mhurhangee/patent-ind-claim-en huggingface dataset:
A tubular linear switched reluctance machine comprising: a translator having a non-magnetic material body and ring segments of magnetic material axially separated from each other and provided on the body , which ring segments are distributed along the axial direction (z) of the body , and a stator arranged to electromagnetically interact with the translator , characterised in that the stator has a plurality of coaxially arranged annular modules , and a respective annular non-magnetic spacer arranged between each pair of subsequently arranged modules . wherein each module has a stator pole pitch width (τ stator ) in the axial direction (z) and the axial distance between the midpoints of any pair of adjacent ring segments defines a translator pole pitch width (τ translator ), wherein the stator pole pitch width (τ stator ) differs from the translator pole pitch width (τ translator ), wherein each module has two teeth axially separated by a circumferential channel , wherein the stator pole pitch width (τ stator ) is defined by the axial distance between the midpoints of each pair of adjacent teeth of a module , and wherein the stator pole pitch width (τ stator ) is smaller than the translator pole pitch width (τ translator ). a translator having a non-magnetic material body and ring segments of magnetic material axially separated from each other and provided on the body , which ring segments are distributed along the axial direction (z) of the body , and a stator arranged to electromagnetically interact with the translator , characterised in that the stator has a plurality of coaxially arranged annular modules , and a respective annular non-magnetic spacer arranged between each pair of subsequently arranged modules . wherein each module has a stator pole pitch width (τ stator ) in the axial direction (z) and the axial distance between the midpoints of any pair of adjacent ring segments defines a translator pole pitch width (τ translator ), wherein the stator pole pitch width (τ stator ) differs from the translator pole pitch width (τ translator ), wherein each module has two teeth axially separated by a circumferential channel , wherein the stator pole pitch width (τ stator ) is defined by the axial distance between the midpoints of each pair of adjacent teeth of a module , and wherein the stator pole pitch width (τ stator ) is smaller than the translator pole pitch width (τ translator ).
A method for seaming an industrial fabric woven from synthetic polymeric resin MD and CD yarns and having a length and a width, the method comprising the steps of: overlapping a first edge of the fabric with a second edge of the fabric by a predetermined distance; placing at least a portion of the overlapped area between an ultrasonic horn and an anvil ; and welding the portion of the overlapped area by applying ultrasonic energy, characterized in that a fabric contacting surface of the horn and/or anvil is textured or patterned, the texture or pattern being an impression mirroring or mimicking a weave pattern in a body portion of the fabric , and wherein the welded seam area has a caliper equivalent to that of a body portion of the fabric , and the textured fabric contacting surface includes a plurality of raised portions and a plurality of depressions, so that the welded seam area has a texture or pattern that is the same as or similar to that of a body portion of the fabric . overlapping a first edge of the fabric with a second edge of the fabric by a predetermined distance; placing at least a portion of the overlapped area between an ultrasonic horn and an anvil ; and welding the portion of the overlapped area by applying ultrasonic energy, characterized in that a fabric contacting surface of the horn and/or anvil is textured or patterned, the texture or pattern being an impression mirroring or mimicking a weave pattern in a body portion of the fabric , and wherein the welded seam area has a caliper equivalent to that of a body portion of the fabric , and the textured fabric contacting surface includes a plurality of raised portions and a plurality of depressions, so that the welded seam area has a texture or pattern that is the same as or similar to that of a body portion of the fabric .
A method for producing a lap web for laydown at a combing machine, wherein at least two layers of slivers one on top of the other from cans are supplied to an intake area of a lap machine, and the slivers are guided through a pre-condenser , disposed in the intake area , by means of an adjustable deflection and/or compacting and doubled to a lap web, which subsequently is guided through at least one second pre-condenser and/or through a set of pressure rolls (4a to 4c), wherein a drive device transports the lap web through the lap machine and deposits the lap web in a rectangular sliver deposit can with offset bend spots, wherein the adjustable deflection or compacting of the sliver in the pre-condenser is realized by means of at least one upper and at least one lower fixed link , which are disposed offset to each other.
Apparatus for cleaning espresso machines, wherein the apparatus comprises at least one annular or hollow-cylindrical bristle-carrier element, wherein at least one groove-bristle element for cleaning a portafilter groove is arranged on an end surface or lateral surface of the bristle-carrier element, wherein the at least one groove-bristle element projects from the end surface or lateral surface, characterized in that at least one portion of the at least one groove-bristle element projects in the radial direction and/or at least one portion of the groove-bristle element is curved concavely, and/or in that at least one bristle element is arranged on an inner lateral surface of the annular or hollow-cylindrical bristle-carrier element.
A method for establishing a near-field communication, NFC, connection between an NFC-enabled initiator device (D1) and an NFC-enabled target device (D2), the method comprising: transmitting a first carrier signal from the initiator device (D1); modulating a polling command onto the first carrier signal; terminating transmission of the first carrier signal upon completion of the modulating if the polling command requests a passive communication mode; and continuing transmission of the first carrier signal for an extended time period after the modulating if the polling command requests an active communication mode, wherein the extended time period corresponds to an amount of time for the target device (D2) to stabilize a clock signal. transmitting a first carrier signal from the initiator device (D1); modulating a polling command onto the first carrier signal; terminating transmission of the first carrier signal upon completion of the modulating if the polling command requests a passive communication mode; and continuing transmission of the first carrier signal for an extended time period after the modulating if the polling command requests an active communication mode, wherein the extended time period corresponds to an amount of time for the target device (D2) to stabilize a clock signal.
A computer-implemented method comprising: joining a congress by transferring, by a node operating in a proof-of-work blockchain network, one or more digital assets on the proof-of-work blockchain to an address associated with a congress pool having one or more other digital assets associated with other members of the congress; detecting, by the node, a special transaction of digital assets on the proof-of-work blockchain network to the address associated with the congress pool, the special transaction satisfying determined criteria which distinguishes the transaction from a transaction that is used to join the congress; and minting, by the node, one or more digital assets on a proof-of-stake blockchain network in response to detecting the special transaction, wherein joining further includes generating a private key share to be used in a threshold signature scheme in which at least a threshold of private key shares must be used to cooperatively generate a valid signature for a transaction from the address associated with the congress pool on behalf of the congress, and wherein other holders of the private key shares are the other members of the congress who have joined the congress on a non-permissioned basis by transfer of respective digital assets to the address associated with the congress pool, wherein generating the private key share and using the private key share is performed on a trusted execution environment within the node. joining a congress by transferring, by a node operating in a proof-of-work blockchain network, one or more digital assets on the proof-of-work blockchain to an address associated with a congress pool having one or more other digital assets associated with other members of the congress; detecting, by the node, a special transaction of digital assets on the proof-of-work blockchain network to the address associated with the congress pool, the special transaction satisfying determined criteria which distinguishes the transaction from a transaction that is used to join the congress; and
A system , comprising: a stimulator configured to stimulate a nerve , wherein stimulation of the nerve assists or causes contraction of a respiratory muscle in the subject; and a processor configured to: receive a test result of a subject; and generate a stimulation parameter based on the test result, characterized in that the test reflects a condition of a brain in the subject, in that the stimulation parameter includes a stimulation charge, a frequency of pulses within a stimulation train, or a breath rate, in that the stimulator is configured to stimulate the nerve based on the stimulation parameter, and in that the system further comprises a mechanical ventilator. a stimulator configured to stimulate a nerve , wherein stimulation of the nerve assists or causes contraction of a respiratory muscle in the subject; and a processor configured to: receive a test result of a subject; and generate a stimulation parameter based on the test result, characterized in that the test reflects a condition of a brain in the subject, in that the stimulation parameter includes a stimulation charge, a frequency of pulses within a stimulation train, or a breath rate, in that the stimulator is configured to stimulate the nerve based on the stimulation parameter, and in that the system further receive a test result of a subject; and generate a stimulation parameter based on the test result, characterized in that the test reflects a condition of a brain in the subject, in that the stimulation parameter includes a stimulation charge, a frequency of pulses within a stimulation train, or a breath rate, in that the stimulator is configured to stimulate the nerve based on the stimulation parameter, and in that the system further comprises a mechanical ventilator.
Method of producing an electrocatalyst, comprising the steps of: a) electrodeposition of an alloy comprising nickel and a second metal on a copper substrate; and b) electrochemical dissolution of deposited second metal to obtain a nanoporous structure on the copper substrate. a) electrodeposition of an alloy comprising nickel and a second metal on a copper substrate; and b) electrochemical dissolution of deposited second metal to obtain a nanoporous structure on the copper substrate.
A side mold, comprising a side mold frame , a cooling cover plate , heat-insulating gaskets , an inlet pipe and an outlet pipe , wherein a cooling loop is processed in a back cavity of the side mold frame , characterized in that the cooling loop comprises a plurality of substantially parallel channels , and a distance between the adjacent channels along a solidification direction of a casting gradually increases; sealing grooves are formed at the periphery of the cooling loop and between the two adjacent channels , and the heat-insulating gaskets are mounted in the sealing grooves; the cooling cover plate is fixed in the back cavity and covers the cooling loop and the heat-insulating gaskets ; and the inlet pipe and the outlet pipe communicate with the channels of the cooling loop. sealing grooves are formed at the periphery of the cooling loop and between the two adjacent channels , and the heat-insulating gaskets are mounted in the sealing grooves; the cooling cover plate is fixed in the back cavity and covers the cooling loop and the heat-insulating gaskets ; and the inlet pipe and the outlet pipe communicate with the channels of the cooling loop.
Device for providing a dough piece on a movable substrate , comprising: - a substrate , movable in a transport direction for dough pieces with a substrate speed; - at least one dough supplier , configured for continuously supplying a dough stream in a supply direction with a supply speed to; - at least one dispensing opening , arranged above the movable substrate ; wherein a plane of the dispensing opening has a directional component perpendicular to the transport direction ; - a knife , arranged movable with respect to the dispensing opening, with a directional component parallel to the plane of the opening for cutting the dough stream into pieces and a directional component in the supply direction of the dough for moving along with the dough; - a controller, for controlling the movement of the knife, and configured to: ∘ repeatedly move a cutting edge of the knife along the dispensing opening for cutting the dough stream into pieces; and ∘ move the knife with a directional component in the supply direction of the dough with at least the dough supply speed, during a predetermined interval directly succeeding a cut characterized in that the knife is coupled to a first leg of a hingeable parallelogram-shaped suspension which is movable in a vertical plane, wherein an upper corner of an opposite second leg of the suspension is rotatably mounted to a support about a horizontal axis of rotation , wherein a third leg of the suspension extends from said horizontal axis of rotation and wherein an angular orientation of said second and third leg of the suspension are controllable, and wherein the orientations of said second and third leg of the suspension are independently controllable. - a substrate , movable in a transport direction for dough pieces with a substrate speed; - at least one dough supplier , configured for continuously supplying a dough stream in a supply direction with a supply speed to; - at least one dispensing opening , arranged above the movable substrate ; wherein a plane of the dispensing opening has a directional component perpendicular to the transport direction ; - a knife , arranged movable with respect to the dispensing opening, with a directional component parallel to the plane of the opening for cutting the dough stream into pieces and a directional component in the supply direction of the dough for moving along with the dough; - a controller, for controlling the movement of the knife, and configured to: ∘ repeatedly move a cutting edge of the knife along the dispensing opening for cutting the dough stream into pieces; and ∘ move the knife with a directional component in the supply direction of the dough with at least the dough supply speed, during a predetermined interval directly succeeding a cut ∘ repeatedly move a cutting edge of the knife along the dispensing opening for cutting the dough stream into pieces; and ∘ move the knife with a directional component in the supply direction of the dough with at least the dough supply speed, during a predetermined interval directly succeeding a cut
Coated substrate with a coating deposited on a surface of the substrate, said coating comprising at least one metal boron carbide layer, characterized in that the metal boron carbide layer is a ternary compound exhibiting a polycrystalline structure formed of a single phase of hafnium, boron and carbon.
An apparatus comprising means for: receiving a first audio signal and a second audio signal from at least two microphones wherein the at least two microphones are comprised within the same electronic device; producing a first beam signal and a second beam signal determined from the first and second audio signals, wherein the first beam signal is a main beam signal , and wherein the second beam signal is an anti beam signal and wherein the main beam signal and anti beam signal have different beam shapes with substantially opposite directional characteristics; and determining a voice activity detection decision based at least in part on a ratio of the first and second beam signals. receiving a first audio signal and a second audio signal from at least two microphones wherein the at least two microphones are comprised within the same electronic device; producing a first beam signal and a second beam signal determined from the first and second audio signals, wherein the first beam signal is a main beam signal , and wherein the second beam signal is an anti beam signal and wherein the main beam signal and anti beam signal have different beam shapes with substantially opposite directional characteristics; and determining a voice activity detection decision based at least in part on a ratio of the first and second beam signals.
An access point device, comprising: a first sending unit , configured to send a first message to a station, wherein the first message carries indication information indicating that a basic service set is in a fractional frequency reuse mode; a first receiving unit , configured to receive a second message sent by the station, wherein the second message carries indication information indicating that the station supports the fractional frequency reuse mode; an execution unit , configured to communicate with the station in the fractional frequency reuse mode after determining, according to the second message received by the receiving unit, that the station supports the fractional frequency reuse mode; a scanning unit , configured to scan a channel, so as to obtain frequency reuse information of each basic service set surrounding the access point; and a determining unit , configured to determine a frequency reuse manner of the access point according to a reuse policy and the frequency reuse information that is of each basic service set surrounding the access point and that is obtained by the scanning unit, wherein the reuse policy is a frequency allocation manner used by the access point to maximize a throughput of a basic service set or to maximize a quantity of supported users in an overlapping area of a basic service set. a first sending unit , configured to send a first message to a station, wherein the first message carries indication information indicating that a basic service set is in a fractional frequency reuse mode; a first receiving unit , configured to receive a second message sent by the station, wherein the second message carries indication information indicating that the station supports the fractional frequency reuse mode; an execution unit , configured to communicate with the station in the fractional frequency reuse mode after determining, according to the second message received by the receiving unit, that the station supports the fractional frequency reuse mode; a scanning unit , configured to scan a channel, so as to obtain frequency reuse information of each basic service set surrounding the access point; and a determining unit , configured to determine a frequency reuse manner of the access point according to a reuse policy and the frequency reuse information that is of each basic service set surrounding the access point and that is obtained by the scanning unit, wherein the reuse policy is a frequency allocation manner used by the access point to maximize a throughput of a basic service set or to maximize a quantity of supported users in an overlapping area of a basic service set.
Apparatus for moving a microscope slide , the apparatus comprises a support rod and having a first clamping unit and a second clamping unit arranged opposite thereto, the apparatus being mountable on a robot arm , the clamping units are formed as prismatic jaws with V-shaped legs and the first clamping unit is fixed to a first end of the support rod rotatable about a longitudinal axis (T) between a first position and a second position in such a way that in the first position of the support rod the prismatic jaws of the clamping units face each other so that prism edges of the prismatic jaws defined by the intersection of the V-shaped legs of each prismatic jaw are parallel lines, which are in a plane parallel to the longitudinal axis (T) of the support rod and which support rod is adapted to move along its longitudinal axis (T) in a first direction (P) in which the first clamping unit is moved towards the second clamping unit and in a second direction (D) in which the first clamping unit is moved away from the second clamping unit , and said apparatus comprises a displacer for displacing the support rod along the longitudinal axis (T) and a rotator for rotating the support rod about the longitudinal axis (T), wherein the second clamping unit comprises two separate clamping portions , each of which is a prismatic jaw with V-shaped legs and the support rod is passed between the clamping portions .
Sample support (P, P2) having - an absorbent membrane layer (M) which is based on a nonwoven polyolefin and which has at least one take-up region (A) with dried blood constituents (B), - and also moreover a film layer (F) based on a plastic, where the film layer has received antistatic pretreatment, wherein the membrane layer (M) and the film layer (F) are connected to one another mechanically in a subregion (T) of the sample support, wherein furthermore the membrane layer and the film layer are not connected to one another mechanically in the take-up region (A) and wherein, when the sample support (P, P2) is placed onto a uniformly horizontal surface (E) the membrane layer (M) covers the film layer (F) at least in the take-up region (A). - an absorbent membrane layer (M) which is based on a nonwoven polyolefin and which has at least one take-up region (A) with dried blood constituents (B), - and also moreover a film layer (F) based on a plastic, where the film layer has received antistatic pretreatment,