mhurhangee/ep-ind-claims huggingface dataset:
Aircraft propulsion assembly, comprising an engine, a primary structure of a strut and a front engine mount which connects the primary structure and the engine; the primary structure comprising upper and lower side members (66.1, 66.2), right and left lateral panels (68.1, 68.2) and a front transverse reinforcement, the upper and lower side members (66.1, 66.2) and the right and left lateral panels (68.1, 68.2) comprising front transverse edges; the front engine mount comprising: - a transverse beam which is connected to the primary structure, - a first connection rod which is connected to the engine by means of at least one first engine connection axle and to the transverse beam by means of at least one first beam connection axle, - a second connection rod which is connected to the engine by means of at least one second engine connection axle and to the transverse beam by means of at least one second beam connection axle, the first and second connection rods (76, 82) converging in the direction of a location which is positioned below the transverse beam, - right and left brackets (102, 104) which are positioned at one side and the other of the primary structure and which each have a first wing (102.1, 104.1) which is connected to the transverse beam and a second wing (102.2, 104.2) which is connected to the primary structure, wherein the transverse beam comprises an upper extension which is at least partially positioned opposite the front transverse reinforcement, at least one first connection element which connects the upper extension and the front transverse reinforcement, right and left lateral extensions (98, 100) which are positioned approximately in a transverse plane at one side and the other of the upper extension and, for each right or left lateral extension (98, 100), at least one second connection element which connects the right or left lateral extension (98, 100) and the first wing (102.1, 104.1) of the right or left bracket (98, 100) which is positioned approximately in a transverse plane. - a transverse beam which is connected to the primary structure, - a first connection rod which is connected to the engine by means of at least one first engine connection axle and to the transverse beam by means of at least one first beam connection axle, - a second connection rod which is connected to the engine by means of at least one second engine connection axle and to the transverse beam by means of at least one second beam connection axle, the first and second connection rods (76, 82) converging in the direction of a location which is positioned below the transverse beam, - right and left brackets (102, 104) which are positioned at one side and the other of the primary structure and which each have a first wing (102.1, 104.1) which is connected to the transverse beam and a second wing (102.2, 104.2) which is connected to the primary structure,
A computerized method comprising: obfuscating one or more segments of data that is part of a flow prior to analysis of the flow for malware, each of the one or more obfuscated segments of data corresponding to one or more anonymized data; generating an identifier for each of the one or more anonymized data; substituting each identifier for a corresponding anonymized data within the flow; maintaining the one or more anonymized data and the corresponding identifiers separately from the flow; and conducting an anonymization update on the one or more anonymized data, wherein the anonymization update comprises de-anonymizing the one or more anonymized data and subsequently re-anonymizing the data without modifying the corresponding identifiers. obfuscating one or more segments of data that is part of a flow prior to analysis of the flow for malware, each of the one or more obfuscated segments of data corresponding to one or more anonymized data; generating an identifier for each of the one or more anonymized data; substituting each identifier for a corresponding anonymized data within the flow; maintaining the one or more anonymized data and the corresponding identifiers separately from the flow; and conducting an anonymization update on the one or more anonymized data, wherein the anonymization update comprises de-anonymizing the one or more anonymized data and subsequently re-anonymizing the data without modifying the corresponding identifiers.
A method for wireless communication, comprising: receiving, from a base station, a resource grant for a data communication within a transmission time interval, TTI; receiving, from the base station, an indication of a control signal configuration and an end symbol index associated with the resource grant; identifying, based at least in part on the received indication, a plurality of symbol positions in the TTI in which reference signals are to be communicated in conjunction with the data communication; characterized by receiving, from the base station, a reference signal count indication, indicating a number of reference signals to be communicated in the TTI; and receiving, from the base station, an additional indication of a last symbol position of the plurality of positions in the TTI in which reference signals are to be communicated, the additional indication being relative to the end symbol index and indicating whether the last symbol position is before or after the end symbol index. receiving, from a base station, a resource grant for a data communication within a transmission time interval, TTI; receiving, from the base station, an indication of a control signal configuration and an end symbol index associated with the resource grant; identifying, based at least in part on the received indication, a plurality of symbol positions in the TTI in which reference signals are to be communicated in conjunction with the data communication; characterized by receiving, from the base station, a reference signal count indication, indicating a number of reference signals to be communicated in the TTI; and receiving, from the base station, an additional indication of a last symbol position of the plurality of positions in the TTI in which reference signals are to be communicated, the additional indication being relative to the end symbol index and indicating whether the last symbol position is before or after the end symbol index.
A method of formulating an agricultural formulation comprising: providing a slightly water soluble ingredient being 2,4-dichlorophenoxyacetic acid; 2,4-dichlorophenoxy propionic acid; 2,4-dichlorophenoxy butyric acid; 2,4,5-trichlorophenoxyacetic acid; 2-methyl-4-chlorophenoxyacetic acid; 2-methyl-4-chlorophenoxy propionic acid; 2-methyl-4-chlorophenoxy butyric acid; or combinations thereof and a dispersant being an alternating styrene/methacrylic acid copolymer.
A surgical tracking system, comprising: a wireless position sensor (70, 90) responsive to externally-applied magnetic fields within a working volume of the tracking system, to generate and transmit sensor signals indicative of coordinates of the position sensor; a plurality of field generator coils, which are adapted to generate the magnetic fields so as to define the working volume; a reference structure (42, 110, 130, 150), to which the field generator coils are fixed, and which is movable relative to a subject in order to position the working volume so as to intercept a bone; a surgical tool, the surgical tool comprising a tool position sensor, which is adapted to generate and transmit, responsive to the externally-applied magnetic fields, tool signals indicative of coordinates of the tool; and a system controller, which is coupled to receive and process the sensor signals so as to determine the coordinates of the position sensor and to receive and process the tool signals to determine the coordinates of the tool, wherein the wireless position sensor is adapted to be implanted in the bone of the subject, the surgical tool is for operating on the bone of the patient, the reference structure holds the field generators in fixed relative positions and the system controller is coupled to receive and process the sensor signals so as to determine the coordinates of the position sensor within the bone. a wireless position sensor (70, 90) responsive to externally-applied magnetic fields within a working volume of the tracking system, to generate and transmit sensor signals indicative of coordinates of the position sensor; a plurality of field generator coils, which are adapted to generate the magnetic fields so as to define the working volume; a reference structure (42, 110, 130, 150), to which the field generator coils are fixed, and which is movable relative to a subject in order to position the working volume so as to intercept a bone; a surgical tool, the surgical tool comprising a tool position sensor, which is adapted to generate and transmit, responsive to the externally-applied magnetic fields, tool signals indicative of coordinates of the tool; and a system controller, which is coupled to receive and process the sensor signals so as to determine the coordinates of the position sensor and to receive and process the tool signals to determine the coordinates of the tool, wherein the wireless position sensor is adapted to be implanted in the bone of the subject, the surgical tool is for operating on the bone of the patient, the reference structure holds the field generators in fixed relative positions and the system controller is coupled to receive and process the sensor signals so as to determine the coordinates of the position sensor within the bone.
Method for detecting oncoming transport vehicles (1, 2) in a track-bound transport system, having the steps: - actively transmitting detectable sensor signals by way of a first transport vehicle situated on a track, - scanning a track section lying in the forward direction by way of a second transport vehicle which is situated on the track and is approaching the first transport vehicle, - detecting the sensor signals transmitted by the first transport vehicle by way of the second transport vehicle, wherein in order to perform the method an ADAS system is used, which is supplemented by an identifying of sensor signals (3, 4) from oncoming transport vehicles (1, 2). - actively transmitting detectable sensor signals by way of a first transport vehicle situated on a track, - scanning a track section lying in the forward direction by way of a second transport vehicle which is situated on the track and is approaching the first transport vehicle, - detecting the sensor signals transmitted by the first transport vehicle by way of the second transport vehicle, wherein in order to perform the method an ADAS system is used, which is supplemented by an identifying of sensor signals (3, 4) from oncoming transport vehicles (1, 2).
Method of manufacturing a self-supported coil for a slotless rotating electric motor comprising a rotor arranged to rotate around a motor rotation axis, the electric motor having a number of poles 2n, the coil having an axial length along the rotation axis, and comprising one coil body formed by wound electrical conductors, the coil body having a thickness e with a head (30, 40) at each end, each coil head (30, 40) having an axial thickness At, wherein the electrical conductors are multi-stranded conductors, the method comprising the steps of: i- winding the multi-stranded conductors so as to form the coil body, wherein the multi-stranded conductors in the coil body are wound so as to be substantially coplanar with the motor rotation axis, and two heads at each end, ii- applying a pressure to form the coil body in a cylindrical shape so as to deform the multi-stranded conductors cross section to obtain a deformation arrangement of the multi-stranded conductor which increases the conductor filling factor, iii- applying a pressure to the coil heads (30, 40) so as to bend and deform a head (30, 40) at each end of the coil body which extends inwardly or outwardly with an axial thickness, and so that the axial thickness of each coil head (30, 40) is reduced so that axial thickness At respects the condition At < 3 e / n, the method comprising a step of providing axial outputs of phase connection wires located on one external face of one head (30, 40), between internal diameter (ID1, ID2) and external diameter (OD1, OD2) of the head (30, 40), and at least one electrical conductor between each output and the internal diameter or the external diameter (OD1, OD2) of the coil end head (30, 40). i- winding the multi-stranded conductors so as to form the coil body, wherein the multi-stranded conductors in the coil body are wound so as to be substantially coplanar with the motor rotation axis, and two heads at each end, ii- applying a pressure to form the coil body in a cylindrical shape so as to deform the multi-stranded conductors cross section to obtain a deformation arrangement of the multi-stranded conductor which increases the conductor filling factor, iii- applying a pressure to the coil heads (30, 40) so as to bend and deform a head (30, 40) at each end of the coil body which extends inwardly or outwardly with an axial thickness, and so that the axial thickness of each coil head (30, 40) is reduced so that axial thickness At respects the condition At < 3 e / n, the method comprising a step of providing axial outputs of phase connection wires located on one external face of one head (30, 40), between internal diameter (ID1, ID2) and external diameter (OD1, OD2) of the head (30, 40), and at least one electrical conductor between each output and the internal diameter or the external diameter (OD1, OD2) of the coil end head (30, 40).
A surgical device, comprising: a hand-held, battery-powered drive unit including: a housing including: a base portion; an intermediate portion including a first half-section extending from the base portion, and a second half-section selectively securable to the first half-section; and a gasket interposed between the first and second half-sections (904a, 904b) of the intermediate portion; and a mounting portion provided in the first half-section of the intermediate portion, the mounting portion configured to accept a corresponding portion of a surgical attachment, characterized in that the first half-section is distal and the second half-section is proximal. a hand-held, battery-powered drive unit including: a housing including: a base portion; an intermediate portion including a first half-section extending from the base portion, and a second half-section selectively securable to the first half-section; and a gasket interposed between the first and second half-sections (904a, 904b) of the intermediate portion; and a mounting portion provided in the first half-section of the intermediate portion, the mounting portion configured to accept a corresponding portion of a surgical attachment, characterized in that the first half-section is distal and the second half-section is proximal. a housing including: a base portion; an intermediate portion including a first half-section extending from the base portion, and a second half-section selectively securable to the first half-section; and a gasket interposed between the first and second half-sections (904a, 904b) of the intermediate portion; and a base portion; an intermediate portion including a first half-section extending from the base portion, and a second half-section selectively securable to the first half-section; and a gasket interposed between the first and second half-sections (904a, 904b) of the intermediate portion; and a mounting portion provided in the first half-section of the intermediate portion, the mounting portion configured to accept a corresponding portion of a surgical attachment, characterized in that the first half-section is distal and the second half-section is proximal.
A method of preparing ex vivo a monolithic sintered, hardened raw body of CBC biomaterial for implantation purposes comprising the following steps: A providing a CA-, CS- or CAS-system CBC powder; B compacting the CBC powder into a green body; S sintering ex vivo the green body, so as to obtain a sintered body; and D hydrating ex vivo the sintered body obtained in step S using an aqueous hydration liquid, so as to obtain a raw hardened, sintered body of CBC biomaterial. A providing a CA-, CS- or CAS-system CBC powder; B compacting the CBC powder into a green body; S sintering ex vivo the green body, so as to obtain a sintered body; and D hydrating ex vivo the sintered body obtained in step S using an aqueous hydration liquid, so as to obtain a raw hardened, sintered body of CBC biomaterial.
A stent spring for repairing a pipe comprising: a substantially tubular mesh structure defining a void, the void defining a central axis, the mesh structure comprising one or more strands, the one or more strands defining a plurality of openings, wherein the stent spring is configurable in an expanded stent spring configuration and a compressed stent spring configuration; a tab extending radially inward from the mesh structure into the void, the tab defining a tab opening; and a compression mechanism configured to engage the tab to bias the stent spring to the compressed stent spring configuration, wherein the compression mechanism comprises: i) a compression disc, the compression disc defining a disc slot formed in an outer side edge of the compression disc, and ii) a connector comprising a head, wherein the head extends into the disc slot. a substantially tubular mesh structure defining a void, the void defining a central axis, the mesh structure comprising one or more strands, the one or more strands defining a plurality of openings, wherein the stent spring is configurable in an expanded stent spring configuration and a compressed stent spring configuration; a tab extending radially inward from the mesh structure into the void, the tab defining a tab opening; and a compression mechanism configured to engage the tab to bias the stent spring to the compressed stent spring configuration, wherein the compression mechanism comprises: i) a compression disc, the compression disc defining a disc slot formed in an outer side edge of the compression disc, and ii) a connector comprising a head, wherein the head extends into the disc slot. i) a compression disc, the compression disc defining a disc slot formed in an outer side edge of the compression disc, and ii) a connector comprising a head, wherein the head extends into the disc slot.
A non-naturally occurring microbial organism having a 1,3-butanediol (1,3-BDO) pathway, wherein said microbial organism comprises at least one exogenous nucleic acid encoding 3-hydroxybutyryl-CoA reductase (aldehyde forming) expressed in a sufficient amount to produce 1,3-BDO.
A playlist search device comprising a processor, the processor being configured to: obtain a first playlist to be played; use, as search criteria, one or more pieces of content attribute information of a first content contained in the first playlist to search for a second playlist which contains a second content having one or more pieces of common content attribute information, having the same value as the content attribute information of the first content, and is different from the first playlist; obtain the second playlist; and display, on a display unit a plurality of contents contained in the first playlist and a plurality of contents contained in the second playlist in such a manner that the first playlist and the second playlist cross each other with the first content and the second content used as a base point at which the first playlist and the second playlist cross each other. obtain a first playlist to be played; use, as search criteria, one or more pieces of content attribute information of a first content contained in the first playlist to search for a second playlist which contains a second content having one or more pieces of common content attribute information, having the same value as the content attribute information of the first content, and is different from the first playlist; obtain the second playlist; and display, on a display unit a plurality of contents contained in the first playlist and a plurality of contents contained in the second playlist in such a manner that the first playlist and the second playlist cross each other with the first content and the second content used as a base point at which the first playlist and the second playlist cross each other.
A detection system for detecting a musical note played on a string instrument having a fret board provided with a plurality of conductive frets and at least one conductive string extending along thereof, the detection system comprising: at least one conductor coupled to each of said frets; said detection system being characterized by an inverter (23,73) having a first terminal coupled to said conductor and a second terminal coupled to the conductive string, said inverter being configured to logically invert a signal transmitted therethrough, such that when the conductive string is pressed against one of said frets allowing thereby for a signal to be transmitted therethrough, said signal is sequentially inverted between two logical states at a frequency being dependent on the distance between said inverter and said fret; a frequency detector configured to measure said frequency; and, a controller configured for determining the location of said fret along the fretboard in accordance with said frequency, and to thereby detect the musical note. at least one conductor coupled to each of said frets; said detection system being characterized by an inverter (23,73) having a first terminal coupled to said conductor and a second terminal coupled to the conductive string, said inverter being configured to logically invert a signal transmitted therethrough, such that when the conductive string is pressed against one of said frets allowing thereby for a signal to be transmitted therethrough, said signal is sequentially inverted between two logical states at a frequency being dependent on the distance between said inverter and said fret; a frequency detector configured to measure said frequency; and, a controller configured for determining the location of said fret along the fretboard in accordance with said frequency, and to thereby detect the musical note.
Brake device for a motor vehicle comprising at least one brake circuit of a first group of brake circuits and at least one brake circuit of a second group of brake circuits, which brake circuits are each in the form of hydraulic brake circuits, wherein at least one first brake circuit of the first group is directly connected to a brake pressure generating device, in particular by means of a controllable hydraulic valve, wherein at least one second brake circuit of the second group can be hydraulically decoupled from the brake pressure generating device by means of a hydraulic separating valve, and a pressure accumulator is provided, which pressure accumulator is connected to the delivery side of the second brake circuit and possibly further brake circuits exclusively of the second group by means of a controllable accumulator valve, and wherein the second brake circuit can be completely uncoupled from the brake pressure generating device by the hydraulic separating valve, characterized in that the wheels (5, 6) which are braked by the brake circuits of the second group are connected to an operative assembly which exerts a deceleration effect.