mhurhangee/ep-ind-claims huggingface dataset:
Preformed coil for producing a self-supporting air gap winding for a small electric motor, wherein the preformed coil is formed from at least one turn through 360° of a wire element, wherein the preformed coil has two turn sides or preformed coil sides (24a, 24b), specifically an upper preformed coil side and the lower preformed coil side, and the two preformed coil sides (24a, 24b) are connected at the ends by means of end connections, and the preformed coil is formed around a longitudinal axis of the air gap winding in such a way that the upper preformed coil side lies on an outer cylinder with a radius and the lower preformed coil side lies on a cylinder with a radius which is smaller than the radius, so that there is a radial planar offset between the upper preformed coil side and the lower preformed coil side, wherein the two preformed coil sides (24a, 24b), in the region of their end connections, bridge the radial planar offset in the radial direction by turn offset sections, characterized in that the preformed coil which is formed from the at least one turn with an upper and a lower preformed coil side (24a, 24b) and with the offset sections is shaped by direct action of force onto the wire element, which forms the turn, by the forces which are active during the winding process, so that there is no change in length in the individual turn, so that a change in cross section of the wire element and tearing or chipping of a wire coating is avoided and there is no forward run as length reservoir of the wire element in the region of the offset sections.
A method for manufacturing a conductive sheet, the method comprising the steps of - providing microparticles comprising a hydrophilic electron conducting polymer; - providing a fibrous material comprising a hydrophilic fibre; - forming a liquid composition comprising the microparticles and the fibrous material; and - draining liquid from the liquid composition, thereby forming a conductive layer comprising the electron conducting polymer and the fibrous material. - providing microparticles comprising a hydrophilic electron conducting polymer; - providing a fibrous material comprising a hydrophilic fibre; - forming a liquid composition comprising the microparticles and the fibrous material; and - draining liquid from the liquid composition, thereby forming a conductive layer comprising the electron conducting polymer and the fibrous material.
A resonator for lowering airborne sound and solid-borne sound, comprising at least two annular chambers (2, 3, 17) arranged between an inlet piece and an outlet piece and also comprising an inner pipe, which is arranged at least between the inlet piece and the outlet piece and which has wall holes as a connection to the adjacent annular chambers (2, 3, 17), characterised in that, coaxial to the resonator longitudinal axis, a first annular chamber has a U-shaped circumferential wall which transitions at both ends into cylindrical end pieces (7, 8) to accommodate the inner pipe, and in that, coaxial to the resonator longitudinal axis, at least one second annular chamber has an L-shaped circumferential wall which, at its end facing away from the first annular chamber, transitions into a cylindrical end piece, and which, at its end facing the first annular chamber, rests on the part of the outer wall, extending parallel to the resonator longitudinal axis, of the first annular chamber.
An impact damper for traffic routes, having a plurality of damping elements which are arranged in series in a longitudinal direction and, as viewed in the longitudinal direction, form a front impact portion and a rear end portion of the impact damper, and having a support device which is connected in the end portion to at least one of the damping elements, wherein the support device has a base element for fastening in the ground and a plate-like web plate which is arranged thereon and which has a wall surface running parallel to the longitudinal direction to which at least one of the damping elements is fastened, and wherein the web plate protrudes in the longitudinal direction, which corresponds to the direction of travel of vehicles, beyond the last damping element, as viewed in the longitudinal direction.
System for managing power consumption of an automated storage and retrieval system comprising: • a container-handling vehicle (201, 301), with a rechargeable power source, for handling storage containers in the automated storage and retrieval system, • a charging station for recharging the rechargeable power source of the container carrying vehicle (201, 301), • a power supply for delivering power to the storage system, • a power monitoring device coupled to the power supply, • a control system for controlling the operation of the automated storage and retrieval system, characterized in that the power monitoring device is arranged to monitor available power from the power source entering the automated storage and retrieval system and communicate a signal to the control system indicative of the available power, wherein the control system is arranged to be responsive to that signal and manage power consumption through being configured to modify the operation by adjusting the speed at which the container handling vehicle operates by reducing the speed of the at least one container handling vehicle (201, 301) according to available power and the charging station to reduce power consumption of the container handling vehicles and the charging station by adjusting the charging power of the at least one charging station by reducing the charging power in the event that the signal indicates that the available power has dropped below a threshold level, thereby providing a modified operation of the automated storage and retrieval system during periods of lower power availability. • a container-handling vehicle (201, 301), with a rechargeable power source, for handling storage containers in the automated storage and retrieval system, • a charging station for recharging the rechargeable power source of the container carrying vehicle (201, 301), • a power supply for delivering power to the storage system, • a power monitoring device coupled to the power supply, • a control system for controlling the operation of the automated storage and retrieval system,
A method suitable for the removal of excess water from sludge, wherein the sludge comprises raw sludge and has an initial solids concentration of from 1 % to 5 % weight/volume (w/v), and for producing a liquid phase comprising volatile fatty acids, the method comprising the steps of: (i) fermenting the sludge at a temperature in the mesophilic temperature range of 30 °C to 42 °C; (ii) maintaining the fermenting sludge for a predetermined period of between 12 hours to 120 hours under a hydraulically quiescent condition to achieve phase separation into a solid phase and a liquid phase comprising volatile fatty acids, wherein the phase separation is assisted by nascent biogas bubbles; (iii) separately removing the solid phase and the liquid phase; and (iv) passing the liquid phase to a biological nutrient removal process for use as a carbon source. (i) fermenting the sludge at a temperature in the mesophilic temperature range of 30 °C to 42 °C; (ii) maintaining the fermenting sludge for a predetermined period of between 12 hours to 120 hours under a hydraulically quiescent condition to achieve phase separation into a solid phase and a liquid phase comprising volatile fatty acids, wherein the phase separation is assisted by nascent biogas bubbles; (iii) separately removing the solid phase and the liquid phase; and (iv) passing the liquid phase to a biological nutrient removal process for use as a carbon source.
A sniffing leak detector comprising a mass spectrometer for analyzing hydrogen or helium, a turbomolecular pump connected to the mass spectrometer and having its outlet connected to a prevacuum pump, a sniffer probe including a plurality of intake lines (38, 40) and connected to the inlet of the turbomolecular pump, and characterized by a vacuum pump including at least three stages, the inlet stage of the vacuum pump defining the prevacuum pump and being connected to the outlet of the turbomolecular pump via a blocked throttle, wherein, between adjacent stages (22, 24, 26) of the vacuum pump, a respective intermediate inlet (34, 36) is provided, wherein each intermediate inlet (34, 36) is connected to a different intake line of the sniffer probe and at least one of the intake lines (38, 40) is connected as a suction line to the inlet of the turbomolecular pump for obtaining different gas flows. a mass spectrometer for analyzing hydrogen or helium, a turbomolecular pump connected to the mass spectrometer and having its outlet connected to a prevacuum pump, a sniffer probe including a plurality of intake lines (38, 40) and connected to the inlet of the turbomolecular pump, and
A display device, comprising: a substrate which includes a display area including a first pixel and a non-display area including a second pixel; a first data line which is disposed on the substrate and configured to apply a data signal to the first pixel; a second data line which is disposed on the substrate and configured to apply a data signal to the second pixel; and a gate line which is disposed on the substrate and configured to apply gate signals to the first pixel and the second pixel at the same timing, wherein the first pixel and the second pixel have different area from each other, and wherein the first pixel and the second pixel include a pixel electrode which includes a plurality of pixel electrodes and a common electrode which includes a plurality of common electrodes, and the plurality of pixel electrodes and the plurality of common electrodes disposed in the second pixel have different lengths and shapes from the plurality of pixel electrodes and the plurality of common electrodes disposed in the first pixel. a substrate which includes a display area including a first pixel and a non-display area including a second pixel; a first data line which is disposed on the substrate and configured to apply a data signal to the first pixel; a second data line which is disposed on the substrate and configured to apply a data signal to the second pixel; and a gate line which is disposed on the substrate and configured to apply gate signals to the first pixel and the second pixel at the same timing, wherein the first pixel and the second pixel have different area from each other, and wherein the first pixel and the second pixel include a pixel electrode which includes a plurality of pixel electrodes and a common electrode which includes a plurality of common electrodes, and the plurality of pixel electrodes and the plurality of common electrodes disposed in the second pixel have different lengths and shapes from the plurality of pixel electrodes and the plurality of common electrodes disposed in the first pixel.
Method for supplying electric power to a home automation module comprising a connection point to a wired bus information network, a rechargeable electric power reserve for its operation and an assembly of electricity-consuming elements, said electric power supply being drawn from the bus, said method comprising a step basically consisting in supplying electric power for the operation of the home automation module and a step basically consisting in producing a charging current from electric power available on the bus for accumulation in the power reserve, said reserve subsequently supplying all or part of the power required for the operation of the home automation module, the method being characterized in that the charging current, supplied instantaneously to the power reserve upon accumulation, increases with the voltage available on the bus.
A dispersion apparatus for use in an apparatus for coupling antibodies to a resin, the dispersion apparatus comprising: an elongated tubular structure forming a lumen having a circular cross-section, the tubular structure comprising: (a) a proximal portion with an upward-facing inlet; (b) a distal portion with a closed end, the distal portion comprising a plurality of downward-facing holes arranged in three rows parallel to the axis of the distal portion and wherein the three rows are positioned between about 15 and about 60 degrees apart from each other on the distal portion; and (c) an elbow between the distal portion and the proximal portion, the elbow comprising a bend in the tubular structure which orients the inlet such that it opens in a direction that is substantially perpendicular from the axis of the distal portion.
A flush toilet for cleaning a toilet with flush water supplied from a flush water source and discharging waste, comprising: a bowl that includes a bowl-shaped waste receiving surface, a rim formed above the waste receiving surface, and a pooled water portion formed below the waste receiving surface; a discharge passage for discharging waste that has an inlet connected to the pooled water portion; a spout portion for spouting flush water onto the bowl for forming a swirling flow on the waste receiving surface, wherein the waste receiving surface of the bowl has a sectorial recess that is formed between a front end portion of the waste receiving surface and a front end portion of the pooled water portion, the sectorial recess having both lateral ends extending in a front-back direction of the bowl which are virtual lines defined by inflection points between an upper end portion of the sectorial recess and a connecting portion of the waste receiving surface connected to the sectorial recess in each cross-section along a lateral direction orthogonal to a center line along the front-back direction of the bowl, characterized in that the sectorial recess in the waste receiving surface of the bowl is formed such that radii (R1,R2,R3,R4) of curvature of a central bottom surface of the sectorial recess in respective cross-sections along a lateral direction decrease from the front end portion of the waste receiving surface toward the front end portion of the pooled water portion. a bowl that includes a bowl-shaped waste receiving surface, a rim formed above the waste receiving surface, and a pooled water portion formed below the waste receiving surface; a discharge passage for discharging waste that has an inlet connected to the pooled water portion; a spout portion for spouting flush water onto the bowl for forming a swirling flow on the waste receiving surface, wherein the waste receiving surface of the bowl has a sectorial recess that is formed between a front end portion of the waste receiving surface and a front end portion of the pooled water portion, the sectorial recess having both lateral ends extending in a front-back direction of the bowl which are virtual lines defined by inflection points between an upper end portion of the sectorial recess and a connecting portion of the waste receiving surface connected to the sectorial recess in each cross-section along a lateral direction orthogonal to a center line along the front-back direction of the bowl, characterized in that the sectorial recess in the waste receiving surface of the bowl is formed such that radii (R1,R2,R3,R4) of curvature of a central bottom surface of the sectorial recess in respective cross-sections along a lateral direction decrease from the front end portion of the waste receiving surface toward the front end portion of the pooled water portion.
A cell that expresses macrophage colony stimulating factor receptor and STAT1 protein simultaneously; wherein said STAT1 protein is linked with a detectable label.
An aqueous dispersion composition, comprising: a fluorine-based polymer which does not contain a crosslinkable functional group, a pigment and an aqueous dispersion binder which is at least one selected from the group consisting of a polyurethane resin, a silane-modified urethane-based resin and an acryl-modified polyester resin, wherein the aqueous dispersion binder is included at 5 to 50 parts by weight with respect to 100 parts by weight of the fluorine-based polymer. a fluorine-based polymer which does not contain a crosslinkable functional group, a pigment and an aqueous dispersion binder which is at least one selected from the group consisting of a polyurethane resin, a silane-modified urethane-based resin and an acryl-modified polyester resin, wherein the aqueous dispersion binder is included at 5 to 50 parts by weight with respect to 100 parts by weight of the fluorine-based polymer.
A method for producing a bulked yarn comprising a bulked single spun yarn, the method comprising providing a composite twisted yarn in which a single spun yarn and a water-soluble yarn are twisted together in a direction opposite to a twisting direction of the single spun yarn, and doubling or twisting (i) two or more composite twisted yarns together or (ii) one or more composite twisted yarns and one or more other yarns together, and then dissolving and removing the water-soluble yarns in a hydrophilic solvent from the composite twisted yarns, wherein the B value of the bulked yarn expressed by the following equation is 3.2 to 6: B = N 2 / N 1 × D 2 / D 1 2 wherein N1 is the number of twists of the single spun yarn, N2 is the number of twists of the composite twisted yarn, D1 is an average diameter of the single spun yarn, and D2 is an average diameter of the bulked single spun yarn, wherein the number of twists of the composite twisted yarn is 1.3 to 3 times the number of twists of the single spun yarn, and the mass ratio of the single spun yarn relative to the water-soluble yarn is 98/2 to 20/80, wherein when the bulked yarn with a length of 100 cm is hung down in a state where both ends of the yarn are fixed at a distance of 10 cm from each other in a direction perpendicular to the direction of gravitational force, twisting does not occur or an average value of the distances from the uppermost end of a twisting section to the first and second fixed ends of the yarn is 30 cm or more. wherein the B value of the bulked yarn expressed by the following equation is 3.2 to 6: B = N 2 / N 1 × D 2 / D 1 2 wherein N1 is the number of twists of the single spun yarn, N2 is the number of twists of the composite twisted yarn, D1 is an average diameter of the single spun yarn, and D2 is an average diameter of the bulked single spun yarn, wherein the number of twists of the composite twisted yarn is 1.3 to 3 times the number of twists of the single spun yarn, and the mass ratio of the single spun yarn relative to the water-soluble yarn is 98/2 to 20/80, wherein when the bulked yarn with a length of 100 cm is hung down in a state where both ends of the yarn are fixed at a distance of 10 cm from each other in a direction perpendicular to the direction of gravitational force, twisting does not occur or an average value of the distances from the uppermost end of a twisting section to the first and second fixed ends of the yarn is 30 cm or more.
A method for treating a nucleic acid-containing sample for analysis of nucleic acids, the method comprising the steps of: a) contacting the sample with a clay mineral; b) mixing the sample and the clay mineral until the clay mineral is evenly dispersed in the sample; c) substantially removing the clay mineral from the sample; d) contacting the sample with an alkaline solution at a pH suitable for lysis of cell and viral particles to form a nucleic acid solution; e) and, optionally, contacting the nucleic acid solution with an acidic solution suitable for neutralizing the pH of the nucleic acid solution. a) contacting the sample with a clay mineral; b) mixing the sample and the clay mineral until the clay mineral is evenly dispersed in the sample; c) substantially removing the clay mineral from the sample; d) contacting the sample with an alkaline solution at a pH suitable for lysis of cell and viral particles to form a nucleic acid solution; e) and, optionally, contacting the nucleic acid solution with an acidic solution suitable for neutralizing the pH of the nucleic acid solution.
A fluid control apparatus comprising: a plate member (11 a; 21 a) that separates an air stream ST on a surface of a body of a moving body (1; 1A) into a boundary layer and a main flow; and a blow-out portion (13; 23) that blows out the boundary layer separated by the plate member (11 a; 21 a) into the main flow separated from the boundary layer by the plate member (11 a; 21 a) in a downstream of the plate member (11 a; 21 a) in a flow direction of the air stream ST, characterized in that the blow-out portion (13; 23) is provided rearward at a rear end of the plate member (11 a; 21 a) in parallel with the plate member (11 a; 21 a). a plate member (11 a; 21 a) that separates an air stream ST on a surface of a body of a moving body (1; 1A) into a boundary layer and a main flow; and a blow-out portion (13; 23) that blows out the boundary layer separated by the plate member (11 a; 21 a) into the main flow separated from the boundary layer by the plate member (11 a; 21 a) in a downstream of the plate member (11 a; 21 a) in a flow direction of the air stream ST, characterized in that the blow-out portion (13; 23) is provided rearward at a rear end of the plate member (11 a; 21 a) in parallel with the plate member (11 a; 21 a).
A method of wireless communication executed at a user equipment,UE, the method comprising: receiving a broadcast message from a radio access network, RAN, node, the broadcast message comprising information indicating whether at least one serving node associated with the RAN node supports the service profile of the UE; determining to establish the initial connection with the RAN node in accordance with the received broadcast message; transmitting a connection request message configured to request a connection with the RAN node, the connection request message comprising information configured to indicate a service profile of the UE, the service profile being configured to indicate one or more services of the UE required to be supported by a serving node; and receiving a connection accept message comprising information configured to indicate a selected serving node, selected at least in part based on the service profile of the UE. receiving a broadcast message from a radio access network, RAN, node, the broadcast message comprising information indicating whether at least one serving node associated with the RAN node supports the service profile of the UE; determining to establish the initial connection with the RAN node in accordance with the received broadcast message; transmitting a connection request message configured to request a connection with the RAN node, the connection request message comprising information configured to indicate a service profile of the UE, the service profile being configured to indicate one or more services of the UE required to be supported by a serving node; and receiving a connection accept message comprising information configured to indicate a selected serving node, selected at least in part based on the service profile of the UE.