mhurhangee/ep-ind-claims huggingface dataset:
Manual device, in particular a writing instrument, comprising a first part and a second part, the first part being at least partly engaged with the second part and being translationally movable relative to the second part in an axial direction, the first part having a first distal end and the second part having a second distal end that is opposite the first distal end in the axial direction, said manual device also comprising a locking device designed to lock the first part against translational movement relative to the second part in the axial direction only if the first distal end is arranged above the second distal end when viewed in the direction of gravity, the locking device comprising a chamber and a ball or equivalent housed in the chamber, wherein a wall defining the volume of the chamber has a receptacle (14D21) designed to receive the ball or equivalent wholly or in part if the first distal end is arranged above the second distal end when viewed in the direction of gravity, the locking device comprising a stop designed to interact with the ball or equivalent if the first distal end is arranged above the second distal end when viewed in the direction of gravity, the receptacle (14D21) being provided in a wall belonging to one of the first part and the second part, and the stop is secured to the other of the first part and the second part.
A coil device adapted to face another coil device to transmit or receive power wirelessly, the coil device comprising: a first coil (15,15B) adapted to face a second coil of the other coil device and including a conductive wire; and a plurality of non-magnetic members (56a,56b) which are electrically conductive and disposed on an opposite side from a side facing the second coil, wherein the plurality of non-magnetic members include a first non-magnetic member and a second non-magnetic member disposed adjacent to the first non-magnetic member on a side farther from the second coil than from the first non-magnetic member, and wherein at least one of said first non-magnetic member and said second non-magnetic member includes an eddy current interrupter adapted for changing a state of an eddy current formed in the one of said first non-magnetic member and said second non-magnetic member by interrupting a portion of the eddy current, wherein said eddy current interrupter comprises either a respective hole portion (40a,50A-F) provided in at least one of the first non-magnetic member and second non-magnetic member penetrating through the first and second non-magnetic member in a direction of facing the second coil, or a depressed portion recessed in the facing direction, characterized by a conductive sheet-shaped member provided between the first non-magnetic member and the second non-magnetic member, and capable of being in close contact with the first non-magnetic member and the second non-magnetic member. a first coil (15,15B) adapted to face a second coil of the other coil device and including a conductive wire; and a plurality of non-magnetic members (56a,56b) which are electrically conductive and disposed on an opposite side from a side facing the second coil, wherein the plurality of non-magnetic members include a first non-magnetic member and a second non-magnetic member disposed adjacent to the first non-magnetic member on a side farther from the second coil than from the first non-magnetic member, and wherein at least one of said first non-magnetic member and said second non-magnetic member includes an eddy current interrupter adapted for changing a state of an eddy current formed in the one of said first non-magnetic member and said second non-magnetic member by interrupting a portion of the eddy current, wherein said eddy current interrupter comprises either a respective hole portion (40a,50A-F) provided in at least one of the first non-magnetic member and second non-magnetic member penetrating through the first and second non-magnetic member in a direction of facing the second coil, or a depressed portion recessed in the facing direction, characterized by a conductive sheet-shaped member provided between the first non-magnetic member and the second non-magnetic member, and capable of being in close contact with the first non-magnetic member and the second non-magnetic member.
A front landing gear system for an aircraft including: a bulkhead; a swing arm rotatively coupled to a wheel; a forward link arm rotatively coupled to the swing arm; an oleopneumatic cylinder rotatively coupled to the swing arm and to the bulkhead; a plate rotatively coupled to the bulkhead, wherein the oleopneumatic cylinder passes through the plate, and wherein the forward link arm is rotatively coupled to the plate; an actuation device rotatively coupled to the bulkhead and to the plate, wherein retraction of the actuation device causes the plate, the forward link arm and the swing arm to move upward towards the bulkhead. a bulkhead; a swing arm rotatively coupled to a wheel; a forward link arm rotatively coupled to the swing arm; an oleopneumatic cylinder rotatively coupled to the swing arm and to the bulkhead; a plate rotatively coupled to the bulkhead, wherein the oleopneumatic cylinder passes through the plate, and wherein the forward link arm is rotatively coupled to the plate; an actuation device rotatively coupled to the bulkhead and to the plate, wherein retraction of the actuation device causes the plate, the forward link arm and the swing arm to move upward towards the bulkhead.
A tire comprising an inner liner, the inner liner comprising a rubber composition based upon a cross-linkable rubber composition, the cross-linkable rubber composition comprising, per 100 parts by weight of rubber: a rubber component comprising between 80 phr and 98 phr of a butyl rubber, between 0.5 phr and 15 phr of a polybutadiene rubber and between 0 phr and 20 phr of a polyisoprene; between 1 phr and 10 phr of a plasticizing resin having a glass transition temperature of at least 25 °C; between 1 phr and 40 phr of a platy filler; and a curing system. a rubber component comprising between 80 phr and 98 phr of a butyl rubber, between 0.5 phr and 15 phr of a polybutadiene rubber and between 0 phr and 20 phr of a polyisoprene; between 1 phr and 10 phr of a plasticizing resin having a glass transition temperature of at least 25 °C; between 1 phr and 40 phr of a platy filler; and a curing system.
Active accelerator pedal for a vehicle, the active accelerator pedal comprising: an pedal lever, an actuator which is designed to output a haptic feedback to the pedal lever, a pedal controller which is designed to control the actuator, a first pedal position sensor and a second pedal position sensor which are designed to detect a position of the pedal lever, wherein the first pedal position sensor is designed to transmit first pedal position signals to a central engine controller of the vehicle, with which signals the engine controller controls a drive of the vehicle, wherein the second pedal position sensor is designed to transmit second pedal position signals to the pedal controller, characterized in that the active accelerator pedal comprises a single magnet which is fastened to the pedal lever and by means of whose rotation about a rotational axis the first pedal position sensor and the second position sensor detect the position of the pedal lever. an pedal lever, an actuator which is designed to output a haptic feedback to the pedal lever, a pedal controller which is designed to control the actuator, a first pedal position sensor and a second pedal position sensor which are designed to detect a position of the pedal lever, wherein the first pedal position sensor is designed to transmit first pedal position signals to a central engine controller of the vehicle, with which signals the engine controller controls a drive of the vehicle, wherein the second pedal position sensor is designed to transmit second pedal position signals to the pedal controller, characterized in that the active accelerator pedal comprises a single magnet which is fastened to the pedal lever and by means of whose rotation about a rotational axis the first pedal position sensor and the second position sensor detect the position of the pedal lever.
A combination of a pair of screws (2A, 2B) and an orthodontic connection tool, wherein the orthodontic connection tool is for attaching an upper structural body, to which an orthodontic tool is fixed to the screws and the screws (2A, 2B) are adapted for being embedded in a bone in an oral cavity; wherein the orthodontic connection tool comprises: - a base plate that is engageable with the screws (2A, 2B); - a male screw; and - a structural body fixture that is engageable with the base plate at an arbitrary position thereof and that is suitable for being fixed to an upper structural body in a detachable manner; wherein the screws (2A, 2B) have an angular head portion in which the cross-sectional shape perpendicular to the screw axial direction is a polygonal shape; wherein the base plate has angular locking holes arrayed in a plurality that are engageable with the angular head portion of the screws (2A, 2B); wherein the structural body fixture is cylindrical and has a female thread portion formed in an inner periphery, and an angular engaging portion that engages the angular locking hole of the base plate from an upper surface side; wherein the outer periphery of the angular engaging portion forms a bulging portion and a trunk portion above the bugling portion, wherein the bulging portion is on the lower end side portion of the angular engaging portion and bulges further outward to the outside in the radial direction than the trunk portion, such as to restrict movement of the angular engaging portion in a direction of slipping out with respect to the angular locking hole; wherein the angular engaging portion has slits that extend upward in an axial direction from the bottom end of the angular engaging portion, such that when the male screw is threaded in the female thread portion, the angular engaging portion expands in diameter. - a base plate that is engageable with the screws (2A, 2B); - a male screw; and - a structural body fixture that is engageable with the base plate at an arbitrary position thereof and that is suitable for being fixed to an upper structural body in a detachable manner;
A belt conveyor comprising; an endless loop of belt which is rotatable about at least two pulleys (5a, 5b) in the belt conveyor, whereby different parts of the belt will constitute an upper surface for transporting goods during a run; a frame holding said at least two pulleys (5a, 5b); a belt supporting device configured for supporting the belt between the at least two pulleys while allowing the belt to slide over the belt supporting device, wherein said belt comprises a substantially planar middle part along the length of the belt and two edge areas (13a, 13b), one provided on each side of the middle part, wherein at least one of said edge areas is sloped towards an opposite part of the belt in the endless loop at least when said at least one edge area constitutes a part of the upper surface of the belt; and at least one holding device (21a, 21b) provided partly along at least one long side (17a, 17b) of the belt conveyor, said at least one holding device (21a, 21b) being connected to the frame and configured for holding the belt supporting device, said holding device (21a, 21b) being further configured for supporting said at least one edge area (13a, 13b) outside said belt supporting device at a different level than the belt supporting device, thereby providing at least one sloped edge of the belt. an endless loop of belt which is rotatable about at least two pulleys (5a, 5b) in the belt conveyor, whereby different parts of the belt will constitute an upper surface for transporting goods during a run; a frame holding said at least two pulleys (5a, 5b); a belt supporting device configured for supporting the belt between the at least two pulleys while allowing the belt to slide over the belt supporting device, wherein said belt comprises a substantially planar middle part along the length of the belt and two edge areas (13a, 13b), one provided on each side of the middle part, wherein at least one of said edge areas is sloped towards an opposite part of the belt in the endless loop at least when said at least one edge area constitutes a part of the upper surface of the belt; and at least one holding device (21a, 21b) provided partly along at least one long side (17a, 17b) of the belt conveyor, said at least one holding device (21a, 21b) being connected to the frame and configured for holding the belt supporting device, said holding device (21a, 21b) being further configured for supporting said at least one edge area (13a, 13b) outside said belt supporting device at a different level than the belt supporting device, thereby providing at least one sloped edge of the belt.
An apparatus for cooling and liquefying a fluid stream to provide a liquefied fluid stream, said apparatus comprising at least: - a heat exchanger having a shell side within its walls and a plurality of flow passages (40, 240, 340) extending through the shell side of the heat exchanger, said plurality of flow passages (40, 240, 340) comprising two or more primary groups (40a,40b) of one or more primary flow passages, each said primary group for carrying a part of the fluid stream through the heat exchanger and to indirectly cool said part against a refrigerant in the shell side of the heat exchanger to provide a liquefied fluid stream (50,70); - a primary inlet header connecting the two or more primary groups (40a,40b) of primary flow passages to a source of the fluid, and arranged to split the fluid stream between the two or more primary groups of primary flow passages; - means for selectively blocking at least one of the two or more primary groups (40a,40b) of primary flow passages, whilst allowing the fluid stream to flow through the remaining unblocked primary groups of primary flow passages; characterized in that the heat exchanger is selected from the group consisting of a spool wound heat exchanger and a shell and tube heat exchanger, wherein the two or more primary groups (40a,40b) of one or more primary flow passages are laid out intertwined with each other, and in that said means are arranged for selectively blocking at least one of the two or more primary groups of primary flow passages in response to a flow rate of the fluid stream. - a heat exchanger having a shell side within its walls and a plurality of flow passages (40, 240, 340) extending through the shell side of the heat exchanger, said plurality of flow passages (40, 240, 340) comprising two or more primary groups (40a,40b) of one or more primary flow passages, each said primary group for carrying a part of the fluid stream through the heat exchanger and to indirectly cool said part against a refrigerant in the shell side of the heat exchanger to provide a liquefied fluid stream (50,70); - a primary inlet header connecting the two or more primary groups (40a,40b) of primary flow passages to a source of the fluid, and arranged to split the fluid stream between the two or more primary groups of primary flow passages; - means for selectively blocking at least one of the two or more primary groups (40a,40b) of primary flow passages, whilst allowing the fluid stream to flow through the remaining unblocked primary groups of primary flow passages; characterized in that the heat exchanger is selected from the group consisting of a spool wound heat exchanger and a shell and tube heat exchanger, wherein the two or more primary groups (40a,40b) of one or more primary flow passages are laid out intertwined with each other, and in that said means are arranged for selectively blocking at least one of the two or more primary groups of primary flow passages in response to a flow rate of the fluid stream.
A method implemented by one or more processors, the method comprising: processing an audio data stream, using an audio-based endpointer model, to generate an audio-based endpointing measure, wherein the audio data stream captures a spoken utterance of a user and is detected via one or more microphones of a client device; determining whether the audio-based endpointing measure satisfies an initial threshold indicating a candidate endpoint in the audio data stream; in response to determining the audio-based endpointing measure satisfies the initial threshold: processing a stream of accelerometer data, using an accelerometer model, to generate an accelerometer-based endpointing measure; determining an overall endpointing measure as a function of both the audio-based endpointing measure and the accelerometer-based endpointing measure; determining whether the overall endpointing measure satisfies a threshold; and in response to determining the overall endpointing measure satisfies the threshold: performing one or more actions based on the spoken utterance. processing an audio data stream, using an audio-based endpointer model, to generate an audio-based endpointing measure, wherein the audio data stream captures a spoken utterance of a user and is detected via one or more microphones of a client device; determining whether the audio-based endpointing measure satisfies an initial threshold indicating a candidate endpoint in the audio data stream; in response to determining the audio-based endpointing measure satisfies the initial threshold: processing a stream of accelerometer data, using an accelerometer model, to generate an accelerometer-based endpointing measure; determining an overall endpointing measure as a function of both the audio-based endpointing measure and the accelerometer-based endpointing measure; determining whether the overall endpointing measure satisfies a threshold; and in response to determining the overall endpointing measure satisfies the threshold: performing one or more actions based on the spoken utterance. processing a stream of accelerometer data, using an accelerometer model, to generate an accelerometer-based endpointing measure; determining an overall endpointing measure as a function of both the audio-based endpointing measure and the accelerometer-based endpointing measure; determining whether the overall endpointing measure satisfies a threshold; and in response to determining the overall endpointing measure satisfies the threshold: performing one or more actions based on the spoken utterance.
Voltage loop control circuit for powering up a switching power supply connected to a powered output bus, the voltage loop control circuit Including a controller for controlling a switching of the switching power supply and a soft-start circuitry for soft-starting the voltage loop reference, characterised in that the voltage loop control circuit is built such that before a turning-on of the switching power supply a level of voltage loop reference voltage at an input of the controller is determined by a voltage of said powered output bus and after the turning-on of the switching power supply the level of the voltage loop reference voltage is determined by a bias voltage.
A system, comprising: a)a first polymer solution, wherein said first polymer solution is not dehydrated; b)a second polymer solution, wherein said second solution is more dense than said first solution, wherein said second polymer solution is dehydrated on a solid or semi-solid support and wherein said first and second solutions form an aqueous two-phase system when mixed; and c)a solid or semi-solid support. a)a first polymer solution, wherein said first polymer solution is not dehydrated; b)a second polymer solution, wherein said second solution is more dense than said first solution, wherein said second polymer solution is dehydrated on a solid or semi-solid support and wherein said first and second solutions form an aqueous two-phase system when mixed; and c)a solid or semi-solid support.
Quasi-optical beamformer comprising a power distributor composed of a succession of parallel-plate dividers according to a corporate structure made up of stages extending in a YZ-plane from a first stage (e 1) to a last stage (e N), the parallel plates of said dividers each having a main dimension along an X-axis orthogonal to the YZ-plane, each parallel-plate divider comprising, in each of the stages of the corporate structure located under a higher stage, first and second parallel-plate waveguide branches leading to respective parallel-plate dividers of the following stage of the corporate structure, characterized in that it furthermore includes a plurality of lenses (6, 7) extending longitudinally along the X-axis in at least one stage of the power distributor, so as to apply a delay that is continuously variable along the X-axis, and being placed in each of the branches (B1, B2) of the dividers of at least one stage in the power distributor.
A magnet structure comprising: a plurality of permanent magnets fixed onto a baseplate and extending in longitudinal direction; and a cover structure configured to cover the plurality of permanent magnets, wherein the cover structure includes a plurality of covers that is formed of a non-magnetic material and covers the plurality of permanent magnets, the plurality of covers are provided along the longitudinal direction of the baseplate, a relative position between the plurality of covers is fixed, there is a gap between the neighboring covers, characterized in that the number of covers is smaller than the number of the permanent magnets. a plurality of permanent magnets fixed onto a baseplate and extending in longitudinal direction; and a cover structure configured to cover the plurality of permanent magnets, wherein the cover structure includes a plurality of covers that is formed of a non-magnetic material and covers the plurality of permanent magnets, the plurality of covers are provided along the longitudinal direction of the baseplate, a relative position between the plurality of covers is fixed, there is a gap between the neighboring covers, characterized in that the number of covers is smaller than the number of the permanent magnets.