mhurhangee/ep-ind-claims huggingface dataset:
A double-pole voltage transformer enclosed in a tight enclosure made in the form of a resin cast comprising a central element integrated with a base and comprising circumferential sheds and two bushings situated above the circumferential sheds on the central element, characterised in that the central element has the form of a circular cylinder situated with its side wall horizontally on the base plane, and the circumferential sheds are situated around the central element only in the area of the contact between the central element and the base, and above the circumferential sheds there are side elements of the cast forming side sheds which are integrated with the front surfaces of the central element, and above the side sheds there is situated a circumferential top shed surrounding a fragment of the side surface of the central element, and the bushings (22a, 22b) are detachably joined with the central element through projections and respectively, which are situated above the circumferential top shed and have the shape of truncated cones integrated with the central element, in which projections complete HV terminals and respectively are situated.
A method for controlling at least one wind turbine for reducing spectral disturbances in an electrical grid, the at least one wind turbine comprises - a rotor adapted to drive a power generator via a shaft, wherein the generator is connectable with the electrical grid, and - at least one damping controller configured to compensate structural oscillations of the wind turbine by controlling a torque on the shaft, wherein the at least one damping controller is configured to set a limit of the control action on the shaft dependent on a restriction value, wherein the method comprises - determining disturbance information for a plurality of wind turbines describing an electrical disturbance at a point of measurement electrically connected to the plurality of wind turbines, - determining wind turbine restriction values for the plurality of the wind turbines based on the determined disturbance information, - assigning the wind turbine restriction values to the plurality of the wind turbines, and - assigning the restriction value to the damping controller of the at least one turbine for setting the limit of the control action. - a rotor adapted to drive a power generator via a shaft, wherein the generator is connectable with the electrical grid, and - at least one damping controller configured to compensate structural oscillations of the wind turbine by controlling a torque on the shaft, wherein the at least one damping controller is configured to set a limit of the control action on the shaft dependent on a restriction value, wherein the method comprises - determining disturbance information for a plurality of wind turbines describing an electrical disturbance at a point of measurement electrically connected to the plurality of wind turbines, - determining wind turbine restriction values for the plurality of the wind turbines based on the determined disturbance information, - assigning the wind turbine restriction values to the plurality of the wind turbines, and - assigning the restriction value to the damping controller of the at least one turbine for setting the limit of the control action.
A device for extracting solvent from at least one polymeric yarn comprising a first solvent characterized by comprising: a rotating member comprising a structure having hollows in which the at least one polymeric yarn is externally wound at least once; at least two extraction liquid delivery devices (511, 512), wherein at least one of the at least two washing liquid delivery devices (511, 512) is designed to deliver the washing liquid to the at least one polymeric yarn externally to the rotating member, and at least one of the at least two washing liquid delivery devices (511, 512) is designed for delivering the washing liquid in at least one polymeric yarn internally to the rotating member. a rotating member comprising a structure having hollows in which the at least one polymeric yarn is externally wound at least once; at least two extraction liquid delivery devices (511, 512), wherein at least one of the at least two washing liquid delivery devices (511, 512) is designed to deliver the washing liquid to the at least one polymeric yarn externally to the rotating member, and at least one of the at least two washing liquid delivery devices (511, 512) is designed for delivering the washing liquid in at least one polymeric yarn internally to the rotating member.
A method, comprising: transmitting, from a first user equipment, UE, an assistance request to at least one neighboring UE; receiving, by the first UE and from the at least one neighboring UE (601, 602, 604), assistance information including an indication of at least one resource for transmission; and transmitting, from the first UE, over the indicated at least one resource, wherein the assistance request is transmitted via sidelink control information, SCI, characterized in that the assistance request is set by using a reserved value for a field in SCI. transmitting, from a first user equipment, UE, an assistance request to at least one neighboring UE; receiving, by the first UE and from the at least one neighboring UE (601, 602, 604), assistance information including an indication of at least one resource for transmission; and transmitting, from the first UE, over the indicated at least one resource, wherein the assistance request is transmitted via sidelink control information, SCI, characterized in that the assistance request is set by using a reserved value for a field in SCI.
An obstruction removal device comprising: a delivery device; a first component having at least one expandable engaging member (100, 203, 303, 306, 407, 408); and, a flexible self-expanding second component (14, 34) positioned on an outer surface of said delivery device in a delivery configuration; wherein said second component (14, 34) is associated with said first component such that said second component (14, 34) can be distally inverted over said first component; said delivery device includes a restraining element that sits over a proximal end of said second component (14, 34), preventing said second component (14, 34) from inversion until said restraining element is retracted and said second component (14, 34) is released; characterized in that at least one expandable engaging member comprises a plurality of expandable engaging members (100, 203, 303, 306, 407, 408)linked together to allow said plurality of engaging members to rotate independently of each other. a delivery device; a first component having at least one expandable engaging member (100, 203, 303, 306, 407, 408); and, a flexible self-expanding second component (14, 34) positioned on an outer surface of said delivery device in a delivery configuration; wherein said second component (14, 34) is associated with said first component such that said second component (14, 34) can be distally inverted over said first component; said delivery device includes a restraining element that sits over a proximal end of said second component (14, 34), preventing said second component (14, 34) from inversion until said restraining element is retracted and said second component (14, 34) is released; characterized in that at least one expandable engaging member comprises a plurality of expandable engaging members (100, 203, 303, 306, 407, 408)linked together to allow said plurality of engaging members to rotate independently of each other.
A bracket section comprising two section limbs (2, 3) of which each comprises an outer surface (10, 11) and an inner surface (12, 13) as well as a free longitudinal edge (4, 5) connecting the outer surface (10, 11) and the inner surface (12, 13) to one another, said section limbs (2, 3) being connected to one another along a corner longitudinal edge, wherein the two outer surfaces (10, 11) of the section limbs (2, 3) are connected to one another via an outer connection section and the two inner surfaces (12, 13) of the section limbs (2, 3) are connected to one another via an inner connection section; wherein, in one or both section limbs (2, 3), the material thickness of the section limb (2, 3) is greater in the region of the corner longitudinal edge than in the region (8, 9) of the section limb (2, 3) adjoining the corner longitudinal edge; wherein, in one or both section limbs (2, 3), the material thickness of the section limb (2, 3) is greater in the region of its free longitudinal edge (4, 5) than in the region (8, 9) of the section limb (2, 3) adjoining the free longitudinal edge (4, 5); and wherein the outer connection section defines an external radius (r a) in cross-section and the inner connection section defines an inner radius (n) of the bracket section (1, 1', 22, 23) in cross-section, with the inner radius (n) being larger than the external radius (r a), characterized in that the material thickness of the section limb (2, 3) is greater in the region of the corner longitudinal edge and of its free longitudinal edge (4, 5) than in the region (8, 9) adjoining the free longitudinal edge (4, 5) and the corner longitudinal edge.
A bale wrapper, which has a frame, a wrapping table which is moveable in relation to the frame, which wrapping table has a front edge and a rear edge, over which rear edge a wrapped bale is arranged to roll off the wrapping table, and which frame comprises at least one support rail (16a, 16b), which has a longitudinal direction, and the wrapping table has first support members, with which the wrapping table is supported to said support rail (16a, 16b) to be moveable in the longitudinal direction of the support rail, a receiving station, whereto the wrapping table can be moved to receive a bale, a wrapping station, whereto the wrapping table can be moved for the duration of the wrapping of a protective film, an actuator configured to move the wrapping table between the receiving station and the wrapping station and a wrapping device configured to wrap a protective film around the bale, characterized in that said wrapping table is supported by its front edge to the frame with at least one rocker (26a, 26b).
Method of producing lithium hydroxide, particularly high-purity lithium hydroxide for use in batteries and/or accumulators, from ore and/or mineral containing lithium and/or from earths containing lithium, by means of a chloralkali process, wherein - a lithium-chloride solution is produced in a chlorination step, wherein the ores and/or minerals and/or earths containing lithium are initially chlorinated with use of chlorine gas, - a high-purity lithium-chloride solution is then produced in a succeeding purification step wherein the lithium-chloride solution is purified particularly by removal of cations such as sodium, potassium, calcium, magnesium and/or iron from the lithium-chloride solution, and - lithium hydroxide, particularly high-purity lithium hydroxide, is then produced in a succeeding electrolysis step, wherein the high-purity lithium-chloride solution is subjected to membrane electrolysis producing a chlorine gas and hydrogen as byproducts. - a lithium-chloride solution is produced in a chlorination step, wherein the ores and/or minerals and/or earths containing lithium are initially chlorinated with use of chlorine gas, - a high-purity lithium-chloride solution is then produced in a succeeding purification step wherein the lithium-chloride solution is purified particularly by removal of cations such as sodium, potassium, calcium, magnesium and/or iron from the lithium-chloride solution, and - lithium hydroxide, particularly high-purity lithium hydroxide, is then produced in a succeeding electrolysis step, wherein the high-purity lithium-chloride solution is subjected to membrane electrolysis producing a chlorine gas and hydrogen as byproducts.
A method of manufacturing a model mould core blank, in particular suitable for manufacturing a casting having a cavity structure, using a 3D model of digital geometry coordinates of the casting, the method comprising the following steps: a) Positioning a ceramic blank on a processing holder and producing a fixation between the ceramic blank and the processing holder; b) Manufacturing a core member, wherein a lost core is manufactured from the ceramic blank based on the 3D model in a first CNC manufacturing process while the fixture persists, wherein the processing holder is fixed in a CNC machine for performing the first CNC manufacturing process; Manufacturing a stabilising frame from the ceramic blank during the first CNC manufacturing process and while the fixture continues, wherein the stabilising frame supports the lost core; Removing one or more support points between the stabilising frame and the lost core after manufacturing the lost core and before manufacturing the model blank; c) Producing a model blank by casting model material around the lost core and allowing the model material to solidify while the fixture continues. a) Positioning a ceramic blank on a processing holder and producing a fixation between the ceramic blank and the processing holder; b) Manufacturing a core member, wherein a lost core is manufactured from the ceramic blank based on the 3D model in a first CNC manufacturing process while the fixture persists, wherein the processing holder is fixed in a CNC machine for performing the first CNC manufacturing process; Manufacturing a stabilising frame from the ceramic blank during the first CNC manufacturing process and while the fixture continues, wherein the stabilising frame supports the lost core; Removing one or more support points between the stabilising frame and the lost core after manufacturing the lost core and before manufacturing the model blank; c) Producing a model blank by casting model material around the lost core and allowing the model material to solidify while the fixture continues.
A composition comprising a cell membrane fraction obtained from a plant or algae, said fraction comprising at least one cell membrane from a chloroplast or a thylakoid, or parts thereof, for use in the treatment of the metabolic syndrome or obesity.
A valve trim apparatus comprising: a valve seat; and a closure member to operatively engage the valve seat; wherein one of the closure member or valve seat includes a plurality of annular ribs (222a, 222b); and one of the valve seat or closure member defines at least one groove (218a, 218b, 218c) positioned between at least two of the annular ribs (222a, 222b) to receive contaminate in contact with a sealing surface of the other one of the closure member or valve seat when the closure member is sealingly engaged with the valve seat, each of the at least two annular ribs (222a, 222b) includes a raised seating surface (224a, 224b); and wherein the annular ribs (222a, 222b) have an angled profile to facilitate collection of the contaminate in the at least one groove (218a, 218b, 218c); and a cage operatively coupled to the closure member so that fluid flow through the cage is substantially blocked as the closure member moves toward the valve seat and before the closure member is sealingly engaged with the valve seat; and an angle of the sealing surface being substantially similar to an angle provided by an angled profile of the raised seating surfaces (224a, 224b) such that the sealing surface sealingly engages with the raised seating surfaces (224a, 224b) to provide a tight shut-off. a valve seat; and a closure member to operatively engage the valve seat; wherein one of the closure member or valve seat includes a plurality of annular ribs (222a, 222b); and one of the valve seat or closure member defines at least one groove (218a, 218b, 218c) positioned between at least two of the annular ribs (222a, 222b) to receive contaminate in contact with a sealing surface of the other one of the closure member or valve seat when the closure member is sealingly engaged with the valve seat, each of the at least two annular ribs (222a, 222b) includes a raised seating surface (224a, 224b); and wherein the annular ribs (222a, 222b) have an angled profile to facilitate collection of the contaminate in the at least one groove (218a, 218b, 218c); and a cage operatively coupled to the closure member so that fluid flow through the cage is substantially blocked as the closure member moves toward the valve seat and before the closure member is sealingly engaged with the valve seat; and an angle of the sealing surface being substantially similar to an angle provided by an angled profile of the raised seating surfaces (224a, 224b) such that the sealing surface sealingly engages with the raised seating surfaces (224a, 224b) to provide a tight shut-off.
A stable non-settling slurry of water and manganomanganic oxide consisting of water and up to 92 wt% manganomanganic oxide particles based on the weight of the slurry and in which: the manganomanganic oxide particles have a particle size below 10 μm, the slurry has a pH between 9 and 11 and contains 0.05 to 0.5 wt% of a dispersant based on the weight of dry manganomanganic oxide particles selected from an ethoxylated polycarboxylate and polyacrylic acid salt, the dispersant having a molecular weight between 500 and 50 000 g/mol.
A system, comprising an external authentication system (120, 130) and a control apparatus other than the authentication system, and a mobile device for performing communication for authentication with the external authentication system (120, 130), the mobile device comprising: first transmission means for transmitting authentication information to the authentication system; reception means for receiving from the authentication system a request according to authentication using the authentication information; and whereby the mobile device comprises control means for, in a case where a start request to start a function of sending a signal using wireless communication at a predetermined frequency or on a predetermined cycle is received as the request from the authentication system, controlling a start of the function in response to the reception of the request, wherein information according to a content of the start request from the authentication system is reflected as a content of a signal to be sent by the mobile device using the started function, and second transmission means for transmitting one or more signals including the information according to the start of the function; wherein the control apparatus other than the authentication system, when receiving the one or more signals, is configured to provide, for a user of the mobile device, a service corresponding to the content of one of the transmitted signals. first transmission means for transmitting authentication information to the authentication system; reception means for receiving from the authentication system a request according to authentication using the authentication information; and whereby the mobile device comprises control means for, in a case where a start request to start a function of sending a signal using wireless communication at a predetermined frequency or on a predetermined cycle is received as the request from the authentication system, controlling a start of the function in response to the reception of the request, wherein information according to a content of the start request from the authentication system is reflected as a content of a signal to be sent by the mobile device using the started function, and second transmission means for transmitting one or more signals including the information according to the start of the function; wherein the control apparatus other than the authentication system, when receiving the one or more signals, is configured to provide, for a user of the mobile device, a service corresponding to the content of one of the transmitted signals.
An active shielding device for integration into an integrated circuit, IC, chip, the active shield device comprising: a plurality of current sources (102-1, 102-2,...102-N configured to generate a plurality of currents (I 1, I 2,...I N); an analog wire shield unit connected to the current sources; a current to voltage converter connected to the analog wire shield unit and configured to generate a voltage in response to the currents that are generated by the current sources and flow through the analog wire shield unit, wherein the analog wire shield unit comprises a plurality of analog wire windings (228-1, 228-2... 228-N) that are connected between the current sources and the current to voltage converter; and a voltage comparator connected to the current to voltage converter and configured to compare the voltage that is generated by the current to voltage converters with a reference voltage to determine whether the plurality of analog wire windings within the analog wire shield unit are tampered with. a plurality of current sources (102-1, 102-2,...102-N configured to generate a plurality of currents (I 1, I 2,...I N); an analog wire shield unit connected to the current sources; a current to voltage converter connected to the analog wire shield unit and configured to generate a voltage in response to the currents that are generated by the current sources and flow through the analog wire shield unit, wherein the analog wire shield unit comprises a plurality of analog wire windings (228-1, 228-2... 228-N) that are connected between the current sources and the current to voltage converter; and a voltage comparator connected to the current to voltage converter and configured to compare the voltage that is generated by the current to voltage converters with a reference voltage to determine whether the plurality of analog wire windings within the analog wire shield unit are tampered with.
Method of preventing or reducing emissions during the processing of long fibre reinforced moulding materials based on PA6 or PA66 or on copolyamides of PA6 or PA66, characterized in that at least one thermal stabilizer and at least one amide wax and/or at least one ester wax is mixed and the long fibre reinforcement(s) consist(s) to an extent of at least 90 wt% of fibres having a fibre diameter in the range from 5 to 25 μm, of which not less than 80% of the fibres have a length of at least 5 mm, and the long fibre reinforcement contains up to 10 wt% of at least one added-substance material, wherein the emissions concern hydrocarbons, alcohols, aldehydes, organic acids and also monomers of the polyamides to be used as ingredients, and/or decomposition products thereof, and the thermal stabilizer utilizes at least one component from the group of copper compounds, of sterically hindered phenols, of phosphites, of phosphates, of hydroquinones, of aromatic secondary amines, of substituted resorcinols, of salicylates, of benzotriazoles or of benzophenones, and also variously substituted representatives of these components and/or mixtures thereof.
A mirror plate for a Fabry-Perot interferometer, the mirror plate comprising: - a substrate, which comprises silicon (Si), - a semi-transparent reflective coating implemented on the substrate, - a de-coupling structure formed on the substrate, - a first sensor electrode (G1a) formed on top of the de-coupling structure, and - a second sensor electrode (G1b), wherein the de-coupling structure comprises an electrically insulating layer, characterized in that the de-coupling structure further comprises a first stabilizing electrode (G0a), which is located between the first sensor electrode (G1a) and the substrate. - a substrate, which comprises silicon (Si), - a semi-transparent reflective coating implemented on the substrate, - a de-coupling structure formed on the substrate, - a first sensor electrode (G1a) formed on top of the de-coupling structure, and - a second sensor electrode (G1b),