mhurhangee/ep-ind-claims huggingface dataset:
A device for fastening objects, in particular partition walls in a vehicle, to a rail, which rail is an airline rail with a continuous groove which runs in the longitudinal direction and is undercut at both sides, wherein the boundary edges of the groove are provided with depressions which are spaced apart from one another but are facing and which together form in each case a circular opening interrupted by the groove, wherein the device includes a clamping device, releasable by means of a lever (14.1), associated with the object, characterized in that the clamping device has an adjustment device (41, 45, 51) which permits an adjustment of the device in X and Y direction, wherein the clamping device has a centering tongue and a hammer head which engages into the groove and after displacement or rotation engages behind the groove for clamping or bracing, wherein the hammer head is arranged on a guide plunger (6.1), wherein the lever (14.1) is articulated on the end of the guide plunger (6.1) facing the hammer head, wherein the lever (14.1) has a pressure projection which is eccentric relative to a rotational axis (18.1), wherein the lever (14.1) is supported on disc springs (15.1), wherein below the disc springs (15.1) there is a pressure spring arranged in a locking means, wherein the centering tongue or the hammer head is substantially circular or in the shape of part of a circle and engages at least one lateral undercut formed by the groove, wherein one, preferably two, cam(s) (45, 51, is/are provided below the locking means and is/are passed through by the guide plunger (6.1), which cams eccentrically engage one another, wherein a cam engages an opening in a flange connected to the object to be fastened, wherein the device includes a retainer which has the centering tongue and is associated with the flange.
A hot tub having a water chamber containing a body of recirculating water with the hot tub including: a seating area; a filter well having a cylindrical filter cartridge located below a water line in the hot tub with the cylindrical filter cartridge having a filter media for removing debris and bacteria from the recirculating water as the recirculating water flows radially inward through the filter media; a dispenser holder located in the filter well with the dispenser holder having a base supported proximate an end of a filter cartridge with a face of the base spaced from but proximate an exterior surface of the filter media to form a gap (x) therebetween sufficiently large so as to allow the recirculating water to flow into the gap and through the filter media proximate the dispenser holder; and at least one dispensing cartridge removably attached to the dispenser holder with the dispensing cartridge containing a dispersant therein with an outlet of the dispensing cartridge located below the water line and spaced from the filter media to thereby deliver the dispersant therein into the recirculating water flowing through the filter media. a seating area; a filter well having a cylindrical filter cartridge located below a water line in the hot tub with the cylindrical filter cartridge having a filter media for removing debris and bacteria from the recirculating water as the recirculating water flows radially inward through the filter media; a dispenser holder located in the filter well with the dispenser holder having a base supported proximate an end of a filter cartridge with a face of the base spaced from but proximate an exterior surface of the filter media to form a gap (x) therebetween sufficiently large so as to allow the recirculating water to flow into the gap and through the filter media proximate the dispenser holder; and at least one dispensing cartridge removably attached to the dispenser holder with the dispensing cartridge containing a dispersant therein with an outlet of the dispensing cartridge located below the water line and spaced from the filter media to thereby deliver the dispersant therein into the recirculating water flowing through the filter media.
A parallel flow heat exchanger comprising: an inlet manifold having an inlet opening for conducting flow of a two-phase fluid into said inlet manifold and a plurality of outlet openings for conducting the flow of fluid from said inlet manifold; a plurality of channels aligned in a substantially parallel relationship and fluidly connected to said plurality of outlet openings for conducting the flow of fluid from said inlet manifold; an outlet manifold fluidly connected to said plurality of channels for receiving the flow of fluid therefrom, wherein said plurality of channels extend into said inlet manifold at varying depths and are substantially flat in planes transverse to the longitudinal axis of the inlet manifold, characterised in that the cross-section areas of said inlet manifold are locally enlarged in the vicinities of those areas surrounding said flat channels to allow for the flow of fluid around said plurality of channels. an inlet manifold having an inlet opening for conducting flow of a two-phase fluid into said inlet manifold and a plurality of outlet openings for conducting the flow of fluid from said inlet manifold; a plurality of channels aligned in a substantially parallel relationship and fluidly connected to said plurality of outlet openings for conducting the flow of fluid from said inlet manifold; an outlet manifold fluidly connected to said plurality of channels for receiving the flow of fluid therefrom, wherein said plurality of channels extend into said inlet manifold at varying depths and are substantially flat in planes transverse to the longitudinal axis of the inlet manifold, characterised in that the cross-section areas of said inlet manifold are locally enlarged in the vicinities of those areas surrounding said flat channels to allow for the flow of fluid around said plurality of channels.
An electrical storage module assembly, comprising: a bidirectional DC-DC converter having an interphase transformer; and an ESM having: first and second energy cell strings (120, 124) connected in parallel relative to one another and configured to be connected to respective inputs of the bidirectional DC-DC converter; wherein the first and second energy cell strings are configured to absorb current from the bidirectional DC-DC converter when the bidirectional DC-DC converter operates in a buck mode, and the first and second energy cell strings are configured to source current to the bidirectional DC-DC converter when the bidirectional DC-DC converter operates in a boost mode; and characterized in that: the first and second energy cell strings each include a plurality of energy cells including batteries and capacitors, connected in series with one another; and wherein the interphase transformer operates to balance current output of the first and second energy cell strings. a bidirectional DC-DC converter having an interphase transformer; and an ESM having: first and second energy cell strings (120, 124) connected in parallel relative to one another and configured to be connected to respective inputs of the bidirectional DC-DC converter; wherein the first and second energy cell strings are configured to absorb current from the bidirectional DC-DC converter when the bidirectional DC-DC converter operates in a buck mode, and the first and second energy cell strings are configured to source current to the bidirectional DC-DC converter when the bidirectional DC-DC converter operates in a boost mode; and characterized in that: the first and second energy cell strings each include a plurality of energy cells including batteries and capacitors, connected in series with one another; and wherein the interphase transformer operates to balance current output of the first and second energy cell strings. first and second energy cell strings (120, 124) connected in parallel relative to one another and configured to be connected to respective inputs of the bidirectional DC-DC converter; wherein the first and second energy cell strings are configured to absorb current from the bidirectional DC-DC converter when the bidirectional DC-DC converter operates in a buck mode, and the first and second energy cell strings are configured to source current to the bidirectional DC-DC converter when the bidirectional DC-DC converter operates in a boost mode; and characterized in that: the first and second energy cell strings each include a plurality of energy cells including batteries and capacitors, connected in series with one another; and wherein the interphase transformer operates to balance current output of the first and second energy cell strings. the first and second energy cell strings each include a plurality of energy cells including batteries and capacitors, connected in series with one another; and wherein the interphase transformer operates to balance current output of the first and second energy cell strings.
A vehicle comprising a connecting device for attachments and a vehicle axle on which a first and a second wheel (4, 5) are rotatably mounted, wherein provided between each wheel (4, 5) and the vehicle axle is at least one joint (6, 7) which allows a pivotal movement of each wheel (4, 5) about a pivot axis (8, 9) extending transversely relative to the vehicle axle and at least approximately horizontally and wherein adaptation of the wheels (4, 5) to a ground surface is effected by oppositely directed pivotal movement of the wheels (4, 5) and wherein there is provided an adjusting device by which the pivotal movement of the wheels (4, 5) about the pivot axes (8, 9) can be influenced, characterised in that - the vehicle is in the form of a single-axle vehicle and - the adjusting device has at least one coupling device which is of a mechanical configuration, in the form of a hydraulic device or in the form of a pneumatic device, - the wheels (4, 5) are coupled together by way of the at least one coupling device in such way that • the coupling device at least partially prevents unwanted pivotal movement of the wheels (4, 5) in the same direction under the influence of the force of gravity because the first and the second wheels upon pivotal movement in the same direction act against each other by way of the at least one coupling device which is mechanical, in the form of a hydraulic device or in the form of a pneumatic device, and thus block each other, and that • the coupling device at least partially permits pivotal movement of the wheels (4, 5) in opposite directions for adaptation to the ground surface. - the vehicle is in the form of a single-axle vehicle and - the adjusting device has at least one coupling device which is of a mechanical configuration, in the form of a hydraulic device or in the form of a pneumatic device, - the wheels (4, 5) are coupled together by way of the at least one coupling device in such way that • the coupling device at least partially prevents unwanted pivotal movement of the wheels (4, 5) in the same direction under the influence of the force of gravity because the first and the second wheels upon pivotal movement in the same direction act against each other by way of the at least one coupling device which is mechanical, in the form of a hydraulic device or in the form of a pneumatic device, and thus block each other, and that • the coupling device at least partially permits pivotal movement of the wheels (4, 5) in opposite directions for adaptation to the ground surface. • the coupling device at least partially prevents unwanted pivotal movement of the wheels (4, 5) in the same direction under the influence of the force of gravity because the first and the second wheels upon pivotal movement in the same direction act against each other by way of the at least one coupling device which is mechanical, in the form of a hydraulic device or in the form of a pneumatic device, and thus block each other, and that • the coupling device at least partially permits pivotal movement of the wheels (4, 5) in opposite directions for adaptation to the ground surface.
A hot melt adhesive composition comprising: (i) an amorphous polyolefin copolymer composition comprising more than 40 wt.% 1-butene and from 30 mole % to 75 mole % of units derived from butene; and (ii) a second amorphous polymer comprising at least one butene monomer, wherein the second amorphous polymer: - is a polyisobutylene polymer having a molecular weight (MW n) of at least 1000; - is compatible with the polyolefin copolymer, so that the materials blend into a uniform hot melt, and the cohesive strength of a mixture 70/30 to 50/50 by weight of the amorphous 1-butene polymer and the second amorphous polymer is maintained for construction purposes; and - has a Saybolt Universal Seconds viscosity at 100 °C of from 100 to 20,000, and wherein the adhesive is substantially free of a tackifier. (i) an amorphous polyolefin copolymer composition comprising more than 40 wt.% 1-butene and from 30 mole % to 75 mole % of units derived from butene; and (ii) a second amorphous polymer comprising at least one butene monomer, wherein the second amorphous polymer: - is a polyisobutylene polymer having a molecular weight (MW n) of at least 1000; - is compatible with the polyolefin copolymer, so that the materials blend into a uniform hot melt, and the cohesive strength of a mixture 70/30 to 50/50 by weight of the amorphous 1-butene polymer and the second amorphous polymer is maintained for construction purposes; and - has a Saybolt Universal Seconds viscosity at 100 °C of from 100 to 20,000, and - is a polyisobutylene polymer having a molecular weight (MW n) of at least 1000; - is compatible with the polyolefin copolymer, so that the materials blend into a uniform hot melt, and the cohesive strength of a mixture 70/30 to 50/50 by weight of the amorphous 1-butene polymer and the second amorphous polymer is maintained for construction purposes; and - has a Saybolt Universal Seconds viscosity at 100 °C of from 100 to 20,000, and
A steam turbine side support system for use with a steam turbine having a rotor, comprising: a shell for the steam turbine; a plurality of side support arms extending from the shell in a perpendicular configuration with respect to the rotor, wherein the plurality of side support arms comprises a first side first arm and a first side second arm extending from a first side of the shell and a second side first arm and a second side second arm extending from a second side of the shell; a foundation in communication with the plurality of side support arms (160,170); and a plurality of arm supports connecting the plurality of side support arms to the foundation, wherein the plurality of arm supports comprises a plurality of horizontal supports in the form of I-beams. a shell for the steam turbine; a plurality of side support arms extending from the shell in a perpendicular configuration with respect to the rotor, wherein the plurality of side support arms comprises a first side first arm and a first side second arm extending from a first side of the shell and a second side first arm and a second side second arm extending from a second side of the shell; a foundation in communication with the plurality of side support arms (160,170); and a plurality of arm supports connecting the plurality of side support arms to the foundation, wherein the plurality of arm supports comprises a plurality of horizontal supports in the form of I-beams.
A method comprising: receiving, at a user equipment, from a base station, measurement configuration information including an indicator representative of whether a first type of load-sensitive metric or a second type of load sensitive metric is to be used when making measurements; and reporting, by the user equipment, one or more measurement reports made in accordance with the received indicator, the first type of load-sensitive metric comprises a first type of reference signal received quality, RSRQ, metric and the second type of load-sensitive metric comprises a second type of RSRQ metric, characterized in that the first type of RSRQ metric comprises that the RSRQ is calculated based on all orthogonal frequency division multiplexing, OFDM, symbols in a subframe and in that the second type of RSRQ metric comprises that the RSRQ is calculated based only on symbols that contain a cell specific reference signal, and by receiving signalling, from a network, indicating that small cells on a first carrier frequency are to be measured using the first RSRQ metric and macrocells on the first carrier frequency or another carrier frequency are to be measured using the second RSRQ metric. receiving, at a user equipment, from a base station, measurement configuration information including an indicator representative of whether a first type of load-sensitive metric or a second type of load sensitive metric is to be used when making measurements; and reporting, by the user equipment, one or more measurement reports made in accordance with the received indicator, the first type of load-sensitive metric comprises a first type of reference signal received quality, RSRQ, metric and the second type of load-sensitive metric comprises a second type of RSRQ metric, characterized in that the first type of RSRQ metric comprises that the RSRQ is calculated based on all orthogonal frequency division multiplexing, OFDM, symbols in a subframe and in that the second type of RSRQ metric comprises that the RSRQ is calculated based only on symbols that contain a cell specific reference signal, and by receiving signalling, from a network, indicating that small cells on a first carrier frequency are to be measured using the first RSRQ metric and macrocells on the first carrier frequency or another carrier frequency are to be measured using the second RSRQ metric.
Method of crosslinking or vulcanizing an elongate element the method comprising the following steps: an extrusion step in which a conductor element is coated by a layer of crosslinkable material, a step in which a crosslinking reaction is carried out by processing the coated conductor element in a vulcanization tube after the extrusion step, and a cooling step in which the coated conductor element is cooled, characterized in that the method further comprises a step in which after the vulcanization tube the coated conductor element is heated by using inductive heating, and that the step in which the coated conductor element is heated is carried out immediately before the cooling step. an extrusion step in which a conductor element is coated by a layer of crosslinkable material, a step in which a crosslinking reaction is carried out by processing the coated conductor element in a vulcanization tube after the extrusion step, and a cooling step in which the coated conductor element is cooled, characterized in that the method further comprises a step in which after the vulcanization tube the coated conductor element is heated by using inductive heating, and that the step in which the coated conductor element is heated is carried out immediately before the cooling step.
A device for fitting and removal of brake calipers, comprising a frame portion, a fastening portion for fastening the device on the brake caliper, the frame portion and the fastening portion being connected to one another and the frame portion being provided with lifting means for connecting a lifting device, wherein in that the fastening portion comprises connecting portions adapted to engaging with at least one fastening point for a component which cooperates with the brake caliper, characterized in that the component cooperating with the brake caliper is a brake caliper bracket and that the connecting portions of the fastening portion are of substantially the same geometrical shape as the brake caliper bracket's connecting portions which connect with the brake caliper.
A method for comminuting inorganic material to a finer particle size, comprising: grinding a carbonate material into powder particles, in a ball or roller mill, into which is introduced a liquid-additive composition comprising (a) a fatty acid compound in the amount of 10%-60% by weight, the fatty acid compound being represented by the structural formula CH 3 - n -COO - M + wherein M represents potassium, and n represents an integer of 3 to 10; and (b) water in the amount of 5%-90%, all percentages being based on total weight of the liquid-additive composition introduced to the carbonate powder particles being ground, and wherein the liquid-additive composition is used at a dosage of at least 100ppm based upon dry material being ground.
An aspiration circuit for a fluidics system for selectively controlling aspiration, comprising: an aspiration line operatively connected to a surgical instrument; an aspiration pump to create an aspiration flow in the aspiration line; an aspiration exhaust line operatively connected to the aspiration pump on one end and to a waste receptacle on an opposing end; an aspiration vent line connected at a first end to the aspiration line between the aspiration pump and the surgical instrument; and a selectively variable vent valve operatively connected to the aspiration vent line, wherein the variable vent valve may be selectively moved to selectively change aspiration pressure within the aspiration line; an irrigation line operatively connected to the surgical instrument; an irrigation pressure sensor (443, 475) and an actuator, the irrigation pressure sensor being positioned to detect irrigation pressure in the irrigation line and the actuator being operatively connected to the vent valve; characterised in that the irrigation pressure sensor (443, 475) and the actuator are connected to a controller, and wherein the controller is operative to initiate the actuator to move the vent valve in response to pressure detected by the irrigation pressure sensor (443, 475). an aspiration line operatively connected to a surgical instrument; an aspiration pump to create an aspiration flow in the aspiration line; an aspiration exhaust line operatively connected to the aspiration pump on one end and to a waste receptacle on an opposing end; an aspiration vent line connected at a first end to the aspiration line between the aspiration pump and the surgical instrument; and a selectively variable vent valve operatively connected to the aspiration vent line, wherein the variable vent valve may be selectively moved to selectively change aspiration pressure within the aspiration line; an irrigation line operatively connected to the surgical instrument; an irrigation pressure sensor (443, 475) and an actuator, the irrigation pressure sensor being positioned to detect irrigation pressure in the irrigation line and the actuator being operatively connected to the vent valve; characterised in that the irrigation pressure sensor (443, 475) and the actuator are connected to a controller, and wherein the controller is operative to initiate the actuator to move the vent valve in response to pressure detected by the irrigation pressure sensor (443, 475).
A method for producing at least one microstructure on an axial end of an optical fiber, comprising the steps of: - providing the optical fiber; - wetting the axial end of the optical fiber with photoresist; - mutually aligning the optical fiber and a writing beam of a 3D printer; - forming the at least one microstructure by exposing the photoresist using the 3D printer; characterized in that wetting the axial end of the optical fiber with photoresist comprises coating a lens of the 3D printer with photoresist and immersing the axial end of the optical fiber in the photoresist applied to the lens. - providing the optical fiber; - wetting the axial end of the optical fiber with photoresist; - mutually aligning the optical fiber and a writing beam of a 3D printer; - forming the at least one microstructure by exposing the photoresist using the 3D printer;