mhurhangee/ep-ind-claims huggingface dataset:
An eddy current deceleration device comprising: a stator including a cylindrical body and a plurality of magnets (22, 23) disposed on an outer circumferential surface of the cylindrical body; and a rotor including a cylindrical part that houses the cylindrical body, wherein the cylindrical part of the rotor includes, on an inner circumferential surface of the cylindrical part, in order closest to the inner circumferential surface: a first layer consisting of one of an Ni-P alloy that is an Ni alloy consisting of P with the balance being Ni and impurities and an Ni-B alloy that is an Ni alloy consisting of B with the balance being Ni and impurities; a second layer consisting of nickel; a third layer consisting of one of copper and copper alloy; a fourth layer consisting of nickel alloy; and a fifth layer consisting of nickel. a stator including a cylindrical body and a plurality of magnets (22, 23) disposed on an outer circumferential surface of the cylindrical body; and a rotor including a cylindrical part that houses the cylindrical body, wherein the cylindrical part of the rotor includes, on an inner circumferential surface of the cylindrical part, in order closest to the inner circumferential surface: a first layer consisting of one of an Ni-P alloy that is an Ni alloy consisting of P with the balance being Ni and impurities and an Ni-B alloy that is an Ni alloy consisting of B with the balance being Ni and impurities; a second layer consisting of nickel; a third layer consisting of one of copper and copper alloy; a fourth layer consisting of nickel alloy; and a fifth layer consisting of nickel. a first layer consisting of one of an Ni-P alloy that is an Ni alloy consisting of P with the balance being Ni and impurities and an Ni-B alloy that is an Ni alloy consisting of B with the balance being Ni and impurities; a second layer consisting of nickel; a third layer consisting of one of copper and copper alloy; a fourth layer consisting of nickel alloy; and a fifth layer consisting of nickel.
A computer implemented method for characterizing a fracture in an underground structure, the method comprising: receiving seismic data acquired during a seismic survey of the underground structure, and additional geological information; generating common midpoint, CMP, gathers of traces from the seismic data; for each interface encountered by traces in at least one of the CMP gathers: estimating angle-dependent azimuthal Fourier coefficients, FCs, performing a nonlinear inversion of amplitude versus offset and azimuth, AVOAz, equations built using the angle-dependent azimuthal Fourier coefficients to determine possible fracture orientations, and selecting one of the possible fracture orientations using constraints based on the additional geological information; and producing an image of the underground structure including the fracture with the selected one of the possible fracture orientations. receiving seismic data acquired during a seismic survey of the underground structure, and additional geological information; generating common midpoint, CMP, gathers of traces from the seismic data; for each interface encountered by traces in at least one of the CMP gathers: estimating angle-dependent azimuthal Fourier coefficients, FCs, performing a nonlinear inversion of amplitude versus offset and azimuth, AVOAz, equations built using the angle-dependent azimuthal Fourier coefficients to determine possible fracture orientations, and selecting one of the possible fracture orientations using constraints based on the additional geological information; and estimating angle-dependent azimuthal Fourier coefficients, FCs, performing a nonlinear inversion of amplitude versus offset and azimuth, AVOAz, equations built using the angle-dependent azimuthal Fourier coefficients to determine possible fracture orientations, and selecting one of the possible fracture orientations using constraints based on the additional geological information; and producing an image of the underground structure including the fracture with the selected one of the possible fracture orientations.
Method for de-icing a wind turbine rotor blade, comprising a wind turbine rotor blade de-icing system arranged on a rotor blade, said system comprising modular electrical heating elements (210, 211, 212, 213, 214, 220, 221, 222, 223, 230, 231, 232, 24), which are actuated in a cyclical, recurring, intermittent and/or continuous manner, at least one modular heating element (210, 211, 212, 213, 214, 220, 221, 222, 223, 230, 231, 232, 24) being provided with a temperature sensor and/or electrical ohmmeter, continuous measurement of measured environmental values being carried out and the wind turbine rotor blade de-icing system being activated when predetermined measured environmental values are reached, characterised in that when predetermined environmental conditions are reached, first a measurement cycle is started, a modular heating element (210, 211, 212, 213, 214, 220, 221, 222, 223, 230, 231, 232, 24) being actuated, the temperature profile (f = dT (t)) of which is measured and compared with a heating-element-specific temperature profile heating curve without ice, the wind turbine rotor blade de-icing system being activated for ice removal in the case of a reduced rise in temperature or the formation of a plateau/holding range in the course of the rise in temperature, and the wind turbine rotor blade de-icing system not being activated in the case of an equal increase and/or temperature profile.
A fluid pump system for a wearable fluid delivery device, comprising: a pump chamber (344; 444; 644) to store a fluid; a fluid path in fluid communication with the pump chamber and a reservoir (164; 212); a fluid path valve (330; 430; 530; 630; 730; 830; 930; 1030) operative to control a state of the fluid path, the fluid path valve comprising a fixed portion (332; 432; 532; 632; 732; 832; 932; 1032) and a movable portion (334; 434; 534; 634; 734; 834; 934; 1034); characterized by a shaft comprising a detent arm (320; 520; 620; 720; 820; 920; 1020) configured to move along the fixed portion responsive to a force imparted by an actuator (316; 616), wherein the fixed portion comprises a V-feature having a substantially V-shape, and wherein the movable portion comprises a substantially triangular projection extending from the movable portion to deflect a force of the shaft to cause the movable portion to pivot in one step from a first position to a second position, and in another step from the second position to the first position, responsive to being engaged by the shaft to change the state of the fluid path. a pump chamber (344; 444; 644) to store a fluid; a fluid path in fluid communication with the pump chamber and a reservoir (164; 212); a fluid path valve (330; 430; 530; 630; 730; 830; 930; 1030) operative to control a state of the fluid path, the fluid path valve comprising a fixed portion (332; 432; 532; 632; 732; 832; 932; 1032) and a movable portion (334; 434; 534; 634; 734; 834; 934; 1034); characterized by a shaft comprising a detent arm (320; 520; 620; 720; 820; 920; 1020) configured to move along the fixed portion responsive to a force imparted by an actuator (316; 616), wherein the fixed portion comprises a V-feature having a substantially V-shape, and wherein the movable portion comprises a substantially triangular projection extending from the movable portion to deflect a force of the shaft to cause the movable portion to pivot in one step from a first position to a second position, and in another step from the second position to the first position, responsive to being engaged by the shaft to change the state of the fluid path.
A zinc finger nuclease that cleaves an endogenous AAVS1 gene, the zinc finger nuclease comprising first and second zinc finger nucleases, wherein the first zinc finger nuclease comprises 6 zinc finger DNA-binding domains, each zinc finger DNA-binding domain comprising a recognition helix region wherein the recognition helix regions of the zinc finger DNA-binding domains are ordered F1 to F6 as follows: F1: RSDHLSR (SEQ ID NO:13) F2: TSGHLSR (SEQ ID NO:14) F3: YNWHLQR (SEQ ID NO:15) F4: RSDHLTT (SEQ ID NO:16) F5: HNYARDC (SEQ ID NO: 17); and F6: QNSTRIG (SEQ ID NO:18); and wherein the second zinc finger nuclease comprises 6 zinc finger DNA-binding domains, each zinc finger DNA-binding domain comprising a recognition helix region wherein the recognition helix regions of the zinc finger DNA-binding domains are ordered F1 to F6 as follows: F1: DRSNLSR (SEQ ID NO:19) F2: LKQHLTR (SEQ ID NO:20) F3: TSGNLTR (SEQ ID NO:21) F4: RRDWRRD (SEQ ID NO:22) F5: QSSHLTR (SEQ ID NO:23); and F6: RLDNRTA (SEQ ID NO:24). F1: RSDHLSR (SEQ ID NO:13) F2: TSGHLSR (SEQ ID NO:14) F3: YNWHLQR (SEQ ID NO:15) F4: RSDHLTT (SEQ ID NO:16) F5: HNYARDC (SEQ ID NO: 17); and F6: QNSTRIG (SEQ ID NO:18); and F1: DRSNLSR (SEQ ID NO:19) F2: LKQHLTR (SEQ ID NO:20) F3: TSGNLTR (SEQ ID NO:21) F4: RRDWRRD (SEQ ID NO:22) F5: QSSHLTR (SEQ ID NO:23); and F6: RLDNRTA (SEQ ID NO:24).
A predictive decoding method performed by a decoder on encoded video data, comprising: partitioning a coding block into N coding units (CUs) based on coding tree information; identifying whether first N-1 coded CUs of the coding block have the same prediction information; and characterized in: excluding a first intra prediction mode from a probable intra prediction mode list for the CU of the coding block when all of the first N-1 CUs have the first intra prediction mode.
A network traffic measurement method, wherein the method comprises: receiving, by a first node, data packets sent by at least two second nodes in a network, wherein the respective data packets are periodically marked by each second node in the network, and each second node in the network has a different period of marking a data packet; measuring, by the first node, traffic of data packets leaving the network from the first node in N preset time periods, to obtain N traffic values, wherein N is a positive integer greater than or equal to 2; performing, by the first node, frequency domain transformation on the N traffic values, to obtain a spectrum corresponding to the N traffic values; separately extracting, by the first node from the spectrum corresponding to the N traffic values, a spectrum corresponding to each second node in the network; and obtaining, by the first node based on the spectrum corresponding to each second node in the network, network traffic sent by that second node in the network to the first node in the N preset time periods. receiving, by a first node, data packets sent by at least two second nodes in a network, wherein the respective data packets are periodically marked by each second node in the network, and each second node in the network has a different period of marking a data packet; measuring, by the first node, traffic of data packets leaving the network from the first node in N preset time periods, to obtain N traffic values, wherein N is a positive integer greater than or equal to 2; performing, by the first node, frequency domain transformation on the N traffic values, to obtain a spectrum corresponding to the N traffic values; separately extracting, by the first node from the spectrum corresponding to the N traffic values, a spectrum corresponding to each second node in the network; and obtaining, by the first node based on the spectrum corresponding to each second node in the network, network traffic sent by that second node in the network to the first node in the N preset time periods.
A flow-through card rail (14, 16) comprising: a base plate defining a first major face and a second major face opposite the first major face, the base plate having an end wall formed at a first end thereof; an elongated guide rail formed on the first major face and extending from the first end of the base plate toward a second end opposite the first end and terminating before the second end so as to define a marginal region thereon, wherein the elongated guide rail defines in part a card channel configured to receive a circuit card; and a corrugated structure formed on the second major face including a plurality of elongated cells extending from the first end toward the second end of the base plate, wherein the flow-through card rail is configured to receive a cooling fluid at a fluid inlet formed through the end wall, direct the cooling fluid through cooling passages, and exhaust the cooling fluid at a fluid outlet, characterized in that the cooling passages each comprises a first cooling passage section that extends through the elongated guide rail from the fluid inlet and passes from the first major face through the second major face of the base plate at the marginal region of the base plate, and a second cooling passage section that extends through the elongated cell and terminates at the marginal region to define the fluid outlet in the flow-through card rail, wherein the cooling passages extend through the end wall to define the fluid inlet. a base plate defining a first major face and a second major face opposite the first major face, the base plate having an end wall formed at a first end thereof; an elongated guide rail formed on the first major face and extending from the first end of the base plate toward a second end opposite the first end and terminating before the second end so as to define a marginal region thereon, wherein the elongated guide rail defines in part a card channel configured to receive a circuit card; and a corrugated structure formed on the second major face including a plurality of elongated cells extending from the first end toward the second end of the base plate, wherein the flow-through card rail is configured to receive a cooling fluid at a fluid inlet formed through the end wall, direct the cooling fluid through cooling passages, and exhaust the cooling fluid at a fluid outlet, characterized in that the cooling passages each comprises a first cooling passage section that extends through the elongated guide rail from the fluid inlet and passes from the first major face through the second major face of the base plate at the marginal region of the base plate, and a second cooling passage section that extends through the elongated cell and terminates at the marginal region to define the fluid outlet in the flow-through card rail, wherein the cooling passages extend through the end wall to define the fluid inlet.
A method for producing heating in a heat pump comprising: extracting heat from a working fluid consisting essentially of E-HFO-1336mzz, in a heat exchanger, thereby producing a cooled working fluid; wherein the heat pump is a high temperature heat pump and the heat exchanger operates at a temperature above about 50°C.
A system for detecting drift of a building that includes elevator roping (30, 34, 38) within a hoistway in or on the building, the system comprising: a detector configured to detect at least one horizontal position (60, 62, 64, 66, 68, 70, 72) of the elevator roping (30, 34, 38) at a selected vertical location; and a processor configured to determine at least one characteristic of drift of the building based on information from the detector regarding the detected at least one horizontal position, information regarding tension on the elevator roping (30, 34, 38), information regarding a density of the elevator roping (30, 34, 38), and a relationship between the selected vertical location and a length of the elevator roping (30, 34, 38). a detector configured to detect at least one horizontal position (60, 62, 64, 66, 68, 70, 72) of the elevator roping (30, 34, 38) at a selected vertical location; and a processor configured to determine at least one characteristic of drift of the building based on information from the detector regarding the detected at least one horizontal position, information regarding tension on the elevator roping (30, 34, 38), information regarding a density of the elevator roping (30, 34, 38), and a relationship between the selected vertical location and a length of the elevator roping (30, 34, 38).
A method for monitoring variable load, in particular snow load, of a roof structure, comprising measuring deflections of selected elements and/or structural systems by means of inclinometers (Incl_1, Incl_2), wherein: - for at least one selected element or structural system, representative of the load carrying capacity exhaustion of the roof structure under variable load, at its two points, a first one and a second one, the rotation angles α 1 and α 2 of its cross-sections caused by the variable load are measured with two inclinometers (Incl_1, Incl_2), a first one ( Incl_1) and a second one ( Incl_2), which are attached to said element/system at the said two points, characterised in that the two inclinometers are attached to said element/system symmetrically with respect to its transverse symmetry axis, and then - the sum α madd of the absolute values of rotation angles α 2 and α 1 is calculated according to the formula α madd = | α 2 | + | α 1 |, reflecting the mean value of the variable load of the element/system. - for at least one selected element or structural system, representative of the load carrying capacity exhaustion of the roof structure under variable load, at its two points, a first one and a second one, the rotation angles α 1 and α 2 of its cross-sections caused by the variable load are measured with two inclinometers (Incl_1, Incl_2), a first one ( Incl_1) and a second one ( Incl_2), which are attached to said element/system at the said two points, characterised in that the two inclinometers are attached to said element/system symmetrically with respect to its transverse symmetry axis, and then - the sum α madd of the absolute values of rotation angles α 2 and α 1 is calculated according to the formula α madd = | α 2 | + | α 1 |, reflecting the mean value of the variable load of the element/system.
A user-removable appliance to correct the position of the teeth, comprising a set of independent removable caps made of a highly resistant, elastic material such as hard plastic or plexiglass, said caps being adapted to be fitted to each tooth or a set of teeth and adapt to the geometry of the teeth as they are fitted, said caps having a bracket or a tube attached to the individual caps on the outer/vestibular side or inner/lingual side, through which a high memory wire made of nickel-titanium or similar runs.
An apparatus for providing reduced-pressure to a tissue site through a primary lumen, the apparatus comprising: a reduced-pressure source; the primary lumen; a first measurement lumen and second measurement lumen having openings near the tissue site; and a controller configured to: operate the reduced-pressure source to change pressure in the primary lumen; measure pressure through the first measurement lumen and the second measurement lumen; monitor a response time associated with changes in pressure measured through the first measurement lumen and the second measurement lumen; and open one or more of the first measurement lumen and the second measurement lumen to a pressure greater than the pressure in the primary lumen if the response time indicates a delayed response. a reduced-pressure source; the primary lumen; a first measurement lumen and second measurement lumen having openings near the tissue site; and a controller configured to: operate the reduced-pressure source to change pressure in the primary lumen; measure pressure through the first measurement lumen and the second measurement lumen; monitor a response time associated with changes in pressure measured through the first measurement lumen and the second measurement lumen; and open one or more of the first measurement lumen and the second measurement lumen to a pressure greater than the pressure in the primary lumen if the response time indicates a delayed response. operate the reduced-pressure source to change pressure in the primary lumen; measure pressure through the first measurement lumen and the second measurement lumen; monitor a response time associated with changes in pressure measured through the first measurement lumen and the second measurement lumen; and open one or more of the first measurement lumen and the second measurement lumen to a pressure greater than the pressure in the primary lumen if the response time indicates a delayed response.
A computer-implemented method of normalizing genotyping data, the method comprising: receiving a set of emission data from a plurality of substrates, wherein the emission data includes intensity of a first dye and intensity of a second dye, wherein the first dye indicates presence of a first target allele and the second dye indicates presence of a second target allele; generating a plot of the set of emission data by plotting the intensity of the first dye versus the intensity of the second dye; and normalizing the emission data in the plot based on an angular transformation, wherein the normalizing the emission data in the plot based on the angular transformation includes: determining positions in the plot of highest density of points; determining a set of data within a determined position with a minimum standard deviation as a reference; and determining an angle that produces a minimum theta standard deviation between the reference and remaining data to select the angular transformation. receiving a set of emission data from a plurality of substrates, wherein the emission data includes intensity of a first dye and intensity of a second dye, wherein the first dye indicates presence of a first target allele and the second dye indicates presence of a second target allele; generating a plot of the set of emission data by plotting the intensity of the first dye versus the intensity of the second dye; and normalizing the emission data in the plot based on an angular transformation, wherein the normalizing the emission data in the plot based on the angular transformation includes: determining positions in the plot of highest density of points; determining a set of data within a determined position with a minimum standard deviation as a reference; and determining an angle that produces a minimum theta standard deviation between the reference and remaining data to select the angular transformation. determining positions in the plot of highest density of points; determining a set of data within a determined position with a minimum standard deviation as a reference; and determining an angle that produces a minimum theta standard deviation between the reference and remaining data to select the angular transformation.
A fusion protein which comprises at least one antigenic amino acid sequence fused at the N-term and/or C-term of a carrier heterologous protein sequence, wherein the antigenic sequence comprises an epitope sequence of a Plasmodium protein and the carrier heterologous protein sequence is a sequence that is immunogenic in humans, wherein the carrier heterologous protein sequence is CRM197 or an immunogenic fragment thereof; which immunogenic fragment is selected from the group consisting of Fragment A, Transmembrane Domain T, Receptor Binding domain R of CRM197, amino acid sequence 1-190 of CRM197, and amino acid sequence 1-389 of CRM197; and wherein the antigenic sequence is MSP3, LSA3, or LSA5, or an epitopic fragment of MSP3 that encompasses motifs a, b, c, d, e and/or f of the C-terminal region of a Plasmodium MSP3 protein chosen among MSP3-1, MSP3-2, MSP3-3, MSP3-4, MSP3-7, MSP3-8, preferably selected from SEQ ID NO: 7 to SEQ ID NO: 54, or an epitopic fragment of LSA3 that is peptide DG729 of SEQ ID NO: 77.