mhurhangee/ep-ind-claims huggingface dataset:
A device for detecting the attitude of motor vehicles that comprises using at least one filter of a complementary type for computing an estimate (xi) of angles of attitude (θ, φ, ψ) of the motor vehicle as a function of input signals comprising an acceleration signal and an angular-velocity signal (ω), said device comprising a plurality of complementary filters (12 1,..., 12 n), each tuned for operating in a specific dynamic range, and a supervisor module, configured for recognising the dynamic range of the input signals (A, ω), characterized in that said supervisor module is also configured for selecting a corresponding filter in said plurality of complementary filters (12 1,..., 12 n), and in that said supervisor module receives at input the acceleration signal and the angular-velocity signal (ω) measured by respective sensors and, on the basis of the values of said input signals (A, ω), controls a selector so that it selects one of the estimates (x i) available at the outputs of said plurality of complementary filters (12 1,..., 12 n) as output of the attitude-detection device, said supervisor module comprising a plurality of models (11 1,..., 11 n) of the vehicle defined as a function of dynamic quantities of the vehicle (A, ω, w s, α), each of said models generating an estimate of the dynamic quantities of the vehicle (A x,A y,A z), said supervisor module comprising a module for evaluating the model in said plurality of models (11 1,..., 11 n) that best estimates a current condition (DR i) of the vehicle, said evaluation comprising evaluating which of said vehicle models (11 1,..., 11 n) makes the best estimate of a current dynamic state of the vehicle, said operation of selecting a corresponding filter (12 i) from said plurality of complementary filters (12 1,..., 12 n) being carried out on the basis of said evaluation.
An implantable fastener (70, 100) for attachment of a medical device or implantable component to tissue comprising a plurality of tissue retainers (2, 42, 62) emanating from a supportive backing (1, 10, 40, 60) defining a plane, said implantable fastener being characterized in that the tissue retainers have a proximal end, a distal end and lateral walls and comprise an axle extending laterally from said lateral walls between said proximal and distal ends such that said tissue retainers are configured to swivel about their axle from the plane of the supportive backing to engage tissue.
A gallium nitride-based compound semiconductor light-emitting device comprising an n-type semiconductor layer, a light-emitting layer and a p-type semiconductor layer which are formed in this order on a substrate, wherein each layer comprises a gallium nitride-based compound semiconductor, the light-emitting device has a negative electrode and a positive electrode provided on the n-type semiconductor layer and on the p-type semiconductor layer, respectively, the positive electrode is at least partially formed of a transparent electrically conducting film, the transparent electrically conducting film is at least partially in contact with the p-type semiconductor layer, characterized in that a semiconductor metal mixed layer containing a Group III metal component is present on the semiconductor side surface of the transparent electrically conducting film, and the thickness of the semiconductor metal mixed layer is from 0.1 to 10 nm, wherein a region having a semiconductor metal concentration of 20 at.% or more based on all metals is present in the semiconductor metal mixed layer, wherein a positive electrode metal mixed layer containing a metal component of the transparent electrically conducting film is present in the p-type semiconductor layer, and wherein the concentration of the transparent electrically conducting film metal component in the positive electrode metal mixed layer is from 0.1 to 20 at.% based on all metals in the positive electrode metal mixed layer.
An electro-optical distance-measuring unit, comprising a polarizing beam splitter, an electro-optical modulator, a lambda/4 retarder, and a light source, the emitted light of which in the distance-measuring unit is guided onto a measurement path at least by the polarizing beam splitter, the electro-optical modulator and the lambda/4 retarder, and light returning along the measurement path is guided onto a detector at least by the retarder, the electro-optical modulator and the polarizing beam splitter, and furthermore comprising an evaluation unit for determining a length of the measurement path in accordance with a modulation frequency of the electro-optical modulator and a signal of the detector, characterized in that a bandwidth Δλ of the light source satisfies the following condition | d n o λ − n e λ l Kristall / λ dλ Δ λ | ≥ 1 where n o is the ordinary and n e the extraordinary wavelength-dependent refractive index of the modulator material, l Kristall is the length of the modulator crystal of the modulator and λ is the wavelength of the light source.
A method comprising: receiving, by a wireless device, configuration parameters of logical channels grouped into logical channel groups comprising a first logical channel group; transmitting a truncated buffer status report, BSR, based on a number of padding bits, wherein the truncated BSR comprises: a presence bit indicating a presence of a buffer size field for the first logical channel group; and a first number of buffer size fields for logical channel groups with logical channels having data for transmission following a decreasing order of priority, the first number being determined based on the number of padding bits. receiving, by a wireless device, configuration parameters of logical channels grouped into logical channel groups comprising a first logical channel group; transmitting a truncated buffer status report, BSR, based on a number of padding bits, wherein the truncated BSR comprises: a presence bit indicating a presence of a buffer size field for the first logical channel group; and a first number of buffer size fields for logical channel groups with logical channels having data for transmission following a decreasing order of priority, the first number being determined based on the number of padding bits. a presence bit indicating a presence of a buffer size field for the first logical channel group; and a first number of buffer size fields for logical channel groups with logical channels having data for transmission following a decreasing order of priority, the first number being determined based on the number of padding bits.
Apparatus for packaging containers for liquids, comprising at least one station for wrapping groups of containers in bundles, characterized in that each station comprises - a gripping group comprising at least two U-shaped jaws (503, 504), able to move one against the other along a longitudinal axis (X-X) to laterally clamp a group of containers and hold them vertically without engaging the upper portion and lower portion thereof; - means for wrapping an extensible film around the group of containers held by the gripping group, the wrapping direction of the film being circumferential with respect to the longitudinal axis (X-X) of the gripping group; and - an element for cutting the film, able to move parallel to the longitudinal axis (X-X) of the gripping group, near to the lower perimeter of the bundle in formation, to separate the part of the film wound on the bundle of containers from the remaining part of film. - a gripping group comprising at least two U-shaped jaws (503, 504), able to move one against the other along a longitudinal axis (X-X) to laterally clamp a group of containers and hold them vertically without engaging the upper portion and lower portion thereof; - means for wrapping an extensible film around the group of containers held by the gripping group, the wrapping direction of the film being circumferential with respect to the longitudinal axis (X-X) of the gripping group; and - an element for cutting the film, able to move parallel to the longitudinal axis (X-X) of the gripping group, near to the lower perimeter of the bundle in formation, to separate the part of the film wound on the bundle of containers from the remaining part of film.
A liquid supply unit mounting mechanism comprising: a liquid introducing part (211,..., 214) configured to introduce a liquid supplied from a liquid supply port of a liquid supply unit (100a, 100b); and a rotation mechanism configured to be engaged with the liquid supply unit (100a, 100b), wherein the rotation mechanism comprises a first leg section, a second leg section formed away from the first leg section, and a bridging section formed between the first leg section and the second leg section, the rotation mechanism is configured to let the liquid supply unit stopped at the bridging section, and the bridging section is configured to be rotatable and movable in a direction away from the liquid introducing part (211,..., 214), characterized by further comprising: an electrode assembly configured to be electrically in contact with the liquid supply unit (100a, 100b), the electrode assembly being located between the first leg section and the second leg section viewed in a direction of rotating and moving the bridging section. a liquid introducing part (211,..., 214) configured to introduce a liquid supplied from a liquid supply port of a liquid supply unit (100a, 100b); and a rotation mechanism configured to be engaged with the liquid supply unit (100a, 100b), wherein the rotation mechanism comprises a first leg section, a second leg section formed away from the first leg section, and a bridging section formed between the first leg section and the second leg section, the rotation mechanism is configured to let the liquid supply unit stopped at the bridging section, and the bridging section is configured to be rotatable and movable in a direction away from the liquid introducing part (211,..., 214),
A charging kit for charging one or more rechargeable hearing devices (100,110), the one or more hearing devices being configured to be worn by a user, the charging kit comprising a base charger and first model specific insert for a first model specific hearing device of the one or more hearing devices, the base charger being configured to receive the first model specific insert, the base charger comprising a transmitter charging element, where the first model specific insert is adapted to removably receive at least the first model specific hearing device, the first model specific hearing device comprising a first receiver charging element, characterized in that the transmitter charging element is arranged in the base charger on an adjustable support being configured to provide an adaptable positioning of the transmitter charging element, whereby the transmitter charging element is configured to be urged towards the first model specific insert when the first model specific insert is placed in the base charger thereby enabling energy to be transferrable from the transmitter charging element to the first receiver charging element of the first model specific hearing device when placed in the first model specific insert.
Bookbinding machine, comprising - a gathering machine for gathering book blocks (B1, B2, B3...) with a collecting device having a plurality of conveyor segments (T1, T2, T3...) - an adhesive binder for processing the book blocks to produce adhesive-bound brochures or books with a book block conveyor system having a plurality of book block clamps (K1, K2, K3...) for conveying the book blocks through processing stations such as a spine preparation station, an adhesive application station and a cover feeding station and - a transfer device arranged between the gathering machine and the adhesive binder for transferring the gathered book blocks from the collecting device to the book block conveyor system, the gathering machine and the adhesive binder being actuated by a common control device and a respective conveyor segment of the collecting device being associated with a respective book block clamp by the control device, characterised in that the adhesive binder has means for detecting the position of a book block clamp and means for detecting a defective or missing book block clamp (Ki) and that the control device has a program which, if a defective or missing book block clamp (Ki) is detected, actuates the gathering machine in such a manner that no book block (Bi) is gathered for this book block clamp (Ki) in the associated conveyor segment (Ti). - a gathering machine for gathering book blocks (B1, B2, B3...) with a collecting device having a plurality of conveyor segments (T1, T2, T3...) - an adhesive binder for processing the book blocks to produce adhesive-bound brochures or books with a book block conveyor system having a plurality of book block clamps (K1, K2, K3...) for conveying the book blocks through processing stations such as a spine preparation station, an adhesive application station and a cover feeding station and - a transfer device arranged between the gathering machine and the adhesive binder for transferring the gathered book blocks from the collecting device to the book block conveyor system,
A pluggable optical host and network I/O optoelectronic module comprising: a first optical-electrical-optical 'OEO' converter configured to convert N inbound optical signals to M inbound optical signals, the first OEO converter comprising: N network-side optical receivers; first signal processing circuitry communicatively coupled to the N network-side optical receivers; and M host-side optical transmitters communicatively coupled to the first signal processing circuitry; and characterized by: a second OEO converter configured to convert M outbound optical signals to N outbound optical signals, the second OEO converter comprising: M host-side optical receivers; second signal processing circuitry communicatively coupled to the M host-side optical receivers; and N network-side optical transmitters communicatively coupled to the second signal processing circuitry, wherein: each of the N inbound optical signals and each of the N outbound optical signals comprises a 50 gigabaud 'GBaud' optical data signal with PAM-4 modulation; and each of the M outbound optical signals and each of the M inbound optical signals comprises a 100 gigabit per second optical data signal with non-return to zero 'NRZ' modulation. N network-side optical receivers; first signal processing circuitry communicatively coupled to the N network-side optical receivers; and M host-side optical transmitters communicatively coupled to the first signal processing circuitry; and M host-side optical receivers; second signal processing circuitry communicatively coupled to the M host-side optical receivers; and N network-side optical transmitters communicatively coupled to the second signal processing circuitry, wherein: each of the N inbound optical signals and each of the N outbound optical signals comprises a 50 gigabaud 'GBaud' optical data signal with PAM-4 modulation; and each of the M outbound optical signals and each of the M inbound optical signals comprises a 100 gigabit per second optical data signal with non-return to zero 'NRZ' modulation. each of the N inbound optical signals and each of the N outbound optical signals comprises a 50 gigabaud 'GBaud' optical data signal with PAM-4 modulation; and each of the M outbound optical signals and each of the M inbound optical signals comprises a 100 gigabit per second optical data signal with non-return to zero 'NRZ' modulation.
A method of operating a trust authority service (12, 70) comprising: receiving, at a representational state transfer, REST, application programming interface, API, attestation server logic, a communication from a remote trust agent associated with a cloud computing node; selecting, by a trust verifier, a hypervisor protocol plug-in from a plurality of hypervisor protocol plug-ins based on the communication associated with the remote trust agent; retrieving, by said trust verifier, one or more known values from a white list repository; using, by said trust verifier, the selected hypervisor protocol plug-in to conduct a trust analysis of one or more digitally signed values in the communication, said one or more digitally signed values including geo-location information of the cloud computing note and one or more of register values and log data, wherein the trust analysis includes comparing the one or more digitally signed values to the one or more known values; and processing, by an attestation handler, a cloud attestation request based on the trust analysis, wherein processing the cloud attestation request includes generation of a trustworthiness verification output for the cloud computing node. receiving, at a representational state transfer, REST, application programming interface, API, attestation server logic, a communication from a remote trust agent associated with a cloud computing node; selecting, by a trust verifier, a hypervisor protocol plug-in from a plurality of hypervisor protocol plug-ins based on the communication associated with the remote trust agent; retrieving, by said trust verifier, one or more known values from a white list repository; using, by said trust verifier, the selected hypervisor protocol plug-in to conduct a trust analysis of one or more digitally signed values in the communication, said one or more digitally signed values including geo-location information of the cloud computing note and one or more of register values and log data, wherein the trust analysis includes comparing the one or more digitally signed values to the one or more known values; and processing, by an attestation handler, a cloud attestation request based on the trust analysis, wherein processing the cloud attestation request includes generation of a trustworthiness verification output for the cloud computing node.
A process comprising: contacting an olefin feed comprising butene with ethylene in the presence of a catalyst system comprising a metathesis catalyst under reaction conditions sufficient to form a product stream comprising propylene, wherein the metathesis catalyst comprises molybdenum and the reaction conditions comprise a reaction temperature of less than 250 °C; wherein the isomerization catalyst comprises magnesium oxide and further comprises a binder selected from alumina, silica, clays, inorganic oxides and combinations thereof and wherein the weight ratio of isomerization catalyst to metathesis catalyst in the catalyst system ranges from 0.5:1 to 0.25:1. contacting an olefin feed comprising butene with ethylene in the presence of a catalyst system comprising a metathesis catalyst under reaction conditions sufficient to form a product stream comprising propylene, wherein the metathesis catalyst comprises molybdenum and the reaction conditions comprise a reaction temperature of less than 250 °C; wherein the isomerization catalyst comprises magnesium oxide and further comprises a binder selected from alumina, silica, clays, inorganic oxides and combinations thereof and wherein the weight ratio of isomerization catalyst to metathesis catalyst in the catalyst system ranges from 0.5:1 to 0.25:1.
A hair curler, wherein, the hair curler comprises main body, and the main body comprises a first proximal end and a first distal end; a first internal space is formed inside the main body; a first elongated slot communicated with the first internal space is formed on the first proximal end; a first opening of the first elongated slot is formed on the first proximal end; the hair curler further comprises a first movable arm movably disposed in the first internal space; a heating member for heating hair is disposed on a slot wall of the first elongated slot and/or the first movable arm; wherein, a connecting member is further formed on the main body; the connecting member comprises a movable mechanical structure; the movable mechanical structure is a hinge structure; the first movable arm is connected with the main body through the hinge structure; wherein, the first elongated slot extends from the first opening to the first distal end, a bottom is formed at an adjacent first proximal end of the first elongated slot close to the first distal end; the hinge structure is disposed between the bottom and the first distal end; an axis of the hinge structure is perpendicular to an extending direction of the first elongated slot; the first movable arm is pivoted with the axis of the hinge structure and forms a clip with the slot wall of the first elongated slot.
Method for controlling a turbocharger for an internal-combustion engine of a motor vehicle, of the type comprising a turbine and a variable-geometry compressor, in which the boost pressure is adjusted by adjusting the geometry of the variable-geometry compressor on the basis of a value of adjustment of the geometry of the compressor, said adjustment value being derived from a first mapping of values of adjustment of the geometry of the compressor as a function of the speed of rotation of the engine, corresponding to an optimized efficiency of the compressor for a stabilized operation of the engine, and a transient operation of the engine is detected following a sudden demand for acceleration of the engine, characterized in that: - upon detection, a modification of the adjustment of the geometry of the variable-geometry compressor is controlled on the basis of a second mapping of values of adjustment of the geometry of the compressor as a function of the speed of rotation of the engine, corresponding to an optimized efficiency of the compressor for a transient operation of the engine, and - a progressive switching is performed of the adjustment of the geometry of the compressor according to the second mapping toward the adjustment according to the first mapping, by detection of the evolution over time of the level of torque realized by the engine in comparison with a maximum level of torque obtained when the engine speed is stabilized. - upon detection, a modification of the adjustment of the geometry of the variable-geometry compressor is controlled on the basis of a second mapping of values of adjustment of the geometry of the compressor as a function of the speed of rotation of the engine, corresponding to an optimized efficiency of the compressor for a transient operation of the engine, and - a progressive switching is performed of the adjustment of the geometry of the compressor according to the second mapping toward the adjustment according to the first mapping, by detection of the evolution over time of the level of torque realized by the engine in comparison with a maximum level of torque obtained when the engine speed is stabilized.
A method of operating a subsea compression system comprising a compressor, a pump and a separator, the compressor operable for compressing gas and the pump operable for pressurizing liquid that is separated, in the separator, from a bi-phase well stream received in the compression system, the method comprising: - arranging the compressor in a gas feed line from the separator; - providing a gas return line connecting a discharge side of the compressor with an intake side of the compressor; - arranging a turbo expander unit in flow connection with the gas return line; - arranging the pump in a liquid feed line from the separator; - connecting the turbo expander unit drivingly to the pump, and operating the pump in response to circulation of compressed gas from the compressor discharge side to the compressor intake side. - arranging the compressor in a gas feed line from the separator; - providing a gas return line connecting a discharge side of the compressor with an intake side of the compressor; - arranging a turbo expander unit in flow connection with the gas return line; - arranging the pump in a liquid feed line from the separator; - connecting the turbo expander unit drivingly to the pump, and operating the pump in response to circulation of compressed gas from the compressor discharge side to the compressor intake side.