mhurhangee/ep-ind-claims huggingface dataset:
A method for measuring the frequency modulation f(t) of a laser source that comprises the following steps: - modulating the laser source over a period T, with a modulation controller; - in a given period T, carrying out several measurements of a beat light intensity between two arms of an interferometer located downstream of the laser source and able to introduce a delay τ between the two arms, these measurements being synchronized with the control of the modulation; - calculating the frequency f(t) from the measurements; characterized in that - during each period T, f(t) varies, - the delay τ varies as a function of time over several periods T, with Δτ> 10% λ/c, and Δτ/τ < 0,01, where c is the speed of light and λ the wavelength of the source; - the measurements are carried out at the time t i in a given period and reiterated at t i +kT, with k≥1,the delay τ having varied from one iteration to the next, - and in that it comprises a step of - calculating a covariance matrix from temporal vectors x(t), the components of each vector x(t) being said measurements carried out in a same period T, the temporal vectors being separated by kT, - calculating eigenvectors and eigenvalues of the covariance matrix, - projecting the temporal vectors x(t) onto the eigenvectors associated with the highest non-negligible eigenvalues, so as to form an elliptical shape having a main axis, - the frequency modulation being obtained by the angle formed from projections of the vectors x(t) around the main axis. - modulating the laser source over a period T, with a modulation controller; - in a given period T, carrying out several measurements of a beat light intensity between two arms of an interferometer located downstream of the laser source and able to introduce a delay τ between the two arms, these measurements being synchronized with the control of the modulation; - calculating the frequency f(t) from the measurements; characterized in that - during each period T, f(t) varies, - the delay τ varies as a function of time over several periods T, with Δτ> 10% λ/c, and Δτ/τ < 0,01, where c is the speed of light and λ the wavelength of the source; - the measurements are carried out at the time t i in a given period and reiterated at t i +kT, with k≥1,the delay τ having varied from one iteration to the next, - and in that it comprises a step of - calculating a covariance matrix from temporal vectors x(t), the components of each vector x(t) being said measurements carried out in a same period T, the temporal vectors being separated by kT, - calculating eigenvectors and eigenvalues of the covariance matrix, - projecting the temporal vectors x(t) onto the eigenvectors associated with the highest non-negligible eigenvalues, so as to form an elliptical shape having a main axis, - the frequency modulation being obtained by the angle formed from projections of the vectors x(t) around the main axis.
A liquid-tight sealed assembly for a night vision device comprising: a housing for the night vision device, an electronic module for controlling the night vision device, and a transmissive window, wherein the transmissive window is configured to permit a signal to pass-through the transmissive window for programming or controlling the night vision device within the housing; and wherein the electronic module is an image intensifier which is located within the housing and can be programmed and controlled through the transmissive window. a housing for the night vision device, an electronic module for controlling the night vision device, and a transmissive window, wherein the transmissive window is configured to permit a signal to pass-through the transmissive window for programming or controlling the night vision device within the housing; and wherein the electronic module is an image intensifier which is located within the housing and can be programmed and controlled through the transmissive window.
A chimeric antigen receptor-effector cell (CAR-EC) switch comprising: a. a peptidic antigen comprising a yeast transcription factor GCN4 peptide that binds an anti-GCN4 chimeric antigen receptor on an effector cell; said GCN4 peptide comprising a portion of SEQ ID NO: 2 that is 12 amino acids; and b. a targeting moiety that binds a cell surface molecule on a target cell, wherein the peptidic antigen is grafted or fused to the targeting moiety. a. a peptidic antigen comprising a yeast transcription factor GCN4 peptide that binds an anti-GCN4 chimeric antigen receptor on an effector cell; said GCN4 peptide comprising a portion of SEQ ID NO: 2 that is 12 amino acids; and b. a targeting moiety that binds a cell surface molecule on a target cell, wherein the peptidic antigen is grafted or fused to the targeting moiety.
A dolly axle (200; 300) comprising: - a frame (202; 302) having a front side (214; 314) directed towards a towing vehicle (2; 2'), and an upper side (204; 304); - a fifth-wheel coupling plate (212; 312) of a fifth-wheel coupling arranged on the upper side (204; 304) for detachably coupling a semitrailer; - at least one rigid axle (206; 208; 306, 308) non-steerably arranged on the frame (202; 302); characterized by - a towbar rotatably supported about a vertical axis on the front side (214; 314) of the frame (202; 302), said towbar being provided with a guiding device (20; 20C; 500) on the side intended for coupling with a towing vehicle (2; 2'), which is formed for achieving torsionally stiff coupling with the towing vehicle (2; 2'). - a frame (202; 302) having a front side (214; 314) directed towards a towing vehicle (2; 2'), and an upper side (204; 304); - a fifth-wheel coupling plate (212; 312) of a fifth-wheel coupling arranged on the upper side (204; 304) for detachably coupling a semitrailer; - at least one rigid axle (206; 208; 306, 308) non-steerably arranged on the frame (202; 302); - a towbar rotatably supported about a vertical axis on the front side (214; 314) of the frame (202; 302), said towbar being provided with a guiding device (20; 20C; 500) on the side intended for coupling with a towing vehicle (2; 2'), which is formed for achieving torsionally stiff coupling with the towing vehicle (2; 2').
An arrangement for supporting a rotor with respect to a stator, in particular for supporting the rotor of a vacuum pump, having a radially stabilizing permanent magnet bearing in the region of one of the two rotor ends and having a further bearing in the region of the oppositely disposed rotor end, wherein the further bearing is designed as an axially active radially stabilizing permanent magnet bearing which comprises, for axial stabilization, a stator-side bearing part which is associated with an intermediate part axially movably supported with respect to a fixed-position housing of the stator and which is axially movable together with said intermediate part relative to the stator housing; and wherein the intermediate part can be acted on via an actuator unit to counteract a respective axial deviation of the rotor with respect to a desired position, characterized in that a sensor unit for measuring a respective axial deflection of the intermediate part with respect to the stator housing is provided and a control device is provided which is in communication with the sensor unit and with the actuator unit and via which the actuator unit can be controlled in dependence on the measured axial deflection of the intermediate part.
Device for lateral guidance of a conveyor belt with a belt roller, the roller body of which, made from synthetic material, is mounted in a freely rotatable manner on a support axle with the aid of two roller bearings (4, 5) which are disposed with axial spacing from each other and are axially supported with respect to the support axle on a collar - provided between them - of the support axle, characterised in that the two roller bearings (4, 5) are fixedly held axially with respect to the roller body between an end wall of the roller body and radially re-entrant, resilient latching tongues which are separated from the remainder of the roller body by an annular groove on the end face opposite the end wall, and in that a blocking ring engages in a form-fitting manner into the annular groove of the roller body.
A rod handheld two-in-one separated-type suction cleaner, comprising: a main device, a push rod, and a ground brush, wherein the main device is a handheld suction cleaner and the push rod is a hollow rod, every two of the main device, the push rod and the ground brush are detachably assembled, wherein, the rod handheld two-in-one separated-type suction cleaner further comprises an independent dust-air separation and dust storage device, which is detachably arranged between the ground brush and the main device, and in the case that the main device, the push rod, the ground brush and the independent dust-air separation and dust storage device are used in combination, the independent dust-air separation and dust storage device forms a first dust collecting device and a built-in dust collecting device of the main device forms a second dust collecting device, when the rod handheld two-in-one separated-type suction cleaner is in operation, filtered secondary dust air is formed after initial dust air passing through the first dust collecting device, and at least a portion of dust in the initial dust air is collected in the first dust collecting device and then the secondary dust air enters the second dust collecting device for being filtered. a main device, a push rod, and a ground brush, wherein the main device is a handheld suction cleaner and the push rod is a hollow rod, every two of the main device, the push rod and the ground brush are detachably assembled, wherein, the rod handheld two-in-one separated-type suction cleaner further comprises an independent dust-air separation and dust storage device, which is detachably arranged between the ground brush and the main device, and in the case that the main device, the push rod, the ground brush and the independent dust-air separation and dust storage device are used in combination, the independent dust-air separation and dust storage device forms a first dust collecting device and a built-in dust collecting device of the main device forms a second dust collecting device, when the rod handheld two-in-one separated-type suction cleaner is in operation, filtered secondary dust air is formed after initial dust air passing through the first dust collecting device, and at least a portion of dust in the initial dust air is collected in the first dust collecting device and then the secondary dust air enters the second dust collecting device for being filtered.
A single use applicator for an adhesive lavatory composition which comprises: a quantity of an adhesive lavatory composition, and a piston part moveably engageable within a base part, wherein: the piston part includes a piston plate and a grip element, and, the base part includes an upper cavity, a perforated compression plate, and a lower cavity, and, wherein the piston plate is fitted within the upper cavity of the base part and is moveable within the upper cavity of the base part, wherein the applicator comprises a stop means, wherein the applicator further comprises a piston stop removal means, wherein the piston plate comprises a release material wherein the release material comprises a film. a quantity of an adhesive lavatory composition, and a piston part moveably engageable within a base part, wherein: the piston part includes a piston plate and a grip element, and, the base part includes an upper cavity, a perforated compression plate, and a lower cavity, and, wherein the piston plate is fitted within the upper cavity of the base part and is moveable within the upper cavity of the base part, wherein the applicator comprises a stop means, wherein the applicator further comprises a piston stop removal means, wherein the piston plate comprises a release material wherein the release material comprises a film. the piston part includes a piston plate and a grip element, and, the base part includes an upper cavity, a perforated compression plate, and a lower cavity, and, wherein the piston plate is fitted within the upper cavity of the base part and is moveable within the upper cavity of the base part, wherein the applicator comprises a stop means, wherein the applicator further comprises a piston stop removal means, wherein the piston plate comprises a release material wherein the release material comprises a film.
A rotating cosmetic case comprising an outer metal jacket, mechanically retained by a sheath of synthetic material, by at least one rotational means of locking and at least one tensile means of locking, one rotational means of locking, consisting of a cut-out opening outwards at the lower end of the cylindrical wall of the metal jacket, said cut-out being mounted in cooperation with a projection molded in the sheath, while the tensile means of locking consists of at least one orifice in the lower part of the cylindrical wall of the metal jacket, delimiting with the lower end of the latter, a wall portion facing inwards with respect to a housing located in the sheath.
An optical fiber configured to compensate for thermal lensing caused by light absorption and/or amplification within the optical fiber, the optical fiber comprising: a fiber core configured to guide and amplify light along the longitudinal dimension of the fiber core, the amplification and/or absorption of the guided light causing thermal lensing in the fiber core that is induced by a change in a refractive index as a function of position along one or more dimensions perpendicular to the longitudinal dimension of the fiber core, wherein the fiber core includes a designed-in effective refractive index profile such that the designed-in effective refractive index of the fiber core changes as a function of the position along the one or more dimensions perpendicular to the longitudinal dimension of the fiber core, the designed-in effective refractive index profile being selected to at least partially offset thermal lensing in at least one dimension perpendicular to the longitudinal dimension of the fiber core when light is guided by the fiber core, wherein the designed-in effective refractive index profile is provided by a predetermined cross-sectional shape of the fiber core, wherein the predetermined cross-sectional shape includes a first two opposing sides that are parallel to each other and a second two opposing sides, characterised in that at least one of the second two opposing sides is concave toward a central longitudinal axis of the fiber core. a fiber core configured to guide and amplify light along the longitudinal dimension of the fiber core, the amplification and/or absorption of the guided light causing thermal lensing in the fiber core that is induced by a change in a refractive index as a function of position along one or more dimensions perpendicular to the longitudinal dimension of the fiber core, wherein the fiber core includes a designed-in effective refractive index profile such that the designed-in effective refractive index of the fiber core changes as a function of the position along the one or more dimensions perpendicular to the longitudinal dimension of the fiber core, the designed-in effective refractive index profile being selected to at least partially offset thermal lensing in at least one dimension perpendicular to the longitudinal dimension of the fiber core when light is guided by the fiber core, wherein the designed-in effective refractive index profile is provided by a predetermined cross-sectional shape of the fiber core, wherein the predetermined cross-sectional shape includes a first two opposing sides that are parallel to each other and a second two opposing sides, characterised in that at least one of the second two opposing sides is concave toward a central longitudinal axis of the fiber core.
A slave device to be connected to a master device by a multi-drop serial bus having a data line, the slave device comprising: a memory location containing a bit sequence including at least one zero bit; characterized by circuitry that, in response to receiving a read command from the master device, transmits the bit sequence on the data line. a memory location containing a bit sequence including at least one zero bit; characterized by circuitry that, in response to receiving a read command from the master device, transmits the bit sequence on the data line.
A terminal comprising: a reception section configured to receive a Downlink, DL, signal from at least one of a transmission/reception point and a reception point; and a control section configured to perform a certain assumption for a Physical Cell Identifier, PCI, that is based on the DL signal, and configured to determine a transmission destination of an Uplink, UL, signal, based on the certain assumption, wherein the control section is configured to perform, as the certain assumption, an assumption that the PCI corresponding to the transmission/reception point and the PCI corresponding to the reception point are different from each other, and is configured to determine the transmission destination of the UL signal, based on the PCI that is based on the DL signal, characterised in that the control section is further configured to perform, as the certain assumption, an assumption that the PCI is configured based on a distance between the transmission/reception point and the reception point, and is configured to determine, based on the PCI that is based on the DL signal, the number of terminal panels to be turned on. a reception section configured to receive a Downlink, DL, signal from at least one of a transmission/reception point and a reception point; and a control section configured to perform a certain assumption for a Physical Cell Identifier, PCI, that is based on the DL signal, and configured to determine a transmission destination of an Uplink, UL, signal, based on the certain assumption, wherein the control section is configured to perform, as the certain assumption, an assumption that the PCI corresponding to the transmission/reception point and the PCI corresponding to the reception point are different from each other, and is configured to determine the transmission destination of the UL signal, based on the PCI that is based on the DL signal, characterised in that the control section is further configured to perform, as the certain assumption, an assumption that the PCI is configured based on a distance between the transmission/reception point and the reception point, and is configured to determine, based on the PCI that is based on the DL signal, the number of terminal panels to be turned on.
A weapon for firing cased telescoped, CT, ammunition rounds, comprising: a barrel member defining a barrel and a chamber cavity immediately rearward of the barrel; a chamber member that defines a chamber configured to hold a CT round for firing from the weapon, the chamber member moving between a firing position in which the chamber member is in the chamber cavity aligned with the barrel for firing the CT round and an ejection/loading position in which the chamber member is away from the chamber cavity for ejecting a spent CT round and receiving a next CT round; a breech member defining a breech closing a rear end of the chamber when the chamber member is in the firing position; and a carrier coupled to and co-configured with the chamber member and the breech member to perform a counter-recoil operation in which - the chamber member is moved from the ejection/loading position to the firing position with the next CT round therein, - the breech member is urged into a closed position against the next CT round in the chamber to remove headspace before the next CT round is fired from the weapon, the weapon being characterised in that the breech member is a cylindrical member screwed into a rear of a barrel extension at the rear of the barrel, the barrel extension housing the chamber cavity, and the urging of the breech member is rotation of the breech member into the closed position by movement of the carrier during the counter-recoil. a barrel member defining a barrel and a chamber cavity immediately rearward of the barrel; a chamber member that defines a chamber configured to hold a CT round for firing from the weapon, the chamber member moving between a firing position in which the chamber member is in the chamber cavity aligned with the barrel for firing the CT round and an ejection/loading position in which the chamber member is away from the chamber cavity for ejecting a spent CT round and receiving a next CT round; a breech member defining a breech closing a rear end of the chamber when the chamber member is in the firing position; and a carrier coupled to and co-configured with the chamber member and the breech member to perform a counter-recoil operation in which - the chamber member is moved from the ejection/loading position to the firing position with the next CT round therein, - the breech member is urged into a closed position against the next CT round in the chamber to remove headspace before the next CT round is fired from the weapon, - the chamber member is moved from the ejection/loading position to the firing position with the next CT round therein, - the breech member is urged into a closed position against the next CT round in the chamber to remove headspace before the next CT round is fired from the weapon, the weapon being characterised in that the breech member is a cylindrical member screwed into a rear of a barrel extension at the rear of the barrel, the barrel extension housing the chamber cavity, and the urging of the breech member is rotation of the breech member into the closed position by movement of the carrier during the counter-recoil.
An isolated antibody comprising an antigen recognition domain comprising: complementarity determining regions as set forth in SEQ ID NOs: 1, 2, 3, 4, 5 and 6; or complementarity determining regions as set forth in SEQ ID NOs: 7, 8, 9, 10, 11 and 12, wherein the antibody specifically binds CD84. complementarity determining regions as set forth in SEQ ID NOs: 1, 2, 3, 4, 5 and 6; or complementarity determining regions as set forth in SEQ ID NOs: 7, 8, 9, 10, 11 and 12, wherein the antibody specifically binds CD84.
A method comprising: obtaining, by a traffic analysis service that monitors a network, file metadata regarding an electronic file; determining, by the traffic analysis service, an inferred sensitivity score for the electronic file based on the file metadata, wherein the inferred sensitivity score is indicative of an inference of the electronic file containing sensitive or restricted information; detecting, by the traffic analysis service, the electronic file within traffic in the network; causing, by the traffic analysis service, performance of a mitigation action regarding the detection of the electronic file within the traffic, based on the inferred sensitivity score of the electronic file. obtaining, by a traffic analysis service that monitors a network, file metadata regarding an electronic file; determining, by the traffic analysis service, an inferred sensitivity score for the electronic file based on the file metadata, wherein the inferred sensitivity score is indicative of an inference of the electronic file containing sensitive or restricted information; detecting, by the traffic analysis service, the electronic file within traffic in the network; causing, by the traffic analysis service, performance of a mitigation action regarding the detection of the electronic file within the traffic, based on the inferred sensitivity score of the electronic file.