mhurhangee/ep-ind-claims huggingface dataset:
Electric motor for driving a motor vehicle component, having a rotor having a commutator, on which a brush abuts such that it is in contact, and having a plastic-moulded lead frame for forming a current path impressed in an electric insulator, said current path being connected to the brush, wherein the current path guiding the motor flow is interrupted by forming two current path ends (11 a, 11b) that are spaced apart from each other and the interruption point is bridged by a contact spring that acts as a thermal fuse, wherein - the contact spring consists of two spring arms (13 a, 13b) each having a fixing end (14a, 14b) and a spring free end (15a, 15b), wherein the fixing ends (14a, 14b) of the spring arms (13a, 13b) are connected to a current path end (11a, 11b) in each case and the spring free ends (15a, 15b) are brought into contact with each other via a soldering connection under spring pre-tension, - one of the two spring arms (13a, 13b) of the contact spring has at least one bending point (17, 18), the bending depression (19, 20) of which faces away from the other spring arm (13a, 13b), characterised in that - the spring free end of the other spring arm is shaped to be depression-like to produce the soldering connection to the spring free end of the spring arm bent under spring pre-tension. - the contact spring consists of two spring arms (13 a, 13b) each having a fixing end (14a, 14b) and a spring free end (15a, 15b), wherein the fixing ends (14a, 14b) of the spring arms (13a, 13b) are connected to a current path end (11a, 11b) in each case and the spring free ends (15a, 15b) are brought into contact with each other via a soldering connection under spring pre-tension, - one of the two spring arms (13a, 13b) of the contact spring has at least one bending point (17, 18), the bending depression (19, 20) of which faces away from the other spring arm (13a, 13b), - the spring free end of the other spring arm is shaped to be depression-like to produce the soldering connection to the spring free end of the spring arm bent under spring pre-tension.
An apparatus for processing an audio signal, comprising: (a) an input line that inputs an original audio signal; (b) a bass extraction filter that extracts a bass portion of said original audio signal; (c) an estimator that estimates a fundamental frequency of a bass sound; (d) a frequency translator that shifts said bass portion, in its entirety, by a positive frequency increment that is an integer multiple of the fundamental frequency estimated by said estimator, thereby providing a virtual bass signal; (e) an adder having (i) inputs coupled to said original audio signal and to said virtual bass signal and (ii) an output; and (f) an audio output device coupled to the output of said adder; characterized in that said bass portion is at least 1 octave wide and said estimator estimates the fundamental frequency of a bass sound within said bass portion. (a) an input line that inputs an original audio signal; (b) a bass extraction filter that extracts a bass portion of said original audio signal; (c) an estimator that estimates a fundamental frequency of a bass sound; (d) a frequency translator that shifts said bass portion, in its entirety, by a positive frequency increment that is an integer multiple of the fundamental frequency estimated by said estimator, thereby providing a virtual bass signal; (e) an adder having (i) inputs coupled to said original audio signal and to said virtual bass signal and (ii) an output; and (f) an audio output device coupled to the output of said adder; characterized in that said bass portion is at least 1 octave wide and said estimator estimates the fundamental frequency of a bass sound within said bass portion.
A channel indication method, comprising: performing, by a base station working on an unlicensed spectrum, a channel detection on a plurality of channel detection subbands; determining, by the base station, one or more first channel detection subbands that pass the channel detection; generating, by the base station, a channel indication signal to indicate the one or more first channel detection subbands that pass the channel detection; and transmitting, by the base station, the channel indication signal to a terminal to determine, based on the channel indication signal, the one or more first channel detection subbands that pass the channel detection; wherein the plurality of channel detection subbands include a plurality of bandwidth parts configured on one unlicensed carrier, a plurality of unlicensed carriers, or a plurality of bandwidth parts configured on a plurality of unlicensed carriers. performing, by a base station working on an unlicensed spectrum, a channel detection on a plurality of channel detection subbands; determining, by the base station, one or more first channel detection subbands that pass the channel detection; generating, by the base station, a channel indication signal to indicate the one or more first channel detection subbands that pass the channel detection; and transmitting, by the base station, the channel indication signal to a terminal to determine, based on the channel indication signal, the one or more first channel detection subbands that pass the channel detection; wherein the plurality of channel detection subbands include a plurality of bandwidth parts configured on one unlicensed carrier, a plurality of unlicensed carriers, or a plurality of bandwidth parts configured on a plurality of unlicensed carriers.
A turf treatment apparatus, comprising: a cylindrical rotor, rotatable about an axis, the rotor having: a first helical track portion having a first helical track extending about the axis in a first direction from a first end of the rotor towards a central portion of the rotor, wherein the first direction comprises an anticlockwise direction; a second helical track portion having a second helical track extending about the axis in a second direction between a second end of the rotor and the central portion of the rotor, wherein the second direction comprises a clockwise direction; wherein each helical track portion (25a, 25b) comprises between 2 and 10 helical tracks (26a, 26b), each helical track having a plurality of teeth arranged therealong; wherein the teeth are closely spaced along the helical tracks to provide substantially full coverage across the rotor such that the rotor is capable of removing in one pass substantially all thatch, grass, infected humus and or sand. a first helical track portion having a first helical track extending about the axis in a first direction from a first end of the rotor towards a central portion of the rotor, wherein the first direction comprises an anticlockwise direction; a second helical track portion having a second helical track extending about the axis in a second direction between a second end of the rotor and the central portion of the rotor, wherein the second direction comprises a clockwise direction; wherein each helical track portion (25a, 25b) comprises between 2 and 10 helical tracks (26a, 26b), each helical track having a plurality of teeth arranged therealong; wherein the teeth are closely spaced along the helical tracks to provide substantially full coverage across the rotor such that the rotor is capable of removing in one pass substantially all thatch, grass, infected humus and or sand.
A machine for wrapping a food product, the machine comprising a wrapping device for wrapping the product and a feeding device for feeding the product to the wrapping device, the wrapping device comprising: a first wrapping drum rotatable about a first axis of rotation and comprising at least one first pickup element by which the product is held and fed along a feed direction around the first axis of rotation between a pickup station and a transfer station; a feeding device by which at least one piece of wrapping material is fed to the first wrapping drum and which is located between the pickup station and the transfer station, the wrapping drum comprising at least a second pickup element which picks up the piece of wrapping material and which is located substantially at the first pickup element; at least one folder located at the first wrapping drum between the pickup station and the transfer station, for folding the piece of wrapping material onto the product; a second wrapping drum rotatable about a second axis of rotation and substantially tangent to the first wrapping drum at the transfer station, the second wrapping drum comprising at least a second pickup element by which the product is held and fed along a second feed direction around the second axis of rotation from the transfer station to an outfeed station; the wrapping machine being characterized in that the second wrapping drum comprises a retaining element for holding the piece of wrapping material wrapped around the product, the retaining element being movable around the axis of rotation and at least partly aligned with the second pickup element along a direction parallel to the second axis of rotation. a first wrapping drum rotatable about a first axis of rotation and comprising at least one first pickup element by which the product is held and fed along a feed direction around the first axis of rotation between a pickup station and a transfer station; a feeding device by which at least one piece of wrapping material is fed to the first wrapping drum and which is located between the pickup station and the transfer station, the wrapping drum comprising at least a second pickup element which picks up the piece of wrapping material and which is located substantially at the first pickup element; at least one folder located at the first wrapping drum between the pickup station and the transfer station, for folding the piece of wrapping material onto the product; a second wrapping drum rotatable about a second axis of rotation and substantially tangent to the first wrapping drum at the transfer station, the second wrapping drum comprising at least a second pickup element by which the product is held and fed along a second feed direction around the second axis of rotation from the transfer station to an outfeed station; the wrapping machine being characterized in that the second wrapping drum comprises a retaining element for holding the piece of wrapping material wrapped around the product, the retaining element being movable around the axis of rotation and at least partly aligned with the second pickup element along a direction parallel to the second axis of rotation.
An aircraft lateral seat (54, 56, 58) suitable to face a longitudinal center line of the aircraft, comprising a restraint system (120, 120a) including a first deployable airbag (162, 164) inflatable from a stored position to an inflated position, the airbag when inflated being adjacent the seated occupant and located on a first side of the occupant, the airbag reducing occupant movement toward a first side of the seat and cushioning the occupant from any impact, wherein said lateral seat (54, 56, 58) comprises a seat back; within the seat back a housing is located in a cavity in said seat back, in which the deployable airbag and an airbag inflator are placed.
An impact indicator, comprising: an indicator fluid; a first member having a reservoir for holding the indicator fluid; a second member couplable to the first member; and a disc member disposed at least partially between the first and second members (12, 14) and extending over the reservoir, wherein a capillary gap is formed at an interface between the disc member and a surface of the first member facing the disc member; and wherein the impact indicator is configured such that, responsive to receiving a predetermined level of impact, the indicator fluid moves from the reservoir to the interface between the disc member and the first member and wicks into the capillary gap via capillary action, the indicator fluid disposed within the capillary gap providing a visual indication of the received predetermined level of impact. an indicator fluid; a first member having a reservoir for holding the indicator fluid; a second member couplable to the first member; and a disc member disposed at least partially between the first and second members (12, 14) and extending over the reservoir, wherein a capillary gap is formed at an interface between the disc member and a surface of the first member facing the disc member; and wherein the impact indicator is configured such that, responsive to receiving a predetermined level of impact, the indicator fluid moves from the reservoir to the interface between the disc member and the first member and wicks into the capillary gap via capillary action, the indicator fluid disposed within the capillary gap providing a visual indication of the received predetermined level of impact.
An extendable joint for a passenger seat characterized in comprising: a front seat leg coupled to an extension fixture; and a preload mechanism for stabilizing the extendable joint up to a threshold force so as to allow relative motion between the front seat leg and the extension fixture beyond the threshold force; the front seat leg comprising a first slot and a first clearance recess, and the extension fixture comprising a second slot and a second clearance recess to allow for greater overlap of the front seat leg and extension fixture and such that the first slot and the second slot are overlapping, the preload mechanism comprising a fastener passing through the first slot and the second slot, wherein the preload mechanism is tuned so as to prevent relative motion between the front seat leg and the extension fixture along the first slot and second slot below a threshold force. a front seat leg coupled to an extension fixture; and a preload mechanism for stabilizing the extendable joint up to a threshold force so as to allow relative motion between the front seat leg and the extension fixture beyond the threshold force; the front seat leg comprising a first slot and a first clearance recess, and the extension fixture comprising a second slot and a second clearance recess to allow for greater overlap of the front seat leg and extension fixture and such that the first slot and the second slot are overlapping, the preload mechanism comprising a fastener passing through the first slot and the second slot, wherein the preload mechanism is tuned so as to prevent relative motion between the front seat leg and the extension fixture along the first slot and second slot below a threshold force.
An image heating apparatus comprising: a first rotating member; a second rotating member provided in contact with the first rotating member to form a nip portion which sandwiches a recording material between the first rotating member and the second rotating member; and a heater unit provided inside the first rotating member and having a heater for heating an image formed on the recording material sandwiched by the nip portion; and a sheet member provided to overlap a part of the heater and electrically connected to the heater, wherein the heater has a substrate having a longitudinal direction which is orthogonal to a direction in which the recording material is conveyed at the nip portion and a plurality of heat-generating resistors (202a, 202b) arranged in the longitudinal direction at the substrate, wherein the sheet member includes a first sheet member connected to one end of the heater in a longitudinal direction of the heater, the one end of the heater in the longitudinal direction of the heater being one end of the substrate in the longitudinal direction of the heater, and a second sheet member connected to the other end of the heater in the longitudinal direction of the heater, the other end of the heater in the longitudinal direction of the heater being the other end of the substrate in the longitudinal direction of the heater, characterized in that the first sheet member extends from the one end of the heater in a direction crossing the longitudinal direction, and in that the second sheet member extends from the other end of the heater in the longitudinal direction. a first rotating member; a second rotating member provided in contact with the first rotating member to form a nip portion which sandwiches a recording material between the first rotating member and the second rotating member; and a heater unit provided inside the first rotating member and having a heater for heating an image formed on the recording material sandwiched by the nip portion; and a sheet member provided to overlap a part of the heater and electrically connected to the heater, wherein the heater has a substrate having a longitudinal direction which is orthogonal to a direction in which the recording material is conveyed at the nip portion and a plurality of heat-generating resistors (202a, 202b) arranged in the longitudinal direction at the substrate, wherein the sheet member includes a first sheet member connected to one end of the heater in a longitudinal direction of the heater, the one end of the heater in the longitudinal direction of the heater being one end of the substrate in the longitudinal direction of the heater, and a second sheet member connected to the other end of the heater in the longitudinal direction of the heater, the other end of the heater in the longitudinal direction of the heater being the other end of the substrate in the longitudinal direction of the heater, characterized in that the first sheet member extends from the one end of the heater in a direction crossing the longitudinal direction, and in that the second sheet member extends from the other end of the heater in the longitudinal direction.
A cooling system for cooling circuit boards comprising; - a casing, which comprises at least two board slots and at least one cooling plate between said two board slots; and characterized by: - at least one cover, which is placed on a circuit board to be secured to one of said board slots; - at least one wedge placed on said cover, wherein said wedge provides thermal conductivity between the circuit board and cooling plate when said circuit board is placed into said board slot; and - at least one wedgelock that secures circuit board to the board slot. - a casing, which comprises at least two board slots and at least one cooling plate between said two board slots; and characterized by: - at least one cover, which is placed on a circuit board to be secured to one of said board slots; - at least one wedge placed on said cover, wherein said wedge provides thermal conductivity between the circuit board and cooling plate when said circuit board is placed into said board slot; and - at least one wedgelock that secures circuit board to the board slot.
A method of predicting a location of a satellite, comprising: a) receiving, at an RF antenna of a GNSS device, Broadcast ephemeris data, associated with a satellite from the satellite and valid for an effective period of time, and providing the ephemeris data to a Seed Generator on the device; b) converting, by the Seed Generator, the Broadcast ephemeris data to an initial position and velocity, and computing, by the Seed Generator, a set of force model coefficients based on the Broadcast ephemeris data that will best match future satellite orbit positions and velocities predictions, and assembling, by the Seed Generator, the initial position and velocity and the set of force model coefficients into Seed Data; c) providing the Seed Data to a Propagator on the GNSS device and computing, by the Propagator, predicted Orbit State Vectors for each satellite vehicle in the Seed Data and stores the resulting prediction data in a Prediction Buffer on the device as a set of polynomials, each with its own time tag, from which orbit state vectors can be computed; d) on a configurable interval, by an AGPS Interface Agent of the GNSS device retrieving the applicable polynomial and converting it into an orbit state vector for the current time and converting the orbit state vector into Synthetic Assistance data e) wherein the GNSS device uses the Synthetic Assistance data to determine the location of the satellite past the expiration time of the originally received Broadcast Ephemeris data. a) receiving, at an RF antenna of a GNSS device, Broadcast ephemeris data, associated with a satellite from the satellite and valid for an effective period of time, and providing the ephemeris data to a Seed Generator on the device; b) converting, by the Seed Generator, the Broadcast ephemeris data to an initial position and velocity, and computing, by the Seed Generator, a set of force model coefficients based on the Broadcast ephemeris data that will best match future satellite orbit positions and velocities predictions, and assembling, by the Seed Generator, the initial position and velocity and the set of force model coefficients into Seed Data; c) providing the Seed Data to a Propagator on the GNSS device and computing, by the Propagator, predicted Orbit State Vectors for each satellite vehicle in the Seed Data and stores the resulting prediction data in a Prediction Buffer on the device as a set of polynomials, each with its own time tag, from which orbit state vectors can be computed; d) on a configurable interval, by an AGPS Interface Agent of the GNSS device retrieving the applicable polynomial and converting it into an orbit state vector for the current time and converting the orbit state vector into Synthetic Assistance data e) wherein the GNSS device uses the Synthetic Assistance data to determine the location of the satellite past the expiration time of the originally received Broadcast Ephemeris data.
A method of outputting a virtual image by a wearable device, the method comprising: using a processor for determining when a location of an eye feature point of a user is fixed for a preset threshold time. radiating a light to an eye of the user; acquiring retina image information by photographing a light which is reflected from a retina; calculating a focal length of a crystalline lens based on the acquired retina image information; and determining viewing distance information of the user based on the calculated focal length, characterized in that the method further comprises displaying the virtual image on an actual view by using a projection type display unit comprising a variable lens to place the virtual image at a distance corresponding to the viewing distance information by adjusting a location or refractive power of the variable lens based on the determined viewing distance information. using a processor for determining when a location of an eye feature point of a user is fixed for a preset threshold time. radiating a light to an eye of the user; acquiring retina image information by photographing a light which is reflected from a retina; calculating a focal length of a crystalline lens based on the acquired retina image information; and determining viewing distance information of the user based on the calculated focal length,
Method for controlling the traction chain of a hybrid vehicle, comprising a thermal engine and an electric machine, said method comprising the following action: - emission of a request to start the thermal engine in function of several parameters; in which the action of issuing a start request for the thermal engine is blocked from the start of the vehicle, characterized in that said blocking is lifted as soon as, from said start-up, one of the conditions of a pair of predetermined conditions is satisfied, these conditions being a distance D traveled by the vehicle and a speed V of the vehicle reached. - emission of a request to start the thermal engine in function of several parameters; in which the action of issuing a start request for the thermal engine is blocked from the start of the vehicle, characterized in that said blocking is lifted as soon as, from said start-up, one of the conditions of a pair of predetermined conditions is satisfied, these conditions being a distance D traveled by the vehicle and a speed V of the vehicle reached.