mhurhangee/patent-ind-claim-en huggingface dataset:
A magnetic circuit structure of a magnetic sensitive torque sensor, wherein the magnetic circuit structure comprises a flux acquisition structure , a magnetic rotor structure , and a flux concentration rotor structure ; the flux acquisition structure comprises two column-type bunchers disposed at two sides of a measurement gap ; the column-type buncher comprises one acquisition surface , at least one bunch surface , and at least one focusing surface ; the magnetic rotor structure comprises a multi-polar magnetic ring and a bracket ; the flux concentration rotor structure comprises two flux concentration rings ; and the multi-polar magnetic ring and the bracket are disposed between the two flux concentration rings ; characterized in that the column-type bunchers are disposed in an annular space defined by the ring widths (W) of the flux concentration rings without extending outside the annular space; the acquisition surfaces of the column-type bunchers acquire, by means of coupling gaps , flux concentrated by radial inner teeth of the flux concentration rings , and the acquisition surfaces fully fall within the ring widths (W) of the flux concentration rings ; one bunch surface or a plurality of bunch surfaces is provided between the acquisition surface and the focusing surface of the column-type buncher ; a magnetic sensitive element is inserted into the measurement gap , the magnetic sensitive element comprises a sensitive region , and the area of the focusing surface of the column-type buncher is greater than that of the sensitive region of the magnetic sensitive element , to ensure that the focusing surface fully covers the sensitive region ; and for the column-type buncher , the acquisition surface is larger than the bunch surface or the plurality of bunch surfaces that is larger than the focusing surface ;wherein the two flux concentration rings are displaced from each other along the symmetry axis of one of the rings and the two flux concentration rings are centered on said symmetry axis, wherein said symmetry axis of the one of the rings is perpendicular to the parallel plane spanned by the one of the two rings ; and wherein the two flux concentration rings are of the same outer radius and are of the same ring width.
A method for collecting and processing a flow of data from a plurality of devices , the method comprising the following steps: receiving data packages from a plurality of devices at a data balancer ; distributing the received data packages to a data service ; detecting whether a received data package relates to a device marked as active or to a device marked as non-active; and: - through said data service , generating a live data stream consisting of data from devices marked as active, said live data stream being delivered to a data processing facility ; and - through said data service , generating an offline data stream consisting of data from devices marked as non-active, said offline data stream being delivered to a raw-data archive and stored therein, until the relevant devices marked as non-active are switched from the non-active status to the active status; - when a device marked as non-active is switched to the active status, retrieving in background data packages relating to said switched device from the raw-data archive and introducing the retrieved data in the live data stream . receiving data packages from a plurality of devices at a data balancer ; distributing the received data packages to a data service ; detecting whether a received data package relates to a device marked as active or to a device marked as non-active; and: - through said data service , generating a live data stream consisting of data from devices marked as active, said live data stream being delivered to a data processing facility ; and - through said data service , generating an offline data stream consisting of data from devices marked as non-active, said offline data stream being delivered to a raw-data archive and stored therein, until the relevant devices marked as non-active are switched from the non-active status to the active status; - when a device marked as non-active is switched to the active status, retrieving in background data packages relating to said switched device from the raw-data archive and introducing the retrieved data in the live data stream . - through said data service , generating a live data stream consisting of data from devices marked as active, said live data stream being delivered to a data processing facility ; and - through said data service , generating an offline data stream consisting of data from devices marked as non-active, said offline data stream being delivered to a raw-data archive and stored therein, until the relevant devices marked as non-active are switched from the non-active status to the active status; - when a device marked as non-active is switched to the active status, retrieving in background data packages relating to said switched device from the raw-data archive and introducing the retrieved data in the live data stream .
A vacuum cleaner comprising a suction nozzle adapted to be moved along a surface to be cleaned, a suction source generating a working air flow at the suction nozzle , and a separator and collection module separating and collecting debris from the working air flow, the separator and collection module comprising a housing having an air inlet in fluid communication with the suction nozzle and an air outlet , a first separation chamber defined within the housing downstream of the air inlet and upstream of the air outlet , and an exhaust grill downstream of the first separation chamber and upstream of the air outlet , the exhaust grill comprising a plurality of spaced vanes that define a plurality of air inlet passages from the first separation chamber to an interior of the exhaust grill , characterized in that : at least one of the vanes defines an air exhaust conduit that is in fluid communication with the air outlet .
Baby seat device with a baby seat , which is intended for connection to a basic module , comprises at least one carrying handle , which may be adjusted between two positions, characterized in that the baby seat may be adjusted at least between a connection configuration and a comfort configuration, and in that the baby seat comprises at least one lateral wing , which may be moved from a connection configuration into a comfort configuration, characterized in that the adjustable carrying handle , at least in one carrying position, secures at least one lateral wing in the connection configuration, wherein the carrying handle rests with its inner surfaces in its carrying position against the exterior surfaces of the lateral wing .
A method for generating a long nucleic acid molecule, the method comprising the steps of: (a) providing a plurality of polynucleotides immobilized on a functionalised surface wherein the plurality of polynucleotides are at least 100-mers, wherein said plurality of polynucleotides comprises nucleic acids having overlapping complementary sequences, wherein the functionalised surface comprises a plurality of microstructures comprising microwells, wherein the plurality of microstructures are arranged into clusters that provide resolved loci for synthesis; (b) releasing said plurality of polynucleotides into solution; and (c) providing conditions promoting: (i) hybridization of said overlapping complementary sequences to form a plurality of hybridized polynucleotides; and (ii) extension or ligation of said hybridized polynucleotides to synthesize a long nucleic acid molecule. (a) providing a plurality of polynucleotides immobilized on a functionalised surface wherein the plurality of polynucleotides are at least 100-mers, wherein said plurality of polynucleotides comprises nucleic acids having overlapping complementary sequences, wherein the functionalised surface comprises a plurality of microstructures comprising microwells, wherein the plurality of microstructures are arranged into clusters that provide resolved loci for synthesis; (b) releasing said plurality of polynucleotides into solution; and (c) providing conditions promoting: (i) hybridization of said overlapping complementary sequences to form a plurality of hybridized polynucleotides; and (ii) extension or ligation of said hybridized polynucleotides to synthesize a long nucleic acid molecule. (i) hybridization of said overlapping complementary sequences to form a plurality of hybridized polynucleotides; and (ii) extension or ligation of said hybridized polynucleotides to synthesize a long nucleic acid molecule.
A method performed by an ATSC 3.0 receiving device, the method comprising: accepting a channel selection; receiving content by said receiving device on said selected channel; establishing communications with a plurality of mobiles devices in a premises; polling each mobile device of said plurality of mobile devices to obtain signal quality information for said selected channel; and selecting (230; 235) at least one of said mobile devices to receive program data; receiving program data at the receiving device from the selected at least one mobile device, said program data including data according to the ATSC 3.0 standard related to content received on said selected channel; and combining said program data received from said selected at least one mobile device with said content received by said receiving device on said selected channel to form a combined signal for rendering on said receiving device. accepting a channel selection; receiving content by said receiving device on said selected channel; establishing communications with a plurality of mobiles devices in a premises; polling each mobile device of said plurality of mobile devices to obtain signal quality information for said selected channel; and selecting (230; 235) at least one of said mobile devices to receive program data; receiving program data at the receiving device from the selected at least one mobile device, said program data including data according to the ATSC 3.0 standard related to content received on said selected channel; and combining said program data received from said selected at least one mobile device with said content received by said receiving device on said selected channel to form a combined signal for rendering on said receiving device.
An intervention system comprising a cable being configured to be lowered into a wellbore , said cable having an inner tube enclosing one or more electrical conductors , an outer tube surrounding the inner tube , wherein the intervention system further comprises a downhole tool being connected to a distal end of the cable and being configured to pull the cable into the wellbore , wherein the tool is electrically connected to at least one of the electrical conductors of the cable , the tool is configured to receive and/or transmit data signals and/or power via at least one of the electrical conductors of the cable , characterised in that the outer tube is made of a composite material being electrically conducting, and the tool is electrically connected to the composite material for providing current return via the composite material for transmitting and/or receiving data signals and/or power.
A knitted part (1', 1") consisting of a basic knitted section knitted as a circular knit over several rows of stitches and at least one first band section adjoining the basic knitted section , knitted onto this and also knitted over several rows of stitches, wherein the circular knit is a leg stocking (1, 1', 1"), the basic knitted section comprises a functional zone which is configured as a heel and a second band section adjoins the basic knitted section at its opposite end, characterized in that the first band section in the worn state is arranged in the region of the sole of the foot and the basic knitted section and the first band section are arranged at an angle with respect to one another in such a manner that this is positioned on the underside of the foot of a wearer at the front with respect to the upper side of the foot.
A collision energy absorption apparatus for a rail vehicle, comprising a connector , a base , and an energy absorption tearing tube radially disposed on the outside of the connector , an inner wall and an outer wall of the energy absorption tearing tube being provided with 2 to 20 pairs of kerfs , each pair of kerfs comprising an inner kerf and an outer kerf which have radial positions corresponding to one another on the energy absorption tearing tube , each kerf being a non-closed linear kerf, a width of the kerfs being between 0.05 and 0.8 mm, and the sum of depths of each pair of kerfs being less than a wall thickness of the energy absorption tearing tube ; whereby the base comprises semicircle structures , such that torn strips of the energy absorption tearing tube formed after the collision can curl in a predetermined direction under the restriction of these structures.
A magnetic tunnel junction , comprising: a conductive first magnetic electrode comprising magnetic recording material; a conductive second magnetic electrode spaced from the first electrode and comprising magnetic reference material; a non-magnetic tunnel insulator material between the first and second electrodes; the magnetic reference material of the second electrode including a non-magnetic region comprising elemental iridium, the magnetic reference material including a magnetic region comprising elemental cobalt or a cobalt-rich alloy between the non-magnetic region and the tunnel insulator material; the second electrode comprising two composites individually comprising two pairs of alternating regions, one of the alternating regions in each pair comprising elemental cobalt or a cobalt-rich alloy the other of the alternating regions in each pair comprising elemental iridium ; wherein one of the two pairs in the individual composites is closer to the tunnel insulator material than is the other of the two pairs, the one pair having a maximum thickness that is greater than the maximum thickness of the other pair. a conductive first magnetic electrode comprising magnetic recording material; a conductive second magnetic electrode spaced from the first electrode and comprising magnetic reference material; a non-magnetic tunnel insulator material between the first and second electrodes; the magnetic reference material of the second electrode including a non-magnetic region comprising elemental iridium, the magnetic reference material including a magnetic region comprising elemental cobalt or a cobalt-rich alloy between the non-magnetic region and the tunnel insulator material; the second electrode comprising two composites individually comprising two pairs of alternating regions, one of the alternating regions in each pair comprising elemental cobalt or a cobalt-rich alloy the other of the alternating regions in each pair comprising elemental iridium ; wherein one of the two pairs in the individual composites is closer to the tunnel insulator material than is the other of the two pairs, the one pair having a maximum thickness that is greater than the maximum thickness of the other pair.
An image analysis device for analyzing a complex magnetic resonance image obtained from a living body, comprising: an operation unit configured to: create a phase difference image based on phase differences between the complex magnetic resonance image and a low-pass filtered version of the complex magnetic resonance image; create a phase difference distribution by compiling statistics on the phase data within a predetermined area of interest in the phase difference image, wherein in said phase difference distribution a horizontal axis is set as a phase value and a vertical axis is set as a number of pixels corresponding to a given phase value in the predetermined area of interest in the phase difference image; fit the phase difference distribution with a plurality of function groups; and verify normality of the living body included in the predetermined area, on the basis of the magnetic susceptibility of the tissue included in the predetermined area determined on the basis of the parameters of the plurality of function groups fit to the phase difference distribution. create a phase difference image based on phase differences between the complex magnetic resonance image and a low-pass filtered version of the complex magnetic resonance image; create a phase difference distribution by compiling statistics on the phase data within a predetermined area of interest in the phase difference image, wherein in said phase difference distribution a horizontal axis is set as a phase value and a vertical axis is set as a number of pixels corresponding to a given phase value in the predetermined area of interest in the phase difference image; fit the phase difference distribution with a plurality of function groups; and verify normality of the living body included in the predetermined area, on the basis of the magnetic susceptibility of the tissue included in the predetermined area determined on the basis of the parameters of the plurality of function groups fit to the phase difference distribution.
A medium feed device comprising: a medium feed mechanism which intermittently feeds a recording medium (W); a detection section which detects position displacement of the recording medium in a width direction; a width movement section which moves the recording medium in the width direction; and a control section which controls driving of the width movement section based on detection results by the detection section, wherein the control section stops driving of the width movement section when stopping feeding of the intermittent feeding, and wherein the control section controls driving of the width movement section based on detection results by the detection section during a control effective time among a period of stopping feeding of the intermittent feeding. a medium feed mechanism which intermittently feeds a recording medium (W); a detection section which detects position displacement of the recording medium in a width direction; a width movement section which moves the recording medium in the width direction; and a control section which controls driving of the width movement section based on detection results by the detection section, wherein the control section stops driving of the width movement section when stopping feeding of the intermittent feeding, and wherein the control section controls driving of the width movement section based on detection results by the detection section during a control effective time among a period of stopping feeding of the intermittent feeding.
A furnace for simultaneous continuous melting of two or more different glasses, said furnace having one common combustion chamber constituting one common firing system and two or more melting tanks having at least one common wall separating adjacent tanks, whereby each melting tank is intended for melting glass having a color or chemical composition different from the color or chemical composition of glass in the adjacent tank(s) in such a way that at no stage of the process and in no area of the furnace these glasses connect with each other and flow through a common part of the furnace, where a height of the common wall separating adjacent tanks is greater than the filling level of each of the adjacent tanks measured each time from the bottom of the tank to the surface of glass being molten in this tank and each of these tanks is provided with its own doghouse for feeding a batch of raw materials suitable for the glass molten in this tank and its own throat, through which the glass molten in this tank is directed to a distributor and a system of feeders, from which it is fed to product forming devices, characterised in that at least one wall separating adjacent tanks is equipped with coolers located in niches made in the edges of blocks.
Polyurethane film comprising a polyurethane resin and graphene, characterized in that said graphene is present in an amount of from 1 to 30% by weight on the total weight of the film, and said graphene consists of graphene nano-platelets, wherein at least 90% has a lateral dimension (x, y) of 100 to 25000 nm and a thickness (z) of 0.34 to 20 nm, in which the lateral dimension is always greater than the thickness (x, y> z), and where the C/O ratio is ≥ 100: 1, said film having a thickness from 10 to 100 μm.
A device configured to apply a strip of paper, characterized in that it comprises: - storage means configured to store a reel of strip of paper; - a reservoir configured to receive a liquid, the reservoir being disposed between the storage means of the reel and the depositing means of the strip ; the reservoir comprising at least one humidifying means configured to humidify the strip , - depositing means configured to deposit the strip , the depositing means being arranged at one end of the device ; - cutting means configured to cut the strip ; said cutting means being arranged downstream of the depositing means and configured to be movable between a rest position and a cutting position, the device comprising at least one roller disposed facing the humidifying means , said roller having a cam profile making it possible to adjust the compression applied to the humidifying means . - storage means configured to store a reel of strip of paper; - a reservoir configured to receive a liquid, the reservoir being disposed between the storage means of the reel and the depositing means of the strip ; the reservoir comprising at least one humidifying means configured to humidify the strip , - depositing means configured to deposit the strip , the depositing means being arranged at one end of the device ; - cutting means configured to cut the strip ; said cutting means being arranged downstream of the depositing means and configured to be movable between a rest position and a cutting position, the device comprising at least one roller disposed facing the humidifying means , said roller having a cam profile making it possible to adjust the compression applied to the humidifying means .
Holding device for temporarily fixing a plate-shaped object, in particular a tablet computer, having a first holder , which has a coupling arrangement for connection to a carrying device and a first receiving section for positive locking a first narrow side of a plate-shaped object in at least two spatial directions, having a second holder , which has a second receiving section for positive locking a second narrow side of a plate-shaped object in at least in two spatial directions, and having a flexible traction means , which is connected to the first holder and to the second holder , which is designed for a transmission of tensile forces between the first holder and the second holder for fixing the plate-shaped object, wherein the first holder comprises a winding device with a winding shaft which is rotatably mounted on the first holder and around which an end region of the flexible traction means is looped, wherein the winding shaft is designed for winding and unwinding the traction means , characterized in that the winding shaft is assigned a pretensioned spring arrangement supported on the first holder for providing a tensile force on the traction means .