mhurhangee/ep-ind-claims huggingface dataset:
A heated floor panel with an electrical short protection arrangement comprising: a heating layer being at least partially electrically conductive; a conductive layer initially electrically insulated from the heating layer; a protection circuit in electrical communication with the conductive layer configured to halt a supply of electrical energy to the heating layer in response to current flowing into the conductive layer; characterized in that said heating layer includes electric conductors (15, 17) and a substrate formed of a positive temperature coefficient material, and said heating layer having a design temperature and a resistance of said heating layer increasing when said design temperature is reached; and in that said protection circuit is configured to receive a current signal from said conductive layer, said conductive layer being connected to said protection circuit by a line, wherein no current signal is present on the line when no current is communicated into the conductive layer, wherein the protection circuit is configured to open a switch to stop the supply of energy to the heating layer when a current signal is sent to the protection circuit by the conductive layer. a heating layer being at least partially electrically conductive; a conductive layer initially electrically insulated from the heating layer; a protection circuit in electrical communication with the conductive layer configured to halt a supply of electrical energy to the heating layer in response to current flowing into the conductive layer; characterized in that said heating layer includes electric conductors (15, 17) and a substrate formed of a positive temperature coefficient material, and said heating layer having a design temperature and a resistance of said heating layer increasing when said design temperature is reached; and in that said protection circuit is configured to receive a current signal from said conductive layer, said conductive layer being connected to said protection circuit by a line, wherein no current signal is present on the line when no current is communicated into the conductive layer, wherein the protection circuit is configured to open a switch to stop the supply of energy to the heating layer when a current signal is sent to the protection circuit by the conductive layer.
Guide blade carrier for a turbine, the guide blade carrier separating an upstream volume from a downstream volume within the turbine, the guide blade carrier further comprising a carrier body with a fixation device for axial fixing of the guide blade carrier within a turbine casing of the turbine, the fixation device comprising an circumferential fixation basis, wherein the fixation basis is confined at its upstream end by an circumferential limitation element, wherein the fixation basis is formed as an annular groove and the limitation element is formed as an annular rim of the fixation basis, characterized in that the fixation basis is confined on its downstream end by at least three fixing elements, wherein the fixing elements are spatial detached from the limitation element and spaced apart from each other in circumferential direction and are formed as an elevated element radially protruding from the carrier body.
A production device for layered food to be produced by laminating a plurality of pieces of baked dough in a shape of a layer so as to surround an inner hole, the production device comprising: a dough supply section for causing liquid dough to adhere to an outer circumference of a spit; a dough baking section for baking the liquid dough to form the baked dough around the spit; conveyance means for conveying the spit between the dough supply section and the dough baking section; at least one kind of forming tool including a forming surface conforming to a shape of at least a part of an outer shape of the spit characterized in that the at least one kind of forming tool is configured to be pressed against the baked dough in the shape of the layer that is formed around the spit, so that the baked dough is sandwiched between the forming surface and an outer circumferential surface of the spit; and that the production device for layered food further comprises drive means for pressing the at least one kind of forming tool against the baked dough in the shape of the layer that is formed around the spit. a dough supply section for causing liquid dough to adhere to an outer circumference of a spit; a dough baking section for baking the liquid dough to form the baked dough around the spit; conveyance means for conveying the spit between the dough supply section and the dough baking section; at least one kind of forming tool including a forming surface conforming to a shape of at least a part of an outer shape of the spit
A method for feeding back information, comprising: a second transmission node acquiring configuration information transmitted by a first transmission node; the second transmission node acquiring channel state information in a time window according to the configuration information; the second transmission node feeding back the channel state information in a unit of subframe set; wherein, the time window comprises multiple subframe sets; wherein the channel state information in a unit of subframe set fed back by the second transmission node at least comprises: subframe set index, wherein the subframe set index is selected to feed back the channel state information in the time window; wherein the subframe set index is selected to comprise at least one of the following: feedback for h1 subframe sets with a best channel state in the time window; feedback for h2 subframe sets with a worst channel state in the time window; wherein h1 and h2 are positive integers. a second transmission node acquiring configuration information transmitted by a first transmission node; the second transmission node acquiring channel state information in a time window according to the configuration information; the second transmission node feeding back the channel state information in a unit of subframe set; wherein, the time window comprises multiple subframe sets; wherein the channel state information in a unit of subframe set fed back by the second transmission node at least comprises: subframe set index, wherein the subframe set index is selected to feed back the channel state information in the time window; wherein the subframe set index is selected to comprise at least one of the following: feedback for h1 subframe sets with a best channel state in the time window; feedback for h2 subframe sets with a worst channel state in the time window; wherein h1 and h2 are positive integers. feedback for h1 subframe sets with a best channel state in the time window; feedback for h2 subframe sets with a worst channel state in the time window; wherein h1 and h2 are positive integers.
A method for extracting cardiac parameters from a plethysmographic signal characterized by a heart rate, the method comprising the steps of: (a) performing a first band-pass filtering operation on the plethysmographic signal producing a first filtered signal, the first filtering operation characterized by a lower corner frequency less than the heart rate; (b) performing a second band-pass filtering operation on the plethysmographic signal producing a second filtered signal, the second filtering operation characterized by a lower corner frequency greater than the lower corner frequency of the first filtering operation; (c) interpolating the first filtered signal and the second filtered signal based on the heart rate to produce a filtered plethysmographic signal; and (d) extracting cardiac parameters from the filtered plethysmographic signal. (a) performing a first band-pass filtering operation on the plethysmographic signal producing a first filtered signal, the first filtering operation characterized by a lower corner frequency less than the heart rate; (b) performing a second band-pass filtering operation on the plethysmographic signal producing a second filtered signal, the second filtering operation characterized by a lower corner frequency greater than the lower corner frequency of the first filtering operation; (c) interpolating the first filtered signal and the second filtered signal based on the heart rate to produce a filtered plethysmographic signal; and (d) extracting cardiac parameters from the filtered plethysmographic signal.
A method of determining a sequence of a nucleic acid, the method comprising the steps of: disposing an amplicon library in a planar array, the amplicon library comprising a plurality of amplicons, each amplicon comprising a clonal population of a single polynucleotide from a nucleic acid library, each polynucleotide of the clonal population being attached to a non-nucleosidic polymer network, each such polymer network having a volume and the polynucleotides of the clonal population being attached to the polymer network throughout its volume, wherein the number of attached polynucleotides is at least 6.9x10 4 per μm 3 and the volumes of the polymer networks have a coefficient of variation of fifteen percent or less; and performing a sequencing reaction simultaneously on the fragments of the amplicons of the library. disposing an amplicon library in a planar array, the amplicon library comprising a plurality of amplicons, each amplicon comprising a clonal population of a single polynucleotide from a nucleic acid library, each polynucleotide of the clonal population being attached to a non-nucleosidic polymer network, each such polymer network having a volume and the polynucleotides of the clonal population being attached to the polymer network throughout its volume, wherein the number of attached polynucleotides is at least 6.9x10 4 per μm 3 and the volumes of the polymer networks have a coefficient of variation of fifteen percent or less; and performing a sequencing reaction simultaneously on the fragments of the amplicons of the library.
A motor assembly comprising: a housing; an output shaft supported by the housing; and a circuit board comprising a substrate and first and second MEMS sensors (62a, 62b) mounted on the substrate, wherein the substrate has a semi-annular shape having an outer circumferential curved edge having a first radius of curvature, an inner circumferential curved edge having a second radius of curvature, and first and second end edges (82, 84) extending between the outer circumferential curved edge and the inner circumferential curved edge, wherein the outer circumferential edge and inner circumferential edge have a common point of curvature, and wherein the MEMS sensors are mounted to the substrate at diametrically opposed locations such that a centerline between the MEMS sensors extends through the point of curvature. a housing; an output shaft supported by the housing; and a circuit board comprising a substrate and first and second MEMS sensors (62a, 62b) mounted on the substrate, wherein the substrate has a semi-annular shape having an outer circumferential curved edge having a first radius of curvature, an inner circumferential curved edge having a second radius of curvature, and first and second end edges (82, 84) extending between the outer circumferential curved edge and the inner circumferential curved edge, wherein the outer circumferential edge and inner circumferential edge have a common point of curvature, and wherein the MEMS sensors are mounted to the substrate at diametrically opposed locations such that a centerline between the MEMS sensors extends through the point of curvature.
A composition comprising a pharmaceutically effective amount of a synthetic retinal derivative for use in the treatment or prevention of age-related impairment in rod-mediated dark adaptation after light exposure in a subject, wherein said treatment comprises administration of the composition orally as a long term dosing regimen once every other day to once a month to said subject for a period of at least three months; wherein said synthetic retinal derivative is a 9- cis -retinyl ester having a structure represented by Formula I: wherein A is CH 2 OR, and R is a straight chain or branched aldehydic group with 1 to 24 carbon atom(s) to form a retinyl ester.
A method (700;900) of operating an intermittent gas lift system operable to inject lift gas into a wellbore for hydrocarbon production, comprising: causing (702;902), by a processing system proximate to the wellbore, injection of the lift gas into the wellbore at a first gas injection rate; obtaining (704;904), by the processing system, a first indication of: a parameter associated with the wellbore, wherein the parameter associated with the wellbore comprises a first pressure or a liquid production rate of the wellbore; or a composition of a first fluid at a wellhead associated with the wellbore; determining (706;906), by the processing system and based on the first indication, at least one of: a second gas injection rate of the intermittent gas lift system, a first period to inject the lift gas with the intermittent gas lift system, or a second period, subsequent to the first period, with no injection of the lift gas by the intermittent gas lift system; and operating (708;908), by the processing system, the intermittent gas lift system according to the determination. causing (702;902), by a processing system proximate to the wellbore, injection of the lift gas into the wellbore at a first gas injection rate; obtaining (704;904), by the processing system, a first indication of: a parameter associated with the wellbore, wherein the parameter associated with the wellbore comprises a first pressure or a liquid production rate of the wellbore; or a composition of a first fluid at a wellhead associated with the wellbore; a parameter associated with the wellbore, wherein the parameter associated with the wellbore comprises a first pressure or a liquid production rate of the wellbore; or a composition of a first fluid at a wellhead associated with the wellbore; determining (706;906), by the processing system and based on the first indication, at least one of: a second gas injection rate of the intermittent gas lift system, a first period to inject the lift gas with the intermittent gas lift system, or a second period, subsequent to the first period, with no injection of the lift gas by the intermittent gas lift system; and a second gas injection rate of the intermittent gas lift system, a first period to inject the lift gas with the intermittent gas lift system, or a second period, subsequent to the first period, with no injection of the lift gas by the intermittent gas lift system; and operating (708;908), by the processing system, the intermittent gas lift system according to the determination.
Active RFID transponder comprising a microchip and a first antenna and a second antenna which are in signal communication with the microchip, wherein the microchip, the first antenna and the second antenna are embedded in a rubber matrix and wherein the first antenna and the second antenna are used to receive and/or send electromagnetic waves, characterized in that the rubber matrix is filled with an ionic liquid and in that the first antenna and the second antenna comprise different metals in order thus to provide an electric potential between the first antenna and the second antenna. wherein the microchip, the first antenna and the second antenna are embedded in a rubber matrix and wherein the first antenna and the second antenna are used to receive and/or send electromagnetic waves, characterized in that the rubber matrix is filled with an ionic liquid and in that the first antenna and the second antenna comprise different metals in order thus to provide an electric potential between the first antenna and the second antenna.
A method, performed by a first core network node, for enhancing service continuity between a wireless device and a second network via a first network, wherein the first core network node is part of the first network, the method comprising: - receiving, from the wireless device and/or from a second core network node of the first network, control signalling indicating that the wireless device requires that a tunnel between the wireless device and the second network via a gateway of the first network is maintained, and - controlling a radio access network node and/or the gateway based on the control signalling and a capability of the first core network node to maintain the tunnel. - receiving, from the wireless device and/or from a second core network node of the first network, control signalling indicating that the wireless device requires that a tunnel between the wireless device and the second network via a gateway of the first network is maintained, and - controlling a radio access network node and/or the gateway based on the control signalling and a capability of the first core network node to maintain the tunnel.
A composite support material for three-dimensional printing, comprising a soluble filament core that is soluble in a solvent and is encapsulated with an insoluble shell that is insoluble in the solvent, wherein the composite support material is stable in air and, when printed, is dissolvable in the solvent, wherein the solvent is selected from an aqueous solvent or an organic solvent, and wherein the soluble filament core comprises a core polymeric material, the core polymeric material comprising a sugar, a starch, a polyolefin oxide, a polyvinyl alcohol, a polyethylene oxide, a polypropylene oxide, a polyvinylpyrrolidone, an ethylene vinyl alcohol, or a mixture thereof, and wherein the insoluble shell comprises a shell polymeric material, the shell polymeric material comprising an acrylonitrile butadiene styrene, a polylactic acid, a polycarbonate, a polystyrene, a nylon, a metal, or a mixture thereof.
Assembly for adjusting mobile elements of furniture, with a motor displaying a first and a second connection, a control circuit for controlling the motor, which is provided with at least a first push-button switch for controlling the motor, a power supply circuit with an operating voltage output, a mains connection located between a mains plug that can be connected to an alternating-current mains and the power supply circuit, a mains isolating relay displaying a relay switch and a control input controlling the relay switch, where the relay switch is located in the mains connection and is in OFF position when unexcited, and an auxiliary power source that is connected in parallel to the operating-voltage output, characterised in that - the first push-button switch forms an electric circuit with the motor and the operating voltage output and - either the control input of the mains isolating relay is connected in parallel to the motor - or a rectifier bridge, known as a Graetz bridge, which has four diodes, of which two first diodes have their cathodes interconnected in a positive node, while their anodes are each interconnected with the cathodes of the two second diodes in an alternating-current node and the anodes of the two second diodes are interconnected in a negative node, and where one alternating-current node each is connected to the first and second connection of the motor and the positive and negative node are each connected to the control input of the mains isolating relay. - the first push-button switch forms an electric circuit with the motor and the operating voltage output and - either the control input of the mains isolating relay is connected in parallel to the motor - or a rectifier bridge, known as a Graetz bridge, which has four diodes, of which two first diodes have their cathodes interconnected in a positive node, while their anodes are each interconnected with the cathodes of the two second diodes in an alternating-current node and the anodes of the two second diodes are interconnected in a negative node, and where one alternating-current node each is connected to the first and second connection of the motor and the positive and negative node are each connected to the control input of the mains isolating relay.
An information processing apparatus including a storage area divided into a first area and a second area of predetermined fixed sizes, the first area for storing data used for executing a plurality of applications and the second area used for storing application installation data and additional data, the information processing apparatus comprising: allocation means configured to allocate areas (320, 321) for storing installation data of each of the plurality of applications in the second area and to allocate, in the first area of the storage area, an area of a predetermined size to an application when the application is installed in the second area of the storage area; storage control means configured to determine whether an area of data storage used for executing the application is able to be reserved in the allocated area for the application within the first area, and in the case that the area of data storage is able to be reserved in the allocated area for the application (S502-YES), to store (S503, S504) the data to be used for executing the application in the allocated area for the application in the first area, and in the case that the area of data storage is not able to be reserved in the allocated area for the application (S502-NO), to determine whether the area of data storage is able to be reserved in the second area and, in the case that the area of data storage is able to be reserved in the second area, to store the data to be used for executing the application in the second area in the storage area; and notification means configured to notify in the case that the area of data storage is not able to be reserved in the allocated area for the application and in the second area. allocation means configured to allocate areas (320, 321) for storing installation data of each of the plurality of applications in the second area and to allocate, in the first area of the storage area, an area of a predetermined size to an application when the application is installed in the second area of the storage area; storage control means configured to determine whether an area of data storage used for executing the application is able to be reserved in the allocated area for the application within the first area, and in the case that the area of data storage is able to be reserved in the allocated area for the application (S502-YES), to store (S503, S504) the data to be used for executing the application in the allocated area for the application in the first area, and in the case that the area of data storage is not able to be reserved in the allocated area for the application (S502-NO), to determine whether the area of data storage is able to be reserved in the second area and, in the case that the area of data storage is able to be reserved in the second area, to store the data to be used for executing the application in the second area in the storage area; and notification means configured to notify in the case that the area of data storage is not able to be reserved in the allocated area for the application and in the second area.