connection region to flex, first supports, and second supports; and a second component formed to the skeleton portion, the second component formed from a second material, the second component including engagement portions, the engagement portions being supported by the second supports, the assembly being adapted such that when the engagement portions are pressed, the first supports are displaced inwards and deform the first connection region such that the engagement tabs are moved from an engaged position to a disengaged position. a first connection region for connecting with a patient interface, the first connection region comprising engagement tabs, the first connection region defining a first arcuate region, a gap at the first connection region, the gap being adapted to permit the first connection region to flex, first supports, and second supports; and engagement portions, the engagement portions being supported by the second supports,
Air outlet for ceiling or wall openings or floor outlets in a building, having at least two identically designed side strips (1.1, 1.2) which form an outlet opening, wherein at least one nozzle is arranged in the outlet opening, wherein the at least one nozzle is arranged in a supporting shell, characterized in that the supporting shell engages with side walls (4.1, 4.2) in clamping strips (5.1, 5.2) which project laterally outwards from at least two side strips (1.1, 1.2), and in that spacers are provided between the side strips (1.1, 1.2).
A torque sensing device comprising: a shaft having a first magnetically conditioned region and a second, oppositely polarized magnetically conditioned region; a first magnetic field sensing device having a first sensitivity direction (m A) substantially axially aligned with and positioned proximate to the first magnetically conditioned region; a second magnetic field sensing device having a second sensitivity direction (m B) substantially axially aligned with and positioned proximate to the second magnetically conditioned region; and characterized in that the torque sensing unit further comprises an electrical or mechanical switching device for switching between a first electrical connection state for signal detection and a second electrical connection state for noise detection, wherein the switching device is adapted to switch at a frequency greater than a bandwidth of the circuit incorporating the magnetic field sensors (152, 154), such that in the first electrical connection state, the first magnetic field sensing device and the second magnetic field sensing device have their sensitivity directions (m A, m B) oppositely oriented, and, in the second electrical connection state, the first magnetic field sensing device and the second magnetic field sensing device have their sensitivity directions (m A, m B) oriented in the same direction. a shaft having a first magnetically conditioned region and a second, oppositely polarized magnetically conditioned region; a first magnetic field sensing device having a first sensitivity direction (m A) substantially axially aligned with and positioned proximate to the first magnetically conditioned region; a second magnetic field sensing device having a second sensitivity direction (m B) substantially axially aligned with and positioned proximate to the second magnetically conditioned region; and characterized in that the torque sensing unit further comprises an electrical or mechanical switching device for switching between a first electrical connection state for signal detection and a second electrical connection state for noise detection, wherein the switching device is adapted to switch at a frequency greater than a bandwidth of the circuit incorporating the magnetic field sensors (152, 154), such that in the first electrical connection state, the first magnetic field sensing device and the second magnetic field sensing device have their sensitivity directions (m A, m B) oppositely oriented, and, in the second electrical connection state, the first magnetic field sensing device and the second magnetic field sensing device have their sensitivity directions (m A, m B) oriented in the same direction.
Elevator operating device for an elevator system comprising: a housing; a display device arranged in the housing; an input device arranged in the housing, and a control device (40, 42) arranged in the housing which is connected to the display device and the input device and which can be communicatively coupled to an elevator controller (8, 12) of the elevator system, characterized in that the control device (40, 42) controls the display device in such a way that it displays a single destination floor permanently assigned to the elevator operating device and confirms an elevator call entered via the input device, an input of an elevator call at the elevator operating device generating a destination call which comprises data which, as the entry floor, indicates a floor (F1, F2) on which the elevator operating device is arranged, and specify as the destination floor the destination floor permanently assigned to the elevator operating device. a housing; a display device arranged in the housing; an input device arranged in the housing, and a control device (40, 42) arranged in the housing which is connected to the display device and the input device and which can be communicatively coupled to an elevator controller (8, 12) of the elevator system, characterized in that the control device (40, 42) controls the display device in such a way that it displays a single destination floor permanently assigned to the elevator operating device and confirms an elevator call entered via the input device, an input of an elevator call at the elevator operating device generating a destination call which comprises data which, as the entry floor, indicates a floor (F1, F2) on which the elevator operating device is arranged, and specify as the destination floor the destination floor permanently assigned to the elevator operating device.
Method for the fabrication of resistant elements for use in construction, where the resistant element is one selected from among wall, partition, pillar, or roof, the method comprising the steps of: - printing, using a 3D printer, the mould or formwork of a resistant element, leaving a space to be filled with a resistant material such as cement or concrete, and also providing in the mould or formwork hollow spaces to accommodate elements of service facilities such as water, electricity, gas, and home automation; - filling the moulding space with said resistant material; and - keeping the 3D printed mould in place, without removing it, which acts as a finishing material of that resistant element, whether as finishing for the wall facing, trim, or plastering of same. - printing, using a 3D printer, the mould or formwork of a resistant element, leaving a space to be filled with a resistant material such as cement or concrete, and also providing in the mould or formwork hollow spaces to accommodate elements of service facilities such as water, electricity, gas, and home automation; - filling the moulding space with said resistant material; and - keeping the 3D printed mould in place, without removing it, which acts as a finishing material of that resistant element, whether as finishing for the wall facing, trim, or plastering of same.
An antiviral compound for use in inhibiting of one or more replication phases of high risk Human Papilloma Virus, wherein the compound is selected from the group consisting of
Device in a liquid for damping and scattering hydrosound in the liquid, in particular water, by means of an envelope body enclosing a gas, wherein the device can be flowed through by the liquid and has a plurality of envelope bodies each enclosing a gas, which are spaced apart from one another and are each surrounded by the liquid, wherein the device further has a carrier element and a mass body, wherein the envelope bodies are arranged at a distance from one another on the carrier element and the envelope bodies can be arranged at a distance from one another radially, axially and in the circumferential direction with respect to a body emitting a hydrosound, characterised in that the envelope bodies are filled with the gas and a soft, foam-like, open-pored and/or closed-pored material, and the carrier element and the envelope bodies are produced in one piece from a thin, elastic tube material, the envelope bodies of the same and/or different sizes being delimited by constrictions or welded webs of the tube material.
A system comprising: a first radio configured to transmit and receive microwave signals at a first frequency, the first radio including a midfield coupler configured to convert signals from the first radio to signals with a non-negligible H-field component parallel to a surface of the midfield coupler and to focus the converted signals to a location within tissue that is within a wavelength, as measured in air, of the microwave signals; and an at least partially implantable biocompatible device comprising a second radio, the second radio including an E-field based antenna, characterised by a phase matching network comprising a phase shifter, the phase shifter electrically coupled to the midfield coupler and configured to adjust a phase of a signal to be provided to the midfield coupler based on a determined power of a signal received at the second radio. a first radio configured to transmit and receive microwave signals at a first frequency, the first radio including a midfield coupler configured to convert signals from the first radio to signals with a non-negligible H-field component parallel to a surface of the midfield coupler and to focus the converted signals to a location within tissue that is within a wavelength, as measured in air, of the microwave signals; and an at least partially implantable biocompatible device comprising a second radio, the second radio including an E-field based antenna, characterised by a phase matching network comprising a phase shifter, the phase shifter electrically coupled to the midfield coupler and configured to adjust a phase of a signal to be provided to the midfield coupler based on a determined power of a signal received at the second radio.
A tyre for vehicle wheels comprising at least one structural element comprising a cross-linked elastomeric material obtained by cross-linking a cross-linkable elastomeric composition comprising carbon nanotubes, wherein said carbon nanotubes are obtained with an iron oxides and/or aluminium oxides based catalyst substantially free of Co, Ni and Mo.
A bale cutting apparatus of the type comprising attachment means for coupling the apparatus to a prime mover, and a cutting means (4,8) to cut through a bale containing fodder, the cutting means (4,8) being operable to retain the bale against a stop member and to prevent the bale from moving under force of gravity away from the stop member, characterised in that the cutting means (4,8) is further operable to commence the cutting operation at the base of the bale and to move upwardly through the bale to cut through the bale, such that at the conclusion of the cutting operation, the cutting means (4,8) is at the uppermost point of its travel and cooperates with the stop member in retaining the covering materials so that the fodder is discharged from the bale without any bale covering materials being dispensed with the fodder.
A method for increasing plant resistance to one or more plant pathogens and/or inducing one or more plant defense responses to inhibit plant pathogen growth and/or infestation, said method comprising contacting said plant or plant part with an effective amount of at least one ascaroside, wherein said ascaroside has the formula: wherein n=7 (ascr#18).
Method for manufacturing a plug connector arrangement comprising a plug connector and a coaxial cable attached thereto, in which a) a supporting sleeve is pushed onto an end of the coaxial cable, b) an outer conductor of the coaxial cable is folded back over the supporting sleeve, and c) the end of the coaxial cable together with the supporting sleeve is introduced into a sleeve portion of the plug connector, d) the supporting sleeve is first moved, relative to the coaxial cable and the plug connector, into the sleeve portion as far as an axial limit stop e) the sleeve portion is then crimped together with the end of the coaxial cable carrying the supporting sleeve. a) a supporting sleeve is pushed onto an end of the coaxial cable, b) an outer conductor of the coaxial cable is folded back over the supporting sleeve, and c) the end of the coaxial cable together with the supporting sleeve is introduced into a sleeve portion of the plug connector, d) the supporting sleeve is first moved, relative to the coaxial cable and the plug connector, into the sleeve portion as far as an axial limit stop e) the sleeve portion is then crimped together with the end of the coaxial cable carrying the supporting sleeve.
A rotary actuated high lift gapped aileron deployment linkage mechanism comprising: a rotary actuator operable to couple a high lift gapped aileron to a fluid-dynamic body at a hinge line of a rotary actuated high lift gapped aileron and the rotary actuator and operable to move said rotary actuated high lift gapped aileron; a cove lip door linkage arranged to be coupled to said rotary actuated high lift gapped aileron and a cove lip door, and operable to rotate a cove lip door in response to a rotary actuation of the rotary actuator; and a droop panel linkage arranged to be coupled to said rotary actuated high lift gapped aileron and a droop panel and operable to move a droop panel in response to the rotary actuation. a rotary actuator operable to couple a high lift gapped aileron to a fluid-dynamic body at a hinge line of a rotary actuated high lift gapped aileron and the rotary actuator and operable to move said rotary actuated high lift gapped aileron; a cove lip door linkage arranged to be coupled to said rotary actuated high lift gapped aileron and a cove lip door, and operable to rotate a cove lip door in response to a rotary actuation of the rotary actuator; and a droop panel linkage arranged to be coupled to said rotary actuated high lift gapped aileron and a droop panel and operable to move a droop panel in response to the rotary actuation.
A method performed by an access point, AP, (110, 300, 610, 620) comprising: selecting a number of basic service sets, BSSs, from a plurality of BSSs, wherein the selected number of BSSs is a subset of the plurality of BSSs; allocating one or more random-access resource units, RUs, to each of the selected BSSs; and transmitting, for each of the selected BSSs, a respective frame indicating the random-access RUs allocated to that BSS; wherein each of the frames is transmitted on a different RU; and wherein the frames are aggregated in a downlink multi-user physical layer protocol data unit, DL MU PPDU. selecting a number of basic service sets, BSSs, from a plurality of BSSs, wherein the selected number of BSSs is a subset of the plurality of BSSs; allocating one or more random-access resource units, RUs, to each of the selected BSSs; and transmitting, for each of the selected BSSs, a respective frame indicating the random-access RUs allocated to that BSS; wherein each of the frames is transmitted on a different RU; and wherein the frames are aggregated in a downlink multi-user physical layer protocol data unit, DL MU PPDU.
An isolated polypeptide having a sequence of SEQ ID NO: 1, or a variant of SEQ ID NO: 1 having at least about 75% identity to SEQ ID NO: 1, wherein the polypeptide has a rate constant for disulfide reduction at pH 5.0 that is greater than human thioredoxin.