mhurhangee/ep-ind-claims huggingface dataset:
A stator for a superconducting air core electrical machine, the stator comprising: a back iron including a cylindrical annular structure having an inner surface and an axis; a plurality of supports fabricated of non-magnetic material, each support extending parallel to the axis of the annular structure along the inner surface of the annular structure, each support including a primary base and at least two primary support members, the primary base conforming to the inner surface of the back iron, the primary support members extending radially inward from the primary base towards the axis of the annular structure; and a stator winding positioned between the at least two primary support members and between the primary base of the support and the axis of the annular structure, wherein each support further includes a secondary support assembly, the secondary support assembly including a secondary base and at least two secondary support members, characterised in that the secondary support members engaging the primary support members to define a cavity receiving the stator winding. a back iron including a cylindrical annular structure having an inner surface and an axis; a plurality of supports fabricated of non-magnetic material, each support extending parallel to the axis of the annular structure along the inner surface of the annular structure, each support including a primary base and at least two primary support members, the primary base conforming to the inner surface of the back iron, the primary support members extending radially inward from the primary base towards the axis of the annular structure; and a stator winding positioned between the at least two primary support members and between the primary base of the support and the axis of the annular structure, wherein each support further includes a secondary support assembly, the secondary support assembly including a secondary base and at least two secondary support members, characterised in that the secondary support members engaging the primary support members to define a cavity receiving the stator winding.
A tube coupling for connection to a conduit through which a cable may pass, the coupling comprising a coupling body having an open ended throughway to receive an end of the conduit (31,32) for carrying a cable, a tube locking device in the open end of the throughway for locking the conduit in the coupling body, the throughway having a reduced diameter section part way along the throughway with an annular step (27,28) at an end of the section facing towards the open end of the throughway to receive the end of the conduit inserted into the throughway, and an annular flexible sealing sleeve positionable in an uncompressed state adjacent the step to allow a cable to pass through the sealing sleeve; characterised by the arrangement being such that insertion of a conduit into the throughway can be used to force the sealing sleeve from said location adjacent the step into the reduced diameter section of the throughway, the resulting compression of the sealing sleeve forcing the sealing sleeve into sealing engagement with a cable extending along the throughway to provide a seal between the coupling body and cable.
Self-foaming composition containing clobetasol propionate, intended for leave-on topical application, comprising: - at least one intermediate composition B comprising a gas-generating agent and at least one gelling agent and/or suspending agent chosen from acrylic acid polymers, polysaccharides, the family of magnesium aluminium silicates, the family of modified starches and the family of carrageenans, - at least one intermediate composition A comprising an agent for activating the gas-generating agent and at least one gelling agent and/or suspending agent chosen from polysaccharides, the family of magnesium aluminium silicates, the family of modified starches, the family of carrageenans and PVA, and - clobetasol propionate contained in at least one of said intermediate compositions A and B. - at least one intermediate composition B comprising a gas-generating agent and at least one gelling agent and/or suspending agent chosen from acrylic acid polymers, polysaccharides, the family of magnesium aluminium silicates, the family of modified starches and the family of carrageenans, - at least one intermediate composition A comprising an agent for activating the gas-generating agent and at least one gelling agent and/or suspending agent chosen from polysaccharides, the family of magnesium aluminium silicates, the family of modified starches, the family of carrageenans and PVA, and - clobetasol propionate contained in at least one of said intermediate compositions A and B.
Dough-sheet-forming apparatus for forming an endless dough sheet, - having a dough-supply container, - having a dough-portion former for forming dough portions (4i, 5i) from supplied dough, - having a dough conveyor for conveying the dough portions (4i, 5i) downstream of the dough-portion former, - having a dough-rolling device in the conveying path downstream of the dough conveyor, for the purpose of rolling the conveyed dough portions (4i, 5i) into the dough sheet, - characterized in that the dough-portion former is designed such that it forms at least two dough portions (4i, 5i) parallel to one another, - wherein the dough conveyor is designed such that it feeds the at least two dough portions (4i, 5i) to the dough-rolling device at a predetermined time interval. - having a dough-supply container, - having a dough-portion former for forming dough portions (4i, 5i) from supplied dough, - having a dough conveyor for conveying the dough portions (4i, 5i) downstream of the dough-portion former, - having a dough-rolling device in the conveying path downstream of the dough conveyor, for the purpose of rolling the conveyed dough portions (4i, 5i) into the dough sheet, - characterized in that - wherein the dough conveyor is designed such that it feeds the at least two dough portions (4i, 5i) to the dough-rolling device at a predetermined time interval.
A vibratory disk mill device for comminution of feed material, especially feed material of particle size less than 20 mm or less than 10 mm, especially set up for grinding the feed material to particle sizes less than 75 μm, having: - a mill housing; - a mill system disposed in a vibratorily mobile manner in the mill housing and having a grinding chamber (13.1) and having at least one grindstone arranged so as to be movable within the grinding chamber (13.1); - at least one eccentric shaft drive which is mounted within the mill housing and generates the vibrating motion in the grinding chamber (13.1), and at least two eccentric shafts, especially at least two synchronously running eccentric shafts, - a balancing mass unit connected to the eccentric shaft drive and set up to balance out the imbalance; wherein the grinding chamber (13.1) is coupled to the eccentric shafts by means of at least one inherently elastic link unit, characterized in that the inherently elastic link unit is inherently elastic by virtue of at least one section (17.3) mounted in a flexurally elastic manner between the grinding chamber (13.1) and the eccentric shafts, wherein the inherently elastic link unit is flexurally elastic in radial direction (r). - a mill housing; - a mill system disposed in a vibratorily mobile manner in the mill housing and having a grinding chamber (13.1) and having at least one grindstone arranged so as to be movable within the grinding chamber (13.1); - at least one eccentric shaft drive which is mounted within the mill housing and generates the vibrating motion in the grinding chamber (13.1), and at least two eccentric shafts, especially at least two synchronously running eccentric shafts, - a balancing mass unit connected to the eccentric shaft drive and set up to balance out the imbalance;
A curable formaldehyde-free resin in the form of an aqueous dispersion, comprising components a), b) and c), wherein: a) is water-insoluble native starch, b) is a polycarboxylic polymer, and c) is non-polymeric polycarboxylic acid compound, and wherein the amount of polycarboxylic polymer (b) comprised in the resin is between 2 and 45 wt.-% relative to the sum of the weights of the components a), b) and c). a) is water-insoluble native starch, b) is a polycarboxylic polymer, and c) is non-polymeric polycarboxylic acid compound, and wherein the amount of polycarboxylic polymer (b) comprised in the resin is between 2 and 45 wt.-% relative to the sum of the weights of the components a), b) and c).
A method implemented on a network device, comprising: receiving, at a network device, a wireless frame, wherein a wireless frame is received at two or more antennas (314a, 314b) of the network device; monitoring a signal characteristic associated with transmission of the wireless frame, wherein monitoring the signal characteristic includes using the two or more antennas (314a, 314b) to determine a physical or temporal characteristic associated with the transmission of the wireless frame; and identifying a client device associated with the transmission of the wireless frame, wherein identifying the client device includes using the monitored signal characteristic, characterised in that monitoring further includes: measuring a difference in the signal characteristic between the two or more antennas. receiving, at a network device, a wireless frame, wherein a wireless frame is received at two or more antennas (314a, 314b) of the network device; monitoring a signal characteristic associated with transmission of the wireless frame, wherein monitoring the signal characteristic includes using the two or more antennas (314a, 314b) to determine a physical or temporal characteristic associated with the transmission of the wireless frame; and identifying a client device associated with the transmission of the wireless frame, wherein identifying the client device includes using the monitored signal characteristic, characterised in that monitoring further includes: measuring a difference in the signal characteristic between the two or more antennas.
A charging system for an electronic cigarette, the system comprising: a pack comprising a pack battery electrically coupled to an ultra-capacitor wherein the pack battery is configured to charge the ultra-capacitor; and electronic circuitry configured to temporarily or non-fixedly couple the pack to an electronic cigarette battery, wherein the ultra-capacitor is configured to charge the electronic cigarette battery at an accelerated rate as compared to a rate at which the pack battery alone can charge the electronic cigarette battery, wherein the charging system further comprises a first constant voltage converter electrically disposed between the ultra-capacitor and the pack battery and a second constant voltage converter electrically disposed between the ultra-capacitor and the electronic cigarette battery, wherein the pack further comprises a push-in contact comprising a center contact and an outer contact, and wherein the outer contact comprises a vertical surface to wipe debris off the electronic cigarette as the electronic cigarette is inserted into the charging system. a pack comprising a pack battery electrically coupled to an ultra-capacitor wherein the pack battery is configured to charge the ultra-capacitor; and electronic circuitry configured to temporarily or non-fixedly couple the pack to an electronic cigarette battery, wherein the ultra-capacitor is configured to charge the electronic cigarette battery at an accelerated rate as compared to a rate at which the pack battery alone can charge the electronic cigarette battery, wherein the charging system further comprises a first constant voltage converter electrically disposed between the ultra-capacitor and the pack battery and a second constant voltage converter electrically disposed between the ultra-capacitor and the electronic cigarette battery, wherein the pack further comprises a push-in contact comprising a center contact and an outer contact, and wherein the outer contact comprises a vertical surface to wipe debris off the electronic cigarette as the electronic cigarette is inserted into the charging system.
Fastening device, in particular for a shut-off or holding element in public spaces, having a fastening base on the bottom side which forms a fastening ring, and a fastening foot which can be inserted into the fastening ring for holding the shut-off or holding element, the fastening foot being detachably connected to the fastening base, at least one receptacle extending essentially in the circumferential direction being provided between the fastening ring and the fastening foot, and, in the installed state, a shearing element arranged in the receptacle being provided bridging a gap between the fastening ring and the fastening foot, characterized in that the fastening foot comprises at least two detachably interconnected fastening foot elements (5, 6) between which a groove opening towards the outer periphery of the fastening foot is formed, that the fastening ring forms at least one counter-groove corresponding to the groove and that the receptacle is formed by the groove and the counter-groove.
A crystalline compound of formula XIV: wherein X is selected from fluoro, chloro, bromo, trifluoromethyl, optionally substituted phenyl, cyano, methoxy and nitro; and Rc is C 1-6 -alkyl (branched or linear), -C -C 1-6 -alkyl (branched or linear), -CH, a saccharide or-H; Z+ is Me 3 CNH 3 +, for use in treating or preventing diabetic complications in a patient suffering from insulin resistance and/or diabetes, wherein the diabetic complications are selected from the group consisting of: cardiovascular complications in diabetic patients; diabetic nephropathy or diabetic retinopathy; disorders in insulin sensitivity following trauma, surgery or myocardial infarction; metabolic syndrome, hyperinsulinemia, dyslipidemia, reduced glucose tolerance; risk of developing cardiovascular disorders and/or diabetes mellitus type II; atherosclerosis, hyperlipidemia, hypercholesterolemia and/or hypertriglyceridemia or dyslipidemia; damage to blood vessels and kidneys; and renal damage. wherein X is selected from fluoro, chloro, bromo, trifluoromethyl, optionally substituted phenyl, cyano, methoxy and nitro; and Rc is C 1-6 -alkyl (branched or linear), -C -C 1-6 -alkyl (branched or linear), -CH, a saccharide or-H; Z+ is Me 3 CNH 3 +,
A method (200, 400, 500, 600) to identify and report over-utilized, under-utilized, and bad quality trunks and gateways in an Internet Protocol, IP, telephony network, which includes a plurality of gateways and trunks on the gateways, comprising: collecting (204, 402, 502, 602) information associated with operation of the plurality of gateways and trunks in the IP telephony network; computing (206, 404, 406, 408, 504, 604) traffic statistics associated with the plurality of gateways and trunks based on the collected information, wherein computing traffic statistics associated with the gateways and trunks further comprises: estimating number of days for the trunks on the gateways to reach 100% utilization of capacity using extrapolation and regression techniques; and computing trunk idle time; correlating (208, 404, 406, 408, 506, 604) the collected information and the traffic statistics with network topology and configuration data obtained from a network management system; identifying (208, 404, 406, 408, 506, 604) over-utilized, under-utilized, and bad quality trunks or gateways, if any; and generating (210, 410, 508, 606) a report to display the over-utilized, under-utilized, and bad quality trunks or gateways, and trunk capacity estimation. collecting (204, 402, 502, 602) information associated with operation of the plurality of gateways and trunks in the IP telephony network; computing (206, 404, 406, 408, 504, 604) traffic statistics associated with the plurality of gateways and trunks based on the collected information, wherein computing traffic statistics associated with the gateways and trunks further comprises: estimating number of days for the trunks on the gateways to reach 100% utilization of capacity using extrapolation and regression techniques; and computing trunk idle time; correlating (208, 404, 406, 408, 506, 604) the collected information and the traffic statistics with network topology and configuration data obtained from a network management system; identifying (208, 404, 406, 408, 506, 604) over-utilized, under-utilized, and bad quality trunks or gateways, if any; and generating (210, 410, 508, 606) a report to display the over-utilized, under-utilized, and bad quality trunks or gateways, and trunk capacity estimation.
A cartridge packing assembly (200, 300) to seal a valve stem (215, 315) in a control valve assembly, the cartridge packing assembly (200, 300) comprising: a seal assembly (220, 320) having a seal component (225, 325) to provide a fluid seal around the valve stem and at least a first anti-extrusion component (223, 227, 323, 327) to substantially prevent extrusion of the seal component (225, 305) about the valve stem; a loading assembly (240, 340) having a loading means (240, 340) to provide a predetermined packing stress upon the seal assembly and at least one spacer (241, 341) to couple the loading means to the seal assembly; and a removable packing retainer (255, 355) adapted to be disposed in an outboard packing box (280, 380) of the control valve assembly, the removable packing retainer (255, 355) defining a packing bore (238, 338) receiving the seal assembly (220, 320) and the loading assembly (240, 340) wherein the removable packing retainer (255, 355) includes a predetermined length between a retainer shoulder (268,368) and a loading means seating surface (265, 365) to control a loading assembly force that defines the predetermined packing stress in the control valve assembly. a seal assembly (220, 320) having a seal component (225, 325) to provide a fluid seal around the valve stem and at least a first anti-extrusion component (223, 227, 323, 327) to substantially prevent extrusion of the seal component (225, 305) about the valve stem; a loading assembly (240, 340) having a loading means (240, 340) to provide a predetermined packing stress upon the seal assembly and at least one spacer (241, 341) to couple the loading means to the seal assembly; and a removable packing retainer (255, 355) adapted to be disposed in an outboard packing box (280, 380) of the control valve assembly, the removable packing retainer (255, 355) defining a packing bore (238, 338) receiving the seal assembly (220, 320) and the loading assembly (240, 340) wherein the removable packing retainer (255, 355) includes a predetermined length between a retainer shoulder (268,368) and a loading means seating surface (265, 365) to control a loading assembly force that defines the predetermined packing stress in the control valve assembly.
Heater device, in particular a gas and/or oil burner device, comprising an open-loop and/or closed-loop control unit, which is intended to determine in at least one operating state at least one fuel-type characteristic variable on the basis of a combustion characteristic variable, wherein the open-loop and/or closed-loop control unit infers a fuel type and/or ascertains the fuel type at least on the basis of the fuel type characteristic variable, wherein the open-loop and/or closed-loop unit is intended to provide at least one control signal for setting and/or adjusting the at least one metering unit (22, 26) for combustion air and/or for fuel, wherein the open-loop and/or closed-loop control unit is intended to take into account in at least one operating state a change over time in a value of the combustion characteristic variable in a determination of the fuel-type characteristic variable when there is a changing heating output, wherein the open-loop and/or closed-loop control unit is intended initially to increase the heating output continuously to a first value of the heating output and subsequently to reduce it continuously to a second value of the heating output.
A fluorinated copolymer composition comprising: a thermoplastic resin A having a shear stress (τ A) of greater than 0.11 MPa when measured with a capillary rheometer at a shear rate of 243 sec -1 and at 360°C in accordance with ASTM D3835; and a fluorinated elastomer B dispersed within thermoplastic resin A and having an average dispersed particle size of less than 50 μm, where the particle size is measured by the Scanning Electron Microscopy technique given in the present description; wherein the ratio of the viscosity of thermoplastic resin A to fluorinated elastomer B is greater than 0.35 when the viscosity is measured with a capillary rheometer at a shear rate of 12.1 sec -1 and at 360°C in accordance with ASTM D3835. a thermoplastic resin A having a shear stress (τ A) of greater than 0.11 MPa when measured with a capillary rheometer at a shear rate of 243 sec -1 and at 360°C in accordance with ASTM D3835; and a fluorinated elastomer B dispersed within thermoplastic resin A and having an average dispersed particle size of less than 50 μm, where the particle size is measured by the Scanning Electron Microscopy technique given in the present description; wherein the ratio of the viscosity of thermoplastic resin A to fluorinated elastomer B is greater than 0.35 when the viscosity is measured with a capillary rheometer at a shear rate of 12.1 sec -1 and at 360°C in accordance with ASTM D3835.
A feeding device for a flush tank, extending substantially along a longitudinal axis, substantially vertical in use, and comprising an internally hollow body; a valve assembly housed inside the body and operated by a float; a feeding pipe that can be connected to a water supply network to supply a water flow to the valve assembly; and a filling pipe for pouring water from the valve assembly into the tank; wherein the body houses an inlet conduit and an outlet conduit arranged respectively upstream and downstream of the valve assembly and respectively connected to the feeding pipe and to an outlet, the outlet is facing a mouth of the filling pipe and is positioned above said mouth and spaced apart therefrom; said outlet being provided with a flow regulator device, configured so as to regulate a liquid flow passing therethrough by dividing said flow in a plurality of adjacent streams; characterized in that the outlet conduit has an inlet communicating with the valve assembly and positioned at a height, measured parallel to the longitudinal axis, lower than the outlet.
Riveting device for assembling two parts together, each comprising a bore and being articulated about the axis of said bores, said device comprising an outer rivet comprising a tubular body of circular outer transversal cross-section, capable of being simultaneously inserted into the bore of the two parts and provided with one of the longitudinal ends thereof of a flange, and an inner rivet comprising a solid cylindrical body, capable of being inserted inside the tubular body and coming substantially perpendicularly from a flange, said tubular body having an outer diameter slightly less than the diameter of said bores and a length D between the rear face of the flange thereof and the opposite end thereof at most equal to the sum of the thicknesses of the parts, said cylindrical body having a homothetic outer transversal cross-section and of dimensions slightly less than the inner transversal cross-section of the tubular body, said device being characterised in that the outer rivet cannot be deformed and in that the cylindrical body of the inner rivet can be deformed in order to crimp the inner rivet on said outer rivet and has a length slightly greater than that of the tubular body when the riveting device is implemented on the parts to be assembled, i.e. when the rear face of said flange is in contact with one of said parts and the rear face of said flange is in contact with the other of said parts.