mhurhangee/ep-ind-claims huggingface dataset:
Semi-metallic or low-metallic friction lining for a motor vehicle, characterized in that the friction lining mixture used for producing it is binder-free or comprises binder only to a maximum of 2.5 wt.%, based on the completed friction lining mixture, and in that the friction lining mixture used comprises expanded graphite and/or expanded vermiculite and 10-65 wt.% of steel fibres.
A pickup for an agricultural machine having a frame carrying a pickup mechanism and supported on the ground by means of two support wheels, wherein each support wheel is mounted for rotation about a generally horizontal axis on a carrier that is connected to the frame of the pickup for rotation about a generally vertical caster axis, the projection of the caster axis intersecting the ground at a point offset from the point of contact of the wheel with the ground, characterised in that each carrier is connected by a respective spring (32,132) to a point fixed relative to the frame of the pickup, the spring (32,132) biasing the carrier to cause the support wheel to be oriented in a predetermined direction relative to the frame of the pickup.
A driving assistance method comprising: detecting a position of a first obstacle ahead of a host vehicle on a first lane where the host vehicle is traveling; detecting a position of a second obstacle ahead of the host vehicle on a second lane, the second lane being an oncoming lane adjacent to the first lane; determining whether or not the position of the second obstacle is on a nearer side than the position of the first obstacle in a traveling direction of the host vehicle and the host vehicle when stopped before the first obstacle may interfere with travel of an oncoming vehicle; when the position of the second obstacle is on a nearer side than the position of the first obstacle in the traveling direction of the host vehicle and the host vehicle when stopped before the first obstacle may interfere with travel of the oncoming vehicle, determining a stop position as a stop position of the host vehicle to a position before the second obstacle in the traveling direction of the host vehicle with reference to the second obstacle; and assisting the host vehicle to stop at the determined stop position. detecting a position of a first obstacle ahead of a host vehicle on a first lane where the host vehicle is traveling; detecting a position of a second obstacle ahead of the host vehicle on a second lane, the second lane being an oncoming lane adjacent to the first lane; determining whether or not the position of the second obstacle is on a nearer side than the position of the first obstacle in a traveling direction of the host vehicle and the host vehicle when stopped before the first obstacle may interfere with travel of an oncoming vehicle; when the position of the second obstacle is on a nearer side than the position of the first obstacle in the traveling direction of the host vehicle and the host vehicle when stopped before the first obstacle may interfere with travel of the oncoming vehicle, determining a stop position as a stop position of the host vehicle to a position before the second obstacle in the traveling direction of the host vehicle with reference to the second obstacle; and assisting the host vehicle to stop at the determined stop position.
Interconnector for the interconnection between two conductors of a stator winding of an electric machine, extending over an angular sector (a) about an axis X, the interconnector comprising at least two angularly offset electrically conductive fastening tabs (31, 32), each electrically conductive fastening tab having a radial end surface defining a connection surface for a portion of conductor of the winding of the electric machine, each fastening tab having a free end, characterized in that said tab has a distance to the axis that varies with increasing proximity to its free end, the radial end surfaces of the tabs being parallel.
Method for detecting roller spacings in a roller bearing having at least one row of rollers wherein the rollers in said row are held by at least one roller cage, wherein the method uses roller load induced strain signals for determining the roller spacings, characterized in that the method includes the following steps: a. high pass or band-pass filtering the strain signal; b. determining zero crossings of the high pass or band-pass filtered strain signal; c. determining roller centers as midpoints between adjacent zero crossings of the signals; d. determining a roller spacing as a difference between adjacent roller centers; e. outputting the roller spacings. a. high pass or band-pass filtering the strain signal; b. determining zero crossings of the high pass or band-pass filtered strain signal; c. determining roller centers as midpoints between adjacent zero crossings of the signals; d. determining a roller spacing as a difference between adjacent roller centers; e. outputting the roller spacings.
Lighting and/or signalling headlight for a motor vehicle comprising a housing and an assembly of at least two lighting and/or signalling modules, in which each module comprises an optical system (16, 18, 20) for deflecting light rays emitted by a light source so as to form a primary light beam towards the front of the vehicle, the addition of the primary light beams forming an overall light beam at the output, said optical system of each module being mounted so as to be able to move in rotation by means of rotational drive means (12, 14) specific to the said module, the headlamp further comprising a control device capable of producing, under the condition of receiving information received by a device for triggering a welcome lighting sequence, instructions for controlling the rotation of the optical system of each module and instructions for controlling the switching on of the light source associated with each module in order to carry out the welcome lighting sequence.
An access point, AP, wherein the AP comprises a processor, a memory, and a radio interface; the memory is configured to store instructions; the radio interface is configured to connect the AP and N stations, STAs, and N is a natural number greater than or equal to 2; and the processor is coupled to the memory, and is configured to read the instructions in the memory and execute the following steps according to the instructions in the memory: receiving, by using the radio interface, N request frames sent by the N STAs; and contending for a channel and sending, by using the radio interface, one response frame to M STAs of the N STAs on the channel after successful contention, wherein N is selected by the AP according to at least one of expiration of a timer started after receiving a first request frame of the N request frames or a maximum quantity of users that can be supported by a downlink frame or the value of N is a quantity of connected STAs that is preferably supported by the AP, wherein the response frame comprises identifiers of the M STAs and M responses to the M STAs, each of the identifiers of the M STAs corresponds to one of the M responses, and the M identifiers and the M responses are used to instruct the M STAs to receive respective responses from the response frame sent by the AP, M is a natural number, and 2≤M≤N; wherein the N request frames are one of authentication request frames or association request frames receiving, by using the radio interface, N request frames sent by the N STAs; and contending for a channel and sending, by using the radio interface, one response frame to M STAs of the N STAs on the channel after successful contention, wherein N is selected by the AP according to at least one of expiration of a timer started after receiving a first request frame of the N request frames or a maximum quantity of users that can be supported by a downlink frame or the value of N is a quantity of connected STAs that is preferably supported by the AP, wherein the response frame comprises identifiers of the M STAs and M responses to the M STAs, each of the identifiers of the M STAs corresponds to one of the M responses, and the M identifiers and the M responses are used to instruct the M STAs to receive respective responses from the response frame sent by the AP, M is a natural number, and 2≤M≤N; wherein the N request frames are one of authentication request frames or association request frames
A method of making mold-in fastener products, the method comprising severing a layer of flexible barrier material on a surface of a longitudinally continuous hook tape having a flexible base and an array of discrete male touch fastener elements extending from a surface of the base, to form a pattern of patches of flexible barrier material spaced apart and surrounded by a continuous lattice of barrier material, with each of the patches and the lattice engaging male touch fastener elements, stripping the lattice from the surface of the base to expose male touch fastener elements in exposed regions of the base surrounding each patch of flexible barrier material, and severing the hook tape along the exposed regions of the base to form individual mold-in fastener products, each having a patch of flexible barrier material surrounded by an exposed base edge region carrying male touch fastener elements. severing a layer of flexible barrier material on a surface of a longitudinally continuous hook tape having a flexible base and an array of discrete male touch fastener elements extending from a surface of the base, to form a pattern of patches of flexible barrier material spaced apart and surrounded by a continuous lattice of barrier material, with each of the patches and the lattice engaging male touch fastener elements, stripping the lattice from the surface of the base to expose male touch fastener elements in exposed regions of the base surrounding each patch of flexible barrier material, and severing the hook tape along the exposed regions of the base to form individual mold-in fastener products, each having a patch of flexible barrier material surrounded by an exposed base edge region carrying male touch fastener elements.
Protective equipment for a region of the human body, adapted to be fixed to that region of the human body, comprising; - a reinforcing support, extending mainly along a longitudinal axis and intended to be placed against the region of the human body, and - at least one curved (12, 22, 32) shell whose shape is adapted to cover the region of the human body, the said shell (12, 22, 32) being fixed to the reinforcing support, the protective equipment being of an asymmetrical form with respect to the longitudinal axis so that it can adapt itself to the morphology of the region of the human body to be protected, and being characterised in that the shell (12, 22, 32) and/or the reinforcing support comprises upper (12a, 41a) and lower transverse edges (22b, 42b), connected by internal longitudinal edges (12c, 22c, 41c, 42c) and external edges (12d, 22d, 42d), the curvilinear abscissa of the external longitudinal edge (12d, 22d, 42d) being larger than the curvilinear abscissa of the internal longitudinal edge (12c, 22c), the curvilinear abscissa of the internal edge (12c, 22c) and external edge (12d, 22d) respectively being the length along the internal edge (12c, 22c) and external edge (12d, 22d) respectively, between the upper and lower edges of the shell (12, 22), and in that the external longitudinal edge (12d, 22d, 42d) is more curved than the internal longitudinal edge (12c, 22c), that is to say the curvature of the external edges (12d, 22d, 42d) is greater than the curvature of the internal edges (12c, 22c, 42c). - a reinforcing support, extending mainly along a longitudinal axis and intended to be placed against the region of the human body, and - at least one curved (12, 22, 32) shell whose shape is adapted to cover the region of the human body, the said shell (12, 22, 32) being fixed to the reinforcing support,
A piece of sound reproduction equipment including: - an input for receiving an audio input signal to be reproduced; - a loudspeaker with a resistance of at least 1Ω; - a processing and amplification chain including: - an amplifier able to energize the loudspeaker, - a stage (24, 30) for correction of the audio signal, positioned between the input and the amplifier, which correction stage (24, 30) is able to simulate virtual physical parameters of the loudspeaker by modifying the characteristics of the audio signal provided to the amplifier, characterized in that the correction stage (24, 30) is able to modify the virtual physical parameters over time during operation of the sound reproduction system. - an input for receiving an audio input signal to be reproduced; - a loudspeaker with a resistance of at least 1Ω; - a processing and amplification chain including: - an amplifier able to energize the loudspeaker, - a stage (24, 30) for correction of the audio signal, positioned between the input and the amplifier, which correction stage (24, 30) is able to simulate virtual physical parameters of the loudspeaker by modifying the characteristics of the audio signal provided to the amplifier,
System comprising a zipper having a slider and comprising a device for moving the slider in order to open or close the zip fastener, the device having a housing connected to a holding device for fixed attachment thereof, a shaft driven in rotation by a motor for winding and unwinding a thread being mounted in the housing, the thread being able to be coupled to the slider or a slider handle of the zip fastener connected to the slider and the motor being able to be set in rotary motion by means of a switching device and the thread being equipped at its free end with a hook and said hook being hooked into an opening of the slider of the zipper, characterized in that the switching device for coupling with electronic signal devices and/or input/output devices comprises an interface and the interface can be coupled to an interface of an electronic bite indicator which is connected to a fishing rod.
Rotor of a rotating electric machine, comprising - a two-part rotor shaft which is composed of two rotor shaft parts (7, 9) which are arranged in series along a rotor axis and which are connected to one another, - a ring-shaped rotor laminated core which is arranged around a section of a first rotor shaft part, - multiple shaft webs which connect the first rotor shaft part to the rotor laminated core, - and channel laminations which are of hollow cylindrical segment shape and which are arranged in each case between two shaft webs and are fastened to said shaft webs, having a flange connection for connecting the two rotor shaft parts (7, 9), wherein the flange connection comprises a first flange of the first rotor shaft part and a second flange of a second rotor shaft part, characterized in that the shaft webs are connected at an axial end in each case to the first flange of the flange connection. - a two-part rotor shaft which is composed of two rotor shaft parts (7, 9) which are arranged in series along a rotor axis and which are connected to one another, - a ring-shaped rotor laminated core which is arranged around a section of a first rotor shaft part, - multiple shaft webs which connect the first rotor shaft part to the rotor laminated core, - and channel laminations which are of hollow cylindrical segment shape and which are arranged in each case between two shaft webs and are fastened to said shaft webs,
A method for managing radio resource in a wireless cellular network with relay stations, comprising: operating a base station to provide a base station link-quality matrix to indicate quality of a link between the base station to at least one or more relay stations (RS1; RS2; RS3) subordinate to the base station, and one or more subscriber stations (SS1; SS2; SS3; SS4; SS5; SS6; SS7; SS8), where each element in the link-quality matrix corresponds to a network link and quantifies a quality of a link connecting to at least one or more relay stations (RS1; RS2; RS3) subordinate to the base station, and one or more subscriber stations (SS1; SS2; SS3; SS4; SS5; SS6; SS7; SS8), and operating the base station to allocate frame elements in signal transmission based on the quality of a link between the base station to the at least one or more relay stations (RS1; RS2; RS3) subordinate to the base station and the one or more subscriber stations (SS1; SS2; SS3; SS4; SS5; SS6; SS7; SS8) and to command relay stations to concurently use or reuse the same. frame elements whenever spatial distribution of communicating network stations is such that their co-channel interference to each other is below certain reasonable levels; wherein the frame elements are radio resources comprising slots, bursts, zones, subchannels, subchannel groups and segments. operating a base station to provide a base station link-quality matrix to indicate quality of a link between the base station to at least one or more relay stations (RS1; RS2; RS3) subordinate to the base station, and one or more subscriber stations (SS1; SS2; SS3; SS4; SS5; SS6; SS7; SS8), where each element in the link-quality matrix corresponds to a network link and quantifies a quality of a link connecting to at least one or more relay stations (RS1; RS2; RS3) subordinate to the base station, and one or more subscriber stations (SS1; SS2; SS3; SS4; SS5; SS6; SS7; SS8), and operating the base station to allocate frame elements in signal transmission based on the quality of a link between the base station to the at least one or more relay stations (RS1; RS2; RS3) subordinate to the base station and the one or more subscriber stations (SS1; SS2; SS3; SS4; SS5; SS6; SS7; SS8) and to command relay stations to concurently use or reuse the same. frame elements whenever spatial distribution of communicating network stations is such that their co-channel interference to each other is below certain reasonable levels; wherein the frame elements are radio resources comprising slots, bursts, zones, subchannels, subchannel groups and segments.
A wear member for attachment to excavating equipment comprising a front end, a rear end, a socket that opens in the rear end to receive a nose fixed to the excavating equipment, a through-hole in communication with the socket, and a lock connected in the through-hole for movement between a hold position where the lock can secure the wear member to the nose and a release position where the wear member can be released from the nose, the lock and the through-hole being cooperatively structured to releasably retain the lock in each of said hold and release positions irrespective of the receipt of the nose in the socket; wherein the lock is secured in the through-hole for pivotal movement about a pivot axis between the hold and the release positions; the lock is formed with a pivot support and a biasing member to permit not only the pivotal movement, but also a shifting movement for latching the lock in the hold position and/or release positions; and the lock has a body defining at least one pry slot whereby a pry tool can securely engage the lock to shift and pivot the lock. the lock is secured in the through-hole for pivotal movement about a pivot axis between the hold and the release positions; the lock is formed with a pivot support and a biasing member to permit not only the pivotal movement, but also a shifting movement for latching the lock in the hold position and/or release positions; and the lock has a body defining at least one pry slot whereby a pry tool can securely engage the lock to shift and pivot the lock.
An apparatus comprising: means for activating a dummy word line to select at least one dummy cell, wherein the dummy word line is activated based on a pre-decoded signal generated by a decoder; means for activating a normal word line to select a row of memory cells, wherein the normal word line is activated based on the pre-decoded signal generated by the decoder; means for driving a dummy bit line with the at least one dummy cell; means for generating at least one enable signal based on a signal from the dummy bit line and having a configurable delay; and means for sensing at least one normal bit line coupled to at least one memory cell in the row of memory cells with the at least one enable signal; wherein the means for generating at least one enable signal comprises a configurable pull-down circuit coupled to the dummy bit line, wherein the configurable pull-down circuit comprises at least one pair of stacked N-FETS (722a, 774a), wherein a first N-FET of the pair has its drain coupled to the dummy bit line and its gate arranged to receive an accelerator enable signal and a second N-FET of the pair has its drain coupled to the source of the first N-FET, its gate arranged to receive an accelerator select signal, and its source coupled to ground, wherein the accelerator select signal and the accelerator enable signal are arranged to enable the at least one pair of stacked N-FETs (722a, 724a) so that a pull-down is provided to the dummy bit line speeding up the discharge time. means for activating a dummy word line to select at least one dummy cell, wherein the dummy word line is activated based on a pre-decoded signal generated by a decoder; means for activating a normal word line to select a row of memory cells, wherein the normal word line is activated based on the pre-decoded signal generated by the decoder; means for driving a dummy bit line with the at least one dummy cell; means for generating at least one enable signal based on a signal from the dummy bit line and having a configurable delay; and means for sensing at least one normal bit line coupled to at least one memory cell in the row of memory cells with the at least one enable signal; wherein the means for generating at least one enable signal comprises a configurable pull-down circuit coupled to the dummy bit line, wherein the configurable pull-down circuit comprises at least one pair of stacked N-FETS (722a, 774a), wherein a first N-FET of the pair has its drain coupled to the dummy bit line and its gate arranged to receive an accelerator enable signal and a second N-FET of the pair has its drain coupled to the source of the first N-FET, its gate arranged to receive an accelerator select signal, and its source coupled to ground, wherein the accelerator select signal and the accelerator enable signal are arranged to enable the at least one pair of stacked N-FETs (722a, 724a) so that a pull-down is provided to the dummy bit line speeding up the discharge time.
Flow regulating device having a valve section for the controlled opening and closing of a flow channel, in which an elongated valve body is displaceably guided in the longitudinal direction between a channel inlet and a channel outlet, wherein the valve body has a top section, a shaft and a base section in the flow direction, and wherein the valve body is spring-biased in the closing direction, wherein a spring element engages asymmetrically with the valve body to generate the bias, wherein in the open position the valve body can be deflected in the transverse direction against a stop, wherein the spring element is a spiral spring which encompasses a shaft of the valve body, characterised in that the spring element abuts an annular surface surrounding the channel outlet, wherein a spring contact surface extends radially from the shaft across a partial circumference and the shaft is reduced in cross-section in an outer circumferential region downstream of the spring contact surface.