mhurhangee/ep-ind-claims huggingface dataset:
A network upgrading-adaptive telephone number upgrading method for a wireless terminal, characterized in that an operator stores network upgrading rules at a network side after a network is upgraded, and the method comprises: acquiring, by an initialization unit of a terminal device, telephone numbers to be upgraded, and backing up the telephone numbers to be upgraded for use during recovery of the telephone numbers; acquiring, by the initialization unit of the terminal device, storage positions where the telephone numbers to be upgraded are stored; acquiring, by a number upgrading unit of the terminal device, number upgrading rules from the network side through the wireless terminal, and upgrading the telephone numbers in the storage positions according to the number upgrading rules; and updating, by a number writing unit of the terminal device, the telephone numbers in the storage positions with the upgraded telephone numbers. acquiring, by an initialization unit of a terminal device, telephone numbers to be upgraded, and backing up the telephone numbers to be upgraded for use during recovery of the telephone numbers; acquiring, by the initialization unit of the terminal device, storage positions where the telephone numbers to be upgraded are stored; acquiring, by a number upgrading unit of the terminal device, number upgrading rules from the network side through the wireless terminal, and upgrading the telephone numbers in the storage positions according to the number upgrading rules; and updating, by a number writing unit of the terminal device, the telephone numbers in the storage positions with the upgraded telephone numbers.
A solid-liquid separator comprising: a screw (2, 302) including a rotary shaft and configured to feed a supplied object to be processed with rotation of the rotary shaft; a main object-to-be-processed supply port for the object to be processed disposed in the vicinity of one end of the screw; a discharge port for the object to be processed provided in the vicinity of the other end of the screw; a drive configured to rotate the rotary shaft; and a layered filter body including a plurality of fixed plates configured to surround the screw and a plurality of movable plates each of which is disposed between adjacent ones of the plurality of fixed plates, the layered filter body including a filtration groove between the adjacent fixed plates; characterized by a tubular first pipe member including a sub object-to-be-processed supply port for the object to be processed and disposed in the middle of the layered filter body; and a pair of flanges (5, 6, 205, 206) configured to sandwich the first pipe member from both sides in an axial direction of the rotary shaft in a contact state. a screw (2, 302) including a rotary shaft and configured to feed a supplied object to be processed with rotation of the rotary shaft; a main object-to-be-processed supply port for the object to be processed disposed in the vicinity of one end of the screw; a discharge port for the object to be processed provided in the vicinity of the other end of the screw; a drive configured to rotate the rotary shaft; and a layered filter body including a plurality of fixed plates configured to surround the screw and a plurality of movable plates each of which is disposed between adjacent ones of the plurality of fixed plates, the layered filter body including a filtration groove between the adjacent fixed plates; characterized by a tubular first pipe member including a sub object-to-be-processed supply port for the object to be processed and disposed in the middle of the layered filter body; and a pair of flanges (5, 6, 205, 206) configured to sandwich the first pipe member from both sides in an axial direction of the rotary shaft in a contact state.
An amplifier circuit for controlling a cut-off frequency in the amplifier circuit, the amplifier circuit comprising: a feedback variable capacitor comprising a plurality of capacitors and a unit capacitor in parallel to the plurality of capacitors; a plurality of switches (SWITCH) respectively coupled to the plurality of capacitors; a logical circuit configured to perform logical operations on bits of a control code; and an operational amplifier coupled to the variable capacitor, wherein at least one of the plurality of switches (SWITCH) is turned on according to the control code, wherein the at least one of the plurality of switches (SWITCH) is turned on by the bits of the control code and the logic operations, wherein each of the plurality of capacitors has a capacitance, for exponentially changing the cut-off frequency when an integer indicated by the control code is changed linearly, wherein a total capacitance of the variable capacitor is determined by at least one of the plurality of capacitors corresponding to the at least one of the plurality of switches (SWITCH), respectively, and wherein the cut-off frequency is controlled based on the total capacitance, wherein the total capacitance of the variable capacitor varies exponentially according to the integer indicated by a binary combination of respective bit values of the control code, wherein the total capacitance is determined among a plurality of candidate capacitances, and wherein a capacitance of the unit capacitor corresponds to a lowest capacitance of the plurality of candidate capacitances. a feedback variable capacitor comprising a plurality of capacitors and a unit capacitor in parallel to the plurality of capacitors; a plurality of switches (SWITCH) respectively coupled to the plurality of capacitors; a logical circuit configured to perform logical operations on bits of a control code; and an operational amplifier coupled to the variable capacitor, wherein at least one of the plurality of switches (SWITCH) is turned on according to the control code, wherein the at least one of the plurality of switches (SWITCH) is turned on by the bits of the control code and the logic operations, wherein each of the plurality of capacitors has a capacitance, for exponentially changing the cut-off frequency when an integer indicated by the control code is changed linearly, wherein a total capacitance of the variable capacitor is determined by at least one of the plurality of capacitors corresponding to the at least one of the plurality of switches (SWITCH), respectively, and wherein the cut-off frequency is controlled based on the total capacitance, wherein the total capacitance of the variable capacitor varies exponentially according to the integer indicated by a binary combination of respective bit values of the control code, wherein the total capacitance is determined among a plurality of candidate capacitances, and wherein a capacitance of the unit capacitor corresponds to a lowest capacitance of the plurality of candidate capacitances.
A fluid dispenser device comprising: - at least one reservoir that is suitable for containing fluid to be dispensed and a propellant gas, - a valve, in particular a metering valve, that is mounted on said reservoir, - a body including a dispenser orifice via which the fluid is dispensed, said reservoir being movable in said body so as to actuate said valve, characterized in that at least a portion of said dispenser device is made out of a material comprising an aliphatic polyketone. - at least one reservoir that is suitable for containing fluid to be dispensed and a propellant gas, - a valve, in particular a metering valve, that is mounted on said reservoir, - a body including a dispenser orifice via which the fluid is dispensed, said reservoir being movable in said body so as to actuate said valve,
Nozzle for applying a powder, particularly a pulverized hair treatment product, particularly preferred a cosmetic and/or dermatological product, comprising a cap for being connected to a squeezable container for storing the powder, an outlet conduit protruding from the cap along an axial direction for dispensing the powder through the cap, characterized in that a mesh covering the outlet conduit for retaining the powder and for pulverizing powder agglomerates is provided, wherein the mesh is a web of woven wires, wherein the mesh comprises conduit passages arranged at least in a region covering the outlet, wherein the sum A P of the areas of the passages of the mesh is higher than the sum A M of the areas of the parts between the passages in flow direction, wherein the ratio A P /A M is 3 ≤ A P /A M ≤ 100, and the outlet conduit comprises an inner surface for guiding the powder, wherein the inner surface is inclined with respect to the axial direction of the outlet conduit by an angle α of 0.0° < α ≤ 15.0°, particularly 1.0° ≤ α ≤ 12.5°, preferably 1.5° ≤ α ≤ 8.0°, further preferred 2.0° ≤ α ≤ 7.0°, more preferred 2.5° ≤ α ≤ 6.0° and most preferred α = 3.0° ± 0.2°.
An interlayer film for an automotive windshield, the interlayer film comprising, on both surfaces thereof: a large number of recesses; and a large number of projections, the recesses having a groove shape with a continuous bottom, the recesses being adjacently arranged regularly side by side in parallel with one another, the recesses in a groove shape with a continuous bottom being inclined at 35° or more relative to a machine direction of the film in production of the interlayer film for an automotive windshield, wherein the inclination refers to an acute angle formed by the recesses with the machine direction of the film, characterized by tip portions of the projections with a roughness of 30 um or less, determined as specified in the description using roughness profile data in accordance with JIS B-0601. a large number of recesses; and a large number of projections, the recesses having a groove shape with a continuous bottom, the recesses being adjacently arranged regularly side by side in parallel with one another, the recesses in a groove shape with a continuous bottom being inclined at 35° or more relative to a machine direction of the film in production of the interlayer film for an automotive windshield, wherein the inclination refers to an acute angle formed by the recesses with the machine direction of the film, characterized by tip portions of the projections with a roughness of 30 um or less, determined as specified in the description using roughness profile data in accordance with JIS B-0601.
Nanocomposite compositions based on expandable thermoplastic polymers, which comprises: a) a polymeric matrix produced by polymerization of a base comprising one or more polymerizable monomers; b) 1-10% by weight, calculated with respect to the polymer (a), of an expanding agent embedded in the polymer matrix; c) 0.004-15% by weight, calculated with respect to the polymer (a), of an athermanous filler comprising nano-scaled graphene plates with a thickness (orthogonal to the graphene sheet) not greater than 150 nm, an average dimension (length, width, or diameter) not greater than 10 micrometers and a surface area > 50 m 2 /g. a) a polymeric matrix produced by polymerization of a base comprising one or more polymerizable monomers; b) 1-10% by weight, calculated with respect to the polymer (a), of an expanding agent embedded in the polymer matrix; c) 0.004-15% by weight, calculated with respect to the polymer (a), of an athermanous filler comprising nano-scaled graphene plates with a thickness (orthogonal to the graphene sheet) not greater than 150 nm, an average dimension (length, width, or diameter) not greater than 10 micrometers and a surface area > 50 m 2 /g.
A thermally insulating door with at least one door leaf, which is mounted in a movable manner in an installed state in front of a cold room opening, wherein the door leaf (2, 3) has at least one rigid and at least one flexible area, wherein the flexible area is on the passage side of the door leaf pointing in the opened state to the passage provided, wherein the rigid area extends on the upper side over the entire width of the door leaf, characterized in that the rigid area of the door leaf extends to the lower side of the door leaf.
A method for distributing route selection in an implementation of a routing protocol executing on a router of a computer network, the method comprising the steps of: receiving announced paths from peers of the router at a plurality of first routing selection processes of the routing protocol running on a plurality of first processors; performing a first stage of route selection at the first processes to select partial best paths; forwarding the partial best paths to a second routing selection process of the routing protocol running on a second processor; performing a second stage of route selection at the second routing selection process to select best paths from the partial best paths; sending the selected best paths to the first routing selection processes; applying an outbound policy on the best paths at the first routing selection processes; and announcing best paths that pass the outbound policy to the peers. receiving announced paths from peers of the router at a plurality of first routing selection processes of the routing protocol running on a plurality of first processors; performing a first stage of route selection at the first processes to select partial best paths; forwarding the partial best paths to a second routing selection process of the routing protocol running on a second processor; performing a second stage of route selection at the second routing selection process to select best paths from the partial best paths; sending the selected best paths to the first routing selection processes; applying an outbound policy on the best paths at the first routing selection processes; and announcing best paths that pass the outbound policy to the peers.
A composition which is liquid at 20°C and 1 bar comprising compound (Ia) which is N-(1,3-benzothiazol-2-ylsulfanyl)-2-methyl-cyclohexanamine of formula and compound (IIa) which is is N-(1,3-benzothiazol-2-ylsulfanyl)-4-methyl-cyclohexanamine of formula in a weight ratio of compound (Ia) to compound (IIa) of 2: 1 to 1: 1. compound (Ia) which is N-(1,3-benzothiazol-2-ylsulfanyl)-2-methyl-cyclohexanamine of formula and compound (IIa) which is is N-(1,3-benzothiazol-2-ylsulfanyl)-4-methyl-cyclohexanamine of formula in a weight ratio of compound (Ia) to compound (IIa) of 2: 1 to 1: 1.
An acoustic disdrometer, comprising a housing; an acoustic shell coupled to the housing, wherein the housing and the acoustic shell cooperate to define an acoustic chamber and wherein at least a portion of the acoustic shell is translucent; a control unit; a first acoustic transducer positioned within the acoustic chamber, wherein the first acoustic transducer is configured to provide a first acoustic signal to the control unit in response to precipitation impacting the acoustic shell; a dead air chamber at least partially defined by the housing; a solar array mounted within the acoustic chamber and in electrical communication with the control unit. a housing; an acoustic shell coupled to the housing, wherein the housing and the acoustic shell cooperate to define an acoustic chamber and wherein at least a portion of the acoustic shell is translucent; a control unit; a first acoustic transducer positioned within the acoustic chamber, wherein the first acoustic transducer is configured to provide a first acoustic signal to the control unit in response to precipitation impacting the acoustic shell; a dead air chamber at least partially defined by the housing; a solar array mounted within the acoustic chamber and in electrical communication with the control unit.
A resource allocation method, comprising: receiving, by a terminal device, downlink control information, DCI, from a network device, wherein the DCI comprises resource indication information, and the resource indication information comprises a first field and a second field, wherein the first field indicates a transmission resource allocation manner, and the first field and the second field indicate a resource indicator value; determining, by the terminal device, a first resource allocation manner based on the resource indication information, wherein the first resource allocation manner is used to allocate a transmission resource greater than 6 resource blocks, RBs; determining, by the terminal device, an allocated transmission resource based on the first resource allocation manner and the resource indication information; and transmitting, by the terminal device, data by using the allocated transmission resource. receiving, by a terminal device, downlink control information, DCI, from a network device, wherein the DCI comprises resource indication information, and the resource indication information comprises a first field and a second field, wherein the first field indicates a transmission resource allocation manner, and the first field and the second field indicate a resource indicator value; determining, by the terminal device, a first resource allocation manner based on the resource indication information, wherein the first resource allocation manner is used to allocate a transmission resource greater than 6 resource blocks, RBs; determining, by the terminal device, an allocated transmission resource based on the first resource allocation manner and the resource indication information; and transmitting, by the terminal device, data by using the allocated transmission resource.
A method of monitoring a jetting unit in a jetting device (10; 42) in which a droplet of a liquid is jetted out onto a receiving medium (20; 74), the method comprising a step of measuring a physical property of the droplet of liquid, wherein the physical property is measured at a time and position when and where the droplet settles on a first surface of the receiving medium (20; 74) and forms a dot thereon, the measurement being carried out from a second side of the receiving medium (20; 74) opposite to the side where the dot is formed and characterized in that the liquid being jetted out is a magnetic liquid, and the physical property being measured is a magnetisation of the dot on the receiving medium (20; 74).
A data packet transmission method for a cellular telecommunications network architecture, wherein the method comprises: acquiring, by a front end node, multiple sub data packets obtained by means of division of a data packet; performing, by the front end node, inter-packet combination encoding on the multiple sub data packets, and obtaining multiple encoded sub data packet groups, wherein one of the encoded sub data packet groups comprises at least one encoded sub data packet; and sending, by the front end node, the multiple encoded sub data packet groups to a destination node separately through at least two transmission paths, wherein sending comprises separately sending different encoded sub data packet groups on different transmission paths, such that linear combination manners of encoded sub data packet groups sent on any two transmission paths are orthogonal to each other. acquiring, by a front end node, multiple sub data packets obtained by means of division of a data packet; performing, by the front end node, inter-packet combination encoding on the multiple sub data packets, and obtaining multiple encoded sub data packet groups, wherein one of the encoded sub data packet groups comprises at least one encoded sub data packet; and sending, by the front end node, the multiple encoded sub data packet groups to a destination node separately through at least two transmission paths, wherein sending comprises separately sending different encoded sub data packet groups on different transmission paths, such that linear combination manners of encoded sub data packet groups sent on any two transmission paths are orthogonal to each other.
A vehicle seat, in particular a motor vehicle seat, having a base structure which is connected to the vehicle structure and a backrest which can be moved relative to the base structure by means of a kinematic system, wherein the vehicle seat can be moved from at least one position for use in which it is possible to be seated, into a non-use position or into another position for use, wherein a multi-bar mechanism, in particular a four-bar mechanism, exists at least temporarily and controls the kinematic system, wherein a spring element is provided which forms in the relaxed extended position thereof a gear member of the multi-bar mechanism, wherein the spring element is fitted, in particular articulated, to the base structure in a manner offset with respect to the fitting and to an arm of the backrest structure in a manner offset with respect to the articulation, characterized in that the spring element is arranged as a leaf spring which in each case is rotatably supported with an end portion thereof on a pin in such a manner that the leaf spring is relaxed in its extended position and forms tension during bending, wherein the leaf spring acts as a pressure spring outside the extended position.
A method comprising: detecting failure of storage media containing at least a portion of a database that has been backed up to backup media; in response to detecting the failure, starting a restore operation, the restore operation to restore data from a backup of the database on the backup media, and the restore operation comprising: copying data from the backup media to replacement media; identifying redo recovery operations and undo recovery operations from a recovery log recording transactions carried out with respect to the database prior to the storage media failure; causing running of new transactions that access the database prior to completion of the restore operation; and carrying out selected ones of the identified redo recovery operations and the undo recovery operations on-demand based on access of the database by the running transactions. detecting failure of storage media containing at least a portion of a database that has been backed up to backup media; in response to detecting the failure, starting a restore operation, the restore operation to restore data from a backup of the database on the backup media, and the restore operation comprising: copying data from the backup media to replacement media; identifying redo recovery operations and undo recovery operations from a recovery log recording transactions carried out with respect to the database prior to the storage media failure; causing running of new transactions that access the database prior to completion of the restore operation; and carrying out selected ones of the identified redo recovery operations and the undo recovery operations on-demand based on access of the database by the running transactions. copying data from the backup media to replacement media; identifying redo recovery operations and undo recovery operations from a recovery log recording transactions carried out with respect to the database prior to the storage media failure; causing running of new transactions that access the database prior to completion of the restore operation; and carrying out selected ones of the identified redo recovery operations and the undo recovery operations on-demand based on access of the database by the running transactions.
A modified peptide substrate that reacts with a free enzyme and not with an enzyme bound by alpha-2-macroglobulin, wherein said enzyme is thrombin and the peptide substrate is S2238 which is attached to a sterically hindering macromolecule which is agarose beads with a spacer, wherein said spacer consists of 12 atoms in length.
A method for detecting failure of LEDs in a vehicle, wherein a state variable of a LED branch comprising the at least one LED is compared with a comparison value and a failure detection signal is generated depending on said comparison, wherein a branch current (I Z1, I Z2) flowing through the LED branch (Z1, Z2) is detected as the state variable and a failure detection signal (I A) is generated as soon as the branch current (I Z1, I Z2) drops below the comparison value, characterized in that when the LED branch (Z1, Z2) is switched on the comparison of the state variable with the comparison value is delayed until such time as a forward voltage is attained or exceeded at the at least one LED located in the LED branch (Z1, Z2).