mhurhangee/ep-ind-claims huggingface dataset:
A control device for a motorcycle, where the motorcycle includes, in a power transmission path for transmitting a power of an engine, two clutches (40A,40B) receiving the power from the engine, and two transmission mechanisms (30A,30B) arranged downstream of the respective clutches (40A,40B) and having a common output shaft, where each of the two transmission mechanisms (30A,30B) includes an input shaft interlocked with a driven member of the clutch, a first gear which rotates together with the driven member of the clutch, and a second gear which rotates together with the output shaft, movable relative to the first gear in axial direction of the related shaft according to rotation of a shift cam, and engageable with the first gear by a dog clutch, where the control device switches the path for transmitting the power from one of the clutches (40A,40B) and the transmission mechanisms (30A,30B) to the other clutch and transmission mechanism according to the shift command, the control device comprising: a gear control unit that brings the first gear and the second gear close to each other in a transmission mechanism which starts the power transmission according to the shift command; a rotation speed control unit that set, as a target rotation speed, an engine rotation speed corresponding to a motorcycle velocity and a speed reduction ratio realized by engagement of the first gear and the second gear brought close to each other by the gear control unit, and controls the engine rotation speed toward the target rotation speed, characterised in that the rotation speed control unit prevents the engine rotation speed from arriving at the target rotation speed until the first gear and the second gear are engaged with each other; and a clutch control unit that brings the clutch that starts the power transmission according to the shift command close to an engaged state, and the other clutch close to a disengaged state, when the engine rotation speed arrives at the target rotation speed. a gear control unit that brings the first gear and the second gear close to each other in a transmission mechanism which starts the power transmission according to the shift command; a rotation speed control unit that set, as a target rotation speed, an engine rotation speed corresponding to a motorcycle velocity and a speed reduction ratio realized by engagement of the first gear and the second gear brought close to each other by the gear control unit, and controls the engine rotation speed toward the target rotation speed, characterised in that the rotation speed control unit prevents the engine rotation speed from arriving at the target rotation speed until the first gear and the second gear are engaged with each other; and a clutch control unit that brings the clutch that starts the power transmission according to the shift command close to an engaged state, and the other clutch close to a disengaged state, when the engine rotation speed arrives at the target rotation speed.
An antenna device, comprising: - at least one magnetic core; - at least one winding (31, 32, 33) wound around said at least one magnetic core providing a LF antenna adapted to work at a frequency comprised in a range between 20 and 134 kHz; and - an electrically insulated base, on which said at least one magnetic core wound with said at least one winding (31,32,33) is arranged, said electrically insulated base including metallic tabs (121...128) at least part of which are electrically connected to said at least one winding (31, 32, 33) and the electrically insulated base having a bottom surface with electrically conductive plates (131...138) providing a layout for a SMT mounting, wherein at least one of said metallic tabs (121...128) is connected to at least one of said electrically conductive plates (131...138); wherein the antenna device further comprises an electrically insulated cap, having an upper surface and a side surface, a metallized surface high frequency coil with two ends (411, 412) being arranged on said upper surface, said metallized surface high frequency coil working as an antenna and being electrically connected by an extended portion of each of said ends (411, 412), arranged on said side surface of the electrically insulated cap, to at least one of said metallic tabs (121...128) of the electrically insulated base, wherein the electrically insulated cap is replaceable and mechanically fixed over the magnetic core and over the at least one winding (31, 32, 33), thereby allowing different performances of the high frequency coil as an inductive HF antenna adapted to work at a frequency comprised in a range between 3 and 30 MHz, independently of the arrangement of said LF antenna. - at least one magnetic core; - at least one winding (31, 32, 33) wound around said at least one magnetic core providing a LF antenna adapted to work at a frequency comprised in a range between 20 and 134 kHz; and - an electrically insulated base, on which said at least one magnetic core wound with said at least one winding (31,32,33) is arranged, said electrically insulated base including metallic tabs (121...128) at least part of which are electrically connected to said at least one winding (31, 32, 33) and the electrically insulated base having a bottom surface with electrically conductive plates (131...138) providing a layout for a SMT mounting, wherein at least one of said metallic tabs (121...128) is connected to at least one of said electrically conductive plates (131...138);
A process for preparation of a solid organomagnesium precursor having formula {Mg(OR')X}.a{MgX 2}.b{Mg(OR') 2}.c{R'OH}, wherein R' is selected from a hydrocarbon group, X is selected from a halide group, and a:b:c is in range of 0.01-0.5: 0.01 - 0.5: 0.01 - 5, said process comprising contacting a magnesium source with a solvating agent, an organohalide and an alcohol to obtain the solid organomagnesium precursor, wherein the solvating agent is selected from a group comprising of dimethyl ether, diethyl ether, dipropyl ether, diisopropyl ether, ethylmethyl ether, n-butylmethyl ether, n-butylethyl ether, di-n-butyl ether, di-isobutyl ether, isobutylmethyl ether, and isobutylethyl ether, dioxane, tetrahydrofuran, 2-methyl tetrahydrofuran, tetrahydropyran and combination thereof.
A method for wireless communication at a user equipment, UE, the method comprising: identifying a first access and a second access each associated with a network entity; transmitting, to the network entity during a registration management procedure, a preference indicator for communicating the signaling for a control plane service over the first access or the second access; and receiving, from the network entity, signaling for the control plane service over the first access or the second access based at least in part on whether the first access or the second access is a preferred access for communicating signaling for the control plane service. identifying a first access and a second access each associated with a network entity; transmitting, to the network entity during a registration management procedure, a preference indicator for communicating the signaling for a control plane service over the first access or the second access; and receiving, from the network entity, signaling for the control plane service over the first access or the second access based at least in part on whether the first access or the second access is a preferred access for communicating signaling for the control plane service.
A manufacturing method of a press-formed member, comprising a press forming step of obtaining, from a blank of high-tensile strength steel sheet of 390 MPa or more, a press-formed product with a shape of cross section having at least a groove bottom part, a ridge line part continued to an end portion in a width direction of the groove bottom part, and a vertical wall part continued to the ridge line part, and in which an outward flange including a part along the ridge line part is formed at an end part in a longitudinal direction, by using a press forming apparatus including a punch and a die, wherein the press forming step is characterized by including: a first step of starting forming of a part to be formed to the ridge line part and forming of the outward flange, by creating a state where a region positioned at least at an end portion in a longitudinal direction of a part to be formed to the groove bottom part of the blank is separated from a punch top part, in the punch, which forms the groove bottom part; a second step of making, at the time of starting the forming of the part to be formed to the ridge line part or thereafter, the region approach the punch top part; and completing, when the press forming is completed, the forming of the groove bottom part, the forming of the ridge line part, the forming of the vertical wall part, and the forming of the outward flange. a first step of starting forming of a part to be formed to the ridge line part and forming of the outward flange, by creating a state where a region positioned at least at an end portion in a longitudinal direction of a part to be formed to the groove bottom part of the blank is separated from a punch top part, in the punch, which forms the groove bottom part; a second step of making, at the time of starting the forming of the part to be formed to the ridge line part or thereafter, the region approach the punch top part; and completing, when the press forming is completed, the forming of the groove bottom part, the forming of the ridge line part, the forming of the vertical wall part, and the forming of the outward flange.
HV cable set, in particular for a vehicle electrical system, having a number of cables which are surrounded by a common shield, and having a connection piece which is made of a conductive material and is electrically connected to the shield by virtue of a clamping sleeve being pushed onto the connection piece in a longitudinal direction and the shield being clamped between a first clamping surface of the connection piece and a second clamping surface of the clamping sleeve, characterized in that the clamping sleeve is fastened to the connection piece by means of a number of screws, and in that the screws are screwed into the connection piece in the longitudinal direction.
An electrically heatable packed pressure-bearing apparatus for conducting endothermic reactions having an upper, middle and lower apparatus section, where at least one pair of electrodes (4,5) in a vertical arrangement is installed in the middle section and all electrodes are disposed in an electrically conductive solid-state packing, the upper and lower apparatus section has a specific conductivity of 10 5 S/m to 10 8 S/m, and the middle apparatus section is electrically insulated against the solid-state packing, wherein the upper and lower apparatus sections are electrically insulated from the middle apparatus section, the upper electrode is connected via the upper apparatus section and the lower electrode via the lower apparatus section or the electrodes are each connected via one or more connecting elements (10, 16) that are in electrical contact with these sections and the ratio of the cross-sectional area of the upper and lower electrode to the cross-sectional area of the respective current-conducting connecting element or, without use of a connecting element, the ratio of the cross-sectional area of the upper and lower electrode to the cross-sectional area of the respective current-conducting apparatus section is 0.1 to 10.
A method comprising: providing a user client performing the following: receiving a service request from a user; inspecting said request to determine if the request includes valid user credential data required by a service to which the service request is directed; if required, inserting user credential data obtained from an identity provider into said request; and forwarding the request to the service. providing a user client performing the following: receiving a service request from a user; inspecting said request to determine if the request includes valid user credential data required by a service to which the service request is directed; if required, inserting user credential data obtained from an identity provider into said request; and forwarding the request to the service. receiving a service request from a user; inspecting said request to determine if the request includes valid user credential data required by a service to which the service request is directed; if required, inserting user credential data obtained from an identity provider into said request; and forwarding the request to the service.
A fixture button (10, 110, 310, 410) for adhesive securement to a substrate (12, 112), said fixture button comprising: a central plate (30, 130); an outer backstop structure; adhesive means carried by said central plate for adhesively securing the fixture button to a substrate, characterized by: a plurality of at least three over-center spokes extending radially between said central plate (30, 130) and said outer backstop structure; and said over-center spokes initially supporting said central plate (30, 130) in an advanced position relative to said outer backstop structure, said central plate (30, 130) being landable on the substrate (12, 112) and movable to a retracted position relative to said outer backstop structure to displace said over-center spokes to a relatively low profile and substantially co-planar orientation. a central plate (30, 130); an outer backstop structure; adhesive means carried by said central plate for adhesively securing the fixture button to a substrate, characterized by: a plurality of at least three over-center spokes extending radially between said central plate (30, 130) and said outer backstop structure; and said over-center spokes initially supporting said central plate (30, 130) in an advanced position relative to said outer backstop structure, said central plate (30, 130) being landable on the substrate (12, 112) and movable to a retracted position relative to said outer backstop structure to displace said over-center spokes to a relatively low profile and substantially co-planar orientation. a plurality of at least three over-center spokes extending radially between said central plate (30, 130) and said outer backstop structure; and said over-center spokes initially supporting said central plate (30, 130) in an advanced position relative to said outer backstop structure, said central plate (30, 130) being landable on the substrate (12, 112) and movable to a retracted position relative to said outer backstop structure to displace said over-center spokes to a relatively low profile and substantially co-planar orientation.
Organic electroluminescent device comprising, in this sequence: anode, phosphorescent emitter layer 1, phosphorescent emitter layer 2, which is in direct contact with emitter layer 1, and cathode, characterised in that emitter layer 1 comprises a hole-conducting matrix material and two different phosphorescent emitters and emitter layer 2 comprises an electron-conducting matrix material and a phosphorescent emitter, where the phosphorescent emitter of emitter layer 2 has the same emission maximum as the shorter-wave phosphorescent emitter of emitter layer 1, characterised in that it is a white-emitting tandem OLED which additionally has a blue-fluorescent emitter layer and which has a charge-generation layer between the blue-fluorescent emitter layer and emitter layer 2
An audio encoder adapted for encoding frames of a sampled audio signal to obtain encoded frames, wherein a frame comprises a number of time domain audio samples, comprising: a predictive coding analysis stage for determining information on coefficients of a synthesis filter and information on a prediction domain frame based on a frame of audio samples; a frequency domain transformer for transforming a frame of audio samples to the frequency domain to obtain a frame spectrum; an encoding domain decider for deciding whether encoded data for a frame is based on the information on the coefficients and on the information on the prediction domain frame, or based on the frame spectrum; a controller for determining information on a switching coefficient when the encoding domain decider decides that encoded data of a current frame is based on the information on the coefficients and the information on the prediction domain frame when encoded data of a previous frame was encoded based on a previous frame spectrum obtained by the frequency domain transformer; and a redundancy reducing encoder for encoding the information on the prediction domain frame, the information on the coefficients, the information on the switching coefficient and/or the frame spectrum, wherein the information on the switching coefficient comprises an information enabling an initialization of a predictive synthesis stage, and the controller is adapted for determining the information on the switching coefficient based on a high pass filtered version of a decoded frame spectrum of the previous frame. a predictive coding analysis stage for determining information on coefficients of a synthesis filter and information on a prediction domain frame based on a frame of audio samples; a frequency domain transformer for transforming a frame of audio samples to the frequency domain to obtain a frame spectrum; an encoding domain decider for deciding whether encoded data for a frame is based on the information on the coefficients and on the information on the prediction domain frame, or based on the frame spectrum; a controller for determining information on a switching coefficient when the encoding domain decider decides that encoded data of a current frame is based on the information on the coefficients and the information on the prediction domain frame when encoded data of a previous frame was encoded based on a previous frame spectrum obtained by the frequency domain transformer; and a redundancy reducing encoder for encoding the information on the prediction domain frame, the information on the coefficients, the information on the switching coefficient and/or the frame spectrum, wherein the information on the switching coefficient comprises an information enabling an initialization of a predictive synthesis stage, and the controller is adapted for determining the information on the switching coefficient based on a high pass filtered version of a decoded frame spectrum of the previous frame.
A method for determining a presence of a locking signal in a signal received by an optical receiver device, the locking signal being a signal exchanged by optical communication devices (110, 114) of the optical communications network in a phase preceding setting up communications between said optical communication devices, the received signal by the optical receiver device may comprise a communication signal resulting from a communication with at least one other communication device of the optical network; the optical receiver device being intended to be used in an optical communications network, the method being such that the optical receiver device performs: - determining (S505; S704) a presence in a received signal of the communication signal resulting from a communication with at least one other communication device of the of the optical network; the method being characterized in that the optical receiver device further performs - obtaining (S503, S702), from the received signal, through a photodiode that converts the received signal into an electric signal, a direct current component of the electric signal or a component of the electric signal at twice a frequency at which the locking signal is supposed to be modulated prior to being transferred using a carrier frequency; and, when the presence of the communication signal is detected in the received signal: - determining (S508, S707) a contribution of the communication signal on the direct current component or respectively on the component at twice a frequency at which the locking signal is supposed to be modulated; - determining (S509; S708) whether the locking signal is present in the received signal by subtracting at least, from the direct current component or respectively from the component at twice a frequency at which the locking signal is supposed to be modulated, the determined contribution of the communication signal. - determining (S505; S704) a presence in a received signal of the communication signal resulting from a communication with at least one other communication device of the of the optical network; the method being characterized in that the optical receiver device further performs - obtaining (S503, S702), from the received signal, through a photodiode that converts the received signal into an electric signal, a direct current component of the electric signal or a component of the electric signal at twice a frequency at which the locking signal is supposed to be modulated prior to being transferred using a carrier frequency; - determining (S508, S707) a contribution of the communication signal on the direct current component or respectively on the component at twice a frequency at which the locking signal is supposed to be modulated; - determining (S509; S708) whether the locking signal is present in the received signal by subtracting at least, from the direct current component or respectively from the component at twice a frequency at which the locking signal is supposed to be modulated, the determined contribution of the communication signal.
Method for mounting insulating panels of soft, fibrous material, particularly panels made of mineral wool, on a supporting subsurface, with a fastening system comprising an insulation material holder consisting of a retaining plate, which is adjoined in the installation direction by a sleeve element and a retaining plate shaft serving as an extension thereof, and a fastening means (15, 17), particularly a screw (15, 17), which can be inserted through a passthrough hole in the insulation material holder and anchored in the supporting subsurface, optionally combined with a dowel, wherein the retaining plate and/or the fastening element has a tool mounting point for a rotary tool to enable the rotating insertion of the insulation material holder in the insulation material, characterized in that the insulation material holder with the sleeve element and the retaining plate shaft thereof is passed through a centre hole in the bottom of a recessed hollow space of a cutting means, the protruding open top end of which is furnished with collar in the form of a pot, wherein the retaining plate is seated non-rotatably in a sunken position close to the bottom of the hollow space by the cutting means, and remaining therein is inserted in a recessed position indirectly in the insulation material by the rotational impulse of the insulation material holder which is exerted by the attached rotary tool and transmitted to the cutting means as the cutting means is driven into the insulation material as far as an end position.