mhurhangee/patent-ind-claim-en huggingface dataset:
A system, comprising: a lens configured to shape light emitted from a light-emitting diode to form shaped light; and a beam-shaping element coupled to the lens and positioned to receive at least some of the shaped light, the beam-shaping element including an incident surface that faces the lens, the incident surface including a pattern of reflective elements that are configured to reflect a first portion of the shaped light toward the lens, the incident surface allowing a second portion of the shaped light to propagate through the beam-shaping element through one or more spaces between adjacent reflective elements in the pattern, and characterized in that the beam-shaping element further comprises a plurality of protrusions that fasten the beam-shaping element to an exiting surface of the lens. a lens configured to shape light emitted from a light-emitting diode to form shaped light; and a beam-shaping element coupled to the lens and positioned to receive at least some of the shaped light, the beam-shaping element including an incident surface that faces the lens, the incident surface including a pattern of reflective elements that are configured to reflect a first portion of the shaped light toward the lens, the incident surface allowing a second portion of the shaped light to propagate through the beam-shaping element through one or more spaces between adjacent reflective elements in the pattern, and characterized in that the beam-shaping element further comprises a plurality of protrusions that fasten the beam-shaping element to an exiting surface of the lens.
A fastener for a vehicle wheel, comprising a fastener body and a cap, characterised in : said fastener body comprising a thread encircling an axis of the fastener body , a top portion with a plurality of wrenching surfaces disposed around the top portion, a bottom portion with a circular cross-section located below the top portion and adjacent to the top portion, wherein the bottom portion extends radially beyond the top portion and forms a substantially horizontal shelf at the intersection of the top portion and the bottom portion , a plurality of projections disposed on the shelf , wherein the plurality of projections extend radially outward beyond the circular cross-section of the bottom portion and wherein the plurality of projections extend axially above the shelf toward the top portion; said cap comprising a wall, the cap disposed over the top portion of the fastener body and partially disposed over the bottom portion of the fastener body , a section of the cap disposed over the bottom portion including a double wall, wherein the double wall section of the cap is located adjacent to the plurality of projections . said fastener body comprising a thread encircling an axis of the fastener body , a top portion with a plurality of wrenching surfaces disposed around the top portion, a bottom portion with a circular cross-section located below the top portion and adjacent to the top portion, wherein the bottom portion extends radially beyond the top portion and forms a substantially horizontal shelf at the intersection of the top portion and the bottom portion , a plurality of projections disposed on the shelf , wherein the plurality of projections extend radially outward beyond the circular cross-section of the bottom portion and wherein the plurality of projections extend axially above the shelf toward the top portion; said cap comprising a wall, the cap disposed over the top portion of the fastener body and partially disposed over the bottom portion of the fastener body , a section of the cap disposed over the bottom portion including a double wall, wherein the double wall section of the cap is located adjacent to the plurality of projections .
A system comprising: a printed circuit board having a plurality of conductive traces ; a processing device coupled to the printed circuit board and in electrical communication with the plurality of conductive traces; a first memory module and a second memory module in electrical communication with the plurality of conductive traces and sharing channels of the conductive traces, wherein the first memory module is physically more proximate to the processing device than is the second memory module ; characterized by an electronic band gap, EBG, structure physically disposed in an area between the first memory module and the second memory module ; wherein the printed circuit board includes a first ground plane and a second ground plane , further wherein the plurality of conductive traces is arranged between the first ground plane and the second ground plane ; and wherein the EBG structure includes a plurality of sinusoidal-shaped slots in the first ground plane , wherein the sinusoidal-shaped slots have a shape with outer boundaries defined by a sinus and an inverted sinus and wherein the sinusoidal-shaped slots are parallel to a direction of the conductive traces . a printed circuit board having a plurality of conductive traces ; a processing device coupled to the printed circuit board and in electrical communication with the plurality of conductive traces; a first memory module and a second memory module in electrical communication with the plurality of conductive traces and sharing channels of the conductive traces, wherein the first memory module is physically more proximate to the processing device than is the second memory module ; characterized by an electronic band gap, EBG, structure physically disposed in an area between the first memory module and the second memory module ; wherein the printed circuit board includes a first ground plane and a second ground plane , further wherein the plurality of conductive traces is arranged between the first ground plane and the second ground plane ; and wherein the EBG structure includes a plurality of sinusoidal-shaped slots in the first ground plane , wherein the sinusoidal-shaped slots have a shape with outer boundaries defined by a sinus and an inverted sinus and wherein the sinusoidal-shaped slots are parallel to a direction of the conductive traces .
A pump arrangement for pumping barrier liquid in a sealed space of a mechanical shaft seal, comprising a housing assemblable in connection with a rotatable shaft of a device to be sealed by the mechanical shaft seal, and the housing is provided with a pumping means , which is configured to be in force transmission connection with the rotatable shaft for providing power to operate the pumping means when in use, characterized in that that the pump arrangement comprises a force transmission projection comprising a wheel rotatably supported in the body , which is arranged to at least partly extend out from the housing to the sealed space , such that the wheel is configured to be in force transmission connection with the rotatable shaft providing power to the pumping means , when assembled in use.
A runner for a hydraulic turbine or pump, comprising a plurality of blades , each blade being defined by a pressure surface, an oppositely facing suction surface, a leading edge and a spaced apart trailing edge , at least one of the blades having means for supplying a flow of oxygen containing gas to the trailing edge of the same blade whereas said means comprise a gas inlet aperture and a gas passage characterized in that the same blade comprises a continuous opening in the trailing edge to admit gas out of the gas passage to the passing fluid during operation of the runner whereas the continuous opening extends over at least 15% of the developed length of the trailing edge .
A tape cartridge that accommodates a printing tape wound around a tape core in a cartridge case , and is attached or detached in an attaching direction and a detaching direction to or from a cartridge mounting portion of a tape printing device including a pattern reading portion disposed in a side plate portion of the cartridge mounting portion , the pattern reading portion including a sensor holder on which a detecting portion is mounted for reading type information of the tape cartridge , characterised in that the type information is read with detection light for each of a number of bit configuration portions of a type reading pattern , the bit configuration portions being disposed in a matrix with rows and columns, the type reading pattern indicating the type information of the tape cartridge and formed in a type reading seal adhered on a base end surface of the cartridge case of the tape cartridge , wherein the tape cartridge case comprises: the base end surface along the attaching direction of the cartridge case ; and a positioning hole portion provided at a position corresponding to a positioning pin provided in the sensor holder of the tape printing device for positioning between the detecting portion and the type reading pattern , wherein the base end surface has a cutout connecting to the positioning hole portion ; and the cutout corresponds to a connection portion when the tape cartridge is attached to the tape printing device , the connection portion being provided in the tape printing device and connected to the positioning pin . the base end surface along the attaching direction of the cartridge case ; and a positioning hole portion provided at a position corresponding to a positioning pin provided in the sensor holder of the tape printing device for positioning between the detecting portion and the type reading pattern , wherein the base end surface has a cutout connecting to the positioning hole portion ; and the cutout corresponds to a connection portion when the tape cartridge is attached to the tape printing device , the connection portion being provided in the tape printing device and connected to the positioning pin .
A system comprising: a fire alarm system within a secured area comprising one or more processors that can register a plurality of cellphones and a storage means for storing registration data; and a manually activated call point of the fire alarm system comprising an integrated programmable cellular transceiver, wherein one of the plurality of cellphones forms a cellular connection with the fire alarm system through the integrated programmable cellular transceiver, wherein the one of the plurality of cellphones is configured to generate an alarm notification based upon user input or built-in sensors, wherein the fire alarm system is configured to receive the alarm notification through the cellular connection in that the manually activated call point is adapted to receive the alarm notification through the integrated programmable cellular transceiver and forward the alarm notification to the fire alarm system, wherein the fire alarm system is configured to determine a location of the one of the plurality of cellphones , and wherein the fire alarm system is configured to provide instructions through the one of the plurality of cellphones for exiting the secured area based upon the location of the one of the plurality of cellphones . a fire alarm system within a secured area comprising one or more processors that can register a plurality of cellphones and a storage means for storing registration data; and a manually activated call point of the fire alarm system comprising an integrated programmable cellular transceiver, wherein one of the plurality of cellphones forms a cellular connection with the fire alarm system through the integrated programmable cellular transceiver, wherein the one of the plurality of cellphones is configured to generate an alarm notification based upon user input or built-in sensors, wherein the fire alarm system is configured to receive the alarm notification through the cellular connection in that the manually activated call point is adapted to receive the alarm notification through the integrated programmable cellular transceiver and forward the alarm notification to the fire alarm system, wherein the fire alarm system is configured to determine a location of the one of the plurality of cellphones , and wherein the fire alarm system is configured to provide instructions through the one of the plurality of cellphones for exiting the secured area based upon the location of the one of the plurality of cellphones .
A surface-emitting laser array comprising a plurality of light emitting parts, each of the plurality of light emitting parts having a structure of a shape of a mesa and including: a first reflection mirror including aluminum gallium arsenide (Al x Ga (1-x) As) where x is greater than 0.95 but less than or equal to 1; a resonator structure provided on the first reflection mirror and including a first spacer layer , an active layer , and a second spacer layer ; a second reflection mirror provided on the second spacer layer ; and an electrode surrounding an emission region, from which laser light is emitted, the electrode covering a region between mesas of adjacent light emitting parts in the plurality of light emitting parts, characterized in that the electrode has a thickness greater than or equal to 2 μm, and a thickness of the electrode at the region between the mesas is greater than or equal to a height of the mesas. a first reflection mirror including aluminum gallium arsenide (Al x Ga (1-x) As) where x is greater than 0.95 but less than or equal to 1; a resonator structure provided on the first reflection mirror and including a first spacer layer , an active layer , and a second spacer layer ; a second reflection mirror provided on the second spacer layer ; and an electrode surrounding an emission region, from which laser light is emitted, the electrode covering a region between mesas of adjacent light emitting parts in the plurality of light emitting parts, characterized in that the electrode has a thickness greater than or equal to 2 μm, and a thickness of the electrode at the region between the mesas is greater than or equal to a height of the mesas.
A tire comprising: a plurality of tire components defining a plurality of layers; a radio frequency identification (RFID) tag disposed between at least two of the plurality of layers, wherein the RFID tag is in contact with each of the at least two layers, and characterized in that the RFID tag is configured to transmit a response signal in response to receiving a request signal , such that when no air is in a region surrounding the RFID tag , a first response signal is emitted from the tire at a first frequency and first power, and such that when air is in the region surrounding the RFID tag , a second response signal is emitted from the tire at the first frequency and a second power different from the first power. a plurality of tire components defining a plurality of layers; a radio frequency identification (RFID) tag disposed between at least two of the plurality of layers, wherein the RFID tag is in contact with each of the at least two layers, and characterized in that the RFID tag is configured to transmit a response signal in response to receiving a request signal , such that when no air is in a region surrounding the RFID tag , a first response signal is emitted from the tire at a first frequency and first power, and such that when air is in the region surrounding the RFID tag , a second response signal is emitted from the tire at the first frequency and a second power different from the first power.
A flow pulsing system comprising: a housing having a central axis , a first end , a second end opposite the first end, and a bore extending along the central axis from the first end to the second end; a stator disposed within the bore of the housing having a plurality of lobe cavities ; a rotor disposed within the stator, the rotor comprising: an axis offset from the central axis; a plurality of lobes that mate with the plurality of lobe cavities; and a thru bore extending along the axis; and a valve section , characterized in that it comprises: a stationary valve coupled to the second end of the housing, the stationary valve comprising a first face , a stationary central port , and a plurality of stationary valve ports ; an oscillating valve coupled to the rotor, the oscillating valve comprising a second face abutting the first face, an oscillating central port in fluid communication with the thru bore of the rotor, and a plurality of oscillating valve ports in fluid communication with the plurality of lobe cavities. a housing having a central axis , a first end , a second end opposite the first end, and a bore extending along the central axis from the first end to the second end; a stator disposed within the bore of the housing having a plurality of lobe cavities ; a rotor disposed within the stator, the rotor comprising: an axis offset from the central axis; a plurality of lobes that mate with the plurality of lobe cavities; and a thru bore extending along the axis; and an axis offset from the central axis; a plurality of lobes that mate with the plurality of lobe cavities; and a thru bore extending along the axis; and a valve section , characterized in that it comprises: a stationary valve coupled to the second end of the housing, the stationary valve comprising a first face , a stationary central port , and a plurality of stationary valve ports ; an oscillating valve coupled to the rotor, the oscillating valve comprising a second face abutting the first face, an oscillating central port in fluid communication with the thru bore of the rotor, and a plurality of oscillating valve ports in fluid communication with the plurality of lobe cavities. a stationary valve coupled to the second end of the housing, the stationary valve comprising a first face , a stationary central port , and a plurality of stationary valve ports ; an oscillating valve coupled to the rotor, the oscillating valve comprising a second face abutting the first face, an oscillating central port in fluid communication with the thru bore of the rotor, and a plurality of oscillating valve ports in fluid communication with the plurality of lobe cavities.
A self-drilling support mount for a drywall structure , comprising: a substantially cylindrical body having a flanged head portion at a proximal end and an externally threaded anchor portion extending away from said flanged head portion along a longitudinal centre axis of said cylindrical body towards a distal end, wherein said flanged head portion comprises at least one magnetic attachment member adapted to slidably movably attach said support mount to a metal structure when said flanged head portion is in contact with the drywall structure, characterised in that said at least one magnetic attachment member has a substantially annular shape with an axial opening therethrough. a substantially cylindrical body having a flanged head portion at a proximal end and an externally threaded anchor portion extending away from said flanged head portion along a longitudinal centre axis of said cylindrical body towards a distal end, wherein said flanged head portion comprises at least one magnetic attachment member adapted to slidably movably attach said support mount to a metal structure when said flanged head portion is in contact with the drywall structure, characterised in that said at least one magnetic attachment member has a substantially annular shape with an axial opening therethrough.
A hybrid module for a drive train of a vehicle, having an intermediate shaft which is prepared for torque transmission from an internal combustion engine and/or an electric machine to a transmission and which is mounted on an intermediate wall by means of two bearings , wherein a securing element present on a transmission side of the intermediate wall defines the axial position of a torque transmission component which can be attached to the intermediate shaft on the motor side of the intermediate wall , characterised in that a flywheel which is arranged on the transmission side with respect to the intermediate wall and which is connected to the intermediate shaft in a torque-transmitting manner is axially fixed by the securing element , and the flywheel has a flange portion which is arranged between one of the bearings and the intermediate shaft .
A fuel nozzle booth adapted to cradle a fuel dispensing nozzle , the fuel dispensing nozzle being fitted with a fuel nozzle housing , the fuel nozzle housing comprising an electronic device , a first wireless energy receiving component and a second wireless energy receiving component, the fuel nozzle booth comprising: - a first protruding wall arranged to overlap, on a first side of the fuel nozzle housing , the first wireless energy receiving component , when the fuel dispensing nozzle is removably mounted in a cradle over which the fuel nozzle booth is disposed; - a second protruding wall arranged to overlap, on a second side of the fuel nozzle housing opposite the first side, the second wireless energy receiving component disposed in the second side of the fuel nozzle housing , when the fuel dispensing nozzle is removably mounted in the cradle ; - a first wireless energy transmitting component disposed within the first protruding wall ; - a second wireless energy transmitting component disposed within the second protruding wall ; and - circuitry arranged to connect the first wireless energy transmitting component and the second wireless energy transmitting component to a power supply . - a first protruding wall arranged to overlap, on a first side of the fuel nozzle housing , the first wireless energy receiving component , when the fuel dispensing nozzle is removably mounted in a cradle over which the fuel nozzle booth is disposed; - a second protruding wall arranged to overlap, on a second side of the fuel nozzle housing opposite the first side, the second wireless energy receiving component disposed in the second side of the fuel nozzle housing , when the fuel dispensing nozzle is removably mounted in the cradle ; - a first wireless energy transmitting component disposed within the first protruding wall ; - a second wireless energy transmitting component disposed within the second protruding wall ; and - circuitry arranged to connect the first wireless energy transmitting component and the second wireless energy transmitting component to a power supply .
Apparatus for separating extraneous particles of a fluid in a hydraulic circuit, comprising a body wherein a conduit is formed and at least one collecting chamber communicating with the conduit through a narrowed portion of the collecting chamber , wherein at the ends of the conduit connecting means is provided for connecting the conduit to the hydraulic circuit, and wherein in the conduit at least one deflecting element is provided that is arranged along the periphery of the conduit at the narrowed portion of the collecting chamber and which creates a turbulence in the motion of the fluid to direct particles in the fluid to the collecting chamber , characterised in that the deflecting element comprises a flap that extends for a portion of the periphery of the conduit transversely to the axis (X1) of the conduit , wherein the flap is mounted at its ends on two shelves fixed to a tubular element of conduit in the lower part of the conduit above the narrowed portion of the collecting chamber in a cantilevered manner in the conduit to form between the edge of the portion of the periphery of the conduit and the flap a passage for the fluid, so as to induce a variation in the motion of the fluid from laminar motion to turbulent motion.