mhurhangee/patent-ind-claim-en huggingface dataset:
A stable protein-comprising formulation, which is characterized in that it comprises (i) argininamide or valinamide and, optionally, (ii) at least one amino acid selected from the group consisting of aspartic acid, glutamic acid, methionine, proline, glycine, alanine, phenylalanine, tryptophan, serine, threonine, asparagine, glutamine, arginine, cysteine, histidine, isoleucine, leucine, lysine, tyrosine, and valine, wherein the protein concentration is 50 mg/mL to 250 mg/mL, and wherein the protein is an antibody.
Power electronics assembly having a power semiconductor module , having a contact spring , having a load-connecting element and having a mounting device , wherein the power semiconductor module has a load terminal element and a first external contact face , wherein the load connecting element has a second contact face , and wherein an electrically conductive pressure contact connection is formed between the first contact face and the second contact face by means of the contact spring , and the pressure necessary for this on the contact spring is formed by virtue of the fact that the power semiconductor module is connected in a frictionally locking fashion to the mounting device , and wherein the load terminal element projects outwards through a metallic baseplate of the power semiconductor module and is electrically insulated from the baseplate.
A substance for use in a therapeutic method of inducing anesthesia in a subject, the method comprising administering to the subject an effective amount of the substance, wherein the substance is a compound or a mixture of compounds selected from the group consisting of: a) 1-Butanol, 4,4,4-trifluoro-3,3-bis(trifluoromethyl)- (CAS# 14115-49-2); and b) 1-Butanol, 3,4,4,4-tetrafluoro-3-(trifluoromethyl)- (CAS# 90999-87-4); the compound having a vapor pressure of at least 0.1 atmospheres (76 mmHg) at 25°C, thereby inducing anesthesia in the subject. a) 1-Butanol, 4,4,4-trifluoro-3,3-bis(trifluoromethyl)- (CAS# 14115-49-2); and b) 1-Butanol, 3,4,4,4-tetrafluoro-3-(trifluoromethyl)- (CAS# 90999-87-4);
A method of production of a conjugated diene rubber comprising a first step of polymerizing a compound represented by a following formula by using a polymerization initiator to obtain a polymer block of the compound represented by the formula having an active end, and a second step of polymerizing a monomer containing at least a conjugated diene compound by using the active end of the polymer block: wherein, in the formula , R 1 is a hydrogen atom or a hydrocarbon group having 1 to 20 carbon atoms, R 2 is an aryl group-containing hydrocarbon group having 6 to 20 carbon atoms, each of R 3 and R 4 independently is a hydrogen atom or a hydrocarbon group having 1 to 20 carbon atoms which is substitueted or unsubstitueted, and X is arbitrary monovalent group.
An in vitro or ex vivo method of altering target DNA in a cell wherein the cell is genetically modified to include a nucleic acid encoding an enzyme, in the genomic DNA of the cell, that forms a co-localization complex with a guide RNA complementary to the target DNA and that cleaves the target DNA in a site specific manner comprising introducing into the cell a guide RNA complementary to the target DNA and which guides the enzyme to the target DNA, wherein the guide RNA and the enzyme are members of a co-localization complex for the target DNA, introducing into the cell a donor nucleic acid sequence, wherein the guide RNA and the enzyme co-localize to the target DNA, the enzyme cleaves the target DNA and the donor nucleic acid sequence is inserted into the target DNA to produce altered DNA in the cell, and further comprising introducing multiple donor nucleic acids and multiple guide RNAs to produce multiple alterations to the DNA in the cell.
A motor control device for a vehicle provided with a motor and a lock mechanism for locking the rotation of vehicle wheels ; wherein the motor control device comprises: detection means configured to detect that the lock mechanism will be released; damping control means configured to suppress torsional vibration of a drive shaft ; and current control means configured to control current flowing to the motor on the basis of a torque command value of the motor set by the damping control means ; the current control means is adapted to channel an excitation current for generating a magnetic flux in the motor on the basis of the detection result of the detection means while the motor is not rotating, characterized in that the current control means is adapted to channel the excitation current before the lock mechanism is released. detection means configured to detect that the lock mechanism will be released; damping control means configured to suppress torsional vibration of a drive shaft ; and current control means configured to control current flowing to the motor on the basis of a torque command value of the motor set by the damping control means ; the current control means is adapted to channel an excitation current for generating a magnetic flux in the motor on the basis of the detection result of the detection means while the motor is not rotating, characterized in that the current control means is adapted to channel the excitation current before the lock mechanism is released.
A door , in particular a roller door, having a door leaf which is designed at least in sections thereof as a web-like curtain made of flexible material, and which can be moved along a movement path (R) between an open position, in which it at least partially exposes a wall opening and optionally forms a multi-layered roll above the wall opening, and a closed position, in which it at least partially closes the wall opening, wherein a stabilizing device extending transversely, in particular approximately perpendicularly, to the movement path (R) is associated with the web-like curtain , which at least in the closed position counteracts a deformation of the curtain in a load direction extending perpendicularly to a closing plane spanned by the movement path (R) and the stabilizing device , characterized in that the web-like curtain has at least two curtain segments which follow one another in the direction of the movement path and which are releasably connected to one another along at least one predetermined separating line, or a predetermined separating region, preferably extending approximately perpendicularly to the movement path in the closing plane in such a way that the mutually facing edges of the curtain segments extending transversely, in particular perpendicularly, to the movement path remain deformable, and having a connecting device which is deformable, in particular elastically deformable, at least in sections thereof for releasably connecting the mutually facing edges of the curtain segments , wherein the connecting device has two receptacles , each associated with one of the curtain segments to be connected, for formitting accommodation of a respective one of the mutually facing edges of the curtain segments , wherein in particular the edges have thickenings, in particular are formed as beads or keders, and wherein the connecting device consists of an elastomer material and/or plastic.
A signal sending method for use in a Multiple Input Multiple Output Filter Bank Multicarrier, MIMO-FBMC, system, comprising: processing at least two precoding code blocks so as to cancel interference from symbols of a boundary between the at least two precoding code blocks, wherein the processing at least two precoding code blocks comprises: determining a precoding code block on which interference exists; calculating an interference offset corresponding to the symbols of the boundary between the at least two precoding code blocks according to an acquired channel matrix, a precoding matrix used by the precoding code block on which interference exists, an interference coefficient table of a filter bank, and a symbol that generates interference; and adding the interference offset to at least one of the symbols of the boundary between the precoding code blocks to obtain a to-be-sent symbol in the boundary between the at least two precoding code blocks, wherein each of the at least two precoding code blocks comprise multiple time-frequency resource elements to which a single precoding matrix is applied; wherein the method further comprises: performing precoding on the to-be-sent symbol to obtain a precoded symbol; and sending the precoded symbol. determining a precoding code block on which interference exists; calculating an interference offset corresponding to the symbols of the boundary between the at least two precoding code blocks according to an acquired channel matrix, a precoding matrix used by the precoding code block on which interference exists, an interference coefficient table of a filter bank, and a symbol that generates interference; and adding the interference offset to at least one of the symbols of the boundary between the precoding code blocks to obtain a to-be-sent symbol in the boundary between the at least two precoding code blocks, wherein each of the at least two precoding code blocks comprise multiple time-frequency resource elements to which a single precoding matrix is applied; wherein the method further comprises: performing precoding on the to-be-sent symbol to obtain a precoded symbol; and sending the precoded symbol. performing precoding on the to-be-sent symbol to obtain a precoded symbol; and sending the precoded symbol.
A projection screen , comprising: a first substrate panel and a second substrate panel , wherein each of the first substrate panel and the second substrate panel have at least a first seaming edge and a first mounting edge, further wherein the first seaming edge of the first substrate panel is joined together with the first seaming edge of the second substrate panel to form a seam ; a first mounting patch attached to at least the first substrate panel, wherein the first mounting patch has at least one strain relief element in the form of a notch or a slit , wherein the strain relief element spacing from any other strain relief element reduces strain when at least the first substrate panel is curved about an axis, wherein the strain relief element spacing is such that the first mounting patch distributes a mechanical load across at least the first substrate panel so that the strain lines in the first substrate panel are optically approximately at or around a just noticeable difference, further wherein the first mounting patch has a first edge that approximately aligns with at least the mounting edge of the first substrate panel. a first substrate panel and a second substrate panel , wherein each of the first substrate panel and the second substrate panel have at least a first seaming edge and a first mounting edge, further wherein the first seaming edge of the first substrate panel is joined together with the first seaming edge of the second substrate panel to form a seam ; a first mounting patch attached to at least the first substrate panel, wherein the first mounting patch has at least one strain relief element in the form of a notch or a slit , wherein the strain relief element spacing from any other strain relief element reduces strain when at least the first substrate panel is curved about an axis, wherein the strain relief element spacing is such that the first mounting patch distributes a mechanical load across at least the first substrate panel so that the strain lines in the first substrate panel are optically approximately at or around a just noticeable difference, further wherein the first mounting patch has a first edge that approximately aligns with at least the mounting edge of the first substrate panel.
Device (DC) for controlling the coupling/ decoupling of a first prime mover (MM1) non-thermal, via first coupling means (MC1), a first train (T1) of a vehicle (V) further comprising a second train (T2) and a second non-thermal drive machine (MM2) and suitable for being coupled to said second train (T2) via gear change means (BV) and intervening during gear changes of the latter (BV), characterized in that it comprises control means (MCT) arranged, in the event of a gear change decision requiring intervention by said second prime mover (MM2), to at least temporarily prevent a change in coupling state of said first coupling means (MC1) during said gear change when at least one predefined condition, relating to a type chosen from among a type of said change in coupling state and a type of said decided change in ratio, is fulfilled.
An antibody capture process for determining gut wall integrity in a subject, the process comprising (i) contacting a biological sample comprising antibodies from the subject with recombinant pIgR or a dIgA-binding variant of pIgR, wherein the pIgR or variant of pIgR binds dIgA and forms a pIgR-dIgA complex, and (ii) contacting the biological sample with a specific anti-SIgA binding agent or anti-SC binding agent/antibody wherein the anti-SIgA binding agent or anti-SC binding agent/antibody binds SIgA and forms an SIgA-binding agent/antibody complex, and (iii) measuring and comparing the level of the complex formed in (i) with the level of the complex formed in (ii), wherein the ratio of SIgA to dIgA is compared to a corresponding level or ratio from a control subject and provides a measure of gut integrity/leakage.
External part for a timepiece or piece of jewellery, this external part being made by means of a polymer matrix in which piezochromic molecules are dispersed which change from a first stable state to a second stable state while changing colour under the effect of applied pressure.
A virtual panel for an access control system for a building or campus, the virtual panel comprising: - a hardware emulator configured to emulate hardware of one or more physical control panels of the access control system and exchange data with an access control host of the access control system in a hardware-native format native to the hardware of the physical control panels ; - an extended controller configured to exchange data from the access control host that is configured to be communicated in a format different from the hardware-native format native to the hardware of the physical control panels ; and - a rules engine configured to perform one or more access control functions of the physical control panels comprising at least one of a badge authorization function or a badge verification function. - a hardware emulator configured to emulate hardware of one or more physical control panels of the access control system and exchange data with an access control host of the access control system in a hardware-native format native to the hardware of the physical control panels ; - an extended controller configured to exchange data from the access control host that is configured to be communicated in a format different from the hardware-native format native to the hardware of the physical control panels ; and - a rules engine configured to perform one or more access control functions of the physical control panels comprising at least one of a badge authorization function or a badge verification function.
An assembly formed by a fifth wheel receiving a semi-trailer kingpin and by at least one cowling part , wherein: - the fifth wheel is provided in order to equip a towing vehicle, having a V-shaped opening for said kingpin , and comprises a locking and unlocking system for the kingpin ; - the at least one cowling part is provided in order to be engaged and locked around said kingpin to serve as a connecting interface and immobilization means between the semi-trailer and a railway unit when said semi-trailer is transported on a railway unit; characterized in that : • the at least one cowling part is stored in the fifth wheel ; and in that • the fifth wheel comprises a system for placing the at least one cowling part around the kingpin . - the fifth wheel is provided in order to equip a towing vehicle, having a V-shaped opening for said kingpin , and comprises a locking and unlocking system for the kingpin ; - the at least one cowling part is provided in order to be engaged and locked around said kingpin to serve as a connecting interface and immobilization means between the semi-trailer and a railway unit when said semi-trailer is transported on a railway unit; characterized in that : • the at least one cowling part is stored in the fifth wheel ; and in that • the fifth wheel comprises a system for placing the at least one cowling part around the kingpin . • the at least one cowling part is stored in the fifth wheel ; and in that • the fifth wheel comprises a system for placing the at least one cowling part around the kingpin .
A power supply system comprising: a high voltage battery ; a first DCDC converter connected to the high voltage battery ; a low voltage lead battery configured to be charged from the high voltage battery via the first DCDC converter ; a low voltage lithium battery connected to a low voltage power supply circuit , the low voltage lead battery , and a load ; a second DCDC converter connected to the low voltage power supply circuit and disposed between the low voltage lead battery and the low voltage lithium battery ; a bypass circuit connected to the low voltage power supply circuit to bypass the second DCDC converter ; and a control device configured to watch the low voltage lithium battery and control on/off of a switch unit provided in the bypass circuit . a high voltage battery ; a first DCDC converter connected to the high voltage battery ; a low voltage lead battery configured to be charged from the high voltage battery via the first DCDC converter ; a low voltage lithium battery connected to a low voltage power supply circuit , the low voltage lead battery , and a load ; a second DCDC converter connected to the low voltage power supply circuit and disposed between the low voltage lead battery and the low voltage lithium battery ; a bypass circuit connected to the low voltage power supply circuit to bypass the second DCDC converter ; and a control device configured to watch the low voltage lithium battery and control on/off of a switch unit provided in the bypass circuit .
A method for wireless communication at a user equipment, UE, comprising: determining a channel measurement matrix based on the channel matrix and the noise covariance matrix for non-orthogonal channels of a carrier; reporting channel feedback for the non-orthogonal channels to a base station, wherein reporting said channel feedback comprises reporting a subset of components of the channel measurement matrix; receiving , in response to the reported channel feedback, a plurality of potential transmission strategies for downlink transmissions from the base station over the carrier; reporting channel quality for at least one transmission strategy of the plurality of potential transmission strategies; and receiving a downlink transmission over one or more of the non-orthogonal channels according to a transmission strategy selected from the at least one transmission strategy, wherein the plurality of potential transmission strategies being received by the UE represent strategies that correspond with a potential grouping of the UE with different sets of other UEs for transmission to the UEs on the non-orthogonal channels for the carrier. determining a channel measurement matrix based on the channel matrix and the noise covariance matrix for non-orthogonal channels of a carrier; reporting channel feedback for the non-orthogonal channels to a base station, wherein reporting said channel feedback comprises reporting a subset of components of the channel measurement matrix; receiving , in response to the reported channel feedback, a plurality of potential transmission strategies for downlink transmissions from the base station over the carrier; reporting channel quality for at least one transmission strategy of the plurality of potential transmission strategies; and receiving a downlink transmission over one or more of the non-orthogonal channels according to a transmission strategy selected from the at least one transmission strategy, wherein the plurality of potential transmission strategies being received by the UE represent strategies that correspond with a potential grouping of the UE with different sets of other UEs for transmission to the UEs on the non-orthogonal channels for the carrier.
A method for producing a rail , wherein when a cooling apparatus having a plurality of cooling headers, the cooling headers including head section cooling headers and foot section cooling headers , disposed side by side in the longitudinal direction of the rail cools the rail hot worked or cooled/reheated, the method characterised in that : the rail is conveyed at a conveyance distance L 0 (in meters) satisfying the equation (m - 0.20) x L h ≤ L 0 ≤ (m + 0.20) x L h , in one direction along with the longitudinal direction of the rail, in the cooling apparatus, wherein L 0 is defined as conveyance distance (in meters) of the rail, m is defined as natural number, and L h is defined as length (in meters) of cooling headers in longitudinal direction of the rail wherein the length of L h of cooling headers is 0.5m or more and 4m or less, wherein a length of the rail during cooling is in a range of 25m to 200m, wherein, in conveyance of the rail, the rail is conveyed with being oscillated in both directions of one direction and other direction along with the longitudinal direction of the rail, and the amplitude of the oscillation is set to the conveyance distance L 0 satisfying the equation (m - 0.20) x L h ≤ L 0 ≤ (m + 0.20) x L h .
Implantable pulse generator that is connected or can be connected to a stimulation lead having a plurality of stimulation electrodes for delivery of stimulation pulses said implantable pulse generator comprising at least one stimulation unit that is configured to generate electric stimulation pulses for nerve stimulation, said implantable pulse generator further comprising a control unit that is configured to trigger delivering of generated electric stimulation pulses via selected electrodes of the plurality of stimulation electrodes wherein said electric stimulation pulses form a train comprising: i) an initial selective-arrest phase for the large-diameter fibers in the vicinity of the selected electrodes; ii) followed by a phase where charge-balanced Alternating Current (AC) is applied between the same or other selected electrodes; iii) and where such AC is briefly unbalanced to effectively deliver nerve stimulation therapy pulses, returning to charge-balanced operation in between therapy pulses. i) an initial selective-arrest phase for the large-diameter fibers in the vicinity of the selected electrodes; ii) followed by a phase where charge-balanced Alternating Current (AC) is applied between the same or other selected electrodes; iii) and where such AC is briefly unbalanced to effectively deliver nerve stimulation therapy pulses, returning to charge-balanced operation in between therapy pulses.
A system for use with an implantable medical device , comprising: a wireless relay interface comprising: a housing adapted for external mounting proximate to an implanted medical device ; a first wireless interface including a wireless transceiver for transcutaneously transmitting at least one of power and data to the implanted medical device and transcutaneously receiving communications from the implanted medical device ; and a second wireless interface for communicating with a consumer electronics device , wherein the wireless transceiver of the first wireless interface is an RF wireless transceiver adapted for remote RF interconnection with the implantable medical device . a housing adapted for external mounting proximate to an implanted medical device ; a first wireless interface including a wireless transceiver for transcutaneously transmitting at least one of power and data to the implanted medical device and transcutaneously receiving communications from the implanted medical device ; and a second wireless interface for communicating with a consumer electronics device , wherein the wireless transceiver of the first wireless interface is an RF wireless transceiver adapted for remote RF interconnection with the implantable medical device .