mhurhangee/ep-ind-claims huggingface dataset:
Double drill rod section with an outer drill rod section and an inner drill rod section, wherein the inner drill rod section has at least one conductor and drilling fluid can be conveyed through the interior of the inner drill string and the annulus between the inner drill string and the outer drill string at least in some sections, wherein the inner drill rod section has a substantially annular external contact in the annulus, electrically connected with the externally routed conductor, for forming an electric connection of the conductor with a further electric conductor, and a pick-up is in contact with the annular external contact of the inner drill rod section in the annulus between the outer drill rod section and the inner drill rod section connected with the outer drill rod section in a torque-proof way, wherein the pick-up is connected with the further conductor and the outer region of the inner drill rod section is sealed in the region of the external contact by means of sealing elements distanced from each other in longitudinal direction of the double drill rod section and the pick-up is sealed off from the annulus between the inner drill rod section and the outer drill rod section, wherein the double drill rod section has a sealing means in the inner drill rod section, which prevents an ingress of drilling fluid into the region of the inner drill rod section in which the conductor is connected with the external contact.
A process for producing 2,3,3,3-tetrafluoropropene, the process comprising: a first reaction step of reacting hydrogen fluoride with at least one chlorine-containing compound selected from the group consisting of a chloropropane represented by Formula: CClX 2 CHClCH 2 Cl, wherein each X is the same or different and is Cl or F, a chloropropene represented by Formula: CClY 2 CCl=CH 2, wherein each Y is the same or different and is Cl or F, and a chloropropene represented by Formula: CZ 2 =CClCH 2 Cl, wherein each Z is the same or different and is Cl or F in a gas phase in the absence of a catalyst while heating; and a second reaction step of reacting a reaction product obtained in the first reaction step with hydrogen fluoride in a gas phase in the presence of a fluorination catalyst while heating. a first reaction step of reacting hydrogen fluoride with at least one chlorine-containing compound selected from the group consisting of a chloropropane represented by Formula: CClX 2 CHClCH 2 Cl, wherein each X is the same or different and is Cl or F, a chloropropene represented by Formula: CClY 2 CCl=CH 2, wherein each Y is the same or different and is Cl or F, and a chloropropene represented by Formula: CZ 2 =CClCH 2 Cl, wherein each Z is the same or different and is Cl or F in a gas phase in the absence of a catalyst while heating; and a second reaction step of reacting a reaction product obtained in the first reaction step with hydrogen fluoride in a gas phase in the presence of a fluorination catalyst while heating.
An acoustic protection screen for motor vehicle engine, comprising: - a first part made of a plastic material, said first part including means for fixing the screen to a motor vehicle engine, - a second part consisting at least partially of an acoustic absorbing material, said second part being intended to come into contact with the engine, in which the first part covers the second part so as to mask it at least partially, characterized in that the first part has a central opening serving as housing for a third part, said third part being formed in a deformable material making it possible to absorb the shocks transmitted by the cowl of the motor vehicle during a pedestrian impact, said deformable material being a fibrous material. - a first part made of a plastic material, said first part including means for fixing the screen to a motor vehicle engine, - a second part consisting at least partially of an acoustic absorbing material, said second part being intended to come into contact with the engine,
Method for controlling an inverter device having six branches (B1, B2, B3, B4, B5, B6) supplying power to a three-phase dual machine comprising three first windings (R, S, T) and three second windings (U, V, W), the first winding (R, S, T) being respectively adjacent to the second winding (U, V, W), the method comprising the following steps: - determining the commands to be applied to the branches of the inverter device on the basis of the desired operating point for the machine through pulse width modulation, - based on the determined commands, determining the commands that make it possible to keep the switches of at least one branch (B1, B2, B3, B4, B5, B6) in a constant state over a period of the pulse width modulation by proportionally varying the pulse widths of the commands associated with the three first windings (R, S, T) and with the three second windings (U, V, W), - the pulses applied to the various branches are centred with respect to one another, said method being characterized by: - selecting the combinations of commands that make it possible to keep the switches of two adjacent branches in a constant state over a period of the pulse width modulation, - applying one of the selected commands, and if multiple combinations of commands are selected, applying the command combination for which the adjacent branches supply power to the windings transmitting the highest currents and keeping the switches thereof in a constant state over a period of the pulse width modulation. - determining the commands to be applied to the branches of the inverter device on the basis of the desired operating point for the machine through pulse width modulation, - based on the determined commands, determining the commands that make it possible to keep the switches of at least one branch (B1, B2, B3, B4, B5, B6) in a constant state over a period of the pulse width modulation by proportionally varying the pulse widths of the commands associated with the three first windings (R, S, T) and with the three second windings (U, V, W), - the pulses applied to the various branches are centred with respect to one another, said method being characterized by: - selecting the combinations of commands that make it possible to keep the switches of two adjacent branches in a constant state over a period of the pulse width modulation, - applying one of the selected commands, and - selecting the combinations of commands that make it possible to keep the switches of two adjacent branches in a constant state over a period of the pulse width modulation, - applying one of the selected commands, and
Seamless quenched and tempered X60Q, X65Q or X70Q grade steel pipe having a yield strength from 415 MPa to 635 MPa, a wall thickness WT higher than or equal to 6 mm and lower than or equal to 35 mm, and a U-shaped hardness profile along the wall thickness, wherein the steel pipe has a chemical composition consisting of 0.050-0.090 wt% C, 0.80-1.65 wt% Mn, 0.10-0.45 wt% Si, 0.10-0.60 wt% Cr, 0.05-0.45 wt% Ni, 0.05-0.40 wt% Mo, 0.020-0.040 wt% Al, 0.0030-0.0090 wt% N, 0.0008-0.0050 wt% Ca, less than or equal to 0.040 wt% Nb, less than or equal to 0.020 wt% Ti, less than or equal to 0.070 wt% V, less than or equal to 0.030 wt% Zr, less than or equal to 0.030 wt% Ta, the remainder of the chemical composition being iron and possible impurities, said impurities including less than or equal to 0.25 wt% Cu, less than or equal to 0.003 wt% S, less than or equal to 0.018 wt% P, less than or equal to 0.0005 wt% B based on the composition weight; wherein at least one of Nb and V is present, (V + Nb) content being lower than 0.07 wt%; wherein the maximum value of all impurities in the chemical composition is lower than or equal to 0.30 wt %, wherein, defining a first parameter P 1 = 60 × C + Cr + 5 × e 35 × Mo / WT + 50 × V + Nb, the chemical composition satisfies a first condition 10 ≤ P1 ≤ 14.5; wherein the quenched and tempered steel pipe has, at mid thickness and possibly also at the inner surface of the pipe, a microstructure consisting of, in volume percentage, tempered bainite greater than or equal to 40% and ferrite (V F) lower than or equal to 60%, and has at a distance up to 2 mm, starting from both outer and inner surfaces of the pipe or possibly from the outer surface only, a microstructure consisting of, in volume percentage, tempered martensite lower than 70%,tempered bainite higher than 30% and traces of ferrite less than or equal to 10%, wherein the microstructure of the quenched and tempered steel pipe has an average prior austenite grain size, measured by ASTM Standard E112, smaller than 25 μm, and wherein the maximum hardness values, measured at 1.5-2.0 mm depth from the outer and inner surfaces, are not higher than 235 HV 10.
A method for recovering at least one piece of information relative to a telephone communication between at least two telephone terminals (2, 3) belonging to different users (20, 30) via a communication server, from at least one of the two telephone terminals (2, 3), the method comprising: - a detection of the closing of the communication by one of the users (20, 30) at the communication server; characterized in that it comprises: - in response to said detection, an activation, for at least one of the users (20, 30), of a service for recovering said at least one piece of information by the communication server; said recovery service comprising, for each of the users (20, 30) for which it has been activated, the following steps: - the selection, through at least one of the two terminals (2, 3) or through the communication server, of a recovery form from a list of recovery forms previously recorded, based on at least one criterion; - the submission, by the communication server, of the selected recovery form to the user (20, 30); - the transmission, through at least one of the two terminals (2, 3), of the recovery form completed by the user (20, 30) with said at least one piece of information to a database. - a detection of the closing of the communication by one of the users (20, 30) at the communication server; - in response to said detection, an activation, for at least one of the users (20, 30), of a service for recovering said at least one piece of information by the communication server; - the selection, through at least one of the two terminals (2, 3) or through the communication server, of a recovery form from a list of recovery forms previously recorded, based on at least one criterion; - the submission, by the communication server, of the selected recovery form to the user (20, 30); - the transmission, through at least one of the two terminals (2, 3), of the recovery form completed by the user (20, 30) with said at least one piece of information to a database.
A sterile hand connection apparatus for attaching a patient's arm to a cable adaptor of a surgical arm positioning system, the sterile hand connection apparatus comprising: a sterile hand connection device (600, 1600) including: a buckle (612, 1612) having a snap feature receiving hole (617, 1617) and two wide feature receiving gaps (614, 1614), and a connector (624, 1624) operably attached to the buckle (612, 1612) such that the buckle (612, 1612) and the connector (624, 1624) are rotationally coupled; a sterile clip (700, 1700), the sterile clip (700, 1700) having a snap feature (706, 1706) for receipt in the snap feature receiving hole (617, 1617), and a sterile wrap (800, 2800) wrapable around the patient's arm, hand and wrist, the sterile hand wrap (800, 2800) including a snap feature receiving opening (822, 2822) for receiving the snap feature (706, 1706), the sterile hand wrap (800, 1800) being configured to attach the patient's arm to the sterile clip (700, 1700), which, in turn, connects the patient's arm to the sterile connection device (600, 1600). a sterile hand connection device (600, 1600) including: a buckle (612, 1612) having a snap feature receiving hole (617, 1617) and two wide feature receiving gaps (614, 1614), and a connector (624, 1624) operably attached to the buckle (612, 1612) such that the buckle (612, 1612) and the connector (624, 1624) are rotationally coupled; a buckle (612, 1612) having a snap feature receiving hole (617, 1617) and two wide feature receiving gaps (614, 1614), and a connector (624, 1624) operably attached to the buckle (612, 1612) such that the buckle (612, 1612) and the connector (624, 1624) are rotationally coupled; a sterile clip (700, 1700), the sterile clip (700, 1700) having a snap feature (706, 1706) for receipt in the snap feature receiving hole (617, 1617), and a sterile wrap (800, 2800) wrapable around the patient's arm, hand and wrist, the sterile hand wrap (800, 2800) including a snap feature receiving opening (822, 2822) for receiving the snap feature (706, 1706), the sterile hand wrap (800, 1800) being configured to attach the patient's arm to the sterile clip (700, 1700), which, in turn, connects the patient's arm to the sterile connection device (600, 1600).
A method for checking an authenticity feature having an optical storage phosphor, comprising the steps of: a. subjecting the optical storage phosphor to at least one query sequence, respectively comprising at least a first readout process and a second readout process; b. capturing respectively at least a first and a second readout measurement value, which respectively are based on the detection of an optical emission in response to the respectively first or the respectively second associated readout process; c. creating a readout measurement value time series respectively associated with the at least one query sequence, comprising at least the first readout measurement value respectively associated with the first readout process and the second one respectively associated with the second readout process; and d. evaluating the readout measurement value time series respectively associated with the query sequence for determining a dynamic behaviour from the readout measurement value time series under the respectively associated query sequence, characterized in that in step d. the evaluating of the readout measurement value time series is effected quantitatively in order to determine at least one characteristic memory property of the optical storage phosphor. a. subjecting the optical storage phosphor to at least one query sequence, respectively comprising at least a first readout process and a second readout process; b. capturing respectively at least a first and a second readout measurement value, which respectively are based on the detection of an optical emission in response to the respectively first or the respectively second associated readout process; c. creating a readout measurement value time series respectively associated with the at least one query sequence, comprising at least the first readout measurement value respectively associated with the first readout process and the second one respectively associated with the second readout process; and d. evaluating the readout measurement value time series respectively associated with the query sequence for determining a dynamic behaviour from the readout measurement value time series under the respectively associated query sequence, characterized in that in step d. the evaluating of the readout measurement value time series is effected quantitatively in order to determine at least one characteristic memory property of the optical storage phosphor.
An apparatus comprising: a seal cap comprising an outer surface and being configured to be adhered to and sealed to a fastener element; and a number of projections, characterized in that the number of projections extends from the outer surface of the seal cap, and is configured to fair excess material around the seal cap when the number of projections is moved along an interface formed between the seal cap and an object in which the fastener element has been installed, said number of projections has a curved shape such that each projection curves forward in a direction of its movement and downward toward the interface. a seal cap comprising an outer surface and being configured to be adhered to and sealed to a fastener element; and a number of projections,
A method (1300, 1400) for space surveillance by means of a constellation of satellites having surveillance scan pattern being adjustable as the satellites move around their orbits so as to most effectively use each of the satellites, the method comprising: scanning, by at least one sensor on at least one of the satellites in super-geostationary earth orbit (super-GEO) or in inclined super-geostationary earth orbit (super-GEO), a raster scan over a field of regard, wherein the raster scan comprises at least one sweep, wherein the scanning is at a variable rate, which is dependent upon a target dwell time for detecting a target of interest, wherein the target dwell time is a function of a characteristic brightness of the target, and the target dwell time is further a function of a range from the at least one sensor to the target of interest and a function of a solar phase angle, and wherein a slew rate is adjusted as a function of range to a most distant part of the target of interest. scanning, by at least one sensor on at least one of the satellites in super-geostationary earth orbit (super-GEO) or in inclined super-geostationary earth orbit (super-GEO), a raster scan over a field of regard, wherein the raster scan comprises at least one sweep, wherein the scanning is at a variable rate, which is dependent upon a target dwell time for detecting a target of interest, wherein the target dwell time is a function of a characteristic brightness of the target, and the target dwell time is further a function of a range from the at least one sensor to the target of interest and a function of a solar phase angle, and wherein a slew rate is adjusted as a function of range to a most distant part of the target of interest.
A laser hole drilling system, comprising: a laser source that generates a laser beam along an optical axis; characterised in that the laser hole drilling system further comprises: a cylindrical lens along the optical axis downstream of the laser source; and a spherical lens downstream of the cylindrical lens to provide an anamorphic optical train, the spherical lens offset from the optical axis to generate an asymmetric teardrop shaped energy distribution at a focal plane. a laser source that generates a laser beam along an optical axis; characterised in that the laser hole drilling system further comprises: a cylindrical lens along the optical axis downstream of the laser source; and a spherical lens downstream of the cylindrical lens to provide an anamorphic optical train, the spherical lens offset from the optical axis to generate an asymmetric teardrop shaped energy distribution at a focal plane. a cylindrical lens along the optical axis downstream of the laser source; and a spherical lens downstream of the cylindrical lens to provide an anamorphic optical train, the spherical lens offset from the optical axis to generate an asymmetric teardrop shaped energy distribution at a focal plane.
A transgenic chicken that uses gene conversion for antibody diversification, comprising a genome comprising an endogenous immunoglobulin light chain locus comprising: (a) a functional immunoglobulin light chain gene comprising a nucleic acid encoding a light chain variable region; and (b) a plurality of pseudogenes that are operably linked to said functional immunoglobulin light chain gene and that donate, by gene conversion, nucleotide sequence to the nucleic acid encoding a light chain variable region, wherein the pseudogenes are upstream of said functional immunoglobulin light chain gene and can repair mutations in said functional immunoglobulin light chain gene and wherein each of the pseudogenes encodes the same amino acid sequence as the light chain variable region of the functional immunoglobulin light chain gene of (a). (a) a functional immunoglobulin light chain gene comprising a nucleic acid encoding a light chain variable region; and (b) a plurality of pseudogenes that are operably linked to said functional immunoglobulin light chain gene and that donate, by gene conversion, nucleotide sequence to the nucleic acid encoding a light chain variable region, wherein the pseudogenes are upstream of said functional immunoglobulin light chain gene and can repair mutations in said functional immunoglobulin light chain gene and wherein each of the pseudogenes encodes the same amino acid sequence as the light chain variable region of the functional immunoglobulin light chain gene of (a).
Method for processing user data intended for display on an Internet page of a social network, in which: - said user data are stored in a first communicating device and are consultable remotely by at least one second communicating device, - the social network is organized according to a meshed network comprising a plurality of nodes, and a server (SERV) hosting the social network associates a communicating device identifier with each node of the meshed network, a first and a second identifier respectively associated with the first and second devices being stored at said server, and - the server (SERV) furthermore stores at the identifier of the first device an IP address of the first device on a communication network currently being used by the first device, the method comprising, on request for consultation of the user data (REQ-DAT) by the second device, at least the steps: - of verification by the server that the meshed network comprises a relation between the nodes corresponding respectively to the first and second identifiers; - and, if relevant, of transmission (ENV-IP) by the server of the IP address of the first device to the second device, for direct access to said user data at the first device and by using the IP address transmitted; - in which the server (SERV) furthermore catalogues the first device with the aid of a unique identifier specific to the first device, a current IP address of the first device being associated with said unique identifier, the method being characterized in that the unique identifier specific to the first device is an identifier of a security element of the first communicating device, the unique identifier being intended furthermore to be used for an authentication of said first device, the security element being an SIM card or a software SIM card. - said user data are stored in a first communicating device and are consultable remotely by at least one second communicating device, - the social network is organized according to a meshed network comprising a plurality of nodes, and a server (SERV) hosting the social network associates a communicating device identifier with each node of the meshed network, a first and a second identifier respectively associated with the first and second devices being stored at said server, and - the server (SERV) furthermore stores at the identifier of the first device an IP address of the first device on a communication network currently being used by the first device, - of verification by the server that the meshed network comprises a relation between the nodes corresponding respectively to the first and second identifiers; - and, if relevant, of transmission (ENV-IP) by the server of the IP address of the first device to the second device, for direct access to said user data at the first device and by using the IP address transmitted; - in which the server (SERV) furthermore catalogues the first device with the aid of a unique identifier specific to the first device, a current IP address of the first device being associated with said unique identifier,