mhurhangee/patent-ind-claim-en huggingface dataset:
An integrated circuit, IC, device, the IC device comprising: an Ethernet frame processor ; at least one Ethernet port coupled to the Ethernet frame processor ; and a hardware synchronization circuit coupled to the Ethernet frame processor and to the at least one Ethernet port , the hardware synchronization circuit comprising: a controller ; a local clock coupled to the controller ; a media-independent peripheral coupled to the controller ; and a media-dependent peripheral coupled to the media-independent peripheral ; wherein power is provided to the hardware synchronization circuit independent of the Ethernet frame processor , wherein the hardware synchronization circuit is configured to perform IEEE 802.1AS functions while the Ethernet frame processor is powered down, the IEEE 802.1AS functions comprising maintaining synchronization and forwarding frames. an Ethernet frame processor ; at least one Ethernet port coupled to the Ethernet frame processor ; and a hardware synchronization circuit coupled to the Ethernet frame processor and to the at least one Ethernet port , the hardware synchronization circuit comprising: a controller ; a local clock coupled to the controller ; a media-independent peripheral coupled to the controller ; and a media-dependent peripheral coupled to the media-independent peripheral ; a controller ; a local clock coupled to the controller ; a media-independent peripheral coupled to the controller ; and a media-dependent peripheral coupled to the media-independent peripheral ; wherein power is provided to the hardware synchronization circuit independent of the Ethernet frame processor , wherein the hardware synchronization circuit is configured to perform IEEE 802.1AS functions while the Ethernet frame processor is powered down, the IEEE 802.1AS functions comprising maintaining synchronization and forwarding frames.
An optical sensing system, comprising a source generator configured to generate a set of n time-aligned optical probe pulses, each pulse being at a distinct optical frequency selected from f 1 , f 2 , ... f n , where n is the number of pulses and n is equal to 2 or more, each optical frequency being spaced from its neighbour by Δf, the source generator being configured to transmit the optical probe pulses into a sensing optical fibre, wherein the optical probe pulses are backscattered by the optical sensing fibre, at least part of the backscattered light being captured by the optical fibre in a reverse direction to the optical probe pulse propagation, an optical receiver system configured to receive the backscattered light from the optical sensing fibre, wherein the optical receiver system is configured to mix a delayed version of the backscattered light with at least one frequency-shifted version of the backscattered light, wherein the frequency is shifted by -(Δf+f m ), where f m is a predetermined frequency and f m is less than Δf. a source generator configured to generate a set of n time-aligned optical probe pulses, each pulse being at a distinct optical frequency selected from f 1 , f 2 , ... f n , where n is the number of pulses and n is equal to 2 or more, each optical frequency being spaced from its neighbour by Δf, the source generator being configured to transmit the optical probe pulses into a sensing optical fibre, wherein the optical probe pulses are backscattered by the optical sensing fibre, at least part of the backscattered light being captured by the optical fibre in a reverse direction to the optical probe pulse propagation, a set of n time-aligned optical probe pulses, each pulse being at a distinct optical frequency selected from f 1 , f 2 , ... f n , where n is the number of pulses and n is equal to 2 or more, each optical frequency being spaced from its neighbour by Δf, the source generator being configured to transmit the optical probe pulses into a sensing optical fibre, wherein the optical probe pulses are backscattered by the optical sensing fibre, at least part of the backscattered light being captured by the optical fibre in a reverse direction to the optical probe pulse propagation, an optical receiver system configured to receive the backscattered light from the optical sensing fibre, wherein the optical receiver system is configured to mix a delayed version of the backscattered light with at least one frequency-shifted version of the backscattered light, wherein the frequency is shifted by -(Δf+f m ), where f m is a predetermined frequency and f m is less than Δf.
A method for reducing the metal pad unevenness and optimizing the magnet hydrodynamic (MHD) stability in an electrolysis cell of the Hall-Héroult type for aluminium production, the cell having suspended prebaked carbon anodes and a cathode panel comprising several carbon based cathode blocks having one or more collector bars thus forming a cathode block assembly, where said cathode block assembly may be constituted by several individual cathode block sections that together with its cathode collector bars form cathode block section assemblies, said cathode block assemblies or cathode block section assemblies being connected to a bus bar system of a potline via its cathode bar connections, the cell further having a metal pad that lies onto the cathode panel and an electrolytic bath between said metal pad and the anodes, where unevenness of the metal pad is detected by measurements or calculations, characterised in that a model of the electrolysis cell is established in a computer based modelling program where each cathode block assembly or cathode block section assembly is represented, the modelling program being able to calculate the metal heaving and MHD stability for all possible modifications for each cathode block assembly or cathode block section assembly, the possible modifications being at least one of: increasing electrical conductivity in the cathode block assembly, decreasing electrical conductivity in the cathode block assembly, increasing the electrical conductivity of the cathode bar connection, and reducing the electrical conductivity of the cathode bar connection, to identify which cathode block assembly or cathode block section assembly that preferably should be modified, where at least one of the modifications is implemented in the cell by changing selectively the electrical current distribution in individual cathode block assemblies or in cathode block section assemblies so that the local electrical current paths and correspondingly the local forces in the metal pad above the cathode panel are modified to reduce the unevenness of the metal pad and optimize the overall MHD stability of the cell.
Electronically controllable pneumatic brake system for a vehicle , preferably a commercial vehicle , comprising: an electronic operating control unit ; at least one first brake pressure modulator which is connected to a first compressed air supply for receiving supply pressure (pV), and which, in response to first operating brake signals (SB1) provided by the electronic operating control unit , controls a first operating brake pressure (pB1) at at least one first operating brake pressure port , an electronic redundancy control unit ; at least one first redundancy pressure modulator which is connected to the first compressed air supply or to a further compressed air supply for receiving supply pressure (pV), and which, in response to first redundancy brake signals (SR1) provided by the electronic redundancy control unit , controls a first redundancy brake pressure (pR1) at at least one first redundancy brake pressure port , characterized in that the first brake pressure modulator comprises a first vent port for venting the first operating brake pressure (pB1), the first redundancy pressure modulator comprises a first redundancy vent port for venting the first redundancy brake pressure (pR1) and the first redundancy brake pressure port is connected to the first vent port so that the first redundancy brake pressure (pR1) is controllable via a first vent path of the first brake pressure modulator at the first operating brake pressure port . an electronic operating control unit ; at least one first brake pressure modulator which is connected to a first compressed air supply for receiving supply pressure (pV), and which, in response to first operating brake signals (SB1) provided by the electronic operating control unit , controls a first operating brake pressure (pB1) at at least one first operating brake pressure port , an electronic redundancy control unit ; at least one first redundancy pressure modulator which is connected to the first compressed air supply or to a further compressed air supply for receiving supply pressure (pV), and which, in response to first redundancy brake signals (SR1) provided by the electronic redundancy control unit , controls a first redundancy brake pressure (pR1) at at least one first redundancy brake pressure port , characterized in that the first brake pressure modulator comprises a first vent port for venting the first operating brake pressure (pB1), the first redundancy pressure modulator comprises a first redundancy vent port for venting the first redundancy brake pressure (pR1) and the first redundancy brake pressure port is connected to the first vent port so that the first redundancy brake pressure (pR1) is controllable via a first vent path of the first brake pressure modulator at the first operating brake pressure port .
A compound of general Formula (I), or a pharmaceutically acceptable salt thereof: wherein R 1 represents 4-trifluoromethyl, 4-trifluoromethoxy, 4-nitro, 4-hydroxyl, 4-hydroxymethyl, 4-tert-butyl, 4-cyano, or 4-amino; or H, halo, C1-C3 alkyl, C1-C3 alkoxy, C1-C3 alkylamino, or C1-C3 amido, at occurrence of mono-, di-, or tri-substitution; R 2 represents 4-trifluoromethyl, 4-trifluoromethoxy, 4-nitro, 4-hydroxyl, 4-hydroxymethyl, 4-cyano, 4-amino, 4-morpholinylmethoxy, 4-morpholinylethoxy, 4-benzylmethoxy, or 4-benzylethoxy; or H, halo, C1-C3 alkyl, C1-C3 alkoxy, C1-C3 alkylamino, 4-benzylamino, or C1-C3 amido, at occurrence of mono-, di-, or tri-substitution; R 3 represents H, -CH 2 COOH, or -CH 2 CONH 2 ; and n=0-3. wherein R 1 represents 4-trifluoromethyl, 4-trifluoromethoxy, 4-nitro, 4-hydroxyl, 4-hydroxymethyl, 4-tert-butyl, 4-cyano, or 4-amino; or H, halo, C1-C3 alkyl, C1-C3 alkoxy, C1-C3 alkylamino, or C1-C3 amido, at occurrence of mono-, di-, or tri-substitution; R 2 represents 4-trifluoromethyl, 4-trifluoromethoxy, 4-nitro, 4-hydroxyl, 4-hydroxymethyl, 4-cyano, 4-amino, 4-morpholinylmethoxy, 4-morpholinylethoxy, 4-benzylmethoxy, or 4-benzylethoxy; or H, halo, C1-C3 alkyl, C1-C3 alkoxy, C1-C3 alkylamino, 4-benzylamino, or C1-C3 amido, at occurrence of mono-, di-, or tri-substitution; R 3 represents H, -CH 2 COOH, or -CH 2 CONH 2 ; and n=0-3.
Method for connecting a terminal via connection means to a best mobile telephone network chosen out of a plurality of available mobile telephone networks , the terminal comprising a subscriber identification card , the method being characterised in that it comprises during a relaunch of the subscriber identification card and/or of the connection means the steps of: (a) Reinitialisation by processing means of the subscriber identification card of at least one connection information file stored on data-storage means of the subscriber identification card ; (b) Selection without bias of the best network according to a criterion of the connection means out of said plurality of available mobile telephone networks , wherein a list of preferred networks, PPLMNs, chosen empty is stored on the data-storage means of the subscriber identification card . (a) Reinitialisation by processing means of the subscriber identification card of at least one connection information file stored on data-storage means of the subscriber identification card ; (b) Selection without bias of the best network according to a criterion of the connection means out of said plurality of available mobile telephone networks , wherein a list of preferred networks, PPLMNs, chosen empty is stored on the data-storage means of the subscriber identification card .
Method for producing a component , wherein the component has a multiplicity of cell foils , which are stacked on top of one another, for storing electrical energy and at least one contact sheet ; wherein the cell foils form a foil stack in an attachment portion and the foil stack is connected to the contact sheet by at least one weld seam for electrical contacting of the cell foils via the contact sheet , wherein the method for producing the at least one weld seam comprises at least the following steps: a) providing the cell foils and arranging the foil stack with a stack height ; b) providing the contact sheet ; c) compacting at least the foil stack by way of a compaction device ; d) arranging the foil stack and the contact sheet relative to one another in a connecting position ; e) generating a negative pressure at least in a connecting region of the foil stack and of the contact sheet by way of a negative-pressure device ; f) connecting the foil stack to the contact sheet in the connecting region by way of the at least one weld seam generated by a laser welding method in the presence of the negative pressure; characterized in that the compacting at least of the foil stack is effected by applying a pressure which is superimposed with an ultrasonic excitation. a) providing the cell foils and arranging the foil stack with a stack height ; b) providing the contact sheet ; c) compacting at least the foil stack by way of a compaction device ; d) arranging the foil stack and the contact sheet relative to one another in a connecting position ; e) generating a negative pressure at least in a connecting region of the foil stack and of the contact sheet by way of a negative-pressure device ; f) connecting the foil stack to the contact sheet in the connecting region by way of the at least one weld seam generated by a laser welding method in the presence of the negative pressure;
A ventable valve bag having a wall material comprising at least one inner layer which is permeable to gas and impermeable to a filling material and at least one outer layer , and having two closure sides , a first closure side being formed by closing the valve bag and a second closure side being arranged facing away from the first closure side , and a gap being formed between a part of the inner layer delimiting a bag interior and the outer layer , and, on at least one closure side of the valve bag that is formed by folding the wall material , at least one vent channel that opens out from a wall material edge portion being arranged between the inner layer and the outer layer of a wall material region, which vent channel is designed such that the gap can be vented to the surroundings through said channel, characterized in that the outer layer of the wall material is impermeable to gas, and in that the inner layer and the outer layer are connected to one another on the closure side along a wall material edge strip adjoining the wall material edge, only one outlet opening of the vent channel between the inner layer and the outer layer being formed on the wall material edge portion .
A docking station for an aircraft, comprising: a base portion; and an alignment system disposed on the base portion configured to orient the aircraft relative to the base portion, wherein the alignment system includes a plurality of inner and outer protrusions extending away from the base portion in a vertical direction or a single protrusion mimicking a three-dimensional shape formed by the plurality of inner and outer protrusions, wherein the plurality of inner and outer protrusions extend away from the base portion in both the vertical direction and a horizontal direction such that the outer protrusions extend from the base portion at an angle, wherein the outer protrusions include ramp shape and are angled toward a middle of the base portion such that the ramp shape angles down toward the middle of the base portion, wherein the inner protrusions include a ramp shape and are angled away from a middle of the base portion such that the ramp shape angles down away form the middle of the base portion, characterised in that the inner protrusions are circumferentially disposed at the middle of the base portion to form an inner periphery of the landing area and to register the aircraft toward a middle of the base portion, and in that the outer protrusions are circumferentially disposed about the middle of the base portion to form an outer periphery of a landing area and to register the aircraft toward a middle of the base portion. a base portion; and an alignment system disposed on the base portion configured to orient the aircraft relative to the base portion, wherein the alignment system includes a plurality of inner and outer protrusions extending away from the base portion in a vertical direction or a single protrusion mimicking a three-dimensional shape formed by the plurality of inner and outer protrusions, wherein the plurality of inner and outer protrusions extend away from the base portion in both the vertical direction and a horizontal direction such that the outer protrusions extend from the base portion at an angle, wherein the outer protrusions include ramp shape and are angled toward a middle of the base portion such that the ramp shape angles down toward the middle of the base portion, wherein the inner protrusions include a ramp shape and are angled away from a middle of the base portion such that the ramp shape angles down away form the middle of the base portion, characterised in that the inner protrusions are circumferentially disposed at the middle of the base portion to form an inner periphery of the landing area and to register the aircraft toward a middle of the base portion, and in that the outer protrusions are circumferentially disposed about the middle of the base portion to form an outer periphery of a landing area and to register the aircraft toward a middle of the base portion.
A use of an agent as rodenticide, characterized in that the agent contains or consists of one or more active substances from the group of grayanotoxins in an effective amount.
An image recording medium (PT) comprising: two sheets (P1; P2) made of resin; and a toner image (X1; X2; Y1; Y2) interposed between the two sheets (P1; P2), the toner image (X1; X2; Y1; Y2) serving as an adhesive to bond the two sheets (P1; P2) together and including an information image (X1; X2), at least one of the two sheets (P1; P2) having a transparent portion to enable the information image (X1; X2) to be visible through the at least one of the two sheets (P1; P2), wherein the toner image (X1; X2; Y1; Y2) serving as the adhesive further includes a solid image (Y1; Y2) of a color other than yellow, magenta, cyan, and black, and the solid image (Y1; Y2) is formed in an entire image-formable area of the at least one of the two sheets, characterized in that a first information image (X1) is formed on one side of the image recording medium (PT) with respect to the solid image (Y1; Y2) so as to enable the first information image (X1) to be visible through the one side, wherein a second information image (X2) is formed on other side of the image recording medium (PT) with respect to the solid image (Y1; Y2) so as to enable the second information image (X2) to be visible through the other side, and wherein the first information image (x1) and the second information image (X2) sandwich the solid image (Y1; Y2). two sheets (P1; P2) made of resin; and a toner image (X1; X2; Y1; Y2) interposed between the two sheets (P1; P2), the toner image (X1; X2; Y1; Y2) serving as an adhesive to bond the two sheets (P1; P2) together and including an information image (X1; X2), at least one of the two sheets (P1; P2) having a transparent portion to enable the information image (X1; X2) to be visible through the at least one of the two sheets (P1; P2), wherein the toner image (X1; X2; Y1; Y2) serving as the adhesive further includes a solid image (Y1; Y2) of a color other than yellow, magenta, cyan, and black, and the solid image (Y1; Y2) is formed in an entire image-formable area of the at least one of the two sheets, characterized in that a first information image (X1) is formed on one side of the image recording medium (PT) with respect to the solid image (Y1; Y2) so as to enable the first information image (X1) to be visible through the one side, wherein a second information image (X2) is formed on other side of the image recording medium (PT) with respect to the solid image (Y1; Y2) so as to enable the second information image (X2) to be visible through the other side, and wherein the first information image (x1) and the second information image (X2) sandwich the solid image (Y1; Y2).
A method for controlling an arc suppression device of a three phase electric network, the arc suppression device having an adjustable admittance and being connected between a neutral point of the three phase electric network and earth; the method comprising: a) determining a first value of a zero-sequence voltage of the three phase electric network , or of a quantity indicative of the zero-sequence voltage, when an admittance of the arc suppression device has a first value; b) determining a second value of the zero-sequence voltage of the three phase electric network , or of the quantity indicative of the zero-sequence voltage, when the admittance of the arc suppression device has a second value; c) determining a symmetrical network admittance, which represents a sum of symmetrical phase-to-earth admittances of the three phase electric network , and an asymmetry admittance, which represents an asymmetry of phase-to-earth admittances of the three phase electric network concentrated into one phase, on the basis of the determined first and second values of the zero-sequence voltage of the three phase electric network , or of the quantity indicative of the zero-sequence voltage, and the first and second values of the admittance of the arc suppression device ; and d) adjusting the admittance of the arc suppression device on the basis of the determined symmetrical network admittance and the determined asymmetry admittance. a) determining a first value of a zero-sequence voltage of the three phase electric network , or of a quantity indicative of the zero-sequence voltage, when an admittance of the arc suppression device has a first value; b) determining a second value of the zero-sequence voltage of the three phase electric network , or of the quantity indicative of the zero-sequence voltage, when the admittance of the arc suppression device has a second value; c) determining a symmetrical network admittance, which represents a sum of symmetrical phase-to-earth admittances of the three phase electric network , and an asymmetry admittance, which represents an asymmetry of phase-to-earth admittances of the three phase electric network concentrated into one phase, on the basis of the determined first and second values of the zero-sequence voltage of the three phase electric network , or of the quantity indicative of the zero-sequence voltage, and the first and second values of the admittance of the arc suppression device ; and d) adjusting the admittance of the arc suppression device on the basis of the determined symmetrical network admittance and the determined asymmetry admittance.