mhurhangee/ep-ind-claims huggingface dataset:
A base station (110, 130, 210) within a network for providing air-to-ground, ATG, wireless communication in various cells, the base station comprising: an antenna array configured to define a plurality of sectors (400, 402, 404) having respective widths defined in azimuth (410, 412), each of the plurality of sectors including a sector floor and a sector ceiling at respective elevation angles (420, 422) that are different elevation angles such that combining sector floors creates at least a portion of a conical cell floor having an apex at the base station and combining sector ceilings creates at least a portion of a conical cell ceiling having an apex at the base station, and wherein a plurality of conical cells centered at the base station are defined, each conical cell corresponding to a cone shape generated by sweeping a steerable beam through the respective widths defined in azimuth corresponding to one or more of the sectors at a respective elevation angle between the conical cell floor and the conical cell ceiling; and a base station unit; and a remote radio head disposed between the base station unit and the antenna array, the remote radio head configured to perform beamsteering such that the base station forms the steerable beam within each of the sectors, the steerable beam being steerable both in azimuth and elevation angle; wherein the remote radio head is configured to receive location information indicative of a location of an aircraft and to perform the beamsteering based on the received location information to form the steerable beam at the antenna array toward the aircraft. an antenna array configured to define a plurality of sectors (400, 402, 404) having respective widths defined in azimuth (410, 412), each of the plurality of sectors including a sector floor and a sector ceiling at respective elevation angles (420, 422) that are different elevation angles such that combining sector floors creates at least a portion of a conical cell floor having an apex at the base station and combining sector ceilings creates at least a portion of a conical cell ceiling having an apex at the base station, and wherein a plurality of conical cells centered at the base station are defined, each conical cell corresponding to a cone shape generated by sweeping a steerable beam through the respective widths defined in azimuth corresponding to one or more of the sectors at a respective elevation angle between the conical cell floor and the conical cell ceiling; and a base station unit; and a remote radio head disposed between the base station unit and the antenna array, the remote radio head configured to perform beamsteering such that the base station forms the steerable beam within each of the sectors, the steerable beam being steerable both in azimuth and elevation angle; wherein the remote radio head is configured to receive location information indicative of a location of an aircraft and to perform the beamsteering based on the received location information to form the steerable beam at the antenna array toward the aircraft.
A seat-belt guide (7, 7', 7", 7''', 7'''',7*) for a seat belt, said seat-belt guide comprising a mounting portion and a belt guide portion, said belt guide portion comprising a belt guide aperture (13, 13*) and a lower portion (15, 15', 15", 15''', 15''''), which delimits said belt guide aperture (13, 13'), said lower portion (15, 15', 15", 15''', 15'''') being adapted to be in sliding contact with a webbing (5, 5', 5", 5''', 5'''', 5*) of said seat belt going through said belt guide aperture (13, 13*), said seat-belt guide (7, 7', 7", 7''', 7'''', 7*) being transitable from a first state, exposing a first surface (21, 21', 21", 21''', 21'''', 21*) with first friction characteristics in relation to said webbing (5, 5', 5", 5''', 5'''', 5*), to a second state, exposing a second surface (23, 23', 23", 23''', 23'''', 23*) with second friction characteristics in relation to said webbing (5, 5', 5", 5''', 5'''', 5*), said second friction characteristics being different from said first friction characteristics, said seat-belt guide (7, 7', 7", 7''', 7'''', 7*) being transitable from said first state to said second state by means of a relative displacement of said first surface (21, 21', 21", 21''', 21'''', 21*) in relation to said webbing (5, 5', 5", 5''', 5'''', 5*), thereby positioning said first surface (21, 21', 21", 21''', 21'''', 21*) out of contact with said webbing (5, 5', 5", 5''', 5'''', 5*) and instead exposing said second surface (23, 23', 23", 23''', 23'''', 23*) to the webbing (5, 5', 5", 5''', 5'''', 5*), characterized in that said seat-belt guide further comprises a pyrotechnical device (31, 31'), said relative displacement of said first surface (21, 21') out of contact with said webbing (5, 5') being controlled by said pyrotechnical device (31, 31').
Illuminated inner trim for vehicles comprising: • a substrate, • a decorative lining that covers one of the faces (2.1) of the substrate comprising: - a first layer (3.1) of knit fabric located nearest the substrate, - a second layer (3.2) of knit fabric located farther away from the substrate, and - an intermediate layer (3.3) formed by threads (3.3.1) that connect said first layer (3.1) and second layer (3.2), wherein said first layer (3.1), second layer (3.2) and intermediate layer (3.3) form a single three-dimensional knit fabric, characterised in that • a set of LEDs is placed between the substrate and the decorative lining, wherein said LEDs have a dimension "a" corresponding to the minimum width of the light emission surface of the LED, • the first layer (3.1) includes opaque threads (3.1.1) knitted to one another to form orifices (3.1.2) with a maximum dimension "b" that is smaller than the dimension "a", • the threads (3.3.1) that form the intermediate layer (3.3) are opaque, • and the LEDs are in contact with the first layer (3.1). • a substrate, • a decorative lining that covers one of the faces (2.1) of the substrate comprising: - a first layer (3.1) of knit fabric located nearest the substrate, - a second layer (3.2) of knit fabric located farther away from the substrate, and - an intermediate layer (3.3) formed by threads (3.3.1) that connect said first layer (3.1) and second layer (3.2), wherein said first layer (3.1), second layer (3.2) and intermediate layer (3.3) form a single three-dimensional knit fabric, characterised in that • a set of LEDs is placed between the substrate and the decorative lining, wherein said LEDs have a dimension "a" corresponding to the minimum width of the light emission surface of the LED, • the first layer (3.1) includes opaque threads (3.1.1) knitted to one another to form orifices (3.1.2) with a maximum dimension "b" that is smaller than the dimension "a", • the threads (3.3.1) that form the intermediate layer (3.3) are opaque, • and the LEDs are in contact with the first layer (3.1). - a first layer (3.1) of knit fabric located nearest the substrate, - a second layer (3.2) of knit fabric located farther away from the substrate, and - an intermediate layer (3.3) formed by threads (3.3.1) that connect said first layer (3.1) and second layer (3.2), • a set of LEDs is placed between the substrate and the decorative lining, wherein said LEDs have a dimension "a" corresponding to the minimum width of the light emission surface of the LED, • the first layer (3.1) includes opaque threads (3.1.1) knitted to one another to form orifices (3.1.2) with a maximum dimension "b" that is smaller than the dimension "a", • the threads (3.3.1) that form the intermediate layer (3.3) are opaque, • and the LEDs are in contact with the first layer (3.1).
An inflating device, comprising a valve body and a gasbag, the valve body being provided with a gas inlet, a gas outlet and a gas storage chamber; wherein the gas inlet has a gas intake valve device provided therein, and the gas outlet has a gas exhaust valve device provided therein; the gas storage chamber is communicated with the gasbag; the gas inlet is communicated with the gas outlet through a chamber body of the valve body, and the gas storage chamber is communicated with the chamber body; wherein the gas exhaust valve device comprises a gas exhaust valve base having a gas exhaust valve through hole provided therein, the inflating device characterized in that the gas exhaust valve device comprises a gas exhaust valve ring provided in the gas exhaust valve through hole; and the gas exhaust valve ring is connected to a wall of the gas exhaust valve through hole by at least two gas exhaust valve supporting bars, and the gas exhaust valve base, the gas exhaust valve ring and the gas exhaust valve supporting bars are integrated; a gas exhaust valve core passes through and is axially moveable in an inner hole of the gas exhaust valve ring; an annular protrusion, which is larger than the inner hole of the gas exhaust valve ring and radially faces outward, is provided on an outer end of the gas exhaust valve core, an inner end of the gas exhaust valve core is connected with a gas exhaust valve raised-bonnet which is larger than the inner hole of the gas exhaust valve ring, and the gas exhaust valve ring is positioned between the annular protrusion and the gas exhaust valve raised-bonnet; a gas exhaust valve spring is provided between the gas exhaust valve raised-bonnet and the gas exhaust valve ring, and the inner end of the gas exhaust valve core passes through the gas exhaust valve spring; and the outer end of the gas exhaust valve core faces outside the valve body, and the inner end of the gas exhaust valve core faces the chamber body of the valve body.
Electric blender comprising a base unit including a motor turning a drive mechanism extending therefrom, a jug disposable on the base unit, including rotating blades disposed therein and engageable by the drive mechanism when the jug is disposed on the base unit, a lid removably disposed on the jug, having an opening, a tamper configured to be held by the lid, and extendable through the opening in the lid and into the jug, and to be pivotable with respect to the lid when held thereby, wherein the lid is provided with a supporting stepped structure symmetrically disposed around the opening to support a pivotal movement of the tamper by a central rotational point of the pivotal movement, located on an opening axis, wherein the supporting stepped structure comprises a frusto-conical structure disposed coaxially with the opening axis on the lid, and from one side creates the opening and from second side turns into a cylindrical portion protruding inside the jug and completed by a rim with smaller inner diameter than an inner diameter of the cylindrical portion and wherein the tamper has a coaxial flange disposed between a handle and a working portion wherein an outer diameter of the flange is smaller than the internal diameter of the opening and is greater than the internal diameter of the cylindrical portion.
A prosthetic heart valve comprising: a leaflet frame having a generally tubular shape, the leaflet frame defining a plurality of leaflet windows each defining an attachment zone; and a film defining at least one leaflet extending from each of the leaflet windows, wherein each leaflet attachment zone has substantially the shape of an isosceles trapezoid having two leaflet sides, a leaflet base and a leaflet free edge opposite the leaflet base, wherein the two leaflet sides of the leaflet attachment zone diverge from the leaflet base, wherein the leaflet base is substantially flat; each leaflet including a central region and two side regions on opposite sides of the central region, wherein the central region is defined by a shape substantially that of an isosceles triangle defined by two central region sides, the leaflet base and the leaflet free edge, wherein the two central region sides converge from the leaflet base, and wherein each of the side regions have a shape substantially that of a triangle and each of the side regions are defined by one of the central region sides, one of the leaflet sides, and the leaflet free edge; and wherein each of the two side regions and the central region are substantially planar when the prosthetic heart valve is in a closed position. a leaflet frame having a generally tubular shape, the leaflet frame defining a plurality of leaflet windows each defining an attachment zone; and a film defining at least one leaflet extending from each of the leaflet windows, wherein each leaflet attachment zone has substantially the shape of an isosceles trapezoid having two leaflet sides, a leaflet base and a leaflet free edge opposite the leaflet base, wherein the two leaflet sides of the leaflet attachment zone diverge from the leaflet base, wherein the leaflet base is substantially flat;
A shroud comprising a frame with a main opening delimited by a main wall and at least one secondary opening, delimited by a secondary wall, for the passage of a cooling air flow, a ventilator mounting system associated with the frame to support the ventilator at the main opening, a panel for closing the secondary opening, connected to the frame and movable, by rotation, between a lowered position and a raised position, hinge means which operate between the frame and the panel to allow rotation of the panel between the raised and lowered positions, the hinge means being defined by first engagement means associated with the frame and second engagement means associated with the panel, the shroud being characterized in that the first engagement means comprise a single pin which defines the axis of rotation of the hinge means, extends through the secondary opening and has a first and a second end (11a, 11b) respectively connected to a first and a second section (6a, 6b) of the secondary wall, opposite each other, the second engagement means being connectable to the single pin.
An electrically heated aerosol-generating system comprising a heater element comprising a thermally conductive substrate comprising a non-stick coating applied over at least a portion of an outer surface of the thermally conductive substrate, characterized in that the non-stick coating includes a superhydrophobic material.
Electronic thermostat for an oven, comprising a shaft with a first end suitable for being coupled to a rotary knob for modifying the temperature set point according to its angular position, and an electronic board comprising a potentiometer, a second end of the shaft being coupled to said potentiometer, characterized in that it comprises a support comprising a base in which the electronic board is fixed, a side wall extending from one of the sides of the base, and a supporting wall extending from the base and arranged parallel to the side wall, the shaft going through the side wall and the supporting wall, the shaft comprising a stop ring after the side wall, said stop ring being adjacent to said side wall and the shaft comprising a stop ring before the supporting wall, said stop ring being adjacent to said supporting wall, both the side wall and the supporting wall absorbing the different forces exerted on the rotary knob which is coupled to the shaft, so that there is no risk of the potentiometer being affected by said forces.
(amended) A seat adapter for a transportation vehicle for positioning and removably securing transit seats in said transportation vehicle, said seat adapter comprises: a housing having a locking means pivotally secured to said housing, said locking means comprising: cams (112, 113); levers (114, 115) fixedly secured to said housing and said cams (112, 113), and said levers (114, 115) extending through respective slots (118, 119) of the housing arranged along the rear of a left side and the rear of a right side, respectively; and a rung fixedly secured to said levers (114, 115); characterized in said cams (112, 113) being positioned opposite said levers (114, 115) about a pivot, respectively; and said rung connecting levers (114, 115) proximate the rear of the left and right sides (107, 109), respectively; wherein, to lockingly engage said seat adapter to a track assembly, said cams (112, 113) are aligned with an aperture of said track assembly and said rung is depressed, which, in turn, depresses said levers (114, 115), and, said cams (112, 113) hook under said aperture of said track assembly. a housing having a locking means pivotally secured to said housing, said locking means comprising: cams (112, 113); levers (114, 115) fixedly secured to said housing and said cams (112, 113), and said levers (114, 115) extending through respective slots (118, 119) of the housing arranged along the rear of a left side and the rear of a right side, respectively; and a rung fixedly secured to said levers (114, 115); cams (112, 113); levers (114, 115) fixedly secured to said housing and said cams (112, 113), and said levers (114, 115) extending through respective slots (118, 119) of the housing arranged along the rear of a left side and the rear of a right side, respectively; and a rung fixedly secured to said levers (114, 115); characterized in said cams (112, 113) being positioned opposite said levers (114, 115) about a pivot, respectively; and said rung connecting levers (114, 115) proximate the rear of the left and right sides (107, 109), respectively; wherein, to lockingly engage said seat adapter to a track assembly, said cams (112, 113) are aligned with an aperture of said track assembly and said rung is depressed, which, in turn, depresses said levers (114, 115), and, said cams (112, 113) hook under said aperture of said track assembly.
A wireless pressure sensor device comprising: a sensor housing closed on one end and open on the other end; a capacitor (215, 307) disposed on the sensor housing; an inductor coil (201, 303) patterned on a wall of the sensor housing, wherein the inductor coil (201, 303) and the capacitor (215, 307) are operatively connected to form an inductance-capacitance L-C resonator having a resonant frequency; a material (211, 301, 401) disposed in the sensor housing, the material (211, 301, 401) having conductive and/or magnetic properties; a gas volume disposed within the sensor housing between a first end of the material (211, 301, 401) and the closed end of the sensor housing, the gas volume serving as a compression spring; a viscous fluid disposed within the sensor housing between the second end of the material (201, 301, 401) and the open end of the sensor housing; wherein when an external pressure is applied to the open end of the sensor housing, the external pressure moves the material (211, 301, 401) within the sensor housing with respect to the inductor coil (201, 303), thereby altering the inductance of the inductor coil (201, 303) and changing the resonant frequency of the L-C resonator, thereby allowing for detection and measurement of said external pressure. a sensor housing closed on one end and open on the other end; a capacitor (215, 307) disposed on the sensor housing; an inductor coil (201, 303) patterned on a wall of the sensor housing, wherein the inductor coil (201, 303) and the capacitor (215, 307) are operatively connected to form an inductance-capacitance L-C resonator having a resonant frequency; a material (211, 301, 401) disposed in the sensor housing, the material (211, 301, 401) having conductive and/or magnetic properties; a gas volume disposed within the sensor housing between a first end of the material (211, 301, 401) and the closed end of the sensor housing, the gas volume serving as a compression spring; a viscous fluid disposed within the sensor housing between the second end of the material (201, 301, 401) and the open end of the sensor housing; wherein when an external pressure is applied to the open end of the sensor housing, the external pressure moves the material (211, 301, 401) within the sensor housing with respect to the inductor coil (201, 303), thereby altering the inductance of the inductor coil (201, 303) and changing the resonant frequency of the L-C resonator, thereby allowing for detection and measurement of said external pressure.
A method for a playback device (410, 1110h), the method characterized by comprising: transmitting, by a tweeter in the playback device, an ultrasonic first sound signal comprising a predetermined waveform; receiving, by a microphone in the playback device, a second sound signal comprising at least one reflection (407a, 407b, 407c) of the first sound signal; causing, based on the second sound signal, a location of a person (403, 1103) relative to the playback device to be determined; and selecting a characteristic of audio reproduction by the playback device based on the determined location of the person (403, 1103). transmitting, by a tweeter in the playback device, an ultrasonic first sound signal comprising a predetermined waveform; receiving, by a microphone in the playback device, a second sound signal comprising at least one reflection (407a, 407b, 407c) of the first sound signal; causing, based on the second sound signal, a location of a person (403, 1103) relative to the playback device to be determined; and selecting a characteristic of audio reproduction by the playback device based on the determined location of the person (403, 1103).
An air cooled resistor arrangement, comprising: an inlet configured to receive a flow of air, and an outlet configured to convey the flow of air out from the resistor arrangement, a first elongated tube member forming a first air flow channel configured to convey a first air flow portion from the inlet towards the outlet, the first elongated tube member extends between the inlet and the outlet, a second elongated tube member extending between the inlet and the outlet wherein the first elongated tube member is at least partly housed by the second elongated tube member, the first and second elongated tube members being spaced apart from each other to form a second air flow channel configured to convey a second air flow portion from the inlet, and an electrically conductive resistor element comprising an electric resistive material connectable to a source of electric power, the resistor element being arranged inside the first elongated tube member, wherein the air cooled resistor arrangement further comprises an air dilution portion comprising at least one opening at which the first air flow channel is arranged in fluid communication with the second air flow channel, the air dilution portion being arranged at a position between the inlet and the outlet. an inlet configured to receive a flow of air, and an outlet configured to convey the flow of air out from the resistor arrangement, a first elongated tube member forming a first air flow channel configured to convey a first air flow portion from the inlet towards the outlet, the first elongated tube member extends between the inlet and the outlet, a second elongated tube member extending between the inlet and the outlet wherein the first elongated tube member is at least partly housed by the second elongated tube member, the first and second elongated tube members being spaced apart from each other to form a second air flow channel configured to convey a second air flow portion from the inlet, and an electrically conductive resistor element comprising an electric resistive material connectable to a source of electric power, the resistor element being arranged inside the first elongated tube member,