mhurhangee/patent-ind-claim-en huggingface dataset:
A fuel filler neck for providing fuel to a fuel tank , comprising a base tube with an access opening and at least one outlet opening and a flow path from the access opening through an interior of the base tube to the least one outlet opening , characterized in that the fuel filler neck comprises a transition tube with an access port and an extension tube with at least one outlet port , wherein the transition tube is releasably connected to the extension tube , and a flow passage is provided from the access port through an interior of the transition tube and through an interior of the extension tube to the at least one outlet port , and wherein at least a portion of the transition tube is arranged removably and in coverage of the at least one outlet opening within the interior of the base tube . a base tube with an access opening and at least one outlet opening and a flow path from the access opening through an interior of the base tube to the least one outlet opening , characterized in that the fuel filler neck comprises a transition tube with an access port and an extension tube with at least one outlet port , wherein the transition tube is releasably connected to the extension tube , and a flow passage is provided from the access port through an interior of the transition tube and through an interior of the extension tube to the at least one outlet port , and wherein at least a portion of the transition tube is arranged removably and in coverage of the at least one outlet opening within the interior of the base tube .
A nasal applicator for the nasal administration of medicinal active ingredients, in particular analgesics, comprising an active ingredient store arranged in an applicator housing ; a dispensing pin which can be introduced into a nostril; and a dispensing meter for a metered dispensing of the active ingredient from the active ingredient container via the dispensing pin , wherein an actuating button movable by hand is provided at the applicator housing for actuating the dispensing meter whose actuation adjustment path can be transmitted to the dispensing meter by a transmitter , characterized in that the transmitter is couplable and decouplable so that, with a decoupled transmitter , the actuation button is movable in free travel without transmission to the dispensing meter ; and wherein a motion sensor is provided for detecting movements of the actuating button and a coupling switch is provided for coupling the transmitter in dependence on a signal of the motion sensor .
A gallium arsenide substrate which exhibits at least one surface having in ellipsometric lateral substrate mapping with an optical surface analyzer, based on a substrate diameter of 150 mm as reference, a defect number of < 6000 and/or a total defect area of less than 2 cm 2 , wherein a defect is defined as a continuous area of greater than 1000 μm 2 having a deviation from the average measurement signal in ellipsometric lateral substrate mapping with an optical surface analyzer of at least ±0.05%, the gallium arsenide substrate containing an oxide layer, wherein oxide layer contains gallium and arsenic oxides, wherein the diameter of the gallium arsenide substrate is at least 100 mm.
Acoustic transponder for an acoustic transmission system comprising: - a transponder chip , - a piezoelectric element for converting a carrier frequency into an electrical voltage, wherein the transponder has a miniaturized design, characterized in that the acoustic transponder comprises at least one protection element designed to protect the acoustic transponder against external influences, wherein: i) the at least one protection element comprises a potting compound , wherein the potting compound completely encapsulates a top side of the transponder , and/or ii) the at least one protection element comprises a border along a perimeter of the transponder , and/or iii) the at least one protection element comprises a membrane at a bottom side of the transponder , wherein the membrane comprises steel. - a transponder chip , - a piezoelectric element for converting a carrier frequency into an electrical voltage, wherein the transponder has a miniaturized design, characterized in that the acoustic transponder comprises at least one protection element designed to protect the acoustic transponder against external influences, wherein: i) the at least one protection element comprises a potting compound , wherein the potting compound completely encapsulates a top side of the transponder , and/or ii) the at least one protection element comprises a border along a perimeter of the transponder , and/or iii) the at least one protection element comprises a membrane at a bottom side of the transponder , wherein the membrane comprises steel. i) the at least one protection element comprises a potting compound , wherein the potting compound completely encapsulates a top side of the transponder , and/or ii) the at least one protection element comprises a border along a perimeter of the transponder , and/or iii) the at least one protection element comprises a membrane at a bottom side of the transponder , wherein the membrane comprises steel.
An apparatus for annealing a semiconductor substrate by irradiation comprising: a) a curved mirror (M) with a reflective surface of revolution; b) a point source (S) generating an irradiation beam being incident or the curved mirror (M) along an incident direction; characterized in that the curved mirror (M) and the point source (S) form a system having an axis of revolution (R) wherein the point source (S) is provided on said axis of revolution, revolution (R), and that said axis of revolution (R) substantially coincides with a straight line projection (L) to be generated on the semiconductor substrate. a) a curved mirror (M) with a reflective surface of revolution; b) a point source (S) generating an irradiation beam being incident or the curved mirror (M) along an incident direction;
Shelf unit or part of shelf unit that is comprised of a column-panel and a shelf that repeat according to needs to create multipurpose storage structures; said panel-column and said shelf are equipped with devices that allow these elements to be assembled/disassembled without using instruments, tools or any auxiliary part; and each column-panel has a support arranged along the length of the column-panel and that occupies its lower edge, to maintain it in a position of stable balance and where a) said devices that allow assembly/disassembly of the column-panels and the shelves from each other are comprised of one or more «L»-shaped support brackets , regrouped in one or more alignments distributed horizontally on the two faces of each column-panel ; and the various flanges are aligned and distributed so that they occupy two opposite edges of each shelf ; the support bracket and the edges are assembled by simply fitting together, without using tools or any auxiliary part., b) said support is comprised of various branches distributed along the entire lower edge, aligned with each other, forming an angle with the vertical plane of symmetry of the column-panel , characterized in that c) together with each alignment of support brackets on which the shelves are mounted, there are also rods in the body of the column-panel ; so that the corresponding flanges of the shelves rest their free edge on the support brackets and on the rods , which increases considerably the strength of the unit; and in that d) also, each column-panel comprises cavities , each located at each end of its lower support; said cavities have in their base an orifice , that allows their fastening with a screw in the place where it is to be located. a) said devices that allow assembly/disassembly of the column-panels and the shelves from each other are comprised of one or more «L»-shaped support brackets , regrouped in one or more alignments distributed horizontally on the two faces of each column-panel ; and the various flanges are aligned and distributed so that they occupy two opposite edges of each shelf ; the support bracket and the edges are assembled by simply fitting together, without using tools or any auxiliary part., b) said support is comprised of various branches distributed along the entire lower edge, aligned with each other, forming an angle with the vertical plane of symmetry of the column-panel , characterized in that c) together with each alignment of support brackets on which the shelves are mounted, there are also rods in the body of the column-panel ; so that the corresponding flanges of the shelves rest their free edge on the support brackets and on the rods , which increases considerably the strength of the unit; and in that d) also, each column-panel comprises cavities , each located at each end of its lower support; said cavities have in their base an orifice , that allows their fastening with a screw in the place where it is to be located.
Use of an ink composition for formation of an image having specular glossiness by an ink jet method, the ink composition comprising plate-like metal particles that include a metal element having a standard oxidation-reduction potential nobler than -1.65 V, that have an average equivalent circle diameter of 10 nm or more and less than 500 nm, and that have an average aspect ratio, which is a ratio of the average equivalent circle diameter to an average thickness, of 3 or more.
An electronic device comprising: a plurality of walls ; and a printed circuit board ; characterized in that the electronic device further comprises: at least two staging slots on one wall of the plurality of walls, wherein the at least two staging slots are configured to temporarily hold the printed circuit board, at an edge of the printed circuit board, perpendicularly with respect to said one wall during assembly of the electronic device, while the printed circuit board is positioned parallel to said one wall once the electronic device is assembled, an antenna assembly having antennas, said antenna assembly being attached to an interior surface of said one wall, and antenna wires of the antennas being configured to be connected to antenna connectors that are positioned adjacent to the edge of the printed circuit board while the printed circuit board is held in the at least two staging slots. a plurality of walls ; and a printed circuit board ; characterized in that the electronic device further comprises: at least two staging slots on one wall of the plurality of walls, wherein the at least two staging slots are configured to temporarily hold the printed circuit board, at an edge of the printed circuit board, perpendicularly with respect to said one wall during assembly of the electronic device, while the printed circuit board is positioned parallel to said one wall once the electronic device is assembled, an antenna assembly having antennas, said antenna assembly being attached to an interior surface of said one wall, and antenna wires of the antennas being configured to be connected to antenna connectors that are positioned adjacent to the edge of the printed circuit board while the printed circuit board is held in the at least two staging slots. at least two staging slots on one wall of the plurality of walls, wherein the at least two staging slots are configured to temporarily hold the printed circuit board, at an edge of the printed circuit board, perpendicularly with respect to said one wall during assembly of the electronic device, while the printed circuit board is positioned parallel to said one wall once the electronic device is assembled, an antenna assembly having antennas, said antenna assembly being attached to an interior surface of said one wall, and antenna wires of the antennas being configured to be connected to antenna connectors that are positioned adjacent to the edge of the printed circuit board while the printed circuit board is held in the at least two staging slots.
An intraoral flexible mouthpiece (10; 110) comprising: a hollow dome portion comprising a peripheral proximal edge and a distal portion, wherein said hollow dome portion extends distally from said peripheral proximal edge to said distal portion, and wherein said hollow dome portion comprises a central orifice located at the distal portion of said hollow dome portion ; a peripheral flexible sheet flange attached along said dome portion peripheral proximal edge; a tube attached to said central orifice and extending distally therefrom; wherein said peripheral flexible sheet flange is configured to be placed in the mouth between the teeth and gums on one side and the lips and cheeks on the other side, and wherein the hollow dome portion is configured to protrude distally out of the mouth. a hollow dome portion comprising a peripheral proximal edge and a distal portion, wherein said hollow dome portion extends distally from said peripheral proximal edge to said distal portion, and wherein said hollow dome portion comprises a central orifice located at the distal portion of said hollow dome portion ; a peripheral flexible sheet flange attached along said dome portion peripheral proximal edge; a tube attached to said central orifice and extending distally therefrom; wherein said peripheral flexible sheet flange is configured to be placed in the mouth between the teeth and gums on one side and the lips and cheeks on the other side, and wherein the hollow dome portion is configured to protrude distally out of the mouth.
A recipient electronic device (110-1, 110-2), comprising: a node configured to communicatively couple to an antenna ; and an interface circuit , communicatively coupled to the node, configured to communicate with an electronic device , wherein the interface circuit comprises a primary connectivity radio, PCR (114-2), and a wake-up radio, WUR ; wherein the WUR in the interface circuit is configured to: receive , from the node, a wake-up-radio, WUR, discovery frame associated with the electronic device, wherein the WUR discovery frame comprises an identifier of an operating class of a wireless local area network, WLAN, that includes the electronic device, wherein the operating class specifies a regulatory domain and a channel set of the WLAN in the regulatory domain, and wherein the channel set comprises multiple possible available channels in the regulatory domain; selectively transition the PCR from a lower-power mode to a higher-power mode in response to receiving the WUR discovery frame; and perform additional discovery associated with the electronic device, wherein the additional discovery comprises a scan for at least a channel associated with the WLAN based at least in part on the channel set. a node configured to communicatively couple to an antenna ; and an interface circuit , communicatively coupled to the node, configured to communicate with an electronic device , wherein the interface circuit comprises a primary connectivity radio, PCR (114-2), and a wake-up radio, WUR ; wherein the WUR in the interface circuit is configured to: receive , from the node, a wake-up-radio, WUR, discovery frame associated with the electronic device, wherein the WUR discovery frame comprises an identifier of an operating class of a wireless local area network, WLAN, that includes the electronic device, wherein the operating class specifies a regulatory domain and a channel set of the WLAN in the regulatory domain, and wherein the channel set comprises multiple possible available channels in the regulatory domain; selectively transition the PCR from a lower-power mode to a higher-power mode in response to receiving the WUR discovery frame; and perform additional discovery associated with the electronic device, receive , from the node, a wake-up-radio, WUR, discovery frame associated with the electronic device, wherein the WUR discovery frame comprises an identifier of an operating class of a wireless local area network, WLAN, that includes the electronic device, wherein the operating class specifies a regulatory domain and a channel set of the WLAN in the regulatory domain, and wherein the channel set comprises multiple possible available channels in the regulatory domain; selectively transition the PCR from a lower-power mode to a higher-power mode in response to receiving the WUR discovery frame; and perform additional discovery associated with the electronic device, wherein the additional discovery comprises a scan for at least a channel associated with the WLAN based at least in part on the channel set.
An air vent for a vehicle, comprising: - a housing , - an air duct delimited by the housing and having an air inlet end and an air outlet end , wherein an air flow (G) flowing through the air duct can flow from the air inlet end to the air outlet end along a main flow direction (L), - an outflow grating arranged at the air outlet end , wherein the outflow grating has an opening grid with grating openings spaced apart from one another by means of webs , and - a plurality of air-guiding elements which are arranged in the air duct upstream of the outflow grating in the flow direction (L), wherein the air-guiding elements form an opening grid with grating openings which are larger than the grating openings of the outflow grating , characterized in that the grating openings of the outflow grating widen in the main flow direction (L), and wherein the grating openings of the outflow grating each have an opening area in the range from 1 mm 2 to 25 mm 2 . - a housing , - an air duct delimited by the housing and having an air inlet end and an air outlet end , wherein an air flow (G) flowing through the air duct can flow from the air inlet end to the air outlet end along a main flow direction (L), - an outflow grating arranged at the air outlet end , wherein the outflow grating has an opening grid with grating openings spaced apart from one another by means of webs , and - a plurality of air-guiding elements which are arranged in the air duct upstream of the outflow grating in the flow direction (L), wherein the air-guiding elements form an opening grid with grating openings which are larger than the grating openings of the outflow grating , the grating openings of the outflow grating widen in the main flow direction (L), and wherein the grating openings of the outflow grating each have an opening area in the range from 1 mm 2 to 25 mm 2 .
An apparatus for installing pre-molded seal caps onto fasteners that extend from a surface , the apparatus comprising: a plunger mechanism , configured to individually install the pre-molded seal caps onto selected ones of the fasteners ; and characterized by a feed system , configured to sequentially deliver the pre-molded seal caps , arranged on a carrier strip , to the plunger mechanism ; and a take-up mechanism , configured to collect the carrier strip as the pre-molded seal caps are sequentially removed from the carrier strip ; and wherein the plunger mechanism is also configured to operate in concert with the feed system to sequentially remove the pre-molded seal caps from the carrier strip . a plunger mechanism , configured to individually install the pre-molded seal caps onto selected ones of the fasteners ; and characterized by a feed system , configured to sequentially deliver the pre-molded seal caps , arranged on a carrier strip , to the plunger mechanism ; and a take-up mechanism , configured to collect the carrier strip as the pre-molded seal caps are sequentially removed from the carrier strip ; and wherein the plunger mechanism is also configured to operate in concert with the feed system to sequentially remove the pre-molded seal caps from the carrier strip .
A system for slow roll control, the system comprising: a thrust active magnetic bearing including, a ferromagnetic thrust bearing disk extending outward from a longitudinal axis (L) and configured to couple to a shaft extending along the longitudinal axis (L), and a pair of thrust bearing stators each positioned axially adjacent to opposing sides of the thrust bearing disk and configured to apply axial magnetic forces to the thrust bearing disk ; and a cageless non-laminated rotor induction machine including, a stator including, a ring-shaped stator core having an inner radial surface that is radially offset from at least a portion of an outer radial surface of the thrust bearing disk , and two or more windings coupled to the stator and circumferentially offset from one another, the stator windings being configured to generate a magnetic field that rotates in a predetermined direction about the longitudinal axis (L); and a cageless non-laminated rotor including the ferromagnetic thrust bearing disk ; wherein the rotating magnetic field is configured to cause a torque to be applied to the thrust bearing disk in a predetermined rotation direction.
A grain-oriented electrical steel sheet, comprising: a steel strip; and a forsterite based glass coating film formed at a surface of the steel strip, wherein when a portion of which thickness is continuously twice or more as thick as average thickness of the glass coating film, and of which size in a direction parallel to the surface of the steel strip is 3 μm or more is defined as an aggregated portion, a ratio of a total length of the aggregated portions crossed by a line segment relative to a length of the line segment is set to be 0.15 or less in an arbitrary line segment parallel to the surface of the steel strip, wherein the steel strip consists of Si: 2.0 mass% to 7.0 mass%, C content in the steel strip is 0.005 mass% or less, and the remaining portion of the steel strip is composed of Fe and inevitable impurities, and the grain-oriented electrical steel sheet contains at least one kind of nitride selected from a group consisting of AlN, BN, Nb 2 N and Si 3 N 4 . a steel strip; and a forsterite based glass coating film formed at a surface of the steel strip, wherein when a portion of which thickness is continuously twice or more as thick as average thickness of the glass coating film, and of which size in a direction parallel to the surface of the steel strip is 3 μm or more is defined as an aggregated portion, a ratio of a total length of the aggregated portions crossed by a line segment relative to a length of the line segment is set to be 0.15 or less in an arbitrary line segment parallel to the surface of the steel strip, wherein the steel strip consists of Si: 2.0 mass% to 7.0 mass%, C content in the steel strip is 0.005 mass% or less, and the remaining portion of the steel strip is composed of Fe and inevitable impurities, and the grain-oriented electrical steel sheet contains at least one kind of nitride selected from a group consisting of AlN, BN, Nb 2 N and Si 3 N 4 .