mhurhangee/ep-ind-claims huggingface dataset:
A method to transfer control, comprising: receiving at a network node a request to transfer control of a collaborative session from a first user equipment "UE" (UE-1), the request identifying a second UE (UE-2); determining at the network node whether the second UE (UE-2) is configured to operate as a controller UE for the collaborative session; when the second UE (US-2) is configured to operate as a controller UE, the network node: sending to the second UE (UE-2) a request for the transfer of control of the collaborative session in response to the received request to the second UE; receiving, in response to the sent request to the second UE, from the second UE (UE-2) an indication of acceptance of the transfer of control of the collaborative session, and; sending a notification of status to the first UE of the control of the collaborative session in response to receiving, from the second UE, the indication of acceptance. receiving at a network node a request to transfer control of a collaborative session from a first user equipment "UE" (UE-1), the request identifying a second UE (UE-2); determining at the network node whether the second UE (UE-2) is configured to operate as a controller UE for the collaborative session; when the second UE (US-2) is configured to operate as a controller UE, the network node: sending to the second UE (UE-2) a request for the transfer of control of the collaborative session in response to the received request to the second UE; receiving, in response to the sent request to the second UE, from the second UE (UE-2) an indication of acceptance of the transfer of control of the collaborative session, and; sending a notification of status to the first UE of the control of the collaborative session in response to receiving, from the second UE, the indication of acceptance. sending to the second UE (UE-2) a request for the transfer of control of the collaborative session in response to the received request to the second UE; receiving, in response to the sent request to the second UE, from the second UE (UE-2) an indication of acceptance of the transfer of control of the collaborative session, and; sending a notification of status to the first UE of the control of the collaborative session in response to receiving, from the second UE, the indication of acceptance.
A transmission control device of a hybrid vehicle that includes an engine and an electric motor, that is capable of running by the engine or the electric motor or capable of running by cooperation between the engine and the electric motor, the transmission control device, comprising: an output limitation means for limiting torque output from the engine and/or the electric motor; and an automatic gear shifting means for shifting a gear number according to a variation in a vehicle speed, wherein the automatic gear shifting means performs a control for temporarily reducing the torque output from the engine in neutral while a gear is transferred from a gear number before the shift to a gear number after the shift through neutral once, characterised in that when the gear shifting is performed during output limitation, the output limitation means performs a control for temporarily canceling the output limitation in a process for returning the torque that has temporarily been reduced in neutral, and adding torque by the electric motor to torque of the engine. an output limitation means for limiting torque output from the engine and/or the electric motor; and an automatic gear shifting means for shifting a gear number according to a variation in a vehicle speed, wherein the automatic gear shifting means performs a control for temporarily reducing the torque output from the engine in neutral while a gear is transferred from a gear number before the shift to a gear number after the shift through neutral once, characterised in that when the gear shifting is performed during output limitation, the output limitation means performs a control for temporarily canceling the output limitation in a process for returning the torque that has temporarily been reduced in neutral, and adding torque by the electric motor to torque of the engine.
An in-line skate braking system containing a brake segment, wherein the in-line skate braking system further comprises a base plate on which is mounted a battery powered electric motor with a lever of the electric motor, the base plate being adapted to be mounted on the outer side of at least one wall of a wheel holder and wherein the electric motor is connected to a controller, and a pin with a gripping arm located at the edge of the base plate, wherein the pin is oriented parallel to the plane of the base plate and provides a rotatable connection of the gripping arm to the base plate, a pressure element provided with a brake segment is slidingly attached to the gripping arm, and, spaced apart from the pin, the gripping arm is connected by a hinge to a rod that is connected at the other end by a hinge to the lever of the electric motor.
Method for enabling network resource prioritization of mobile terminating services of a user in a network, whereby the network comprises an evolved packet core network, an IP multimedia system network and a first network element (100, 220, 320) for aggregating information from messages transmitted in the network comprising, at the first network element, - receiving (202, 302) a request message via an interface (12, 13) of the first network element (100, 220, 320), - selecting a service information from the received request message, - allocating a service type according to the selected service information, - assigning a priority indicator for the allocated service type, - converting the assigned priority indicator into a first identifier, - creating a value by assembling the first identifier and a second identifier, and - sending (204, 304) an answer message containing the created value via the interface (12, 13). - receiving (202, 302) a request message via an interface (12, 13) of the first network element (100, 220, 320), - selecting a service information from the received request message, - allocating a service type according to the selected service information, - assigning a priority indicator for the allocated service type, - converting the assigned priority indicator into a first identifier, - creating a value by assembling the first identifier and a second identifier, and - sending (204, 304) an answer message containing the created value via the interface (12, 13).
Luminescent solar concentrator for a solar cell, comprising: a collector with a luminescent substrate, and a wavelength selective filter, wherein the wavelength selective filter is arranged above the surface of the collector, wherein the luminescent substrate has an absorption edge which corresponds to a wavelength and emits radiation around a wavelength λ em, and wherein the wavelength selective filter has a reflection band for radiation at emission wavelength λ ex extending from an angle -Φ to an angle Φ, when Φ= Φ c = asin (1/n(λ em)), such that the wavelength selective filter keeps the emitted radiation inside the collector; characterized in that, the wavelength selective filter has a refractive-index contrast Δn with a negative dispersion (Δn(λ ex) < Δn(λ em)), as to narrow the reflection band of incident sunlight to a range of ≤ 10°, the refractive index contrast Δn being defined as the difference in refractive indices between different materials in a multilayer expressed as Δn = n h - n l, wherein n h is a high refraction index and n l is a low refraction index, or Δn = n e - n o, wherein n e is the extraordinary refraction index and n o is the ordinary refraction index, and/or the wavelength selective filter has a positive dispersion of the refractive index (n(λ ex) > n(λ em)) as to shift the reflection band of incident sunlight to angles ≥ 25°. a collector with a luminescent substrate, and a wavelength selective filter, wherein the wavelength selective filter is arranged above the surface of the collector, wherein the luminescent substrate has an absorption edge which corresponds to a wavelength and emits radiation around a wavelength λ em, and wherein the wavelength selective filter has a reflection band for radiation at emission wavelength λ ex extending from an angle -Φ to an angle Φ, when Φ= Φ c = asin (1/n(λ em)), such that the wavelength selective filter keeps the emitted radiation inside the collector; characterized in that, the wavelength selective filter has a refractive-index contrast Δn with a negative dispersion (Δn(λ ex) < Δn(λ em)), as to narrow the reflection band of incident sunlight to a range of ≤ 10°, the refractive index contrast Δn being defined as the difference in refractive indices between different materials in a multilayer expressed as Δn = n h - n l, wherein n h is a high refraction index and n l is a low refraction index, or Δn = n e - n o, wherein n e is the extraordinary refraction index and n o is the ordinary refraction index, and/or the wavelength selective filter has a positive dispersion of the refractive index (n(λ ex) > n(λ em)) as to shift the reflection band of incident sunlight to angles ≥ 25°.
A dietary supplement comprising at least one microencapsulated probiotic and animal digest, dried brewers yeast, vitamin C; vitamin E, beta carotene, zinc proteinate, manganese proteinate, ferrous sulfate, copper proteinate, calcium iodate, and sodium selenite.
A schedule method for a virtual computer in a computer system on which a host OS and a virtual computer are installed, wherein an in-VM schedule processing block installed on said virtual computer creates a priority group in accordance with a priority of each application operating on said virtual computer and manages, in a ring, said priority group by introducing a head task and a tail task of said priority group that give notices of operation start and end of a high priority group needing real-time processing; and a VM scheduler control block on said host OS receives the notices of operation start and end of said priority group from the head task and the tail task of said priority group so as to determine a processing priority of said virtual computer.
Protection device for electrical supply cables connecting a first element of an electrical powertrain of a vehicle to a second element of said electrical powertrain, said protection device comprising first means (AG1, AG2) for fastening to said first element, said protection device being characterized in that it further comprises: - second means for fastening to the second element, - a wall that is able to surround said power cables in a volume extending between said wall and said powertrain, - said wall comprising a deformable zone that is able to deform longitudinally between said first fastening means (AG1, AG2) and said second fastening means. - second means for fastening to the second element, - a wall that is able to surround said power cables in a volume extending between said wall and said powertrain, - said wall comprising a deformable zone that is able to deform longitudinally between said first fastening means (AG1, AG2) and said second fastening means.
A device comprising: a bone plate (1001, 1301) having an outer surface and a bone-facing surface and a longitudinal edge extending between the outer surface and the bone-facing surface, the bone plate comprising one or more spiral-shaped slots (1006,1106, 1206, 1306) extending through the plate from the outer surface to the bone-facing surface and one or more receiving holes (1005, 1305), the one or more spiral-shaped slots circumscribing a periphery of the one or more receiving holes and not penetrating through the longitudinal edge of the bone plate, wherein the one or more spiral-shaped slots form a spring element (1008, 1108, 1208, 1308), the spring element at least partially surrounding the receiving hole and permitting axial translation of the bone plate relative to the one or more receiving holes within a plane that is parallel to the outer or bone-facing surface of the bone plate, but limiting motion of the bone plate relative to the one or more receiving holes in a direction that is substantially perpendicular to the upper or lower surface of the bone plate; wherein the one or more spiral-shaped slots circumscribes the periphery of the receiving hole at least once.
Filling device for filling a fluid into at least one container, having a weighing system, having a filling-needle system, having an accommodation platform and having a displacement unit, characterised in that the weighing system has at least one container positioning device which can be adapted to a container diameter, where the weighing system is arranged on the accommodation platform which can be moved vertically by means of a linear unit and where the filling-needle system is arranged on the displacement unit in a position at a distance in the axial direction above the positioning device.
A respiratory treatment device comprising: a housing enclosing a chamber; a chamber inlet configured to receive a flow of air into the chamber; a first chamber outlet configured to permit the flow of air to exit the chamber; a second chamber outlet configured to permit the flow of air to exit the chamber; a vane mounted within the chamber, the vane being configured to rotate between a first position where the flow of air is directed to exit the chamber through the first chamber outlet, and a second position where the flow of air is directed to exit the chamber through the second chamber outlet; a curved blocking member disposed on an end of the vane, the blocking member moveable relative to the chamber inlet between a closed position where the flow of air through the chamber inlet is restricted, and an open position where the flow of air through the chamber inlet is less restricted. a housing enclosing a chamber; a chamber inlet configured to receive a flow of air into the chamber; a first chamber outlet configured to permit the flow of air to exit the chamber; a second chamber outlet configured to permit the flow of air to exit the chamber; a vane mounted within the chamber, the vane being configured to rotate between a first position where the flow of air is directed to exit the chamber through the first chamber outlet, and a second position where the flow of air is directed to exit the chamber through the second chamber outlet; a curved blocking member disposed on an end of the vane, the blocking member moveable relative to the chamber inlet between a closed position where the flow of air through the chamber inlet is restricted, and an open position where the flow of air through the chamber inlet is less restricted.
A winglet comprising a main spar with forward and aft main spar webs (12,13) joined by upper and lower main spar caps (14,15); a front spar with a front spar web, an upper front spar cap, and a lower front spar cap; an upper skin joined to the upper main spar cap and the upper front spar cap; and a lower skin joined to the lower main spar cap and the lower front spar cap, characterised in that the main spar is tubular and has a tapered portion in which a height of the main spar reduces and a fore-and-aft width of the main spar increases as it extends towards a tip of the main spar and wherein the front spar is C-shaped with the upper and lower front spar caps (17, 18) terminating at forward edges.
A pipeline system comprising: a pipeline portion, at least one sensor on the pipeline portion for measuring a physical property of the pipeline portion or of a fluid inside the pipeline portion, and an electromagnetic field source distributed along the pipeline portion and creating an electromagnetic field around the pipeline portion, wherein the sensor includes an accumulator for storing an electric charge induced in the accumulator when the sensor is subject to the electromagnetic field created by the electromagnetic field source, the accumulator being able to power the sensor by means of the stored electric charge. a pipeline portion, at least one sensor on the pipeline portion for measuring a physical property of the pipeline portion or of a fluid inside the pipeline portion, and an electromagnetic field source distributed along the pipeline portion and creating an electromagnetic field around the pipeline portion,
A wireless communication module comprising: a wireless module board comprising an antenna; a frequency converter mounted on the wireless module board and configured to change a frequency of a wireless signal; an amplifier phase shifter mounted on the wireless module board and configured to change a phase and an intensity of the wireless signal; a band-pass filter mounted on the wireless module board so as to be provided between the frequency converter and the amplifier phase shifter; and a band-rejection filter formed inside the wireless module board and composed of at least a portion of a plurality of wiring layers electrically connecting the frequency converter, the amplifier phase shifter, and the band-pass filter to each other, wherein the band-rejection filter is formed so that the width of the wiring layer continuously changes as advancing in a longitudinal direction of the wiring layer. a wireless module board comprising an antenna; a frequency converter mounted on the wireless module board and configured to change a frequency of a wireless signal; an amplifier phase shifter mounted on the wireless module board and configured to change a phase and an intensity of the wireless signal; a band-pass filter mounted on the wireless module board so as to be provided between the frequency converter and the amplifier phase shifter; and a band-rejection filter formed inside the wireless module board and composed of at least a portion of a plurality of wiring layers electrically connecting the frequency converter, the amplifier phase shifter, and the band-pass filter to each other,
An adapter for fastening a wiper blade mounting on an articulated wiper blade arm, the adapter comprising: - a cover configured so that it can be removably fastened to a main cross-bar of the wiper blade mounting; - a device for assembling the cover on a main cross-bar of the wiper blade mounting; the assembly device comprising an angular indexing system configured to allow the assembly of the cover on the main cross-bar by rotating said cover relative to said main cross-bar, the angular indexing system comprising: - a shaft that extends protruding relative to a bearing face of the cover; the angular indexing system being characterised in that it further comprises: - a vertical locking member situated at a free end of the shaft of the angular indexing system, the vertical locking member being configured to adopt: o a first angular configuration in which the vertical locking member allows the insertion of the cover into the main cross-bar; and o a second angular configuration in which the vertical locking member allows the rigid connection of the cover to the main cross-bar. - a cover configured so that it can be removably fastened to a main cross-bar of the wiper blade mounting; - a device for assembling the cover on a main cross-bar of the wiper blade mounting; - a shaft that extends protruding relative to a bearing face of the cover; - a vertical locking member situated at a free end of the shaft of the angular indexing system, the vertical locking member being configured to adopt: o a first angular configuration in which the vertical locking member allows the insertion of the cover into the main cross-bar; and o a second angular configuration in which the vertical locking member allows the rigid connection of the cover to the main cross-bar. o a first angular configuration in which the vertical locking member allows the insertion of the cover into the main cross-bar; and o a second angular configuration in which the vertical locking member allows the rigid connection of the cover to the main cross-bar.
An outer-loop power control method for wireless communication systems which, from a received data signal (107, 108) coming from a base station (102, 103) or from a mobile station, comprises the following phases: establishing a target block error rate (BLER target), estimating the desired signal-to-interference ratio (SIR rec) and channel fading parameters characterizing the received signal (107, 108), estimating fading margins (M 1, M 2,..., M N) associated to outage probabilities (p o1, p o2,..., p oN) and to the channel fading parameters, indicating the state of the data blocks based on the checking of a Cyclic Redundancy Code, characterized in that it establishes a desired signal-to-interference ratio target (SIR target) for the outer loop based on said state of the data blocks, said fading margins (M 1, M 2,..., M N) and the target block error (BLER target) of the outer loop by means of a dynamic adjustment function carrying out a mapping between a first quality criterion based on the outage probabilities (p o1, p o2,..., p oN) associated to said fading margins (M 1, M 2,..., M N) and a second quality criterion based on the target block error rate (BLER target), such that the power is adapted to the propagation conditions of the data signal (107, 108) and, for the mapping, the dynamic adjustment function generating a first component (SIR outage-tgt) of the desired signal-to-interference ratio target (SIR target) adapted to the propagation conditions of the data signal (107, 108) and a second component (SIR BLER--tgt), obtained from the state of the data blocks and the target block error (BLER target) of the outer loop by applying the second quality criterion based on the target block error rate (BLER target), the dynamic adjustment function using both the first component (SIR outage-tgt) and the second component (SIR BLER--tgt) for establishing the desired signal-to-interference ratio target (SIR target) for said outer loop and being adjusted such that said signal-to-interference ratio target (SIR target) is adapted to the propagation conditions by means of the first component (SIR outage-tgt) while fulfilling the second quality criterion based on the target block error rate (BLER target). establishing a target block error rate (BLER target), estimating the desired signal-to-interference ratio (SIR rec) and channel fading parameters characterizing the received signal (107, 108), estimating fading margins (M 1, M 2,..., M N) associated to outage probabilities (p o1, p o2,..., p oN) and to the channel fading parameters, indicating the state of the data blocks based on the checking of a Cyclic Redundancy Code,
An injection moulding machine comprising two die platens (1, 3) that can be moved relative to one another, a clamping unit, a turning unit arranged between the die platens and at least two injection units, wherein the two die platens carry a first and a second partial mould (7; 8) and the turning unit comprises a third partial mould, which is rotatable about a rotational axis oriented parallel to the clamping axis and comprises several consistently designed cavities arranged around the rotational axis, wherein said cavities define differently designed mould cavities together with the first and the second partial mould (7; 8) when the mould is closed, and wherein the cavities of the third partial mould can be respectively filled by an injection unit assigned to the corresponding first die platen through the first partial mould in one position of the third partial mould and filled by an injection unit assigned to the corresponding second die platen through the second partial mould in another position of the third partial mould.