mhurhangee/patent-ind-claim-en huggingface dataset:
A waste water air stop valve, comprising: a housing comprising an inlet and an outlet ; a movable valve body positioned to open or close the outlet, depending upon a pressure condition differential between the inlet and the outlet; the movable valve body comprising first and second openings, the first opening supporting a first piston and the second opening supporting a second piston , the first and second pistons associated via a member shaped as a bar and having a first end operably connected to the first piston and a second end operably connected to the second piston , wherein raised movement of the first end of the member causes raising of the first piston and lowering of the second piston, wherein raised movement of the second end of the bar causes raising of the second piston and lowering of the first piston; the member secured to a float at a securement point , the securement point positioned closer to the second end of the bar than the first; wherein fluid entering the inlet accumulates in a housing cavity until the fluid reaches a level that causes flotation of the float, wherein flotation of the float causes raising of the securement point end of the bar, causing raised movement of the second piston, wherein raised movement of the second piston allows fluid to flow past the second piston and through the outlet. a housing comprising an inlet and an outlet ; a movable valve body positioned to open or close the outlet, depending upon a pressure condition differential between the inlet and the outlet; the movable valve body comprising first and second openings, the first opening supporting a first piston and the second opening supporting a second piston , the first and second pistons associated via a member shaped as a bar and having a first end operably connected to the first piston and a second end operably connected to the second piston , wherein raised movement of the first end of the member causes raising of the first piston and lowering of the second piston, wherein raised movement of the second end of the bar causes raising of the second piston and lowering of the first piston; the member secured to a float at a securement point , the securement point positioned closer to the second end of the bar than the first; wherein fluid entering the inlet accumulates in a housing cavity until the fluid reaches a level that causes flotation of the float, wherein flotation of the float causes raising of the securement point end of the bar, causing raised movement of the second piston, wherein raised movement of the second piston allows fluid to flow past the second piston and through the outlet.
A signal encoder comprising • an input for receiving a signal comprising frames, each frame comprising sequential samples, and • an output for providing an encoded signal, the signal encoder further comprising: • a segmenter comprising an input for receiving the signal and being arranged for segmenting the sequential samples of a frame into segments comprising n sequential samples, • an approximator comprising an input for receiving segments from the segmenter and seed values and an output for providing an encoded signal comprising for each segment a set of predictor model parameters to the output of the encoder, the approximator being arranged to predict samples of a first segment starting from a first seed sample having a first seed value and determine a first set of predictor model parameters by approximating the n sequential samples of the first segment using a first predictor model and subsequently to predict samples of a second segment, subsequent to the first segment, starting from a second seed sample having a second seed value and determine a second set of predictor model parameters by predicting the n sequential samples of the second segment using a second predictor model, characterized in that the second seed value equals a predicted value of a last sample n of the first segment. • an input for receiving a signal comprising frames, each frame comprising sequential samples, and • an output for providing an encoded signal, • a segmenter comprising an input for receiving the signal and being arranged for segmenting the sequential samples of a frame into segments comprising n sequential samples, • an approximator comprising an input for receiving segments from the segmenter and seed values and an output for providing an encoded signal comprising for each segment a set of predictor model parameters to the output of the encoder,
Plug connection for pipes with an outer part having a receiving bore , an inner part having a through bore , which inner part can be inserted into the receiving bore of the outer part with a plug-in pin present at its free end, the plug-in pin having a locking groove which, in an joined together state of the plug connection , is at least partially aligned with openings arranged on the outer part and designed as slots , and having a retaining member , which has elastically deformable legs , which, in a locking position, are guided through the slots and project into the receiving bore of the outer part and which can be brought into engagement with the locking groove of the plug-in pin by elastic deformation, the slots being inclined at least in sections with respect to a plane extending perpendicularly to the longitudinal axis of the outer part , and the locking groove being designed in such a way that the legs , when engaging in the locking groove , are supported on a side surface thereof and a support surface of the outer part , so that the plug-in pin is locked against being pulled out of the receiving bore , characterized in that a support member which revolves around the inner part and is brought into positive engagement with an annular bead or a recess of the inner part , is supported in the assembled state of the plug connection in the axial direction on the one hand on the outer part and on the other hand on the inner part and is clamped in the assembled state.
An apparatus for implant-bar-supported restoration , the apparatus comprising a superstructure and a plurality of dental bars , wherein at least two of the plurality of dental bars have different shapes or different sizes, wherein the superstructure is coupled with the plurality of dental bars, wherein each of the plurality of dental bars comprises at least one implant interface and a beam structure , and wherein the at least one implant interface is protrudingly formed from a bottom surface of the beam structure and shaped and configured to be inserted into a dental implant fixed to a patient's gum, the apparatus for implant-bar-supported restoration is characterized in that : a buccal side surface of the beam structure is inclined with respect to a top surface of the dental bar such that buccal side surfaces of all of the beam structures of the plurality of dental bars have a same angulation. wherein at least two of the plurality of dental bars have different shapes or different sizes, wherein the superstructure is coupled with the plurality of dental bars, wherein each of the plurality of dental bars comprises at least one implant interface and a beam structure , and wherein the at least one implant interface is protrudingly formed from a bottom surface of the beam structure and shaped and configured to be inserted into a dental implant fixed to a patient's gum, the apparatus for implant-bar-supported restoration is characterized in that : a buccal side surface of the beam structure is inclined with respect to a top surface of the dental bar such that buccal side surfaces of all of the beam structures of the plurality of dental bars have a same angulation.
A method for driving a solid oxide fuel cell comprising an anode, a cathode, and an electrolyte provided between the anode and the cathode and containing a ceria-based metal oxide, the method comprising: adjusting the solid oxide fuel cell to a driving temperature; reducing NiO of the anode to Ni by supplying a gas containing oxygen to the cathode and supplying a gas containing hydrogen to the anode; oxidizing the electrolyte by supplying the gas containing oxygen to the cathode and stopping the supply of the gas containing hydrogen to the reduced anode; and driving the solid oxide fuel cell by supplying a gas containing oxygen to the cathode and supplying a gas containing hydrogen to the reduced anode. adjusting the solid oxide fuel cell to a driving temperature; reducing NiO of the anode to Ni by supplying a gas containing oxygen to the cathode and supplying a gas containing hydrogen to the anode; oxidizing the electrolyte by supplying the gas containing oxygen to the cathode and stopping the supply of the gas containing hydrogen to the reduced anode; and driving the solid oxide fuel cell by supplying a gas containing oxygen to the cathode and supplying a gas containing hydrogen to the reduced anode.
Part comprising fastening means for fastening to another part so as to form all or part of a ball game board ; the part comprising a plurality of cavities arranged in a two-dimensional ordered array on a first surface of said part, each cavity being designed to receive a ball; said part comprising means for reversible fastening to another similar part along a fastening border ; characterized in that said fastening means are formed by: - a plurality of overhangs each comprising at least one cavity of said plurality of cavities; and - a plurality of indentations designed to receive the overhangs from another similar part. - a plurality of overhangs each comprising at least one cavity of said plurality of cavities; and - a plurality of indentations designed to receive the overhangs from another similar part.
A method of forming an edible piece comprising the steps of: a) providing a first continuous belt moving on a belt path and having at least one cutout in a cross-sectional surface thereof and a second continuous belt having a portion positioned below the cross-sectional surface of the first continuous belt in an engaging relationship therewith at a first position in the belt path so as to form a bottom portion of the at least one cutout and create a fill cavity having walls defined by the cutout; b) adding an edible mass to the fill cavity to form an edible blank; c) transporting the fill cavity and the edible blank to a second position on the belt path; d) cooling to at least partially set the edible blank; e) separating the first continuous belt from the second continuous belt at the second position on the belt path; f) releasing the edible blank from the first or second continuous belt; g) transporting the edible blank to a forming station; h) contacting the edible blank with a rigid member to impart contour to the edible blank to form a contoured edible piece; and i) removing the contoured edible piece from the rigid member. a) providing a first continuous belt moving on a belt path and having at least one cutout in a cross-sectional surface thereof and a second continuous belt having a portion positioned below the cross-sectional surface of the first continuous belt in an engaging relationship therewith at a first position in the belt path so as to form a bottom portion of the at least one cutout and create a fill cavity having walls defined by the cutout; b) adding an edible mass to the fill cavity to form an edible blank; c) transporting the fill cavity and the edible blank to a second position on the belt path; d) cooling to at least partially set the edible blank; e) separating the first continuous belt from the second continuous belt at the second position on the belt path; f) releasing the edible blank from the first or second continuous belt; g) transporting the edible blank to a forming station; h) contacting the edible blank with a rigid member to impart contour to the edible blank to form a contoured edible piece; and i) removing the contoured edible piece from the rigid member.
An electric valve comprising a valve main body including a valve chamber and a valve port to which a valve seat is attached and a valve body changing a flow rate of a fluid flowing through the valve port in accordance with a lift amount, wherein - an inverted truncated cone surface of a seating surface portion of the valve body contacts with the valve seat when the electric valve is in a closed position and - a curved surface portion of the valve body having a base end portion is inserted into the valve port and has a curvature or a control angle increasing continuously or in stages toward a tip that is disposed in one end of the valve body , wherein the control angle is a crossing angle with a line parallel to a central axis of the valve body , and - a constricted surface portion of the valve body smaller in outer diameter than the base end portion of the curved surface portion is provided between the inverted truncated cone surface of the seating surface portion and the base end portion of the curved surface portion , wherein - an inner diameter (φB) of the valve seat is larger than an outer diameter (φA1) of an inner edge of a lower end portion of the inverted truncated cone surface of the seating surface portion of the valve body , and - the outer diameter (φA1) of the inner edge of the lower end portion of the inverted truncated cone surface of the seating surface portion is larger than an outer diameter (φA2) of the base end portion of the curved surface portion . - an inverted truncated cone surface of a seating surface portion of the valve body contacts with the valve seat when the electric valve is in a closed position and - a curved surface portion of the valve body having a base end portion is inserted into the valve port and has a curvature or a control angle increasing continuously or in stages toward a tip that is disposed in one end of the valve body , wherein the control angle is a crossing angle with a line parallel to a central axis of the valve body , and - a constricted surface portion of the valve body smaller in outer diameter than the base end portion of the curved surface portion is provided between the inverted truncated cone surface of the seating surface portion and the base end portion of the curved surface portion , wherein - an inner diameter (φB) of the valve seat is larger than an outer diameter (φA1) of an inner edge of a lower end portion of the inverted truncated cone surface of the seating surface portion of the valve body , and - the outer diameter (φA1) of the inner edge of the lower end portion of the inverted truncated cone surface of the seating surface portion is larger than an outer diameter (φA2) of the base end portion of the curved surface portion .
A device for measuring and determining relevant parameters for adjusting the direction of travel (δA1, δA2) of two steerable axles (A1, A2) of a vehicle relative to each other, whereby the adjustment of the direction of travel (δA1, δA2) of both steerable axles (A1, A2) is part of the adjustment of the parameters of the chassis alignment of the car and whereby the both steerable axles (A1, A2) are coupled mechanically, characterized in that only one measuring unit for measuring the individual toe angle (SpA1 links , SpA2 rechts ) of a wheel associated with said measuring unit is present on each side of the vehicle in such a way that a first measuring unit is assigned to the wheel of the of the steerable axles (A1, A2) on the vehicle's left hand side and that a second measuring unit is assigned to the wheel of the second of the steerable axles (A2, A1) on the vehicle's right hand side, the output signals of the measuring units are fed to an evaluation unit , the difference Δ in the direction of travel (δA1, δA2) of the two steerable axles (A1, A2), or a parameter representing this difference Δ, being determined in a evaluating unit form the signals supplied form the measuring units and being provided as an output signal the evaluating unit for setting the directions of travel by adjusting the mechanical coupling.
A blind rivet electric setting tool, comprising: a pull-riveting system; a screw rod transmission system comprising a ball screw rod having a hollow structure, a screw rod nut connected at the rear end of the ball screw rod , and a front bearing support in which the screw rod nut is provided; a planet gear reducer; a power motor assembly comprising a motor and a hollow motor shaft ; and a broken mandrel collection barrel provided at a rear end of the power motor assembly; wherein central lines of the power motor assembly, the planet gear reducer, the screw rod transmission system, and the pull-riveting system are on the same axis as a riveting direction; characterized in that : - the screw rod transmission system further comprises an idler wheel positioning block provided on the front bearing support and fixed at a front end of the ball screw rod , a rear bearing support connected to the front bearing support , and a connection shaft passing through the rear bearing support and i fixed to the screw rod nut , - the hollow motor shaft is shaped at its front end to form a motor gear ; - the planet gear reducer comprises a sun gear 1 and a sun gear II configured to have hollow structures. a pull-riveting system; a screw rod transmission system comprising a ball screw rod having a hollow structure, a screw rod nut connected at the rear end of the ball screw rod , and a front bearing support in which the screw rod nut is provided; a planet gear reducer; a power motor assembly comprising a motor and a hollow motor shaft ; and a broken mandrel collection barrel provided at a rear end of the power motor assembly; wherein central lines of the power motor assembly, the planet gear reducer, the screw rod transmission system, and the pull-riveting system are on the same axis as a riveting direction; characterized in that : - the screw rod transmission system further comprises an idler wheel positioning block provided on the front bearing support and fixed at a front end of the ball screw rod , a rear bearing support connected to the front bearing support , and a connection shaft passing through the rear bearing support and i fixed to the screw rod nut , - the hollow motor shaft is shaped at its front end to form a motor gear ; - the planet gear reducer comprises a sun gear 1 and a sun gear II configured to have hollow structures. - the screw rod transmission system further comprises an idler wheel positioning block provided on the front bearing support and fixed at a front end of the ball screw rod , a rear bearing support connected to the front bearing support , and a connection shaft passing through the rear bearing support and i fixed to the screw rod nut , - the hollow motor shaft is shaped at its front end to form a motor gear ; - the planet gear reducer comprises a sun gear 1 and a sun gear II configured to have hollow structures.
A method of coordinating transmission of a downlink Positioning Reference Signal, DL-PRS, resource for positioning a User Equipment, UE, in a wireless communication network, the method comprising: obtaining , at a location server, an indication that a velocity of the UE exceeds a threshold; responsive to obtaining the indication, determining , at the location server, a PRS configuration in which a Tracking Reference Signal, TRS, is used as a Quasi-Collocation, QCL, reference for the DL-PRS resource, wherein: the determining comprises: (i) selecting the TRS from an existing TRS configuration obtained from a Transmission Reception Point, TRP, that is configured to transmit the TRS and the DL-PRS resource, or (ii) sending configuration information regarding the DL-PRS resource to the TRP and receiving, in response, information regarding the TRS; and sending the PRS configuration from the location server to the UE. obtaining , at a location server, an indication that a velocity of the UE exceeds a threshold; responsive to obtaining the indication, determining , at the location server, a PRS configuration in which a Tracking Reference Signal, TRS, is used as a Quasi-Collocation, QCL, reference for the DL-PRS resource, wherein: the determining comprises: (i) selecting the TRS from an existing TRS configuration obtained from a Transmission Reception Point, TRP, that is configured to transmit the TRS and the DL-PRS resource, or (ii) sending configuration information regarding the DL-PRS resource to the TRP and receiving, in response, information regarding the TRS; and sending the PRS configuration from the location server to the UE.
Permanent-magnet line-start motor, preferably having a power of at least 5 kW, comprising: a rotor, and a stator having a stator winding, wherein the stator winding is embodied as a changeable-pole rotating field winding, wherein the changeable-pole rotating field winding comprises a first winding stage and a second winding stage, which winding stages can be operated separately from one another, and the first winding stage has a number of start-up pole pairs p 1 , which is not equal to a number of operating pole pairs p 2 of the second winding stage, and the motor comprises a sequence controller, which is designed to perform a targeted winding changeover of the changeable-pole rotating field winding during a switch-on process of the motor, wherein the targeted winding changeover takes place from the first winding stage for the run-up of the motor to the second winding stage for the synchronous operation of the motor, characterized in that a ballast circuit for reducing a voltage is arranged between a supply system voltage line and the stator winding in order to limit an inrush current or a restart current. a rotor, and a stator having a stator winding, wherein the stator winding is embodied as a changeable-pole rotating field winding, wherein the changeable-pole rotating field winding comprises a first winding stage and a second winding stage, which winding stages can be operated separately from one another, and the first winding stage has a number of start-up pole pairs p 1 , which is not equal to a number of operating pole pairs p 2 of the second winding stage, and the motor comprises a sequence controller, which is designed to perform a targeted winding changeover of the changeable-pole rotating field winding during a switch-on process of the motor, wherein the targeted winding changeover takes place from the first winding stage for the run-up of the motor to the second winding stage for the synchronous operation of the motor, characterized in that a ballast circuit for reducing a voltage is arranged between a supply system voltage line and the stator winding in order to limit an inrush current or a restart current.