mhurhangee/ep-ind-claims huggingface dataset:
A catalyst system comprising an activated solid support material and having, on its surface, one or more catalytic transition metal complex, wherein the solid support material comprises a core@layered double hydroxide shell material having the formula I T p @{[M z+ (1-x) M' x y+ 2] a+ (X n-) a/n •bH 2 O•c(AMO-solvent)} q wherein T is a solid, porous, inorganic oxide-containing framework material, M z+ and M' y+ are independently selected charged metal cations; M z+ is a metal cation of charge z or a mixture of two or more metal cations each independently having the charge z; M' y+ is a metal cation of charge y or a mixture of two or more metal cations each independently having the charge y; z = 1 or 2; y = 3 or 4; 0 < x < 0.9; b is 0 to 10; c is 0.01 to 10; p > 0; q > 0; X n- is an anion; with n > 0; a = z(1-x) + xy-2; and AMO-solvent is an organic solvent which is completely miscible with water; wherein: T is a molecular sieve material selected from aluminium silicate, vanadium silicate, iron silicate, silicon-aluminium phosphate (SAPO) and aluminium phosphate (AIPO); the AMO-solvent is selected from acetone, methanol, ethanol or isopropanol; and the catalytic transition metal complex is at least one complex of a metal selected from zirconium, iron, chromium, cobalt, nickel, titanium and hafnium, the complex containing one or more aromatic or heteroaromatic ligands. wherein T is a solid, porous, inorganic oxide-containing framework material, M z+ and M' y+ are independently selected charged metal cations; M z+ is a metal cation of charge z or a mixture of two or more metal cations each independently having the charge z; M' y+ is a metal cation of charge y or a mixture of two or more metal cations each independently having the charge y; z = 1 or 2; y = 3 or 4; 0 < x < 0.9; b is 0 to 10; c is 0.01 to 10; p > 0; q > 0; X n- is an anion; with n > 0; a = z(1-x) + xy-2; and AMO-solvent is an organic solvent which is completely miscible with water; T is a molecular sieve material selected from aluminium silicate, vanadium silicate, iron silicate, silicon-aluminium phosphate (SAPO) and aluminium phosphate (AIPO); the AMO-solvent is selected from acetone, methanol, ethanol or isopropanol; and the catalytic transition metal complex is at least one complex of a metal selected from zirconium, iron, chromium, cobalt, nickel, titanium and hafnium, the complex containing one or more aromatic or heteroaromatic ligands.
A peptide-conjugated ascorbic acid derivative represented by the following formula I or a cosmetically acceptable salt thereof: wherein represents a peptide in which the same or different amino acid residues selected from among natural or non-natural amino acid residues are bonded by amide bonds; R 1 represents side chains of the amino acid residues; X is hydrogen or carbonyl (C=O); R 2 is null when X is hydrogen, or R 2 is palmityl, lauryl or stearyl when X is carbonyl; and n is an integer ranqinq from 2 to 5. represents a peptide in which the same or different amino acid residues selected from among natural or non-natural amino acid residues are bonded by amide bonds; R 1 represents side chains of the amino acid residues; X is hydrogen or carbonyl (C=O); R 2 is null when X is hydrogen, or R 2 is palmityl, lauryl or stearyl when X is carbonyl; and n is an integer ranqinq from 2 to 5.
A fuel dispensing unit for refueling a vehicle comprising a device for handling a hose, said device comprising a frame element, said frame element being hollow and including a guiding element, a hose guiding means arranged outside of said frame element and adapted to guide said hose, said hose guiding means being movable away from said frame element allowing said hose to be pulled from an idle position to an operating position, and an elastic element which is attached to a fixed point (P 1) in relation to said frame element at one end and to said hose guiding means at the other end, said elastic element being adapted to extend within said frame element and to be guided by said guiding element, wherein said frame element comprises a first and a second side part (17, 18) which extend in a substantially vertical direction, and a top part extending in a substantially horizontal direction and which connects said first and second side parts (17, 18) at an upper end (20, 28) of said first and second side parts (17, 18), respectively, characterized in that the first and second side part (17, 18) are constituted by columns provided on each side of the fuel dispensing unit, and that said frame element further includes a second guiding element, and said elastic element is adapted to extend from said fixed point (P 1), upwards vertically through said first side part to a first outer end of said top part, over said guiding element arranged at said first outer end of said top part, horizontally through said top part to a second outer end of said top part, over said second guiding element arranged at said second outer end of said top part, out of said frame element and to said hose guiding means.
A method of plant agriculture comprising: forming an elongated depression by removing a portion of the topsoil from a farm field, said depression being sized to provide a sufficient amount of the topsoil to construct a shaped crop bed for growing an agriculture crop to harvest, the depression being formed shallow and including sidewalls, moving said removed topsoil to a side position adjacent said depression, laying a piece of sheet material along the length of said depression with a remainder of said sheet material positioned on one side of said depression and a distal edge of said sheet material extending along an opposite side of said depression, thereby covering said depression, moving said removed topsoil from the side position adjacent said depression onto said sheet material with said distal edge of said sheet material still protruding from said depression, while said remainder of said sheet material extends adjacent said depression, positioning a drip tube along the length of said removed topsoil, forming said removed topsoil into a desired shape constructing the crop bed, positioning said remainder of said sheet material including a second distal edge across a top surface of said removed and shaped topsoil having the distal edges of said sheet material positioned in an overlapping position with respect to each other, said distal edges secured together to hold said sheet material together in a closed position.
A DC power supply system comprising first and second DC power distribution bus sections (30, 31) and a DC power switching assembly comprising a plurality of series connected power switching units and a current limiter; each power switching unit comprising a first power switching unit terminal and a second power switching unit terminal and two symmetrical power switching sub-units to control current flow between the first terminal and the second terminal; each sub-unit being electrically connected on one side to one of the first and second power switching unit terminals and on the other side to the other sub-unit; wherein the power switching sub-units each comprise a semiconductor device (Q 1, Q 2) and in parallel with the semiconductor device, a series connected diode (D1, D2) and capacitor (C1, C2) wherein a first terminal of the assembly is electrically coupled to the first bus section of the power distribution bus and the second terminal is electrically coupled to the second bus section of the power distribution bus; and wherein the voltage at one side of the power switching assembly is greater than or equal to 1kV.
An agent for dyeing and/or lightening hair, having a pH in the range of from 8.0 to 12.0, characterized in that it contains, in a cosmetically suitable carrier, a. from 0.01 to 15 wt.%, based on the total weight of the agent, of at least one alkalizing agent from the group of alkanolamines, basic amino acids or mixtures thereof and b. at least one compound of formula with where i. x and y represent, independently of one another, values between 1 and 100 and ii. z represents values between 1 and 100, where, if z ≥ 2, the respective values x and y in a structural element A may each be selected independently of preceding structural elements A and iii. R1 represents H 3 C-(CH 2) 15 - or H 3 C-(CH 2) 17 - and R2 represents H 3 C-(CH 2) 15 - or H 3 C-(CH 2) 17 -, and c. at least one developer-type and/or coupler-type oxidation dye precursor. a. from 0.01 to 15 wt.%, based on the total weight of the agent, of at least one alkalizing agent from the group of alkanolamines, basic amino acids or mixtures thereof and b. at least one compound of formula with where i. x and y represent, independently of one another, values between 1 and 100 and ii. z represents values between 1 and 100, where, if z ≥ 2, the respective values x and y in a structural element A may each be selected independently of preceding structural elements A and iii. R1 represents H 3 C-(CH 2) 15 - or H 3 C-(CH 2) 17 - and R2 represents H 3 C-(CH 2) 15 - or H 3 C-(CH 2) 17 -, and i. x and y represent, independently of one another, values between 1 and 100 and ii. z represents values between 1 and 100, where, if z ≥ 2, the respective values x and y in a structural element A may each be selected independently of preceding structural elements A and iii. R1 represents H 3 C-(CH 2) 15 - or H 3 C-(CH 2) 17 - and R2 represents H 3 C-(CH 2) 15 - or H 3 C-(CH 2) 17 -, and c. at least one developer-type and/or coupler-type oxidation dye precursor.
A chemotherapeutic agent for use in a chemotherapeutic regimen for treating a breast cancer or pancreatic cancer in a mammal, wherein the chemotherapeutic agent is to be administered to the mammal if the cancer SPARC microenvironment signature satisfies the criteria of a predefined SMS, wherein the SMS is determined upon a. preparing a plurality of histologic sections of the cancer for immunohistology; b. immunostaining one or more of the histologic sections of the cancer with a first anti-SPARC antibody, wherein the first anti-SPARC antibody preferentially stains SPARC in cancer cells; c. immunostaining one or more of the histologic sections of the cancer with a second anti-SPARC antibody, wherein the second anti-SPARC antibody preferentially stains SPARC in fibroblasts; d. determining the staining of cancer cells, fibroblasts, inflammatory cells, acellular stroma/matrix, blood vessels, nerve tissue, and normal anatomy within the cancer, or any combinations thereof, with the first anti-SPARC antibody and the staining of cancer cells, fibroblasts, inflammatory cells, acellular stroma/matrix, blood vessels, nerve tissue, and normal anatomy within the cancer, or any combinations thereof, with the second antibody, thereby determining a SPARC microenvironment signature, and wherein the chemotherapeutic agent is nab-paclitaxel. a. preparing a plurality of histologic sections of the cancer for immunohistology; b. immunostaining one or more of the histologic sections of the cancer with a first anti-SPARC antibody, wherein the first anti-SPARC antibody preferentially stains SPARC in cancer cells; c. immunostaining one or more of the histologic sections of the cancer with a second anti-SPARC antibody, wherein the second anti-SPARC antibody preferentially stains SPARC in fibroblasts; d. determining the staining of cancer cells, fibroblasts, inflammatory cells, acellular stroma/matrix, blood vessels, nerve tissue, and normal anatomy within the cancer, or any combinations thereof, with the first anti-SPARC antibody and the staining of cancer cells, fibroblasts, inflammatory cells, acellular stroma/matrix, blood vessels, nerve tissue, and normal anatomy within the cancer, or any combinations thereof, with the second antibody, thereby determining a SPARC microenvironment signature,
Coil with a wound electric conductor, whose ends (17, 20) form the both terminals of the coil, wherein wound sections (15, 16) of the electric conductor are twisted together and the twisted sections are formed of at least two electric conductors (15, 16), which were electrically connected together, wherein opposite ends (18, 19) of the both electric conductors (15, 16) are electrically connected together in such a way that they form a center tapping, characterized in that the wound, twisted together conductor path sections of both of the electric conductors (15, 16) are equally long and/or their alternating current resistances are equal and/or their inductances are equal.
An apparatus for generating a vector of digital signal samples, the apparatus comprising: a symbol-to-symbol mapping circuit for mapping received data symbols to a discrete signal of complex data symbols, a digital signal processor, DSP, the DSP being configured for: receiving (52, 102, 82) the discrete signal of complex data symbols, calculate frequency responses (A 1,...A M) corresponding to tones (f,...f), through an M-point DFT, and outputting a vector [A 1,...A M] of length M, expanding (56, 106, 86) the vector [A 1,...A M] to a new vector of length N, by inserting zero-value symbols corresponding to tones other than tones allocated to a transmitter, performing (58, 108, 88) an N-point inverse discrete Fourier transform operation on the new vector after zero insertion to obtain the vector of digital signal samples, pre-pending a cyclic prefix to the vector of the digital signal samples. a symbol-to-symbol mapping circuit for mapping received data symbols to a discrete signal of complex data symbols, a digital signal processor, DSP, the DSP being configured for: receiving (52, 102, 82) the discrete signal of complex data symbols, calculate frequency responses (A 1,...A M) corresponding to tones (f,...f), through an M-point DFT, and outputting a vector [A 1,...A M] of length M, expanding (56, 106, 86) the vector [A 1,...A M] to a new vector of length N, by inserting zero-value symbols corresponding to tones other than tones allocated to a transmitter, performing (58, 108, 88) an N-point inverse discrete Fourier transform operation on the new vector after zero insertion to obtain the vector of digital signal samples, pre-pending a cyclic prefix to the vector of the digital signal samples. receiving (52, 102, 82) the discrete signal of complex data symbols, calculate frequency responses (A 1,...A M) corresponding to tones (f,...f), through an M-point DFT, and outputting a vector [A 1,...A M] of length M, expanding (56, 106, 86) the vector [A 1,...A M] to a new vector of length N, by inserting zero-value symbols corresponding to tones other than tones allocated to a transmitter, performing (58, 108, 88) an N-point inverse discrete Fourier transform operation on the new vector after zero insertion to obtain the vector of digital signal samples, pre-pending a cyclic prefix to the vector of the digital signal samples.
Preparations comprising a triazine which is active against parasitic protozoans and has a particle size d ≤ 15 μm and an anthelmintic cyclodepsipeptide in an oil base.
A method for tone mapping a high dynamic range input image having a maximum of input luminance I max into a lower high dynamic range output image having a lower maximum of output luminance I o max, the method comprising obtaining a luminance component of the input image; determining a hdr to lower-hdr tone mapper curve; determining said output image by applying the hdr to lower-hdr tone mapper curve to the luminance component of the input image; wherein the hdr to lower-hdr tone mapper curve comprises a first linear part for dark and mid-tone levels and a second non-linear part for highlights, characterized in that the first linear part has a slope s that is a monotonically non-increasing function of a ratio between the mean μ and standard deviation υ of the number of pixels of said input image over bins of a region of a luminance histogram of the obtained luminance values of the input image, such that said slope s will be lower than or equal to 1 but higher than or equal to the ratio s l of the maximum of output luminance I o max and the maximum of input luminance I max, wherein said region of the luminance histogram is defined as being delineated between a lower bound ζ l and an upper bound ζ u positioned in the luminance range of the input image, wherein the lower bound ζ l is proportional to the ratio s l.
A method of preventing drift of an agricultural implement, the agricultural implement having a toolbar, the toolbar having a right side and a left side with respect to a centerline of the toolbar, a plurality of right side tools operatively supported on the right side and a plurality of left side tools operatively supported on the left side, at least one variably adjustable downforce actuator on the right side applying a downforce to the plurality of right side tools, at least one variably adjustable downforce actuator on the left side applying a downforce to the plurality of left side tools, the method comprising: determining a right side total force value based on measured downforces applied on the plurality of right side tools; determining a left side total force value based on measured downforces applied on the plurality of left side tools; comparing the right side total force value and the left side total force value to determine a total force difference; and if the total force difference exceeds a preselected threshold, adjusting at least one of the right and left side total force to balance the right side total force value and the left side total force value. determining a right side total force value based on measured downforces applied on the plurality of right side tools; determining a left side total force value based on measured downforces applied on the plurality of left side tools; comparing the right side total force value and the left side total force value to determine a total force difference; and if the total force difference exceeds a preselected threshold, adjusting at least one of the right and left side total force to balance the right side total force value and the left side total force value.
A printed circuit board arrangement comprising at least one printed circuit board, a carrier and a contacting circuit board, the printed circuit board comprising a top side and a bottom side and at least two electrically conductive layers (112, 114, 116, 212, 214, 312, 314, 212i, 214i, 212j, 214j) for transmitting electrical current and at least one electrically insulating layer (102, 104, 106, 108, 202, 204, 302, 304, 202i, 204i, 202j, 204j) comprising electrically insulating material, wherein the electrically conductive layers (112, 114, 116, 212, 214, 312, 314, 212i, 214i, 212j, 214j) and the electrically insulating layer (102, 104, 106, 108, 202, 204, 302, 304, 202i, 204i, 202j, 204j) are arranged in an alternating assembly such that the two electrically conductive layers (112, 114, 116, 212, 214, 312, 314, 212i, 214i, 212j, 214j) are electrically insulated with respect to each other by means of the electrically insulating layer (102, 104, 106, 108, 202, 204, 302, 304, 202i, 204i, 202j, 204j), wherein each of the electrically conductive layers (112, 114, 116, 212, 214, 312, 314, 212i, 214i, 212j, 214j) is adapted to be coupled to a bond wire (460a, 460b) independently from the other electrically conductive layer (112, 114, 116, 212, 214, 312, 314, 212i, 214i, 212j, 214j) at a side surface of the printed circuit board, said side surface being inclined with respect to the top side of the printed circuit board, wherein the printed circuit board is coupled to a first side of the carrier and the contacting circuit board is coupled to a second side of the carrier being inclined to the first side of the carrier, wherein at least one electrically conductive layer (112, 114, 212i, 214i) of the printed circuit board is coupled to a bond wire (460a, 460b) at the side surface of the printed circuit board, and wherein the bond wire (460a, 460b) provides a connection to an electrically conductive trace (212j, 214j, 454a, 454b) of the contacting circuit board for exchanging electrical current between the printed circuit board and the contacting circuit board.
A measurement device for evaluating an electronic device that causes sound to be heard via vibration transmission by pressing a vibrating body against a human ear, the measurement device comprising: an ear model modeled after a human ear, the ear model including an auricle and a tragus; and an artificial external ear canal formed in the ear model; and a plurality of vibration pickups (57a, 57b) characterized in that the plurality of vibration pickups (57a, 57b) is disposed at a periphery of the artificial external ear canal, wherein one of the plurality of vibration pickups (57a, 57b) is disposed at a position corresponding to the tragus of the ear model, and another vibration pickup (57a, 57b) is disposed at a position corresponding to the opposite side, with the artificial external ear canal therebetween. an ear model modeled after a human ear, the ear model including an auricle and a tragus; and an artificial external ear canal formed in the ear model; and a plurality of vibration pickups (57a, 57b) characterized in that the plurality of vibration pickups (57a, 57b) is disposed at a periphery of the artificial external ear canal, wherein one of the plurality of vibration pickups (57a, 57b) is disposed at a position corresponding to the tragus of the ear model, and another vibration pickup (57a, 57b) is disposed at a position corresponding to the opposite side, with the artificial external ear canal therebetween.
An automatic tilting vehicle which includes a pair of laterally spaced front wheels (12L, 12R), at least one steerable rear wheel, a vehicle tilting device, and a control unit; the pair of front wheels are rotatably supported by corresponding knuckles (16L, 16R); the vehicle tilting device includes a swing member swinging about a swing axis extending in the longitudinal direction of the vehicle, a tilt actuator for swinging the swing member about the swing axis, and a pair of tie rods (40L, 40R) that are pivotally attached to the swing member at upper end pivotal attachment portions (42L, 42R) on both lateral sides of the swing axis and pivotally attached to corresponding knuckles at lower end pivotal attachment portions (44L, 44R); the tilt actuator is connected to a vehicle body via a suspension spring; the control unit is configured to calculate a target tilt angle (θt) of the vehicle for tilting the vehicle to the inner side of a turn and to control the tilt actuator so that a tilt angle (θ) of the vehicle conforms to the target tilt angle, characterized in that the control unit is configured to calculate a target lateral acceleration (Gyt) of the vehicle based on an amount of steering operation (St) of a driver and a vehicle speed, to calculate gyro moments (Mjff) at least of the pair of front wheels based on wheel speeds and a yaw rate of the vehicle, to estimate a lateral acceleration (Gj) of the vehicle caused by the gyro moments, and to calculate a target tilt angle (θt) of the vehicle based on a sum of the target lateral acceleration and the lateral acceleration caused by the gyro moments.