mhurhangee/ep-ind-claims huggingface dataset:
A short-range wireless communication apparatus comprising: a main processing unit; a magnetic field strength detector detecting magnetic field strength from a carrier wave by extracting direct-current potential from the carrier wave used for short-range wireless communication; a magnetic field strength notification device comprising a light-emitting device (25, 26) for notifying a user irrespective of the main processing unit of the magnetic field strength detected by the magnetic field strength detector; and a magnetic field strength notification signal generator (31, 32, 33 34) adapted to generate a magnetic field strength notification signal for operating the magnetic field strength notification device in accordance with the magnetic field strength detected by the magnetic field strength detector, and to convert the magnetic field strength detected by the magnetic field strength detector into a brightness adjustment signal for the light-emitting device and provides the brightness adjustment signal of the magnetic field strength notification signal to the light-emitting device (25, 26). a main processing unit; a magnetic field strength detector detecting magnetic field strength from a carrier wave by extracting direct-current potential from the carrier wave used for short-range wireless communication; a magnetic field strength notification device comprising a light-emitting device (25, 26) for notifying a user irrespective of the main processing unit of the magnetic field strength detected by the magnetic field strength detector; and a magnetic field strength notification signal generator (31, 32, 33 34) adapted to generate a magnetic field strength notification signal for operating the magnetic field strength notification device in accordance with the magnetic field strength detected by the magnetic field strength detector, and to convert the magnetic field strength detected by the magnetic field strength detector into a brightness adjustment signal for the light-emitting device and provides the brightness adjustment signal of the magnetic field strength notification signal to the light-emitting device (25, 26).
A method comprising: receiving, by a wireless device from a base station, at least one radio resource control message comprising one or more configuration parameters of a cell, wherein the one or more configuration parameters indicate grant free uplink radio resources of the cell; receiving a medium access control control element indicating an activation of the cell; in response to the receiving the MAC CE: activating the cell; and activating the indicated grant free uplink radio resources of the cell; and transmitting, by the wireless device, to the base station, via the indicated grant free uplink radio resources, one or more data packets. receiving, by a wireless device from a base station, at least one radio resource control message comprising one or more configuration parameters of a cell, wherein the one or more configuration parameters indicate grant free uplink radio resources of the cell; receiving a medium access control control element indicating an activation of the cell; in response to the receiving the MAC CE: activating the cell; and activating the indicated grant free uplink radio resources of the cell; and activating the cell; and activating the indicated grant free uplink radio resources of the cell; and transmitting, by the wireless device, to the base station, via the indicated grant free uplink radio resources, one or more data packets.
A nanocarrier comprising: an immunostimulatory agent, wherein the immunostimulatory agent is a toll-like receptor agonist; a T cell antigen; and, a polymer selected from the group consisting of: polylactic acid, poly(glycolic acid), and poly(lactic acid/glycolic acid) (PLGA); wherein the nanocarrier has a mean geometric diameter of between 50 nm and 500 nm; wherein the immunostimulatory agent is covalently bound to the nanocarrier or the immunostimulatory agent is covalently bound to a polymer from which the nanocarrier is formed, and the T cell antigen is encapsulated within the nanocarrier or the T cell antigen is covalently bound to the nanocarrier. an immunostimulatory agent, wherein the immunostimulatory agent is a toll-like receptor agonist; a T cell antigen; and, a polymer selected from the group consisting of: polylactic acid, poly(glycolic acid), and poly(lactic acid/glycolic acid) (PLGA); wherein the nanocarrier has a mean geometric diameter of between 50 nm and 500 nm; wherein the immunostimulatory agent is covalently bound to the nanocarrier or the immunostimulatory agent is covalently bound to a polymer from which the nanocarrier is formed, and the T cell antigen is encapsulated within the nanocarrier or the T cell antigen is covalently bound to the nanocarrier.
Cuboid-shaped flexible inliner from a plastics film, having an upper filling connector and a lower retrieval connector, for a pallet container for storing and for transporting liquid or free-flowing filling materials, having a thin-walled rigid internal container from a thermoplastic plastics material, having a tubular lattice frame, as a supporting jacket tightly enclosing the plastics-material internal container, from welded-together horizontal and vertical tubular bars (18, 20), and having a rectangular base pallet on which the plastics-material internal container bears and to which the tubular lattice frame is fixedly connected, wherein the cuboid plastics-material internal container has two longer side walls, a shorter rear wall, a shorter front wall, an upper base having a closable filling connector and a container base, wherein on the base side, in the center of the front wall, a lower retrieval region having a protective-housing-shaped molding, directed inward toward the inside of the plastics-material internal container, for disposing a closable retrieval fitting in a protected recessed manner is provided, characterized in that the cuboid-shaped flexible inliner in the lower retrieval region has a wall recess, directed inward and adaptable so as to correspond with the protective-housing-shaped molding of the rigid plastics-material internal container, having two lateral wall parts, an upper wall part, and a rearward wall part having a flexible retrieval connector molded thereon, which make it possible to form the wall recess which is adapted so as to bear completely in an exact fit on the internal surface of the molding that protrudes in a protective-housing manner into the interior of the rigid plastics-material internal container.
A passenger seating arrangement for an aircraft cabin, the passenger seating arrangement comprising: first and second adjacent columns (A, B), the first column comprising at least one first seat, and the second column comprising at least two second seats (24B, 22B) the first and second columns (A,B) defining a first longitudinally extending center axis that extends between the first and second columns and approximately parallel to a longitudinal axis of the aircraft cabin; wherein the at least one first seat in the first column is not positioned adjacent an aisle and faces away from and forms an angle (Θ) with the first axis of between about 1° and about 44°; wherein the at least two second seats (24B, 22B) in the second column are positioned adjacent an aisle and face away from, at an offset angle that is generally the same as, but opposite to, the at least one first seat, and form an angle with the first axis of between about 1° and about 44°, wherein the at least one first seat in the first column is longitudinally offset from the at least two second seats (24B, 22B) in the second column; wherein each of the at least two second seats (24B, 22B) are moveable between a non-reclined position and a fully reclined position; wherein the at least one first seat in the first column has aisle access through a space defined between the at least two second seats (24B, 22B) when the second seat facing the space is in the non-reclined position; and wherein the at least one first seat in the first column has aisle access by stepping over a leg rest when the second seat facing the space is in the fully reclined position. first and second adjacent columns (A, B), the first column comprising at least one first seat, and the second column comprising at least two second seats (24B, 22B) the first and second columns (A,B) defining a first longitudinally extending center axis that extends between the first and second columns and approximately parallel to a longitudinal axis of the aircraft cabin; wherein the at least one first seat in the first column is not positioned adjacent an aisle and faces away from and forms an angle (Θ) with the first axis of between about 1° and about 44°; wherein the at least two second seats (24B, 22B) in the second column are positioned adjacent an aisle and face away from, at an offset angle that is generally the same as, but opposite to, the at least one first seat, and form an angle with the first axis of between about 1° and about 44°, wherein the at least one first seat in the first column is longitudinally offset from the at least two second seats (24B, 22B) in the second column; wherein each of the at least two second seats (24B, 22B) are moveable between a non-reclined position and a fully reclined position; wherein the at least one first seat in the first column has aisle access through a space defined between the at least two second seats (24B, 22B) when the second seat facing the space is in the non-reclined position; and wherein the at least one first seat in the first column has aisle access by stepping over a leg rest when the second seat facing the space is in the fully reclined position.
A pneumatic circuit of a tire testing apparatus for measuring uniformity of a tire, comprising: a piping (200, 300) configured to guide air from an air supply source to the tire; a control part configured to output a target command pressure which is a value of a predetermined air pressure; a pressure proportional control valve part which is formed on the piping (200, 300) and configured to supply and discharge the air of a flow rate proportional to a differential pressure between the target command pressure and an internal pressure of the tire so that the internal pressure of the tire becomes a test pressure and has a dead band in which the air is not supplied and discharged within a predetermined range including the differential pressure of zero; characterized by a constant-flow air discharge part which is formed between the tire and the pressure proportional control valve part in the piping (200, 300) and is configured to discharge the air of an inside of the piping (200, 300) to an outside at a constant flow rate so that the tire pressure is regulated at the test pressure whereby the differential pressure is maintained at a predetermined value beyond the dead band. a piping (200, 300) configured to guide air from an air supply source to the tire; a control part configured to output a target command pressure which is a value of a predetermined air pressure; a pressure proportional control valve part which is formed on the piping (200, 300) and configured to supply and discharge the air of a flow rate proportional to a differential pressure between the target command pressure and an internal pressure of the tire so that the internal pressure of the tire becomes a test pressure and has a dead band in which the air is not supplied and discharged within a predetermined range including the differential pressure of zero; characterized by a constant-flow air discharge part which is formed between the tire and the pressure proportional control valve part in the piping (200, 300) and is configured to discharge the air of an inside of the piping (200, 300) to an outside at a constant flow rate so that the tire pressure is regulated at the test pressure whereby the differential pressure is maintained at a predetermined value beyond the dead band.
Housing of a means for separating at least one fluid, in particular oil, from gas, in particular air, in particular of an air de-oiling box or of an air de-oiling element, in particular of a compressor, of a compressed-air system or of a vacuum pump, for connecting to a joining part of a connecting means, wherein a filter or separating element is disposed in the housing and the housing is closed by a housing cover which can be connected to the joining part by means of a rotary connection and/or plug-in connection, the cover with at least one first gas passage which is disposed, with respect to an axis, in particular to an assembly axis of the housing, centrally, in particular coaxially, at the connecting means and at least one second gas passage, which is disposed, with respect to the axis, radially outside the at least one first gas passage, characterized by at least one fluid outlet (36, 48, 64) in the housing cover for fluid separated from the gas, said outlet being disposed, with respect to the axis, radially between the at least one first gas passage and the at least one second gas passage, wherein between the at least one second gas passage and the at least one fluid outlet (36, 48, 64) at least one housing-sided fluid outlet sealing element (66; 166) of at least one fluid outlet sealing device is disposed, said sealing element being capable of cooperating sealingly with at least one corresponding joint-sided fluid outlet sealing element of a joining part which is provided for connecting the housing to the connecting means and features a sealing surface acting radially inwards or outwards.
An active front deflector assembly for a vehicle, comprising: at least one deflector panel, where the deflector panel selectively deploys and retracts between a deployed position and a stowed position, where the deployment of the deflector panel improves aerodynamics; at least two linkage assemblies (12, 14) attached to the deflector panel and to the vehicle, each linkage assembly (12, 14) forming a trapezium shape when in the deployed position; a drive shaft operably coupled to the at least two linkage assemblies (12, 14) wherein the drive shaft transmits the drive from one linkage assembly (12, 14) to the other; and an actuator operably coupled to the linkage assemblies (12, 14), where the actuator is in communication with the vehicle and deploys and retracts the deflector panel under predetermined conditions, wherein the actuator senses current spike upon impact at a predetermined force causing circuit override for declutching so that the deflector panel moves freely out of the way to prevent damage. at least one deflector panel, where the deflector panel selectively deploys and retracts between a deployed position and a stowed position, where the deployment of the deflector panel improves aerodynamics; at least two linkage assemblies (12, 14) attached to the deflector panel and to the vehicle, each linkage assembly (12, 14) forming a trapezium shape when in the deployed position; a drive shaft operably coupled to the at least two linkage assemblies (12, 14) wherein the drive shaft transmits the drive from one linkage assembly (12, 14) to the other; and an actuator operably coupled to the linkage assemblies (12, 14), where the actuator is in communication with the vehicle and deploys and retracts the deflector panel under predetermined conditions,
A flat-face, female coupling of the type comprising a plurality of substantially cylindrical coaxial bodies and comprising locking means (4, 4a, 2, 2a) suitable for preventing the female coupling from accidentally disconnecting from a male coupling and further comprising a central body (1 a) of a hollow cylindrical shape, on the external surface of which an annular groove is provided, within which said locking means are inserted, said locking means comprising a plurality of arcuate sectors, characterized in that said sectors have a cross-section having a first lower portion of smaller width or transversal size that is joined at a stepped width variation provided in a substantially intermediate zone of the transversal profile of said arcuate sectors, with a second portion of larger width or transverse size, and in that said lower part of said groove is provided with a section reduction which the stepped width variation of the sectors strikes against upon coupling the male and female couplings (20, 1).
Device (5, 5a, 5b, 5c) for switching a direct current in a branch (2, 3, 4) of a DC voltage network node, having - a permanent current path, in which a mechanical switch is arranged, - a switched current path, which bridges the permanent current path and in which a power switching unit is arranged, which power switching unit has power semiconductor switches which can be switched on and off and is set up to interrupt a short-circuit current in the event of a fault, and - a longitudinal voltage source for generating a back-emf in the mesh formed by permanent current path and switched current path, characterized in that the longitudinal voltage source has means for connecting and disconnecting electric power, which can be connected to an additional consumer and makes an exchange of electric power between the longitudinal voltage source and the additional consumer possible. - a permanent current path, in which a mechanical switch is arranged, - a switched current path, which bridges the permanent current path and in which a power switching unit is arranged, which power switching unit has power semiconductor switches which can be switched on and off and is set up to interrupt a short-circuit current in the event of a fault, and - a longitudinal voltage source for generating a back-emf in the mesh formed by permanent current path and switched current path,
A device for enabling evaluation of a flexural property of a bent or folded specimen, the device comprising: a holder, a body disposed on the holder and capable of being moved horizontally along a length direction of the holder, a clamp for clamping a first end portion of the specimen, the clamp being coupled to the body and capable of being rotated on the body by a horizontal axis passing through the body and the clamp, and a pressing part for pressing the opposite end portion of the specimen, the pressing part having a flat lower surface facing the body and the clamp, for contacting the opposite end portion of the specimen when the specimen is clamped in the clamp, the pressing part being movable towards the body to press the opposite end portion of the specimen down towards the first end portion of the specimen in the clamp, whereby the angle between the clamp and the upper side of the body can be set between 0° and 180° using the rotation of the clamp, so as to control the bending angle (θ) of the specimen. a holder, a body disposed on the holder and capable of being moved horizontally along a length direction of the holder, a clamp for clamping a first end portion of the specimen, the clamp being coupled to the body and capable of being rotated on the body by a horizontal axis passing through the body and the clamp, and a pressing part for pressing the opposite end portion of the specimen, the pressing part having a flat lower surface facing the body and the clamp, for contacting the opposite end portion of the specimen when the specimen is clamped in the clamp, the pressing part being movable towards the body to press the opposite end portion of the specimen down towards the first end portion of the specimen in the clamp, whereby the angle between the clamp and the upper side of the body can be set between 0° and 180° using the rotation of the clamp, so as to control the bending angle (θ) of the specimen.
Reverse osmosis plant, comprising an active pressure intensifier, comprising a double differential pump with the configuration of a swash plate pump having a housing in which a drum is disposed which is driven for rotation via a drive shaft and has at least two piston chambers, wherein the piston chambers respectively have inlets and outlets for a feed volume flow and also inlets and outlets for a concentrate volume flow and, in the piston chambers, respectively, a piston is disposed, characterised in that the pump comprises two swash plates (406, 407) as mechanical drive unit, wherein each piston on both sides has one piston rod (414, 415, 416, 417) with different diameters, respectively, which are not fixed to the swash plates (406, 407), but movably mounted on the swash plates (406, 407), which enables a mechanically initiated displacement of the piston in both axial directions.
A piezoelectric laminate (5, 5A, 5B) comprising, on a substrate in the following order: a lower electrode layer; and a piezoelectric film containing a perovskite-type oxide, wherein the lower electrode layer includes a second layer arranged in a state of being in contact with the piezoelectric film and includes a first layer arranged on a side of the substrate than the second layer, the second layer contains Ir as a main component and characterized in that the first layer contains one or more of W, Mo, Nb, and Ta, as a main component that occupies 95 wt% or more of the constituent elements, and in that a thickness of the second layer is 45 nm or less. a lower electrode layer; and a piezoelectric film containing a perovskite-type oxide, wherein the lower electrode layer includes a second layer arranged in a state of being in contact with the piezoelectric film and includes a first layer arranged on a side of the substrate than the second layer, the second layer contains Ir as a main component and characterized in that the first layer contains one or more of W, Mo, Nb, and Ta, as a main component that occupies 95 wt% or more of the constituent elements, and in that a thickness of the second layer is 45 nm or less.
A method for wireless communication, comprising: transmitting, from a wireless communications device to a base station, a first set of data using a first access resource selected from a common pool of access resources as part of a grant-less transmission; determining, by the wireless communications device, to switch from the common pool of access resources to a reserved access pool for transmitting a second set of data based on a transmission metric exceeding a threshold, wherein the transmission metric is based on predicted uplink quality and/or uplink transmission duration, and wherein the second set of data includes a remaining amount of data to be transmitted from the wireless communication device to the base station; requesting, by the wireless communications device, the base station to provide a second access resource from the reserved access pool; receiving, at the wireless communications device, an acknowledgement from the base station comprising an identification of the second access resource; and transmitting, by the wireless communications device, the second set of data to the base station using the second access resource after transitioning to the second access resource. transmitting, from a wireless communications device to a base station, a first set of data using a first access resource selected from a common pool of access resources as part of a grant-less transmission; determining, by the wireless communications device, to switch from the common pool of access resources to a reserved access pool for transmitting a second set of data based on a transmission metric exceeding a threshold, wherein the transmission metric is based on predicted uplink quality and/or uplink transmission duration, and wherein the second set of data includes a remaining amount of data to be transmitted from the wireless communication device to the base station; requesting, by the wireless communications device, the base station to provide a second access resource from the reserved access pool; receiving, at the wireless communications device, an acknowledgement from the base station comprising an identification of the second access resource; and transmitting, by the wireless communications device, the second set of data to the base station using the second access resource after transitioning to the second access resource.