mhurhangee/ep-ind-claims huggingface dataset:
Device for anchoring at least two prestress reinforcements (2, 2') for applying a hooping stress to a tubular structure to be stressed, which structure is at least partially cylindrical having an axis X, each of the reinforcements having: - a main binding portion which surrounds and bears against the surface of the structure to be stressed over N turns, N being a non-zero integer, - a first end arranged at the end of a first end portion in the extension of the main portion on one hand, and - a second end arranged at the end of a second end portion in the extension of the main portion on the other hand, the anchoring device comprising a spacer for anchoring comprising a main body and at least two pairs of anchoring openings for receiving and anchoring the two ends (21,22) of each reinforcement, the first end being anchored in a first anchoring attachment, and the second end being anchored in a second anchoring attachment, the spacer being arranged symmetrically on either side of a median plane of the spacer arranged perpendicular to the axis X, characterized in that the first end portion extends from a radial plane, parallel to the axis X, where the reinforcement is tangential to the surface of the structure, then extends away from the surface of the structure from said radial plane as far as the first anchoring attachment, and the second end portion extends, counter to the first end portion, from the radial plane where the reinforcement is tangential to the surface of the structure, then extends away from the surface of the structure from said radial plane as far as the second anchoring attachment. - a main binding portion which surrounds and bears against the surface of the structure to be stressed over N turns, N being a non-zero integer, - a first end arranged at the end of a first end portion in the extension of the main portion on one hand, and - a second end arranged at the end of a second end portion in the extension of the main portion on the other hand,
An apparatus comprising means for performing: measuring a cell quality of one or more cells; detecting synchronization signal blocks in the one or more cells; selecting a best cell based on the cell quality; determining that the synchronization signal blocks of the best cell do not meet a random access channel resource selection threshold; wherein the cell quality of each of one or more cells is measured based on averaging the quality of a plurality of the cell's best beams meeting a cell selection threshold; and selecting random access channel resources of the best cell that correspond to synchronization signal blocks of the best cell meeting the cell selection threshold. measuring a cell quality of one or more cells; detecting synchronization signal blocks in the one or more cells; selecting a best cell based on the cell quality; determining that the synchronization signal blocks of the best cell do not meet a random access channel resource selection threshold; wherein the cell quality of each of one or more cells is measured based on averaging the quality of a plurality of the cell's best beams meeting a cell selection threshold; and selecting random access channel resources of the best cell that correspond to synchronization signal blocks of the best cell meeting the cell selection threshold.
An olefin polymerization catalyst comprising metal complexes of Formula, Wherein M is a transition metal atom selected from titanium, zirconium, hafnium, vanadium, ytterbium and niobium; B is sulfonate (SO 3) or carboxylate (CO 2); When n = 0, D = N=CH- or when n = 1, D = N; X= Cl, Br, I, BF4, or OAc, R, R 2, R 3 and R4 are selected from the same or different, and are selected from a hydrogen atom, a halogen atom, a hydrocarbon group, a heterocyclic compound residue, an oxygen containing group, a nitrogen-containing group, a boron-containing group, a sulfur-containing group, a phosphorus-containing group, a silicon-containing group, a germanium-containing group or a tin-containing group, and two or more of them may be bonded to each other to form a ring, and R 1 is any aromatic compound, or mono, di, tri, tetra, penta substituted phenyl compound, one or more or all five substituents selected from F, Cl, Br, or I. M is a transition metal atom selected from titanium, zirconium, hafnium, vanadium, ytterbium and niobium; B is sulfonate (SO 3) or carboxylate (CO 2); When n = 0, D = N=CH- or when n = 1, D = N; X= Cl, Br, I, BF4, or OAc, R, R 2, R 3 and R4 are selected from the same or different, and are selected from a hydrogen atom, a halogen atom, a hydrocarbon group, a heterocyclic compound residue, an oxygen containing group, a nitrogen-containing group, a boron-containing group, a sulfur-containing group, a phosphorus-containing group, a silicon-containing group, a germanium-containing group or a tin-containing group, and two or more of them may be bonded to each other to form a ring, and R 1 is any aromatic compound, or mono, di, tri, tetra, penta substituted phenyl compound, one or more or all five substituents selected from F, Cl, Br, or I.
An ink composition for an aqueous ink ball point pen containing at least a microcapsule pigment which has an average particle diameter of 0.1 to 1.0 μm and in which a wall film is formed by an amino resin and a chemical substance which is a polymer comprising ketone as a main chain and has an acidic functional group in the chemical structure and which has an acid value of 3 to 40 (mgKOH/g).
A competitive immunoassay method of detecting or determining tilidine and nortilidine in an in vitro sample of an individual comprising; contacting the sample with one or more detecting agents and one or more antibodies, the detecting agent(s) competing with tilidine and nortilidine for binding to the antibodies; detecting or determining the quantity of the one or more detecting agents; and deducing from calibrators the presence of or amount of tilidine and nortilidine in the sample or solution, the one or more antibodies characterised by having been derived from an immunogen of formula I wherein n=0 or 1; when n=1 the crosslinker joins the nitrogen atom to the accm, the antigenicity conferring carrier material, and the crosslinker is -X-Y- in which X which is attached to the nitrogen atom is selected from a substituted or unsubstituted, straight or branched chain, saturated or unsaturated C 1 -C 6 alkylene moiety, and Y is selected from -C -, -NH-, maleimide, -N-C -, -N-C -, -S-, -S 2 -, and -S -.
Push-button switch assembly having means for indicating a switching state, comprising: - an actuation head for actuating the push-button switch assembly, having a disc-shaped upper part and a tubular lower part, - a sleeve-shaped push-button guide which is coupled to the actuation head such that, in relation to a longitudinal axis of the push-button switch assembly, the upper part is arranged above the push-button guide and the lower part surrounds the push-button guide, and - a light guide for guiding light, which is coupled to the actuation head such that, in relation to the longitudinal axis, at least portions of the light guide are arranged within the actuation head and within the push-button guide, characterized in that the light guide extends through the actuation head with a top end in a predetermined position, such that the push-button switch assembly can be illuminated in a predetermined manner by means of a light beam which, in relation to the longitudinal axis, can be coupled into the light guide at a bottom end opposite the top end, wherein the light guide is also designed in two parts and has a rod-shaped element which, in relation to the longitudinal axis, is connected to a funnel-shaped element, and a disc-shaped element which is coupled to the upper part of the actuation head and which, in interaction with the rod-shaped element and the funnel-shaped element, delimits a hollow space and forms a predetermined light guide function. - an actuation head for actuating the push-button switch assembly, having a disc-shaped upper part and a tubular lower part, - a sleeve-shaped push-button guide which is coupled to the actuation head such that, in relation to a longitudinal axis of the push-button switch assembly, the upper part is arranged above the push-button guide and the lower part surrounds the push-button guide, and - a light guide for guiding light, which is coupled to the actuation head such that, in relation to the longitudinal axis, at least portions of the light guide are arranged within the actuation head and within the push-button guide, characterized in that the light guide extends through the actuation head with a top end in a predetermined position, such that the push-button switch assembly can be illuminated in a predetermined manner by means of a light beam which, in relation to the longitudinal axis, can be coupled into the light guide at a bottom end opposite the top end, wherein the light guide is also designed in two parts and has a rod-shaped element which, in relation to the longitudinal axis, is connected to a funnel-shaped element, and a disc-shaped element which is coupled to the upper part of the actuation head and which, in interaction with the rod-shaped element and the funnel-shaped element, delimits a hollow space and forms a predetermined light guide function.
An elastomeric block copolymer comprising a molecular structure according to the general formula: A-I-B-I-A or (A-I-B) n -X, wherein each A is independently a polymer block of predominantly an aromatic vinyl compound, each I is a polymer block of predominantly isoprene, each B is predominantly a polymer block of butadiene, n is an integer equal to or greater than 2, and X is the residue of a coupling agent, wherein the phrase "predominantly" means that the polymer block may contain up to 5 wt% of a copolymerizable monomer, and wherein: (i) the weight ratio of I to B is in a range of 30:70 to 70:30; (ii) the aromatic vinyl compound content of the block copolymer is 14 to 45 wt%; (iii) each B block has a 1,2-vinyl bond content in the range of from 20 to 90 mol% for a polymer of formula and in the range of more than 30 to 90 mol% for a polymer of formula; (iv) each A block has an apparent molecular weight in the range of from 5,000 to 20,000, and the I and B blocks together have an apparent molecular weight in the range of from 50,000 to 200,000; and (v) the coupling efficiency of (A-I-B) n -X is at least 40%. (i) the weight ratio of I to B is in a range of 30:70 to 70:30; (ii) the aromatic vinyl compound content of the block copolymer is 14 to 45 wt%; (iii) each B block has a 1,2-vinyl bond content in the range of from 20 to 90 mol% for a polymer of formula and in the range of more than 30 to 90 mol% for a polymer of formula; (iv) each A block has an apparent molecular weight in the range of from 5,000 to 20,000, and the I and B blocks together have an apparent molecular weight in the range of from 50,000 to 200,000; and (v) the coupling efficiency of (A-I-B) n -X is at least 40%.
A sampling device for sampling and analysis of free flowing particulate material in a moving flow of said material, comprising a sample diversion device to divert part of the free flowing particulate material from the moving flow of free flowing particulate material to a measuring container having a volume X, and a measuring device arranged in connection to the measuring container to record a chosen sample parameter for the free flowing particulate material; wherein the sampling device further comprises a sample discharging device with a discharge channel and a calibration channel, said calibration channel having a volume X which equals the volume of the measuring container, wherein said sample discharging device is is configured to be slidably arranged to cooperate with an outlet opening of the measuring container, and wherein the sample discharging device is configured to be slidably arranged between: a closed position: wherein the outlet opening of the measuring container is closed; or a discharging position: wherein the discharging channel cooperates with the measuring container; or a calibration position: wherein the calibration channel cooperates with the measuring container. a closed position: wherein the outlet opening of the measuring container is closed; or a discharging position: wherein the discharging channel cooperates with the measuring container; or a calibration position: wherein the calibration channel cooperates with the measuring container.
Drum brake device for a motor vehicle, of the type generating a braking torque between a drum and a backing plate in rotational movement relative to each other, by energy absorption under the effect of friction between on the one hand, a braking surface forming a cylinder and borne by an inner surface of said drum, and on the other hand friction linings (123, 133) borne by first and second shoes (12, 13) arranged inside said cylinder and at least partially transmitting the braking torque between shoe and backing plate by at least one element called anchor forming a stop for said shoes with respect to the backing plate, said friction being capable of being obtained by moving at least one of said shoes (12, 13) apart outwards under the effect of a least one first actuator, thus providing a braking function in a first operating mode. said device being characterized in that it comprises an element called spacer element, which is mobile with respect to the plate, and which is arranged in order to hold the two ends of said shoes (12, 13) facing each other, called mobile ends (121, 131), apart from each other. and in that it also comprises positioning and fastening means provided to receive either, by fixing firmly to the plate: - one or more stop elements on which the ends of said shoes (12, 13) can simultaneously press, situated on the opposite side from the mobile ends, called stop ends (122, 132), during actuation of said device in the first operating mode, - or at least one second actuator fixed to the plate by a main housing, said second actuator being arranged in order to be able to move the stop ends (122, 123) apart from each other and thus press said shoes (12, 13) against the braking surface of the drum, thus making it possible by friction to transmit braking or holding torque between said drum and one of the shoes (12, 13), the mobile end (121, 131) of which presses on said spacer element, which presses on the mobile end (121, 131) of the other shoe (12, 13), which transmits said braking or holding torque to the backing plate by pressing on said housing by means of its stop end (122, 132), thus providing a braking function in a second operating mode. - one or more stop elements on which the ends of said shoes (12, 13) can simultaneously press, situated on the opposite side from the mobile ends, called stop ends (122, 132), during actuation of said device in the first operating mode, - or at least one second actuator fixed to the plate by a main housing, said second actuator being arranged in order to be able to move the stop ends (122, 123) apart from each other and thus press said shoes (12, 13) against the braking surface of the drum, thus making it possible by friction to transmit braking or holding torque between said drum and one of the shoes (12, 13), the mobile end (121, 131) of which presses on said spacer element, which presses on the mobile end (121, 131) of the other shoe (12, 13), which transmits said braking or holding torque to the backing plate by pressing on said housing by means of its stop end (122, 132), thus providing a braking function in a second operating mode.
An arrangement for fastening an augmented reality head-up display in an electric vehicle, comprising a module cross member, a support part fastened to the module cross member or connected thereto, two holders (4, 5) for the head-up display, which are fastened to the support part and to the module cross member and are aligned parallel to and at a distance from one another, which each have a free end part, which is directed towards a front bulkhead of a vehicle body and which is connected to the bulkhead, the holders (4, 5) extending in an X-direction, namely in the longitudinal direction of the vehicle, and having interfaces for connecting the head-up display, it being possible for a steering column of the electric vehicle to reach through the support part in the region of the holders (4, 5) fastened thereto, characterized in that each holder (4, 5) consists of a shaped part made of steel, which is formed from a flat steel sheet with a straight upper marginal edge (10, 11), which is directed forwards in the X-direction, and an angled lower marginal edge (12, 13), which is also directed forwards, the holders (4, 5) having folded edges (14, 15, 16, 17) directed away from each other in the Y-direction, transversely to the X-direction, on both longitudinally extending regions of the marginal edges (10, 11, 12, 13), which converge at the first ends (19, 20) attached to the support part in the manner of a U-shaped profile and have first perforations (21, 22) for fastening means for fastening to the support part, and converge at the second ends facing away from the module cross member and each have a plate-like connecting tab (23, 24) at the front, the connecting tabs (23, 24) forming the interface to the bulkhead, seats (25, 26, 27) for supporting and fastening the head-up display being formed in the region of the upper marginal edges (10, 11) or their folded edges (14, 15).
A delivery member shield remover assembly adapted to interact with a delivery member shield which is releasably attached to a movable medicament container; wherein the assembly comprises: - a housing (11; 11') which extends along a longitudinal axis and which has a proximal and a distal end; and - a delivery member shield remover (3; 3',3") having a free end and a fixed end (3b; 3b') and wherein said delivery member shield remover (3; 3',3") is resiliently connected to the housing (11; 11'), characterized in that the fixed end (3b; 3b') is connected to the housing (11; 11') and the free end of the delivery member shield remover (3; 3',3") is configured to be positioned in a gap defined between the medicament container and the delivery member shield such that a distal movement of the movable medicament container in relation to the housing (11; 11'), forces the free end of the delivery member shield remover (3; 3',3") to move in a distal direction until the delivery member shield remover (3; 3',3") reaches a bias threshold and forces the delivery member shield to detach from the movable medicament container. - a housing (11; 11') which extends along a longitudinal axis and which has a proximal and a distal end; and - a delivery member shield remover (3; 3',3") having a free end and a fixed end (3b; 3b') and wherein said delivery member shield remover (3; 3',3") is resiliently connected to the housing (11; 11'),
Method for obtaining a tanned product, characterized in that it comprises: - at least one step for arranging raw hide; - at least one pretanning step, in which said raw hide is worked so as to obtain a pretanned hide, said pretanning step comprising at least: • a calcination operation, executed in a drum, in order to depilate said raw hide; • a subsequent decalcination operation, executed in a drum, in order to remove at least lime residues from said depilated raw hide, and • a subsequent pickling operation, executed in a drum, in order to obtain said pretanned hide; - at least one tanning step, in which said pretanned hide is treated in a drum and said tanning step comprises: • a first tannin treatment, executed at a temperature comprised between 15 and 30°C, with at least one first tanning product comprising tannins; • a second tannin treatment, executed at a temperature comprised between 20 and 35°C, with at least one second tanning product, which comprises tannins deriving from olive mill wastewater, in order to obtain a tanned hide; - at least one retanning step, in which said tanned hide is treated by means of at least one first retanning product, comprising tannins; said retanning step being executed within 168 hours from the start of said pretanning step. - at least one step for arranging raw hide; - at least one pretanning step, in which said raw hide is worked so as to obtain a pretanned hide, said pretanning step comprising at least: • a calcination operation, executed in a drum, in order to depilate said raw hide; • a subsequent decalcination operation, executed in a drum, in order to remove at least lime residues from said depilated raw hide, and • a subsequent pickling operation, executed in a drum, in order to obtain said pretanned hide; • a calcination operation, executed in a drum, in order to depilate said raw hide; • a subsequent decalcination operation, executed in a drum, in order to remove at least lime residues from said depilated raw hide, and • a subsequent pickling operation, executed in a drum, in order to obtain said pretanned hide; - at least one tanning step, in which said pretanned hide is treated in a drum and said tanning step comprises: • a first tannin treatment, executed at a temperature comprised between 15 and 30°C, with at least one first tanning product comprising tannins; • a second tannin treatment, executed at a temperature comprised between 20 and 35°C, with at least one second tanning product, which comprises tannins deriving from olive mill wastewater, in order to obtain a tanned hide; • a first tannin treatment, executed at a temperature comprised between 15 and 30°C, with at least one first tanning product comprising tannins; • a second tannin treatment, executed at a temperature comprised between 20 and 35°C, with at least one second tanning product, which comprises tannins deriving from olive mill wastewater, in order to obtain a tanned hide; - at least one retanning step, in which said tanned hide is treated by means of at least one first retanning product, comprising tannins;
An image processing apparatus including: means configured to calculate color information from an input image; first generation means configured to generate a first multidimensional lookup table based on the color information, and means configured to obtain a luminance value of a specific object from the input image and update the obtained luminance value using the first multidimensional lookup table without updating a value in an area other than the specific object in the input image using the first multidimensional lookup table; characterized in that the image processing apparatus further comprises: second generation means configured to generate a second multidimensional lookup table based on the updated luminance value; control parameter generation means configured to generate a luminance image from the input image; and correction means configured to correct the input image using the first and second multidimensional lookup tables, wherein the correction means is arranged to control an amount of correction to correct the input image using the second lookup table based on the luminance image such that the smaller a luminance value of a pixel is in the luminance image, the larger an amount of correction is applied on a pixel in the input image corresponding to the pixel in the luminance image, and wherein the updated luminance value is an output from conversion of the obtained luminance value in accordance with the first multidimensional lookup table. means configured to calculate color information from an input image; first generation means configured to generate a first multidimensional lookup table based on the color information, and means configured to obtain a luminance value of a specific object from the input image and update the obtained luminance value using the first multidimensional lookup table without updating a value in an area other than the specific object in the input image using the first multidimensional lookup table; second generation means configured to generate a second multidimensional lookup table based on the updated luminance value; control parameter generation means configured to generate a luminance image from the input image; and correction means configured to correct the input image using the first and second multidimensional lookup tables,