mhurhangee/ep-ind-claims huggingface dataset:
Hydraulic distributor (1; 1a; 1b; 1c; 1d) comprising: - a distributor body provided with flow mouths adapted to be hydraulically connected to the ducts of a hydraulic system; - a shutter body (3, 3a, 3b, 3c, 3d) associated in said distributor body and provided with means (30, 40, 50, 60, 70) for selecting the flow through said flow mouths; - at least one member for manoeuvring said shutter body (3, 3a, 3b, 3c, 3d) adapted to arrange said flow selection means (30, 40, 50, 60, 70) in different positions with respect to said flow mouths to define different flow paths (10, 80, 90) through said flow mouths, said flow mouths being at least four and comprising a first flow mouth, a second flow mouth, a third flow mouth and a fourth flow mouth, characterised in that said flow selection means (30, 40, 50, 60, 70) are configured to be arranged in three different positions with respect to said flow mouths to define three different flow paths (10, 80, 90), each one of which develops between two of said flow mouths (21, 24; 22, 23; 22, 24) and through a collector chamber (4, 4d) present in said distributor body, said three different flow paths (10, 80, 90) comprising: - a first flow path between said first flow mouth and said fourth flow mouth; - a second flow path between said second flow mouth and said third flow mouth; - a third flow path between said second flow mouth and said fourth flow mouth. - a distributor body provided with flow mouths adapted to be hydraulically connected to the ducts of a hydraulic system; - a shutter body (3, 3a, 3b, 3c, 3d) associated in said distributor body and provided with means (30, 40, 50, 60, 70) for selecting the flow through said flow mouths; - at least one member for manoeuvring said shutter body (3, 3a, 3b, 3c, 3d) adapted to arrange said flow selection means (30, 40, 50, 60, 70) in different positions with respect to said flow mouths to define different flow paths (10, 80, 90) through said flow mouths, said flow mouths being at least four and comprising a first flow mouth, a second flow mouth, a third flow mouth and a fourth flow mouth, - a first flow path between said first flow mouth and said fourth flow mouth; - a second flow path between said second flow mouth and said third flow mouth; - a third flow path between said second flow mouth and said fourth flow mouth.
A combined power generation system comprising: a gas turbine combusting fuel to generate rotational force; a heat recovery steam generator, HRSG, configured to heat feedwater using combustion gases discharged from the gas turbine and having a high-pressure section, a medium-pressure section, and a low-pressure section having different pressure levels; an ammonia decomposer configured for decomposing ammonia with the combustion gases discharged from the gas turbine; a first exhaust gas line through which the exhaust gases discharged from the gas turbine are transferred to the HRSG; a second exhaust gas line through which the exhaust gases discharged from the gas turbine are transferred to the ammonia decomposer; a decomposed gas transfer tube connecting the ammonia decomposer and a combustor of the gas turbine to transfer decomposed gases generated with decomposition of ammonia to the combustor; characterized in that the system further comprises a third exhaust gas line through which the exhaust gases discharged from the ammonia decomposer are transferred to the HRSG. a gas turbine combusting fuel to generate rotational force; a heat recovery steam generator, HRSG, configured to heat feedwater using combustion gases discharged from the gas turbine and having a high-pressure section, a medium-pressure section, and a low-pressure section having different pressure levels; an ammonia decomposer configured for decomposing ammonia with the combustion gases discharged from the gas turbine; a first exhaust gas line through which the exhaust gases discharged from the gas turbine are transferred to the HRSG; a second exhaust gas line through which the exhaust gases discharged from the gas turbine are transferred to the ammonia decomposer; a decomposed gas transfer tube connecting the ammonia decomposer and a combustor of the gas turbine to transfer decomposed gases generated with decomposition of ammonia to the combustor; characterized in that the system further comprises a third exhaust gas line through which the exhaust gases discharged from the ammonia decomposer are transferred to the HRSG.
A baling system configured to move over, collect, and bale a crop material, wherein a baling chamber receives a charge of crop material and contains a growing bale of crop material, and a plunger moves within the baling chamber in a reciprocating manner so as to compact the charge of crop material into the growing bale of crop material, the baling system comprising: left and right moveable doors (52, 54) which at least partly define a shape and dimension of the baling chamber and a shape and dimension of the growing bale of crop material; left and right tension cylinders (56, 58) configured to extend and retract in order to apply a force to the left and right moveable doors (52, 54) as the charge of crop material is compacted into the growing bale of crop material; characterised in that the left and right tension cylinders (56, 58) are configured to apply a substantially constant force to the left and right moveable doors (52, 54); the baling system further comprising: left and right transducers (100, 102) configured to measure a first length of the left tension cylinder and a second length of the right tension cylinder; and an electronic control unit configured to receive the first and second lengths from the left and right transducers (100, 102), and to communicate at least a relative difference between the first and second lengths for use in steering the baling system; wherein the first and second lengths being equal indicates the growing bale of crop material is substantially straight and the baling system should be steered straight, and wherein the first and second lengths being unequal indicates the growing bale is developing a curvature and the baling system should be steered in the direction of the left or right tension cylinder having a shorter length. left and right moveable doors (52, 54) which at least partly define a shape and dimension of the baling chamber and a shape and dimension of the growing bale of crop material; left and right tension cylinders (56, 58) configured to extend and retract in order to apply a force to the left and right moveable doors (52, 54) as the charge of crop material is compacted into the growing bale of crop material; left and right transducers (100, 102) configured to measure a first length of the left tension cylinder and a second length of the right tension cylinder; and an electronic control unit configured to receive the first and second lengths from the left and right transducers (100, 102), and to communicate at least a relative difference between the first and second lengths for use in steering the baling system; wherein the first and second lengths being equal indicates the growing bale of crop material is substantially straight and the baling system should be steered straight, and wherein the first and second lengths being unequal indicates the growing bale is developing a curvature and the baling system should be steered in the direction of the left or right tension cylinder having a shorter length.
A device for transporting a medium, having at least one channel extending in an axial direction, through which the medium is conducted, wherein the respective channel is surrounded by an electrically conductive inner covering, which is connected with a potential equalization conductor, and having an outer sheathing, whose thickness is less than 2 mm, characterized in that an electrically conductive outer covering is provided between the channel and the outer sheathing, that die outer covering is connected with an electrically conductive potential equalization conductor, that an electrically insulating intermediate layer is arranged between the channel and the covering that the intermediate layer is made of a heat-insulating material and the outer sheathing is made of a thermoplastic synthetic material.
A Very Small Aperture Terminal, VSAT, modem configured to interface with a saturated radio and a linear radio, the VSAT modem comprising: a synthesizer modulator configured to generate a modulated reference signal; a prescaler configured to reduce the frequency of the modulated reference signal to provide a lower frequency modulated reference signal; a switch configured to enable the prescaler; and an output configured to output the modulated reference signal when the prescaler is disabled, and configured to output the lower frequency modulated reference signal when the prescaler is enabled; wherein the output is configured to output the lower frequency modulated reference signal for the saturated radio when the prescaler is enabled, and the output is configured to output the modulated reference signal for the linear radio when the prescaler is disabled. a synthesizer modulator configured to generate a modulated reference signal; a prescaler configured to reduce the frequency of the modulated reference signal to provide a lower frequency modulated reference signal; a switch configured to enable the prescaler; and an output configured to output the modulated reference signal when the prescaler is disabled, and configured to output the lower frequency modulated reference signal when the prescaler is enabled; wherein the output is configured to output the lower frequency modulated reference signal for the saturated radio when the prescaler is enabled, and the output is configured to output the modulated reference signal for the linear radio when the prescaler is disabled.
A pneumatic tire, comprising: a plurality of circumferential main grooves formed on a tread surface and extending in a tire circumferential direction; a plurality of lug grooves formed on the tread surface and extending in a tire lateral direction; and a plurality of blocks, both sides of each of the plurality of blocks being defined by the lug grooves in the tire circumferential direction and at least one end portion of each of the plurality of blocks being defined by the circumferential main grooves in the tire lateral direction; wherein given, among the plurality of circumferential main grooves, the circumferential main grooves positioned most outward in the tire lateral direction as shoulder circumferential main grooves and, among the plurality of lug grooves, the lug grooves positioned outward from the shoulder circumferential main grooves in the tire lateral direction and connected to the shoulder circumferential main grooves from an outer side of the tire in the tire lateral direction as shoulder lug grooves, the shoulder circumferential main grooves and the shoulder lug grooves each comprise a raised bottom portion on a groove bottom, the raised bottom portion is formed to exclude at least an intersection portion where the shoulder circumferential main groove and the shoulder lug groove intersect, characterized in that the raised bottom portions are formed such that the raised bottom height H2 of the raised bottom portion formed on the shoulder lug groove is greater than the raised bottom height H1 of the raised bottom portion (42, 48) formed on the shoulder circumferential main groove. a plurality of circumferential main grooves formed on a tread surface and extending in a tire circumferential direction; a plurality of lug grooves formed on the tread surface and extending in a tire lateral direction; and a plurality of blocks, both sides of each of the plurality of blocks being defined by the lug grooves in the tire circumferential direction and at least one end portion of each of the plurality of blocks being defined by the circumferential main grooves in the tire lateral direction; wherein
An electrical bypass element comprising two electrical conductors (2, 3), between which a layer sequence is formed, said layer sequence comprising at least one electrical insulation layer (4, 5), which insulates the two electrical conductors (2, 3) electrically from one another, and one or more reactive layer stacks (1, 1a, 1b), in which an exothermic reaction can be triggered, wherein the one or more reactive layer stacks (1, 1a, 1b) and the at least one insulation layer (4, 5) are matched to one another such that the insulation layer (4, 5) disintegrates as a result of thermal energy released by the reactive layer stack(s) (1, 1a, 1b) during the exothermic reaction and an electrical connection is produced between the electrical conductors (2, 3).
An electronic device, comprising: a device body having a surface with an opening; a rotating shaft; a functional module rotatable around the rotating shaft and configured to be able to rotate into the device body or rotate out from the device body through the opening; a driving module configured to drive the functional module to rotate around the rotating shaft; characterized in that, a surface of the functional module at the opening is provided with a first touch sensing component; a second touch sensing component is provided on another surface of the functional module opposite to the first touch sensing component; in a state where the functional module rotates into the device body, when a user touches the first touch sensing component, the driving module is configured to drive the functional module to rotate in response to the touch operation, so that the functional module rotates out from the device body; and when the user touches the second touch sensing component, the driving module is configured to drive the functional module to rotate in response to the touch operation, so that the functional module rotates into the device body. a device body having a surface with an opening; a rotating shaft; a functional module rotatable around the rotating shaft and configured to be able to rotate into the device body or rotate out from the device body through the opening; a driving module configured to drive the functional module to rotate around the rotating shaft; characterized in that, a surface of the functional module at the opening is provided with a first touch sensing component; a second touch sensing component is provided on another surface of the functional module opposite to the first touch sensing component; in a state where the functional module rotates into the device body, when a user touches the first touch sensing component, the driving module is configured to drive the functional module to rotate in response to the touch operation, so that the functional module rotates out from the device body; and when the user touches the second touch sensing component, the driving module is configured to drive the functional module to rotate in response to the touch operation, so that the functional module rotates into the device body.
A mutant xylanase comprising the amino acid sequence of SEQ ID NO: 1 with the following amino acid residue substitutions: the asparagine residue at position 29 is substituted by leucine; the lysine residue at position 58 is substituted by arginine; the tyrosine residue at position 27 is substituted by phenylalanine; and the asparagine residue at position 44 is substituted by serine; and optionally comprising 1 to 10 additional amino acid residue substitutions in the amino acid sequence of SEQ ID NO: 1; wherein said mutant xylanase is a thermostable xylanase and provides an initial rate of reaction that is at least 70% of that provided by SEQ ID NO:1 and that has a xylanase activity after heat treatment at 50°C for 24 hours that is at least 50% of its xylanase activity before the heat treatment. the asparagine residue at position 29 is substituted by leucine; the lysine residue at position 58 is substituted by arginine; the tyrosine residue at position 27 is substituted by phenylalanine; and the asparagine residue at position 44 is substituted by serine; and optionally comprising 1 to 10 additional amino acid residue substitutions in the amino acid sequence of SEQ ID NO: 1;
A switch assembly, used in a base station that comprises a remote electrical tilt unit, wherein the switch assembly comprises: a mechanical normally open switch, a movable contact, and a controller, wherein the controller is connected to a phase shifter of the remote electrical tilt unit, and the movable contact is arranged to move with a driving rod of the phase shifter; when the movable contact reaches a specified position, the mechanical normally open switch is triggered to close; the controller is configured to receive an operation instruction, wherein the operation instruction is used to instruct the controller to control the mechanical normally open switch to close; the controller is configured to send a control instruction to the phase shifter; and the phase shifter is configured to receive the control instruction, and drive the driving rod according to the control instruction, so that the movable contact moves to the specified position.
Device for influencing the opening and/or closing movement of a door leaf or of a window casement, having a sliding arm which can be arranged between the leaf/casement and a fixed frame and, on the one hand, is mounted in a rotatable manner on the leaf/casement or on the frame and, on the other hand, is guided, by means of a sliding block of the device, in a sliding rail arranged on the frame or leaf/casement of the device, and having variably adjustable means which are integrated in the sliding rail, or assigned thereto, and are intended for damping the opening movement and/or for decelerating the closing movement of the leaf/casement, the opening-damping and/or closing-deceleration means comprise a housing, a piston, which is arranged in an accommodating space of the housing, and a driver which is coupled to the piston, interacts with the sliding block and, during a predeterminable phase of the opening and/or closing movement of the leaf/casement, can be brought into engagement with the sliding block, characterized in that the driver is guided such that, in a first phase of the opening and/or closing movement of the leaf/casement, it is not in engagement with the sliding block and, during the predeterminable phase of the opening and/or closing movement of the leaf/casement, is in engagement with the sliding block and, during the rest of the opening and/or closing movement which follows, releases the sliding block, and wherein the drive is coupled to the piston via a piston rod which is arranged, on the one hand, on the driver and, on the other hand, on the piston.
A hair brush for detangling hair comprising: an elongate mounting having a head end and a foot end and defining a longitudinal axis therebetween; and a bristle body mounted on the elongate mounting, the bristle body including a plurality of substantially parallel spaced apart rows of mutually spaced apart upright bristles, wherein each bristle has a cross-section which is at least in part substantially elliptical with a major axis, wherein the plurality of substantially parallel spaced apart rows includes first multiple rows of bristles in which the major axis is substantially perpendicular to the longitudinal axis and second multiple rows of bristles in which the major axis is at an acute or obtuse angle to the longitudinal axis, wherein the first multiple rows are spaced apart singly or jointly by the second multiple rows. an elongate mounting having a head end and a foot end and defining a longitudinal axis therebetween; and a bristle body mounted on the elongate mounting, the bristle body including a plurality of substantially parallel spaced apart rows of mutually spaced apart upright bristles, wherein each bristle has a cross-section which is at least in part substantially elliptical with a major axis, wherein the plurality of substantially parallel spaced apart rows includes first multiple rows of bristles in which the major axis is substantially perpendicular to the longitudinal axis and second multiple rows of bristles in which the major axis is at an acute or obtuse angle to the longitudinal axis, wherein the first multiple rows are spaced apart singly or jointly by the second multiple rows.
A method of calibrating a chromatography system, the method comprising: injecting a standard into a chromatographic separator, the standard comprising: a first analyte having a first predetermined calibrant concentration and a second analyte having a second predetermined calibrant concentration; separating the standard in the chromatographic separator; measuring, with a detector, a first peak and a second peak that have a first retention time and a second retention time, respectively; characterised by: automatically identifying whether the first peak corresponds to the first analyte or the second analyte, and whether the second peak corresponds to the first analyte or the second analyte, based on either an area or a peak height of the first peak and the second peak, and a ratio based on the first predetermined calibrant concentration and the second predetermined calibrant concentration. injecting a standard into a chromatographic separator, the standard comprising: a first analyte having a first predetermined calibrant concentration and a second analyte having a second predetermined calibrant concentration; separating the standard in the chromatographic separator; measuring, with a detector, a first peak and a second peak that have a first retention time and a second retention time, respectively; characterised by: automatically identifying whether the first peak corresponds to the first analyte or the second analyte, and whether the second peak corresponds to the first analyte or the second analyte, based on either an area or a peak height of the first peak and the second peak, and a ratio based on the first predetermined calibrant concentration and the second predetermined calibrant concentration.
A thermostatic control device for regulating a flow of fluid in a conduit, the thermostatic control device comprising: - a housing, - at least one temperature sensor (3, 4) positioned inside the housing, and being arranged to measure an ambient temperature in the vicinity of the thermostatic control device, - an orientation sensor positioned inside the housing, said orientation sensor being arranged to detect an orientation of the thermostatic control device and to generate a sensor output signal reflecting a detected orientation of the thermostatic control device, characterised in that said thermostatic control device has - control means arranged to receive a sensor output signal from the orientation sensor, and to generate one or more command signals based thereon, the control means being arranged to generate a command signal for the temperature sensor(s) (3, 4), in order to cause the temperature sensor(s) (3, 4) to perform temperature measurements along a predefined direction. - a housing, - at least one temperature sensor (3, 4) positioned inside the housing, and being arranged to measure an ambient temperature in the vicinity of the thermostatic control device, - an orientation sensor positioned inside the housing, said orientation sensor being arranged to detect an orientation of the thermostatic control device and to generate a sensor output signal reflecting a detected orientation of the thermostatic control device, characterised in that said thermostatic control device has - control means arranged to receive a sensor output signal from the orientation sensor, and to generate one or more command signals based thereon, the control means being arranged to generate a command signal for the temperature sensor(s) (3, 4), in order to cause the temperature sensor(s) (3, 4) to perform temperature measurements along a predefined direction.