mhurhangee/ep-ind-claims huggingface dataset:
An excavator comprising: a lower traveling body; an upper turning body mounted on the lower traveling body; an attachment (4, 5, 6) attached to the upper turning body; an attitude detecting device configured to detect an attitude of the attachment (4, 5, 6) including a bucket; characterized by a control device configured to control a toe angle (α) of a toe of the bucket with respect to an excavation ground, based on the attitude of the attachment (4, 5, 6) detected by the attitude detecting device, information relating to a present shape of the excavation ground, and an operation content of an operation device relating to the attachment (4, 5, 6). a lower traveling body; an upper turning body mounted on the lower traveling body; an attachment (4, 5, 6) attached to the upper turning body; an attitude detecting device configured to detect an attitude of the attachment (4, 5, 6) including a bucket; characterized by a control device configured to control a toe angle (α) of a toe of the bucket with respect to an excavation ground, based on the attitude of the attachment (4, 5, 6) detected by the attitude detecting device, information relating to a present shape of the excavation ground, and an operation content of an operation device relating to the attachment (4, 5, 6).
An abnormality detection apparatus for at least two rail vehicles (A, B), comprising: a vibration data acquisition unit which acquires vibration data of the rail vehicles (A, B); an operation data acquisition unit which acquires operation data of the rail vehicles (A, B); and a data analysis unit which distinguishes whether each of the rail vehicles (A, B) traveling on a same track is placed in normal or abnormal condition, based on the vibration data and the operation data, and extracts vibration data of the rail vehicles (A, B) in association with a normal or abnormal condition, characterised in that the apparatus further comprises: a comparison processing unit which compares the vibration data of a rail vehicle placed in normal condition and the vibration data of a rail vehicle placed in abnormal condition and calculates a result of comparison; and a diagnosis unit which decides on a cause of abnormality of vibration in the rail vehicle distinguished as being placed in abnormal condition, based on the result of comparison. a vibration data acquisition unit which acquires vibration data of the rail vehicles (A, B); an operation data acquisition unit which acquires operation data of the rail vehicles (A, B); and a data analysis unit which distinguishes whether each of the rail vehicles (A, B) traveling on a same track is placed in normal or abnormal condition, based on the vibration data and the operation data, and extracts vibration data of the rail vehicles (A, B) in association with a normal or abnormal condition, characterised in that the apparatus further comprises: a comparison processing unit which compares the vibration data of a rail vehicle placed in normal condition and the vibration data of a rail vehicle placed in abnormal condition and calculates a result of comparison; and a diagnosis unit which decides on a cause of abnormality of vibration in the rail vehicle distinguished as being placed in abnormal condition, based on the result of comparison. a comparison processing unit which compares the vibration data of a rail vehicle placed in normal condition and the vibration data of a rail vehicle placed in abnormal condition and calculates a result of comparison; and a diagnosis unit which decides on a cause of abnormality of vibration in the rail vehicle distinguished as being placed in abnormal condition, based on the result of comparison.
Moulding element of a mould for moulding and vulcanizing a tyre tread, this moulding element comprising a main lamella and two ribs positioned on either side of the main lamella at a certain distance from this main lamella, the ribs being intended to mould grooves in the tread, the ribs comprising rounded ends, the main lamella comprising a cutting edge, the cutting edge making an acute angle, the ribs being curved in their length with a curvature C and the main lamella being curved with the same curvature C, wherein the moulding element comprises a plurality of secondary lamellas, each of these secondary lamellas comprising a cutting edge, the secondary lamellas extending globally perpendicularly to the main lamella.
A method for measuring the Polarization Dependent Loss of a Device Under Test within a spectral range, comprising: generating an input test lightwave which State Of Polarization, as represented by a point on the surface of the Poincaré sphere, varies according to a continuous trajectory while being spectrally scanned over the spectral range and launching the input test lightwave into the DUT; measuring the power transmission through the DUT, curve T(v), during a spectral scan of the input test lightwave from power values of the test lightwave measured at the input and the output of the DUT; calculating a Discrete Fourier Transform of the power transmission curve T(v), wherein the DFT shows at least two sidebands; extracting said sidebands and computing an inverse DFT of each said sidebands to obtain complex transmissions computing the response vector lm(v)〉 of the DUT from said complex transmissions and a matrix determined by the continuous trajectory of the SOP of the input test lightwave by solving the linear system of equations defined by wherein is constructed from said complex transmissions deriving the spectrally-varying PDL of the DUT from said response vector |m(v)〉. generating an input test lightwave which State Of Polarization, as represented by a point on the surface of the Poincaré sphere, varies according to a continuous trajectory while being spectrally scanned over the spectral range and launching the input test lightwave into the DUT; measuring the power transmission through the DUT, curve T(v), during a spectral scan of the input test lightwave from power values of the test lightwave measured at the input and the output of the DUT; calculating a Discrete Fourier Transform of the power transmission curve T(v), wherein the DFT shows at least two sidebands; extracting said sidebands and computing an inverse DFT of each said sidebands to obtain complex transmissions computing the response vector lm(v)〉 of the DUT from said complex transmissions and a matrix determined by the continuous trajectory of the SOP of the input test lightwave by solving the linear system of equations defined by wherein is constructed from said complex transmissions deriving the spectrally-varying PDL of the DUT from said response vector |m(v)〉.
Device for recovering boil-off gas coming from a cryogenic tank comprising: - a compression unit having several compression stages, the said unit comprising a supply of gas from the cryogenic tank and an outlet for gas at an engine supply pressure, - a reliquefication system having an outlet for liquid towards the cryogenic tank, - an exchanger positioned between the cryogenic tank and the compression unit for cooling gas before it enters the liquefaction system and thereby warming the boil-off gas coming from the tank before it enters the compression unit, - means for warming the boil-off gas coming from the cryogenic tank using gas compressed within the compression unit to a pressure below or equal to the engine supply pressure, and - means for supplying the reliquefication system with gas compressed within the compression unit to a pressure below or equal to the engine supply pressure, potentially cooled by the boil-off gas supplying the compression unit, the compression unit comprising an inlet, a first outlet at the engine supply pressure and a second outlet at an intermediate pressure, and characterized in that the second outlet is connected, on the one hand, to the exchanger and, on the other hand, to a three-way valve, the said three-way valve having an inlet connected directly to the second outlet, an inlet supplied with gas coming from the second outlet after it has passed through the exchanger and an outlet to the reliquification system. - a compression unit having several compression stages, the said unit comprising a supply of gas from the cryogenic tank and an outlet for gas at an engine supply pressure, - a reliquefication system having an outlet for liquid towards the cryogenic tank, - an exchanger positioned between the cryogenic tank and the compression unit for cooling gas before it enters the liquefaction system and thereby warming the boil-off gas coming from the tank before it enters the compression unit, - means for warming the boil-off gas coming from the cryogenic tank using gas compressed within the compression unit to a pressure below or equal to the engine supply pressure, and - means for supplying the reliquefication system with gas compressed within the compression unit to a pressure below or equal to the engine supply pressure, potentially cooled by the boil-off gas supplying the compression unit,
A method for press-hardening blanks of thermoformable steel, comprising the following method steps: a) a bare, non-coated blank is transported through a heating zone and is heated continuously or also discontinuously at least partially to at least austenitization temperature, b) during heating to austenitization temperature, oxygen access and scale formation is avoided, c) the blank thus heated is cooled down to a temperature below the austenitization temperature, but above the martensite start temperature by way of an intermediate cooling step, d) the blank is then introduced into a thermoforming tool, formed in the tool, and press-hardened at least in some areas, e) the formed blank is removed from the tool and placed down somewhere else, characterized by that f) the intermediate cooling step is performed under avoidance of oxygen access and under avoidance of scale formation, and g) the blank is introduced into the forming tool within a few seconds after the intermediate cooling step and before further cooling down to the martensite start temperature. a) a bare, non-coated blank is transported through a heating zone and is heated continuously or also discontinuously at least partially to at least austenitization temperature, b) during heating to austenitization temperature, oxygen access and scale formation is avoided, c) the blank thus heated is cooled down to a temperature below the austenitization temperature, but above the martensite start temperature by way of an intermediate cooling step, d) the blank is then introduced into a thermoforming tool, formed in the tool, and press-hardened at least in some areas, e) the formed blank is removed from the tool and placed down somewhere else, characterized by that f) the intermediate cooling step is performed under avoidance of oxygen access and under avoidance of scale formation, and g) the blank is introduced into the forming tool within a few seconds after the intermediate cooling step and before further cooling down to the martensite start temperature.
A textile which is capable of being stuck to a transparent surface and which makes it possible to look out of a room with a lower light intensity into a room with a higher light intensity but which prevents looking out of a room with a higher light intensity inside into a room with a lower light intensity, the textile comprising threads (11, 12) formed of thread material and openings therebetween, wherein a moisture blocking material is applied at least between the thread material and an adhesive on one side of the threads (11, 12), for preventing the threads (11, 12) from loosening from the adhesive in damp environments, the moisture blocking material and the adhesive being applied such that the openings in the textile are preserved.
A method of altering the emulsification properties of an oleosin, said method including recombinantly producing the oleosin with between three and twenty oleosin repeat units, wherein an oleosin repeat unit is an amino acid sequence encoding functionally active plant oleosin, wherein said functionally active plant oleosin is capable of stopping oil bodies coalescing during seed and pollen dehiscence.
Use of a housing device, which comprises an enveloping body delimiting an interior, and comprises a mounting support, in which use the enveloping body is or will be installed in a ground outside a building, wherein the mounting support is or will be arranged on the enveloping body, and wherein a fastening body is fastened to the mounting support on an upper side of the mounting support by screwing in a screw, wherein a hole, in which the screwed-in screw is arranged, is first inserted into the mounting support on site, characterized in that the mounting support is provided from a mounting support material which is a hard plastic, and the mounting support has a thickness of at least 2 cm and at most 20 cm at least in a mounting area, wherein the mounting area horizontally has an area of at least 40 cm 2 and at most 1 m 2. which comprises an enveloping body delimiting an interior, and comprises a mounting support, in which use the enveloping body is or will be installed in a ground outside a building, wherein the mounting support is or will be arranged on the enveloping body, and wherein a fastening body is fastened to the mounting support on an upper side of the mounting support by screwing in a screw, wherein a hole, in which the screwed-in screw is arranged, is first inserted into the mounting support on site, characterized in that the mounting support is provided from a mounting support material which is a hard plastic, and the mounting support has a thickness of at least 2 cm and at most 20 cm at least in a mounting area, wherein the mounting area horizontally has an area of at least 40 cm 2 and at most 1 m 2.
A nutritional supplement, comprising: a fruit component including a juice of an oligoproanthocyanidin-containing fruit, the juice comprising an oligoproanthocyanidin; a transfer factor component including at least transfer factor, and lactoferrin. a fruit component including a juice of an oligoproanthocyanidin-containing fruit, the juice comprising an oligoproanthocyanidin; a transfer factor component including at least transfer factor, and lactoferrin.
Retracting device for retracting a hose, the device comprising: - a frame; - a container provided with first guide rails that extend over the full length of the upper longitudinal edges of an open top container; - a retraction drive, connected to the frame via guides that are provided on the frame for displacing the retraction drive on to the frame in transverse direction of the container, for retracting the hose; - a first coupling configured to couple the frame to the container, and a displacement drive configured to displace the frame relative to the container such that the retracted hose can be placed in the container; and - a hose guide configured to guide the hose for retraction to the retraction drive, wherein the hose guide is displaceable in operative connection to the frame, characterized in that the frame is further provided with a lifting system comprising a scissor-type mechanism placed on a housing adjacent to a lateral side of the container the scissor-type mechanism being provided with second guide rails, the scissor-type mechanism being configured to move the frame between a transport position and a retracting position, wherein in the transport position the frame is positioned in a lowest position on the housing, wherein in the retracting position the frame is coupled to the container, wherein a second coupling is configured to couple second guide rails with the first guide rails when the frame is in the retracting position such that the frame can be displaced over the second guide rails and first guide rails by the displacement drive. - a frame; - a container provided with first guide rails that extend over the full length of the upper longitudinal edges of an open top container; - a retraction drive, connected to the frame via guides that are provided on the frame for displacing the retraction drive on to the frame in transverse direction of the container, for retracting the hose; - a first coupling configured to couple the frame to the container, and a displacement drive configured to displace the frame relative to the container such that the retracted hose can be placed in the container; and - a hose guide configured to guide the hose for retraction to the retraction drive, wherein the hose guide is displaceable in operative connection to the frame, characterized in that the frame is further provided with a lifting system comprising a scissor-type mechanism placed on a housing adjacent to a lateral side of the container the scissor-type mechanism being provided with second guide rails, the scissor-type mechanism being configured to move the frame between a transport position and a retracting position, wherein in the transport position the frame is positioned in a lowest position on the housing, wherein in the retracting position the frame is coupled to the container, wherein a second coupling is configured to couple second guide rails with the first guide rails when the frame is in the retracting position such that the frame can be displaced over the second guide rails and first guide rails by the displacement drive.
A method for replicating file system objects from a source file system to a target file system in a data storage computer system, wherein, if a clone object sharing blocks with a read-only snapshot-file object has been created in the source file system, the method comprises: - replicating the snapshot-file object from the source file system to the target file system, and creating a clone object sharing blocks with the replicated snapshot-file object in the target file system; and - replicating, if the clone object has been modified in the source file system and is associated with at least one diverged block other than the blocks shared with the snapshot-file object in the source file system, the at least one diverged block associated with the clone object from the source file system to the target file system; characterized in that replicating the at least one diverged block associated with the clone object from the source file system to the target file system comprises: - detecting at least one block of the clone object in the source file system which has changed since creation of the clone object in the source file system based on comparing checkpoint numbers which are associated with blocks of the clone object in the source file system with a cloned-in-checkpoint number of the clone object in the source file system; - transferring, from the source file system to the target file system, blocks having a checkpoint number higher than or equal to the cloned-in-checkpoint number of the clone object in the source file system; and - updating the clone object in the target file system based on blocks received from the source file system. - replicating the snapshot-file object from the source file system to the target file system, and creating a clone object sharing blocks with the replicated snapshot-file object in the target file system; and - replicating, if the clone object has been modified in the source file system and is associated with at least one diverged block other than the blocks shared with the snapshot-file object in the source file system, the at least one diverged block associated with the clone object from the source file system to the target file system; - detecting at least one block of the clone object in the source file system which has changed since creation of the clone object in the source file system based on comparing checkpoint numbers which are associated with blocks of the clone object in the source file system with a cloned-in-checkpoint number of the clone object in the source file system; - transferring, from the source file system to the target file system, blocks having a checkpoint number higher than or equal to the cloned-in-checkpoint number of the clone object in the source file system; and - updating the clone object in the target file system based on blocks received from the source file system.
A frequency determination method for determining a frequency to be used for communication by a mobile communication apparatus, in a wireless communications system including a database apparatus which stores, for each frequency, a prohibited area which is an area where a licensed user is using radio waves, and the mobile communication apparatus which is capable of wireless communications with the database apparatus; the method comprising: a step in which the mobile communication apparatus acquires location information of the mobile communication apparatus; a step in which the mobile communication apparatus reports the location information to the database apparatus; a step in which the database apparatus determines, for each frequency, a first distance, which is a distance in a first direction to the prohibited area from the location indicated by the reported location information, and a second distance, which is a distance in a second direction to the prohibited area from the location indicated by the reported location information, and generating distance information including the first distance and the second distance; a step in which the database apparatus reports the distance information for each frequency, to the mobile communication apparatus; and a step in which the mobile communication apparatus determines a frequency to be used for communication, on the basis of the reported distance information and a direction of movement of the mobile communication apparatus. a step in which the mobile communication apparatus acquires location information of the mobile communication apparatus; a step in which the mobile communication apparatus reports the location information to the database apparatus; a step in which the database apparatus determines, for each frequency, a first distance, which is a distance in a first direction to the prohibited area from the location indicated by the reported location information, and a second distance, which is a distance in a second direction to the prohibited area from the location indicated by the reported location information, and generating distance information including the first distance and the second distance; a step in which the database apparatus reports the distance information for each frequency, to the mobile communication apparatus; and a step in which the mobile communication apparatus determines a frequency to be used for communication, on the basis of the reported distance information and a direction of movement of the mobile communication apparatus.
A polymer compound comprising a constitutional unit derived from an electron transport polymerizable compound represented by the formula: wherein A 1 is represented by the formula, A 3 and A 5 are each independently represented by the formula, A 2, A 4 and A 6 are represented by the formula, m is an integer of 1 to 2, n is an integer of 0 to 2, and p is an integer of 0 to 2, wherein both n and p do not represent 0 at the same time; wherein R 1301 is a hydrogen atom, an alkyl group of 1 to 12 carbon atoms or an alkoxy group of 1 to 12 carbon atoms.