mhurhangee/ep-ind-claims huggingface dataset:
A method of providing a communication service to user terminals distributed over a user coverage area via a relay (503, 1202, 3403) provided on a satellite, the relay comprising multiple forward receive/transmit signal paths, the method comprising: obtaining multiple forward beam signals comprising forward user data streams for transmission to a plurality of the user terminals grouped by multiple forward user beam coverage areas; generating a forward beam weight matrix for beamforming of transmissions from a plurality of access nodes at geographically distributed locations to the multiple forward user beam coverage areas via the relay, wherein the forward beam weight matrix accounts for wireless signal uplink paths up to the relay, the multiple forward receive/transmit signal paths through the relay, and wireless signal downlink paths down from the relay; generating respective access node-specific forward signals for transmission by the plurality of access nodes, each of the respective access node-specific forward signals comprising a composite of respective forward beam signals weighted by respective forward beamforming weights of the forward beam weight matrix; and transmitting respective forward uplink signals from the plurality of access nodes based on the respective access node-specific forward signals, wherein the respective forward uplink signals are pre-corrected to compensate for respective path delays and phase shifts between the plurality of access nodes and the relay, wherein the forward uplink signals are configured to superpose to create composite input forward signals to be received by a plurality of transponders on the relay via receive antenna elements on the relay. obtaining multiple forward beam signals comprising forward user data streams for transmission to a plurality of the user terminals grouped by multiple forward user beam coverage areas; generating a forward beam weight matrix for beamforming of transmissions from a plurality of access nodes at geographically distributed locations to the multiple forward user beam coverage areas via the relay, wherein the forward beam weight matrix accounts for wireless signal uplink paths up to the relay, the multiple forward receive/transmit signal paths through the relay, and wireless signal downlink paths down from the relay; generating respective access node-specific forward signals for transmission by the plurality of access nodes, each of the respective access node-specific forward signals comprising a composite of respective forward beam signals weighted by respective forward beamforming weights of the forward beam weight matrix; and transmitting respective forward uplink signals from the plurality of access nodes based on the respective access node-specific forward signals, wherein the respective forward uplink signals are pre-corrected to compensate for respective path delays and phase shifts between the plurality of access nodes and the relay, wherein the forward uplink signals are configured to superpose to create composite input forward signals to be received by a plurality of transponders on the relay via receive antenna elements on the relay.
A note pad, comprising: a stack of note sheets each of which includes: a substrate having a writing face and a back face opposite to said writing face, said back face having a central re-adherable portion and a peripheral flippable portion surrounding said central re-adherable portion; and a rounded loop-shaped adhesive layer having a predetermined surface area, and formed on said central re-adherable portion of said back face to permit said substrate together with said rounded loop-shaped adhesive layer to be releasably attached to said writing face of a next one of said note sheets, wherein the surface area of said rounded loop-shaped adhesive layer remains constant independent of configuration of said rounded loop-shaped adhesive layer. a stack of note sheets each of which includes: a substrate having a writing face and a back face opposite to said writing face, said back face having a central re-adherable portion and a peripheral flippable portion surrounding said central re-adherable portion; and a rounded loop-shaped adhesive layer having a predetermined surface area, and formed on said central re-adherable portion of said back face to permit said substrate together with said rounded loop-shaped adhesive layer to be releasably attached to said writing face of a next one of said note sheets, wherein the surface area of said rounded loop-shaped adhesive layer remains constant independent of configuration of said rounded loop-shaped adhesive layer. a substrate having a writing face and a back face opposite to said writing face, said back face having a central re-adherable portion and a peripheral flippable portion surrounding said central re-adherable portion; and a rounded loop-shaped adhesive layer having a predetermined surface area, and formed on said central re-adherable portion of said back face to permit said substrate together with said rounded loop-shaped adhesive layer to be releasably attached to said writing face of a next one of said note sheets, wherein the surface area of said rounded loop-shaped adhesive layer remains constant independent of configuration of said rounded loop-shaped adhesive layer.
A lubricant composition comprising (a) 5 to 98.2 percent by weight of an oil of lubricating viscosity having a kinematic viscosity at 100 °C of less than 15 mm 2 /s and (b) 1.5 to 54 percent by weight on an actives basis of an esterified copolymer with a backbone comprising units derived from (i) an α-olefin monomer of at least 6 carbon atoms and (ii) an ethylenically unsaturated carboxylic acid or derivative thereof, wherein the derivative of the ethylenically unsaturated carboxylic acid is the anhydride thereof, and wherein the mole ratio of (i) α-olefin monomer to (ii) carboxylic acid or derivative monomer is 1:3 to 3:1, said copolymer further containing nitrogen functionality derived from reaction of said copolymer with an amine, said copolymer containing 0.01 to 1.5 weight percent nitrogen; (c) 0.3 to 30 percent by weight of a polymer comprising olefin monomer units of at least 3 carbon atoms, wherein at least 50 percent by weight of such units contain fewer than 6 carbon atoms and wherein less than 5 percent by weight of the monomer units are ethylene monomer units; said polymer having a kinematic viscosity at 100 °C of at least 1000 mm 2 /s; and (d) 0 to 20 percent by weight of other performance additives containing conventional amounts of diluent oil; wherein the polymers (b) and (c) are present in a weight ratio (b):(c) of 1:10 to 10:1 or 1:1 to 10:1 or 6:4 to 9:1 and wherein the total amount of polymer (b) plus (c) is 3 to 60 percent by weight of the lubricant composition. (a) 5 to 98.2 percent by weight of an oil of lubricating viscosity having a kinematic viscosity at 100 °C of less than 15 mm 2 /s and (b) 1.5 to 54 percent by weight on an actives basis of an esterified copolymer with a backbone comprising units derived from (i) an α-olefin monomer of at least 6 carbon atoms and (ii) an ethylenically unsaturated carboxylic acid or derivative thereof, wherein the derivative of the ethylenically unsaturated carboxylic acid is the anhydride thereof, and wherein the mole ratio of (i) α-olefin monomer to (ii) carboxylic acid or derivative monomer is 1:3 to 3:1, said copolymer further containing nitrogen functionality derived from reaction of said copolymer with an amine, said copolymer containing 0.01 to 1.5 weight percent nitrogen; (c) 0.3 to 30 percent by weight of a polymer comprising olefin monomer units of at least 3 carbon atoms, wherein at least 50 percent by weight of such units contain fewer than 6 carbon atoms and wherein less than 5 percent by weight of the monomer units are ethylene monomer units; said polymer having a kinematic viscosity at 100 °C of at least 1000 mm 2 /s; and (d) 0 to 20 percent by weight of other performance additives containing conventional amounts of diluent oil;
Membrane filtration module comprising: a membrane element for filtering a liquid; a discharge pipe for the permeate or filtrate; and a connection device for connecting a conduit to the discharge pipe; wherein the surface shell of the discharge pipe along a first longitudinal part is surrounded by the membrane element, wherein the discharge pipe in a second longitudinal part protrudes over the membrane element, and wherein the connection device is connected to the discharge pipe in the region of the second longitudinal part; characterized in that the discharge pipe is joined to the connection device by a connecting plate, wherein the connecting plate and the discharge pipe are formed as one part or the connecting plate is bonded or welded to the discharge pipe; wherein the connection device is detachably joined to the connecting plate, in particular by bolting; and wherein a leakage space, in particular with at least one leakage hole, is provided in the joining region of the discharge pipe to the connection device. a membrane element for filtering a liquid; a discharge pipe for the permeate or filtrate; and a connection device for connecting a conduit to the discharge pipe; wherein the surface shell of the discharge pipe along a first longitudinal part is surrounded by the membrane element, wherein the discharge pipe in a second longitudinal part protrudes over the membrane element, and wherein the connection device is connected to the discharge pipe in the region of the second longitudinal part; characterized in that the discharge pipe is joined to the connection device by a connecting plate, wherein the connecting plate and the discharge pipe are formed as one part or the connecting plate is bonded or welded to the discharge pipe; wherein the connection device is detachably joined to the connecting plate, in particular by bolting; and wherein a leakage space, in particular with at least one leakage hole, is provided in the joining region of the discharge pipe to the connection device.
A lathe turning machine with a turret head and a tool post, the turret head being mounted to the tool post so as to be capable of turning around an index axis (b), the index axis (b) being an indexing rotation center line of the turret head; the turret head comprising: a plurality of radial mounting portions for mounting tools in a radial direction which is orthogonal to the index axis (b); and a plurality of inclined mounting portions for mounting turning tools (2, 2a, 2b) in a direction which is inclined to the index axis (b); wherein said inclined direction is not a radial direction; characterized in that the turret head is mounted to the tool post so as to be capable of turning around the Y axis of the lathe turning machine that is perpendicular to the index axis (b). a plurality of radial mounting portions for mounting tools in a radial direction which is orthogonal to the index axis (b); and a plurality of inclined mounting portions for mounting turning tools (2, 2a, 2b) in a direction which is inclined to the index axis (b); wherein said inclined direction is not a radial direction; characterized in that the turret head is mounted to the tool post so as to be capable of turning around the Y axis of the lathe turning machine that is perpendicular to the index axis (b).
Infrared sensor device with: an SOI wafer substrate, which comprises a carrier substrate, an oxide material and a component layer; a plurality of diodes formed in the component layer as a sensor element, the oxide material being arranged around the sensor element and on the underside of the sensor element; the sensor element being thermally insulated from the rest of the SOI wafer substrate by heat insulating trenches in the form of a surrounding gap and by a cavity in the carrier substrate; a suspension unit, by means of which the sensor element is suspended in the SOI wafer substrate; the sensor element being arranged substantially below the suspension unit; the diodes having monocrystalline, substantially U-shaped silicon regions; doping zones of the silicon regions being arranged in such a way that the diodes are substantially vertically aligned; and the doping zones being separated from one another and from the surrounding gap by the oxide material. an SOI wafer substrate, which comprises a carrier substrate, an oxide material and a component layer; a plurality of diodes formed in the component layer as a sensor element, the oxide material being arranged around the sensor element and on the underside of the sensor element; the sensor element being thermally insulated from the rest of the SOI wafer substrate by heat insulating trenches in the form of a surrounding gap and by a cavity in the carrier substrate; a suspension unit, by means of which the sensor element is suspended in the SOI wafer substrate; the sensor element being arranged substantially below the suspension unit; the diodes having monocrystalline, substantially U-shaped silicon regions; doping zones of the silicon regions being arranged in such a way that the diodes are substantially vertically aligned; and the doping zones being separated from one another and from the surrounding gap by the oxide material.
A method for drying a ceramic structure comprising: providing microwave radiation from a microwave generating source; providing a ceramic honeycomb structure having a first end, a second end, a middle portion and a plurality of channels extending between the first and second ends (13, 16); exposing the ceramic honeycomb structure to the microwave radiation; characterized in: shielding at least one of the first and second ends (13, 16) of the ceramic honeycomb structure from directly receiving the microwave radiation and such that the radiation absorbed by the middle portion is within the range of from 10% to 40% greater than the radiation absorbed by the at least one of the first and second ends (13, 16). providing microwave radiation from a microwave generating source; providing a ceramic honeycomb structure having a first end, a second end, a middle portion and a plurality of channels extending between the first and second ends (13, 16); exposing the ceramic honeycomb structure to the microwave radiation; characterized in: shielding at least one of the first and second ends (13, 16) of the ceramic honeycomb structure from directly receiving the microwave radiation and such that the radiation absorbed by the middle portion is within the range of from 10% to 40% greater than the radiation absorbed by the at least one of the first and second ends (13, 16). shielding at least one of the first and second ends (13, 16) of the ceramic honeycomb structure from directly receiving the microwave radiation and such that the radiation absorbed by the middle portion is within the range of from 10% to 40% greater than the radiation absorbed by the at least one of the first and second ends (13, 16).
A pellet as an admixture for metallurgical processes including - materials containing carbon fibers and having an averaged equivalent diameter x 80 of a maximum of 1.0 mm determined by test sieving in accordance with DIN 66165-2:2016-08; and - a component containing iron, wherein the weight ratio of the materials containing carbon fibers to the component containing iron amounts to 1: 99 to 50: 50 and the pellet has an averaged equivalent diameter xso of 5 to 25 mm determined in accordance with the test sieving in DIN 66165-2:2016-08. - materials containing carbon fibers and having an averaged equivalent diameter x 80 of a maximum of 1.0 mm determined by test sieving in accordance with DIN 66165-2:2016-08; and - a component containing iron,
A photographing device, comprising: a power source; a support body; a first drive body connected to the support body so as to be rotatable, the first drive body being rotated by power of the power source; a second drive body selectively connected to the first drive body so as to be rotatable; a power transmission unit selectively connecting the second drive body to the first drive body or the support body; an X-ray source provided on one of the first drive body and the second drive body; and an X-ray receiving unit provided on a remaining one of the first drive body or the second drive body, wherein the power transmission unit is fixed to the second drive body and includes an adaptor unit moving towards the first drive body or the support body, wherein the adaptor unit includes a plate (431, 531) with a first adaptor for the first drive body and a second adaptor for the support body. a power source; a support body; a first drive body connected to the support body so as to be rotatable, the first drive body being rotated by power of the power source; a second drive body selectively connected to the first drive body so as to be rotatable; a power transmission unit selectively connecting the second drive body to the first drive body or the support body; an X-ray source provided on one of the first drive body and the second drive body; and an X-ray receiving unit provided on a remaining one of the first drive body or the second drive body, wherein the power transmission unit is fixed to the second drive body and includes an adaptor unit moving towards the first drive body or the support body, wherein the adaptor unit includes a plate (431, 531) with a first adaptor for the first drive body and a second adaptor for the support body.
A surgical instrument, comprising: an end effector; a drive member movable to effectuate a motion in said end effector; a motor operable to move said drive member to effectuate said motion in said end effector; and a bailout assembly operable to perform a mechanical bailout of said surgical instrument in response to a bailout error, said bailout error defining the occurrence of one or more intervening events during the normal operation of the surgical instrument, and said bailout assembly comprising: a controller, comprising: a memory; and a processor coupled to said memory, characterised in that said bailout assembly comprises a bailout door and a bailout handle accessible through said bailout door, said bailout handle configured to be operable to move said drive member to effectuate a bailout motion in said end effector, in that said processor configured to detect said bailout error when one or more bailout error signals are received by the processor, and in that said processor is programmed to stop said motor in response to said detection of said bailout error. an end effector; a drive member movable to effectuate a motion in said end effector; a motor operable to move said drive member to effectuate said motion in said end effector; and a bailout assembly operable to perform a mechanical bailout of said surgical instrument in response to a bailout error, said bailout error defining the occurrence of one or more intervening events during the normal operation of the surgical instrument, and said bailout assembly comprising: a controller, comprising: a memory; and a processor coupled to said memory, a memory; and a processor coupled to said memory, characterised in that said bailout assembly comprises a bailout door and a bailout handle accessible through said bailout door, said bailout handle configured to be operable to move said drive member to effectuate a bailout motion in said end effector, in that said processor configured to detect said bailout error when one or more bailout error signals are received by the processor, and in that said processor is programmed to stop said motor in response to said detection of said bailout error.
Apparatus for characterizing an electrocardiogram, comprising: a probe which is configured to receive a first unipolar signal from a first location of a heart and a second unipolar signal from a second location of the heart; and a processor which is configured to: generate a bipolar signal from the first and second unipolar signals (212, 214), analyze the bipolar signal to delineate a time period during which the first and second locations (23, 25) generate a bipolar complex, and analyze the first unipolar signal within the time period to determine an activation time of the first location. a probe which is configured to receive a first unipolar signal from a first location of a heart and a second unipolar signal from a second location of the heart; and a processor which is configured to: generate a bipolar signal from the first and second unipolar signals (212, 214), analyze the bipolar signal to delineate a time period during which the first and second locations (23, 25) generate a bipolar complex, and analyze the first unipolar signal within the time period to determine an activation time of the first location. generate a bipolar signal from the first and second unipolar signals (212, 214), analyze the bipolar signal to delineate a time period during which the first and second locations (23, 25) generate a bipolar complex, and analyze the first unipolar signal within the time period to determine an activation time of the first location.
Exhaust system for an internal combustion engine, in particular of a motor vehicle, comprising: - at least one exhaust pipe which carries an exhaust gas flow away from the internal combustion engine during the operation of the internal combustion engine; - at least one active exhaust muffler, the housing of which is acoustically connected to the exhaust pipe via a connection pipe; - the connection pipe being cooled, characterised in that - the connection pipe is coupled in a heat-transferring manner to a cooling circuit, in which coolant circulates, - the connection pipe is designed as a heat exchanger or is integrated in a heat exchanger which couples, in a heat-transferring manner, a gas path to a liquid path, and the gas path of which acoustically connects the housing of the exhaust muffler to the exhaust pipe, and the liquid path of which is integrated in the cooling circuit. - at least one exhaust pipe which carries an exhaust gas flow away from the internal combustion engine during the operation of the internal combustion engine; - at least one active exhaust muffler, the housing of which is acoustically connected to the exhaust pipe via a connection pipe; - the connection pipe being cooled, characterised in that - the connection pipe is coupled in a heat-transferring manner to a cooling circuit, in which coolant circulates, - the connection pipe is designed as a heat exchanger or is integrated in a heat exchanger which couples, in a heat-transferring manner, a gas path to a liquid path, and the gas path of which acoustically connects the housing of the exhaust muffler to the exhaust pipe, and the liquid path of which is integrated in the cooling circuit.
Headlight for a motor vehicle including: - a base body, - a support part movably disposed on the base body for supporting a lamp device, wherein by moving the support part relatively to the base body an emission direction of the headlight is adjustable, - an acceleration sensor device disposed on the movable support part for measuring an acceleration at least along a first sensor axis, and - an electronic control device for adjusting the emission direction depending on sensor signals of the acceleration sensor device, characterized in that the control device is configured to identify if an acceleration operation or a braking operation of the motor vehicle is currently present based on the vehicle velocity received from a communication bus, and to make plausible the acceleration measured by the acceleration sensor device along the first sensor axis based on this information. - a base body, - a support part movably disposed on the base body for supporting a lamp device, wherein by moving the support part relatively to the base body an emission direction of the headlight is adjustable, - an acceleration sensor device disposed on the movable support part for measuring an acceleration at least along a first sensor axis, and - an electronic control device for adjusting the emission direction depending on sensor signals of the acceleration sensor device,