mhurhangee/ep-ind-claims huggingface dataset:
A method of producing a grain-oriented electrical steel sheet which comprises a series of steps of hot rolling a steel slab having a chemical composition of C: 0.001∼0.10 mass%, Si: 1.0∼5.0 mass%, Mn:0.01∼0.5 mass%, sol. Al: 0.003∼0.050 mass%, N: 0.0010∼0.020 mass%, one or two selected from S and Se: 0.005∼0.040 mass% in total, and the remainder being Fe and inevitable impurities, subjecting the resulting sheet to a hot band annealing if necessary, conducting a single cold rolling or two or more cold rollings with an intermediate annealing therebetween to form a cold rolled sheet having a final thickness, conducting a primary recrystallization annealing, applying an annealing separator, and conducting a final annealing, characterized in that in a heating process of the primary recrystallization annealing, a heating rate S1 from a temperature T1 to a temperature T2, which are determined by the following equations and: T 1 °C: 500 + 2 × NB − NA T 2 °C: 600 + 2 × NB − NA is set to not less than 80°C/sec, and an average heating rate S2 from the temperature T2 to 750°C is set to 0.1∼0.7 times of S1, wherein NA represents N amount (massppm) precipitated after the final cold rolling and NB represents N amount (massppm) precipitated after the primary recrystallization annealing in the equations and.
Locking or hinge bolt (10, 1012), with a guide sleeve (10, 1010) that can be fixed on a machine part, such as sheet metal wall or door leaf, in which a locking bolt (12, 1012) is axially guided against spring force (14, 1014), and having a handle (16, 1016) which is axially guided by the outer surface of the guide sleeve, characterised in that the guide sleeve (10, 1010) has a head (28, 1028), which constitutes an outer shoulder (34, 1034), with which the guide sleeve (10, 1010) is fixed on the machine part (40, 1040).
A method of enhancing the dewatering of an alumina trihydrate bearing slurry in a dewatering step of a mineral processing application, the method comprising: adding to the alumina trihydrate bearing slurry or to a wash fluid added to the slurry at least one R-succinic compound having a structure selected from formula or formula, a conjugate acid-base of the R-succinic compound having a structure selected from formula or formula, and combinations thereof; wherein formula is and formula is and wherein R and R' are independent, distinct, and represent alkyl, alkenyl, or aromatic hydrocarbon groups containing 1-30 carbon atoms. adding to the alumina trihydrate bearing slurry or to a wash fluid added to the slurry at least one R-succinic compound having a structure selected from formula or formula, a conjugate acid-base of the R-succinic compound having a structure selected from formula or formula, and combinations thereof; wherein formula is and formula is and wherein R and R' are independent, distinct, and represent alkyl, alkenyl, or aromatic hydrocarbon groups containing 1-30 carbon atoms.
A method for subsea installation of a buoyancy module, comprising: securing a buoyancy module to a clamp tool; positioning the clamp tool proximate to a submerged conduit; actuating the clamp tool around the submerged conduit; securing the buoyancy module to the submerged conduit; and releasing the clamp tool from the buoyancy module, characterized in that the clamp tool comprises: a first plate, a second plate, a third plate, and a fourth plate; a first connecting bar including a telescoping member; a second connecting bar including a telescoping member; and hinges, wherein the hinges couple the first plate to the second plate and the third plate to the fourth plate; the first connecting bar connects the first plate to the third plate; and the second connecting bar connects the second plate to the fourth plate. securing a buoyancy module to a clamp tool; positioning the clamp tool proximate to a submerged conduit; actuating the clamp tool around the submerged conduit; securing the buoyancy module to the submerged conduit; and releasing the clamp tool from the buoyancy module, characterized in that the clamp tool comprises: a first plate, a second plate, a third plate, and a fourth plate; a first connecting bar including a telescoping member; a second connecting bar including a telescoping member; and hinges, wherein the hinges couple the first plate to the second plate and the third plate to the fourth plate; the first connecting bar connects the first plate to the third plate; and the second connecting bar connects the second plate to the fourth plate. a first plate, a second plate, a third plate, and a fourth plate; a first connecting bar including a telescoping member; a second connecting bar including a telescoping member; and hinges, wherein the hinges couple the first plate to the second plate and the third plate to the fourth plate; the first connecting bar connects the first plate to the third plate; and the second connecting bar connects the second plate to the fourth plate.
A tire building drum comprising an inboard section, a center section and an outboard section, the inboard section having a rotating spindle and a sliding shaft, wherein the sliding shaft is slidable within the spindle and rotationally coupled to the spindle, wherein the inboard section is axially fixed, wherein the inboard section has a radially expandable bead lock device mounted on the spindle, wherein the center section has a hub affixed to the sliding shaft, the hub having one or more pinion gears for engaging a fixed rack and a moving rack, wherein the moving rack is located inside of the sliding shaft, wherein the drum is configured such that a rotation of the pinion gears can axially slide the shaft inboard and outboard, and wherein the fixed rack is connected to the spindle.
Connection device for media lines with at least one insert part, at least one cover plate, at least one base plate, at least one fluid channel and at least one connection opening for at least partially receiving the insert part, wherein the insert part has a connection interface for establishing a connection with a media line, wherein the insert part can be detachably inserted at least partially into the connection opening, wherein the cover plate can be connected to the base plate, and wherein the connection opening extends at least partially in the base plate, wherein the insert part comprises at least one connecting means for positive latching with the cover plate, the connecting means is designed as at least two latching hooks, the latching hooks themselves or in combination with at least one part of the insert part are radially resilient, and the connection opening comprises a plurality of leakage recesses extending in the longitudinal direction on its inner circumference on a first end side.
Roller mill comprising two rollers (1, 1') which are arranged in parallel, are pressed one against the other and rotate in opposite directions during operation, wherein one of the rollers can be displaced orthogonally with respect to the axial direction of this roller, and two electric motors (2, 2'), which electric motors (2, 2') are each assigned to one of the two rollers (1, 1'), wherein a setpoint value for the rotational speed or the torque is predefined as a reference to a control of a master electric motor of the electric motors (2, 2'), characterized in that a reference for a control of a follower electric motor of the electric motors (2, 2') is based on an actual value of the torque or of the rotational speed of the master electric motor multiplied by a load distribution factor.
A cushion intended to be removably assembled on the front face of a compression bandage of a lumbar support belt, the cushion including a rear face defining substantially a plane provided with removable assembly means on the compression bandage, and providing a substantially central main axis orthogonal to the rear face, the cushion comprising, on the front side, N bearing areas (21a-c, 22a-d, 23a-d, 24a-d), with N≥2, the bearing areas being distinct and disposed on the cushion in an asymmetrical arrangement in rotation about the main axis according to at least a non-zero angle α, so that the cushion can be assembled to the bandage in order to form the compression belt: - in a first position, in which the bearing areas (21a-c, 22a-d, 23a-d, 24a-d) of the cushion define a first configuration; - and at least a second position, obtained from the first position after a rotation of the cushion by an angle α about the main axis, wherein the bearing areas (21a-c, 22a-d, 23a-d, 24a-d) of the cushion define a second configuration different from the first configuration; characterized in that one of said bearing areas (21a, 22a, 23a, 24a, 24b) of the cushion defines substantially an angular sector that has a vertex located in the vicinity of the main axis, which extends up to the periphery of the cushion, and which is delimited by two edges (31a, 32a-b, 33a-b, 34a-b) making therebetween an angle comprised between 40° and 100°, for example close to 90°, this bearing area (21a, 22a, 23a, 24a, 24b) having the overall shape of a dome and being configured to provide a bearing intensity different from the one provided by at least another bearing area (21b-c, 22b-d, 23b-d, 24c-d) of the cushion. - in a first position, in which the bearing areas (21a-c, 22a-d, 23a-d, 24a-d) of the cushion define a first configuration; - and at least a second position, obtained from the first position after a rotation of the cushion by an angle α about the main axis, wherein the bearing areas (21a-c, 22a-d, 23a-d, 24a-d) of the cushion define a second configuration different from the first configuration;
Glueless composite panel, comprising at least a first panel element and a second panel element that can be connected together by means of coupling means arranged thereon and respectively extending parallel to a longitudinal direction (x) of a first end face of the first panel element and of a second end face of the second panel element, and thereby enclose between them an angle (c) that is not equal to 180°, wherein the first panel element has, as coupling means, a first groove on its first end face and the second panel element comprises an inner edge region adjoining its second end face and with a second groove, which is laterally delimited by a second edge strip that merges into the second end face, wherein the first groove is delimited by a tongue and a first edge strip which is set back with respect to the tongue, wherein the first edge strip is divided into individual first strip portions and the second edge strip is divided into individual second strip portions such that, in the coupled state of the panel elements (A, B), the first strip portions and the second strip portions undercut one another at least in certain areas, wherein the first strip portions are arranged in the second groove and the second strip portions are arranged in the first groove, and wherein the second end face has a head strip which extends parallel to its longitudinal direction (x) and the tongue comprises a coupling channel which corresponds to the head strip, wherein, with the panel elements (A, B) in the coupled state, the head strip is arranged in the coupling channel, characterised in that the first panel element has a first partial region which is inclined relative to an outer side surface at a first angle (f) that is smaller than 90 degrees and greater than 45 degrees so that a connection plane (d) does not exactly intersect the internal corner located at the intersection of the inner side surface and the inner edge region, and in that the panel element has an inclined partial region on a second end side which extends between a head strip and in the outer edge region of the second panel element, wherein the partial region and the outer edge region of the second panel element have an angle of less than 45 degrees.
A cylindrical sputter target comprising a substrate and a target material that forms a layer on the substrate, said layer has a thickness d, wherein the target material comprises sub-stoichiometric TiOx as the main component, 1 and characterized in that d is at least 12 mm and x is within a range of 1.45<x<1.65.
A door, in particular a high-speed door, with a door leaf (1, 21) with a vertical running direction, with a drive (7, 30) for opening and closing the door and with a braking device which is continuously active at least in the closure direction, characterised in that the braking device comprises a belt brake, with a brake drum which is arranged on the shaft in a rotationally fixed manner, said shaft being connected to the drive (7, 30) and onto which the door leaf can be wound or over which pull means are led, via which pull means the door leaf is movable, and with a stationary brake belt which at least partly encompasses the drum.
Method of processing thermoplastic material to form a plastic article, wherein the method comprises the step of processing the thermoplastic material at a temperature greater than the melt temperature, T m, of the thermoplastic, preferably at a temperature between 100°C and 500°C, wherein the thermoplastic material comprises polymer and at least one polychromic substance, wherein the polychromic substance is a functionalised diacetylene having the formula which has the general structure: X-C≡C-C≡C-Y- n-QZ wherein X is H or alkyl, Y is a divalent alkylene group, Q is O, S or NR, R is H or alkyl, and Z is H or alkyl, and n is 0 or 1, and further comprising the step of irradiating the plastic article to colour at least a region of the plastic article.
A mobile screening assembly supporting a screen box for a mobile bulk material processing equipment, said assembly comprising: a base frame having a forward end, a rear end, a lower surface and an upper surface; a first linking element having a first linking element forward end and a first linking element rearward end, and being movably connected to the base frame via a first attachment means arranged with the base frame allowing a first tilt angle (α) to be set between the base frame and the first linking element; a second linking element having a second linking element forward end and a second linking element rearward end, and being movably arranged with the first linking element via a second attachment means arranged with the first linking element, allowing a second tilt angle (β) to be set between an upper surface of said first linking element and a lower surface of said second linking element for affecting elevation of the second linking element forward end. a base frame having a forward end, a rear end, a lower surface and an upper surface; a first linking element having a first linking element forward end and a first linking element rearward end, and being movably connected to the base frame via a first attachment means arranged with the base frame allowing a first tilt angle (α) to be set between the base frame and the first linking element; a second linking element having a second linking element forward end and a second linking element rearward end, and being movably arranged with the first linking element via a second attachment means arranged with the first linking element, allowing a second tilt angle (β) to be set between an upper surface of said first linking element and a lower surface of said second linking element for affecting elevation of the second linking element forward end.
Method for disassembling a rotor, in particular the front-most rotor, of a gas turbine that comprises a housing and a channel, which channel diverges in a through-flow direction and in which the rotor is arranged, the method comprising the step of: axially displacing an outer sealing ring located radially opposite the rotor, the minimum internal diameter (d 27) of which outer sealing ring is smaller than a maximum outer diameter (D 19) of the Rotor, counter to the direction of flow; and comprising the subsequent step of: axially displacing the rotor counter to the through-flow direction, in particular out of the housing; characterized in that the rotor is displaced axially in the through-flow direction prior to the radial displacement of the outer sealing ring parts.
Method for sending a request (62, 66) for coupling an electronic device (4, 6) and a remote control with an input interface (10, 12) for inputting a control command for controlling the electronic device (4, 6) on a radio channel, wherein the remote control is arranged to control the electronic device (4, 6) via the radio channel or an infrared channel, comprising: - receiving the control command from the input interface (10, 12), - generating the request (62, 66) for coupling, and - Transmission of the received control command together with the generated request (62, 66) for coupling via the infrared channel, wherein - the control command is transmitted together with the request (62, 66) for coupling via the infrared channel if the remote control is not connected to the electronic device (4, 6) via the radio channel and wherein the control command is otherwise transmitted solely via the radio channel. - receiving the control command from the input interface (10, 12), - generating the request (62, 66) for coupling, and - Transmission of the received control command together with the generated request (62, 66) for coupling via the infrared channel, wherein - the control command is transmitted together with the request (62, 66) for coupling via the infrared channel if the remote control is not connected to the electronic device (4, 6) via the radio channel and wherein the control command is otherwise transmitted solely via the radio channel.
Device for producing at least one drive belt, having a tubular shaping body with a first inner cavity which extends in the longitudinal direction of the shaping body over the entire or predominant length of the shaping body and is surrounded on the circumferential side by a wall of the shaping body, wherein the inner side of the wall of the shaping body facing the first inner cavity has a shaping surface for contacting and shaping the drive belt to be produced during the manufacturing process, with one or both of the following features i), ii): i) the shaping body is divided longitudinally into at least two individual parts, which form respective sectors (2, 3) of the shaping body, ii) the device has - an outer tube which is designed as a tubular body with a second inner cavity which is arranged to receive the tubular shaping body, or - another outer part arranged outside the tubular shaping body, the outer part and the shaping body forming two radially interlocking components of the device, characterized in that the shaping body or its sectors (2, 3) consist of a material which has a higher coefficient of thermal expansion than the material of the outer tube or the outer part. i) the shaping body is divided longitudinally into at least two individual parts, which form respective sectors (2, 3) of the shaping body, ii) the device has - an outer tube which is designed as a tubular body with a second inner cavity which is arranged to receive the tubular shaping body, or - another outer part arranged outside the tubular shaping body, the outer part and the shaping body forming two radially interlocking components of the device, - an outer tube which is designed as a tubular body with a second inner cavity which is arranged to receive the tubular shaping body, or - another outer part arranged outside the tubular shaping body, the outer part and the shaping body forming two radially interlocking components of the device,
Capping device intended to be fixed on a neck of a container that includes an engaging collar in order to seal an orifice on said neck, wherein the capping device includes: - a lower ring including a first section intended to be axially retained in the engaging collar of the neck and a second section; - a cap that includes an upper wall and an external peripheral skirt, the cap being suitable to be arranged in a closed position wherein the upper wall closes the orifice of the neck and the peripheral skirt surrounds said neck; and - an articulation device that connects the cap to the second section of the lower ring; - wherein the first section and the second section of the lower ring are articulated to each other so that the second section pivots with respect to the first section from a lowered position to a raised position to allow the cap to move axially away from the neck from the closed position to a released position wherein said cap is no longer coupled to the neck of the container; - wherein the articulation device is configured to allow the cap to pivot between said released position and a tilted open position wherein the cap is removed from the orifice on the neck; and - wherein the second section includes at least one support element that protrudes radially towards the interior of the lower ring and that is configured to be positioned above the engaging collar, abutting against it, when the second section is in the raised position; being the capping device characterized in that the first section and the second section are separated from each other by two thinned areas wherein the lower ring locally has a decrease in radial thickness in order to allow the articulation of the second section with respect to the first section. - a lower ring including a first section intended to be axially retained in the engaging collar of the neck and a second section; - a cap that includes an upper wall and an external peripheral skirt, the cap being suitable to be arranged in a closed position wherein the upper wall closes the orifice of the neck and the peripheral skirt surrounds said neck; and - an articulation device that connects the cap to the second section of the lower ring; - wherein the first section and the second section of the lower ring are articulated to each other so that the second section pivots with respect to the first section from a lowered position to a raised position to allow the cap to move axially away from the neck from the closed position to a released position wherein said cap is no longer coupled to the neck of the container; - wherein the articulation device is configured to allow the cap to pivot between said released position and a tilted open position wherein the cap is removed from the orifice on the neck; and - wherein the second section includes at least one support element that protrudes radially towards the interior of the lower ring and that is configured to be positioned above the engaging collar, abutting against it, when the second section is in the raised position;
Temperature-dependent switch comprising a housing (11; 112) which has an upper part (14; 115) with a first outer surface (16; 138) and a lower part (12; 114) with a second outer surface (15; 139), and comprising a temperature-dependent switching mechanism (19; 46; 111) which is arranged in the housing (11; 112) and, as a function of its temperature, establishes or opens an electrically conductive connection between two outer connections (17, 18; 135, 136), a pressure-uptaking structure (41, 42) being provided that protrudes outwards beyond at least one the first and second outer surfaces (15, 16; 138, 139), characterized in that the pressure-uptaking structure (41, 42) is mounted on the outside of the upper part (14; 115) and/or the lower part (12; 114), said pressure-uptaking structure protruding approximately perpendicularly outwards beyond the first and/or second outer surface (15, 16; 138, 139).