mhurhangee/patent-ind-claim-en huggingface dataset:
A textured fibrous web having a first side to be contacted by a user in-use, the first side having an uppermost surface lying in a first surface plane and a second surface lying in a second surface plane, the second surface plane lying below the first surface plane, and a lotion selectively disposed on the uppermost surface in an amount ranging from about 0.20 to about 3.0 grams per square meter of textured fibrous web, wherein the lotion has a penetration hardness as measured by the method defined herein ranging from 5 to 30 mm.
A spindle nose for a tool spindle of a machine tool, wherein the spindle nose has a longitudinal axis and a receiving end at which a conical receiver for receiving a tool shank cone opens out conically in the direction of the longitudinal axis and away from the receiving end, wherein the conical receiver is surrounded by a peripheral wall which forms a peripheral abutment edge at the receiving end, wherein the contact edge has plane contact surfaces against which contact surfaces of the tool shank cone rest when the tool is clamped in the tool spindle, characterised in that receiving bores in the form of blind bores which are guided perpendicularly to the plane contact surfaces and end below the plane contact surfaces are formed in the wall , wherein the contact edge is subdivided into at least four segments (I, II, III, IV, V, VI, VII, VIII) of equal angle and in at least four of the segments (I, II, III, IV, V, VI, VII, VIII) at least one receiving bore is formed in such a way that two receiving bores formed in this way are diametrically opposite each other, wherein in each of the receiving bores one is more sensitive to forces and/or deformations occurring in the direction of the extension of the receiving bore , depending on such forces and/or deformations, a sensor changing a measured value of a measured variable, in particular its electrical resistance (R1, R2, R3, R4), is arranged, wherein an evaluation is provided in which the sensors, in particular sensors which are in each case diametrically opposite one another, are arranged in the event of a load-bearing force or deformation pointing in the direction along the longitudinal axis. deformation pointing in a direction along the longitudinal axis.
A fluid valve comprising: a movable flow control member positioned between an inlet and an outlet of a fluid flow passageway of the fluid valve; a retainer removably coupled to a body of the flow control member , the retainer and the body of the flow control member defining a sealing cavity when the retainer is coupled to the flow control member ; and a seal positioned within the sealing cavity to define a sealing surface of the flow control member , the seal having a first seal portion with an inner core composed of a first material and a second seal portion with an outer sheath composed of a second material different than the first material, the inner core being substantially enclosed with the outer sheath, the retainer to clamp the seal to the flow control member ,, characterized in that : the first seal portion comprises an annular ring ; and the second seal portion includes an edge wrapped around the first seal portion and an intermediate portion extending across an opening of the annular ring , the intermediate portion being clamped between a wall or surface of the retainer and a surface of the body of the flow control member , the intermediate portion to clamp to the flow control member via the retainer to reduce the risk of the seal becoming dislodged from the sealing cavity. a movable flow control member positioned between an inlet and an outlet of a fluid flow passageway of the fluid valve; a retainer removably coupled to a body of the flow control member , the retainer and the body of the flow control member defining a sealing cavity when the retainer is coupled to the flow control member ; and a seal positioned within the sealing cavity to define a sealing surface of the flow control member , the seal having a first seal portion with an inner core composed of a first material and a second seal portion with an outer sheath composed of a second material different than the first material, the inner core being substantially enclosed with the outer sheath, the retainer to clamp the seal to the flow control member ,, characterized in that : the first seal portion comprises an annular ring ; and the second seal portion includes an edge wrapped around the first seal portion and an intermediate portion extending across an opening of the annular ring , the intermediate portion being clamped between a wall or surface of the retainer and a surface of the body of the flow control member , the intermediate portion to clamp to the flow control member via the retainer to reduce the risk of the seal becoming dislodged from the sealing cavity. the first seal portion comprises an annular ring ; and the second seal portion includes an edge wrapped around the first seal portion and an intermediate portion extending across an opening of the annular ring , the intermediate portion being clamped between a wall or surface of the retainer and a surface of the body of the flow control member , the intermediate portion to clamp to the flow control member via the retainer to reduce the risk of the seal becoming dislodged from the sealing cavity.
A shipping box formed from a sheet of corrugated material, said corrugated material defining a plurality of channels parallel to one another, said box comprising: - a lid , which comprises two inner flaps and at least one outer flap , the inner flaps engageable to each other by themselves, and said at least one outer flap comprising at least one sealing element for sealing the box and at least one tear strip for opening the box, said at least one sealing element being a self-adhesive glue with a protective paper; - a base ; and - four side walls ; characterized in that the length (L1) of the at least one outer flap is greater than the length (L2) of the inner flaps , defining a projecting portion on the at least one outer flap , which projects with respect to the inner flaps in the unfolded position of the sheet that forms the box, such that said at least one sealing element and said at least one tear strip are arranged on said projecting portion . - a lid , which comprises two inner flaps and at least one outer flap , the inner flaps engageable to each other by themselves, and said at least one outer flap comprising at least one sealing element for sealing the box and at least one tear strip for opening the box, said at least one sealing element being a self-adhesive glue with a protective paper; - a base ; and - four side walls ;
Bottom-up powder conveying mechanism for a PBLM system , which comprises a reservoir which is operated as a powder reservoir and has a floor which is movable in the manner of a piston in order to convey powder in the direction of an upper opening in the reservoir opposite the floor and/or through the upper opening in the reservoir and thus to a working plane of the PBLM system , wherein the bottom-up powder conveying mechanism comprises an external reservoir which can be closed in a gas-tight manner and is connected in a gas-tight manner to a gas-tight conduit in order to be able to conduct powder, via the conduit, from the reservoir into the reservoir which is operated as a powder reservoir, characterised in that the reservoir operated as a powder reservoir has, in a side wall , an opening which is lower than the upper opening and through which the reservoir can be filled with powder and which can be connected in a gas-tight and releasable manner to the conduit in order to be able to conduct powder in a gravity-driven manner from the external reservoir arranged above the opening through the sloping conduit and through the lower opening into the reservoir operated as a powder reservoir.
A method for imparting an optical element with at least one light influencing property in a gradient pattern, the method comprising: (a) providing an optical substrate having a first surface and a second surface; (b) depositing a first composition over a portion of the first surface of the optical substrate so as to provide a first treated surface region and an untreated surface region, the first composition comprising a material which provides at least one light influencing property; (c) depositing at least one second composition over the optical substrate of (b) to provide at least a second treated surface region over at least a portion of the untreated surface region and over a portion of the first treated surface region to form a first overlap region; and (d) spinning the optical substrate of (c) thereby providing the optical element having a light influencing property in a non-uniform, linear pattern over the first surface thereof. (a) providing an optical substrate having a first surface and a second surface; (b) depositing a first composition over a portion of the first surface of the optical substrate so as to provide a first treated surface region and an untreated surface region, the first composition comprising a material which provides at least one light influencing property; (c) depositing at least one second composition over the optical substrate of (b) to provide at least a second treated surface region over at least a portion of the untreated surface region and over a portion of the first treated surface region to form a first overlap region; and (d) spinning the optical substrate of (c) thereby providing the optical element having a light influencing property in a non-uniform, linear pattern over the first surface thereof.
A visor for fastening to a cap or a headband or a clip by means of press studs , wherein the visor comprises as its main component a panel , which has an upper edge and two side edges , characterized in that one press stud component is provided in each of the upper corner regions of the panel where the upper edge and the side edges meet, and wherein at least one stop component is provided at least partially below a path connecting the press stud components to one another.
Fluorine-containing titanium oxide - nano-silica composite particles comprising a condensate of a fluorine-containing alcohol and an alkoxysilane, and titanium oxide and nano-silica particles, wherein the fluorine-containing alcohol is represented by the general formula: R F '-A-OH [Ia] or the general formula: HO-A-R F "-A-OH [Ib] wherein R F ' is a linear or branched perfluoroalkyl group containing a terminal perfluoroalkyl group having 6 or less carbon atoms and a perfluoroalkylene group having 6 or less carbon atoms, and containing an O, S or N atom; R F " is a linear or branched perfluoroalkylene group containing a perfluoroalkylene group having 6 or less carbon atoms, and containing an O, S or N atom; and A is an alkylene group having 1 to 6 carbon atoms.
A wave generator for a strain wave gearing for causing an external gear of the strain wave gearing that is capable of flexing in a radial direction to flex in a non-circular shape, for causing the external gear to partially mesh with a rigid internal gear of the strain wave gearing , and for causing a position where the external gear meshes with the internal gear to move in a circumferential direction in conjunction with rotation, the wave generator for the strain wave gearing comprising: a rigid plug provided with a plug-outer-circumferential surface having a non-circular shape, and an annular displacement body provided with a plurality of radially arranged displacing sections , wherein each of the displacing sections functions as essentially rigid bodies in a radial direction of the annular displacement body and is connected so as to be elastically displaceable in the radial direction relative to the displacing sections adjacent thereto, wherein each of the displacing sections is provided with a plug-contacting section in a state of sliding contact with the plug-outer-circumferential surface of the plug , and an external-gear-contacting section for flexing the external gear in the non-circular shape, wherein the plug-contacting sections are positioned on an inside in the radial direction with respect to the external-gear-contacting sections ; characterized in that the annular displacement body comprises a single bellows having a width and a thickness, the single bellows comprises a plurality of undulating bent portions and is molded into an annular shape joining both ends thereof; and the plurality of undulating bent portions of the bellows are arranged at equiangular intervals and function as the displacing sections a rigid plug provided with a plug-outer-circumferential surface having a non-circular shape, and an annular displacement body provided with a plurality of radially arranged displacing sections , wherein each of the displacing sections functions as essentially rigid bodies in a radial direction of the annular displacement body and is connected so as to be elastically displaceable in the radial direction relative to the displacing sections adjacent thereto, wherein each of the displacing sections is provided with a plug-contacting section in a state of sliding contact with the plug-outer-circumferential surface of the plug , and an external-gear-contacting section for flexing the external gear in the non-circular shape, wherein the plug-contacting sections are positioned on an inside in the radial direction with respect to the external-gear-contacting sections ; characterized in that the annular displacement body comprises a single bellows having a width and a thickness, the single bellows comprises a plurality of undulating bent portions and is molded into an annular shape joining both ends thereof; and the plurality of undulating bent portions of the bellows are arranged at equiangular intervals and function as the displacing sections
A method of acoustic wave measurement of an axial velocity distribution of a fluid flow in a pipe or a vessel, the method comprising: selecting a single cross-section located at a stable-flow segment or an interested segment in the pipe or the vessel, installing a plurality of acoustic wave sensors along a peripheral wall of the pipe or the vessel at the cross-section, wherein a plurality of effective sound wave paths are formed between the acoustic wave sensors and only one sound wave path is counted as an effective sound wave path between one pair of the acoustic wave sensors; and measuring a sound wave travelling time along each sound wave path, and substituting the sound wave traveling time into the following equation so as to reconstruct the axial velocity distribution u(x,y) on the cross section of the pipe or the vessel; ∫ l i u x y 1 + y ′ 2 dx = L i c 2 − L i Δt i 2 , i = 1,2 , ⋯ , N wherein, l i is an i th sound wave path, L i is a distance between the two acoustic wave sensors at two ends of an i th sound wave path, Δ t i is the sound traveling time along the ith effective sound wave path, N is a number of effective sound wave paths, c is a sound speed at measuring physical conditions of a medium. selecting a single cross-section located at a stable-flow segment or an interested segment in the pipe or the vessel, installing a plurality of acoustic wave sensors along a peripheral wall of the pipe or the vessel at the cross-section, wherein a plurality of effective sound wave paths are formed between the acoustic wave sensors and only one sound wave path is counted as an effective sound wave path between one pair of the acoustic wave sensors; and measuring a sound wave travelling time along each sound wave path, and substituting the sound wave traveling time into the following equation so as to reconstruct the axial velocity distribution u(x,y) on the cross section of the pipe or the vessel; ∫ l i u x y 1 + y ′ 2 dx = L i c 2 − L i Δt i 2 , i = 1,2 , ⋯ , N wherein, l i is an i th sound wave path, L i is a distance between the two acoustic wave sensors at two ends of an i th sound wave path, Δ t i is the sound traveling time along the ith effective sound wave path, N is a number of effective sound wave paths, c is a sound speed at measuring physical conditions of a medium.
A connector assembly, comprising: a receptacle assembly with a cage that includes a front portion , a top wall , side walls and a rear wall and defines a first port and a second port and a central duct between the two ports, wherein each port is configured to receive a plug assembly ; a plug assembly positioned in a respective port of the two ports, the plug assembly including a body and a paddle card that is part of an interface between the plug assembly and the receptacle, the paddle card extending toward a front end of the plug assembly and being protected by the body, wherein the body has a top surface and a bottom surface being formed of a thermal conductive material and includes a surface characterized in that the surface includes a plurality of cooling grooves , each groove is extending substantially the length in the insertion direction of the body that is positioned in the port wherein the cooling groves are configured to allow air to flow through the port and to directly cool the plug assembly while the plug assembly is positioned in the port. a receptacle assembly with a cage that includes a front portion , a top wall , side walls and a rear wall and defines a first port and a second port and a central duct between the two ports, wherein each port is configured to receive a plug assembly ; a plug assembly positioned in a respective port of the two ports, the plug assembly including a body and a paddle card that is part of an interface between the plug assembly and the receptacle, the paddle card extending toward a front end of the plug assembly and being protected by the body, wherein the body has a top surface and a bottom surface being formed of a thermal conductive material and includes a surface characterized in that the surface includes a plurality of cooling grooves , each groove is extending substantially the length in the insertion direction of the body that is positioned in the port wherein the cooling groves are configured to allow air to flow through the port and to directly cool the plug assembly while the plug assembly is positioned in the port.
Method for manufacturing an electroactive actuator from a stack comprising at least one first electrode and at least one layer comprising an electroactive polymer surmounting the electrode , the electroactive polymer having the ability to respond by a movement when it is in a crystalline state and an electrical field is applied thereto, the method comprising: - a step of obtaining an electroactive layer comprising a step of crystallisation of the layer comprising the electroactive polymer surmounting the stack; - a step of formation of a second electrode so that the electroactive layer is disposed between the two electrodes ; characterised in that the electroactive polymer is formed from a material able to at least partly crystallise under the effect of exposure to ultraviolet (UV) radiation and in that the crystallisation step comprises a step of exposing the electroactive layer to ultraviolet radiation in the course of which at least part of the ultraviolet radiation is delivered in the form of one or more pulses, the duration of each pulse being less than 100 milliseconds (ms) (10 -3 seconds), and wherein, from the stack comprising at least one layer comprising an electroactive polymer disposed between two electrodes , the following sequence of steps is performed: - formation of an additional layer of electroactive polymer surmounting said stack; - obtaining an additional electroactive layer by crystallisation of said additional layer of electroactive polymer, the crystallisation comprising a step of exposing the additional layer of electroactive polymer to UV radiation, the exposure step comprising the pulse or pulses; - formation of an electrode surmounting said additional electroactive layer . - a step of obtaining an electroactive layer comprising a step of crystallisation of the layer comprising the electroactive polymer surmounting the stack; - a step of formation of a second electrode so that the electroactive layer is disposed between the two electrodes ; - formation of an additional layer of electroactive polymer surmounting said stack; - obtaining an additional electroactive layer by crystallisation of said additional layer of electroactive polymer, the crystallisation comprising a step of exposing the additional layer of electroactive polymer to UV radiation, the exposure step comprising the pulse or pulses; - formation of an electrode surmounting said additional electroactive layer .
An acoustic horn comprising an acoustic enclosure extending from a horn throat along a longitudinal axis, the acoustic enclosure having an acoustically open end , an acoustically closed end, and acoustically closed narrowing sides having interior walls and; an elongated centrally-located centerbody having an exterior wall, the centerbody containing one or more acoustic transducers and one or more acoustic ports, the centerbody extending along the longitudinal axis from a first vertex to a second vertex and the narrowing sides of the enclosure to form an annular acoustic channel defined by the interior walls of the acoustic enclosure and by the exterior walls of the centerbody, the centerbody having a rear surface , the rear surface coupled to the narrowing sides, and the centerbody further having a frontal surface , wherein the centerbody extends along the longitudinal axis in a first plane and in a second plane, and the second plane is inclined relative to the first plane, and in the first plane and in the second plane, the rear surface tapers outward along the longitudinal axis following a surface of the enclosure to a transition , and the first front surface tapers inward along the longitudinal axis from the transition toward the open end, so as to form an expanding annular passage defined by the acoustic enclosure and the centerbody exterior wall; and at least one high frequency range driver being acoustically coupled to the horn throat.