mhurhangee/patent-ind-claim-en huggingface dataset:
An automated process executable by a host device to isolate signals received on first and second ports of the host device from each other, the automated process comprising: establishing, through communications between the host device and at least one first client device (104A-C) operating on a first channel coupled to the first port , a first time division multiple access, TDMA, scheme having a first plurality of timeslots that are assignable to the at least one first client device (104A-C); and separately establishing, through communications between the host device and at least one second client device (105A-C, 106A-D) operating on a second channel coupled to the second port , a second time division multiple access, TDMA, scheme having a second plurality of timeslots that are assignable to the at least one second client device (105A-C, 106A-D), wherein the first timeslots of the first TDMA scheme are staggered in time so as to occur at different times than the second timeslots of the second TDMA scheme. establishing, through communications between the host device and at least one first client device (104A-C) operating on a first channel coupled to the first port , a first time division multiple access, TDMA, scheme having a first plurality of timeslots that are assignable to the at least one first client device (104A-C); and separately establishing, through communications between the host device and at least one second client device (105A-C, 106A-D) operating on a second channel coupled to the second port , a second time division multiple access, TDMA, scheme having a second plurality of timeslots that are assignable to the at least one second client device (105A-C, 106A-D), wherein the first timeslots of the first TDMA scheme are staggered in time so as to occur at different times than the second timeslots of the second TDMA scheme.
A method of imaging a scene, the method comprising: - capturing a sequence of multiple subimages by an imaging sensor organized in multiple subsets of pixels , each of the subsets of pixels being assigned to capturing a corresponding one of the subimages; - combining the subimages to an overall image; and characterised in that - for each of the subsets of pixels : - obtaining samples of an output signal of the pixels during an exposure time; - statistically processing the obtained samples to evaluate a noise level and an averaged output signal; - in response to the noise level being above a threshold, extending the exposure time to obtain further samples of the output signal of the pixels ; and - in response to the noise level being below the threshold, ending the exposure time for capturing the subimage. - capturing a sequence of multiple subimages by an imaging sensor organized in multiple subsets of pixels , each of the subsets of pixels being assigned to capturing a corresponding one of the subimages; - combining the subimages to an overall image; and characterised in that - for each of the subsets of pixels : - obtaining samples of an output signal of the pixels during an exposure time; - statistically processing the obtained samples to evaluate a noise level and an averaged output signal; - in response to the noise level being above a threshold, extending the exposure time to obtain further samples of the output signal of the pixels ; and - in response to the noise level being below the threshold, ending the exposure time for capturing the subimage. - obtaining samples of an output signal of the pixels during an exposure time; - statistically processing the obtained samples to evaluate a noise level and an averaged output signal; - in response to the noise level being above a threshold, extending the exposure time to obtain further samples of the output signal of the pixels ; and - in response to the noise level being below the threshold, ending the exposure time for capturing the subimage.
A digital pressure canner , comprising: a vessel body comprising a heating element ; a lid assembly mechanically coupled to the vessel body so as to define a pressurized canning area ; and a control circuit including a digital sensor probe and a digital controller operably connected to the heating element , wherein the digital sensor probe is exposed to the pressurized canning area to measure a real-time internal canning temperature, the digital sensor probe communicating the real-time internal canning temperature to the digital controller, which subsequently varies a power output to the heating element ; wherein the digital sensor probe is mounted through the lid assembly to access the pressurized canning area, wherein the digital sensor probe is mounted in a rotatable sensor mount that is rotatably connected to the lid assembly, wherein the lid assembly further comprises a sensor channel defining a sensor bore and wherein the rotatable sensor mount is rotatably mounted such that rotation of the rotatable sensor mount directs the digital sensor probe through the sensor bore, wherein the rotatable sensor mount further comprises a sealing member for sealably engaging the sensor bore when the digital sensor probe is directed through the sensor bore, and wherein the rotatable sensor mount further comprises a latch member , said latch member physically engaging a pair of projections on the sensor channel to secure the rotatable sensor mount relative to the sensor channel when the digital sensor probe is directed through the sensor bore. a vessel body comprising a heating element ; a lid assembly mechanically coupled to the vessel body so as to define a pressurized canning area ; and a control circuit including a digital sensor probe and a digital controller operably connected to the heating element , wherein the digital sensor probe is exposed to the pressurized canning area to measure a real-time internal canning temperature, the digital sensor probe communicating the real-time internal canning temperature to the digital controller, which subsequently varies a power output to the heating element ; wherein the digital sensor probe is mounted through the lid assembly to access the pressurized canning area, wherein the digital sensor probe is mounted in a rotatable sensor mount that is rotatably connected to the lid assembly, wherein the lid assembly further comprises a sensor channel defining a sensor bore and wherein the rotatable sensor mount is rotatably mounted such that rotation of the rotatable sensor mount directs the digital sensor probe through the sensor bore, wherein the rotatable sensor mount further comprises a sealing member for sealably engaging the sensor bore when the digital sensor probe is directed through the sensor bore, and wherein the rotatable sensor mount further comprises a latch member , said latch member physically engaging a pair of projections on the sensor channel to secure the rotatable sensor mount relative to the sensor channel when the digital sensor probe is directed through the sensor bore.
A method for generating traffic data indicative of traffic volume and/or traffic density within a navigable network in an area covered by an electronic map, the electronic map comprising a plurality of segments representing navigable elements of the navigable network, the method comprising: obtaining positional data relating to the movement of a plurality of devices along the navigable elements represented by the segments of the electronic map; determining, using at least positional data relating to one or more congested segments within a region of the navigable network, an estimate of one or more average penetration rates for the region, wherein a congested segment is a segment having traffic conditions such that vehicles travel along the segment at a substantially constant and reduced collective speed relative to an expected free flow speed for the segment; determining, based on the obtained positional data, a sample volume for a non-congested segment within the region, wherein the sample volume is indicative of a number of the plurality of devices counted on the non-congested segment within a certain time or within a length interval of the non-congested segment; and estimating, using the determined sample volume and a selected one of the average penetration rates for the region, a traffic volume and/or traffic density for the non-congested segment. obtaining positional data relating to the movement of a plurality of devices along the navigable elements represented by the segments of the electronic map; determining, using at least positional data relating to one or more congested segments within a region of the navigable network, an estimate of one or more average penetration rates for the region, wherein a congested segment is a segment having traffic conditions such that vehicles travel along the segment at a substantially constant and reduced collective speed relative to an expected free flow speed for the segment; determining, based on the obtained positional data, a sample volume for a non-congested segment within the region, wherein the sample volume is indicative of a number of the plurality of devices counted on the non-congested segment within a certain time or within a length interval of the non-congested segment; and estimating, using the determined sample volume and a selected one of the average penetration rates for the region, a traffic volume and/or traffic density for the non-congested segment.
A method for operating a hearing device , wherein the hearing device comprises a housing , a first user input coupled to the housing , a second user input , a processor configured to receive control signals from the first and second inputs , the method comprising: receiving a first control signal from the first user input to select an operation mode for the hearing device ; receiving a second control signal from the second user input to activate the selected operation mode for the hearing device ; and switching the hearing device from a regular operation mode to the selected operation mode based on the received second control signal, wherein in the selected operation mode causes the hearing device to stop transmitting wireless communication signals in a first frequency range, and enables the hearing device to transmit wireless communication signals in a second frequency range. receiving a first control signal from the first user input to select an operation mode for the hearing device ; receiving a second control signal from the second user input to activate the selected operation mode for the hearing device ; and switching the hearing device from a regular operation mode to the selected operation mode based on the received second control signal, wherein in the selected operation mode causes the hearing device to stop transmitting wireless communication signals in a first frequency range, and enables the hearing device to transmit wireless communication signals in a second frequency range.
A nonwoven fabric having enhanced withdrawal force for a carpet backing fabric, which comprises: 50 to 90% by weight of polyester first filaments having a melting point of 250°C or higher and 10 to 50% by weight of low-melting point copolyester second filaments having a melting point of 200°C or lower, wherein loop withdrawal force of carpets is 2.0 to 3.0 kgf (Method KS K ISO 4919), wherein the thickness of the nonwoven fabric is in the range of 0.33 to 0.46 mm based on the weight per unit area of 70 to 110 g/m 2 .
Bicycle component comprising a hub shell for a wheel of an at least partially muscle-powered bicycle wherein the hub shell is rotatably supported by means of at least one bearing device , wherein an adapter unit is arranged on at least one end of the hub shell , wherein the adapter unit comprises an inner stopper having an inner stop face for transferring a clamping force to the bearing device and an outer stopper with an outer stop face transmitting at least part of the clamping force, characterized in that the adapter unit comprises a first and at least one second stopper component (20, 30; 70, 80) transmitting the clamping force, wherein the second stopper component radially surrounds the first stopper component over at least an overlapping portion , and wherein the outer stopper has a larger stop face and/or a larger outer diameter than does the inner stopper .
Anti-theft device for semitrailers which have a king pin , having at least one securing element which can be moved from a retracted rest position into an extended securing position and vice versa, and having an actuating device which has an actuating element acting on the securing element , the actuating device having a first actuating means which engages on the securing element and moves the securing element out of the securing position into the rest position and holds it in this rest position, the actuating element moving the securing element from the rest position into the securing position and holds it in the securing position, characterised in that the actuating device has a second actuating element which moves the actuating element from a releasing position into a locking position, the second actuating means comprising a second spring device . the actuating device having a first actuating means which engages on the securing element and moves the securing element out of the securing position into the rest position and holds it in this rest position, the actuating element moving the securing element from the rest position into the securing position and holds it in the securing position, characterised in that the actuating device has a second actuating element which moves the actuating element from a releasing position into a locking position, the second actuating means comprising a second spring device .
Device for manufacturing products having individual geometry, comprising a substrate plate , - a material application device for applying material to the substrate plate , preferably above the substrate plate , - a control device which is signal-technically coupled to the material application device , - the control device is configured to control the material application device to selectively dispense the material onto predetermined sections corresponding to the cross-section of a product in the respective layer, - the control device is configured to control the material application device and/or the conveying device such that a layer is applied in a thickness between 5 μm and 200 μm, characterized in that - the substrate plate is divided into a plurality of substrate plate segments (212a-c, 2010a-c) which are detachably connected to each other or to a base support, and - the substrate plate segments (212a-c, 2010a-c) are designed as segments of an endless conveyor device. - a material application device for applying material to the substrate plate , preferably above the substrate plate , - a control device which is signal-technically coupled to the material application device , - the control device is configured to control the material application device to selectively dispense the material onto predetermined sections corresponding to the cross-section of a product in the respective layer, - the control device is configured to control the material application device and/or the conveying device such that a layer is applied in a thickness between 5 μm and 200 μm, characterized in that - the substrate plate is divided into a plurality of substrate plate segments (212a-c, 2010a-c) which are detachably connected to each other or to a base support, and - the substrate plate segments (212a-c, 2010a-c) are designed as segments of an endless conveyor device.
A combination comprising a hydro-kinetic turbine device in combination with a redirected flow-inducing arrangement, wherein the hydro-kinetic turbine device comprises a fluid inlet end and a fluid outlet end for fluid flowing therethrough, defining a direction of fluid flow through the device , an accelerator shroud that has a longitudinal central axis and defines within its cross-section a fluid flow area and includes a rotor assembly that is mounted within the accelerator shroud for rotation around the longitudinal central axis, and includes a plurality of rotor blades extending radially outwardly within the accelerator shroud; and the redirected flow-inducing arrangement comprises a rear deflector forming a wildlife and/or debris deflector positioned downstream of the rotor assembly of the turbine device , wherein the deflector comprises an array of deflector rods that have an acceleration-causing hydrofoil cross-section and wherein deflector rods are oriented with respect to one another in such a way as to produce at least the effect on the fluid flowing through the turbine device of imparting a re-direction of the fluid as it passes through the deflector; wherein the hydrofoil cross-section deflector rods of the rear deflector have a pattern of concentric rings to produce a decrease in pressure downstream of the outlet end of the turbine device , by a radial redirection of the fluid with respect to the direction of fluid flow through the rear deflector . the hydro-kinetic turbine device comprises a fluid inlet end and a fluid outlet end for fluid flowing therethrough, defining a direction of fluid flow through the device , an accelerator shroud that has a longitudinal central axis and defines within its cross-section a fluid flow area and includes a rotor assembly that is mounted within the accelerator shroud for rotation around the longitudinal central axis, and includes a plurality of rotor blades extending radially outwardly within the accelerator shroud; and the redirected flow-inducing arrangement comprises a rear deflector forming a wildlife and/or debris deflector positioned downstream of the rotor assembly of the turbine device , wherein the deflector comprises an array of deflector rods that have an acceleration-causing hydrofoil cross-section and wherein deflector rods are oriented with respect to one another in such a way as to produce at least the effect on the fluid flowing through the turbine device of imparting a re-direction of the fluid as it passes through the deflector; wherein the hydrofoil cross-section deflector rods of the rear deflector have a pattern of concentric rings to produce a decrease in pressure downstream of the outlet end of the turbine device , by a radial redirection of the fluid with respect to the direction of fluid flow through the rear deflector .
A method for producing a 4-alkyl-3-methylenebutyl carboxylate compound, the method comprising: a diacyloxylation step of subjecting a 4-halo-2-halomethyl-1-butene compound represented by General Formula : wherein X 1 and X 2 may be the same or different and each represents a halogen atom, to diacyloxylation to obtain a 3-acyloxymethyl-3-butenyl carboxylate compound represented by General Formula : wherein R 1 and R 3 may be the same or different and each represents a monovalent hydrocarbon group having 1 to 10 carbon atoms and optionally containing one or more unsaturated bonds, and a coupling step of subjecting the 3-acyloxymethyl-3-butenyl carboxylate compound to a coupling reaction with an organometallic reagent represented by General Formula : R 2 M wherein R 2 may be the same as or different from R 1 or R 3 and represents a monovalent hydrocarbon group having 1 to 10 carbon atoms and optionally containing one or more unsaturated bonds and M represents a cationic moiety, to obtain the 4-alkyl-3-methylenebutyl carboxylate compound represented by Formula : a diacyloxylation step of subjecting a 4-halo-2-halomethyl-1-butene compound represented by General Formula : wherein X 1 and X 2 may be the same or different and each represents a halogen atom, to diacyloxylation to obtain a 3-acyloxymethyl-3-butenyl carboxylate compound represented by General Formula : wherein R 1 and R 3 may be the same or different and each represents a monovalent hydrocarbon group having 1 to 10 carbon atoms and optionally containing one or more unsaturated bonds, and a coupling step of subjecting the 3-acyloxymethyl-3-butenyl carboxylate compound to a coupling reaction with an organometallic reagent represented by General Formula : R 2 M wherein R 2 may be the same as or different from R 1 or R 3 and represents a monovalent hydrocarbon group having 1 to 10 carbon atoms and optionally containing one or more unsaturated bonds and M represents a cationic moiety, to obtain the 4-alkyl-3-methylenebutyl carboxylate compound represented by Formula :
A method of performing a polymerase chain reaction (PCR) comprising: a. mixing a sample comprising blood, serum, or plasma with i) an anticoagulant comprising arginine and ii) reagents necessary and sufficient for performing PCR in the sample in the presence of a target nucleic acid, and b. incubating the sample under thermal cycling conditions, wherein the anticoagulant protects the PCR from inhibition by coagulated proteins in the sample. a. mixing a sample comprising blood, serum, or plasma with i) an anticoagulant comprising arginine and ii) reagents necessary and sufficient for performing PCR in the sample in the presence of a target nucleic acid, and b. incubating the sample under thermal cycling conditions,
Nozzle assembly for a fuel injector for injecting fuel into a combustion chamber of an internal combustion engine, comprising a nozzle body and a nozzle needle which is received in a central bore of the nozzle body such that it can move with a reciprocating movement in order to open and close a plurality of injection holes , the plurality of injection holes being arranged in a hole circle and emanating from a blind hole which adjoins the sealing seat , characterized in that a single, further injection hole is arranged upstream of the hole circle, which further injection hole has a decreased flow cross section in comparison with the injection holes of the hole circle, the further injection hole (4") being arranged in the region of the sealing seat , and the nozzle needle having a sealing contour , which interacts with the sealing seat and is shaped conically, and an end section which protrudes into the blind hole in the closed position of the nozzle needle , the end section of the nozzle needle being of conical configuration.
Folding bag which opens at the top and which is provided with two handles, characterised in that it comprises - in the elongate folded state: a base strip which has two ends with two parallel stacks of folds originating from this base strip , - each stack having a top strip and a strap which is associated with each top strip and the two ends of which are engaged in a sheath which originates from each end of the top strip and which leaves the strap free in the central zone of the top strip in order to form handles, - each of the two ends : - of the base strip - of the two stacks of folds including those of each top strip , and - of the strap of each upper portion being fixedly joined transversely in order to form the folded structure of the assembly of the ends . - in the elongate folded state: a base strip which has two ends with two parallel stacks of folds originating from this base strip , - each stack having a top strip and a strap which is associated with each top strip and the two ends of which are engaged in a sheath which originates from each end of the top strip and which leaves the strap free in the central zone of the top strip in order to form handles, - each of the two ends : - of the base strip - of the two stacks of folds including those of each top strip , and - of the strap of each upper portion being fixedly joined transversely in order to form the folded structure of the assembly of the ends .