mhurhangee/ep-ind-claims huggingface dataset:
A square baler having a baling chamber with four side walls, a support frame surrounding the walls of the baling chamber, at least one knotter mounted on the outer side of the upper wall of the baling chamber adjacent a crossbeam of the support frame, and a fan disposed on the opposite side of the knotter from the crossbeam to blow away crop material from the vicinity of the knotter, characterised in that at least part of the side of the crossbeam facing the knotter is inclined at an angle of more than ninety degrees to the upper wall of the baling chamber in order to permit a smooth flow of air from the fan past the knotter.
A power management method using a power storage device which is connected to a feeder to feed power to a train, is configured to be charged with a regenerative power generated from the train, and is connected to a distribution system to supply power to a station facility, and is configured to discharge power to the distribution system, the power management method comprising: acquiring charge amount estimation information necessary for charge amount estimation of the power storage device; estimating a charge amount of the power storage device based on the charge amount estimation information; calculating a discharge amount from the estimated charge amount and a remaining amount of the power storage device; and discharging the discharge amount from the power storage device to the distribution system. acquiring charge amount estimation information necessary for charge amount estimation of the power storage device; estimating a charge amount of the power storage device based on the charge amount estimation information; calculating a discharge amount from the estimated charge amount and a remaining amount of the power storage device; and discharging the discharge amount from the power storage device to the distribution system.
A method for controlling an autonomous vehicle device to repeatedly follow a same predetermined trajectory, the method comprising: a) receiving a target trajectory signal (d) indicative of the predetermined trajectory; b) generating a control signal (u) adapted to steer the autonomous vehicle device along the predetermined trajectory; and, for at least one of a number of iterations: c) steering the autonomous vehicle device along the predetermined trajectory by feeding the control signal (u) to the autonomous vehicle device; d) measuring an actual trajectory followed by the autonomous vehicle device in response to being steered according to the control signal (u); e) recording an actual trajectory signal (y) indicative of the measured actual trajectory; f) using an iterative learning control device to determine an altered control signal (uu) based on at least the control signal (u), the actual trajectory signal (y) and the target trajectory signal (d), wherein the iterative learning control device comprises a control model adapted to generate a predicted trajectory signal from a control signal, characterised in that step f) comprises: f1) altering the control model based on the control signal and the actual trajectory signal; and f2) altering the control signal based on the altered control model, wherein step f1) comprises altering the control model so as to reduce a deviation between the actual trajectory signal (y) and the predicted trajectory signal generated by the control model from the control signal (u), wherein step f2) comprises altering the control signal (u) so as to reduce a deviation between the predicted trajectory signal, generated by the altered control model from the altered control signal (uu), and the target trajectory signal (d). a) receiving a target trajectory signal (d) indicative of the predetermined trajectory; b) generating a control signal (u) adapted to steer the autonomous vehicle device along the predetermined trajectory; and, for at least one of a number of iterations: c) steering the autonomous vehicle device along the predetermined trajectory by feeding the control signal (u) to the autonomous vehicle device; d) measuring an actual trajectory followed by the autonomous vehicle device in response to being steered according to the control signal (u); e) recording an actual trajectory signal (y) indicative of the measured actual trajectory; f) using an iterative learning control device to determine an altered control signal (uu) based on at least the control signal (u), the actual trajectory signal (y) and the target trajectory signal (d), f1) altering the control model based on the control signal and the actual trajectory signal; and f2) altering the control signal based on the altered control model,
An intraocular lens insertion apparatus which inserts a deformable intraocular lens into an eyeball from an incision opening formed in an eyeball tissue, the intraocular lens insertion apparatus comprising: an apparatus body which is formed in a substantially tubular shape and includes an insertion tube formed in a leading end thereof so as to be inserted into the incision opening; an accommodation portion which is formed integrally with or separately from the apparatus body and accommodates the intraocular lens therein so as to dispose the intraocular lens inside the apparatus body, and has a stage cover portion which is able to be opened and closed; and a plunger which presses the intraocular lens accommodated in the accommodation portion by a leading end thereof so as to discharge the intraocular lens from the insertion tube into the eyeball, characterised in that a bottom surface of the accommodation portion is provided with two bank-like rails which are provided in parallel in the pressing direction of the plunger, and the surface of the stage cover portion facing the bottom surface when the stage cover portion is closed, is provided with two guide protrusions so as to overlap with the two rails at least partly in the pressing direction, wherein the plunger is supported by use of the two rails and the two guide protrusions inside the apparatus body. an apparatus body which is formed in a substantially tubular shape and includes an insertion tube formed in a leading end thereof so as to be inserted into the incision opening; an accommodation portion which is formed integrally with or separately from the apparatus body and accommodates the intraocular lens therein so as to dispose the intraocular lens inside the apparatus body, and has a stage cover portion which is able to be opened and closed; and a plunger which presses the intraocular lens accommodated in the accommodation portion by a leading end thereof so as to discharge the intraocular lens from the insertion tube into the eyeball, characterised in that a bottom surface of the accommodation portion is provided with two bank-like rails which are provided in parallel in the pressing direction of the plunger, and the surface of the stage cover portion facing the bottom surface when the stage cover portion is closed, is provided with two guide protrusions so as to overlap with the two rails at least partly in the pressing direction, wherein the plunger is supported by use of the two rails and the two guide protrusions inside the apparatus body.
A method for determining the presence or concentration of target cells in a sample, comprising: mixing a sample to be tested for the presence or concentration of target cells with a pre-determined amount of micro-particles, wherein the target cells are capable of fluorescent emission at a first detection wavelength upon excitation at a first excitation wavelength, and wherein the microparticles are capable of fluorescent emission at a second detection wavelength upon excitation at a second excitation wavelength; loading the sample into a sample chamber of a fluorescent imaging system; directing a light beam at the sample, wherein the light beam comprises the second excitation wavelength; acquiring a fluorescent image of the sample at the second detection wavelength; calibrating the fluorescent imaging system with the fluorescent image acquired at the second detection wavelength, wherein calibrating the fluorescent imaging system comprises focusing the fluorescent imaging on the micro-particles as references; directing a second light beam at the sample, wherein the second light beam comprises the first excitation wavelength; acquiring a fluorescent image of the sample at the first detection wavelength; and determining the presence or concentration of the target cells in the sample, comprising comparing the fluorescent image of the sample obtained at the second detection wavelength and the fluorescent image of the sample obtained at the first detection wavelength. mixing a sample to be tested for the presence or concentration of target cells with a pre-determined amount of micro-particles, wherein the target cells are capable of fluorescent emission at a first detection wavelength upon excitation at a first excitation wavelength, and wherein the microparticles are capable of fluorescent emission at a second detection wavelength upon excitation at a second excitation wavelength; loading the sample into a sample chamber of a fluorescent imaging system; directing a light beam at the sample, wherein the light beam comprises the second excitation wavelength; acquiring a fluorescent image of the sample at the second detection wavelength; calibrating the fluorescent imaging system with the fluorescent image acquired at the second detection wavelength, wherein calibrating the fluorescent imaging system comprises focusing the fluorescent imaging on the micro-particles as references; directing a second light beam at the sample, wherein the second light beam comprises the first excitation wavelength; acquiring a fluorescent image of the sample at the first detection wavelength; and determining the presence or concentration of the target cells in the sample, comprising comparing the fluorescent image of the sample obtained at the second detection wavelength and the fluorescent image of the sample obtained at the first detection wavelength.
Measuring system for a physical variable, comprising - a housing, - a measuring tube, comprising - at least one tubular deformation body, the cross section of which is deformed in an at least partially defined manner and so as to differ from a circular cross section and which widens elastically under pressure, - two feed sections which are each fitted to end sections of the deformation body and each have a circular cross section at their outer edge sections, - two sealing sections for sealingly coupling a measuring system to a process, wherein the sealing sections are integrally formed on the outer edge sections of the feed sections, and - two integrally formed supporting sections which support a housing, - a measuring sensor assembly which measures values of extension and/or expansion at least at two points on a section of the deformation body, and - an evaluation unit which electronically evaluates measured values of extension and/or expansion and outputs them as measurement signals, - wherein the housing at least partially surrounds the outside of the measuring tube in its direction of extent and stabilizes the measuring tube, characterized in that the housing sealingly encloses the measuring tube and is provided with a vacuum or with a negative pressure with respect to the external atmosphere. - a housing, - a measuring tube, comprising - at least one tubular deformation body, the cross section of which is deformed in an at least partially defined manner and so as to differ from a circular cross section and which widens elastically under pressure, - two feed sections which are each fitted to end sections of the deformation body and each have a circular cross section at their outer edge sections, - two sealing sections for sealingly coupling a measuring system to a process, wherein the sealing sections are integrally formed on the outer edge sections of the feed sections, and - two integrally formed supporting sections which support a housing, - at least one tubular deformation body, the cross section of which is deformed in an at least partially defined manner and so as to differ from a circular cross section and which widens elastically under pressure, - two feed sections which are each fitted to end sections of the deformation body and each have a circular cross section at their outer edge sections, - two sealing sections for sealingly coupling a measuring system to a process, wherein the sealing sections are integrally formed on the outer edge sections of the feed sections, and - two integrally formed supporting sections which support a housing, - a measuring sensor assembly which measures values of extension and/or expansion at least at two points on a section of the deformation body, and - an evaluation unit which electronically evaluates measured values of extension and/or expansion and outputs them as measurement signals, - wherein the housing at least partially surrounds the outside of the measuring tube in its direction of extent and stabilizes the measuring tube,
A modular storage and order picking device, comprising: - a storage unit having a plurality of through-flow channels for receiving a plurality of storage containers in each through-flow channel for storing articles, wherein said through-flow channels are arranged one above the other transversely to the longitudinal direction of said storage unit and in a manner inclined relative to the horizontal, - an order picking unit arranged on one or both end faces of said storage unit and having one or more dispensing spaces for removing articles and one or more target spaces for collating articles relating to an order or partial order, - a conveyor unit for conveying storage containers between said storage unit and said order picking unit, wherein said conveyor unit has conveyor means extending on both sides along the longitudinal axis of the storage unit; - wherein said storage unit is formed as a self-supporting frame structure, on which said order picking unit and said conveyor unit are mounted so as to be functionally connected to one another by means of mechanical and electrical plug-in connections that can be disconnected and reconnected. - a storage unit having a plurality of through-flow channels for receiving a plurality of storage containers in each through-flow channel for storing articles, wherein said through-flow channels are arranged one above the other transversely to the longitudinal direction of said storage unit and in a manner inclined relative to the horizontal, - an order picking unit arranged on one or both end faces of said storage unit and having one or more dispensing spaces for removing articles and one or more target spaces for collating articles relating to an order or partial order, - a conveyor unit for conveying storage containers between said storage unit and said order picking unit, wherein said conveyor unit has conveyor means extending on both sides along the longitudinal axis of the storage unit; - wherein said storage unit is formed as a self-supporting frame structure, on which said order picking unit and said conveyor unit are mounted so as to be functionally connected to one another by means of mechanical and electrical plug-in connections that can be disconnected and reconnected.
A sensor for an imaging detector, the sensor detecting ionizing radiation such as X-rays, or electrons, the sensor comprising: a germanium substrate having opposed first and second major surfaces; an upper layer on the first major surface; and a lower layer on the second major surface; a doped upper ohmic contact region in the upper layer; a doped lower ohmic contact region in the lower layer; a conductive electrode on the doped upper ohmic contact region in contact with the doped upper ohmic contact region; and a plurality of contact electrodes connected to the doped lower ohmic contact region, the plurality of electrical contact electrodes being arranged in a two-dimensional array to define a respective plurality of pixels, characterized in that the upper and lower layers are silicon layers, graded SiGe buffer layers are arranged between the germanium substrate and the upper and lower silicon layers, and the germanium substrate, upper silicon layer, and lower silicon layer are unpatterned. a germanium substrate having opposed first and second major surfaces; an upper layer on the first major surface; and a lower layer on the second major surface; a doped upper ohmic contact region in the upper layer; a doped lower ohmic contact region in the lower layer; a conductive electrode on the doped upper ohmic contact region in contact with the doped upper ohmic contact region; and a plurality of contact electrodes connected to the doped lower ohmic contact region, the plurality of electrical contact electrodes being arranged in a two-dimensional array to define a respective plurality of pixels,
Method for preparing extruded material for processing to form sealings and/or edge protection strips on vehicle bodies, wherein the extruded material to be prepared, which is composed substantially of elastomeric material, has a cover strip which in terms of the length thereof extends in the longitudinal direction of the extruded material and which protects an adhesive layer and is composed of segments (5, 6) which are connected to one another at abutment ends (7, 8), characterized in that the cover strip is released from the adhesive layer and is re-connected to the adhesive layer.
A data integrity protection method, performed by a terminal device or an on-chip system for the terminal device, comprising: sending (S 1 0 1) a first message to an access network device, wherein the first message carries a non-access stratum, NAS, message, wherein the NAS message carries a session setup request message, and the session setup request message includes an identifier of a protocol data unit, PDU, session to be established; receiving a second message from the access network device, wherein the second message comprises the identifier of the PDU session, and an identifier of a data radio bearer, DRB, corresponding to the PDU session; and performing integrity protection on data of the DRB by using an integrity protection algorithm corresponding to the PDU session and a key corresponding to the PDU session, wherein an object for the integrity protection is user plane data, and wherein the second message comprises the following information: the integrity protection algorithm and the key, or the integrity protection algorithm and the key are configured in advance. sending (S 1 0 1) a first message to an access network device, wherein the first message carries a non-access stratum, NAS, message, wherein the NAS message carries a session setup request message, and the session setup request message includes an identifier of a protocol data unit, PDU, session to be established; receiving a second message from the access network device, wherein the second message comprises the identifier of the PDU session, and an identifier of a data radio bearer, DRB, corresponding to the PDU session; and performing integrity protection on data of the DRB by using an integrity protection algorithm corresponding to the PDU session and a key corresponding to the PDU session, wherein an object for the integrity protection is user plane data, and wherein the second message comprises the following information: the integrity protection algorithm and the key, or the integrity protection algorithm and the key are configured in advance.
Use of a Fischer-Tropsch derived gas oil in a diesel fuel composition, for the purpose of reducing subsequent combustion related deposits in a diesel engine into which the fuel composition is introduced and/or of removing previously incurred combustion related deposits from the engine.
A method of making a tablet for hot extraction of espresso beverages, comprising the steps of: a) grinding one or more brewable products to obtain a powder having a substantially uniform particle size; b) dosing a predetermined amount of said ground product powder; c) moistening the powdered product dose; d) homogenizing the moistened dose to a substantially uniform residual moisture; e) forming the moistened powder mixture dose by compression to form a tablet having a desired shape; f) supplying an amount of energy to said tablet to obtain a substantially compact and integral item; wherein said step f) of supplying energy is carried out remotely by irradiating g) the tablet with an electromagnetic wave beam to obtain overheating and partial baking and/or sinterization of the powdered product particles as well as to impart a relatively compact and self-supporting structure to the finished tablet without any outer wrapping enclosure. a) grinding one or more brewable products to obtain a powder having a substantially uniform particle size; b) dosing a predetermined amount of said ground product powder; c) moistening the powdered product dose; d) homogenizing the moistened dose to a substantially uniform residual moisture; e) forming the moistened powder mixture dose by compression to form a tablet having a desired shape; f) supplying an amount of energy to said tablet to obtain a substantially compact and integral item;
A compound of formula having the structure: wherein: A is selected from the group consisting of pyridine, 2-pyridone, furan, and pyrazole, substituted on the ring carbon atoms with 0 to 2 groups independently selected from CH 3, CH 3 O, CF 3, F, Cl, and CN; and substituted on the nitrogen atom in 2-pyridone and pyrazole with H or C 1 to C 4 alkyl; B is selected from the group consisting of and R 1 is H or optionally substituted C 1 to C 6 alkyl; and R 2 is optionally substituted straight or branched C 1 to C 6 alkyl; or a pharmaceutically acceptable salt thereof. A is selected from the group consisting of pyridine, 2-pyridone, furan, and pyrazole, substituted on the ring carbon atoms with 0 to 2 groups independently selected from CH 3, CH 3 O, CF 3, F, Cl, and CN; and substituted on the nitrogen atom in 2-pyridone and pyrazole with H or C 1 to C 4 alkyl; B is selected from the group consisting of and R 1 is H or optionally substituted C 1 to C 6 alkyl; and R 2 is optionally substituted straight or branched C 1 to C 6 alkyl;
A composition for intramammary administration, the composition including a therapeutically effective amount of at least one active agent, and a base configured to provide a controlled release of the at least one active ingredient, the base including, an amount of hydrophobic colloidal silica; at least one oil; and at least one surfactant, wherein the active agent is an antibiotic; wherein the viscosity of the composition is below 1000 mPas at a shear rate of 100 1/s and at a temperature of 20°C, and wherein the hydrophobic colloidal silica and the active agent are dispersed in the oil.
A drive arrangement for a mobile robot comprising a drive housing adapted to be mounted on a chassis of a mobile robot and including a drive motor operatively connected to a drive shaft extending from the drive housing along a drive axis, a linkage member rotatably mounted to the drive housing about a pivot axis, a first wheel carried by the drive shaft, a second wheel carried by the linkage member, and means for transmitting drive from the first wheel to the second wheel, characterised in that throughout the range of rotational movement of the linkage member, a bottom of the first wheel is adapted to be raised above a bottom of the second wheel.