mhurhangee/patent-ind-claim-en huggingface dataset:
A tester for printed circuit boards, "PCBs", comprising: a control system comprising a host controller ; and a test fixture having a plurality of electrical contacts for contacting the PCBs that are units under test , "UUTs", wherein the test fixture carries: a remote test peripheral master, "RTPM", module , wherein the RTPM module is configured to communicate with the host controller through a high speed serial bus (122-1); and a remote test peripheral slave, "RTPS", module , wherein the RTPM module and the RTPS module are serially connected through a remote test peripheral, "RTP", serial bus ; wherein the RTPS module is configured to communicate with the UUTs, and the RTPM module is configured to establish a control channel over the RTPS module through the RTP serial bus ; characterized in that : the control system includes an in-circuit tester and manufacturing defects analyzer , "ICT/MDA", and the tester further comprises a plurality of relays connecting the ICT/MDA with the RTPS module. a control system comprising a host controller ; and a test fixture having a plurality of electrical contacts for contacting the PCBs that are units under test , "UUTs", wherein the test fixture carries: a remote test peripheral master, "RTPM", module , wherein the RTPM module is configured to communicate with the host controller through a high speed serial bus (122-1); and a remote test peripheral slave, "RTPS", module , wherein the RTPM module and the RTPS module are serially connected through a remote test peripheral, "RTP", serial bus ; wherein the RTPS module is configured to communicate with the UUTs, and the RTPM module is configured to establish a control channel over the RTPS module through the RTP serial bus ; a remote test peripheral master, "RTPM", module , wherein the RTPM module is configured to communicate with the host controller through a high speed serial bus (122-1); and a remote test peripheral slave, "RTPS", module , wherein the RTPM module and the RTPS module are serially connected through a remote test peripheral, "RTP", serial bus ; wherein the RTPS module is configured to communicate with the UUTs, and the RTPM module is configured to establish a control channel over the RTPS module through the RTP serial bus ; characterized in that : the control system includes an in-circuit tester and manufacturing defects analyzer , "ICT/MDA", and the tester further comprises a plurality of relays connecting the ICT/MDA with the RTPS module. the control system includes an in-circuit tester and manufacturing defects analyzer , "ICT/MDA", and the tester further comprises a plurality of relays connecting the ICT/MDA with the RTPS module.
A fixing device comprising: a first rotation section that includes a first rotating member and a first belt , the first rotating member being rotatable about a first rotational axis , the first belt being caused to rotate by rotation of the first rotating member ; a second rotation section that includes a second rotating member , the second rotation section being opposed to the first rotation section in a first direction (Y) and allowing a medium to be sandwiched between the first rotation section and the second rotation section , the second rotating member being rotatable about a second rotational axis , the second rotation section being disposed allowing an angle of the second rotational axis with respect to the first rotational axis viewed from the first direction (Y) to be variable; a first supporting member that rotatably supports the first rotating member ; a second supporting member that rotatably supports the second rotating member ; and an eccentric cam that is rotatably attached to the first supporting member or the second supporting member , the eccentric cam rotating around a cam rotational axis and thereby varying relative positions of the first supporting member and the second supporting member with respect to each other. a first rotation section that includes a first rotating member and a first belt , the first rotating member being rotatable about a first rotational axis , the first belt being caused to rotate by rotation of the first rotating member ; a second rotation section that includes a second rotating member , the second rotation section being opposed to the first rotation section in a first direction (Y) and allowing a medium to be sandwiched between the first rotation section and the second rotation section , the second rotating member being rotatable about a second rotational axis , the second rotation section being disposed allowing an angle of the second rotational axis with respect to the first rotational axis viewed from the first direction (Y) to be variable; a first supporting member that rotatably supports the first rotating member ; a second supporting member that rotatably supports the second rotating member ; and an eccentric cam that is rotatably attached to the first supporting member or the second supporting member , the eccentric cam rotating around a cam rotational axis and thereby varying relative positions of the first supporting member and the second supporting member with respect to each other.
A reinforced bar comprising a tubular lock body ; a lock cylinder received in the lock body ; and two bolt elements displaceably supported in opposite end sections of the lock body , wherein each bolt element is coupled to a drive rod supported in the lock body and the drive rods are drivable in opposite senses by the lock cylinder such that the bolt elements are displaced from a retracted position into an extended position on a rotation of the lock cylinder in a closing direction and are displaced from the extended position into the retracted position on a rotation of the lock cylinder against the closing direction; and wherein a blocking element is formed at each drive rod and, on a pressing in of an extended bolt element , is transposed into a blocking position in which it moves into engagement with a wall of the lock body to prevent the bolt element from being able to reach its retracted position, characterized in that each drive rod has a respective coupling point at both ends for coupling a bolt element .
A step assembly for helping a user entering a cabin of an industrial vehicle , the step assembly comprising: - a check link configured to be linked to an entry door of the cabin , - an actuation cable , - a mobile step member configured to be movable between a stowed position (S) and a deployed position (E), the actuation cable linking the mobile step member and the check link , in which the mobile step member is configured to be moved from the stowed position (S) to the deployed position (E) by the actuation cable in response to an opening of the entry door , in which the mobile step member comprises: - a first linkage , - a stepping board (6"), - a second linkage , in which a first end of the first linkage is linked to the actuation cable and a second end of the first linkage is pivotably connected to the stepping board , in which a first end of the second linkage is pivotably connected to the stepping board and a second end of the second linkage is configured to pivot relatively to a fourth rotation axis (A4). - a check link configured to be linked to an entry door of the cabin , - an actuation cable , - a mobile step member configured to be movable between a stowed position (S) and a deployed position (E), the actuation cable linking the mobile step member and the check link , in which the mobile step member is configured to be moved from the stowed position (S) to the deployed position (E) by the actuation cable in response to an opening of the entry door , in which the mobile step member comprises: - a first linkage , - a stepping board (6"), - a second linkage , - a first linkage , - a stepping board (6"), - a second linkage , in which a first end of the first linkage is linked to the actuation cable and a second end of the first linkage is pivotably connected to the stepping board , in which a first end of the second linkage is pivotably connected to the stepping board and a second end of the second linkage is configured to pivot relatively to a fourth rotation axis (A4).
A method for wireless communications between a wireless local area network, LAN, access point, AP, and multiple stations, comprising: communicating data over at least one frequency sub-band of a orthogonal frequency-division multiple access, OFDMA, data frame in a transmission opportunity, TXOP, of the wireless LAN AP; wherein the OFDMA data frame is a multi-user, MU, OFDMA data frame carrying data associated with a first plurality of stations in respective frequency sub-bands; wherein the MU OFDMA data frame is a downlink MU OFDMA data frame; characterized in that the method further comprises: communicating an uplink MU OFDMA data frame in the same TXOP following the downlink MU OFDMA data frame, wherein the uplink MU OFDMA data frame carries data associated with a second plurality of stations in respective frequency sub-bands. communicating data over at least one frequency sub-band of a orthogonal frequency-division multiple access, OFDMA, data frame in a transmission opportunity, TXOP, of the wireless LAN AP; wherein the OFDMA data frame is a multi-user, MU, OFDMA data frame carrying data associated with a first plurality of stations in respective frequency sub-bands; wherein the MU OFDMA data frame is a downlink MU OFDMA data frame; characterized in that the method further comprises: communicating an uplink MU OFDMA data frame in the same TXOP following the downlink MU OFDMA data frame, wherein the uplink MU OFDMA data frame carries data associated with a second plurality of stations in respective frequency sub-bands.
Method for producing a target breaking point on a breakable ampoule , characterised in that, along a peripheral line on an ampoule neck disposed between an ampoule spike to be broken off and an ampoule body , an initial crack on the peripheral line is introduced into the surface of the breakable ampoule , and a stress zone between the ampoule spike and ampoule body is produced by heating and at least the stress zone is subsequently cooled, as a result of which a separation crack is formed in the stress zone , wherein a radial penetration depth (d 106 ) of the stress zone is less than the wall thickness (d) of the breakable ampoule , as a result of which the separation crack forms a target breaking point for breaking off the ampoule spike which extends along the peripheral line .
A rotor blade for a rotary aircraft and susceptible to ice buildup, comprising: an inboard portion and an outboard portion , the length (L1) of the inboard portion and the length (L2) of the outboard portion defining a total length (L3) of the rotor blade , the rotor blade including a spanwise axis , a leading edge , and a trailing edge ; a first deicing system coupled only to the inboard portion of the rotor blade , the first deicing system comprising a plurality of spanwise zones (157a-157d), each of the spanwise zones being selectively heatable and the spanwise zones (157a-157d) extending longitudinally parallel to the spanwise axis ; and a second deicing system coupled only to the outboard portion of the rotor blade , the second deicing system comprising a plurality of chordwise zones (165a-165h), each of the cordwise zones being selectively heatable and the chordwise zones (165a-165h) extending in a chordwise orientation; wherein the first and second deicing systems are in electrical communication with a power source via a first electrical circuit and a second electrical circuit , respectively, the first and second electrical circuits (162; 171, 173) being separate, and each chordwise zone (165a-165h) has a depth D1 that is more than the depth of the spanwise zones (157a-157d). an inboard portion and an outboard portion , the length (L1) of the inboard portion and the length (L2) of the outboard portion defining a total length (L3) of the rotor blade , the rotor blade including a spanwise axis , a leading edge , and a trailing edge ; a first deicing system coupled only to the inboard portion of the rotor blade , the first deicing system comprising a plurality of spanwise zones (157a-157d), each of the spanwise zones being selectively heatable and the spanwise zones (157a-157d) extending longitudinally parallel to the spanwise axis ; and a second deicing system coupled only to the outboard portion of the rotor blade , the second deicing system comprising a plurality of chordwise zones (165a-165h), each of the cordwise zones being selectively heatable and the chordwise zones (165a-165h) extending in a chordwise orientation; wherein the first and second deicing systems are in electrical communication with a power source via a first electrical circuit and a second electrical circuit , respectively, the first and second electrical circuits (162; 171, 173) being separate, and each chordwise zone (165a-165h) has a depth D1 that is more than the depth of the spanwise zones (157a-157d).
A calibration device connectable to an endoscope apparatus including an endoscope that emits auxiliary measurement light and picks up an image of a subject illuminated with the auxiliary measurement light through an image pickup optical system , wherein the auxiliary measurement light crosses the optical axis of the image pickup optical system , the calibration device comprising: a transfer mechanism configured to hold a distal end part of the endoscope toward a display unit for calibration and configured to change a distance between the distal end part of the endoscope and the display unit for calibration ; a display control unit for calibration configured to cause the display unit for calibration to display a measurement marker of a first display aspect , which is not affected by the image pickup optical system , at an irradiation position to which the auxiliary measurement light is applied whenever the distance is changed; a marker image acquisition unit configured to acquire a calibration image obtained in a case where an image of the measurement marker of the first display aspect displayed on the display unit for calibration is picked up by the endoscope , the calibration image including an image of a measurement marker of a second display aspect affected by the image pickup optical system ; and a calibration unit configured to perform calibration related to display of the measurement marker on an observation display unit on the basis of the calibration image. a transfer mechanism configured to hold a distal end part of the endoscope toward a display unit for calibration and configured to change a distance between the distal end part of the endoscope and the display unit for calibration ; a display control unit for calibration configured to cause the display unit for calibration to display a measurement marker of a first display aspect , which is not affected by the image pickup optical system , at an irradiation position to which the auxiliary measurement light is applied whenever the distance is changed; a marker image acquisition unit configured to acquire a calibration image obtained in a case where an image of the measurement marker of the first display aspect displayed on the display unit for calibration is picked up by the endoscope , the calibration image including an image of a measurement marker of a second display aspect affected by the image pickup optical system ; and a calibration unit configured to perform calibration related to display of the measurement marker on an observation display unit on the basis of the calibration image.
A crimped polyamide yarn comprising at least 40 mass% of low water absorption polyamide having an average of water absorption ratio of 5% or less at a temperature of 30°C and a relative humidity of 90% RH, the crimped polyamide yarn being a side-by-side composite yarn in which the low water absorption polyamide is at least one component, being false-twisted, and having a crimp elongation ratio of 25% or more.
A method of encoding image data including a first color component, a second color component, and a third color component defining color characteristics of image portions in a color space, the method comprising for at least a portion of an image: scaling a first color difference component and a second color difference component obtained from the first color component, the second color component, and the third color component of the image portion, by applying a respective gain factor to extend their corresponding dynamic ranges, the first color difference component being defined as a weighted difference between the first color component and the third color component and the second color difference component being defined as a weighted difference between the second color component and the third color component: wherein the respective gain factor applied to a respective color difference component is dependent upon the color gamut of the color space, and wherein the third color component is unaltered by the scaling; and encoding the first scaled color difference component and the second scaled color difference component and the third color component. wherein the respective gain factor applied to a respective color difference component is dependent upon the color gamut of the color space, and wherein the third color component is unaltered by the scaling; and encoding the first scaled color difference component and the second scaled color difference component and the third color component.
A method to identify a human patient suffering a cerebral ischemia event who will benefit from treatment with effective amounts of a thrombolytic or thrombectomy intervention and an inhibitor of VEGF-R-mediated signal transduction, which inhibitor is an antibody that binds to VEGF or binds to VEGF-R and is antagonistic thereto or is an inhibitor of a VEGF-R kinase, which method comprises measuring the level of total S-100B or of S-100BB in the peripheral blood of said patient, and determining whether a level of total S-100B or of S-100BB above a threshold level of 0.12 μg/L, thus identifying said patient.
A solvent system comprising a solution formed of: an ionic liquid consisting of a nucleophilic amine and a protic, non-aqueous liquid, said ionic liquid comprising cations of said nucleophilic amine and anions of said protic, non-aqueous liquid in solution, wherein the ionic liquid is suitable for reacting with an acidic gas comprising CO 2 so as to form an ionic solution comprising: a carbamate salt; and a protonated weak acid, wherein the protic, non-aqueous liquid is selected from the group consisting of: 2-fluorophenol, 3-fluorophenol, 4-fluorophenol, 2-trifluoromethylphenol, 3-trifluoromethylphenol, 4-trifluoromethylphenol, and mixtures thereof. an ionic liquid consisting of a nucleophilic amine and a protic, non-aqueous liquid, said ionic liquid comprising cations of said nucleophilic amine and anions of said protic, non-aqueous liquid in solution, wherein the ionic liquid is suitable for reacting with an acidic gas comprising CO 2 so as to form an ionic solution comprising: a carbamate salt; and a protonated weak acid, a carbamate salt; and a protonated weak acid, wherein the protic, non-aqueous liquid is selected from the group consisting of: 2-fluorophenol, 3-fluorophenol, 4-fluorophenol, 2-trifluoromethylphenol, 3-trifluoromethylphenol, 4-trifluoromethylphenol, and mixtures thereof.
A composition comprising a tracer, wherein the tracer is a radionuclide-labelled carboxylic acid or the corresponding carboxylate, wherein the radionuclide-labelled carboxylic acid is a compound of formula (I): wherein Q is a radionuclide or group comprising a radionuclide; C L is selected from [ 12 C] carbon, or [ 13 C] carbon; n is 1, 2, or 3; R 1 and R 2 are independently C 1-4 -alkyl; and R 3 and R 4 are independently H or F. Q is a radionuclide or group comprising a radionuclide; C L is selected from [ 12 C] carbon, or [ 13 C] carbon; n is 1, 2, or 3; R 1 and R 2 are independently C 1-4 -alkyl; and R 3 and R 4 are independently H or F.
A method , implemented by a computer, for processing images acquired by scanning transmission electron microscopy (STEM) coupled to an energy-dispersive analysis of X-ray photoelectrons (EDX), comprising the following steps: - Providing a series of STEM images each comprising a set of pixels , each pixel of each set of pixels comprising data in the form of at least one EDX unit spectrum , - Performing a main component analysis on all data of the unit spectra in order to separate significant data from non-significant data, and to reconstitute the unit spectra exclusively from significant data, - Forming a summed spectrum by summing unit spectra so as to determine emission peaks contained in the unit spectra, - Modelling the summed spectrum by fitting the emission peaks of the summed spectrum from Gaussian functions, so as to determine at least the positions of the emission peaks, - Modelling each unit spectrum from the summed spectrum model, by keeping at least the previously determined positions and by fitting at least the amplitude of the Gaussian functions to the emission peaks of the unit spectra. - Providing a series of STEM images each comprising a set of pixels , each pixel of each set of pixels comprising data in the form of at least one EDX unit spectrum , - Performing a main component analysis on all data of the unit spectra in order to separate significant data from non-significant data, and to reconstitute the unit spectra exclusively from significant data, - Forming a summed spectrum by summing unit spectra so as to determine emission peaks contained in the unit spectra, - Modelling the summed spectrum by fitting the emission peaks of the summed spectrum from Gaussian functions, so as to determine at least the positions of the emission peaks, - Modelling each unit spectrum from the summed spectrum model, by keeping at least the previously determined positions and by fitting at least the amplitude of the Gaussian functions to the emission peaks of the unit spectra.
A rigid foam, typically, a polyurethane foam, more typically, a polyisocyanurate or a mixed polyisocyanurate/polyurethane foam, comprising the reaction product of an (poly)isocyanate, and a polyethercarbonate polyol copolymer wherein the polyethercarbonate polyol copolymer is derived from the copolymerisation of one or more epoxides with CO 2 , wherein the total-CO 2 - content of the polyethercarbonate polyol copolymer is between 1 and 40wt%, the carbonate linkages are <95% of the total linkages from the copolymerisation, and the molecular weight is between 100 to 5000 g/mol.