mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a welding system comprising: - receiving welding data corresponding to a welding session for a weld, wherein the welding data comprises welding parameters, and the welding parameters comprise a work angle of a welding torch, a travel angle of the welding torch, a contact tip to work distance, a travel speed of the welding torch along a path of the weld, an aim of the welding torch in relation to a workpiece, or any combination thereof; - receiving a location selection from an operator after completion of the welding session, wherein the location selection corresponds to a point along the path of the weld traversed by the welding torch; and - displaying on a display a graphical representation of the welding parameters of the welding session corresponding to the location selection, characterized in that receiving the location selection comprises: - sensing a position and an orientation of the welding torch relative to a workpiece; and - determining the point along the path of the weld, wherein the point corresponds to an intersection of the workpiece and a projected axis extending from an electrode of the welding torch, and/ or wherein receiving the location selection comprises: - sensing that the welding torch is contacting the workpiece; and - determining the point along the path of the weld, wherein the point corresponds to a contact point between the welding torch and the workpiece. - receiving welding data corresponding to a welding session for a weld, wherein the welding data comprises welding parameters, and the welding parameters comprise a work angle of a welding torch, a travel angle of the welding torch, a contact tip to work distance, a travel speed of the welding torch along a path of the weld, an aim of the welding torch in relation to a workpiece, or any combination thereof; - receiving a location selection from an operator after completion of the welding session, wherein the location selection corresponds to a point along the path of the weld traversed by the welding torch; and - displaying on a display a graphical representation of the welding parameters of the welding session corresponding to the location selection, - sensing a position and an orientation of the welding torch relative to a workpiece; and - determining the point along the path of the weld, wherein the point corresponds to an intersection of the workpiece and a projected axis extending from an electrode of the welding torch, and/ or wherein receiving the location selection comprises: - sensing that the welding torch is contacting the workpiece; and - determining the point along the path of the weld, wherein the point corresponds to a contact point between the welding torch and the workpiece. - sensing that the welding torch is contacting the workpiece; and - determining the point along the path of the weld, wherein the point corresponds to a contact point between the welding torch and the workpiece.
Compound of formula: or a pharmaceutically-acceptable salt, solvate or hydrate thereof, wherein R 1 is wherein Z is selected from CF 3, alkoxy, CF 3 O, halogen, cyano and C 1 -C 4 alkyl optionally substituted with one or more halogens; Y is selected from halogen, alkoxy, hydroxyl, CF 3 O and cyano; W is oxygen; R 3 and R 4 are independently selected from C 1 -C 4 alkyl optionally substituted with one or more fluoro or hydroxyl groups, or R 3 and R 4 and the carbon to which they are attached together form a 3-6 membered cycloalkyl ring, wherein one or more carbons may be optional substituted with one or more fluoro or hydroxyl groups, and wherein one of the carbons is optionally an oxygen or nitrogen; and R 2 is an aryl or heteroaryl group substituted with one or more C 1 -C 6 alkyl, C NHR", SO 2 R", SO 2 NHR", cyano, hydroxyl, alkoxy, C NHR", C OR", CH 2 (CH 2) m Q, halogen or a 5-6 membered heteroaryl group, where R" is selected from hydrogen, C 1 -C 6 alkyl, C 1 -C 6 cycloalkyl and C 1 -C 6 alkenyl; m is an integer selected from 0 to 6; and Q is selected from C NHR", SO 2 R", SO 2 NHR", cyano, hydroxyl, alkoxy, C NHR" and C OR". wherein Z is selected from CF 3, alkoxy, CF 3 O, halogen, cyano and C 1 -C 4 alkyl optionally substituted with one or more halogens; Y is selected from halogen, alkoxy, hydroxyl, CF 3 O and cyano; W is oxygen; R 3 and R 4 are independently selected from C 1 -C 4 alkyl optionally substituted with one or more fluoro or hydroxyl groups, or R 3 and R 4 and the carbon to which they are attached together form a 3-6 membered cycloalkyl ring, wherein one or more carbons may be optional substituted with one or more fluoro or hydroxyl groups, and wherein one of the carbons is optionally an oxygen or nitrogen; and R 2 is an aryl or heteroaryl group substituted with one or more C 1 -C 6 alkyl, C NHR", SO 2 R", SO 2 NHR", cyano, hydroxyl, alkoxy, C NHR", C OR", CH 2 (CH 2) m Q, halogen or a 5-6 membered heteroaryl group, where R" is selected from hydrogen, C 1 -C 6 alkyl, C 1 -C 6 cycloalkyl and C 1 -C 6 alkenyl; m is an integer selected from 0 to 6; and Q is selected from C NHR", SO 2 R", SO 2 NHR", cyano, hydroxyl, alkoxy, C NHR" and C OR".
Method for the initial allocation and/or renewal of certificates for devices and/or applications in a control system for a technical installation on the basis of certificates, wherein the devices and/or applications, within a framework of the initial allocation and/or renewal of the certificates, use a certificate management protocol to post a certificate request at at least one certification authority of the technical installation, characterised in that the devices and/or applications, in addition to the certificate management protocol, implement a certification service (15a, 15b, 15c, 15d) which generates a stateless alarm message and provides it in the control system, when a certificate request previously posted by the device and/or the application has not been answered by the certification authority after a previously determined period of time has expired, wherein the certification service (15a, 15b, 15c, 15d) generates a resolution message after the generation and provision of the stateless alarm message and provides this in the control system, once the certificate request previously posted by the device and/or the application has been answered by the certification authority. the devices and/or applications, in addition to the certificate management protocol, implement a certification service (15a, 15b, 15c, 15d) which generates a stateless alarm message and provides it in the control system, when a certificate request previously posted by the device and/or the application has not been answered by the certification authority after a previously determined period of time has expired, wherein the certification service (15a, 15b, 15c, 15d) generates a resolution message after the generation and provision of the stateless alarm message and provides this in the control system, once the certificate request previously posted by the device and/or the application has been answered by the certification authority.
A system for use in nuclear magnetic resonance, NMR, spectroscopy, the system comprising a spherical rotor, the spherical rotor comprising: a spherical rotor surface; a spherical rotor axis; a plurality of equatorially spaced notches on the spherical rotor surface, wherein the plurality of equatorially spaced notches are equatorially spaced around the spherical rotor axis; a sample chamber comprising a sample chamber axis, wherein the sample chamber axis is parallel to the spherical rotor axis; and one or more sample chamber caps to contain a sample in the sample chamber. a spherical rotor surface; a spherical rotor axis; a plurality of equatorially spaced notches on the spherical rotor surface, wherein the plurality of equatorially spaced notches are equatorially spaced around the spherical rotor axis; a sample chamber comprising a sample chamber axis, wherein the sample chamber axis is parallel to the spherical rotor axis; and one or more sample chamber caps to contain a sample in the sample chamber.
A counterweight fixing device for a crane which has a counter jib, in particular for a tower crane with a luffing jib, comprising a carrier bar, a connection of the carrier bar to the counter jib and one or multiple counterweight blocks which can be hooked onto the carrier bar, and one or multiple insertion rods, characterized in that a) the carrier bar is arranged horizontally and substantially perpendicular to the longitudinal axis of the counter jib, b) the connection of the carrier bar to the counter jib comprises two connecting struts, which are arranged perpendicular to the carrier bar and parallel to each other, c) the counter weight fixing device comprises a transverse strip which is arranged parallel to the carrier bar, wherein the transverse strip has recesses for accommodating the insertion rods, d) the counterweight blocks have a substantially U-shaped cross section, wherein the opening in the U-shape enables that the counterweight blocks can be hooked onto the carrier rod, and wherein the counterweight blocks have recesses for accommodating the insertion rods on the narrow side thereof, which is directed toward the counter jib in the hooked in state of the counterweight blocks. a) the carrier bar is arranged horizontally and substantially perpendicular to the longitudinal axis of the counter jib, b) the connection of the carrier bar to the counter jib comprises two connecting struts, which are arranged perpendicular to the carrier bar and parallel to each other, c) the counter weight fixing device comprises a transverse strip which is arranged parallel to the carrier bar, wherein the transverse strip has recesses for accommodating the insertion rods, d) the counterweight blocks have a substantially U-shaped cross section, wherein the opening in the U-shape enables that the counterweight blocks can be hooked onto the carrier rod, and wherein the counterweight blocks have recesses for accommodating the insertion rods on the narrow side thereof, which is directed toward the counter jib in the hooked in state of the counterweight blocks.
A vehicle control system comprising: a first steering system for a first steerable wheel of a vehicle, wherein the first steering system comprises a first steering input member coupled to a steering input device; a control member coupled to the first steering input member so as to receive a steering input from the first steering input member when the vehicle is stationary; a first integration link coupled to the control member and to a first drive unit; a second steering system for a second steerable wheel of the vehicle, wherein the second steering system comprises a second steering input member, and the control member is coupled to the second steering input member so as to receive a steering input from the second steering input member when the vehicle is stationary; and a second integration link coupled to the control member and to a second drive unit. a first steering system for a first steerable wheel of a vehicle, wherein the first steering system comprises a first steering input member coupled to a steering input device; a control member coupled to the first steering input member so as to receive a steering input from the first steering input member when the vehicle is stationary; a first integration link coupled to the control member and to a first drive unit; a second steering system for a second steerable wheel of the vehicle, wherein the second steering system comprises a second steering input member, and the control member is coupled to the second steering input member so as to receive a steering input from the second steering input member when the vehicle is stationary; and a second integration link coupled to the control member and to a second drive unit.
A damper pin for damping adjacent turbine blades coupled to a rotor shaft, the damper pin comprising; an elongated body having a center portion disposed between a first end portion and a second end portion, the first end portion, center portion and second end portion defining a generally arcuate top portion of the elongated body, at least a portion of the top portion configured to contact with a groove defined between the adjacent turbine blades; wherein the first end portion and the second end portion have substantially semi-cylindrical cross sectional shapes and the center portion has a cylindrical cross sectional shape; characterized in that a bottom portion of the elongated body diverges continuously radially outwardly from the first end portion to the center portion and from the second end portion to the center portion.
A body for an electric motor, of the type comprising a plurality of reels, arranged according to a predefined pitch and intended to receive by winding at least one conducting wire, said body comprising connection portions, joining together adjacent reels and configurable so as to define either a large predefined pitch between the reels or a small predefined pitch between the reels, wherein: - said reels are arrangeable either according to a linear position, or curved in an annular shape; - said connection portions are collapsible from a maximum extension, in which they define said large predefined pitch between the reels, to a minimum extension, in which they define said small predefined pitch between the reels, characterized in that said connection portions comprises points of weakening, said portions being bendable on said points of weakening, between adjacent reels. - said reels are arrangeable either according to a linear position, or curved in an annular shape; - said connection portions are collapsible from a maximum extension, in which they define said large predefined pitch between the reels, to a minimum extension, in which they define said small predefined pitch between the reels,
A method for building a fin field-effect transistor from a substrate, the method comprising: etching an inter-row trench (144; 220) in a substrate (102; 210); substantially or entirely filling the inter-row trench with a dielectric material (150; 222); forming a fin (190; 258) and an insulating projection (168; 242) at least in part by etching in the substrate a gate trench (164; 238) which extends parallel to the inter-row trench (144; 220), wherein the insulating projection includes at least some of the dielectric material in the inter-row trench; filling the gate trench with a gate material (180; 246); and recessing the gate material below a top surface of the fin. etching an inter-row trench (144; 220) in a substrate (102; 210); substantially or entirely filling the inter-row trench with a dielectric material (150; 222); forming a fin (190; 258) and an insulating projection (168; 242) at least in part by etching in the substrate a gate trench (164; 238) which extends parallel to the inter-row trench (144; 220), wherein the insulating projection includes at least some of the dielectric material in the inter-row trench; filling the gate trench with a gate material (180; 246); and recessing the gate material below a top surface of the fin.
A laser system, comprising: a laser source that generates an output beam; and an optical system, distal to the laser source, that is adapted to modify the output beam; wherein the optical system is adapted to modify the output beam to provide a treatment beam having a non-uniform energy profile, characterized in that said non-uniform energy profile is comprised of regions of relatively high energy per unit area and a background region of radiation of relatively low energy per unit area, wherein the regions of relatively high energy per unit area are surrounded by the background region of radiation, so that the entire profile of the treatment beam comprises radiation of at least a relatively low energy per unit area. a laser source that generates an output beam; and an optical system, distal to the laser source, that is adapted to modify the output beam; wherein the optical system is adapted to modify the output beam to provide a treatment beam having a non-uniform energy profile, characterized in that said non-uniform energy profile is comprised of regions of relatively high energy per unit area and a background region of radiation of relatively low energy per unit area, wherein the regions of relatively high energy per unit area are surrounded by the background region of radiation, so that the entire profile of the treatment beam comprises radiation of at least a relatively low energy per unit area.
A combine harvester provided with a threshing and separation means and a cleaning arrangement (15,16,17), the cleaning arrangement comprising a preparation means and one or more sieves, characterized in that the cleaning arrangement is located above the threshing and separation means, the combine harvester being further equipped with: • an elevator and distribution means comprising a collection area (12,42,43) underneath the threshing and separation means and a delivery area (25,51,52) above said threshing and separation means, and configured to transport a mixture of grains and crop residue material upwards from said collection area to said delivery area, and to distribute the mixture along the width of the cleaning arrangement, • a supply means (10,11) configured to receive said mixture from said threshing and separation means and to supply the mixture to said collection area (12,42,43). • an elevator and distribution means comprising a collection area (12,42,43) underneath the threshing and separation means and a delivery area (25,51,52) above said threshing and separation means, and configured to transport a mixture of grains and crop residue material upwards from said collection area to said delivery area, and to distribute the mixture along the width of the cleaning arrangement, • a supply means (10,11) configured to receive said mixture from said threshing and separation means and to supply the mixture to said collection area (12,42,43).
A Remote Radio Unit, hereinafter referred to as RRV, comprising an RRU radiator structural member and a shell, characterized in that the shell comprises an evaporator, radiating pipes and a shell body, the inside of the evaporator is in communication with the radiating pipes to form a loop for holding a phase change medium, and the radiating pipes are disposed on the shell body for transferring heat to the shell; and the evaporator is connected to a radiator of the RRU radiator structural member.
Electrical cable having four wires (A, B, C, D) which are grouped into a first and a second pair, wherein each of the pairs has a first (A, B) and a second wire (C, D) respectively, wherein, at least in a first and a third length, the wires belonging to the first pair (A, C) are arranged in a first level parallel to one another and the wires belonging to the second pair (B, D) are arranged in a second level parallel to one another and both levels intersect in a line of intersection, wherein the line of intersection runs parallel to the wires (A, B, C, D) and the distances between a respective wire (A, B, C, D) and the lines of intersection are of the same size, wherein, in at least the first length, the cutting angle between the levels is 90°, and wherein in a second length, the first wire of the first pair intersects with the first wire of the second pair and the second wire of the first pair intersects with the second wire of the second pair, characterised in that, at least in the third length, the cutting angle (α) between the levels is different from 90° and, in the third length, a distance (d) between the wires (A, C) of the first pair and a distance (d) between the wires (B, D) of the second pair remains the same and two respective wires of different pairs, in particular on one side the first wire of the first pair and the second wire of the second pair and on the other side the first wire of the second pair and the second wire of the first pair, are brought together with smaller spacing (a') than in the first length, whereas the respective other wires of different pairs, in particular on one side the first wire of the first pair and the first wire of the second pair and on the other side the second wire of the first pair and the second wire of the second pair, are brought together with larger spacing (a") than in the first length.
A method of controlling a communication device (207, 1701) in a cellular communication system, wherein the communication device has radio equipment that operates on no more than a predefined bandwidth of a radiofrequency spectrum occupying 1.4 MHz, the predefined bandwidth being smaller than the full system bandwidth of the cellular communication system, the method comprising: operating the radio equipment to initiate a cell search procedure and receive information transmitted in a first region in the radiofrequency spectrum, spanning no more than the predefined bandwidth; the information informing about the presence and time and frequency location of system information, M-SI, in a second region spanning no more than the predefined bandwidth; tuning the radio equipment to cause the radio equipment to operate in said second region of the radiofrequency spectrum; while tuned to the second region of the radiofrequency spectrum, operating the radio equipment to receive said system information, M-SI, (1309, 1405) being transmitted by the cellular communication system; and tuning the radio equipment to cause the radio equipment to operate in a third region of the radiofrequency spectrum in accordance with said system information, M-SI; wherein at least one of the second and third regions of the radiofrequency spectrum is different than the first region of the radio frequency spectrum. operating the radio equipment to initiate a cell search procedure and receive information transmitted in a first region in the radiofrequency spectrum, spanning no more than the predefined bandwidth; the information informing about the presence and time and frequency location of system information, M-SI, in a second region spanning no more than the predefined bandwidth; tuning the radio equipment to cause the radio equipment to operate in said second region of the radiofrequency spectrum; while tuned to the second region of the radiofrequency spectrum, operating the radio equipment to receive said system information, M-SI, (1309, 1405) being transmitted by the cellular communication system; and tuning the radio equipment to cause the radio equipment to operate in a third region of the radiofrequency spectrum in accordance with said system information, M-SI; wherein at least one of the second and third regions of the radiofrequency spectrum is different than the first region of the radio frequency spectrum.