mhurhangee/ep-ind-claims huggingface dataset:
A working machine comprising: a machine body; a dozer including a blade; a boom pivotably supported by the machine body such that the boom is swingable upward and downward; an arm pivotably supported by the boom such that the arm is swingable in an arm crowd direction toward the boom and an arm dump direction away from the boom; a working tool pivotably supported by a pivot on the arm such that the working tool is swingable about the pivot between a working-tool crowd position at which a distal end portion of the working tool is closest to the arm and a working-tool dump position at which the distal end portion of the working tool is farthest from the arm; a boom cylinder that causes the boom to swing; an arm cylinder that causes the arm to swing in the arm crowd direction and the arm dump direction; an arm crowd restricting unit that imposes a restriction on a stroke of the arm cylinder in the arm crowd direction so that a swing track of the distal end portion of the working tool is spaced from the boom cylinder; characterised by a crowd restriction releasing unit that releases the restriction on the stroke of the arm cylinder to enable the arm to swing to an end of a swing range in the arm crowd direction when the boom is at a swing position at which the working tool in an operating position close to the working-tool dump position is disposed in a vicinity of the blade. a machine body; a dozer including a blade; a boom pivotably supported by the machine body such that the boom is swingable upward and downward; an arm pivotably supported by the boom such that the arm is swingable in an arm crowd direction toward the boom and an arm dump direction away from the boom; a working tool pivotably supported by a pivot on the arm such that the working tool is swingable about the pivot between a working-tool crowd position at which a distal end portion of the working tool is closest to the arm and a working-tool dump position at which the distal end portion of the working tool is farthest from the arm; a boom cylinder that causes the boom to swing; an arm cylinder that causes the arm to swing in the arm crowd direction and the arm dump direction; an arm crowd restricting unit that imposes a restriction on a stroke of the arm cylinder in the arm crowd direction so that a swing track of the distal end portion of the working tool is spaced from the boom cylinder; characterised by a crowd restriction releasing unit that releases the restriction on the stroke of the arm cylinder to enable the arm to swing to an end of a swing range in the arm crowd direction when the boom is at a swing position at which the working tool in an operating position close to the working-tool dump position is disposed in a vicinity of the blade.
Method for operating components for exhaust-gas aftertreatment, which components are arranged in the exhaust tract of an exhaust gas-turbocharged internal combustion engine, wherein - an exhaust-gas partial flow is extracted from an exhaust-gas main flow upstream of at least one exhaust-gas turbine, - the exhaust-gas partial flow is conducted back into the exhaust-gas main flow again downstream of the at least one exhaust-gas turbine, - at least one exhaust-gas aftertreatment component is arranged downstream of said supply point, and wherein the exhaust-gas flow rate branched off as an exhaust-gas partial flow is controlled or regulated in a manner dependent on at least one target temperature at at least one defined location in the exhaust tract, in particular in the exhaust-gas partial flow and/or at the at least one exhaust-gas aftertreatment component, characterized in that the exhaust-gas partial flow is conducted back in between an NO oxidation catalytic converter and a particle filter in terms of flow. - an exhaust-gas partial flow is extracted from an exhaust-gas main flow upstream of at least one exhaust-gas turbine, - the exhaust-gas partial flow is conducted back into the exhaust-gas main flow again downstream of the at least one exhaust-gas turbine, - at least one exhaust-gas aftertreatment component is arranged downstream of said supply point,
A capsule arrangement as a container for a portioned brewing material, in particular coffee, for preparing brewed beverages with the aid of a brewing medium, comprising a capsule for a receiving part of a brewing apparatus, wherein the capsule has a capsule head which is to be pierced by a perforator for supplying the brewing medium, a capsule wall and a capsule base sealed by a base foil, characterized in that a retainer for receiving the capsule is provided, which retainer surrounds the capsule wall of the capsule in an interlocking manner.
A computer-implemented anomaly detection method, the method comprising: structuring a set of collected data as at least one data matrix, each row of the data matrix being a datapoint and each column corresponding to a feature; identifying at least one of the datapoints as anomalous; and extracting causal information about the anomalous datapoint based on an angular relationship between a second-pass coordinate vector of the anomalous datapoint and a second-pass coordinate vector of at least one of the features, the second-pass coordinate vectors determined by applying a second-pass singular value decomposition, SVD, to a residuals matrix, the residuals matrix computed between the data matrix and an approximation of the data matrix (X K), by applying a first-pass truncated SVD to the data matrix. structuring a set of collected data as at least one data matrix, each row of the data matrix being a datapoint and each column corresponding to a feature; identifying at least one of the datapoints as anomalous; and extracting causal information about the anomalous datapoint based on an angular relationship between a second-pass coordinate vector of the anomalous datapoint and a second-pass coordinate vector of at least one of the features, the second-pass coordinate vectors determined by applying a second-pass singular value decomposition, SVD, to a residuals matrix, the residuals matrix computed between the data matrix and an approximation of the data matrix (X K), by applying a first-pass truncated SVD to the data matrix.
A medical device comprising: a base structure having a surface, and a coating on the surface comprising a drug and an excipient, wherein the coating comprises a plurality of particles comprising the drug encapsulated by the excipient and wherein the excipient is selected from the group consisting of epi gallo catechin gallate, tannic acid and epi catechin gallate. a base structure having a surface, and a coating on the surface comprising a drug and an excipient, wherein the coating comprises a plurality of particles comprising the drug encapsulated by the excipient and wherein the excipient is selected from the group consisting of epi gallo catechin gallate, tannic acid and epi catechin gallate.
An exoskeleton system, comprising: an exoskeleton configured to be worn by a human operator; an exoskeleton control system; a plurality of motion actuators (104a, 104b) responsive to the control system to cause movement of a plurality of structural members (102a, 102b, 102c, 102d) comprising the exoskeleton; a plurality of sensors (114a, 114b, 114c) which sense movement of a plurality of human body parts associated with the operator and communicate sensor data concerning such movements to the exoskeleton control system; the control system responsive to the sensor data for actuating the plurality of motion actuators (104a, 104b) to cause movement of the exoskeleton which corresponds to the movement of the human body parts which has been sensed; wherein the motion actuators (104a, 104b) are arranged to selectively transition in response to signals from the control system signals from a first operational state to a second operational state; and wherein said motion actuators (104a, 104b) in the first operational state are configured to provide a motive force for controlled movement of the exoskeleton structure, and in the second operational state are configured to function as a damper to dissipate a shock load exerted upon the exoskeleton; wherein the control system is responsive to at least one sensor input to detect an occurrence of an uncontrolled acceleration of at least a portion of the exoskeleton, and that said control system causes the transition to the second state to be initiated responsive to sensing the occurrence of the uncontrolled acceleration. an exoskeleton configured to be worn by a human operator; an exoskeleton control system; a plurality of motion actuators (104a, 104b) responsive to the control system to cause movement of a plurality of structural members (102a, 102b, 102c, 102d) comprising the exoskeleton; a plurality of sensors (114a, 114b, 114c) which sense movement of a plurality of human body parts associated with the operator and communicate sensor data concerning such movements to the exoskeleton control system; the control system responsive to the sensor data for actuating the plurality of motion actuators (104a, 104b) to cause movement of the exoskeleton which corresponds to the movement of the human body parts which has been sensed; wherein the motion actuators (104a, 104b) are arranged to selectively transition in response to signals from the control system signals from a first operational state to a second operational state; and wherein said motion actuators (104a, 104b) in the first operational state are configured to provide a motive force for controlled movement of the exoskeleton structure, and in the second operational state are configured to function as a damper to dissipate a shock load exerted upon the exoskeleton; wherein the control system is responsive to at least one sensor input to detect an occurrence of an uncontrolled acceleration of at least a portion of the exoskeleton, and that said control system causes the transition to the second state to be initiated responsive to sensing the occurrence of the uncontrolled acceleration.
Quick-release fastening mechanism for rendering integral or detaching an equipment on board of a vehicle, the mechanism being characterized in that it comprises: - a frame integral with the vehicle, wherein the frame comprises at least one detent at one of its ends and at least one jaw integral with a rod moveable in translation against the action of a spring at its second end, - a support plate intended to be integral with the equipment and to be held tightly between the detent and the jaw, - a bistable blocking means integral with the jaw and comprising a connecting rod and a link ensuring a connection of the rod end to the frame by three joint hinges (10, 11, 12) having axes parallel to each other, a first joint hinge linking the connecting rod and the rod, a second joint hinge linking the connecting rod and the link and finally a third joint hinge linking the link and the frame, the joint hinges (10, 11, 12) being provided such that, upon pivoting of the link with respect to the frame, the second joint hinge can be moved with respect to an alignment plane including the axes of the first and third joint hinges, the second joint hinge being in a stable position on both sides of the plane, the action of the spring rendering unstable the position of the axis of the second joint hinge in the alignment plane. - a frame integral with the vehicle, wherein the frame comprises at least one detent at one of its ends and at least one jaw integral with a rod moveable in translation against the action of a spring at its second end, - a support plate intended to be integral with the equipment and to be held tightly between the detent and the jaw, - a bistable blocking means integral with the jaw and comprising a connecting rod and a link ensuring a connection of the rod end to the frame by three joint hinges (10, 11, 12) having axes parallel to each other, a first joint hinge linking the connecting rod and the rod, a second joint hinge linking the connecting rod and the link and finally a third joint hinge linking the link and the frame, the joint hinges (10, 11, 12) being provided such that, upon pivoting of the link with respect to the frame, the second joint hinge can be moved with respect to an alignment plane including the axes of the first and third joint hinges, the second joint hinge being in a stable position on both sides of the plane, the action of the spring rendering unstable the position of the axis of the second joint hinge in the alignment plane.
A buffer for a railway vehicle, wherein the buffer is provided with an axially displaceable buffer plunger and with a buffer plate attached to the latter that, with its abutting surface, can be brought into pressing contact with the abutting surface of a buffer plate of a couplable railway vehicle, a device for the metered lubrication of the respective abutting surface being assigned to the buffer, which respectively has at least one lubricant dispenser, characterised in that the respective lubricant dispenser is accommodated in a protective housing fastened to the outside of the buffer plunger and has at least one connection line through which the lubricant can be conveyed to the abutting surface.
A method of controlling a speed of an induction machine that uses a secondary time constant which is obtained with a method of measuring the secondary time constant for an induction machine, used in a control device that controls a magnitude and a frequency of an output voltage for a power converter which drives the induction machine, wherein the control device includes a d-axis current control unit and a q-axis current control unit that control output current for the power converter that drives the induction machine, according to a current command value on a d-axis that is a magnetic flux axis in a rotating magnetic field coordinate system and a current command value on a q-axis that is a torque axis in a rotating coordinate system, respectively, wherein the current command value on the q-axis is set to zero, and the secondary time constant for the induction machine is measured from an attenuation waveform of an output of the q-axis current control unit when the current command value on the d-axis is caused to be step-changed to other than zero, while the induction machine is in rotation, characterized in that the control device includes a speed estimation unit that estimates a speed estimation value, and wherein an arithmetic operation of calculating a slide frequency estimation value (ωs*) for an electric motor from the secondary time constant, the q-axis current command value (Iq*), and the d-axis current command value (Id*) is performed, an arithmetic operation of adding the slide frequency estimation value (ωs*) to a speed estimation value (ωr^) that is estimated in the speed estimation unit is performed, a primary frequency for the control device is controlled according to the resulting addition value (ω1*) by integrating the primary frequency command value (ω1*) to output a phase angle (θ1), and an arithmetic operation performed by a vector arithmetic operation unit employing the phase angle (θ1).
Method for measurement of peptidic degradation products of a proteolytic cascade comprising at least two consecutive proteolytic reactions in a blood sample, wherein the sample is incubated until the actual overall degradation rate of at least one peptidic degradation product is equal to the actual overall formation rate of said at least one peptidic degradation product and a steady state equilibrium is reached for said at least one peptidic degradation product involved in said proteolytic cascade and wherein said at least one peptidic degradation product in a steady state equilibrium concentration is quantified in the sample, and wherein substrates of any enzyme(s) involved in the proteolytic cascade are not added before and/or during the incubation until a steady state equilibrium is reached.
Pharmaceutical composition containing an initial dosage of psychostimulant and a second dosage of said psychostimulant, wherein the release of said second dosage is modified, characterized in that the release of said second dosage is modified by an enteric coating comprising (co-)polymers of (meth)acrylic acid and/or (meth)acrylate containing carboxyl groups wherein 2-10, preferably 3-8, most preferably 6% of said carboxyl groups are neutralized, thereby causing a sustained release of said second dosage of the psychostimulant in vivo.
Method for determining a distribution of agricultural spreading material, which in particular consists of fertiliser grains, wherein the spreading material is collected on a collecting area of at least one adhesion mat/plate/tray and the distribution of the spreading material is ascertained by means of image evaluation, characterized in that the collecting area has a hue that differs from a hue of the spreading material in the HSI/HSL/HSV colour space by a colour angle of at least 20°, in particular at least 40°, and in that the hue of the collecting area lies in a range of the colour angle of 230° to 310°, in particular of 270° to 290°, of the HSI/HSL/HSV colour space.
A bone plate (26, 126) designed for veterinary use, comprising: a shaft portion (28, 128); a head portion (30, 130); a bone contacting surface (32, 132); an outer surface (34, 134) opposed to the bone contacting surface (32, 132); characterized in that an elliptical hole (66, 166) is formed through the head portion (30, 130) and is configured for accommodating at least a portion of a condyle of a distal humerus of an animal. a shaft portion (28, 128); a head portion (30, 130); a bone contacting surface (32, 132); an outer surface (34, 134) opposed to the bone contacting surface (32, 132); characterized in that an elliptical hole (66, 166) is formed through the head portion (30, 130) and is configured for accommodating at least a portion of a condyle of a distal humerus of an animal.
Use of at least one nitrogen compound and/or a corresponding quaternized and/or protonated compound, or mixtures of the nitrogen compound with corresponding quaternized and/or protonated compounds, in the production of polyurethanes, especially of polyurethane foams, characterized in that this nitrogen compound satisfies the formula with n = 2-12 except for 4, preferably 2, 3 or 6, more preferably 6, and where this nitrogen compound is especially selected from
A mobile blasting apparatus, wherein the mobile blasting apparatus is a blasting apparatus for spraying an abrasive onto a surface of a processed product, and comprises a main body; a frame structure comprising a first rail extending in a first direction; a first conveying device capable of reciprocating the main body along the first rail; and a spraying device coupled to the main body and responsible for spraying the abrasive, wherein the mobile blasting apparatus comprises a second conveying device capable of reciprocating the spraying device in a second direction crossing the first direction, characterised in that the second conveying device comprises: - a conveying member capable of reciprocating in the second direction, wherein the conveying member is a member extending in the second direction and a front end portion thereof is coupled to the spraying device; - second rails extending in the second direction; and - wheels that are respectively disposed at left and right sides of a rear end portion of the conveying member and are coupled to the second rails in a configuration allowing rolling motion, wherein said wheels are provided in at least two pairs, and each pair is spaced apart from the other pair by a predetermined distance or more in the second direction. a frame structure comprising a first rail extending in a first direction; a first conveying device capable of reciprocating the main body along the first rail; and a spraying device coupled to the main body and responsible for spraying the abrasive, wherein the mobile blasting apparatus comprises a second conveying device capable of reciprocating the spraying device in a second direction crossing the first direction, - a conveying member capable of reciprocating in the second direction, wherein the conveying member is a member extending in the second direction and a front end portion thereof is coupled to the spraying device; - second rails extending in the second direction; and - wheels that are respectively disposed at left and right sides of a rear end portion of the conveying member and are coupled to the second rails in a configuration allowing rolling motion, wherein said wheels are provided in at least two pairs, and each pair is spaced apart from the other pair by a predetermined distance or more in the second direction.
An infrared sensitive positive-working image forming material comprising: a support; and on the support, in this order, a lower layer and an upper layer whose solubility in an aqueous alkaline solution is increased by heat, the lower layer comprising a polymer, which has carboxylic acid groups at side chains thereof, and an infrared absorbing agent, at least a part of the carboxylic acid groups forming a salt structure with a monovalent basic compound, and wherein the monovalent basic compound comprises a nitrogen-containing basic compound or onium hydroxide. a support; and on the support, in this order, a lower layer and an upper layer whose solubility in an aqueous alkaline solution is increased by heat, the lower layer comprising a polymer, which has carboxylic acid groups at side chains thereof, and an infrared absorbing agent, at least a part of the carboxylic acid groups forming a salt structure with a monovalent basic compound, and wherein the monovalent basic compound comprises a nitrogen-containing basic compound or onium hydroxide.
A bearing apparatus comprising: a bearing (21, 21) configured to support a shaft of a vacuum pump apparatus, the shaft extending in a vertical direction; a bearing housing configured to house the bearing (21, 21); a rotating cylinder disposed below the bearing housing and capable of fixing to the shaft; the rotating cylinder comprising a plurality of cylindrical downward ribs (75, 76, 77) extending downward from a lower surface of the rotating cylinder (45, 73); and a bearing casing configured to house the bearing (21, 21), the bearing housing, and the rotating cylinder, the bearing casing comprising a plurality of cylindrical upward ribs (80, 81) extending upward from a bottom wall of the bearing casing, and wherein the downward ribs (75, 76, 77) and the upward ribs (80, 81) are alternately arranged; wherein the bearing casing has an inner circumferential wall capable of arranging adjacent to the shaft; wherein the downward ribs (75, 76, 77) and the upward ribs (80, 81) are arranged radially outwardly the inner circumferential wall; and wherein the upward ribs (80, 81) have passage portions that allow a passage of lubricating oil. a bearing (21, 21) configured to support a shaft of a vacuum pump apparatus, the shaft extending in a vertical direction; a bearing housing configured to house the bearing (21, 21); a rotating cylinder disposed below the bearing housing and capable of fixing to the shaft; the rotating cylinder comprising a plurality of cylindrical downward ribs (75, 76, 77) extending downward from a lower surface of the rotating cylinder (45, 73); and a bearing casing configured to house the bearing (21, 21), the bearing housing, and the rotating cylinder, the bearing casing comprising a plurality of cylindrical upward ribs (80, 81) extending upward from a bottom wall of the bearing casing, and wherein the downward ribs (75, 76, 77) and the upward ribs (80, 81) are alternately arranged; wherein the bearing casing has an inner circumferential wall capable of arranging adjacent to the shaft; wherein the downward ribs (75, 76, 77) and the upward ribs (80, 81) are arranged radially outwardly the inner circumferential wall; and wherein the upward ribs (80, 81) have passage portions that allow a passage of lubricating oil.