mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: causing a sensor in an autonomous vehicle to sense information about an environment in a first field of view (314, 410, 514); determining a second field of view (318, 412, 518), wherein determining the second field of view comprises: determining a desired field of view that improves an ability of the sensor to sense information; and determining the second field of view based on the desired field of view and a set of constraints for the vehicle, wherein the set of constraints comprises at least one of: one or more constraints based on traffic laws; one or more constraints based on passenger comfort; or one or more constraints based on passenger safety, wherein the second field of view is different than the desired field of view in order to adhere to the set of constraints for the vehicle; modifying the sensor's field of view from the first field of view to the second field of view, wherein modifying the sensor's field of view comprises modifying a position or an orientation of the sensor; and causing the sensor to sense information in the second field of view. causing a sensor in an autonomous vehicle to sense information about an environment in a first field of view (314, 410, 514); determining a second field of view (318, 412, 518), wherein determining the second field of view comprises: determining a desired field of view that improves an ability of the sensor to sense information; and determining the second field of view based on the desired field of view and a set of constraints for the vehicle, wherein the set of constraints comprises at least one of: one or more constraints based on traffic laws; one or more constraints based on passenger comfort; or one or more constraints based on passenger safety, wherein the second field of view is different than the desired field of view in order to adhere to the set of constraints for the vehicle; determining a desired field of view that improves an ability of the sensor to sense information; and determining the second field of view based on the desired field of view and a set of constraints for the vehicle, wherein the set of constraints comprises at least one of: one or more constraints based on traffic laws; one or more constraints based on passenger comfort; or one or more constraints based on passenger safety, wherein the second field of view is different than the desired field of view in order to adhere to the set of constraints for the vehicle; modifying the sensor's field of view from the first field of view to the second field of view, wherein modifying the sensor's field of view comprises modifying a position or an orientation of the sensor; and causing the sensor to sense information in the second field of view.
A container end closure with a peripheral curl adapted for interconnection to a neck of a container, comprising: a central panel; a pull tab comprising a nose and a tail, said pull tab adapted for applying a downward force on a predetermined portion of said central panel; a rivet operatively interconnecting said pull tab to an upper surface of said central panel and allowing said pull tab to rotate; a first opening portion at least partially defined by a first severable score line; a second vent opening portion at least partially defined by a second severable score line, and wherein said second severable score line and said first severable score line are substantially oriented along a common line, and are positioned along the same radius of curvature, wherein said first opening portion and said second vent opening portion are integrally interconnected to form a larger combined opening; and a transition portion positioned between said first severable score line and said second severable score line which inhibits propagation of a fracture from said first severable score line into said second severable score line, and wherein said nose of said pull tab can selectively move between a first position over said first opening portion and a second position over said second vent opening portion to facilitate opening of said first and second portions as said nose portion of said pull tab is pushed downward. a central panel; a pull tab comprising a nose and a tail, said pull tab adapted for applying a downward force on a predetermined portion of said central panel; a rivet operatively interconnecting said pull tab to an upper surface of said central panel and allowing said pull tab to rotate; a first opening portion at least partially defined by a first severable score line; a second vent opening portion at least partially defined by a second severable score line, and wherein said second severable score line and said first severable score line are substantially oriented along a common line, and are positioned along the same radius of curvature, wherein said first opening portion and said second vent opening portion are integrally interconnected to form a larger combined opening; and a transition portion positioned between said first severable score line and said second severable score line which inhibits propagation of a fracture from said first severable score line into said second severable score line, and wherein said nose of said pull tab can selectively move between a first position over said first opening portion and a second position over said second vent opening portion to facilitate opening of said first and second portions as said nose portion of said pull tab is pushed downward.
Joint (J1; J2) for a cable ducting including a first plate element adapted to be operatively coupled to an end portion of a first cable duct and a second plate element adapted to be operatively coupled to an end portion of a second cable duct facing said first duct along a predetermined ducting direction, wherein said first plate element and said second plate element are rotatably coupled to each other on parallel planes, wherein said first plate element comprises a through hole and said second plate element comprises an integral raised formation, protruding from a face of said second plate element in a direction orthogonal to said face, said raised formation being disposed through said through hole so as to emerge with a free end from the opposite side and to determine an axis of mutual rotation of said plate elements (20, 22), said free end having a flange extending radially at least partially overlapping to an edge of said through hole so as to retain said second plate element transversely with respect to said first plate element in a condition firmly coupled thereto, characterized in that said through hole is a circular hole forming a rotation hinge and said integral raised formation comprises a joining hole with protruding edge having a radial extension smaller than the radial extension of said through hole and an edge at least partially protruding in said direction orthogonal to the face of the second plate element, said at least partially protruding edge being at least partially folded to form said flange so as to hold the second plate element adjacent to the first plate element.
A rotary piston and cylinder device comprising a rotor, a stator and a rotatable shutter, the rotor and the stator define a working chamber, the rotor comprising at least one piston which extends into the working chamber, the rotatable shutter is provided with at least one aperture, in which in an open condition of the rotatable shutter permits passage of the at least one piston therethrough, and in a closed condition the rotatable shutter partitions the working chamber, the piston comprising a first side and a second side, the first side arranged to seal with a slot of the shutter, and comprises a working face, the second side being a substantially oppositely directed side to the first side, characterised in that the second side comprises a sealing portion arranged to seal with the shutter slot and/or stator and a non-sealing portion arranged not to seal with the shutter slot.
A tube producible by applying a polymer-shaping technique to a composite material that includes a shape memory alloy material, which comprises elongated shape memory alloy elements, and a non-shape-memory polymer material, wherein the surface of the elongated shape memory alloy elements is surface treated such that the adhesion between the elongated shape memory alloy elements and the non-shape-memory polymer material is increased.
A frame, in particular a frame of a pram, comprising a first frame area, a second frame area and a third frame area, wherein the first frame area is fixed to the second frame area in a first pivot area so as to be pivotable about a first pivot axis (S 1), wherein the second frame area is fixed to the third frame area in a second pivot area so as to be pivotable about a second pivot axis (S 2), wherein a first receiving area is provided on at least one of the frame areas (2, 4, 6) to which a transport unit can be positively fixed, wherein the frame can be brought into a first position or a second position, wherein in the first position the frame is designed to receive at least one transport unit, and wherein the frame in the second position is designed to receive at least two transport units, wherein the composite of the first and the second frame area (2, 4) has a greater extension along a longitudinal axis in the second position than in the first position, characterised in that the extension of the composite of the first and second frame areas (2, 4) along the longitudinal axis is achieved exclusively by pivoting the frame areas (2, 4) relative to one another in the first pivoting area.
An integrated circuit comprising: - a semiconductor substrate; - an insulating layer over said substrate; - a first transistor on said insulating layer, said first transistor comprising an exposed channel region in between a source region (142a, 142b) and a drain region and a sensitive gate in said channel region, the channel region being arranged for sensing of an analyte; and - a voltage waveform generator conductively coupled to the semiconductor substrate for providing the first transistor with a bias voltage during a sensing signal acquisition period, wherein the voltage waveform generator is arranged to generate an alternating bias voltage waveform comprising a periodically increasing amplitude. - a semiconductor substrate; - an insulating layer over said substrate; - a first transistor on said insulating layer, said first transistor comprising an exposed channel region in between a source region (142a, 142b) and a drain region and a sensitive gate in said channel region, the channel region being arranged for sensing of an analyte; and - a voltage waveform generator conductively coupled to the semiconductor substrate for providing the first transistor with a bias voltage during a sensing signal acquisition period, wherein the voltage waveform generator is arranged to generate an alternating bias voltage waveform comprising a periodically increasing amplitude.
A passive optical network "PON", comprising: an optical network unit "ONU" (204, 206); and an optical line terminal "OLT" coupled to the ONU (204, 206) via a passive optical splitter, comprising: an optical transceiver configured to transmit optical signals to and receive optical signals from the ONU (204, 206); and a performance-monitoring mechanism configured to monitor performance of the PON based on received optical signals, wherein the performance-monitoring mechanism comprises an optical power monitor configured to monitor the optical power of signals received from the ONU (204, 206), the performance monitoring mechanism is configured to: select the ONU (204, 206) for performance monitoring; assign a logical link identifier dedicated to performance monitoring to the ONU (204, 206), grant a transmission window with a predetermined length to the logical link identifier, and monitor optical power of signals received from the ONU (204, 206) within the transmission window. an optical network unit "ONU" (204, 206); and an optical line terminal "OLT" coupled to the ONU (204, 206) via a passive optical splitter, comprising: an optical transceiver configured to transmit optical signals to and an optical transceiver configured to transmit optical signals to and receive optical signals from the ONU (204, 206); and a performance-monitoring mechanism configured to monitor performance of the PON based on received optical signals, wherein the performance-monitoring mechanism comprises an optical power monitor configured to monitor the optical power of signals received from the ONU (204, 206), the performance monitoring mechanism is configured to: select the ONU (204, 206) for performance monitoring; assign a logical link identifier dedicated to performance monitoring to the ONU (204, 206), grant a transmission window with a predetermined length to the logical link identifier, and monitor optical power of signals received from the ONU (204, 206) within the transmission window. select the ONU (204, 206) for performance monitoring; assign a logical link identifier dedicated to performance monitoring to the ONU (204, 206), grant a transmission window with a predetermined length to the logical link identifier, and monitor optical power of signals received from the ONU (204, 206) within the transmission window.
Outer frame profile for an outer frame for a commercial vehicle, in particular for a chassis of a commercial vehicle, which is formed from at least one frame profile consisting of at least three profile parts (11, 12, 13) with the same or different wall thicknesses, with a first profile part which forms the outer side of the outer frame profile at least in sections, with at least one front frame section and at least one rear frame section, wherein a second profile part with a low height rests against the first profile part in such a way at the front frame section at least in sections, and wherein a third profile part with a higher superstructure height than the second profile part rests against the first profile part at least in sections on the rear frame section in such a way that different substructure heights are formed in the longitudinal extension of the frame profile, characterized in that in the sections in which the second profile part and the third profile part rest against the first profile part, the wall thickness of the first profile part is added to the wall thickness of the second profile part or the wall thickness of the third profile part.
An agent selected from: an exogenous antibody or fragment thereof that binds selectively to an epitope consisting of (i) RLACGVIGI (SEQ ID NO:1); (ii) ACGVIGI (SEQ ID NO:9); or (iii) SEQ ID NO: 8 or 13, or an immunogen comprising an isolated peptide comprising SEQ ID NO: 1, 8, 9, 10 or 13, said peptide comprising up to 50 SOD1 residues, for use in treating amyotrophic lateral sclerosis. an exogenous antibody or fragment thereof that binds selectively to an epitope consisting of (i) RLACGVIGI (SEQ ID NO:1); (ii) ACGVIGI (SEQ ID NO:9); or (iii) SEQ ID NO: 8 or 13, or (i) RLACGVIGI (SEQ ID NO:1); (ii) ACGVIGI (SEQ ID NO:9); or (iii) SEQ ID NO: 8 or 13, or an immunogen comprising an isolated peptide comprising SEQ ID NO: 1, 8, 9, 10 or 13, said peptide comprising up to 50 SOD1 residues,
Manufacturing mould with a base frame and a moulding shell arranged on the base frame with an inner shell and an outer shell, which is attached to the base frame through at least one adjustment device, characterised in that at least one spacer is arranged between the inner shell and the outer shell and at least one attachment means is attached in a fixed position to the at least one spacer and protrudes through the outer shell through to the base frame and the at least one attachment means is attached respectively to one of the at least one adjustment devices and a metal plate arranged on the inner side of the outer shell is associated with the at least one spacer and the at least one attachment means departs from the metal plate. a base frame and a moulding shell arranged on the base frame with an inner shell and an outer shell, which is attached to the base frame through at least one adjustment device, characterised in that at least one spacer is arranged between the inner shell and the outer shell and at least one attachment means is attached in a fixed position to the at least one spacer and protrudes through the outer shell through to the base frame and the at least one attachment means is attached respectively to one of the at least one adjustment devices and a metal plate arranged on the inner side of the outer shell is associated with the at least one spacer and the at least one attachment means departs from the metal plate.
An authentication system to at least one application accessible by a user via a computer and for which the access is controlled by an authentication data, comprising: - a main mobile device, comprising a near-field communication module, a non-volatile memory and a volatile memory, and configured to communicate with the computer, - a main token, comprising a near-field communication module and a non-volatile memory in which at least one authentication data is recorded, the main mobile device being configured to recover, via the near-field communication module, the authentication data of the main token using a pairing key, and the main token being configured to allow access to the authentication data only upon presentation of said pairing key, characterized in that the pairing key is segmented into a plurality of segments, a first segment being recorded on the non-volatile memory of the main mobile device and at least one other additional segment (32b, 32c) being recorded on a non-volatile memory of a secondary mobile device and/or a non-volatile memory of a secondary token, the main mobile device being configured to recover the additional segment(s) (32b, 32c) by near-field communication with said secondary mobile device(s) and/or said secondary token(s), to reconstitute the pairing key and to present the reconstituted pairing key to the main token, and in that the additional segment(s) (32b, 32c) recovered by the main mobile device are stored on the volatile memory of the main mobile device. - a main mobile device, comprising a near-field communication module, a non-volatile memory and a volatile memory, and configured to communicate with the computer, - a main token, comprising a near-field communication module and a non-volatile memory in which at least one authentication data is recorded, the main mobile device being configured to recover, via the near-field communication module, the authentication data of the main token using a pairing key, and the main token being configured to allow access to the authentication data only upon presentation of said pairing key,
An air conditioner control system comprising: an air conditioner; a server apparatus communicably connected to the air conditioner; and a control unit; characterized in that the control unit is configured to transmit setting information for an emergency operation to the air conditioner after instructing to stop operation of all indoor units (111, 112) of the air conditioner, in response to receiving a report indicating malfunction from the air conditioner. an air conditioner; a server apparatus communicably connected to the air conditioner; and a control unit;
A combination of a lightning warning system and a lightning warning device, particularly for protecting people from lightning strike, the lightning warning device comprising: a stele, a warning device (12, 30, 32) arranged at the stele for emitting a warning signal, a mounting device connected to the stele for detachably mounting the stele on a stationary structure, a receiver for receiving a lightning warning which includes a hazard potential for the location of the lightning warning device, and which is transmitted by the lightning warning system, and a control device (16, 28) communicating with the receiver, wherein the warning device (12, 30, 32) is connected to the control device (16, 28) to emit the warning signal depending on the received lightning warning, and wherein the lightning warning system comprises lightning detectors, which are distributed across a region, and is adapted to make a prediction for the hazard potential for a lightning strike at the location of the lightning warning device on the basis of the location of a detected lightning and of the course by estimation. a stele, a warning device (12, 30, 32) arranged at the stele for emitting a warning signal, a mounting device connected to the stele for detachably mounting the stele on a stationary structure, a receiver for receiving a lightning warning which includes a hazard potential for the location of the lightning warning device, and which is transmitted by the lightning warning system, and a control device (16, 28) communicating with the receiver, wherein the warning device (12, 30, 32) is connected to the control device (16, 28) to emit the warning signal depending on the received lightning warning, and wherein the lightning warning system comprises lightning detectors, which are distributed across a region, and is adapted to make a prediction for the hazard potential for a lightning strike at the location of the lightning warning device on the basis of the location of a detected lightning and of the course by estimation.
A laser processing system configured to perform laser processing by irradiating a workpiece with a laser beam, the laser processing system comprising: A. a wavelength-variable laser device configured to output each of a laser beam at an absorption line as a wavelength at which light is absorbed by oxygen and a laser beam at a non-absorption line as a wavelength at which an amount of light absorption by oxygen is smaller than at the absorption line; B. an optical system configured to irradiate the workpiece with the laser beam; and C. a laser control unit configured to control the wavelength-variable laser device, set a wavelength of the laser beam output from the wavelength-variable laser device to be the non-absorption line when the laser processing is performed on a surface of the workpiece in gas containing oxygen, and set the wavelength of the laser beam output from the wavelength-variable laser device to be the absorption line when ozone cleaning is performed on the surface of the workpiece in gas containing oxygen; D: an irradiation-area-changing mechanism configured to change irradiation area of the laser beam emitted from the optical system on the surface of the workpiece; and E: a laser processing control unit configured to control the irradiation-area-changing mechanism so that the irradiation area in the ozone cleaning is larger than the irradiation area in the laser processing. A. a wavelength-variable laser device configured to output each of a laser beam at an absorption line as a wavelength at which light is absorbed by oxygen and a laser beam at a non-absorption line as a wavelength at which an amount of light absorption by oxygen is smaller than at the absorption line; B. an optical system configured to irradiate the workpiece with the laser beam; and C. a laser control unit configured to control the wavelength-variable laser device, set a wavelength of the laser beam output from the wavelength-variable laser device to be the non-absorption line when the laser processing is performed on a surface of the workpiece in gas containing oxygen, and set the wavelength of the laser beam output from the wavelength-variable laser device to be the absorption line when ozone cleaning is performed on the surface of the workpiece in gas containing oxygen; D: an irradiation-area-changing mechanism configured to change irradiation area of the laser beam emitted from the optical system on the surface of the workpiece; and E: a laser processing control unit configured to control the irradiation-area-changing mechanism so that the irradiation area in the ozone cleaning is larger than the irradiation area in the laser processing.