mhurhangee/patent-ind-claim-en huggingface dataset:
A solid electrolytic capacitor, comprising: an anode body having pores; a dielectric ; a first conductive polymer layer ; and a second conductive polymer layer ; wherein the dielectric is formed on a surface of the anode body , the first conductive polymer layer includes a first conductive polymer having at least one of structural units represented by the following formula and the following formula and is formed on the dielectric , in the formulas and , R 1 is an alkyl group having 1 to 12 carbon atoms, or an aromatic group, each of which optionally has a substituent, A - is a monoanion derived from a dopant and n is 2 or more and 300 or less, and the second conductive polymer layer includes a second conductive polymer different from the first conductive polymer and is formed on the first conductive polymer layer . an anode body having pores; a dielectric ; a first conductive polymer layer ; and a second conductive polymer layer ; wherein the dielectric is formed on a surface of the anode body , the first conductive polymer layer includes a first conductive polymer having at least one of structural units represented by the following formula and the following formula and is formed on the dielectric , in the formulas and , R 1 is an alkyl group having 1 to 12 carbon atoms, or an aromatic group, each of which optionally has a substituent, A - is a monoanion derived from a dopant and n is 2 or more and 300 or less, and the second conductive polymer layer includes a second conductive polymer different from the first conductive polymer and is formed on the first conductive polymer layer .
An arrangement , comprising (A) a matrix with (a) a plurality of programmable logic units and (b) a plurality of first one bit clocked storage elements , said programmable logic units and first one bit clocked storage elements being arranged in an array, the arrangement being adapted for sequential execution of at least two tasks, whereby for each of said first one bit clocked storage elements a data store and restore circuit is provided for local storing or restoring the respective values as computed during said tasks per task of said first one bit clocked storage elements, and (B) a data memory , external to said matrix, wherein said data store and restore circuit is configured for (i) pre-loading values related to one task from said data memory into said data store and restore circuit and (ii) post-storing of values related to one task in said data store and restore circuit to said data memory, whereby said pre-loading and/or post-storing can be performed while another task is executed without disturbing said task execution.
An upper body appendage support apparatus comprising at least one articulating support structure ; an upper body appendage support structure movably attached to the articulating support structure ; the upper body appendage support structure comprising a surface on which at least a portion of user upper body appendage can rest; wherein the articulating support structure is configured to counteract the weight of the upper body appendage support structure and any weight thereon by providing a lifting force; the upper body appendage support structure comprising a two section upper body appendage support structure , wherein a first section is configured to accommodate a user forearm and a second section is configured to accommodate an appendage portion below the user forearm, characterized in that the upper body appendage support structure comprises one or more roll mechanisms to allow rotation of user upper body appendages about an axis substantially parallel to the user forearm without lifting from, or sliding on upper body appendage support structure resting surface .
A shock assembly comprising: a main chamber comprising a fluid therein; a pump tube within said main chamber, said pump tube having a fluid flow path internal thereto, said pump tube disposed axially along a center of said main chamber; a damping piston coupled to a shaft , said damping piston and a portion of said shaft disposed axially about said pump tube , said damping piston disposed in said main chamber to divide said main chamber into a compression side fluid chamber and a rebound side fluid chamber; and an automatic ride height adjustment assembly comprising: a tube-in-shaft pump assembly ; and a spring preload piston assembly ; wherein said tube-in-shaft pump assembly comprises: an intake/exhaust port through a portion of said pump tube ; and a fluid path from said pump tube to said spring preload piston assembly, wherein an axial motion of said damping piston and said shaft along said pump tube during a compression stroke pumps said fluid through said pump tube and into said spring preload piston assembly ; characterized in that a SAG ride height is established by an axial location of said intake/exhaust port of said pump tube . a main chamber comprising a fluid therein; a pump tube within said main chamber, said pump tube having a fluid flow path internal thereto, said pump tube disposed axially along a center of said main chamber; a damping piston coupled to a shaft , said damping piston and a portion of said shaft disposed axially about said pump tube , said damping piston disposed in said main chamber to divide said main chamber into a compression side fluid chamber and a rebound side fluid chamber; and an automatic ride height adjustment assembly comprising: a tube-in-shaft pump assembly ; and a spring preload piston assembly ; a tube-in-shaft pump assembly ; and a spring preload piston assembly ; wherein said tube-in-shaft pump assembly comprises: an intake/exhaust port through a portion of said pump tube ; and a fluid path from said pump tube to said spring preload piston assembly, wherein an axial motion of said damping piston and said shaft along said pump tube during a compression stroke pumps said fluid through said pump tube and into said spring preload piston assembly ; an intake/exhaust port through a portion of said pump tube ; and a fluid path from said pump tube to said spring preload piston assembly, wherein an axial motion of said damping piston and said shaft along said pump tube during a compression stroke pumps said fluid through said pump tube and into said spring preload piston assembly ; characterized in that a SAG ride height is established by an axial location of said intake/exhaust port of said pump tube .
A restart standby control method for an internal-combustion engine including a motor generator that is connected with a crankshaft through a belt transmission mechanism and applies starting torque through powering operation, the restart standby control method being characterized by comprising: performing preliminary powering in which a preliminary powering torque is applied to the internal combustion engine by the motor generator to suppress slack in a belt between the crankshaft and the motor generator in preparation for restart of the internal-combustion engine when an engine revolution speed decreases with cutting of fuel to the internal-combustion engine to stop a vehicle; and while belt tension periodically changes between a high-tension period in which the belt is under positive tension and a low-tension period in which the belt is loosening and the belt tension is relatively low, controlling the motor generator to cause preliminary powering torque in the low-tension period to be higher than preliminary powering torque in the high-tension period. performing preliminary powering in which a preliminary powering torque is applied to the internal combustion engine by the motor generator to suppress slack in a belt between the crankshaft and the motor generator in preparation for restart of the internal-combustion engine when an engine revolution speed decreases with cutting of fuel to the internal-combustion engine to stop a vehicle; and while belt tension periodically changes between a high-tension period in which the belt is under positive tension and a low-tension period in which the belt is loosening and the belt tension is relatively low, controlling the motor generator to cause preliminary powering torque in the low-tension period to be higher than preliminary powering torque in the high-tension period.
A compound of formula I wherein R 1' is methyl; R 1 is methyl, ethyl, CF 3 , CH 2 OH, cyclopropyl or cyano, or R 1' and R 1 may form together a 1,1-dioxo-tetrahydro-thiophen-3-yl ring; R 2 is hydrogen, methyl, ethyl, isopropyl, tert-butyl, cyclopropyl, cyclopropylmethyl, or hydroxmethyl; R 3 is Cl, F, CF 3 , methyl, methoxy, or cyclopropyl; R 4 is hydrogen, methyl, F or Cl; X is N or CH; Y is N or CH; with the proviso that X and Y are not simultaneously CH; or a pharmaceutically acceptable salt or acid addition salt, a racemic mixture, or its corresponding enantiomer and/or optical isomer and/or stereoisomer. R 1' is methyl; R 1 is methyl, ethyl, CF 3 , CH 2 OH, cyclopropyl or cyano, or R 1' and R 1 may form together a 1,1-dioxo-tetrahydro-thiophen-3-yl ring; R 2 is hydrogen, methyl, ethyl, isopropyl, tert-butyl, cyclopropyl, cyclopropylmethyl, or hydroxmethyl; R 3 is Cl, F, CF 3 , methyl, methoxy, or cyclopropyl; R 4 is hydrogen, methyl, F or Cl; X is N or CH; Y is N or CH; with the proviso that X and Y are not simultaneously CH;
A modifying agent for polyolefin resins, comprising a calcium-containing inorganic filler whose particle surface is treated with an alicyclic dicarboxylic acid represented by formula and/or formula : wherein R 1 is a C 1 -C 4 alkyl group, and R 1 binds to the carbon at position 3 or 4 of a cyclohexane ring; and wherein R 2 is a hydrogen atom or a C 1 -C 4 alkyl group, and R 2 binds to the carbon at position 3 or 4 of a cyclohexene ring.
A method in a first base station supporting a first cell for restricting frequency access in a wireless communication system having a plurality of base stations, characterized by the steps of: - receiving, from a network node , a list of forbidden frequencies related to a mobile station; - performing one of selecting allowed target cells for handover, based on the received list of forbidden frequencies, or transmitting, to the mobile station, allowable frequencies to be used. - receiving, from a network node , a list of forbidden frequencies related to a mobile station; - performing one of selecting allowed target cells for handover, based on the received list of forbidden frequencies, or transmitting, to the mobile station, allowable frequencies to be used.
A data transmission method, comprising: obtaining significant bits in an N th data frame (S310), wherein N is an integer greater than or equal to 1, a quantity of the significant bits in the N th data frame is smaller than a quantity of bits in the N th data frame, and remaining bits other than the significant bits in the N th data frame are insignificant bits in the N th data frame; and sending the significant bits in the N th data frame (S320), and skipping sending the insignificant bits in the N th data frame, characterized in that the significant bits in the N th data frame are bits, corresponding to preset distortion information, in the N th data frame, wherein the N th data frame is an enhanced voice service, EVS, frame, and the preset distortion information is a mean opinion score, MOS, value, and wherein the significant bits of the EVS frame are obtained by performing bit inversion, and using bits with MOS value changes that meet a filtering threshold after the bit inversion as the significant bits of the EVS frame. obtaining significant bits in an N th data frame (S310), wherein N is an integer greater than or equal to 1, a quantity of the significant bits in the N th data frame is smaller than a quantity of bits in the N th data frame, and remaining bits other than the significant bits in the N th data frame are insignificant bits in the N th data frame; and sending the significant bits in the N th data frame (S320), and skipping sending the insignificant bits in the N th data frame, characterized in that the significant bits in the N th data frame are bits, corresponding to preset distortion information, in the N th data frame, wherein the N th data frame is an enhanced voice service, EVS, frame, and the preset distortion information is a mean opinion score, MOS, value, and wherein the significant bits of the EVS frame are obtained by performing bit inversion, and using bits with MOS value changes that meet a filtering threshold after the bit inversion as the significant bits of the EVS frame.
A mobile device comprising: a display; a data reader comprising an optical image indicia reader configured for reading and decoding symbology located on a target upon being activated by an operator; at least one vehicle data collection device in electronic communication with the data reader, comprising an accelerometer and configured to monitor at least one vehicle performance characteristic; a global positioning system (GPS) module; a wireless communications module; a memory device; a processor; and, a housing configured for supporting the display, the data reader, the vehicle data collection device, the GPS module, the wireless communications module, the memory device and the processor, wherein the mobile device is further configured to be positioned inside a vehicle during periods when the data reader is not used by the operator for reading and decoding symbology, and wherein the at least one vehicle performance characteristic monitored by the data collection device includes off center package loading when the mobile device is positioned inside the vehicle. a display; a data reader comprising an optical image indicia reader configured for reading and decoding symbology located on a target upon being activated by an operator; at least one vehicle data collection device in electronic communication with the data reader, comprising an accelerometer and configured to monitor at least one vehicle performance characteristic; a global positioning system (GPS) module; a wireless communications module; a memory device; a processor; and, a housing configured for supporting the display, the data reader, the vehicle data collection device, the GPS module, the wireless communications module, the memory device and the processor, wherein the mobile device is further configured to be positioned inside a vehicle during periods when the data reader is not used by the operator for reading and decoding symbology, and wherein the at least one vehicle performance characteristic monitored by the data collection device includes off center package loading when the mobile device is positioned inside the vehicle.
A manifold for collecting and distributing fluid flows from or to a plurality of external flow lines, the manifold comprising: a block ; at least one drilled header hole formed within the block ; at least one drilled flow inlet hole formed within the block , the drilled flow inlet hole being in fluid communication with the at least one header a plurality of isolation valves coupled to the block wherein the valve element of at least one of the isolation valves is positioned within the block, characterized in that the block is comprised of a body portion , an inlet cap portion and an outlet cap portion ; and further characterized in that the plurality of isolation valves comprises a header isolation valve coupled to the inlet cap portion of the block and a plurality of flow isolation valves coupled to the body portion of the block so as to direct fluid flow received into the drilled flow inlet holes to the at least one header hole . a block ; at least one drilled header hole formed within the block ; at least one drilled flow inlet hole formed within the block , the drilled flow inlet hole being in fluid communication with the at least one header a plurality of isolation valves coupled to the block wherein the valve element of at least one of the isolation valves is positioned within the block, characterized in that the block is comprised of a body portion , an inlet cap portion and an outlet cap portion ; and further characterized in that the plurality of isolation valves comprises a header isolation valve coupled to the inlet cap portion of the block and a plurality of flow isolation valves coupled to the body portion of the block so as to direct fluid flow received into the drilled flow inlet holes to the at least one header hole .
A net-like structure having a three-dimensional random loop bonded structure constituted of a thermoplastic elastomer continuous linear body that is either a polyester-based thermoplastic elastomer continuous linear body or a polyolefin-based thermoplastic elastomer continuous linear body having a fiber size of greater than or equal to 0.1 mm and less than or equal to 3.0 mm, wherein the net-like structure has, in a thickness direction of said net-like structure, a solid-section fiber main region mainly including fibers having a solid cross section, a hollow-section fiber main region mainly including fibers having a hollow cross section, and a mixed region including fibers having a solid cross section and fibers having a hollow cross section in a mixed state, located between said solid-section fiber main region and said hollow-section fiber main region, wherein in the solid-section fiber main region and the hollow-section fiber main region, the percentage of the number of fibers having the cross section in question in the total number of fibers included in the region in question is greater than or equal to 90%, both solid-section fiber main region-side residual strain after 750 N constant load repeated compression at pressurization from the side of said solid-section fiber main region of said net-like structure and hollow-section fiber main region-side residual strain after 750 N constant load repeated compression at pressurization from the side of said hollow-section fiber main region of said net-like structure are less than or equal to 20%, as measured in accordance with the method specified in the description, and a difference between said solid-section fiber main region-side residual strain and said hollow-section fiber main region-side residual strain is less than or equal to 10 points, as measured in accordance with the method specified in the description.
A method for challenge-response authentication between a verifier and a prover , the method comprising: receiving a challenge from the verifier , the challenge for verifying an identity of the prover , wherein the challenge is computed using a first verifier key ; computing, by the prover , a response to the challenge using a first prover key , and wherein the prover computes a delay time for delaying transmission of the response to the verifier using a second prover key and a delay computation function, wherein the delay time is added to a normal delay that is caused by computing the response to the challenge; and transmitting the response, by the prover , to the verifier at the computed delay time, wherein the response is verifiable by the verifier using the first verifier key , and wherein a delayed arrival time of the response is verifiable by the verifier using a second verifier key to verify the delay time. receiving a challenge from the verifier , the challenge for verifying an identity of the prover , wherein the challenge is computed using a first verifier key ; computing, by the prover , a response to the challenge using a first prover key , and wherein the prover computes a delay time for delaying transmission of the response to the verifier using a second prover key and a delay computation function, wherein the delay time is added to a normal delay that is caused by computing the response to the challenge; and transmitting the response, by the prover , to the verifier at the computed delay time, wherein the response is verifiable by the verifier using the first verifier key , and wherein a delayed arrival time of the response is verifiable by the verifier using a second verifier key to verify the delay time.
A locking system for controlling the unlocking of a door by an electronic key, the locking system comprising: a first pack configured to be received within a first recessed area of the door , said first pack comprising a bolt and an actuator configured to move the bolt ; a second pack electrically connected to the first pack and configured to be received within a second recessed area of the door ; a reader interface adapted to receive an input from the electronic key; and a controller adapted to receive the input from the reader interface , authenticate the input, and control the actuator of said first pack based on the authentication, wherein the second pack has a frame fastenable to the door , and a tray being slidably mounted to the frame in a manner that the tray can be slid out from the second recessed area to expose a portion thereof for maintenance, wherein at least one component of the controller is secured to the tray in a manner to be exposed for maintenance when the tray is slid out from the frame . a first pack configured to be received within a first recessed area of the door , said first pack comprising a bolt and an actuator configured to move the bolt ; a second pack electrically connected to the first pack and configured to be received within a second recessed area of the door ; a reader interface adapted to receive an input from the electronic key; and a controller adapted to receive the input from the reader interface , authenticate the input, and control the actuator of said first pack based on the authentication, wherein the second pack has a frame fastenable to the door , and a tray being slidably mounted to the frame in a manner that the tray can be slid out from the second recessed area to expose a portion thereof for maintenance, wherein at least one component of the controller is secured to the tray in a manner to be exposed for maintenance when the tray is slid out from the frame .
A removal device for removing and disposing of a pen needle connectable to a drug delivery device, comprising a body having a cavity for receiving the pen needle of the drug delivery device, the pen needle including a needle and a hub , the needle including a patient end distal of the hub , said body is formed separately from the drug delivery device, an ejector is movably connected to said body for engaging the pen needle received in said body , wherein the ejector comprising a flange and a wall extending therefrom; when the drug delivery device is inserted in the cavity ,at least a portion of the hub of the received pen needle is retained by at least a portion of a wall defining said cavity , and the patient end of the needle is covered by said wall of said ejector ; and when the pen needle is to be ejected from the removal device , the ejector flange is pushed inwardly in a direction substantially opposite to the insertion direction of the drug delivery device, thereby moving said ejector with respect to said body causing the engaged pen needle to be ejected out of said body . a body having a cavity for receiving the pen needle of the drug delivery device, the pen needle including a needle and a hub , the needle including a patient end distal of the hub , said body is formed separately from the drug delivery device, an ejector is movably connected to said body for engaging the pen needle received in said body , wherein the ejector comprising a flange and a wall extending therefrom; when the drug delivery device is inserted in the cavity ,at least a portion of the hub of the received pen needle is retained by at least a portion of a wall defining said cavity , and the patient end of the needle is covered by said wall of said ejector ; and when the pen needle is to be ejected from the removal device , the ejector flange is pushed inwardly in a direction substantially opposite to the insertion direction of the drug delivery device, thereby moving said ejector with respect to said body causing the engaged pen needle to be ejected out of said body .