mhurhangee/ep-ind-claims huggingface dataset:
A battery, comprising: a cathode comprising a lithium cobalt oxide material, a nickel manganese cobalt material, or a nickel cobalt transition metal oxide (NC-TM) material; an anode; and an electrolyte, comprising LiFSI, DME, and TTE (with the systematic chemical names of the abbreviations being specified in the description), wherein the molar ratio of the LiFSI to the DME ranges from 1:0.5 to 1:1.2 and wherein the LiFSI has a concentration in the electrolyte ranging from 0.2 M to 2 M. a cathode comprising a lithium cobalt oxide material, a nickel manganese cobalt material, or a nickel cobalt transition metal oxide (NC-TM) material; an anode; and an electrolyte, comprising LiFSI, DME, and TTE (with the systematic chemical names of the abbreviations being specified in the description), wherein the molar ratio of the LiFSI to the DME ranges from 1:0.5 to 1:1.2 and wherein the LiFSI has a concentration in the electrolyte ranging from 0.2 M to 2 M.
A composition for soft contact lenses selected from an ophthalmic solution, a solution for wearing contact lenses, a solution for removing contact lenses and a care agent for contact lenses, said composition comprising a basic chemical substance selected from amines containing a secondary amino group and/or a tertiary amino group and salts thereof, and at least one compound selected from the group consisting of a chondroitin sulfate, L-glutamic acid and salts thereof, said composition having a pH of 3.5 to 4.8, and Q of 5 to 18ml where Q is represented by the following equation: Q = QHCl + QNaOH wherein QHCl: an amount (ml) of 0.1 mol/l of HCl necessary for lowering 100 g of a composition to a pH of 3.5, and QNaOH: an amount (ml) of 0.1 mol/l of NaOH necessary for raising 100 g of a composition to a pH of 7.5. a basic chemical substance selected from amines containing a secondary amino group and/or a tertiary amino group and salts thereof, and at least one compound selected from the group consisting of a chondroitin sulfate, L-glutamic acid and salts thereof, said composition having a pH of 3.5 to 4.8, and Q of 5 to 18ml where Q is represented by the following equation: Q = QHCl + QNaOH wherein QHCl: an amount (ml) of 0.1 mol/l of HCl necessary for lowering 100 g of a composition to a pH of 3.5, and QNaOH: an amount (ml) of 0.1 mol/l of NaOH necessary for raising 100 g of a composition to a pH of 7.5.
A modular battery system for a material handling vehicle, the modular battery system comprising: a battery assembly including a battery base configured to support a power source, the battery base including a battery attachment interface; a counterweight assembly including a counterweight base with a counterweight attachment interface configured to slidably engage the battery attachment interface to selectively secure the battery assembly to the counterweight assembly; and a retention pin configured to be manually engaged with a first opening in the battery attachment interface and a second opening in the counterweight attachment interface to restrict movement of the battery assembly relative to the counterweight assembly. a battery assembly including a battery base configured to support a power source, the battery base including a battery attachment interface; a counterweight assembly including a counterweight base with a counterweight attachment interface configured to slidably engage the battery attachment interface to selectively secure the battery assembly to the counterweight assembly; and a retention pin configured to be manually engaged with a first opening in the battery attachment interface and a second opening in the counterweight attachment interface to restrict movement of the battery assembly relative to the counterweight assembly.
A half-wavelength hairpin resonator having a microstrip line structure, characterized in that it comprises: a first comb-like structure; a second comb-like structure; and a connection line connecting the first comb-like structure and the second comb-like structure to each other, wherein each of the first and second comb-like structures has a plurality of first lines that extend substantially parallel to each other and a second line connected to one end of each of the first lines, the first lines of the first comb-like structure and the first lines of the second comb-like structure are arranged so as to be substantially parallel to each other, the connection line has bending portions (22a-22f), and the connection line is connected to the second line of the first comb-like structure and the second line of the second comb-like structure. a first comb-like structure; a second comb-like structure; and a connection line connecting the first comb-like structure and the second comb-like structure to each other, wherein each of the first and second comb-like structures has a plurality of first lines that extend substantially parallel to each other and a second line connected to one end of each of the first lines, the first lines of the first comb-like structure and the first lines of the second comb-like structure are arranged so as to be substantially parallel to each other, the connection line has bending portions (22a-22f), and the connection line is connected to the second line of the first comb-like structure and the second line of the second comb-like structure.
Compressor system for supplying a commercial vehicle with compressed air, the system comprising a compressor, a clutch and a hydraulic pump, wherein the compressor system can be driven by the engine of the commercial vehicle via a drive train and wherein the compressor can be completely decoupled from the engine by the clutch, wherein the drive train comprises a gear drive via which the hydraulic pump can be driven and wherein the clutch is arranged between the gear drive and the compressor, characterised in that the gear drive provides different speeds for driving the compressor and the hydraulic pump at two separate power takeoffs.
A nuclear reactor latch assembly (219, 319) for attaching a latch housing to a support plate (326, 328), comprising: the latch housing; and a latch mechanism that includes a projection member, wherein the latch mechanism is adapted to provide a biasing force on the projection member, characterised in that the projection member is a spheroidal member and the latch assembly (219, 319) further comprises a biasing member that provides the biasing force on the spheroidal member; wherein the spheroidal member at least partially projects from a surface of the latch housing. the latch housing; and a latch mechanism that includes a projection member, wherein the latch mechanism is adapted to provide a biasing force on the projection member, characterised in that the projection member is a spheroidal member and the latch assembly (219, 319) further comprises a biasing member that provides the biasing force on the spheroidal member;
A plug-in unit assembly comprising a case and a plug-in unit arranged to be removably connected to the case, the plug-in unit having a plugged-in position and a detached position in relation to the case; the plug-in unit comprising a unit body, a handle and an actuating member, the handle being pivotally connected to the unit body for pivoting between a normal position and a mounting position in relation to the unit body, the actuating member being movably connected to the unit body for movement between a locking position and a releasing position in relation to the unit body, the handle being operationally connected to the actuating member such that pivoting the handle from the mounting position to the normal position moves the actuating member from the releasing position to the locking position and pivoting the handle from the normal position to the mounting position moves the actuating member from the locking position to the releasing position; wherein the case comprises a locking counterpart element and a releasing counterpart element, the actuating member comprises a locking surface arranged to co-operate with the locking counterpart element, and a releasing surface arranged to co-operate with the releasing counterpart element, the locking counterpart element being adapted to co-operate with the actuating member for moving the plug-in unit from an outer plugging position to the plugged-in position in response to movement of the actuating member from the releasing position to the locking position, the outer plugging position being located at a predetermined plugging distance from the plugged-in position towards the detached position, and the releasing counterpart element is adapted to co-operate with the actuating member for moving the plug-in unit from the plugged-in position to an outer releasing position in relation to the case in response to movement of the actuating member from the locking position to the releasing position, the outer releasing position being located at a predetermined release distance from the plugged-in position towards the detached position, characterized in that the actuating member is pivotally connected to the handle through an off-centre pivotal connection, the off-centre pivotal connection being located at a distance from a pivoting axis of the handle and allowing the actuating member to pivot in relation to the handle, and the off-centre pivotal connection comprises a pivotal shaft provided on one of the handle and the actuating member, the pivotal shaft having a free end; and a connecting aperture provided on the other of the handle and the actuating member, the connecting aperture being adapted to receive the free end of the pivotal shaft for achieving the off-centre pivotal connection.
A caching device, for an instruction cache, the instruction cache being respectively connected to an external instruction storage device and a plurality of processing cores of a multi-core processor, and the instruction cache being connected to the external instruction storage device via a bus, the caching device comprising a first queue, a second queue, a write port group, a read port, a first pop-up port, a second pop-up port and a press-in port, wherein the write port group is configured to write cache data into a set storage address in the first queue and/or the second queue; the read port is configured to read all cache data from the first queue and/or the second queue at one time; the press-in port is configured to press cache data into the first queue and/or the second queue; the first pop-up port is configured to pop up cache data from the first queue; and the second pop-up port is configured to pop up cache data from the second queue; wherein the first queue is used to store an instruction fetch missing identifier that has not been responded by the bus when the missing of the instruction fetch occurs, and the second queue is used to store an instruction fetch missing identifier that has been responded but not written back by the bus. the write port group is configured to write cache data into a set storage address in the first queue and/or the second queue; the read port is configured to read all cache data from the first queue and/or the second queue at one time; the press-in port is configured to press cache data into the first queue and/or the second queue; the first pop-up port is configured to pop up cache data from the first queue; and the second pop-up port is configured to pop up cache data from the second queue; wherein the first queue is used to store an instruction fetch missing identifier that has not been responded by the bus when the missing of the instruction fetch occurs, and the second queue is used to store an instruction fetch missing identifier that has been responded but not written back by the bus.
A solid-state imaging element comprising: a plurality of detection pixels each of which generates a voltage signal corresponding to a logarithmic value of a photocurrent; and a detection circuit that detects whether or not a change amount of the voltage signal of a detection pixel indicated by an input selection signal (SEL, SEL1, SEL2,..., SELM) among the plurality of detection pixels exceeds a predetermined threshold value, wherein the detection circuit includes: a selection unit that selects any of the voltage signal of each of the plurality of detection pixels according to the input selection signal (SEL, SEL1, SEL2,..., SELM); a differentiator that obtains and outputs a change amount of the selected voltage signal; and a comparison unit that compares the output change amount with the threshold value; and wherein the differentiator retains the change amount of each of the plurality of detection pixels, and outputs the change amount corresponding to the selected detection pixel to the comparison unit. a plurality of detection pixels each of which generates a voltage signal corresponding to a logarithmic value of a photocurrent; and a detection circuit that detects whether or not a change amount of the voltage signal of a detection pixel indicated by an input selection signal (SEL, SEL1, SEL2,..., SELM) among the plurality of detection pixels exceeds a predetermined threshold value, wherein the detection circuit includes: a selection unit that selects any of the voltage signal of each of the plurality of detection pixels according to the input selection signal (SEL, SEL1, SEL2,..., SELM); a differentiator that obtains and outputs a change amount of the selected voltage signal; and a comparison unit that compares the output change amount with the threshold value; and wherein the differentiator retains the change amount of each of the plurality of detection pixels, and outputs the change amount corresponding to the selected detection pixel to the comparison unit. a selection unit that selects any of the voltage signal of each of the plurality of detection pixels according to the input selection signal (SEL, SEL1, SEL2,..., SELM); a differentiator that obtains and outputs a change amount of the selected voltage signal; and a comparison unit that compares the output change amount with the threshold value; and wherein the differentiator retains the change amount of each of the plurality of detection pixels, and outputs the change amount corresponding to the selected detection pixel to the comparison unit.
A computer implemented method to increase the expression of a recombinant polypeptide in an in vitro or in vivo expression system, comprising making one or more synonymous substitutions in the protein-coding nucleic acid sequence by selecting a good codon for every amino acid according to a generalized linear multiparameter modeling of the influence of a comprehensive set of RNA sequence parameters on measurable experimental values correlated with protein expression level, wherein the comprehensive set of RNA sequence parameters includes (i) in-frame single codon frequencies, (ii) in-frame ATA-ATA dicodon frequency, (iii) linear, parabolic, and inverse-linear functions of nucleotide base composition codons 2-6, (iv) nucleotide base composition in the remainder of the protein-coding sequence, (v) the partition-function free-energy of RNA folding calculated by the program RNAstructure with default parameters for the first 48 nucleotides in the protein-coding sequence plus the 5'-UTR sequence if that sequence is consistent in the modeled dataset, (vi) the average value of the partition-function free-energy of RNA folding calculated by the program RNAstructure with default parameters for 50% overlapping windows of 96 nucleotides after nucleotide 48 in the protein-coding sequence, (vii) the length in nucleotides of the protein-coding sequence, (viii) the amino acid repetition rate, and (ix) the codon repetition rate.
Method for preparing a vaccine composition used in a treatment, administered locally, for an avian viral disease, comprising at least the step: a) extemporaneously mixing a vaccine comprising at least one live virus chosen from a virus belonging to one or more strains of said avian disease with an adjuvant diluent, characterised in that said adjuvant diluent is an oil-in-water microemulsion comprising, for 100% of the mass thereof: - 50% to 97% water, more particularly 70% to 97% water, and even more particularly 80% to 97% water; - 1% to 45% oily adjuvant, more particularly 1% to 30% oily adjuvant, and even more particularly 2% to 10% oily adjuvant; - 0.1% to 10% of at least one divalent inorganic salt, more particularly 0.1% to 8%, and even more particularly 0.2% to 3%; - 0.1% to 10% of at least one complexing agent, more particularly 0.1% to 8%, and even more particularly 0.2% to 3%; said at least one complexing agent is chosen from ethylenediaminetetraacetic acid, sodium gluconate, potassium gluconate and sodium polyacrylate. a) extemporaneously mixing a vaccine comprising at least one live virus chosen from a virus belonging to one or more strains of said avian disease with an adjuvant diluent, characterised in that said adjuvant diluent is an oil-in-water microemulsion comprising, for 100% of the mass thereof: - 50% to 97% water, more particularly 70% to 97% water, and even more particularly 80% to 97% water; - 1% to 45% oily adjuvant, more particularly 1% to 30% oily adjuvant, and even more particularly 2% to 10% oily adjuvant; - 0.1% to 10% of at least one divalent inorganic salt, more particularly 0.1% to 8%, and even more particularly 0.2% to 3%; - 0.1% to 10% of at least one complexing agent, more particularly 0.1% to 8%, and even more particularly 0.2% to 3%; - 50% to 97% water, more particularly 70% to 97% water, and even more particularly 80% to 97% water; - 1% to 45% oily adjuvant, more particularly 1% to 30% oily adjuvant, and even more particularly 2% to 10% oily adjuvant; - 0.1% to 10% of at least one divalent inorganic salt, more particularly 0.1% to 8%, and even more particularly 0.2% to 3%; - 0.1% to 10% of at least one complexing agent, more particularly 0.1% to 8%, and even more particularly 0.2% to 3%;
Guide vane for a turbine of a turbomachine, comprising a guide vane airfoil, an inner shroud and an outer shroud, the inner shroud and the outer shroud delimiting an annular space in the radial direction with respect to a longitudinal axis of the turbomachine, in which annular space working gas is conducted during operation, and the inside of the guide vane airfoil being traversed by a guide vane airfoil channel, which extends between an inlet on the radial inside and an outlet on the radial outside, characterized in that the inlet is arranged such that a gas flowing through the guide vane airfoil channel during operation is at least partially formed by the working gas conducted in the annular space, i.e. this gas is redistributed from radially inside to radially outside into a housing region. a guide vane airfoil, an inner shroud and an outer shroud, the inner shroud and the outer shroud delimiting an annular space in the radial direction with respect to a longitudinal axis of the turbomachine, in which annular space working gas is conducted during operation, and the inside of the guide vane airfoil being traversed by a guide vane airfoil channel, which extends between an inlet on the radial inside and an outlet on the radial outside, characterized in that the inlet is arranged such that a gas flowing through the guide vane airfoil channel during operation is at least partially formed by the working gas conducted in the annular space, i.e. this gas is redistributed from radially inside to radially outside into a housing region.
A computerized method for distinguishing between false positive read events and true positive read events of a file stored on a storage device, the computerized method comprising: in a read event to read a file comprising file segments wherein a volume of the segments that were read is represented by a number of bits of an integer that are set, (a) determining a size of the file and a user that reads the file upon receiving a read request; (b) clearing the bits of the integer upon receiving the read request; (c) determining an offset and a size of the data read from the file; (d) setting bits of the integer according to the size of the data read; (e) determining if the read event is true positive indicative of the user reading at least most of the file when the read volume represented by the number of set bits in the integer is above a threshold, otherwise the read event is false positive. (a) determining a size of the file and a user that reads the file upon receiving a read request; (b) clearing the bits of the integer upon receiving the read request; (c) determining an offset and a size of the data read from the file; (d) setting bits of the integer according to the size of the data read; (e) determining if the read event is true positive indicative of the user reading at least most of the file when the read volume represented by the number of set bits in the integer is above a threshold, otherwise the read event is false positive.
A method for transmitting data on a power line network, comprising: receiving a user phase identification from a receiver; generating at least one symbol stream to be transmitted on the power line network to the receiver; scaling the at least one symbol stream using a weight vector to generate a plurality of scaled symbol streams ( s 1, s 2, s 3), the weight vector comprising a plurality of weights ( u 1, u 2, u 3) corresponding to phases (31,32,33) of the power line network, the scaling optimizing the symbol stream for transmission over the user phase; and transmitting each of the scaled symbol streams ( s 1, s 2, s 3) on a corresponding phase (31,32,33) of the power line network. receiving a user phase identification from a receiver; generating at least one symbol stream to be transmitted on the power line network to the receiver; scaling the at least one symbol stream using a weight vector to generate a plurality of scaled symbol streams ( s 1, s 2, s 3), the weight vector comprising a plurality of weights ( u 1, u 2, u 3) corresponding to phases (31,32,33) of the power line network, the scaling optimizing the symbol stream for transmission over the user phase; and transmitting each of the scaled symbol streams ( s 1, s 2, s 3) on a corresponding phase (31,32,33) of the power line network.