mhurhangee/ep-ind-claims huggingface dataset:
A drive arrangement that comprises - a uniform, dead, curved axle of a roll - a roll pipe, that is configured to rotate around the dead axle of the roll, supported by bearings; - articulation bearings (11, 111) at both ends of the roll for locking the dead axle of the roll to a frame structure supporting the roll and - drive means of the roll, wherein the drive means of the roll comprise a permanently magnetized synchronous direct drive electric motor (2, 20) mounted on the dead axle, which permanently magnetized synchronous direct drive electric motor (2, 20) comprises: - a rotor that is attached by mechanical attachment means (25, 25a) to the rotating roll pipe of the roll, and - the bearings of the rotating roll pipe of the roll are configured to function also as the only bearings of the permanently magnetized synchronous direct drive motor (2, 30, 40, 50), characterized in that a support frame of a stator is attached via an end flange of the stator to the dead axle of the roll between the articulation bearings (11, 111) and bearings of a rotating roll pipe of the roll. - a uniform, dead, curved axle of a roll - a roll pipe, that is configured to rotate around the dead axle of the roll, supported by bearings; - articulation bearings (11, 111) at both ends of the roll for locking the dead axle of the roll to a frame structure supporting the roll and - drive means of the roll, wherein the drive means of the roll comprise a permanently magnetized synchronous direct drive electric motor (2, 20) mounted on the dead axle, which permanently magnetized synchronous direct drive electric motor (2, 20) comprises: - a rotor that is attached by mechanical attachment means (25, 25a) to the rotating roll pipe of the roll, and - the bearings of the rotating roll pipe of the roll are configured to function also as the only bearings of the permanently magnetized synchronous direct drive motor (2, 30, 40, 50), characterized in that a support frame of a stator is attached via an end flange of the stator to the dead axle of the roll between the articulation bearings (11, 111) and bearings of a rotating roll pipe of the roll. - a rotor that is attached by mechanical attachment means (25, 25a) to the rotating roll pipe of the roll, and - the bearings of the rotating roll pipe of the roll are configured to function also as the only bearings of the permanently magnetized synchronous direct drive motor (2, 30, 40, 50), characterized in that a support frame of a stator is attached via an end flange of the stator to the dead axle of the roll between the articulation bearings (11, 111) and bearings of a rotating roll pipe of the roll.
A first node for use in a system, the system comprising one or more trusted source nodes, one or more worker nodes and a verifier node, wherein the first node is configured to: determine a trusted input commitment key for a trusted input to be input into a computation that is to be evaluated by the one or more worker nodes, wherein the trusted input commitment key is for use by the one or more trusted source nodes in forming a trusted input commitment of one or more trusted inputs; determine a computation evaluation key for use by the one or more worker nodes in determining a proof that a computation on one or more trusted inputs is correct and that the one or more trusted inputs were used in the computation, wherein the computation evaluation key comprises key material for one or more trusted input wires that are for inputting the one or more trusted inputs into the computation, wherein the key material is derived from a trapdoor value, one or more polynomials evaluated in a point corresponding to the trapdoor value that are independent of polynomials representing the computation, and one or more polynomials evaluated in a point corresponding to the trapdoor value that represent the computation; determine a computation verification key for use by the verifier node in verifying the result of the computation by the one or more worker nodes; and publish the trusted input commitment key, the computation evaluation key and the computation verification key. determine a trusted input commitment key for a trusted input to be input into a computation that is to be evaluated by the one or more worker nodes, wherein the trusted input commitment key is for use by the one or more trusted source nodes in forming a trusted input commitment of one or more trusted inputs; determine a computation evaluation key for use by the one or more worker nodes in determining a proof that a computation on one or more trusted inputs is correct and that the one or more trusted inputs were used in the computation, wherein the computation evaluation key comprises key material for one or more trusted input wires that are for inputting the one or more trusted inputs into the computation, wherein the key material is derived from a trapdoor value, one or more polynomials evaluated in a point corresponding to the trapdoor value that are independent of polynomials representing the computation, and one or more polynomials evaluated in a point corresponding to the trapdoor value that represent the computation; determine a computation verification key for use by the verifier node in verifying the result of the computation by the one or more worker nodes; and publish the trusted input commitment key, the computation evaluation key and the computation verification key.
A system for displaying a sensor data on a display, the system comprising: a tracker arrangement to track a line of sight, LOS, of a user; a single sensor configured to be directed based on said LOS and configured to capture data of a scene relative to said LOS, to yield LOS captured data; and a display configured to: receive said LOS captured data, and display the LOS captured data relative to said LOS, wherein a field of view, FOV, of said display is wider than a FOV of said sensor, the system being characterised in that the display is configured to display a mosaic of plurality of said LOS captured data (12, 12A, 12B), wherein said plurality of said LOS captured data are captured by said single sensor, wherein at least one of the LOS captured data that appears in said mosaic is a real time LOS captured data displayed at a real time LOS, wherein at least one of the LOS captured data that appears in said mosaic is a previous LOS captured data (12A, 12B) displayed at a previous LOS, and wherein the display is further configured to display said mosaic in a manner that allows a user to distinguish (28A, 29A, 30A) between said real time LOS captured data and said previous LOS captured data. a tracker arrangement to track a line of sight, LOS, of a user; a single sensor configured to be directed based on said LOS and configured to capture data of a scene relative to said LOS, to yield LOS captured data; and a display configured to: receive said LOS captured data, and display the LOS captured data relative to said LOS, wherein a field of view, FOV, of said display is wider than a FOV of said sensor, the system being characterised in that the display is configured to display a mosaic of plurality of said LOS captured data (12, 12A, 12B), wherein said plurality of said LOS captured data are captured by said single sensor, wherein at least one of the LOS captured data that appears in said mosaic is a real time LOS captured data displayed at a real time LOS, wherein at least one of the LOS captured data that appears in said mosaic is a previous LOS captured data (12A, 12B) displayed at a previous LOS, and wherein the display is further configured to display said mosaic in a manner that allows a user to distinguish (28A, 29A, 30A) between said real time LOS captured data and said previous LOS captured data.
A device for connecting an optical cable and a protective tube fitted onto a bare optical fiber protruding from said optical cable, said device comprising: • a first end portion comprising a first channel configured to house a cut end of an external sheath of said optical cable from which said bare optical fiber exits; • a second end portion configured to receive an end of said protective tube; and • a central portion interposed between said first end portion and said second end portion, said central portion comprising a second channel, said second channel comprising a tapered guiding wall configured to align said bare optical fiber with said protective tube when said protective tube is received in said second end portion, wherein said first end portion, said second end portion and said central portion form a unique integral body having a shape elongated in a longitudinal direction (z), said first channel and said second channel being reciprocally aligned along said longitudinal direction (z), characterized in that said first channel has an elongated longitudinal opening parallel to said longitudinal direction (z). • a first end portion comprising a first channel configured to house a cut end of an external sheath of said optical cable from which said bare optical fiber exits; • a second end portion configured to receive an end of said protective tube; and • a central portion interposed between said first end portion and said second end portion, said central portion comprising a second channel, said second channel comprising a tapered guiding wall configured to align said bare optical fiber with said protective tube when said protective tube is received in said second end portion,
A panel (250, 550, 750), particularly for an aircraft floor, characterized in that it comprises: i. a first plate made of composite material reinforced by continuous fibers (225, 226); ii. a corrugated sheet (230, 230a, 230b, 730) made of composite material reinforced by continuous fibers (235, 236), joined to a side, known as the underside, of the first plate; iii. local reinforcing means (330, 337, 751, 753, 752) joined to the corrugated sheet (230, 230a, 230b, 730). i. a first plate made of composite material reinforced by continuous fibers (225, 226); ii. a corrugated sheet (230, 230a, 230b, 730) made of composite material reinforced by continuous fibers (235, 236), joined to a side, known as the underside, of the first plate; iii. local reinforcing means (330, 337, 751, 753, 752) joined to the corrugated sheet (230, 230a, 230b, 730).
A packaging unit for one or a plurality of individual removable products specifically tablets, wherein the packaging unit has a blister packaging and a bag-type outer packaging, in which the blister packaging is enclosed, characterized in that the blister packaging is movably arranged within the outer packaging and can be brought into at least one position in which a removal of at least one of the products is possible, wherein the blister packaging has at least one positioning element and the outer packaging or a locking element arranged in or at the outer packaging has at least one receiving element for the positioning element, and wherein the positioning element arranged at the receiving element defines the removal position.
A heat medium relay unit constituting a portion of an air-conditioning apparatus that forms a refrigerant circulation circuit connecting a compressor, a heat source side heat exchanger, a plurality of expansion devices, and a plurality of heat exchangers related to heat medium, the refrigerant circulation circuit circulating a heat source side refrigerant, and that forms a heat medium circulation circuit connecting a plurality of heat medium delivering devices, a plurality of heat medium flow switching devices (22, 23), a plurality of heat medium flow control devices, a plurality of use side heat exchangers, and the plurality of heat exchangers related to heat medium, the heat medium circulation circuit circulating a heat medium, the heat medium relay unit being characterized by: a housing including the expansion devices, the heat exchangers related to heat medium, the heat medium delivering devices, the heat medium flow control devices, and the heat medium flow switching devices together, wherein the heat medium delivering devices, the heat medium flow control devices, and the heat medium flow switching devices are arranged on a servicing side in a same direction in the housing and are provided so as to be detachable from the servicing side. a housing including the expansion devices, the heat exchangers related to heat medium, the heat medium delivering devices, the heat medium flow control devices, and the heat medium flow switching devices together, wherein the heat medium delivering devices, the heat medium flow control devices, and the heat medium flow switching devices are arranged on a servicing side in a same direction in the housing and are provided so as to be detachable from the servicing side.
A multi-pole molded case circuit breaker, including a fixed contact, a movable contact configured to be in contact with and separated from the fixed contact and shafts to which the movable contact is fixed, an open/close device configured to operate one of the shafts, and a shaft pin configured to connect the shafts, the multi-pole molded case circuit breaker comprising: a lower link having an indicator at one surface thereof; and a locking plate, rotatably mounted to a side plate, configured to allow or release movement of a handle to an OFF-position by being in contact with the indicator, wherein the locking plate includes a lever restriction part configured to restrict an open/close lever coupled to the handle, the open/close lever includes a blocking protrusion, and the lever restriction part includes a restriction protrusion configured to be caught by the blocking protrusion characterized in that the locking plate includes: a rotation prevention part formed in a predetermined length in line with inclination of the shaft pin and configured to restrict movement of the handle to an OFF-position by being in contacting with the indicator, wherein the length of the rotation prevention part is larger than displacement of inclination of the shaft pin; and a rotation permission part, formed at one side of the rotation prevention part, configured to permit the handle to move to an OFF-position by being released from contact with the indicator. a lower link having an indicator at one surface thereof; and a locking plate, rotatably mounted to a side plate, configured to allow or release movement of a handle to an OFF-position by being in contact with the indicator, wherein the locking plate includes a lever restriction part configured to restrict an open/close lever coupled to the handle, the open/close lever includes a blocking protrusion, and the lever restriction part includes a restriction protrusion configured to be caught by the blocking protrusion characterized in that the locking plate includes: a rotation prevention part formed in a predetermined length in line with inclination of the shaft pin and configured to restrict movement of the handle to an OFF-position by being in contacting with the indicator, wherein the length of the rotation prevention part is larger than displacement of inclination of the shaft pin; and a rotation permission part, formed at one side of the rotation prevention part, configured to permit the handle to move to an OFF-position by being released from contact with the indicator. a rotation prevention part formed in a predetermined length in line with inclination of the shaft pin and configured to restrict movement of the handle to an OFF-position by being in contacting with the indicator, wherein the length of the rotation prevention part is larger than displacement of inclination of the shaft pin; and a rotation permission part, formed at one side of the rotation prevention part, configured to permit the handle to move to an OFF-position by being released from contact with the indicator.
A gas turbine engine hot section comprising: a turbine housing extending around a central axis and having a first probe boss; an exhaust case surrounding the turbine housing and having a second probe boss aligned with the first probe boss on the turbine housing; a cavity radially between the turbine housing and the exhaust case; a turbine probe extending through the second probe boss, the cavity and the first probe boss; and a sleeve extending radially outwardly from the turbine housing through the cavity and into the second probe boss, characterised by the sleeve circumscribing an air gap around the turbine probe, the air gap opening to an environment outside the exhaust case. a turbine housing extending around a central axis and having a first probe boss; an exhaust case surrounding the turbine housing and having a second probe boss aligned with the first probe boss on the turbine housing; a cavity radially between the turbine housing and the exhaust case; a turbine probe extending through the second probe boss, the cavity and the first probe boss; and a sleeve extending radially outwardly from the turbine housing through the cavity and into the second probe boss, characterised by the sleeve circumscribing an air gap around the turbine probe, the air gap opening to an environment outside the exhaust case.
Heat exchanger, in particular for motor vehicles, comprising a heat exchange core bundle (2', 2") that allows the circulation of at least one first, internal fluid that exchanges heat with a second, external fluid, said core bundle (2', 2") being disposed and secured between two manifolds (5, 6) for the inlet and the outlet of said first fluid, said core bundle (2', 2") comprising a plurality of tubes, the ends of which are secured to the two manifolds (5, 6), and fins disposed between the tubes, said core bundle (2', 2") also comprising, intrinsically, means for absorbing deformations of said core bundle, said means being disposed at the ends of the tubes between the fins and at least one of the manifolds (5, 6), the heat exchanger being characterized in that it comprises at least one dividing partition in each of the manifolds (5, 6), constituting a dividing line of said heat exchanger, such that said heat exchanger comprises at least two heat exchange circuits, said means consisting of the deformation of at least one end of the heat exchange core bundle (2', 2"), the heat exchange core bundle (2', 2") comprising a plurality of tubes extending longitudinally; said means thus consisting of the axial deformation at one end of at least one tube, the tube or the plurality of tubes being situated close to the dividing line of said heat exchanger.
One or more computer storage media storing computer executable instructions that, when executed, cause a device to perform operations comprising: receiving data transfer settings from another device; collecting values from one or more sensors based at least in part on the data transfer settings received from the other device, wherein the data transfer settings instruct the device to transfer at least a portion of the values from the device to the other device via low-power consumption data transfer to reduce power consumption, wherein the low-power consumption data transfer requires data to be transferred via direct memory access without interrupting a main processor of the other device; and configuring, based at least in part on the data transfer settings, the at least the portion of the values for transfer to the other device via the low-power consumption data transfer. receiving data transfer settings from another device; collecting values from one or more sensors based at least in part on the data transfer settings received from the other device, wherein the data transfer settings instruct the device to transfer at least a portion of the values from the device to the other device via low-power consumption data transfer to reduce power consumption, wherein the low-power consumption data transfer requires data to be transferred via direct memory access without interrupting a main processor of the other device; and configuring, based at least in part on the data transfer settings, the at least the portion of the values for transfer to the other device via the low-power consumption data transfer.
An aerosol generating article comprising: a combustible heat source; an aerosol-forming substrate in thermal communication with the combustible heat source; a heat-conducting component around at least a portion of the aerosol-forming substrate, the heat-conducting component comprising an outer surface forming at least part of an outer surface of the aerosol generating article; wherein at least a portion of the outer surface of the heat-conducting component comprises a surface coating and has an emissivity of less than 0.6. a combustible heat source; an aerosol-forming substrate in thermal communication with the combustible heat source; a heat-conducting component around at least a portion of the aerosol-forming substrate, the heat-conducting component comprising an outer surface forming at least part of an outer surface of the aerosol generating article; wherein at least a portion of the outer surface of the heat-conducting component comprises a surface coating and has an emissivity of less than 0.6.
Protection system of a doubly-fed induction machine, the system comprises a doubly-fed induction machine with a stator and a rotor, the stator of said doubly-fed induction machine is connected to a grid and the rotor of said doubly-fed induction machine is connected to the grid via a converter, said converter comprises a machine side converter, a direct-current -link and a line side converter, the system comprises additionally at least one crowbar, said crowbar is connected to the rotor, a converter controller and a separate protection device, wherein said system comprises at least one direct-current -chopper provided in the DC-link, characterized in that the DC-chopper and the crowbar are controlled by the separate protection device, wherein the converter controller comprises means to calculate the current of the crowbar using an estimated rotor current and the current measured at the machine side converter.
A fluid control system configured to operate a hydraulic actuator (102a, 102b) coupled to a thrust-reversing element (24a, 24b) coupled to a nacelle of an engine assembly, the fluid control system comprising: a directional control unit including a directional control valve operable to selectively route fluid between a pressurized fluid source, the hydraulic actuator, and a fluid return reservoir; one or more bypass fluid lines (240, 340) providing fluid communication between the actuator and the fluid return reservoir independent of the directional control valve; and a flow limiter residing between the pressurized fluid source and the directional control valve, the flow limiter configured to inhibit a pressure draw by the actuator from surpassing a predetermined threshold. a directional control unit including a directional control valve operable to selectively route fluid between a pressurized fluid source, the hydraulic actuator, and a fluid return reservoir; one or more bypass fluid lines (240, 340) providing fluid communication between the actuator and the fluid return reservoir independent of the directional control valve; and a flow limiter residing between the pressurized fluid source and the directional control valve, the flow limiter configured to inhibit a pressure draw by the actuator from surpassing a predetermined threshold.