mhurhangee/patent-ind-claim-en huggingface dataset:
Use of an aqueous preservative solution for preserving brown shrimp ( Crangon crangon ) which has not been subjected to ionizing radiation and which comprises less than 100 mg/kg shrimp of sorbic acid and salts thereof, and less than 100 mg/kg shrimp of benzoic acid and salts thereof, wherein the aqueous preservative solution comprises an acetate compound and a lactate compound, wherein the weight ratio between the acetate compound and the lactate compound is higher than 1:1, wherein the solution has a pH of 5.0 or less, and wherein the acetate compound is present in the solution in an amount of at least 1.5 wt.%.
Carbonic acid adduct (KA) comprising carbonic acid, at least one amine (AM) and optionally at least one salt (S), which adduct can be prepared using a method comprising the steps of a) providing a solution (A) which comprises at least one solvent and CO 2 dissolved in the at least one solvent, optionally b) dissolving a base (BA) which does not correspond to the amine (AM) in the solution (A) so as to obtain the solution (A1), c) dissolving the at least one amine (AM) in solution (A) or (A1) so as to obtain the solution (B), d) freezing the solution obtained after the completion of step c), e) storing the solution frozen in step d) at -100 to 0 °C for no longer than 4 days, wherein the content of CO 2 in the solution subjected to step d) is at least 6 g/l, preferably at least 10 g/l, more preferably at least 12 g/l, even more preferably at least 14 g/l and very particularly preferably at least 15 g/l, and the amine (AM) can also be used in the form of a salt. a) providing a solution (A) which comprises at least one solvent and CO 2 dissolved in the at least one solvent, optionally b) dissolving a base (BA) which does not correspond to the amine (AM) in the solution (A) so as to obtain the solution (A1), c) dissolving the at least one amine (AM) in solution (A) or (A1) so as to obtain the solution (B), d) freezing the solution obtained after the completion of step c), e) storing the solution frozen in step d) at -100 to 0 °C for no longer than 4 days,
Wind turbine hub for a rotor with at least one rotor blade, where the blades and pitch systems are bolted to the hub and the rotary part of this hub moves with the rotational shaft via the corresponding bearings , the wind turbine being formed by: - a hub central core composed by crossbeams connected between the front part and the rear part of a three-dimensional prism having triangular, square or hexagonal base, with crossed braces on all sides of the prism, and - at least two transition parts per blade that extend radially from the hub core to the blade and have a truncated pyramid shape which are formed by attached modules, each one constituting one of its faces with beams and internally crossing transverse braces, the hub core and the radial transition parts forming an assembly connected via shear through pins , characterized in that the central core internally houses a main shaft which turns together with the rest of the hub, connecting to a circular flange situated outside the triangular base , the rotation being achieved by the two sets of circular bearings established on the fixed part being formed by a hollow cylinder rigidly connected to a frame . - a hub central core composed by crossbeams connected between the front part and the rear part of a three-dimensional prism having triangular, square or hexagonal base, with crossed braces on all sides of the prism, and - at least two transition parts per blade that extend radially from the hub core to the blade and have a truncated pyramid shape which are formed by attached modules, each one constituting one of its faces with beams and internally crossing transverse braces, the hub core and the radial transition parts forming an assembly connected via shear through pins , characterized in that the central core internally houses a main shaft which turns together with the rest of the hub, connecting to a circular flange situated outside the triangular base , the rotation being achieved by the two sets of circular bearings established on the fixed part being formed by a hollow cylinder rigidly connected to a frame .
Composite successively comprising: - a transparent substrate , - a transparent layer having a thermoplastic polymer matrix of poly(methyl methacrylate), polystyrene, polycarbonate, poly(vinyl chloride), polyamide, polyethylene or polypropylene, alone or as mixtures or copolymers of several of them, a portion at least of the surface which is textured, with characteristic dimensions of the texturing forms of between 10 nm and 100 μm, and coated with a reflective layer which comprises a metal and/or an oxide having a high index and/or a paint, and which is covered with an opaque protective layer which consists of an organic and/or inorganic paint. - a transparent substrate , - a transparent layer having a thermoplastic polymer matrix of poly(methyl methacrylate), polystyrene, polycarbonate, poly(vinyl chloride), polyamide, polyethylene or polypropylene, alone or as mixtures or copolymers of several of them, a portion at least of the surface which is textured, with characteristic dimensions of the texturing forms of between 10 nm and 100 μm, and coated with a reflective layer which comprises a metal and/or an oxide having a high index and/or a paint, and which is covered with an opaque protective layer which consists of an organic and/or inorganic paint.
Apparatus for the automated feeding of parcels to a sorting conveyor , the apparatus comprising a platform for temporarily storing a pile of parcels arranged loosely, a first vision system designed to form a digital image of the pile of loose parcels which is static on the platform, a data processing unit which is configured, on the basis of the digital image, to identify a parcel to be individualized which has a gripping surface not covered by another parcel, and is capable of providing data indicating the spatial position, orientation in space and dimensions of this gripping surface, and a pneumatic gripping head of a robotic arm , which head is controlled on the basis of said data to pick up said parcel to be individualized by the gripping surface, characterized in that said apparatus comprises a parcel orientation device designed to turn a parcel 180° with respect to its orientation on the platform and a second vision system which is arranged on the robotic arm and is designed to form a digital image of the gripping surface of the parcel to be individualized on the platform, said data processing unit being configured, on the basis of this digital image, to control the robotic arm to deposit the parcel on the sorting conveyor in response to the identification of a piece of sorting information or to deposit the parcel on the orientation device in response to the lack of identification of a sorting indication, in that the second vision system is designed to produce a digital image of the gripping surface of the parcel turned by 180° on the orientation device, said data processing unit being configured, on the basis of this digital image, to control the robotic arm to deposit the parcel on the sorting conveyor in response to the identification of a piece of sorting information or to deposit the parcel in a reject container in response to the lack of identification of a piece of sorting information and in that the turning device comprises a reception support for parcels mounted so as to pivot 180°, and a discharge support for parcels facing the reception support, said reception support comprising a plurality of suction cups designed to hold the parcel against the reception support as it pivots 180°.
Telescopic fork leg comprising an outer and an inner tube (1 and 2 respectively), a damping system comprising an inner tube and an outer tube common with the inner tube of the leg, and comprising a piston disposed in a chamber, in a medium present therein, situated in the inner tube of the damping system, and an accumulator which pressurizes the medium, the main flow of the medium leading through the piston and/or the side of the piston, the piston is applied to or provided with a piston rod or piston rod parts which pass through the chamber and which, on both sides of the piston, have substantially equally large external dimensions and thereby prevent the creation of a displacement effect upon the motions of the piston in the chamber, characterized in that leak flow (27 and/or 28) leads between the top and bottom sides of the piston into a gap between the inner tube of the damping system and the common tube and via a one-way valve or valves , and in that the accumulator, with its medium-pressurizing chamber , is connected to the gap via a low-pressure point which determines the pressure of the damping system and maintains this pressure, preferably a positive pressure, on the low-pressure side of the piston.
An eyepiece system that is configured to form a magnified virtual image of an observation object, the eyepiece system having a horizontal angle of view of 40 degrees or more, the eyepiece system consisting of, in sequence from an object side to an observation side, a field-curvature collecting lens (L1), a first group (G1) having a negative refracting power, and a second group (G2) having a positive refracting power, the first group including a cemented lens, the cemented lens including a biconcave lens (L2) and a biconvex lens (L3), and the second group including two or three positive lenses, and the field-curvature collecting lens being a positive meniscus lens having two aspherical surfaces, such that a concave surface thereof is configured to face an image display device, wherein a proportion of an amount of change, in tangential field curvature, Δ and an amount of eccentricity, S mm, between the optical axis and an eye point satisfies : − 0.25 < Δ / S < 0 , and wherein a positive focal distance, F, of the overall system, a negative focal distance, F1, of the first group, and a positive focal distance, F2, of the second group satisfy , : − 5 < F 1 / F < − 1 0.5 < F 2 / F < 3 , characterized in that a maximum amount of eccentricity S, from an optical axis in a direction perpendicular to the optical axis, at a designed eye relief position, that makes valid at all image heights is 3 mm.
A catalyst system comprising a combination of from 40 to 85 weight percent (wt%) of zinc oxide (ZnO), from 10 to 55 wt% of a titanium(IV) compound that is titanium dioxide (TiO 2 ) or a titanium alkoxide, and from 1 to 15 wt% of a tin-organic ligand coordination complex (Sn Complex), wherein the sum of all wt% equals 100.00 wt%.
Apparatus for visualizing measurement information of a periodically moving anatomy , wherein the apparatus comprises a processor configured to: receive temporal measurement signals comprising temporal information on the movement of a distal portion of an interventional device and temporal information of the periodically moving anatomy ; ascertain whether the temporal information on the movement of the distal portion of the interventional device is periodic or aperiodic; gate the temporal information of the periodically moving anatomy when periodicity is ascertained; output the temporal information of the periodically moving anatomy as received when the temporal information on the movement of the distal portion of the interventional device is ascertained aperiodic, and output gated temporal information of the periodically moving anatomy when the temporal information on the movement of the distal portion of the interventional device is ascertained periodic. ascertain whether the temporal information on the movement of the distal portion of the interventional device is periodic or aperiodic; gate the temporal information of the periodically moving anatomy when periodicity is ascertained; output the temporal information of the periodically moving anatomy as received when the temporal information on the movement of the distal portion of the interventional device is ascertained aperiodic, and output gated temporal information of the periodically moving anatomy when the temporal information on the movement of the distal portion of the interventional device is ascertained periodic.
Safety device (1; 101; 201) for a motor vehicle, comprising • a latch holder (2; 102; 202), • a pawl (3; 103; 203) having a locking direction of rotation (11; 111; 211), • a catch (4; 104; 204) having an opening direction of rotation (7; 107; 207), a closing direction of rotation (8; 108; 208) and a main ratchet position, • a blocking element (61; 161; 261) having a blocking position and a release position, • a pawl spring (10; 110) which acts on the pawl (3; 103; 203) in the locking direction of rotation (11; 111; 211), • a blocking spring element (63; 163) which acts on the blocking element (61; 161; 261), wherein • the catch (4; 104; 204) is blocked in the closing direction of rotation (8; 108; 208) when the blocking element (61; 161; 261) is in the blocking position, • the catch (4; 104; 204) is released by the blocking element (61; 161; 261) in the closing direction of rotation (8; 108; 208) when the blocking element (61; 161; 261) is in the release position, and lowering of the latch holder (2; 102; 202) is made possible when the catch (4; 104; 204) is in the main ratchet position, • a movement of the blocking element (61; 161; 261) from the release position into the blocking position is controlled by means of the pawl (3; 103; 203), characterized in that • in the blocking position of the blocking element (61; 161; 261), the blocking spring element causes a delay in rotation of the blocking element (61; 161; 261) in the locking direction of rotation (11; 111; 211). • a latch holder (2; 102; 202), • a pawl (3; 103; 203) having a locking direction of rotation (11; 111; 211), • a catch (4; 104; 204) having an opening direction of rotation (7; 107; 207), a closing direction of rotation (8; 108; 208) and a main ratchet position, • a blocking element (61; 161; 261) having a blocking position and a release position, • a pawl spring (10; 110) which acts on the pawl (3; 103; 203) in the locking direction of rotation (11; 111; 211), • a blocking spring element (63; 163) which acts on the blocking element (61; 161; 261), • the catch (4; 104; 204) is blocked in the closing direction of rotation (8; 108; 208) when the blocking element (61; 161; 261) is in the blocking position, • the catch (4; 104; 204) is released by the blocking element (61; 161; 261) in the closing direction of rotation (8; 108; 208) when the blocking element (61; 161; 261) is in the release position, and lowering of the latch holder (2; 102; 202) is made possible when the catch (4; 104; 204) is in the main ratchet position, • a movement of the blocking element (61; 161; 261) from the release position into the blocking position is controlled by means of the pawl (3; 103; 203), • in the blocking position of the blocking element (61; 161; 261), the blocking spring element causes a delay in rotation of the blocking element (61; 161; 261) in the locking direction of rotation (11; 111; 211).
A computer-implemented method for training a three-dimensional estimator neural network comprising: obtaining, from an object recognition engine, data specifying first image features derived from an image of an object; providing the first image features to the three-dimensional estimator neural network; obtaining, from the three-dimensional estimator neural network, data specifying (i) an estimated three-dimensional shape and (ii) an estimated texture that are each based on the first image features; providing the data specifying (i) the estimated three-dimensional shape and (ii) the estimated texture to a three-dimensional rendering engine; obtaining, from the three-dimensional rendering engine, data specifying a plurality of three-dimensional views of the object that are each generated based on the data specifying (i) the estimated three-dimensional shape and (ii) the estimated texture; providing the data specifying each of the plurality of three-dimensional views to the object recognition engine; obtaining, from the object recognition engine and for each of the plurality of three-dimensional views specified by the data, data specifying second image features derived from the data specifying the three-dimensional view; computing, based at least on the data specifying the first image features and the data specifying the second image features, a first loss based on a first loss function; and training the three-dimensional estimator neural network based at least on the computed first loss. obtaining, from an object recognition engine, data specifying first image features derived from an image of an object; providing the first image features to the three-dimensional estimator neural network; obtaining, from the three-dimensional estimator neural network, data specifying (i) an estimated three-dimensional shape and (ii) an estimated texture that are each based on the first image features; providing the data specifying (i) the estimated three-dimensional shape and (ii) the estimated texture to a three-dimensional rendering engine; obtaining, from the three-dimensional rendering engine, data specifying a plurality of three-dimensional views of the object that are each generated based on the data specifying (i) the estimated three-dimensional shape and (ii) the estimated texture; providing the data specifying each of the plurality of three-dimensional views to the object recognition engine; obtaining, from the object recognition engine and for each of the plurality of three-dimensional views specified by the data, data specifying second image features derived from the data specifying the three-dimensional view; computing, based at least on the data specifying the first image features and the data specifying the second image features, a first loss based on a first loss function; and training the three-dimensional estimator neural network based at least on the computed first loss.
A tire testing device comprising:- a carriage configured to rotatably hold a test wheel (W) provided with a test tire (T) and being capable of travelling on a base in a travelling direction along a road surface in a state where the test wheel (W) is made to contact the road surface ; and a driving system configured to drive the carriage and the test wheel (W); wherein the driving system comprises:- a driving means configured to generate power to be used to drive the carriage and the test wheel (W); a first winding transmission mechanism comprising:- a pair of fixed pulleys that are arranged across an area through which the carriage travels in the travelling direction, wherein one of the fixed pulleys comprises a drive pulley coupled to an output shaft of the driving means ; a driven pulley held by the carriage and coupled to the test wheel (W); and a first winding intermediate node wound around the fixed pulleys to transmit the power generated by the driving means ; wherein the first winding intermediate node passes over the driven pulley at a first portion to be driven in a direction opposite to the travelling direction and is fixed to the carriage at a second portion to be driven in the travelling direction. a carriage configured to rotatably hold a test wheel (W) provided with a test tire (T) and being capable of travelling on a base in a travelling direction along a road surface in a state where the test wheel (W) is made to contact the road surface ; and a driving system configured to drive the carriage and the test wheel (W); wherein the driving system comprises:- a driving means configured to generate power to be used to drive the carriage and the test wheel (W); a first winding transmission mechanism comprising:- a pair of fixed pulleys that are arranged across an area through which the carriage travels in the travelling direction, wherein one of the fixed pulleys comprises a drive pulley coupled to an output shaft of the driving means ; a driven pulley held by the carriage and coupled to the test wheel (W); and a first winding intermediate node wound around the fixed pulleys to transmit the power generated by the driving means ; a driving means configured to generate power to be used to drive the carriage and the test wheel (W); a first winding transmission mechanism comprising:- a pair of fixed pulleys that are arranged across an area through which the carriage travels in the travelling direction, wherein one of the fixed pulleys comprises a drive pulley coupled to an output shaft of the driving means ; a driven pulley held by the carriage and coupled to the test wheel (W); and a first winding intermediate node wound around the fixed pulleys to transmit the power generated by the driving means ; wherein the first winding intermediate node passes over the driven pulley at a first portion to be driven in a direction opposite to the travelling direction and is fixed to the carriage at a second portion to be driven in the travelling direction.
A method for minimizing the required bandwidth for a cloud based unicast communication between a cloud and a vehicle which is connected to the cloud and operates within a road network , where the cloud comprises a cloud logic and the vehicle comprises a vehicle internal logic , the method comprising the steps of: determining a current position and a direction of the vehicle within the road network ; setting a reporting interval at which the vehicle is to report an update on its position to the cloud based on a most probable path of the vehicle and the complexity of this most probable path , where the most probable path of the vehicle is a set of possible paths a predetermined distance ahead of the vehicle that the vehicle is most probable to travel along given its current position with direction within the road network ; communicating the set interval to the vehicle internal logic ; reporting, by the vehicle , an update on its position to the cloud with the set reporting interval. determining a current position and a direction of the vehicle within the road network ; setting a reporting interval at which the vehicle is to report an update on its position to the cloud based on a most probable path of the vehicle and the complexity of this most probable path , where the most probable path of the vehicle is a set of possible paths a predetermined distance ahead of the vehicle that the vehicle is most probable to travel along given its current position with direction within the road network ; communicating the set interval to the vehicle internal logic ; reporting, by the vehicle , an update on its position to the cloud with the set reporting interval.