mhurhangee/ep-ind-claims huggingface dataset:
An assembled camshaft for an internal combustion engine, wherein the camshaft comprises a base shaft and an external toothing which extends at least in certain portions axially along the base shaft, and comprising at least one hub with an internal toothing which correlates with the external toothing of the base shaft such that the hub is connected rotationally conjointly and axially non-displaceably to the base shaft, wherein the external toothing has at least one form-fit subregion, which extends axially at least in certain portions along the base shaft, or one force-fit subregion in order for the hub to be arranged at least in a form-fitting or force-fitting manner, and wherein at least the form-fit subregion or the force-fit subregion is adjoined by at least one alignment region which extends at least in certain portions axially along the base shaft and which serves for the angular alignment of the hub, wherein the external toothing at least of the one form-fit subregion or of the force-fit subregion comprises at least two tooth spaces which are formed between the teeth and which have mutually different root circle diameters (WDF large, WDF small), and the internal toothing of the hub comprises at least two teeth which correlate with the different root circle diameters (WDF large, WDF small) and which have mutually different tip circle diameters (NDK large, NDK small), and wherein that tooth of the hub which has a second tip circle diameter (NDK small) forms a sliding fit with that tooth space of the base shaft which has a second root circle diameter (WDF small), and that tooth of the hub which has a first tip circle diameter (NDK large) forms a sliding fit with that tooth space of the base shaft which has a first root circle diameter (WDF large), and wherein at least the form-fit connection or the force-fit connection of the hub to the base shaft for the axial fixing of the hub exists owing to an interference-fit connection formed between at least that tooth space of the external toothing of the base shaft which has a first root circle diameter (WDF large) and that non-correlating tooth of the internal toothing of the hub which has a second tip circle diameter (NDK small).
An encoding device configured for performing an encoding process according to an encoding scheme using a CTS indicating time at which presentation or reproduction is performed, comprising: an encapsulation means configured for generating a plurality of media units (100B 1, 100B 2) in each of which one or more access units (200 1, 200 2, 200 3, 200 4, 200 5, 200 6) encoded by the encoding scheme are capsulated, characterized in that the encoding device is configured for preparing first and second control signals for first and second transmission paths, each control signal including information (303 1, 303 2) indicating the absolute time of an access unit, the access unit being the head access unit (200 1, 200 4) of a corresponding media unit (100B 1, 100B 2), the transmission means is configured to add to each media unit (100B 1, 100B 2) and to each control signal, an identifier which is common to each media unit, and a sequence number which specific to each media unit, the transmission means is further configured to transmit the first control signal and each media unit (100B 1, 100B 2) on the first transmission path, the transmission means is further configured to transmit the second control signal and each media unit (100B 1, 100B 2) on the second transmission path, and the encapsulation means is configured to add a CTS relative value (102 1, 102 2, 102 3, 102 4, 102 5, 102 6) to the n th access unit included in each media unit (100B 1, 100B 2), the CTS relative value being a difference between the CTS of the n th access unit and the CTS of the n+1 th access unit. an encapsulation means configured for generating a plurality of media units (100B 1, 100B 2) in each of which one or more access units (200 1, 200 2, 200 3, 200 4, 200 5, 200 6) encoded by the encoding scheme are capsulated, characterized in that the encoding device is configured for preparing first and second control signals for first and second transmission paths, each control signal including information (303 1, 303 2) indicating the absolute time of an access unit, the access unit being the head access unit (200 1, 200 4) of a corresponding media unit (100B 1, 100B 2), the transmission means is configured to add to each media unit (100B 1, 100B 2) and to each control signal, an identifier which is common to each media unit, and a sequence number which specific to each media unit, the transmission means is further configured to transmit the first control signal and each media unit (100B 1, 100B 2) on the first transmission path, the transmission means is further configured to transmit the second control signal and each media unit (100B 1, 100B 2) on the second transmission path, and the encapsulation means is configured to add a CTS relative value (102 1, 102 2, 102 3, 102 4, 102 5, 102 6) to the n th access unit included in each media unit (100B 1, 100B 2), the CTS relative value being a difference between the CTS of the n th access unit and the CTS of the n+1 th access unit.
An electromagnetic valve for a fuel system comprising a housing in which are arranged an electrical coil and a magnet armature, 1.1 the magnet armature and an armature plate forming parts of a magnetic circuit, 1.2 and the armature plate bearing a valve member, 1.3 which forms the switchable valve with a flow opening on a valve seat, 1.4 a magnetic field being generated and the armature plate being attracted away from the magnet armature into a operating position when a current flows through the coil in the magnet armature, 1.5 and comprising a valve spring which returns the armature plate to a rest position when the coil is currentless, 1.6 and the valve seat, the valve member, the valve spring and the armature plate being held in the housing, characterised in that 1.7 the valve seat, the valve member, the valve spring and the armature plate are captively connected to one another and form a pre-assembled valve unit, 1.8 the valve seat is held loose in the valve unit between the valve member and the armature plate, 1.9 the valve unit is inserted into an open end of the housing, 1.10 the valve spring sits on an inner shoulder of the housing, 1.11 and the valve seat is formed on a valve body, 1.12 the valve body being held with play between the armature plate and the valve member in the pre-assembled valve unit. 1.1 the magnet armature and an armature plate forming parts of a magnetic circuit, 1.2 and the armature plate bearing a valve member, 1.3 which forms the switchable valve with a flow opening on a valve seat, 1.4 a magnetic field being generated and the armature plate being attracted away from the magnet armature into a operating position when a current flows through the coil in the magnet armature, 1.5 and comprising a valve spring which returns the armature plate to a rest position when the coil is currentless, 1.6 and the valve seat, the valve member, the valve spring and the armature plate being held in the housing, characterised in that 1.7 the valve seat, the valve member, the valve spring and the armature plate are captively connected to one another and form a pre-assembled valve unit, 1.8 the valve seat is held loose in the valve unit between the valve member and the armature plate, 1.9 the valve unit is inserted into an open end of the housing, 1.10 the valve spring sits on an inner shoulder of the housing, 1.11 and the valve seat is formed on a valve body, 1.12 the valve body being held with play between the armature plate and the valve member in the pre-assembled valve unit.
A semiconductor device comprising: a semiconductor substrate; one or more replacement active regions disposed over a top surface of the semiconductor substrate, wherein the replacement active regions are a first III-V semiconductor material; a gate structure formed above one or more replacement active regions; source/drain, S/D, recesses in the replacement active regions; and replacement S/D regions formed in the S/D recesses, wherein the replacement S/D regions comprise a second III-V semiconductor material having a lattice constant smaller than a lattice constant of the first III-V semiconductor material; and a shallow trench isolation, STI, layer formed between adjacent replacement active regions, wherein at least a portion of the replacement S/D regions extends above a top surface of the STI layer and contacts a top surface of the STI layer. a semiconductor substrate; one or more replacement active regions disposed over a top surface of the semiconductor substrate, wherein the replacement active regions are a first III-V semiconductor material; a gate structure formed above one or more replacement active regions; source/drain, S/D, recesses in the replacement active regions; and replacement S/D regions formed in the S/D recesses, wherein the replacement S/D regions comprise a second III-V semiconductor material having a lattice constant smaller than a lattice constant of the first III-V semiconductor material; and a shallow trench isolation, STI, layer formed between adjacent replacement active regions, wherein at least a portion of the replacement S/D regions extends above a top surface of the STI layer and contacts a top surface of the STI layer.
A method for estimating an orientation of a first motor vehicle in a road motor vehicle convoy relative to a second vehicle in the convoy, the first vehicle and the second vehicle following each other within the convoy, the method being characterised in that it comprises steps consisting of: - with a measuring device, acquire the relative position of at least two test patterns (C1, C2, C3) placed on the first vehicle of the convoy, the relative position comprising the distance (d1, d2, d3) and the angular position (α 1, α 2, α 3) of said sight with respect to the measuring device, the measuring device being associated with the second vehicle of the convoy; - a processing unit calculates the orientation (θ) of the first vehicle on the basis of the measured relative position data and prior knowledge of the relative position of the test patterns on the first vehicle. - with a measuring device, acquire the relative position of at least two test patterns (C1, C2, C3) placed on the first vehicle of the convoy, the relative position comprising the distance (d1, d2, d3) and the angular position (α 1, α 2, α 3) of said sight with respect to the measuring device, the measuring device being associated with the second vehicle of the convoy; - a processing unit calculates the orientation (θ) of the first vehicle on the basis of the measured relative position data and prior knowledge of the relative position of the test patterns on the first vehicle.
An anomaly detection device in an in-vehicle network system performing service-oriented communication via Ethernet, the anomaly detection device comprising: a detection rule generator configured to: - monitor a communication establishment frame flowing over the Ethernet in a communication establishment phase of the service-oriented communication; and - generate, for each communication ID, a detection rule including the communication ID written in the communication establishment frame and a server address or a client address written in the communication establishment frame; an anomaly detector configured to: - monitor a communication frame flowing over the Ethernet in a communication phase of the service-oriented communication; and - detect, by referring to a detection rule that includes a communication ID written in the communication frame, the communication frame as an anomalous frame, when a server address or a client address written in the communication frame differs from a server address or a client address included in the detection rule; and an anomaly notifier configured to provide a notification of an anomaly in response to the anomalous frame being detected. a detection rule generator configured to: - monitor a communication establishment frame flowing over the Ethernet in a communication establishment phase of the service-oriented communication; and - generate, for each communication ID, a detection rule including the communication ID written in the communication establishment frame and a server address or a client address written in the communication establishment frame; - monitor a communication establishment frame flowing over the Ethernet in a communication establishment phase of the service-oriented communication; and - generate, for each communication ID, a detection rule including the communication ID written in the communication establishment frame and a server address or a client address written in the communication establishment frame; an anomaly detector configured to: - monitor a communication frame flowing over the Ethernet in a communication phase of the service-oriented communication; and - detect, by referring to a detection rule that includes a communication ID written in the communication frame, the communication frame as an anomalous frame, when a server address or a client address written in the communication frame differs from a server address or a client address included in the detection rule; and - monitor a communication frame flowing over the Ethernet in a communication phase of the service-oriented communication; and - detect, by referring to a detection rule that includes a communication ID written in the communication frame, the communication frame as an anomalous frame, when a server address or a client address written in the communication frame differs from a server address or a client address included in the detection rule; and an anomaly notifier configured to provide a notification of an anomaly in response to the anomalous frame being detected.
A location device, intended to be embedded on a mobile object likely to undergo a dynamic rotation on itself, including: - a receiver of a satellite positioning system configured to provide data relating to a position and a speed of the mobile object, said receiver comprising an acquisition module configured to perform a frequency and code search of a signal emitted by a satellite and received by an antenna of said receiver, - an inertial unit configured to provide data relating to an acceleration and an angular velocity of the mobile object, characterised in that the location device includes a calculation module, called a "hybrid navigation module ", configured to: - model a movement of the antenna of the receiver from: -- data from the receiver, -- data from the inertial unit, and -- the distance between the antenna and a centre of inertia of the mobile object, - model a movement of the satellite from orbital parameters of said satellite, - estimate a value representative of the Doppler effect undergone by the signal emitted by the satellite depending on the modelled movement of the antenna and the modelled movement of the satellite, - communicate said value representative of the Doppler effect to the acquisition module, said acquisition module being configured to perform the frequency and code search of the signal depending on said value representative of the estimated Doppler effect. - a receiver of a satellite positioning system configured to provide data relating to a position and a speed of the mobile object, said receiver comprising an acquisition module configured to perform a frequency and code search of a signal emitted by a satellite and received by an antenna of said receiver, - an inertial unit configured to provide data relating to an acceleration and an angular velocity of the mobile object, - model a movement of the antenna of the receiver from: -- data from the receiver, -- data from the inertial unit, and -- the distance between the antenna and a centre of inertia of the mobile object, -- data from the receiver, -- data from the inertial unit, and -- the distance between the antenna and a centre of inertia of the mobile object, - model a movement of the satellite from orbital parameters of said satellite, - estimate a value representative of the Doppler effect undergone by the signal emitted by the satellite depending on the modelled movement of the antenna and the modelled movement of the satellite, - communicate said value representative of the Doppler effect to the acquisition module, said acquisition module being configured to perform the frequency and code search of the signal depending on said value representative of the estimated Doppler effect.
Sensing bar for a railway bogie of a railway vehicle running on a railway track, said sensing bar comprising a plurality of sensors placed on a bar suitable to be fixed to the bogie and arranged to measure values of parameter related to the operating conditions of the bogie, characterized in that said sensors comprise: - a plurality of accelerometers arranged to sense accelerations of the bogie along three perpendicular directions (X, Y, Z) of a Cartesian reference system; - at least one first camera arranged to acquire images of primary suspensions associated with wheels of the bogie or respective images of axle wheels of the bogie; and - at least one microphone arranged to capture noises to be co-related with the images of each camera (8, 22) and signals outputted from the accelerometers. - a plurality of accelerometers arranged to sense accelerations of the bogie along three perpendicular directions (X, Y, Z) of a Cartesian reference system; - at least one first camera arranged to acquire images of primary suspensions associated with wheels of the bogie or respective images of axle wheels of the bogie; and - at least one microphone arranged to capture noises to be co-related with the images of each camera (8, 22) and signals outputted from the accelerometers.
A rotatable connector device, comprising a fixed-side member which is to be fixed; and a rotatable-side member which is relatively rotatably attached to the fixed-side member, the rotatable-side member receiving a rotation input, the rotatable-side member comprising a top board that forms a top surface of the rotatable connector device; the rotatable connector device having a fixed-side cable end accommodation section, projecting from an outer circumferential surface of the fixed-side member in a tangential direction thereof, for accommodating and holding a terminal conductor connection section provided at an end of a flat cable accommodated in the rotatable connector device such that a width direction of the flat cable matches a thickness direction of the rotatable connector device; wherein the flat cable has a bent portion, in a portion thereof on a side of the terminal conductor connection section, for bending the flat cable so as to shift the portion on the side of the terminal conductor connection section in one direction along the width direction of the flat cable, the one direction being a downward direction of the thickness direction of the rotatable connector device, away from the top board of the rotatable-side member.
Apparatus for expanding and filling plastic parisons to form plastic containers by means of a liquid medium, with at least one transforming station which has a hollow mould, inside which the plastic parisons can be expanded into plastic containers and can be simultaneously filled by application of a liquid medium, wherein the transforming station is arranged on a carrier and wherein the transforming station has a filling device which feeds the liquid medium to the plastic parisons under pressure, wherein the transforming station has a pressure chamber to which a gas can be applied, and wherein a closing unit can be introduced into the pressure chamber, in order to close the expanded und filled plastic containers, characterised in that for filling of the plastic parisons the filling device can be introduced into the pressure chamber and after the filling can be removed at least partially. characterised in that for filling of the plastic parisons the filling device can be introduced into the pressure chamber and after the filling can be removed at least partially.
A disposable form made of plastic material for obtaining sanitary voids, ventilated air gaps, crawl spaces, ventilated floors and roofs, which have an upper surface blended, at the corners, with vertically arranged lateral legs, said lateral legs and said upper surface being mutually blended by arches which delimit openings at which lips having a substantially U-shaped transverse cross-section are present and protrude so as to form a base, adapted feet being further provided at the base of said legs for ground resting, the disposable form comprising a mating and fixing device comprising at least one tab which protrudes substantially longitudinally with respect to said lateral legs and is suitable to cooperate selectively with at least one seat provided at said lateral legs, said at least one tab and at least one seat having a configuration and an arrangement which are adapted to allow stacking of two or more of said forms, characterized in that said at least one tab has a substantially conical or frustum-like shape and is provided at said lateral leg substantially at a height comprised between said foot and the beginning of the arch blending the leg with said upper surface and in any case at such a height as to allow said at least one tab to cooperate with said at least one seat.
1. Device for storing a two-wheeler, the device comprising: a frame; a holder arranged to hold a two-wheeler wherein the holder is movably connected to the frame, and wherein the holder is adjustable between a storage position for storing the two-wheeler and a loading position for receiving or releasing the two-wheeler; a biasing element, connected to the frame and to the holder, wherein the biasing element is arranged to provide a biasing force, wherein the biasing force biases the holder towards the storage position; and a braking element providing a braking force during adjustment of the holder towards the loading position to provide a resulting biasing moment resulting from the biasing force and the braking force, wherein the biasing element and braking element are integrated in a single biasing compound, wherein the braking force increases such that the biasing moment increases during adjustment of the holder from the storage position towards the loading position, wherein an adjustment trajectory of the holder from the storage position towards the loading position comprises a first part in which the resulting biasing moment biases towards the storage position, and characterised in a second part in which the braking element is configured to provide a non-linear braking force to reduce a velocity of the holder towards the loading position. a frame; a holder arranged to hold a two-wheeler wherein the holder is movably connected to the frame, and wherein the holder is adjustable between a storage position for storing the two-wheeler and a loading position for receiving or releasing the two-wheeler; a biasing element, connected to the frame and to the holder, wherein the biasing element is arranged to provide a biasing force, wherein the biasing force biases the holder towards the storage position; and a braking element providing a braking force during adjustment of the holder towards the loading position to provide a resulting biasing moment resulting from the biasing force and the braking force, wherein the biasing element and braking element are integrated in a single biasing compound, wherein the braking force increases such that the biasing moment increases during adjustment of the holder from the storage position towards the loading position, wherein an adjustment trajectory of the holder from the storage position towards the loading position comprises a first part in which the resulting biasing moment biases towards the storage position, and characterised in a second part in which the braking element is configured to provide a non-linear braking force to reduce a velocity of the holder towards the loading position.