mhurhangee/patent-ind-claim-en huggingface dataset:
An electromagnetic actuator device comprising armature means which, as a reaction to an energization of stationary coil means , are movable in an actuator housing along an axial direction relative to stationary core means , and which are gripped by axially elongated plunger means guided in a core passage of the core means in such a manner that a movement of the armature means in the direction to the core means can entrain the plunger means, an end section of the plunger means, axially opposite the armature means, being configured to interact with or to realize a control partner, in particular a valve slide , wherein the plunger means comprise an elongated rod section and a disk-shaped end section which has a widened diameter and which sits on the rod section in one piece on the end side in the direction to the armature means , wherein the axial extension (W) of the end section determines a minimum distance between the armature means and the core means, in particular in the form of a magnetic anti-adhesive disk, in an abutment state of the armature means on an end surface and/or front surface of the core means facing the armature means. armature means which, as a reaction to an energization of stationary coil means , are movable in an actuator housing along an axial direction relative to stationary core means , and which are gripped by axially elongated plunger means guided in a core passage of the core means in such a manner that a movement of the armature means in the direction to the core means can entrain the plunger means, an end section of the plunger means, axially opposite the armature means, being configured to interact with or to realize a control partner, in particular a valve slide , wherein the plunger means comprise an elongated rod section and a disk-shaped end section which has a widened diameter and which sits on the rod section in one piece on the end side in the direction to the armature means , wherein the axial extension (W) of the end section determines a minimum distance between the armature means and the core means, in particular in the form of a magnetic anti-adhesive disk, in an abutment state of the armature means on an end surface and/or front surface of the core means facing the armature means.
A method of improving throughput for data traffic to be communicated via a virtual private network, VPN, comprising: establishing multiple VPN connections between a network VPN gateway and a remote VPN gateway ; assigning a different cryptographic algorithm to each of the multiple VPN connections; configuring , by one or more processors , a routing preference to select a first VPN connection that uses a first assigned cryptographic algorithm over a second VPN connection that uses a second assigned cryptographic algorithm based on the first assigned cryptographic algorithm having better network performance, with respect to throughput, compared to the second assigned cryptographic algorithm; receiving an indication that a data flow is to be routed between the network VPN gateway and the remote VPN gateway; selecting , based at least in part on the routing preference, the first VPN connection that uses the first assigned cryptographic algorithm for the data flow; routing the data flow to the first VPN connection that uses the first assigned cryptographic algorithm based on the selection; monitoring performance of the first VPN connection; determining that the performance does not satisfy a performance threshold ; and in response to determining that the performance does not satisfy the performance threshold, updating the routing preference to select the second VPN connection that uses the second assigned cryptographic algorithm over the first VPN connection that uses the first assigned cryptographic algorithm. establishing multiple VPN connections between a network VPN gateway and a remote VPN gateway ; assigning a different cryptographic algorithm to each of the multiple VPN connections; configuring , by one or more processors , a routing preference to select a first VPN connection that uses a first assigned cryptographic algorithm over a second VPN connection that uses a second assigned cryptographic algorithm based on the first assigned cryptographic algorithm having better network performance, with respect to throughput, compared to the second assigned cryptographic algorithm; receiving an indication that a data flow is to be routed between the network VPN gateway and the remote VPN gateway; selecting , based at least in part on the routing preference, the first VPN connection that uses the first assigned cryptographic algorithm for the data flow; routing the data flow to the first VPN connection that uses the first assigned cryptographic algorithm based on the selection; monitoring performance of the first VPN connection; determining that the performance does not satisfy a performance threshold ; and in response to determining that the performance does not satisfy the performance threshold, updating the routing preference to select the second VPN connection that uses the second assigned cryptographic algorithm over the first VPN connection that uses the first assigned cryptographic algorithm.
A solid electrolytic capacitor comprising: a sintered porous anode body; a dielectric that overlies the anode body; a solid electrolyte that overlies the dielectric, wherein the solid electrolyte includes a plurality of conductive polymer particles; and a cathode coating that contains a metal particle layer that overlies the solid electrolyte, wherein the metal particle layer includes a plurality of conductive metal particles dispersed within a resinous polymer matrix, where the particles constitute from about 50 wt.% to about 99 wt.% of the layer and the resinous polymer matrix constitutes from about 1 wt.% to about 50 wt.% of the layer, wherein the resinous polymer matrix includes a vinyl acetal polymer. a sintered porous anode body; a dielectric that overlies the anode body; a solid electrolyte that overlies the dielectric, wherein the solid electrolyte includes a plurality of conductive polymer particles; and a cathode coating that contains a metal particle layer that overlies the solid electrolyte, wherein the metal particle layer includes a plurality of conductive metal particles dispersed within a resinous polymer matrix, where the particles constitute from about 50 wt.% to about 99 wt.% of the layer and the resinous polymer matrix constitutes from about 1 wt.% to about 50 wt.% of the layer, wherein the resinous polymer matrix includes a vinyl acetal polymer.
A radar based fill-level sensor having at least one semiconductor element , comprising at least one semiconductor chip and one chip package , in which the at least one semiconductor chip is arranged, the at least one semiconductor chip having at least one coupling element , which serves as a signal gate for electromagnetic waves, preferably in the millimeter wave range, wherein at least one first dielectric resonator structure , which is made of quartz glass, ceramic or plastic, is arranged on a surface portion of the chip package in such a way that the chip package produces a defined distance between the resonator structure and the coupling element , the chip package having, on the surface portion on which the at least first resonator structure is arranged, a depression in the direction of the at least one semiconductor chip . the at least one semiconductor chip having at least one coupling element , which serves as a signal gate for electromagnetic waves, preferably in the millimeter wave range, wherein at least one first dielectric resonator structure , which is made of quartz glass, ceramic or plastic, is arranged on a surface portion of the chip package in such a way that the chip package produces a defined distance between the resonator structure and the coupling element , the chip package having, on the surface portion on which the at least first resonator structure is arranged, a depression in the direction of the at least one semiconductor chip .
A fuel delivery system for a gas turbine engine , wherein the fuel delivery system comprises: a cryogenic fuel tank ; a first fuel line for connection to the cryogenic fuel tank ; a fuel pump connected to receive fuel via the first fuel line ; a plurality of fuel lines (602-606) connecting the fuel pump to a combustor of the gas turbine engine ; a controller configured to operate the fuel delivery system; a purge gas tank connected to the first fuel line and configured to store a purge gas for purging the plurality of fuel lines (602-606); and a fuel gas tank connected to the first fuel line and configured to store a fuel gas for flushing purge gas from the plurality of fuel lines (602-606). a cryogenic fuel tank ; a first fuel line for connection to the cryogenic fuel tank ; a fuel pump connected to receive fuel via the first fuel line ; a plurality of fuel lines (602-606) connecting the fuel pump to a combustor of the gas turbine engine ; a controller configured to operate the fuel delivery system; a purge gas tank connected to the first fuel line and configured to store a purge gas for purging the plurality of fuel lines (602-606); and a fuel gas tank connected to the first fuel line and configured to store a fuel gas for flushing purge gas from the plurality of fuel lines (602-606).
A dipeptide for use in lowing blood pressure, wherein the N-terminal of the dipeptide is a cysteine, the C-terminal amino acid of the dipeptide is a basic amino acid or an aliphatic amino acid, the basic amino acid is H or K, the aliphatic amino acid is A or I, each amino acid in the dipeptide is in L-form or D-form.
A wireless network for communicating with a mobile station capable of operating in a range expansion, RE, mode, the wireless network comprising: a macro-base station, BS, operable to communicate with the mobile station; and a micro-BS in a coverage area associated with the macro-BS, wherein the macro-BS transmits, to the micro-BS, a handover request message for a handover of the mobile station from the macro-BS to the micro BS and, the micro-BS transmits, to the macro-BS, an acknowledgement message for the handover request message in response to the handover request message, wherein the handover request message comprises information indicating a capability of the mobile station supporting the RE mode, wherein the acknowledgement message comprises physical control format indicator channel, PCFICH, information associated with the micro-BS, wherein the macro-BS is further operable to transmit, to the mobile station, the PCFICH information, wherein the PCFICH information comprises information regarding a number of orthogonal frequency division multiplexing, OFDM, symbols used for a transmission of a physical downlink control channel, PDCCH, associated with the micro-BS in a subframe, and wherein the PCFICH information is used to decode the PDCCH associated with the micro BS. a macro-base station, BS, operable to communicate with the mobile station; and a micro-BS in a coverage area associated with the macro-BS, wherein the macro-BS transmits, to the micro-BS, a handover request message for a handover of the mobile station from the macro-BS to the micro BS and, the micro-BS transmits, to the macro-BS, an acknowledgement message for the handover request message in response to the handover request message, wherein the handover request message comprises information indicating a capability of the mobile station supporting the RE mode, wherein the acknowledgement message comprises physical control format indicator channel, PCFICH, information associated with the micro-BS, wherein the macro-BS is further operable to transmit, to the mobile station, the PCFICH information, wherein the PCFICH information comprises information regarding a number of orthogonal frequency division multiplexing, OFDM, symbols used for a transmission of a physical downlink control channel, PDCCH, associated with the micro-BS in a subframe, and wherein the PCFICH information is used to decode the PDCCH associated with the micro BS.
Isocyclosporin A or an ophthalmically acceptable salt thereof for ophthalmic topical use in the prevention or treatment in an individual of an inflammatory and/or autoimmune ophthalmic disease.
Machine tool, in particular in the form of a hand machine tool, with a main housing part, a tool holder rotating about a working axis of rotation during operation, a drive and a magazine body for receiving different tools, wherein the magazine body opposite the main housing part can be moved back and forth in the direction parallel to the working axis of rotation (D), wherein the machine tool is designed such that the drive drives a driving shaft which extends through the magazine body , characterized in that the driving shaft has a pinion and drives the tool holder with the latter, wherein the driving shaft is detachably connected to an output shaft of the drive , wherein the machine tool is designed in such a way that the connection between the driving shaft and the output shaft is released, when the magazine body is in the changing position, and is established, when the magazine body is in the screwing position.
A guide system for indicating an activator of a defibrillator to a user comprising: a motion detection circuit which determines motion of the defibrillator and generates at least one defibrillator motion mode signal, and a guide circuit which receives the defibrillator motion mode signal, characterised in that on receiving the motion mode signal, the guide circuit generates an indication signal and sends the indication signal to the activator which causes the activator to be illuminated and indicated to the user of the defibrillator. a motion detection circuit which determines motion of the defibrillator and generates at least one defibrillator motion mode signal, and a guide circuit which receives the defibrillator motion mode signal, characterised in that on receiving the motion mode signal, the guide circuit generates an indication signal and sends the indication signal to the activator which causes the activator to be illuminated and indicated to the user of the defibrillator.
A process for manufacturing a wound active nanoscale polymer matrix microsheet, the method comprising the following steps: a) forming a nanoscale polymer layer about 0.5 nm to 1000 nm thick on a substrate; b) introducing a wound active agent into said nanoscale polymer layer to provide the wound active nanoscale polymer layer; and c) forming the sacrificial polymer layer from 0,1 μm thick to 100 μm thick on said wound active nanoscale polymer layer, wherein the sacrificial polymer layer is dissolvable. a) forming a nanoscale polymer layer about 0.5 nm to 1000 nm thick on a substrate; b) introducing a wound active agent into said nanoscale polymer layer to provide the wound active nanoscale polymer layer; and c) forming the sacrificial polymer layer from 0,1 μm thick to 100 μm thick on said wound active nanoscale polymer layer, wherein the sacrificial polymer layer is dissolvable.
A method of assaying a monomer of a recombinant extracellular matrix protein, the method comprising: performing size exclusion chromatography on a sample comprising the recombinant extracellular matrix protein using a mobile phase comprising hydrochloride at a concentration of 0.5 M to 1.2 M; and analyzing the monomer of the recombinant extracellular matrix protein in the sample, based on a result of the size exclusion chromatography; wherein the recombinant extracellular matrix protein is elastin, fibronectin, laminin, vitronectin, tenascin, or hyaluronan and proteoglycan link protein (HAPLN). performing size exclusion chromatography on a sample comprising the recombinant extracellular matrix protein using a mobile phase comprising hydrochloride at a concentration of 0.5 M to 1.2 M; and analyzing the monomer of the recombinant extracellular matrix protein in the sample, based on a result of the size exclusion chromatography; wherein the recombinant extracellular matrix protein is elastin, fibronectin, laminin, vitronectin, tenascin, or hyaluronan and proteoglycan link protein (HAPLN).
A memory , comprising: a plurality of memory cells configured to support: a read and write operation in a memory cycle in a first mode, and a write only operation in the memory cycle in a second mode; and a control circuit comprising: a read clock circuit configured to: in the first mode, generate a read clock in response to the beginning of the memory cycle and reset the read clock to being inactive when the read operation is complete, wherein the read clock is inactive in the second mode; and characterised by a write clock circuit configured to be enabled in the first and second modes in response to the read clock being inactive, the write clock circuit configured to generate a write clock when enabled; and a multiplexer configured to multiplex read and write addresses from a peripheral device to row and column decoders for accessing the plurality of memory cells, wherein the read clock enables a read port input circuit to provide a read address to a first input port of the multiplexer and the write clock enables a write port input circuit to provide a write address to a second input port of the multiplexer. a plurality of memory cells configured to support: a read and write operation in a memory cycle in a first mode, and a write only operation in the memory cycle in a second mode; and a read and write operation in a memory cycle in a first mode, and a write only operation in the memory cycle in a second mode; and a control circuit comprising: a read clock circuit configured to: in the first mode, generate a read clock in response to the beginning of the memory cycle and reset the read clock to being inactive when the read operation is complete, wherein the read clock is inactive in the second mode; and characterised by a write clock circuit configured to be enabled in the first and second modes in response to the read clock being inactive, the write clock circuit configured to generate a write clock when enabled; and a read clock circuit configured to: in the first mode, generate a read clock in response to the beginning of the memory cycle and reset the read clock to being inactive when the read operation is complete, wherein the read clock is inactive in the second mode; and characterised by a write clock circuit configured to be enabled in the first and second modes in response to the read clock being inactive, the write clock circuit configured to generate a write clock when enabled; and a multiplexer configured to multiplex read and write addresses from a peripheral device to row and column decoders for accessing the plurality of memory cells, wherein the read clock enables a read port input circuit to provide a read address to a first input port of the multiplexer and the write clock enables a write port input circuit to provide a write address to a second input port of the multiplexer.
A system for tracking a penetrating instrument, comprising: an ultrasound transducer array configured to generate ultrasound signals from a plurality of array positions and to provide one or more real-time images of an area of interest; a penetrating instrument having a body with at least one ultrasound transducer mounted at a position of interest on the body, the at least one ultrasound transducer being responsive to the ultrasound signals generated by the plurality of array positions; a signal processing module configured to determine a position and orientation of the penetrating instrument in accordance with the ultrasound signals generated by the plurality of array positions based upon a response of the at least one ultrasound transducer to the ultrasound signals generated by the plurality of array positions, the signal processing module being further configured to classify media in which the position of interest is positioned based on pulse-echo mode signals transduced by the at least one ultrasound transducer wherein said pulse-echo mode signals are configured to measure acoustic characteristics of surrounding tissue; an overlay module configured to generate an overlay image registered to the one or more real-time images to identify a position of the position of interest and provide visual feedback on the classification of the media in which the position of interest is positioned; and a display configured to provide the visual feedback of the overlay image on the one or more real-time images. an ultrasound transducer array configured to generate ultrasound signals from a plurality of array positions and to provide one or more real-time images of an area of interest; a penetrating instrument having a body with at least one ultrasound transducer mounted at a position of interest on the body, the at least one ultrasound transducer being responsive to the ultrasound signals generated by the plurality of array positions; a signal processing module configured to determine a position and orientation of the penetrating instrument in accordance with the ultrasound signals generated by the plurality of array positions based upon a response of the at least one ultrasound transducer to the ultrasound signals generated by the plurality of array positions, the signal processing module being further configured to classify media in which the position of interest is positioned based on pulse-echo mode signals transduced by the at least one ultrasound transducer wherein said pulse-echo mode signals are configured to measure acoustic characteristics of surrounding tissue; an overlay module configured to generate an overlay image registered to the one or more real-time images to identify a position of the position of interest and provide visual feedback on the classification of the media in which the position of interest is positioned; and a display configured to provide the visual feedback of the overlay image on the one or more real-time images.
A winding module for a winding device for automatically winding winding material , in particular wire in grooves of a winding member , in order to produce a coil for an electrical machine, in particular a rotor and/or stator, particularly preferably an armature or externally grooved stator, wherein the winding module comprises: a module stand ; a needle carriage with a needle , wherein the needle carriage is supported in the module stand in a displaceable manner in a first direction (R 1 ), characterized in that the winding module further has a winding material clamping device for clamping the winding material ; wherein the winding material clamping device is configured in order to secure the winding material to prevent torsion about and to prevent displacement along the needle axis ; and wherein the winding material clamping device is arranged in or on the needle carriage . a module stand ; a needle carriage with a needle , wherein the needle carriage is supported in the module stand in a displaceable manner in a first direction (R 1 ), characterized in that the winding module further has a winding material clamping device for clamping the winding material ; wherein the winding material clamping device is configured in order to secure the winding material to prevent torsion about and to prevent displacement along the needle axis ; and wherein the winding material clamping device is arranged in or on the needle carriage .