mhurhangee/ep-ind-claims huggingface dataset:
Method for checking the lateral distribution of a spreading material type, comprising the steps of: - performing a test application of a spreading material type on an agricultural area by means of an agricultural application machine, - detecting lateral distribution information by means of a mobile method, the lateral distribution information relating to the actual lateral distribution of the spreading material type applied during the test application on the agricultural area; - providing the detected lateral distribution information for an analysis device; - comparing the provided lateral distribution information with a lateral distribution of the spreading material type that is expected for the performed test application, by means of the analysis device, and - providing recommendations (50a, 50b) for the setting parameters of the agricultural application machine that influence the lateral distribution, in particular on the basis of an intended lateral distribution; characterized by at least one of the following steps: - providing a user with an opportunity to evaluate the recommended setting parameters (50a, 50b, 52a, 52b); - providing the evaluations (54, 56) input by users for recommended setting parameters (50a, 50b, 52a, 52b) to other users. - performing a test application of a spreading material type on an agricultural area by means of an agricultural application machine, - detecting lateral distribution information by means of a mobile method, the lateral distribution information relating to the actual lateral distribution of the spreading material type applied during the test application on the agricultural area; - providing the detected lateral distribution information for an analysis device; - comparing the provided lateral distribution information with a lateral distribution of the spreading material type that is expected for the performed test application, by means of the analysis device, and - providing recommendations (50a, 50b) for the setting parameters of the agricultural application machine that influence the lateral distribution, in particular on the basis of an intended lateral distribution; - providing a user with an opportunity to evaluate the recommended setting parameters (50a, 50b, 52a, 52b); - providing the evaluations (54, 56) input by users for recommended setting parameters (50a, 50b, 52a, 52b) to other users.
A system for detecting and correcting for an unloaded vehicle condition, the system comprising: a vehicle control system; and a controller configured to receive, from a sensor module, at least one sensor value including normal force; determine at least one vehicle motion characteristic based on the at least one sensor value; determine that an unloaded state exists when a value of the at least one vehicle motion characteristic exceeds a threshold; and activate at least one countermeasure when the controller determines that the unloaded state exists. a vehicle control system; and a controller configured to receive, from a sensor module, at least one sensor value including normal force; determine at least one vehicle motion characteristic based on the at least one sensor value; determine that an unloaded state exists when a value of the at least one vehicle motion characteristic exceeds a threshold; and activate at least one countermeasure when the controller determines that the unloaded state exists.
An elevator car (103, 203) having a top (302, 402, 502, 602) and at least one elevator car door, comprising: an elevator car ceiling access system (300, 500, 600, 700, 800) comprising: an access panel (306, 406, 506, 606) located in the top (302, 402, 502, 602) of the elevator car (103, 203); and an access panel operator (316, 716, 816); and a car door operator (310, 710, 810); characterized by a selectively engageable coupling (314, 614, 714, 814) arranged between the car door operator (310, 710, 810) and the access panel operator (316, 716, 816) and arranged to selectively couple to the car door operator (310, 710, 810) and the access panel operator (316, 716, 816) to enable selective opening of the access panel (306, 406, 506, 606). an access panel (306, 406, 506, 606) located in the top (302, 402, 502, 602) of the elevator car (103, 203); and an access panel operator (316, 716, 816); and a car door operator (310, 710, 810); characterized by a selectively engageable coupling (314, 614, 714, 814) arranged between the car door operator (310, 710, 810) and the access panel operator (316, 716, 816) and arranged to selectively couple to the car door operator (310, 710, 810) and the access panel operator (316, 716, 816) to enable selective opening of the access panel (306, 406, 506, 606).
A money item conveying system comprising: a money item conveyor configured to convey a money item; at least one money item sensor located adjacent the money item conveyor and configured to sense at least one characteristic of the money item as it is conveyed; and a guide located adjacent the conveyor against which the money item is conveyed past the sensor; characterised in that the money item conveyor is configured to direct the money item at least partially out of a conveying plane of the conveyor and into a sensing plane of the adjacent sensor as the money item passes the sensor in a sensing region of the conveyor path and a region between the guide and the conveyor into which the money item is directed is out of the conveying plane of the conveyor and in the sensing plane of the sensor. a money item conveyor configured to convey a money item; at least one money item sensor located adjacent the money item conveyor and configured to sense at least one characteristic of the money item as it is conveyed; and a guide located adjacent the conveyor against which the money item is conveyed past the sensor; characterised in that the money item conveyor is configured to direct the money item at least partially out of a conveying plane of the conveyor and into a sensing plane of the adjacent sensor as the money item passes the sensor in a sensing region of the conveyor path and a region between the guide and the conveyor into which the money item is directed is out of the conveying plane of the conveyor and in the sensing plane of the sensor.
A stator and case assembly for a gas turbine engine comprising: a case defining a working fluid flowpath for the gas turbine engine; and a stator disposed at the case, the stator including: a plurality of stator vanes; and an outer shroud located at a radially outboard extent of the plurality of stator vanes, and including one or more outer shroud positioning tabs configured to engage one or more corresponding case alignment features to radially position the outer shroud at the case, wherein: the one or more outer shroud positioning tabs has a radial interference fit to the one or more corresponding case alignment features; and the one or more outer shroud positioning tabs are configured to position the outer shroud to define a radial tip clearance between the outer shroud and an adjacent rotor of the gas turbine engine, characterised in that: the outer shroud is configured to extend axially over the adjacent rotor of the gas turbine engine. a case defining a working fluid flowpath for the gas turbine engine; and a stator disposed at the case, the stator including: a plurality of stator vanes; and an outer shroud located at a radially outboard extent of the plurality of stator vanes, and including one or more outer shroud positioning tabs configured to engage one or more corresponding case alignment features to radially position the outer shroud at the case, wherein: the one or more outer shroud positioning tabs has a radial interference fit to the one or more corresponding case alignment features; and the one or more outer shroud positioning tabs are configured to position the outer shroud to define a radial tip clearance between the a plurality of stator vanes; and an outer shroud located at a radially outboard extent of the plurality of stator vanes, and including one or more outer shroud positioning tabs configured to engage one or more corresponding case alignment features to radially position the outer shroud at the case, wherein: the one or more outer shroud positioning tabs has a radial interference fit to the one or more corresponding case alignment features; and the one or more outer shroud positioning tabs are configured to position the outer shroud to define a radial tip clearance between the the one or more outer shroud positioning tabs has a radial interference fit to the one or more corresponding case alignment features; and the one or more outer shroud positioning tabs are configured to position the outer shroud to define a radial tip clearance between the outer shroud and an adjacent rotor of the gas turbine engine, characterised in that: the outer shroud is configured to extend axially over the adjacent rotor of the gas turbine engine.
An impact power tool comprising: a housing; a motor disposed in the housing and including a motor output shaft; a transmission including a transmission output shaft and an input member rotatably drivable by rotation of the motor output shaft; a rotary impact assembly including a cam shaft extending along and rotatable about an axis, a hammer coupled to the cam shaft for axial and rotational movement relative to the cam shaft, an anvil rotatable about the axis, and a spring biasing the hammer toward the anvil; a tool output shaft at least partially received in the housing and rotatable by rotation of the anvil; and characterized in that the impact power tool further comprises a coupler removably coupling the cam shaft to the transmission output shaft, wherein when torque on the tool output shaft is less than or equal to a first threshold, the transmission output shaft, the cam shaft, the hammer, and the anvil rotate together to transmit torque to the tool output shaft, wherein when torque on the tool output shaft is above the first threshold, the hammer moves along the cam shaft away from the anvil by at least a first distance and applies intermittent rotary impacts to the anvil and the tool output shaft, and wherein when the hammer moves along the cam shaft away from the anvil by at least a second distance greater than the first distance, the coupler decouples the transmission output shaft from the cam shaft, interrupting torque transmission to the tool output shaft. a housing; a motor disposed in the housing and including a motor output shaft; a transmission including a transmission output shaft and an input member rotatably drivable by rotation of the motor output shaft; a rotary impact assembly including a cam shaft extending along and rotatable about an axis, a hammer coupled to the cam shaft for axial and rotational movement relative to the cam shaft, an anvil rotatable about the axis, and a spring biasing the hammer toward the anvil; a tool output shaft at least partially received in the housing and rotatable by rotation of the anvil; and characterized in that the impact power tool further comprises a coupler removably coupling the cam shaft to the transmission output shaft, wherein when torque on the tool output shaft is less than or equal to a first threshold, the transmission output shaft, the cam shaft, the hammer, and the anvil rotate together to transmit torque to the tool output shaft, wherein when torque on the tool output shaft is above the first threshold, the hammer moves along the cam shaft away from the anvil by at least a first distance and applies intermittent rotary impacts to the anvil and the tool output shaft, and wherein when the hammer moves along the cam shaft away from the anvil by at least a second distance greater than the first distance, the coupler decouples the transmission output shaft from the cam shaft, interrupting torque transmission to the tool output shaft.
A method for wireless communications by a network entity, comprising: identifying resources previously reserved for forward compatibility, FC, that are available for reuse by a legacy user equipment, UE; and providing signaling, to the legacy UE, indicating the identified resources are available for reuse. identifying resources previously reserved for forward compatibility, FC, that are available for reuse by a legacy user equipment, UE; and providing signaling, to the legacy UE, indicating the identified resources are available for reuse.
A free-standing die assembly for use within a press (800,900) having a press ram and for texturing a workpiece, the die assembly comprising: a) a base die plate attachable to the press (800,900), the base die plate having a series of fixed, vertical posts; b) a centre die plate mounted above the base die plate on the posts and having a portion for receiving the workpiece, the centre die plate vertically movable on the posts relative to the base die plate; c) an upper die plate mounted above the centre die plate on the posts for being urged downwardly by the press ram, the upper die plate vertically movable on the posts relative to the base die plate and the centre die plate; d) a tooling assembly mounted to the upper die plate above the portion for receiving the workpiece, the tooling assembly having a plurality of oppositely acting blades (11,14), the blades (11,14) horizontally movable for texturing the workpiece received on the portion; and e) a linear actuator for moving the blades (11,14) to texture the workpiece as the upper die plate descends toward the base die plate. a) a base die plate attachable to the press (800,900), the base die plate having a series of fixed, vertical posts; b) a centre die plate mounted above the base die plate on the posts and having a portion for receiving the workpiece, the centre die plate vertically movable on the posts relative to the base die plate; c) an upper die plate mounted above the centre die plate on the posts for being urged downwardly by the press ram, the upper die plate vertically movable on the posts relative to the base die plate and the centre die plate; d) a tooling assembly mounted to the upper die plate above the portion for receiving the workpiece, the tooling assembly having a plurality of oppositely acting blades (11,14), the blades (11,14) horizontally movable for texturing the workpiece received on the portion; and e) a linear actuator for moving the blades (11,14) to texture the workpiece as the upper die plate descends toward the base die plate.
A motor control device comprising: a rotation position detection sensor (H1, H2, H3) detecting a rotation position of a rotor; an energization pattern output portion that cyclically outputs a plurality of energization patterns; and an inverter circuit that selectively connects respective coils (Lu, Lv, Lw) provided in a motor to a power supply according to the output energization pattern, characterized in that the energization pattern output portion is configured to delay an output timing of the energization pattern according to a rotation speed of the motor to eliminate the errors in detection timing of the rotation position by the rotation position detection sensor. a rotation position detection sensor (H1, H2, H3) detecting a rotation position of a rotor; an energization pattern output portion that cyclically outputs a plurality of energization patterns; and an inverter circuit that selectively connects respective coils (Lu, Lv, Lw) provided in a motor to a power supply according to the output energization pattern, characterized in that the energization pattern output portion is configured to delay an output timing of the energization pattern according to a rotation speed of the motor to eliminate the errors in detection timing of the rotation position by the rotation position detection sensor.
A method of injecting chemicals in a well, comprising: deploying a plurality of chemical injection valve systems at unique valve system locations in a well; and characterised by delivering a treatment chemical through a single control line located exterior to and connected to a well string to the plurality of chemical injection valve systems via the same single control line run from a surface location and coupled between the plurality of chemical injection valve systems; and metering the flow of treatment chemical into the well at each chemical injection valve system of the plurality of chemical injection valve systems to ensure a desired amount of treatment chemical is delivered into the well at each chemical injection valve system location. deploying a plurality of chemical injection valve systems at unique valve system locations in a well; and characterised by delivering a treatment chemical through a single control line located exterior to and connected to a well string to the plurality of chemical injection valve systems via the same single control line run from a surface location and coupled between the plurality of chemical injection valve systems; and metering the flow of treatment chemical into the well at each chemical injection valve system of the plurality of chemical injection valve systems to ensure a desired amount of treatment chemical is delivered into the well at each chemical injection valve system location.
Paroxetine as the hydrochloride salt or the mesylate salt for use in treating females having hot flashes associated with menopause at a dose of 7.5 mg/day, based on the paroxetine moiety.
A method of stabilizing hemoglobin characterized by comprising solubilizing an iminocarboxylic acid or a salt thereof in an aqueous solution containing hemoglobin or in an aqueous solution in which feces containing hemoglobin are suspended, wherein the iminocarboxylic acid or a salt thereof is 3-'hydroxy-'2,2'-iminodisuccinic acid of Formula: where X is a hydrogen atom, an alkali metal, or an ammonium group, or a salt thereof.
A cyclic apelin analog of the general formula X1-X2-X3X4-X5-X6-X7-X8-X9-X10-X11-X12-X13-X14, comprising one Lanthionine bridge of the structure Ala-S-Ala or one methylLanthionine bridge of the structure Abu-S-Ala or Ala-S-Abu, wherein X1 is absent; X2 is pGlu; X3 is Arg X4 is Pro, Pro-(me)Lan,; X5 is Arg, (me)Lan, Arg-(me)Lan,; X6 is Leu, (me)Lan, Leu-(me)Lan,; X7 is Ala, (me)Lan,; X8 is His, (me)Lan,; X9 is Lys, (me)Lan, Lys-(me)Lan,; X10 is Gly, (me)Lan,; X11 is Pro,, (me)Lan, Pro-Lan; X12 is Met, (me)Lan, Met-(me)Lan; X13 is either absent or selected from Pro, Dhb, (me)Lan,; X14 is the C-terminus and is either absent or is Phe, unless X13 is absent; in which Abu means aminobutyric acid and Dhb means dehydrobutyrine; (me)Lan means Lan or meLan, wherein Lan denotes the N- or C-terminal half of a Lanthionine (Ala-S-Ala) and meLan denotes the N- or C-terminal half of a methylLanthionine (Abu-S-Ala or Ala-S-Abu); with the proviso that: (i) the analog contains up to two Ala residues; (ii) the sequence X4 through X13 contains one pair of meLan or one pair of Lan which together form a (methyl)Lanthionine bridge; and (iii) wherein said (methyl)Lanthionine bridge is of the size which comprises either two, three, four or five residues under the ring; or an amide, an ester or a salt thereof. Abu means aminobutyric acid and Dhb means dehydrobutyrine; (me)Lan means Lan or meLan, wherein Lan denotes the N- or C-terminal half of a Lanthionine (Ala-S-Ala) and meLan denotes the N- or C-terminal half of a methylLanthionine (Abu-S-Ala or Ala-S-Abu); (i) the analog contains up to two Ala residues; (ii) the sequence X4 through X13 contains one pair of meLan or one pair of Lan which together form a (methyl)Lanthionine bridge; and (iii) wherein said (methyl)Lanthionine bridge is of the size which comprises either two, three, four or five residues under the ring;
A bridge inspection vehicle traveling mechanism, comprising: a frame; a traveling member; a link rod; a linear telescopic mechanism, one end thereof being hinged to the frame and the other end thereof being hinged to the traveling member, and the linear telescopic mechanism for driving the traveling member to be retracted upwardly or to be grounded downwardly; a second cylinder, a cylinder barrel thereof being hinged to the frame and a cylinder rod thereof being hinged to one end of the link rod, and the other end of the link rod being hinged to an exterior of the linear telescopic mechanism, the second cylinder for driving the linear telescopic mechanism to be lifted upwards obliquely or to be perpendicular to the ground downwardly; a slide rail, being fixedly connected to a lower surface of the frame; the cylinder rod of the second cylinder is arranged in the slide rail; anda slider, being slidable in the slide rail, the cylinder rod of the second cylinder and one end of the link rod are hinged to the slider; wherein the slide rail comprising: a top plate, being fixedly connected to the lower surface of the frame, and two side plates, being arranged at two sides of the top plate respectively for enclosing the slider, the bottom portions of the two side plates both extend inwardly to form two bottom plates for supporting the slider, and between the two bottom plates is formed a gap for allowing running of the link rod. a frame; a traveling member; a link rod; a linear telescopic mechanism, one end thereof being hinged to the frame and the other end thereof being hinged to the traveling member, and the linear telescopic mechanism for driving the traveling member to be retracted upwardly or to be grounded downwardly; a second cylinder, a cylinder barrel thereof being hinged to the frame and a cylinder rod thereof being hinged to one end of the link rod, and the other end of the link rod being hinged to an exterior of the linear telescopic mechanism, the second cylinder for driving the linear telescopic mechanism to be lifted upwards obliquely or to be perpendicular to the ground downwardly; a slide rail, being fixedly connected to a lower surface of the frame; the cylinder rod of the second cylinder is arranged in the slide rail; anda slider, being slidable in the slide rail, the cylinder rod of the second cylinder and one end of the link rod are hinged to the slider; wherein the slide rail comprising: a top plate, being fixedly connected to the lower surface of the frame, and two side plates, being arranged at two sides of the top plate respectively for enclosing the slider, the bottom portions of the two side plates both extend inwardly to form two bottom plates for supporting the slider, and between the two bottom plates is formed a gap for allowing running of the link rod.
A thermoplastic elastomer composition, wherein the composition comprises a following crosslinked composition and a following hydrogenated block copolymer with mass ratio of in the range of / =10/90 to 90/10; the crosslinked composition being a composition obtained by heat-treating a composition under a molten condition thereof, the said composition comprising: 100 parts by mass of at least one block copolymer selected from a group consisting of a block copolymer and a hydrogenated product thereof, the said block copolymer comprising a polymer block A mainly comprising a structural unit derived from an aromatic vinyl compound and containing 1% by mass or more of a structural unit (a) derived from a styrene in which an alkyl group having 1 to 8 carbon atoms is bonded to a benzene ring thereof and a polymer block B mainly comprising a structural unit derived from a conjugated diene compound; 10 parts by mass to 300 parts by mass of an olefin-based resin; 0.01 parts by mass to 20 parts by mass of a crosslinking agent; 1 part by mass to 50 parts by mass of a crosslinking adjuvant; and 30 parts by mass to 250 parts by mass of a softener for rubber; and the hydrogenated block copolymer being a hydrogenated block copolymer obtained by hydrogenating a block copolymer having at least two polymer blocks C mainly comprising a structural unit derived from an aromatic vinyl compound and at least one polymer block D mainly comprising a structural unit derived from a conjugated diene compound, provided that the block copolymer is not included therein.