mhurhangee/ep-ind-claims huggingface dataset:
A sponge-based variable-stiffness support structure for a natural orifice surgical instrument, configured to support the natural orifice surgical instrument, wherein the sponge-based variable-stiffness support structure for natural orifice surgical instrument comprises: a variable-stiffness sponge pipeline designed to be connected to the natural orifice surgical instrument; a hydrophobic breathable film attached to an outer wall of the variable-stiffness sponge pipeline, and configured to isolate the variable-stiffness sponge pipeline from body fluid in the natural orifice; and a gas delivery assembly connected with the variable-stiffness sponge pipeline and configured to inject high-pressure air and water vapor into a variable-stiffness sponge pipe of the variable-stiffness sponge pipeline; wherein the variable-stiffness sponge pipeline has a stiffness inversely proportional to content of the water vapor. a variable-stiffness sponge pipeline designed to be connected to the natural orifice surgical instrument; a hydrophobic breathable film attached to an outer wall of the variable-stiffness sponge pipeline, and configured to isolate the variable-stiffness sponge pipeline from body fluid in the natural orifice; and a gas delivery assembly connected with the variable-stiffness sponge pipeline and configured to inject high-pressure air and water vapor into a variable-stiffness sponge pipe of the variable-stiffness sponge pipeline; wherein the variable-stiffness sponge pipeline has a stiffness inversely proportional to content of the water vapor.
A method for preparing a ferrite carrier for an electrophotographic developer comprising the steps of weighing, mixing, and pulverizing ferrite raw materials, and of granulating, drying, and firing the obtained slurry, characterized in that a zirconium raw material is prepared to provide a zirconium content after firing of 40 to 500 ppm in the ferrite carrier by using beads containing zirconia beads for said pulverizing to make zirconia beads abrade to be zirconium raw material, wherein the composition of ferrite is represented by the following formula: (MnO)x(MgO)y(Fe2O3)z... where x = 35 - 45 mol%, y = 5 - 15 mol%, z = 40 - 60 mol%, and x + y + z = 100 mol%; and a part of (MnO) and/or (MgO) in the above Formula is replaced by SrO. where x = 35 - 45 mol%, y = 5 - 15 mol%, z = 40 - 60 mol%, and x + y + z = 100 mol%; and a part of (MnO) and/or (MgO) in the above Formula is replaced by SrO.
Apparatus, comprising: a male-connector body comprising at least one mating surface, and shaped to define a hollow core, the male-connector body being configured to be matingly received by a female connector, wherein the mating surface is an outer surface of the male connector body; a plurality of electrically-conductive male-connector terminals coupled to the mating surface of the male-connector body; a longitudinal insert, characterised in that the longitudinal insert is configured to, by rotating with respect to the hollow core, push the male-connector terminals radially outward. a male-connector body comprising at least one mating surface, and shaped to define a hollow core, the male-connector body being configured to be matingly received by a female connector, wherein the mating surface is an outer surface of the male connector body; a plurality of electrically-conductive male-connector terminals coupled to the mating surface of the male-connector body; a longitudinal insert, characterised in that the longitudinal insert is configured to, by rotating with respect to the hollow core, push the male-connector terminals radially outward.
A coil device (1, 1A) comprising: a coil part having a coil; a case accommodating the coil part therein; a liquid coolant accommodated in the case; and a fluid volume adjusting part for adjusting an amount of the coolant in the case to change a fluid level of the coolant in the case by supplying the coolant to the case or discharging the coolant from the case, wherein the coil part floats on the coolant, so that a change in the fluid level of the coolant in the case changes a height position of the coil part floating on the coolant. a coil part having a coil; a case accommodating the coil part therein; a liquid coolant accommodated in the case; and a fluid volume adjusting part for adjusting an amount of the coolant in the case to change a fluid level of the coolant in the case by supplying the coolant to the case or discharging the coolant from the case, wherein the coil part floats on the coolant, so that a change in the fluid level of the coolant in the case changes a height position of the coil part floating on the coolant.
A film strip for sealing gaps between joined-together structural components in building construction, in particular between masonry and a window or door frame, comprising a functional membrane which is formed by a non-perforated film and which has, on its underside, a self-adhesive layer which is applied onto the full surface and which is equipped with a removable covering film, wherein the functional membrane is able to be connected or affixed to the first structural component, in particular to the window or door frame, via a first adhesive region of the self-adhesive layer which runs in the longitudinal direction, and to the second structural component, in particular to the masonry, via a second adhesive region of the self-adhesive layer running in the longitudinal direction, wherein a non-woven fabric material layer is applied onto the upper side of the functional membrane and the functional membrane is formed by a moisture-variable polymer film of which the water vapour diffusion coefficient changes as a function of the surrounding air moisture, wherein the film strip is positively stretchable such that the film strip is able to be stretched more or further in the transverse direction than in the longitudinal direction with less exertion.
Organic solvent for dissolving oils consisting of a carboxylic ester to which additives are added for the purpose of making an industrial cleaner, characterised in that it comprises: - between 10 and 60 % by weight C4-C8 carboxylic ester, - between 5 and 85 % by weight of a C7-C10 acetal, - between 5 and 85 % by weight of a first C7-C10 glycol ether, - a second glycol C7-C10 glycol ether, different from the first, and present in the solvent in a non-zero amount less than or equal to 60 % by weight. - between 10 and 60 % by weight C4-C8 carboxylic ester, - between 5 and 85 % by weight of a C7-C10 acetal, - between 5 and 85 % by weight of a first C7-C10 glycol ether, - a second glycol C7-C10 glycol ether, different from the first, and present in the solvent in a non-zero amount less than or equal to 60 % by weight.
A disc brake comprising: a caliper having a bridge portion arranged to extend over a rotor and a housing portion inboard of the bridge portion and rotor; a housing bore extending inboard from an outboard face of the housing portion; a separate guide insert having an inner guide bore and being mounted within the housing bore such that an inner surface of the housing bore limits transverse movement of the guide insert; a piston slideable within the inner guide bore, relative to the guide insert, so as to urge a brake pad towards the rotor and apply the brake, wherein the inner guide bore is dimensioned relative to the piston to restrain movement of the piston transverse to the longitudinal axis of the piston, characterised in that the brake further comprises an operating shaft mounted in the housing inboard of the piston, the operating shaft being dimensioned so as to fit through the housing bore. a caliper having a bridge portion arranged to extend over a rotor and a housing portion inboard of the bridge portion and rotor; a housing bore extending inboard from an outboard face of the housing portion; a separate guide insert having an inner guide bore and being mounted within the housing bore such that an inner surface of the housing bore limits transverse movement of the guide insert; a piston slideable within the inner guide bore, relative to the guide insert, so as to urge a brake pad towards the rotor and apply the brake, wherein the inner guide bore is dimensioned relative to the piston to restrain movement of the piston transverse to the longitudinal axis of the piston, characterised in that the brake further comprises an operating shaft mounted in the housing inboard of the piston, the operating shaft being dimensioned so as to fit through the housing bore.
An optical body, comprising: a substrate; and a plurality of dispersions dispersed and comprised inside the substrate, wherein the dispersions form a birefringent interface with the substrate, wherein the plurality of dispersions have an average aspect ratio of 0.5 or less, wherein the aspect ratio is the ratio of a minor axis length to a major axis length based on a vertical cross-section in a longitudinal axis of a dispersion, and characterized in that the number of dispersions having a cross-sectional area of 0.3 μm 2 or less is 80% or more of the total dispersions, wherein the cross-sectional area of a dispersion is defined by Relationship Formula: Cross-sectional area of dispersion (μm 2) = π × long axis length of dispersion / 2 × short axis length of dispersion / 2 and wherein the long axis length and the short axis length of Relationship Formula 1 refer to the long axis and short axis of a dispersion in the cross-section of an optical body perpendicular to the elongating direction of the optical body, based on the vertical cross-section in the longitudinal direction of the dispersion and wherein the optical body satisfies Conditions and below. Glass transition temperature (T g) of dispersion > Glass transition temperature (T g) of substrate The difference in the glass transition temperatures of a dispersion and a substrate is within the range of 3 to 9°C, and wherein the glass transition temperature (T g) of the substrate is 110°C to 130°C. a substrate; and a plurality of dispersions dispersed and comprised inside the substrate, wherein the dispersions form a birefringent interface with the substrate, wherein the plurality of dispersions have an average aspect ratio of 0.5 or less, wherein the aspect ratio is the ratio of a minor axis length to a major axis length based on a vertical cross-section in a longitudinal axis of a dispersion, and characterized in that the number of dispersions having a cross-sectional area of 0.3 μm 2 or less is 80% or more of the total dispersions, wherein the cross-sectional area of a dispersion is defined by Relationship Formula: Cross-sectional area of dispersion (μm 2) = π × long axis length of dispersion / 2 × short axis length of dispersion / 2 and wherein the long axis length and the short axis length of Relationship Formula 1 refer to the long axis and short axis of a dispersion in the cross-section of an optical body perpendicular to the elongating direction of the optical body, based on the vertical cross-section in the longitudinal direction of the dispersion and wherein the optical body satisfies Conditions and below. Glass transition temperature (T g) of dispersion > Glass transition temperature (T g) of substrate The difference in the glass transition temperatures of a dispersion and a substrate is within the range of 3 to 9°C, and wherein the glass transition temperature (T g) of the substrate is 110°C to 130°C.
A convolute cardboard tube comprising: a tubular body having a tubular body wall formed by a plurality of layers of a straight rolled cardboard sheet; characterized in that the cardboard sheet has a weight equal to or less than 300 gsm (300 g/m 2) and includes a plurality of fibres, at least a majority of the fibres being substantially aligned in the direction of the winding of the convolute cardboard tube to allow the convolute cardboard tube to resist a radial compression force equal to or greater than 10 bar on the tubular body wall. a tubular body having a tubular body wall formed by a plurality of layers of a straight rolled cardboard sheet; characterized in that the cardboard sheet has a weight equal to or less than 300 gsm (300 g/m 2) and includes a plurality of fibres, at least a majority of the fibres being substantially aligned in the direction of the winding of the convolute cardboard tube to allow the convolute cardboard tube to resist a radial compression force equal to or greater than 10 bar on the tubular body wall.
Rotor segment of a rotor of a rotating electrical machine, said rotor segment comprising - at least one stack of segment laminations, which is designed as a cylinder having a basal surface that is perpendicular to a rotor axis of the rotor and a lateral surface that is perpendicular to the basal surface, and which is composed of a multiplicity of segment laminations that are identical in shape and are stacked in a direction that is parallel to the rotor axis, - wherein the basal surface has a basal surface contour which consists of a first contour section on the rotor-axis side, a second contour section opposite to the first contour section, and two third contour sections, each of which connects an end of the first contour section to an end of the second contour section, - and the first contour section has at least one essentially dome-shaped support section, characterised in that - each stack of segment laminations has a groove on the rotor-axis side, said groove running parallel to the rotor axis and being provided for the purpose of accommodating a groove block - and each first contour section has exactly two essentially dome-shaped support sections, between which is situated a centre section that delimits a cross sectional area of the groove. - at least one stack of segment laminations, which is designed as a cylinder having a basal surface that is perpendicular to a rotor axis of the rotor and a lateral surface that is perpendicular to the basal surface, and which is composed of a multiplicity of segment laminations that are identical in shape and are stacked in a direction that is parallel to the rotor axis, - wherein the basal surface has a basal surface contour which consists of a first contour section on the rotor-axis side, a second contour section opposite to the first contour section, and two third contour sections, each of which connects an end of the first contour section to an end of the second contour section, - and the first contour section has at least one essentially dome-shaped support section, - each stack of segment laminations has a groove on the rotor-axis side, said groove running parallel to the rotor axis and being provided for the purpose of accommodating a groove block - and each first contour section has exactly two essentially dome-shaped support sections, between which is situated a centre section that delimits a cross sectional area of the groove.
Industrial truck with a lifting frame and a load-bearing means arranged on the lifting frame in a vertically movable fashion, the lifting frame having a lifting height measurement system which consists of a light emitter emitting a light beam, of a receiving element and, arranged therebetween, of a measurement section with an optical alignment element, and of a target element, and the length of the measurement section changing with the lifting height in the lifting height measurement system, characterized in that the alignment element is movably mounted and the light beam continuously sweeps over an angular range of the positions of the target element for all admissible deformations of the lifting frame.
Laser-markable and/or laser-weldable polymers, characterised in that the polymer comprises at least one colorant and, as absorber (laser additive), at least one fluorine-doped tin oxide, antimony-doped tin oxide or indium tin oxide having a specific surface area (BET, N 2 absorption) of at least 15 m 2 /g and the content of one or more dopants in the tin oxide is 1-15 mol%, based on the tin oxide, and the absorber is in the form of aggregated particles having particle diameters sizes greater than 500 nm, measured at the D 90 by means of laser diffraction.
A method implemented in a first network element, the method comprising: transmitting a request message for subscribing to receive service experience data related to an application, wherein the application involves a plurality of wireless transmit and receive units, WTRUs; receiving the service experience data related to the application, the service experience data comprising first information indicating individual contribution metrics of the plurality of WTRUs to a global quality of experience, QoE, of the application, wherein the individual contribution metrics of the plurality of WTRUs comprise service experience contribution weights of the plurality of WTRUs to the QoE of the application; determining, based on the first information, data analytics associated with the application; and transmitting the data analytics associated with the application. transmitting a request message for subscribing to receive service experience data related to an application, wherein the application involves a plurality of wireless transmit and receive units, WTRUs; receiving the service experience data related to the application, the service experience data comprising first information indicating individual contribution metrics of the plurality of WTRUs to a global quality of experience, QoE, of the application, wherein the individual contribution metrics of the plurality of WTRUs comprise service experience contribution weights of the plurality of WTRUs to the QoE of the application; determining, based on the first information, data analytics associated with the application; and transmitting the data analytics associated with the application.
Sheathed-element heater plug for an internal combustion engine having a heater plug housing and a sheathed element which is electrically connected to the heater plug housing, and having an integrated pressure sensor, wherein elastic elements (204; 204') are provided between the inner face of the heater plug housing and the sheathed element, wherein the elastic elements (204; 204') form electrical contact both with part of the inner face of the heater plug housing and with part of the sheathed element surface and they can be deformed when a force acts on the sheathed element and permit a relative movement between the sheathed element and the housing, and wherein the elastic elements (204; 204') assume a defined position with respect to the heater plug housing, characterized in that the sheathed element has a radial collar on which there are elastic elements (204; 204') on both sides.
A steering wheel, comprising: a plastic top armature portion comprising a top rim portion and a top spoke portion, the top spoke portion extending radially inward from the top rim portion; and a plastic bottom armature portion comprising a hub, a bottom rim portion, and a bottom spoke portion, the bottom spoke portion extending radially inward to the hub; characterized in that: the top armature portion is attached to the bottom armature portion with a plurality of snap mechanisms to form an armature, the snap mechanisms comprise an aperture in the top armature portion or the bottom armature portion, and a snap fit protrusion in the other of the top armature portion and the bottom armature portion, wherein the snap fit protrusion comprises an arm with a lip, the arm being of sufficient length to flex during assembly of the top armature portion and the bottom armature portion; the lip is sized to extend into and through the aperture when the top armature portion and the bottom armature portion are assembled together; and the armature is configured to attach to a vehicle steering column. a plastic top armature portion comprising a top rim portion and a top spoke portion, the top spoke portion extending radially inward from the top rim portion; and a plastic bottom armature portion comprising a hub, a bottom rim portion, and a bottom spoke portion, the bottom spoke portion extending radially inward to the hub; the top armature portion is attached to the bottom armature portion with a plurality of snap mechanisms to form an armature, the snap mechanisms comprise an aperture in the top armature portion or the bottom armature portion, and a snap fit protrusion in the other of the top armature portion and the bottom armature portion, wherein the snap fit protrusion comprises an arm with a lip, the arm being of sufficient length to flex during assembly of the top armature portion and the bottom armature portion; the lip is sized to extend into and through the aperture when the top armature portion and the bottom armature portion are assembled together; and the armature is configured to attach to a vehicle steering column.
A method of treating a carbon-carbon structure, comprising: infiltrating the carbon-carbon structure with a ceramic preparation (206, 306, 408) comprising an oxide compound and at least one of a boron compound or an oxide-boron compound to obtain a uniform distribution of the ceramic preparation within a porosity of the carbon-carbon structure; then densifying the carbon-carbon structure by chemical vapor infiltration; and then heat treating the carbon-carbon structure to form borides (210, 312, 410); and characterized by further comprising partially densifying the carbon-carbon structure before the infiltrating the carbon-carbon structure with the ceramic preparation. infiltrating the carbon-carbon structure with a ceramic preparation (206, 306, 408) comprising an oxide compound and at least one of a boron compound or an oxide-boron compound to obtain a uniform distribution of the ceramic preparation within a porosity of the carbon-carbon structure; then densifying the carbon-carbon structure by chemical vapor infiltration; and then heat treating the carbon-carbon structure to form borides (210, 312, 410); and characterized by further comprising partially densifying the carbon-carbon structure before the infiltrating the carbon-carbon structure with the ceramic preparation.