mhurhangee/patent-ind-claim-en huggingface dataset:
A sheet material for extraction comprising: a first layer including a spunbonded nonwoven fabric formed from polyester-based fibers having an average fiber diameter of 18 to 28 μm and a basis weight of 8 to 19 g/m 2 ; and a second layer including a meltblown nonwoven fabric formed from polyester-based fibers having an average fiber diameter of 16 to 28 μm and a basis weight of 2 to 8 g/m 2 , wherein the sheet material for extraction has a sum of the lengths of all fibers included in 1 cm 2 of the sheet material for extraction of 3.3 to 4.8 m and a 3% modulus of 5.5 N or higher. a first layer including a spunbonded nonwoven fabric formed from polyester-based fibers having an average fiber diameter of 18 to 28 μm and a basis weight of 8 to 19 g/m 2 ; and a second layer including a meltblown nonwoven fabric formed from polyester-based fibers having an average fiber diameter of 16 to 28 μm and a basis weight of 2 to 8 g/m 2 , wherein the sheet material for extraction has a sum of the lengths of all fibers included in 1 cm 2 of the sheet material for extraction of 3.3 to 4.8 m and a 3% modulus of 5.5 N or higher.
An automatic elevator call system , comprising: a wireless signal apparatus , installed in an elevator system and broadcasting a corresponding wireless signal around, wherein the automatic elevator call system detects the wireless signal and a signal strength value thereof by using a personal mobile terminal carried by a passenger , and automatically sends an elevator service request command to the wireless signal apparatus when the signal strength value is greater than or equal to a predetermined threshold; and characterized in that the automatic elevator call system stores, by using the personal mobile terminal , signal strength distribution information of the wireless signal in a corresponding building zone with respect to the wireless signal apparatus. a wireless signal apparatus , installed in an elevator system and broadcasting a corresponding wireless signal around, wherein the automatic elevator call system detects the wireless signal and a signal strength value thereof by using a personal mobile terminal carried by a passenger , and automatically sends an elevator service request command to the wireless signal apparatus when the signal strength value is greater than or equal to a predetermined threshold; and characterized in that the automatic elevator call system stores, by using the personal mobile terminal , signal strength distribution information of the wireless signal in a corresponding building zone with respect to the wireless signal apparatus.
A method for application of anode covering material (ACM) in an electrolysis cell for aluminium production, the cell being of Hall-Heroult type with prebaked anodes , the cell comprising a cathode pot with a rectangular footprint and a superstructure with a gas collecting hood that lays onto the top of the cathode pot, and where a floor construction surrounds the cell at a level below the top of the cathode pot and where ventilation openings are arranged in the floor in close vicinity of the cell, the superstructure's hood for collecting gas being provided with removable lids that are removed for giving access to the cell's anodes through openings and where ACM is applied via a feed tube to cover the anodes , characterised in that after one or more lid(s) are removed and before the ACM is applied, a shuttering with a shuttering plate is brought into position in the bottom sector of the opening, where at least a part of the shuttering plate is tilted at an angle (α) of between 30° and 60° towards the anode(s), thus restricting ACM from flowing out of said opening during application of it.
A battery module, comprising: a plurality of battery cells stacked to face each other; a plurality of cell cartridges stacked to surround the plurality of battery cells ; and a plurality of PCM capsules disposed in the cell cartridges and containing a phase change material, PCM, therein, characterized in that the PCM capsule includes: the PCM ; and a capsule sheath configured to accommodate the PCM . a plurality of battery cells stacked to face each other; a plurality of cell cartridges stacked to surround the plurality of battery cells ; and a plurality of PCM capsules disposed in the cell cartridges and containing a phase change material, PCM, therein, characterized in that the PCM capsule includes: the PCM ; and a capsule sheath configured to accommodate the PCM . the PCM ; and a capsule sheath configured to accommodate the PCM .
A non-transitory machine-readable medium having executable instructions to cause one or more processing units to perform a method to bring up a network controller , the method comprising: receiving, by the network controller , an indication of the network controller booting up, the network controller being coupled to a plurality of network elements (112A-C) in a network and maintaining a non-persistent controller database that supports a network-wide service used by the plurality of network elements (112A-C); in response to receiving the indication of the network controller booting up, requesting, by the network controller , state information from the plurality of network elements (112A-C), receiving, by the network controller , state information from the plurality of network elements (112A-C); building, by the network controller , the non-persistent controller database from the state information; and sending, by services (104A-C) running on the network controller , updates from the non-persistent controller database to each of the plurality of network elements (112A-C), wherein the sending of the updates occurs concurrently with the building of the non-persistent controller database , and each of the plurality of network elements (112A-C) incorporates these updates into a respective network element database (114A-C) which network element database is used to perform the network-wide service on the network element . receiving, by the network controller , an indication of the network controller booting up, the network controller being coupled to a plurality of network elements (112A-C) in a network and maintaining a non-persistent controller database that supports a network-wide service used by the plurality of network elements (112A-C); in response to receiving the indication of the network controller booting up, requesting, by the network controller , state information from the plurality of network elements (112A-C), receiving, by the network controller , state information from the plurality of network elements (112A-C); building, by the network controller , the non-persistent controller database from the state information; and sending, by services (104A-C) running on the network controller , updates from the non-persistent controller database to each of the plurality of network elements (112A-C), wherein the sending of the updates occurs concurrently with the building of the non-persistent controller database , and each of the plurality of network elements (112A-C) incorporates these updates into a respective network element database (114A-C) which network element database is used to perform the network-wide service on the network element .
A working machine support belt comprising: a back plate portion; a left shoulder belt and a right shoulder belt that extend upward from an upper portion of the back plate portion and turn forward; a waist belt that extends from a lower portion of the back plate portion to both sides; a left suspender band that connects a front lower portion of the left shoulder belt and a left rear portion of the waist belt; a right suspender band that connects a front lower portion of the right shoulder belt and the right rear portion of the waist belt; a left side belt that extends left-downward from the upper portion of the back plate portion, turns forward, and is connected to a left end portion of the waist belt; a right side belt that extends right-downward from the upper portion of the back plate portion, turns forward, and is connected to a right end portion of the waist belt; a locking member that locks the left end portion of the waist belt and the left side belt which are connected to each other, and the right end portion of the waist belt and the right side belt which are connected to each other; and a pad member supported by the right rear portion of the waist belt via a rear support band , supported by the right end portion of the waist belt and the right side belt which are connected to each other via the support band, and provided with a support member that supports a working machine. a back plate portion; a left shoulder belt and a right shoulder belt that extend upward from an upper portion of the back plate portion and turn forward; a waist belt that extends from a lower portion of the back plate portion to both sides; a left suspender band that connects a front lower portion of the left shoulder belt and a left rear portion of the waist belt; a right suspender band that connects a front lower portion of the right shoulder belt and the right rear portion of the waist belt; a left side belt that extends left-downward from the upper portion of the back plate portion, turns forward, and is connected to a left end portion of the waist belt; a right side belt that extends right-downward from the upper portion of the back plate portion, turns forward, and is connected to a right end portion of the waist belt; a locking member that locks the left end portion of the waist belt and the left side belt which are connected to each other, and the right end portion of the waist belt and the right side belt which are connected to each other; and a pad member supported by the right rear portion of the waist belt via a rear support band , supported by the right end portion of the waist belt and the right side belt which are connected to each other via the support band, and provided with a support member that supports a working machine.
An antenna system , comprising a first antenna and a second antenna , wherein the first antenna and the second antenna are connected in parallel to an antenna feeding point , and a phase-shift apparatus is connected in series between the first antenna and/or the second antenna and the antenna feeding point, so that an imaginary part of impedance at the antenna feeding point is canceled out near a central frequency channel number, wherein the phase-shift apparatus comprises: a transmission line, an inductor-capacitor LC oscillation circuit, or an integrated phase shifter, the antenna system being further characterized in that an input impedance Z1 of the first antenna and an input impedance Z2 of the second antenna meet that: Z1=R1+JX1, Z2=R2+JX2, and R1 ∗ X2=R2 ∗ X1, where R1 is a real part of the input impedance Z1, X1 is an imaginary part of the input impedance Z1, R2 is a real part of the input impedance Z2, and X2 is an imaginary part of the input impedance Z2.
Lubricant composition for a 4-stroke or 2-stroke marine engine, comprising: a) at least one lubricant base oil, b) from 0.2 to 5% by mass of at least one linear copolymer of ethylene and of propylene relative to the total mass of the lubricant composition, c) from 0.3 to 8% by mass of at least one hydrogenated copolymer of styrene and of isoprene relative to the total mass of the lubricant composition, d) from 0.5 to 2% by mass of at least one glycerol ester relative to the total mass of the lubricant composition, the glycerol ester being a mixed glycerol ester with at least one fatty acid comprising 8 to 24 carbon atoms and at least one carboxylic acid comprising also a hydroxyphenyl function; e) from 4 to 15% by mass of at least one detergent relative to the total mass of the lubricant composition. a) at least one lubricant base oil, b) from 0.2 to 5% by mass of at least one linear copolymer of ethylene and of propylene relative to the total mass of the lubricant composition, c) from 0.3 to 8% by mass of at least one hydrogenated copolymer of styrene and of isoprene relative to the total mass of the lubricant composition, d) from 0.5 to 2% by mass of at least one glycerol ester relative to the total mass of the lubricant composition, the glycerol ester being a mixed glycerol ester with at least one fatty acid comprising 8 to 24 carbon atoms and at least one carboxylic acid comprising also a hydroxyphenyl function; e) from 4 to 15% by mass of at least one detergent relative to the total mass of the lubricant composition.
An apparatus comprising: means for selecting at least one radio technology among a plurality of radio technologies for each time slot in each frame of each outer-frame of a super-frame, wherein the super-frame comprises a plurality of outer-frames and each outer-frame comprises a plurality of frames and each frame comprises at least two time slots; and means for processing data for each time slot in accordance with the at least one radio technology selected for the time slot; wherein the at least one radio technology among the plurality of radio technologies selected for each time slot of each frame in each outer-frame of the super-frame is Wideband Code Division Multiple Access, W-CDMA, which is selected for at least one time slot in each frame to form at least one W-CDMA slot, and wherein W-CDMA or Orthogonal Frequency Division Multiplexing , OFDM, is selected for each remaining time slot in the frame to form further W-CDMA slots or OFDM slots, said selection leading to a mix of W-CDMA and OFDM slots on downlink or uplink. means for selecting at least one radio technology among a plurality of radio technologies for each time slot in each frame of each outer-frame of a super-frame, wherein the super-frame comprises a plurality of outer-frames and each outer-frame comprises a plurality of frames and each frame comprises at least two time slots; and means for processing data for each time slot in accordance with the at least one radio technology selected for the time slot; wherein the at least one radio technology among the plurality of radio technologies selected for each time slot of each frame in each outer-frame of the super-frame is Wideband Code Division Multiple Access, W-CDMA, which is selected for at least one time slot in each frame to form at least one W-CDMA slot, and wherein W-CDMA or Orthogonal Frequency Division Multiplexing , OFDM, is selected for each remaining time slot in the frame to form further W-CDMA slots or OFDM slots, said selection leading to a mix of W-CDMA and OFDM slots on downlink or uplink.
A receiver module for receiving an electromagnetic signal, comprising an analog frontend and at least a first receiving channel and a second receiving channel , wherein the receiving channels are both connected to the analog frontend , wherein the frontend is configured to receive an input signal comprising a symbol sequence and to forward the input signal to the receiving channels , wherein the receiving channels each comprise an analog to digital converter , wherein the second receiving channel comprises an attenuator , characterized in that the first receiving channel and the second receiving channel each comprise a soft-input-soft-output-decoder , wherein the soft-input-soft-output decoders each are configured to process the symbol sequence, wherein the soft-input-soft-output-decoders each are configured to generate a probability quantity, wherein the probability quantity is indicative of the probability that a received symbol has a certain value, wherein the receiver module comprises further an analysis module , wherein the analysis module is connected to the soft-input-soft-output-decoders and is configured to compare the probability quantities generated by the soft-input-soft-output decoders and to select one of the receiving channels based on the result of the comparison.
A lower link of an internal combustion engine, which is included in a piston crank mechanism of the internal combustion engine, - the piston crank mechanism including: an upper link having one end connected to a piston of the internal combustion engine via a piston pin ; the lower link connected to an other end of the upper link via an upper pin , and connected to a crank pin of a crankshaft; and a control link having one end swingably supported on an engine body side, and an other end connected to the lower link via a control pin , - the lower link comprising: a crank pin bearing portion rotatably fitted to the crank pin between the upper pin and the control pin , - wherein an oil hole for supplying lubricating oil from an oil supply hole of the crank pin toward a connecting portion between the upper pin and the upper link is formed through the crank pin bearing portion , - wherein the oil hole includes: - a first oil hole linearly extending from an inner peripheral surface of the crank pin bearing portion outwardly in a radial direction; and - a second oil hole linearly extending so as to intersect a distal end portion of the first oil hole , and having one end opened to an outer surface of the lower link as an oil outlet . - the piston crank mechanism including: an upper link having one end connected to a piston of the internal combustion engine via a piston pin ; the lower link connected to an other end of the upper link via an upper pin , and connected to a crank pin of a crankshaft; and a control link having one end swingably supported on an engine body side, and an other end connected to the lower link via a control pin , - the lower link comprising: a crank pin bearing portion rotatably fitted to the crank pin between the upper pin and the control pin , - wherein an oil hole for supplying lubricating oil from an oil supply hole of the crank pin toward a connecting portion between the upper pin and the upper link is formed through the crank pin bearing portion , - wherein the oil hole includes: - a first oil hole linearly extending from an inner peripheral surface of the crank pin bearing portion outwardly in a radial direction; and - a second oil hole linearly extending so as to intersect a distal end portion of the first oil hole , and having one end opened to an outer surface of the lower link as an oil outlet . - a first oil hole linearly extending from an inner peripheral surface of the crank pin bearing portion outwardly in a radial direction; and - a second oil hole linearly extending so as to intersect a distal end portion of the first oil hole , and having one end opened to an outer surface of the lower link as an oil outlet .
Circuit arrangement for driving an ignitable semiconductor circuit with an ignition control input in order to control the power consumption of an electrical consumer (M), in particular of an electric motor in an electric machine tool, a monitoring arrangement being set up, in order to monitor an electrical voltage at a connection point (A 1 ) of the ignitable semiconductor circuit and/or at a connection point (A M ) of the electrical load (M) and to generate an ignition pulse at the ignition control input of the ignitable semiconductor circuit , a voltage source or at least a first controlled switch (8.1, T1) and a second controlled switch (8.2, T2), which each comprise a control input (B1, B2), are connected to the voltage source or current source and, depending on an electrical signal at the control input (B1, B2) of the respective controlled switch (8.1, T1), can be switched on and off in response to an electrical signal at the control input (B1, B2) of the respective controlled switch (8.1, 8.2, T1, T2) are capable of connecting the voltage source or current source to the ignition control input of the ignitable semiconductor circuit in a low-impedance or high-impedance manner, thereby triggering an ignition pulse, the control inputs (B1, B2) of the controlled switches (8.1, 8.2, T1, T2) are at least indirectly connected to the monitored connection point (A 1 ) of the ignitable semiconductor circuit and/or to the connection point (A M ) of the electrical load (M), and wherein the first controlled switch (8.1, T1) is assigned to a negative component of an alternating voltage and the second controlled switch (8.2, T2) is assigned to a positive component of an alternating voltage, the assignment being carried out by means of a selection circuit assigned to each controlled switch (8.1, 8.2, T1, T2) and/or by means of a configuration of the respective controlled switch (8.1, 8.2, T1, T2) and/or by means of the design of the respective controlled switch (8.1, 8.2, T1, T2), characterized in that the voltage source or current source is independent of the monitored voltage
A method of controlling a gait device, comprising: providing a sensor ; measuring kinematic and/or loading states of a mobile body using the sensor to obtain a state measurement , wherein the mobile body includes a limb segment or a robot segment; conditioning the state measurement to obtain a conditioned state measurement , wherein the conditioning is realized by filtering, integration, differentiation, amplification and/or any combination thereof; transforming the conditioned state measurement by a coordinate transformation to obtain a transformed state measurement ; providing a predetermined reference function that relates the transformed state measurement as an independent variable to a reference command as a dependent variable, wherein the reference command is for use by one or more actuators (34; 96) to control of one or more gait devices, wherein the reference function matches data from a plurality of gait activities and the output reference command of the reference function is unique for each input of the reference function; and calculating the reference command by inputting the transformed state measurement into the reference function.
Method for resolving a redundancy of two or more redundant modules (M 1 ...M 5 ), comprising the steps of: - receiving results of the two or more redundant modules (M 1 ...M 5 ); - determining an overall result from the results; and - outputting the overall result for further processing; characterized in that the modules (M 1 ...M 5 ) are trained in a data-driven manner and reliabilities of the results are ascertained by means of measurements or investigations on the modules (M 1 ...M 5 ), wherein the determination of the overall result from the results takes place based on the ascertained reliabilities, and a result reliability is ascertained for the overall result from the reliabilities of the results and is output . - receiving results of the two or more redundant modules (M 1 ...M 5 ); - determining an overall result from the results; and - outputting the overall result for further processing;