mhurhangee/ep-ind-claims huggingface dataset:
A method for modifying a suspension system on a sprayer to alter a ground clearance of the sprayer, the method comprising: - locating at least one original spindle installed on said sprayer, said at least one original spindle being installed on a strut-type suspension system of said sprayer; - removing said at least one original spindle; - selecting a replacement spindle from a group of spindles longer than said at least one original spindle, said replacement spindle having a length determined by a user of said sprayer dictated by a crop height upon which said sprayer is used; - replacing said at least one original spindle with at least one said replacement spindle such that said sprayer is elevated sufficiently for said sprayer to service said crop; - locating at least one original air spring mechanism installed on said sprayer; - replacing said at least one original air spring mechanism with at least one replacement air spring mechanism, said at least one replacement air spring mechanism allowing for an increased range of travel of said strut-type suspension system than a range allowed by said at least one original air spring mechanism; - locating at least one original linkage arm installed on said sprayer, said linkage arm linking an automatic air height control valve assembly to said air spring in said suspension system, and; - replacing said at least one original linkage arm with at least one replacement linkage arm, said at least one replacement linkage arm being longer than said at least one original linkage arm and having an adjustable length. - locating at least one original spindle installed on said sprayer, said at least one original spindle being installed on a strut-type suspension system of said sprayer; - removing said at least one original spindle; - selecting a replacement spindle from a group of spindles longer than said at least one original spindle, said replacement spindle having a length determined by a user of said sprayer dictated by a crop height upon which said sprayer is used; - replacing said at least one original spindle with at least one said replacement spindle such that said sprayer is elevated sufficiently for said sprayer to service said crop; - locating at least one original air spring mechanism installed on said sprayer; - replacing said at least one original air spring mechanism with at least one replacement air spring mechanism, said at least one replacement air spring mechanism allowing for an increased range of travel of said strut-type suspension system than a range allowed by said at least one original air spring mechanism; - locating at least one original linkage arm installed on said sprayer, said linkage arm linking an automatic air height control valve assembly to said air spring in said suspension system, and; - replacing said at least one original linkage arm with at least one replacement linkage arm, said at least one replacement linkage arm being longer than said at least one original linkage arm and having an adjustable length.
Method for the suspension of a vehicle part in a vehicle, said part comprising a second vehicle part which can oscillate relative to a first vehicle part, and a first measurement device for measuring at least one actual acceleration measured value for the first vehicle part in relation to a road, in which an actual acceleration value for the second vehicle part is reduced with the aid of at least one actuator (9, 47, 60) arranged between the first vehicle part and the second vehicle part by using at least one available suspension travel, characterised in that an optimum acceleration value for the second vehicle part is determined from the actual acceleration measured value for the first vehicle part, and in which open-loop and closed-loop control units (40, 42) of the actuator (9, 47, 60) then minimise the extent to which an actual acceleration value for the second vehicle part deviates from the optimum acceleration value for the second vehicle part by using the at least one available suspension travel, the calculation device determining an ideal trajectory for the suspension oscillation behaviour of the second vehicle part for the purpose of minimising the actual acceleration value thereof, an optimum deflection z A Soll and the optimum speed ż Asoll of the second vehicle part being determined in relation to the road in the calculation device from the optimum acceleration value z̈ S soll for the second vehicle part and being forwarded to the actuator (9, 47, 60) as an open-loop control force signal by means of the open-loop control unit, and the actual acceleration value for the second vehicle part being readjusted to the ideal acceleration value which follows the ideal trajectory.
A solid dose composition comprising ibuprofen as pharmaceutically active ingredient and hydroxypropylmethylcellulose as controlled release agent present in an amount of 20 or 25% by weight of the final composition wherein the apparent viscosity of the controlled release agent is 100 centipoise and wherein the ibuprofen is processed by wet granulation.
A method of producing a purified chlorogenic acid-containing composition, comprising a contact step of bringing a chlorogenic acid-containing composition having solids concentration of from 1.5 mass% to 4.7 mass% and a mass ratio of caffeine/chlorogenic acid of from 0.001 to 2.5 into contact with a porous adsorbent at a temperature of from 50°C to 100°C.
A heat generator comprising: a shaft; a fluid input and fluid output; a first member and a second member disposed around the shaft; the first and second members each having a disc portion (114, 124) respectively extending radially from the shaft; the disc portion (114, 124) of one of the first and second members (112, 122) being fixed to the shaft; characterised in that the first member has an electrically conducting cylinder extending laterally from the disc portion and co-axially with the shaft; the second member has one or more cylindrical portions, extending laterally from the disc portion and co-axially with the shaft; a fluid passage coaxial with the shaft and defined by the cylindrical portion(s) of the second member and the electrically conducting cylinder; the second member having a plurality of magnets mounted thereon forming magnetic fields intersecting the electrically conducting cylinder; and in that, in operation, one of the first and second members (112,122) rotates with respect to the other of the first and second members causing the magnetic fields generated by the magnets or the conducting portion of the first member to rotate resulting in the heating of fluid in the fluid passage. a shaft; a fluid input and fluid output; a first member and a second member disposed around the shaft; the first and second members each having a disc portion (114, 124) respectively extending radially from the shaft; the disc portion (114, 124) of one of the first and second members (112, 122) being fixed to the shaft; characterised in that the first member has an electrically conducting cylinder extending laterally from the disc portion and co-axially with the shaft; the second member has one or more cylindrical portions, extending laterally from the disc portion and co-axially with the shaft; a fluid passage coaxial with the shaft and defined by the cylindrical portion(s) of the second member and the electrically conducting cylinder; the second member having a plurality of magnets mounted thereon forming magnetic fields intersecting the electrically conducting cylinder; and in that, in operation, one of the first and second members (112,122) rotates with respect to the other of the first and second members causing the magnetic fields generated by the magnets or the conducting portion of the first member to rotate resulting in the heating of fluid in the fluid passage.
A pair of length of yarn for knitting, the yarn having a pattern along its length, the length further comprising at least one datum marking positioned upon the yarn at a predetermined distance from an element of the pattern wherein the datum marking on each of the lengths is located with respect to the same element of the pattern and located a corresponding predetermined distance from that pattern element, characterised in that by knitting the pair of length of yarn, paired gloves, sleeves or socks can be produced in such a manner that the patterns on the two items are in the same place on both items.
An apparatus for adjusting and locking a reticle of an optical device, the apparatus comprising: an adjustment knob having at least one tooth protruding radially inward from an inner peripheral edge of the adjustment knob; an inner threaded locking ring having at least one tooth and a threaded outer portion, the at least one tooth protruding radially outward from the inner threaded locking ring and configured to engage the at least one tooth of the adjustment knob to prevent rotational movement of the adjustment knob; and an outer locking ring threadably coupled to the inner threaded locking ring, the outer locking ring configured to: move the inner threaded locking ring in a first axial direction toward the adjustment knob when the outer locking ring is rotated in a first rotatable direction; and move the inner threaded locking ring in an opposite second axial direction away from the adjustment knob when the outer locking ring is rotated in an opposite second rotatable direction. an adjustment knob having at least one tooth protruding radially inward from an inner peripheral edge of the adjustment knob; an inner threaded locking ring having at least one tooth and a threaded outer portion, the at least one tooth protruding radially outward from the inner threaded locking ring and configured to engage the at least one tooth of the adjustment knob to prevent rotational movement of the adjustment knob; and an outer locking ring threadably coupled to the inner threaded locking ring, the outer locking ring configured to: move the inner threaded locking ring in a first axial direction toward the adjustment knob when the outer locking ring is rotated in a first rotatable direction; and move the inner threaded locking ring in an opposite second axial direction away from the adjustment knob when the outer locking ring is rotated in an opposite second rotatable direction. move the inner threaded locking ring in a first axial direction toward the adjustment knob when the outer locking ring is rotated in a first rotatable direction; and move the inner threaded locking ring in an opposite second axial direction away from the adjustment knob when the outer locking ring is rotated in an opposite second rotatable direction.
A nickel hydride secondary battery comprising: a container; and an electrode group housed in the container with an alkaline electrolyte solution in an air-tightly closed state, wherein the electrode group comprises a positive electrode and a negative electrode which are overlapped with each other via a separator, and the negative electrode comprises a hydrogen absorbing alloy, a negative-electrode additive agent, a thickening agent, and a conductive material, characterized in that the negative-electrode additive agent comprises at least one selected from calcium fluoride, and calcium sulfide, and the thickening agent is sodium polyacrylate. a container; and an electrode group housed in the container with an alkaline electrolyte solution in an air-tightly closed state, wherein the electrode group comprises a positive electrode and a negative electrode which are overlapped with each other via a separator, and the negative electrode comprises a hydrogen absorbing alloy, a negative-electrode additive agent, a thickening agent, and a conductive material, characterized in that the negative-electrode additive agent comprises at least one selected from calcium fluoride, and calcium sulfide, and the thickening agent is sodium polyacrylate.
A channel switching method performed by a base station in a cognitive radio system, the method comprising: detecting a currently unavailable first frequency channel from among at least one uplink/downlink frequency channel which is set as a communication channel with customer premises equipment (̵CPE)̵; performing explicit signaling in which a channel switching request message requesting switching from the first frequency channel to a second frequency channel is transmitted to the CPE, and waiting for a channel switching report message that reports that channel switching is to be performed in response to the channel switching request message to be received from the CPE; upon receiving the channel switching report message from the CPE, performing channel switching from the first frequency channel to the second frequency channel, using explicit signaling; and when the channel switching report message is not received from the CPE, using implicit signaling, comprising channel switching from the first frequency channel to a third frequency channel which is predefined with the CPE.
A package of articles comprising: a tubular body having a cavity, an open top end and a closed bottom end; an annular wall disposed within the cavity, the annular wall dividing the cavity into a central cavity and an annular cavity, the annular cavity circumferentially surrounding the central cavity; a plurality of radial walls extending from an outer surface of the annular wall to an inner surface of the tubular body, the radial walls dividing the annular cavity into a plurality of subcavities; at least one article disposed within each of the subcavities; and an annular cover rotatably coupled to at least one of the tubular body and the annular wall so as to enclose a top end of the annular cavity, the annular cover comprising a central opening that forms a passageway into the central cavity from an external environment and a dispensing opening that forms a passageway into one of the subcavities from the external environment; characterized in that the package further comprises, for each subcavity, a transverse plate separating the subcavity into an upper chamber and a lower chamber, the transverse plate having at least one opening that forms a passageway from the upper chamber to the lower chamber. a tubular body having a cavity, an open top end and a closed bottom end; an annular wall disposed within the cavity, the annular wall dividing the cavity into a central cavity and an annular cavity, the annular cavity circumferentially surrounding the central cavity; a plurality of radial walls extending from an outer surface of the annular wall to an inner surface of the tubular body, the radial walls dividing the annular cavity into a plurality of subcavities; at least one article disposed within each of the subcavities; and an annular cover rotatably coupled to at least one of the tubular body and the annular wall so as to enclose a top end of the annular cavity, the annular cover comprising a central opening that forms a passageway into the central cavity from an external environment and a dispensing opening that forms a passageway into one of the subcavities from the external environment; characterized in that the package further comprises, for each subcavity, a transverse plate separating the subcavity into an upper chamber and a lower chamber, the transverse plate having at least one opening that forms a passageway from the upper chamber to the lower chamber.
Process for the preparation of a reinforced article which comprises the step of providing pellets, preferably using a wire-coating process, wherein each of the pellets has an axial length and comprises a core extending along the axial length and a sheath around the core, wherein the core comprises an impregnating agent and a multifilament strand comprising glass fibers each having a length substantially equal to the axial length of the pellet and substantially oriented in the axial length of the pellet, wherein the average length of the glass fibers in the strand is between 10 to 50 mm; wherein the sheath comprises a thermoplastic polymer, wherein the thermoplastic polymer is a propylene homopolymer or a propylene copolymer; and molding a molding composition comprising pellets into the article at an elevated temperature, wherein the molding composition further comprises a filler in an amount of from 1 - 20 wt% based on the weight of the molding composition, wherein for fillers with a fiber or whisker shape the length of the fibers, before molding, is between 2 and 8 mm; wherein the amount of glass fibers (in the multifilament strand) is from 30 - 50 wt% based on the weight of the molding composition; and wherein the molded composition has an isotropic E-modulus of at least 5000 MPa as determined according to ISO527/1B at 23 °C.
A respiratory therapy device comprising: a housing; a blower located in the housing and configured to produce a flow of air at a positive pressure to deliver respiratory therapy to a patient, the blower comprising an impeller and an induction motor including a rotor to produce the flow of air, wherein the impeller is coupled to the rotor via a shaft; and a control system for the induction motor configured to adjust a slip frequency of the induction motor based on a measured characteristic of the flow of air produced by the rotor, wherein the control system is an error compensator control system configured to control the speed of the rotor by adjusting said slip frequency based on the difference or error between the measured characteristic and the pre-set or desired level of the characteristic. a housing; a blower located in the housing and configured to produce a flow of air at a positive pressure to deliver respiratory therapy to a patient, the blower comprising an impeller and an induction motor including a rotor to produce the flow of air, wherein the impeller is coupled to the rotor via a shaft; and a control system for the induction motor configured to adjust a slip frequency of the induction motor based on a measured characteristic of the flow of air produced by the rotor, wherein the control system is an error compensator control system configured to control the speed of the rotor by adjusting said slip frequency based on the difference or error between the measured characteristic and the pre-set or desired level of the characteristic.
Arrangement of a hydraulic actuating device, in particular for clutch or brake systems of motor vehicles, having a pedal lever which is mounted on a pedal block such that it can be pivoted about a rotational axis, which pedal lever is operatively connected to a master cylinder in order to produce a hydraulic actuating pressure, an energy store, which is configured in the manner of an over-dead-centre spring, and a hydraulic actuating apparatus which is coupled to the master cylinder being provided, characterized in that, by means of which, the pressure in a pressure space of an actuating cylinder of the actuating apparatus becomes correspondingly greater if a predefined value of the actuating force which is applied to the pedal lever is exceeded and therefore a predefined value of the pressure which is present in the hydraulic system is exceeded by way of coupling of the master cylinder to the actuating apparatus via a pressure line, as a result of which a displacement of a piston rod (4.1) is brought about which results in an automatic adjustment of the energy store, the energy store being integrated into the actuating apparatus.
A method, performed by a user equipment, UE, of controlling uplink, UL, power, the method comprising: receiving configuration information about two power control processes including a first UL power control process and a second UL power control process for closed loop power control, CLPC; receiving downlink control information, DCI, wherein the DCI includes transmission power control command and indication having one bit binary element; and determining transmission power for transmitting a physical uplink shared channel, PUSCH, based on the transmission power control command and the indication, wherein the indication indicates one of the two power control processes. receiving configuration information about two power control processes including a first UL power control process and a second UL power control process for closed loop power control, CLPC; receiving downlink control information, DCI, wherein the DCI includes transmission power control command and indication having one bit binary element; and determining transmission power for transmitting a physical uplink shared channel, PUSCH, based on the transmission power control command and the indication, wherein the indication indicates one of the two power control processes.
A method for enabling a performance measurement on a flow of packets (Pk) transmitted through a packet-switched communication network, said flow of packets (Pk) comprising a marking value periodically switched between at least two alternative marking values (MA; MB) with a marking period (Tm), said method comprising: a) dividing said flow of marked packets (Pk) into blocks, each block having a duration equal to a synchronization period (Ts), said synchronization period (Ts) comprising an integer number N of marking periods (Tm), wherein N is an integer number greater than 1, wherein step a) comprises dividing said flow of marked packets (Pk) into blocks by periodically switching a synchronization value comprised in said packets (Pk) of said packet flow between at least two alternative synchronization values (SA; SB) with said synchronization period (Ts). a) dividing said flow of marked packets (Pk) into blocks, each block having a duration equal to a synchronization period (Ts), said synchronization period (Ts) comprising an integer number N of marking periods (Tm), wherein N is an integer number greater than 1,
A clamping apparatus, comprising: - a support body configured to move in a work direction (X-X), - a vise comprising a stationary jaw and a movable jaw which moves in a clamping direction (Y-Y), perpendicular to the work direction (X-X), from and to the stationary jaw to clamp a workpiece, - actuator means for moving the movable jaw relative to the stationary jaw in the clamping direction (Y-Y), characterized in that said support body comprises: - a first element having drive means configured to be coupled to first translation guides to move the support body along the work direction (X-X), said first element having an upper surface, - a second element, which is operably associated with the first element and is configured to reversibly move relative to the first element along an inclined direction of motion (U-U), that forms a non-zero angle with the clamping direction (Y-Y) and is perpendicular to the work direction (X-X), said vise being mounted to the second element, the upper surface of the first element extending along said direction of motion (U-U), - translating means configured to reversibly translate the second element relative to the first element along the direction of motion (U-U). - a support body configured to move in a work direction (X-X), - a vise comprising a stationary jaw and a movable jaw which moves in a clamping direction (Y-Y), perpendicular to the work direction (X-X), from and to the stationary jaw to clamp a workpiece, - actuator means for moving the movable jaw relative to the stationary jaw in the clamping direction (Y-Y), - a first element having drive means configured to be coupled to first translation guides to move the support body along the work direction (X-X), said first element having an upper surface, - a second element, which is operably associated with the first element and is configured to reversibly move relative to the first element along an inclined direction of motion (U-U), that forms a non-zero angle with the clamping direction (Y-Y) and is perpendicular to the work direction (X-X), said vise being mounted to the second element, the upper surface of the first element extending along said direction of motion (U-U), - translating means configured to reversibly translate the second element relative to the first element along the direction of motion (U-U).