mhurhangee/patent-ind-claim-en huggingface dataset:
A portable chair comprising: a first front leg and a second front leg connected by a front sled ; a first back leg and a second back leg connected by a back sled ; a seat frame pivotally engaged with the first front leg and the second front leg , wherein the seat frame includes a forward rail , a rear rail opposite the forward rail , a first seat side rail extending between the forward rail and the rear rail , and a second seat side rail extending between the forward rail and the rear rail opposite the first seat side rail ; a fabric retention member attached to the seat frame , wherein the fabric retention member includes a rounded exterior surface , a first interior cavity , and a second interior cavity , wherein the first interior cavity engages a portion of the seat frame , wherein the first interior cavity has a partial cylindrical shape and the second interior cavity has a partial cylindrical shape, and wherein the first interior cavity has a larger radius than the second interior cavity ; and a fabric member having a first end secured to the seat frame by the fabric retention member, wherein the first end of the fabric member is secured in the second interior cavity of the fabric retention member , and the fabric member wraps around a portion of the rounded exterior surface of the fabric retention member before extending across an unsupported region of the seat frame . a first front leg and a second front leg connected by a front sled ; a first back leg and a second back leg connected by a back sled ; a seat frame pivotally engaged with the first front leg and the second front leg , wherein the seat frame includes a forward rail , a rear rail opposite the forward rail , a first seat side rail extending between the forward rail and the rear rail , and a second seat side rail extending between the forward rail and the rear rail opposite the first seat side rail ; a fabric retention member attached to the seat frame , wherein the fabric retention member includes a rounded exterior surface , a first interior cavity , and a second interior cavity , wherein the first interior cavity engages a portion of the seat frame , wherein the first interior cavity has a partial cylindrical shape and the second interior cavity has a partial cylindrical shape, and wherein the first interior cavity has a larger radius than the second interior cavity ; and a fabric member having a first end secured to the seat frame by the fabric retention member, wherein the first end of the fabric member is secured in the second interior cavity of the fabric retention member , and the fabric member wraps around a portion of the rounded exterior surface of the fabric retention member before extending across an unsupported region of the seat frame .
Central clutch operator for a hydraulic or pneumatic clutch actuating device, preferably for a motor vehicle, the central clutch operator being connected fixedly to a clutch unit so as to rotate with it, and having an annular pressure space , in which an axially movable piston (6; 34, 35) is mounted which is operatively connected to a clutch (10; 24, 25), it being possible for the piston (6; 34, 35) to be actuated by way of a fluid which is introduced into the pressure space by way of a pressure line which is connected to a stationary adapter housing which comprises an input shaft , the adapter housing having at least one rotary leadthrough (22; 39, 40, 41) for absorbing the rotational movement of the clutch (10; 24, 25), a transmission being arranged between the clutch and the adapter housing , the input shaft which comprises the pressure line being routed from the adapter housing through the transmission as far as a clutch operator housing which forms the pressure space and on which the pressure line is fixed, and the pressure line being routed through the input shaft to the pressure space .
Multifunctional pocket knife consisting of a handle formed of two integral sides providing at least one storage space for folding tools each pivoting around the connecting pins respectively arranged at each end of the handle , said storage space comprising at least one return spring arranged to fix said tool in the active open position respectively in the closed inactive position, characterized in that one of the tools consists of a pair of scissors extending along the longitudinal axis of said knife , consisting of two flat blades (9, 9 ') each comprising a cutting edge and both pivoting around the same axis , in that the pivoting end of each of said blades cooperates with a return spring , said spring ensuring that the blade is maintained in the active and open position respectively inactive and closed, said spring exerting an elastic force on the blade sufficient to keep the pair of scissors open once deployed, in that one of the blades has on the internal face of its end a pin cooperating with a recess provided through the pivoting end of the other blade, and in that the stroke of the pin in the recess determines the maximum spacing of the blades and .
Method for preparing workpieces made from a sheet-like material, in particular sheet metal, for automated stacking, comprising a machine tool , which has a workpiece support and at least one machining tool for machining the workpiece resting on the workpiece support , and comprising a handling device , by means of which the workpiece is removed from the workpiece support and stacked in a magazine or transferred to a downstream workstation, and at least one additional stacking element is attached to the workpiece , by means of which the workpieces are stackable on top of one another and which is removed from the respective workpiece before or after the at least one downstream process or after the workpieces have been stacked, characterised in that - as the stacking element there is provided at least one supporting element on or abutting the workpiece , by means of which the one workpiece is stacked on top of the further workpiece in a tilt-free manner, and the supporting element is mounted directly on or abutting the workpiece by means of a predetermined breaking point , which is designed as a weak welding point, or - as the stacking element there is formed at least one connecting element , which can be joined to the workpiece by means of a micro joint connection as the predetermined breaking point. - as the stacking element there is provided at least one supporting element on or abutting the workpiece , by means of which the one workpiece is stacked on top of the further workpiece in a tilt-free manner, and the supporting element is mounted directly on or abutting the workpiece by means of a predetermined breaking point , which is designed as a weak welding point, or - as the stacking element there is formed at least one connecting element , which can be joined to the workpiece by means of a micro joint connection as the predetermined breaking point.
A mobile device configured to: wirelessly connect to a user input device , wherein the user input device is a second mobile device; select at least one content server computing device to host a streaming session with the mobile device and at least one media player ; establish a streaming session with the at least one content server computing device ; receive input from the user input device , the input including instructions to control interactive streaming media content provided by the at least one content server computing device ; generate, by the mobile device , a representation of the input; and relay, to the at least one content server computing device , the generated representation of the input, wherein the generated representation of the input includes a plurality of redundant packets of the same data for the input, and wherein the representation of the input is used to control interactive streaming media content displayed on a device other than the mobile device , including the at least one media player , and provided by the at least one content server computing device . wirelessly connect to a user input device , wherein the user input device is a second mobile device; select at least one content server computing device to host a streaming session with the mobile device and at least one media player ; establish a streaming session with the at least one content server computing device ; receive input from the user input device , the input including instructions to control interactive streaming media content provided by the at least one content server computing device ; generate, by the mobile device , a representation of the input; and relay, to the at least one content server computing device , the generated representation of the input, wherein the generated representation of the input includes a plurality of redundant packets of the same data for the input, and wherein the representation of the input is used to control interactive streaming media content displayed on a device other than the mobile device , including the at least one media player , and provided by the at least one content server computing device .
A process for forming substantially dust-free additive granules, comprising the steps of: a. extruding or otherwise processing an additive or blend of additives to provide a substrate; b. cooling the substrate; c. conveying the substrate onto a profiled surface; and d. fragmenting the substrate into granules by means of a first rotating roller bearing on the substrate on the profiled surface, wherein the process excludes an impressing step, wherein the first rotating roller has a profiled outer surface, wherein the profiled surface is provided by an outer surface of a second rotating roller, wherein the profiled outer surface of the first rotating roller and the profiled surface comprise teeth, and wherein the teeth on the outer surface of the first rotating roller engage in a complementary manner with the teeth on the profiled surface. a. extruding or otherwise processing an additive or blend of additives to provide a substrate; b. cooling the substrate; c. conveying the substrate onto a profiled surface; and d. fragmenting the substrate into granules by means of a first rotating roller bearing on the substrate on the profiled surface,
An analog-to-digital converter protection circuit, comprising an analog switch, an analog-to-digital converter, a controller, and a series circuit, wherein the series circuit comprises at least two resistors connected in series; a head end of the series circuit is configured to be connected to an output end of a bi-directional optical sub-assembly, BOSA, a tail end of the series circuit is configured to be grounded, a ground-distant end of each resistor in the series circuit is connected to a different sampling end of the analog switch, an output end of the analog switch is connected to an input end of the analog-to-digital converter, an output end of the analog-to-digital converter is connected to an input end of the controller, and a first output end of the controller is connected to a control end of the analog switch; the series circuit is configured to convert a photocurrent outputted by the BOSA into an analog voltage, the different sampling end is configured to sample the analog voltage outputted by the series circuit, the analog switch is configured to output, to the analog-to-digital converter, an analog voltage sampled by a conduction sampling end of the analog switch, and a first sampling end serves as the conduction sampling end to conduct to the output end of the analog switch; the analog-to-digital converter is configured to: perform analog-to-digital conversion on the analog voltage sampled by the conduction sampling end to generate a digital voltage, and output the digital voltage to the controller; and the controller is configured to: when the digital voltage is greater than or equal to a first preset voltage threshold, output a first control signal to the analog switch, wherein the first control signal is used to trigger the analog switch to control a second sampling end to serve as the conduction sampling end to conduct to the output end of the analog switch, and an analog voltage sampled by the second sampling end is less than an analog voltage sampled by the first sampling end; and when the digital voltage is less than the first preset voltage threshold, control a second output end of the controller to output the digital voltage, wherein the first preset voltage threshold falls within a sampling voltage range of the analog-to-digital converter.
Boat with an on-board system comprising an on-board electrical system with an electric motor for driving the boat and a device for providing electrical energy for an electrical consumer and/or for charging a battery, in particular a battery bank , wherein the device comprises a combustion engine with an engine control device for controlling the combustion engine and a direct current generator coupled to the combustion engine with a generator control device for controlling the direct current generator , wherein a controller is provided, which is configured to set an engine set point to the engine control device and a generator set point to the generator control device , in order to control the combustion engine on the basis of the engine set point and the direct current generator on the basis of the generator set point in a range independently of each other, wherein the controller is configured so as to determine, for a specified power range, an engine set point in the form of a constant speed setting on the basis of a power requirement from the on-board electrical system and to increase the constant speed setting only if the specified power range is exceeded, and wherein the controller is configured so as to determine a generator set point in the form of a voltage setting, current setting or power setting on the basis of the power requirement from the on-board electrical system at constant speed setting, wherein the controller sets the constant speed setting for the engine set point to the engine control device and the voltage setting, current setting or power setting for the generator set point to the generator control device .
A prosthetic heart valve device comprising: an anchoring member having an annular fixation frame with an upstream portion and a downstream portion ; a tubular valve support having a first portion coupled to the downstream portion of the fixation frame and a second portion spaced radially inward from the upstream portion of the fixation frame; a valve assembly coupled to the valve support and having at least one leaflet movable from a closed position in which blood flow is blocked through the valve support and an open position in which blood flow is allowed through the valve support in a downstream direction; and an extension member coupled to the fixation frame and extending radially outward therefrom, wherein the extension member includes a plurality of wires , characterized in that at least a portion of the wires include an inner core surrounded by an outer material , and wherein (a) the inner core is a first material, (b) the outer material is a second material different than the first material and has a thickness, (c) the wires include a plurality of recesses extending through at least a portion of the thickness of the outer material, and (d) a therapeutic agent in the recesses for delivery to the anatomy when the prosthetic heart valve device is positioned at a native annulus, or (d) a radiopaque material in the recesses. an anchoring member having an annular fixation frame with an upstream portion and a downstream portion ; a tubular valve support having a first portion coupled to the downstream portion of the fixation frame and a second portion spaced radially inward from the upstream portion of the fixation frame; a valve assembly coupled to the valve support and having at least one leaflet movable from a closed position in which blood flow is blocked through the valve support and an open position in which blood flow is allowed through the valve support in a downstream direction; and an extension member coupled to the fixation frame and extending radially outward therefrom, wherein the extension member includes a plurality of wires , characterized in that at least a portion of the wires include an inner core surrounded by an outer material , and wherein (a) the inner core is a first material, (b) the outer material is a second material different than the first material and has a thickness, (c) the wires include a plurality of recesses extending through at least a portion of the thickness of the outer material, and (d) a therapeutic agent in the recesses for delivery to the anatomy when the prosthetic heart valve device is positioned at a native annulus, or (d) a radiopaque material in the recesses.
A vial access cap comprising: a connector having an opening for providing access to a fluid pathway; a canella extending into an interior of a vial , the canella having a fluid lumen operatively coupled to the fluid pathway and a gas lumen ; and a gravity-assisted valve comprising a valve body defining an elongated valve cavity , a first port , a second port operatively coupled to the gas lumen , and a valve member movable between a sealable end of the elongated valve cavity proximal to the first port and a non- sealable end of the elongated valve cavity proximal to the second port , wherein the opening of the connector further provides sealable access to a gas pathway, the gas pathway extends from an interstitial space of the connector to the first port , wherein the first port is operatively coupled to the gas pathway, and wherein the gas pathway further extends from the second port to an interior volume of the vial . a connector having an opening for providing access to a fluid pathway; a canella extending into an interior of a vial , the canella having a fluid lumen operatively coupled to the fluid pathway and a gas lumen ; and a gravity-assisted valve comprising a valve body defining an elongated valve cavity , a first port , a second port operatively coupled to the gas lumen , and a valve member movable between a sealable end of the elongated valve cavity proximal to the first port and a non- sealable end of the elongated valve cavity proximal to the second port , wherein the opening of the connector further provides sealable access to a gas pathway, the gas pathway extends from an interstitial space of the connector to the first port , wherein the first port is operatively coupled to the gas pathway, and wherein the gas pathway further extends from the second port to an interior volume of the vial .
A waterproof sound-permeable membrane (10; 40) adapted to permit passage of sound and prevent entry of water, the waterproof sound-permeable membrane (10; 40) comprising a sound-permeation region (11; 41) comprising a polytetrafluoroethylene membrane , wherein the polytetrafluoroethylene membrane has an average pore diameter of 0.02 μm or more and 0.1 μm or less as measured according to ASTM F316-86 and has a porosity of 5% or more and 25% or less, and wherein the polytetrafluoroethylene membrane has a structure having a non-porous base material and pores formed in the base material.
A compound represented by the following Chemical Formula I, a racemate or a stereoisomer thereof, or a pharmaceutically acceptable salt thereof: wherein, R 1 is C 1-6 alkyl, and R 2 and R 3 are each independently hydrogen. R 1 is C 1-6 alkyl, and R 2 and R 3 are each independently hydrogen.
A conveying device comprising: a sensor configured to read a sheet (S) to be conveyed; a first conveyor arranged on an upstream side from the sensor in a sheet conveying direction of the sheet (S); a second conveyor arranged on a downstream side from the sensor in the sheet conveying direction of the sheet (S); the conveying device characterised by correcting circuitry configured to correct a distance of the sheet (S) having an error detected when the sensor reads the sheet (S) conveyed by the first conveyor and the second conveyor , to an actual distance, the correcting circuitry configured to use at least a first correction value correcting a distance read by the sensor when the first conveyor conveys the sheet (S) and a second correction value correcting a distance read by the sensor when the second conveyor conveys the sheet (S). a sensor configured to read a sheet (S) to be conveyed; a first conveyor arranged on an upstream side from the sensor in a sheet conveying direction of the sheet (S); a second conveyor arranged on a downstream side from the sensor in the sheet conveying direction of the sheet (S); the conveying device characterised by correcting circuitry configured to correct a distance of the sheet (S) having an error detected when the sensor reads the sheet (S) conveyed by the first conveyor and the second conveyor , to an actual distance, the correcting circuitry configured to use at least a first correction value correcting a distance read by the sensor when the first conveyor conveys the sheet (S) and a second correction value correcting a distance read by the sensor when the second conveyor conveys the sheet (S).
A system, comprising: an elongated enthalpy sensor wire having a first end and a second end, wherein the elongated sensor wire comprises stainless steel; a jacket , surrounding at least a portion of the elongated sensor wire , the jacket having a first end and a second end; wherein the elongated sensor wire within the jacket extends from the first end of the elongated sensor wire down a length of the jacket and back up the length of the jacket at least one time, such that the first and second ends of the elongated sensor wire are at the first end of the jacket ; and a processor electrically coupled to the elongated sensor wire , the processor configured to provide electrical signals to the first end of the elongated sensor wire and to sense signals from the second end of the elongated sensor wire to determine a resistance of the elongated sensor wire at a point in time , and to determine changes in the resistance of the elongated sensor wire over a period of time. an elongated enthalpy sensor wire having a first end and a second end, wherein the elongated sensor wire comprises stainless steel; a jacket , surrounding at least a portion of the elongated sensor wire , the jacket having a first end and a second end; wherein the elongated sensor wire within the jacket extends from the first end of the elongated sensor wire down a length of the jacket and back up the length of the jacket at least one time, such that the first and second ends of the elongated sensor wire are at the first end of the jacket ; and a processor electrically coupled to the elongated sensor wire , the processor configured to provide electrical signals to the first end of the elongated sensor wire and to sense signals from the second end of the elongated sensor wire to determine a resistance of the elongated sensor wire at a point in time , and to determine changes in the resistance of the elongated sensor wire over a period of time.