mhurhangee/patent-ind-claim-en huggingface dataset:
A game controller comprising: a spherical housing ; a joystick protruding from a surface of the spherical housing; an operation section having an operation surface that is capable of being depressed and is integral with the surface of the spherical housing, wherein at least a part of the circumference of the operation surface is continuous with the surface of the housing; and a transmission section transmitting, to outside, information regarding an operation on the joystick and information regarding an operation on the operation section. a spherical housing ; a joystick protruding from a surface of the spherical housing; an operation section having an operation surface that is capable of being depressed and is integral with the surface of the spherical housing, wherein at least a part of the circumference of the operation surface is continuous with the surface of the housing; and a transmission section transmitting, to outside, information regarding an operation on the joystick and information regarding an operation on the operation section.
A heat exchanger for an electronic device (ED) comprising a light module (LM), the heat exchanger characterized in that the heat exchanger comprises: an internal heat exchange portion configured to be adjacently attached to the light module (LM), the internal heat exchange portion including at least one internal heat dissipation channel , the at least one internal heat dissipation channel being connected with a device space (ES) of the electronic device (ED), wherein a high temperature gas flow (HF) generated by the electronic device (ED) is enabled to pass through the device space (ES) and the at least one internal heat dissipation channel ; an external heat exchange portion in thermal contact with the internal heat exchange portion , the external heat exchange portion including an external heat dissipation structure (OS) non-connected with the at least one internal heat dissipation channel , wherein the at least one internal heat dissipation channel is provided between the external heat dissipation structure (OS) and the light module (LM); and a flow generator corresponding to the external heat exchange portion , wherein an ambient air flow (AF) is enabled to pass through the external heat dissipation structure (OS). an internal heat exchange portion configured to be adjacently attached to the light module (LM), the internal heat exchange portion including at least one internal heat dissipation channel , the at least one internal heat dissipation channel being connected with a device space (ES) of the electronic device (ED), wherein a high temperature gas flow (HF) generated by the electronic device (ED) is enabled to pass through the device space (ES) and the at least one internal heat dissipation channel ; an external heat exchange portion in thermal contact with the internal heat exchange portion , the external heat exchange portion including an external heat dissipation structure (OS) non-connected with the at least one internal heat dissipation channel , wherein the at least one internal heat dissipation channel is provided between the external heat dissipation structure (OS) and the light module (LM); and a flow generator corresponding to the external heat exchange portion , wherein an ambient air flow (AF) is enabled to pass through the external heat dissipation structure (OS).
An implant-trialing instrument comprising: a handle including an elongate body and an adjustment input ; and an adjustable implant trial disposed on a distal end of the elongate body and adapted to expand within an intervertebral space in response to input from the adjustment input , the adjustable implant trial including a measurement sensor configured to output an objective measure of intervertebral disc space correlated to implant size, wherein the handle further includes a user interface display including a series of indicator lights to display output from the measurement sensor, and wherein the series of indicator lights are configured to display light patterns indicative of different implant sizes, or wherein the adjustment input includes an implant size indicator and the series of indicator lights are configured to display light patterns indicative of go-no go conditions related to the implant size indicator, wherein the handle includes an embedded controller circuit correlating data received from the adjustment input and the measurement sensor to output information to the user interface display . a handle including an elongate body and an adjustment input ; and an adjustable implant trial disposed on a distal end of the elongate body and adapted to expand within an intervertebral space in response to input from the adjustment input , the adjustable implant trial including a measurement sensor configured to output an objective measure of intervertebral disc space correlated to implant size, wherein the handle further includes a user interface display including a series of indicator lights to display output from the measurement sensor, and wherein the series of indicator lights are configured to display light patterns indicative of different implant sizes, or wherein the adjustment input includes an implant size indicator and the series of indicator lights are configured to display light patterns indicative of go-no go conditions related to the implant size indicator, wherein the handle includes an embedded controller circuit correlating data received from the adjustment input and the measurement sensor to output information to the user interface display .
Device for connecting two clamps each having a rail , with a housing which has two insertion openings directed away from one another, each having an adjoining insertion channel for insertion in each case of a rail , with one large rectangular cross-section which can be attached to the device by means of a locking position in a release position lock bolt , wherein the two insertion channels have corner regions which define a substantially rectangular base cross-section and opposite narrow side surfaces and forming opposite broad side surfaces , characterized by at least one adapter piece which can be inserted into one of the insertion openings and which reduces the free opening cross-section of the insertion channel for insertion of a rail with another cross-sectional surface.
Seat arrangement for a means of transport , in particular for a means of passenger transport, wherein the seat arrangement can be arranged on the means of transport by means of a fastening device , wherein the seat arrangement is intended and suitable for providing a sitting position at standing height, characterized in that the seat arrangement comprises at least one frame element which is arranged on the fastening device by means of at least one mounting axle , wherein at least one mounting axle is accommodated in at least one receiving device of the fastening device , wherein the at least one receiving device is arranged on a fastening element which is designed as an arm element extending along a height axis (Z), 25a, 25b, wherein the at least one frame element is arranged between two receiving devices of the fastening device , wherein each of the receiving devices is arranged on a fastening element , wherein the fastening elements comprise arm elements which extend along the height axis (Z) and which end into a base element .
Timepiece movement component selected from a striking hammer , an oscillating mass rotor , a cam, a zero-resetting heart-piece and a lever, said component comprising a vitro-ceramic comprising a crystalline phase representing at least 50% by volume of said vitro-ceramic, the remainder of the vitro-ceramic being a vitreous matrix, at least 50% of said crystalline phase being of the mica type, the component comprising at least one cavity hollowed out, at least in part, in the vitro-ceramic and at least one second material filling, at least in part, said cavity, said second material being a metal-based material having a density higher than that of the vitro-ceramic.
Spring end grinding machine for grinding spring ends of helical compression springs, comprising: a grinding unit including a pair of grinding wheels having two rotating grinding wheels with a grinding cavity provided between them; a loading unit including at least one loading tray rotating essentially axially parallel to the grinding wheels, the loading tray having a plurality of off-axis spring supports each for receiving one helical compression spring (F); and a control unit for controlling the loading unit and the grinding unit, wherein helical compression springs (F) received in the spring supports are transportable by turning of a loading tray disposed in a working position successively along a grinding path through the grinding cavity and during a processing phase in each case both spring ends of the helical compression springs located in the grinding cavity are at the same time in a contact region in machining engagement with an associated grinding wheel such that a particle flow of removed particles of the material of the helical springs is issued from the contact region, wherein on at least one position of the spring end grinding machine accessible by the particle flow a protection device is attached, characterized in that at least one surface of the protection device exposed to the particle flow is composed of non-ferrous metal, wherein the protection device is a sheet metal or a sheet metal part composed of the non-ferrous metal, or wherein the protection device includes a sheet metal or a sheet metal part provided with a coating composed of the non-ferrous metal. a grinding unit including a pair of grinding wheels having two rotating grinding wheels with a grinding cavity provided between them; a loading unit including at least one loading tray rotating essentially axially parallel to the grinding wheels, the loading tray having a plurality of off-axis spring supports each for receiving one helical compression spring (F); and a control unit for controlling the loading unit and the grinding unit, wherein helical compression springs (F) received in the spring supports are transportable by turning of a loading tray disposed in a working position successively along a grinding path through the grinding cavity and during a processing phase in each case both spring ends of the helical compression springs located in the grinding cavity are at the same time in a contact region in machining engagement with an associated grinding wheel such that a particle flow of removed particles of the material of the helical springs is issued from the contact region, wherein on at least one position of the spring end grinding machine accessible by the particle flow a protection device is attached, characterized in that at least one surface of the protection device exposed to the particle flow is composed of non-ferrous metal, wherein the protection device is a sheet metal or a sheet metal part composed of the non-ferrous metal, or wherein the protection device includes a sheet metal or a sheet metal part provided with a coating composed of the non-ferrous metal.
Fluid treatment apparatus for conducting a physical or chemical reaction in which a slurry and a gas are contacted such that the slurry and at least a component of the gas partake in the physical or chemical reaction, the fluid treatment apparatus comprising at least two chambers being first and second chambers through which a fluid can flow, the two chambers being separated by at least one choke nozzle which has an entrance in the first chamber and an exit in the second chamber, wherein the choke nozzle comprises a converging section at its entrance, a throat section , a backward-facing step immediately after the throat section, and an exit section at its exit which opens into the second chamber wherein the choke nozzle is configured to promote cavitation resulting from choked flow the apparatus being characterized in that the second chamber includes one or more gas inlets having their axes extending transversely in a generally tangential direction relative to slurry flow so that a swirling action of diffusing gas in the slurry results, and in that the exit section diverges with a cone angle of from 1 to 8 degrees.
Textile material having a circuit module and an antenna , wherein the antenna is in the form of an E-field emitter for an operating frequency in the UHF or microwave range and is completely composed of parts of the textile material itself in the form of electrically conductive thread structures, wherein antenna structures of a narrow-strip fabric produced on a needle weaving machine are formed by asymmetrical meander structures which comprise a continuous electrically conductive thread which runs outside the textile material in sections parallel and/or oblique with respect to the warp threads, characterized in that the antenna structure is produced together with the textile material in that the electrically conductive thread is introduced into the narrow-strip fabric as an electrically conductive weft thread between the sections , is arranged between a starting point of the introduction and an active edge within the narrow-strip fabric transverse to warp threads and runs from the starting point of the introduction to the active edge , is fixed there and runs directly back from the active edge to the starting point of the introduction.
An auto changer spindle mounting assembly for mounting a spindle to a computer controlled machining system so that the spindle can be selectively exchanged by an automatic changer device, the spindle mounting assembly comprising: a gas inlet assembly ; a mounting collar that defines a collar opening therethrough between a first side and a second side of the mounting collar for receiving a portion of the spindle, the collar opening including a nipple opening , wherein the mounting collar further defines a collar passage in fluid communication with the gas inlet assembly and the collar opening , which collar passage is configured to direct fluid into the collar opening through the nipple opening and a lock screw inside the nipple opening serves to secure the spindle to the mounting collar ; a manifold body with a gas outlet adapted to mate with the gas inlet assembly of the collar , the manifold body defines a manifold passage in fluid communication between the gas outlet and a manifold body inlet; and at least one extension bar adapted to mechanically fasten the manifold body to a computer controlled machining system. a gas inlet assembly ; a mounting collar that defines a collar opening therethrough between a first side and a second side of the mounting collar for receiving a portion of the spindle, the collar opening including a nipple opening , wherein the mounting collar further defines a collar passage in fluid communication with the gas inlet assembly and the collar opening , which collar passage is configured to direct fluid into the collar opening through the nipple opening and a lock screw inside the nipple opening serves to secure the spindle to the mounting collar ; a manifold body with a gas outlet adapted to mate with the gas inlet assembly of the collar , the manifold body defines a manifold passage in fluid communication between the gas outlet and a manifold body inlet; and at least one extension bar adapted to mechanically fasten the manifold body to a computer controlled machining system.
Method for producing a housing for an electric drive with a drum-shaped circumferential wall and a radially running base , wherein in the region of the base radially outward-protruding fastening lugs are arranged, a tubular workpiece is clamped on a flow forming machine and set into rotation, by feeding and axially passing a forming roller the tubular workpiece is reduced at least in some regions in the wall thickness and in doing so is lengthened axially, and an end region , on which the fastening lugs are designed, remains unchanged in its wall thickness or the wall thickness is additionally thickened through upsetting, and characterized in that - on the end region of the tubular workpiece at least one forming roller is fed axially, wherein material is displaced radially outwards, and - in that the fastening lugs are shaped out of the displaced material. - on the end region of the tubular workpiece at least one forming roller is fed axially, wherein material is displaced radially outwards, and - in that the fastening lugs are shaped out of the displaced material.
A method for incinerating fluorine- and noble-metal-containing waste in a chamber furnace, characterized in that the fluorine content of the waste is in the range of from >5 to 70 wt.% and the noble metal content of the waste is in the range of from 0.1 to 30 wt.%, and in that the furnace chamber of the chamber furnace is lined with a chrome corundum material comprising ≥80 wt.% alpha-Al 2 O 3 , 1 to 20 wt.% Cr 2 O 3 and 0 to 5 wt.% SiO 2 .
A method of obtaining a calibrated measurement of a sample using an integrating cavity, comprising: obtaining sample spectral information by using the integrating cavity with the sample placed inside the integrating cavity; obtaining first cavity-characterizing spectral information generated by using the integrating cavity with a standard object; obtaining a measurement result from the sample spectral information by employing a mathematical process that takes cavity-characterizing spectral information as input, and after obtaining the first cavity-characterizing spectral information, obtaining a second cavity-characterizing spectral information by using the integrating cavity with the standard object and comparing it to the first cavity-characterizing spectral information, and responsive to the comparison indicating that the second cavity-characterizing spectral information differs from the first cavity-characterizing spectral information, using the second cavity-characterizing spectral information for obtaining the measurement result, and using the first cavity-characterizing spectral information for obtaining the measurement result otherwise, wherein the standard object comprises an object with an optically black layer thereon. obtaining sample spectral information by using the integrating cavity with the sample placed inside the integrating cavity; obtaining first cavity-characterizing spectral information generated by using the integrating cavity with a standard object; obtaining a measurement result from the sample spectral information by employing a mathematical process that takes cavity-characterizing spectral information as input, and after obtaining the first cavity-characterizing spectral information, obtaining a second cavity-characterizing spectral information by using the integrating cavity with the standard object and comparing it to the first cavity-characterizing spectral information, and responsive to the comparison indicating that the second cavity-characterizing spectral information differs from the first cavity-characterizing spectral information, using the second cavity-characterizing spectral information for obtaining the measurement result, and using the first cavity-characterizing spectral information for obtaining the measurement result otherwise, wherein the standard object comprises an object with an optically black layer thereon.
An aircraft propulsion system comprising: a propulsion motor ; wiring configured to carry electrical power for the propulsion motor; and characterised in that the propulsion system further comprises an electromagnetic shielding arrangement which provides an enclosure around the wiring and is configured to block electromagnetic emissions from the wiring, the electromagnetic shielding arrangement comprising: a first shield ; a second shield which can move relative to the first shield; and a gap between the first shield and the second shield , wherein the gap is configured to enable air to flow into or out of the enclosure via the gap , wherein the gap is configured to enable air to flow into the enclosure via the gap and into contact with the wiring, thereby cooling the wiring. a first shield ; a second shield which can move relative to the first shield; and a gap between the first shield and the second shield , wherein the gap is configured to enable air to flow into or out of the enclosure via the gap , wherein the gap is configured to enable air to flow into the enclosure via the gap and into contact with the wiring, thereby cooling the wiring.
An internal combustion engine having a variable valve drive , a first gas exchange valve, in particular outlet valve , and a second gas exchange valve, in particular outlet valve , wherein the variable valve drive comprises: a sliding cam system having: an axially displaceable cam carrier which, for the first gas exchange valve, has a first cam and a second cam offset axially with respect thereto, and, for the second gas exchange valve, has a third cam and a fourth cam offset axially with respect thereto, wherein: depending on an axial position of the cam carrier either the first cam is positioned for actuating the first gas exchange valve and the third cam is positioned for actuating the second gas exchange valve or the second cam is positioned for actuating the first gas exchange valve and the fourth cam is positioned for actuating the second gas exchange valve; the first cam , the second cam , the third cam and the fourth cam differ from a zero lift cam; the first cam and the third cam are identical in design; and the second cam and the fourth cam differ in design. depending on an axial position of the cam carrier either the first cam is positioned for actuating the first gas exchange valve and the third cam is positioned for actuating the second gas exchange valve or the second cam is positioned for actuating the first gas exchange valve and the fourth cam is positioned for actuating the second gas exchange valve; the first cam , the second cam , the third cam and the fourth cam differ from a zero lift cam; the first cam and the third cam are identical in design; and the second cam and the fourth cam differ in design.
An independently mountable sensor system for a wet-mateable subsea connector or a dry-mateable subsea connector comprising at least one of a receptacle connector body or a plug connector body ; the sensor system comprising a pressure vessel ; one or more sensors , a power source , a transmitter , a processor unit and a memory within the pressure vessel, wherein the pressure inside the pressure vessel is maintained at a predetermined pressure; wherein the sensor system further comprises an antenna ; wherein the pressure vessel comprises an electromagnetically transparent section to permit electromagnetic waves to pass between the sensor system and an external receiver; wherein the sensor system is configured to be mounted between a back end and a front end of the receptacle connector body, or between a back end and a front end of the plug connector body; or configured to be mounted to the connector body back end .