mhurhangee/patent-ind-claim-en huggingface dataset:
Sensor element for signaling and determining a deflection of a probe pin, in particular of a machine-guided probe system, comprising ∘ a base body having a central recess , ∘ a spring bearing having at least one spring bearing element , ∘ a sensor surface , ∘ a connecting surface opposite the sensor surface , which is configured to connect a probe pin to the sensor element , and ∘ a coupling unit , wherein the coupling unit i. is spring-mounted in the central recess of the base body by the spring bearing, wherein the spring bearing provides movability of the coupling unit in at least two rotational and one translational degrees of freedom, and ii. mechanically couples the sensor surface and the connecting surface to each other, wherein ∘ the deflection of a probe pin connected to the sensor element via the connecting surface and coupling unit causes a deflection of the sensor surface , and the deflection of the sensor surface is in a fixed and defined relation to the deflection of the probe pin, and characterized in that ∘ the spring bearing, the sensor surface , the connecting surface , the coupling unit and the base body are integrally connected to one another in an integral composite of silicate glass, in particular quartz glass, wherein the integral composite is manufactured monolithically from silicate glass, in particular quartz glass. ∘ a base body having a central recess , ∘ a spring bearing having at least one spring bearing element , ∘ a sensor surface , ∘ a connecting surface opposite the sensor surface , which is configured to connect a probe pin to the sensor element , and ∘ a coupling unit , wherein the coupling unit i. is spring-mounted in the central recess of the base body by the spring bearing, wherein the spring bearing provides movability of the coupling unit in at least two rotational and one translational degrees of freedom, and ii. mechanically couples the sensor surface and the connecting surface to each other, wherein i. is spring-mounted in the central recess of the base body by the spring bearing, wherein the spring bearing provides movability of the coupling unit in at least two rotational and one translational degrees of freedom, and ii. mechanically couples the sensor surface and the connecting surface to each other, ∘ the deflection of a probe pin connected to the sensor element via the connecting surface and coupling unit causes a deflection of the sensor surface , and the deflection of the sensor surface is in a fixed and defined relation to the deflection of the probe pin, and characterized in that ∘ the spring bearing, the sensor surface , the connecting surface , the coupling unit and the base body are integrally connected to one another in an integral composite of silicate glass, in particular quartz glass, wherein the integral composite is manufactured monolithically from silicate glass, in particular quartz glass.
A method of obtaining a composition for influencing or modifiying (a) growth of human hair and/or (b) pigmentation of human hair and/or (c) pigmentation of human skin and/or (d) level of CE protein components, comprising or consisting of the following steps: (i) extracting viable, freeze-dried or dried cells of Tetraselmis sp., preferably Tetraselmis suecica, with water and a second liquid extractant selected from the group consisting of ethanol, methanol, isopropanol, and (ii) optionally adjusting the phototoxicity of the composition to a phototoxicity index of less than 5, wherein the extraction comprises (i-a) exposition of the cell material to the extractant for up to 24h at a temperature of not more than 50 °C, and (i-b) removal of the cell material to obtain an extract, the extract being the composition or being further processed into the composition; and wherein the extraction comprises repeating steps (i-a) and (i-b) once, twice, three or four times, and wherein in each step (i-a) the cell material removed in the respective prior step (i-b) is used, and the extracts of steps (i-b) are combined. (a) growth of human hair and/or (b) pigmentation of human hair and/or (c) pigmentation of human skin and/or (d) level of CE protein components, (i) extracting viable, freeze-dried or dried cells of Tetraselmis sp., preferably Tetraselmis suecica, with water and a second liquid extractant selected from the group consisting of ethanol, methanol, isopropanol, and (ii) optionally adjusting the phototoxicity of the composition to a phototoxicity index of less than 5, (i-a) exposition of the cell material to the extractant for up to 24h at a temperature of not more than 50 °C, and (i-b) removal of the cell material to obtain an extract, the extract being the composition or being further processed into the composition; and wherein the extraction comprises repeating steps (i-a) and (i-b) once, twice, three or four times, and wherein in each step (i-a) the cell material removed in the respective prior step (i-b) is used, and the extracts of steps (i-b) are combined.
Device for opening and/or closing a wing relative to a frame for rotating wings, comprising: A longitudinally extended housing, a drive element which can be driven by means of a motor-driven spindle of the device , with a spindle nut for generating a drive movement, wherein the drive element is guided in the housing so as to be movable longitudinally, and a power take-off element connected to the drive element for moving the wing, which is mounted in the housing so as to be movable along the spindle and is connected to a pivotably mounted setting-out arm , assigned to which on the wing-side is a fixed rotary bearing, wherein the drive element carries out a partial lift stroke, moving relative to the power take-off element , and carries out a working stroke, moving together with the drive element , wherein the connection between the drive element and power take-off element comprises a locking device or a coupling element , in order to secure the drive element at one end of its partial lift stroke to the power take-off element in a detachable manner, characterized in that a link is arranged in a pivoting arm , which takes effect between the wing and the frame , and which pivots outwards when a link follower element arranged on the drive element runs through its movement, wherein the drive element , in the course of the partial lift stroke, engages into the link , and a support of the wing , directed transverse to the direction of movement of the drive element , reaches the frame .
A method comprising: winding a composite fabric around a mandrel to form a plurality of layers defining an annulus extending along a central longitudinal axis , wherein the composite fabric comprises: a plurality of elongate axial fibers extending substantially in an axial direction relative to the longitudinal axis; and a plurality of elongate circumferential fibers extending substantially in a circumferential direction relative to the longitudinal axis; and introducing , using a needler , into at least a portion of the plurality of layers, a plurality of radial fibers extending substantially in the radial direction relative to the longitudinal axis, wherein the plurality of radial fibers mechanically bind one or more adjacent layers of the plurality of layers, characterized in that the needler includes a curved member having a plurality of needles . winding a composite fabric around a mandrel to form a plurality of layers defining an annulus extending along a central longitudinal axis , wherein the composite fabric comprises: a plurality of elongate axial fibers extending substantially in an axial direction relative to the longitudinal axis; and a plurality of elongate circumferential fibers extending substantially in a circumferential direction relative to the longitudinal axis; and a plurality of elongate axial fibers extending substantially in an axial direction relative to the longitudinal axis; and a plurality of elongate circumferential fibers extending substantially in a circumferential direction relative to the longitudinal axis; and introducing , using a needler , into at least a portion of the plurality of layers, a plurality of radial fibers extending substantially in the radial direction relative to the longitudinal axis, wherein the plurality of radial fibers mechanically bind one or more adjacent layers of the plurality of layers, characterized in that the needler includes a curved member having a plurality of needles .
Load-carrying cycle container comprising a bottom element , two side walls opposite each other, a rear wall , a front wall and at least one reinforcement element , wherein the reinforcement element is arranged at least partially in one of the side walls and/or the rear wall and/or the front wall , wherein, in the transition region , the front wall comprises an angle α relative to the longitudinal direction or the traveling direction larger than 90°, in particular larger than 110° and particularly preferred larger than 130°, characterized in that the reinforcement element is arranged in the transition region between the front wall and one of the side walls in the side wall and the front wall , wherein in the transition region , the reinforcement element is covered at least on the outer side by the material of one of the side walls and the front wall . a bottom element , two side walls opposite each other, a rear wall , a front wall and at least one reinforcement element , wherein the reinforcement element is arranged at least partially in one of the side walls and/or the rear wall and/or the front wall , wherein, in the transition region , the front wall comprises an angle α relative to the longitudinal direction or the traveling direction larger than 90°, in particular larger than 110° and particularly preferred larger than 130°, characterized in that the reinforcement element is arranged in the transition region between the front wall and one of the side walls in the side wall and the front wall , wherein in the transition region , the reinforcement element is covered at least on the outer side by the material of one of the side walls and the front wall .
A firewood processor comprising a splitting blade structure for the firewood processor, wherein the splitting blade structure comprises a vertical, straight and knife-type splitting blade supported to a frame of the firewood processor, and at least one non-vertical cross-blade supported to the splitting blade, and a measuring device for the thickness of a log being processed in the firewood processor, connected to the vertical splitting blade for lifting and lowering it according to the thickness of the log, characterized in that the vertical splitting blade comprises three parts, a lower support part , an upper support part , and a splitting part between them, to which splitting part the cross-blade is attached, whereby the frame of the firewood processor comprises a lower support sleeve and an upper support sleeve corresponding to the elongated lower support part and upper support part , on which sleeves the splitting blade is movable, and the lower support sleeve and the upper support sleeve with cross-sections are sized to correspond to the lower support part and upper support part such that the lower and upper support parts are able to freely move in vertical direction, and the splitting blade structure comprises an adjustment linkage which is connected to the measuring device , and the adjustment linkage is connected to an upper end of the upper support part for lifting and lowering the splitting blade .
A cap for covering an opening of a container, preferably a bottle, comprising: - a cork body having a cylindrical configuration extending along a longitudinal direction (X-X'), wherein the cork body comprises a first cork portion (1.1) intended for being inserted into the opening of the container and a second cork portion (1.2) intended for being accessible from the outside when the cap closes the opening of the container in the operative mode; - an impermeable sheet element arranged between the first cork portion (1.1) and the second cork portion (1.2), configured to prevent the passage of a fluid or gas between the first cork portion (1.1) and the second cork portion (1.2) wherein the sheet element extends around the perimeter by means of an annular body (2.1) characterized in that the annular body (2.1) is intended for being supported on the opening of the container when the cap is closing said opening in an operative mode, wherein the annular body (2.1): - either partially covers a perimetral portion of the first cork portion (1.1) of the cork body ; - or partially covers a perimetral portion of the second cork portion (1.2) of the cork body ; - or both. - a cork body having a cylindrical configuration extending along a longitudinal direction (X-X'), wherein the cork body comprises a first cork portion (1.1) intended for being inserted into the opening of the container and a second cork portion (1.2) intended for being accessible from the outside when the cap closes the opening of the container in the operative mode; - an impermeable sheet element arranged between the first cork portion (1.1) and the second cork portion (1.2), configured to prevent the passage of a fluid or gas between the first cork portion (1.1) and the second cork portion (1.2) - either partially covers a perimetral portion of the first cork portion (1.1) of the cork body ; - or partially covers a perimetral portion of the second cork portion (1.2) of the cork body ; - or both.
A heater applicable to to an electronic cigarette , comprising: a porous body , configured for absorbing tobacco liquid; the porous body having an absorbing surface and an atomizing surface opposite with each other; the tobacco liquid permeating from the absorbing surface to the atomizing surface ; a heating element , disposed on the atomizing surface and configured to atomize the tobacco liquid stored in the porous body into an aerosol; and characterized in that part of the porous body that is near the atomizing surface comprising a less thermal conductivity than part of the porous body that is near the absorbing surface . a porous body , configured for absorbing tobacco liquid; the porous body having an absorbing surface and an atomizing surface opposite with each other; the tobacco liquid permeating from the absorbing surface to the atomizing surface ; a heating element , disposed on the atomizing surface and configured to atomize the tobacco liquid stored in the porous body into an aerosol; and characterized in that part of the porous body that is near the atomizing surface comprising a less thermal conductivity than part of the porous body that is near the absorbing surface .
A food product, comprising discrete cocoa butter-based particles in an amount of from 25% to 40% by weight of the food product,, wherein the discrete cocoa butter-based particles are embedded in a matrix that includes a fruit paste having a water activity of less than 0.73, nut butter, and cocoa powder, wherein the matrix comprises: • fruit paste in an amount of 30% to 55% by weight of the food product; • nut butter in an amount of 14% to 35% by weight of the food product; and • cocoa powder in an amount of 7% to 15% by weight of the food product; wherein the discrete cocoa butter-based particles have a size range wherein at least 90% pass through a sieve with 1.41 mm openings and are retained on a sieve with 0.105 mm openings. wherein the discrete cocoa butter-based particles are embedded in a matrix that includes a fruit paste having a water activity of less than 0.73, nut butter, and cocoa powder, wherein the matrix comprises: • fruit paste in an amount of 30% to 55% by weight of the food product; • nut butter in an amount of 14% to 35% by weight of the food product; and • cocoa powder in an amount of 7% to 15% by weight of the food product; • fruit paste in an amount of 30% to 55% by weight of the food product; • nut butter in an amount of 14% to 35% by weight of the food product; and • cocoa powder in an amount of 7% to 15% by weight of the food product; wherein the discrete cocoa butter-based particles have a size range wherein at least 90% pass through a sieve with 1.41 mm openings and are retained on a sieve with 0.105 mm openings.
Vertical Hall sensor, which is integrated in a semiconductor chip , with an electrically conductive well of a first conductivity type, which is embedded in an electrically conductive region of a second conductivity type, and with electrical contacts which serve for making a current flow through the vertical Hall sensor and for tapping a Hall voltage and which are arranged along a straight line on a planar surface of the electrically conductive well , which extends parallel to a surface of the semiconductor chip accessible for wiring, the electrically conductive well having a doping profile generated by ion implantation and not by an epitaxy process and electrically isolated laterally and at the bottom from said electrically conductive region by a pn junction, characterized in that the doping profile either has a maximum which is located at a depth T from the planar surface of the electrically conductive well , or is essentially constant or is wavy and is approximately constant averaged over the waves up to a depth T, with T > 0.
A method of at least one of maintaining and restoring the viability of at least one ex-vivo organ subjected to a period of ischemia or hypoxia, comprising: perfusing said at least one organ with reduced energy and enzyme levels from the ischemia or hypoxia with a first medical fluid at a first temperature to reduce or stop catabolic changes, the first temperature being a hypothermic temperature from 4 to 10°C; and switching the perfusion of the organ to an oxygen rich second medical fluid at a second temperature from 12 to 24°C to restore the organ's pre-ischemia energy and enzyme levels, wherein the organ is not returned to the donor. perfusing said at least one organ with reduced energy and enzyme levels from the ischemia or hypoxia with a first medical fluid at a first temperature to reduce or stop catabolic changes, the first temperature being a hypothermic temperature from 4 to 10°C; and switching the perfusion of the organ to an oxygen rich second medical fluid at a second temperature from 12 to 24°C to restore the organ's pre-ischemia energy and enzyme levels, wherein the organ is not returned to the donor.
A portable infusion pump system , comprising: a pump housing that defines a space to receive a medicine cartridge ; and a drive system to dispense medicine from the medicine cartridge when the medicine cartridge is received by the pump housing , the drive system comprising: a piston rod configured to forwardly advance toward the medicine cartridge when the medicine cartridge is received by the pump housing , and a plunger engagement device coupled to the piston rod , wherein the plunger engagement device comprises at least one penetration member to couple the drive system to a plunger of the medicine cartridge , characterized in that the plunger engagement device comprises a spring adjustable from a deactivated condition to an activated condition in which a spring force of the spring biases the plunger towards the piston rod . a pump housing that defines a space to receive a medicine cartridge ; and a drive system to dispense medicine from the medicine cartridge when the medicine cartridge is received by the pump housing , the drive system comprising: a piston rod configured to forwardly advance toward the medicine cartridge when the medicine cartridge is received by the pump housing , and a plunger engagement device coupled to the piston rod , wherein the plunger engagement device comprises at least one penetration member to couple the drive system to a plunger of the medicine cartridge , characterized in that the plunger engagement device comprises a spring adjustable from a deactivated condition to an activated condition in which a spring force of the spring biases the plunger towards the piston rod .
A fluorine rubber composition comprising: a component A that is a base rubber containing a hydrogen-containing fluorine rubber as a main component; a component B being a compound having a perfluoropolyether skeleton, the component B containing a compound having an alkenyl group in addition to the perfluoropolyether skeleton; and a component C that is a powdery filler having a bulk density of 0.4 g/cm 3 or less, (p C /d C )/(p B /d B ) ≥ 4 being satisfied wherein d B is a density of the component B, p B is a content of the component B relative to 100 parts by mass of the component A, d C is the bulk density of the component C, and p C is a content of the component C relative to 100 parts by mass of the component A. a component A that is a base rubber containing a hydrogen-containing fluorine rubber as a main component; a component B being a compound having a perfluoropolyether skeleton, the component B containing a compound having an alkenyl group in addition to the perfluoropolyether skeleton; and a component C that is a powdery filler having a bulk density of 0.4 g/cm 3 or less, (p C /d C )/(p B /d B ) ≥ 4 being satisfied wherein d B is a density of the component B, p B is a content of the component B relative to 100 parts by mass of the component A, d C is the bulk density of the component C, and p C is a content of the component C relative to 100 parts by mass of the component A.
A Hall-effect thruster for developing thrust along a thrust axis, the thruster comprising: a channel allowing collection, acceleration and ejection of particles by the thruster when it is in operation, the channel being delimited radially by an inner wall and an outer wall ; an electric circuit comprising an anode , a cathode , and an electrical voltage source to emit electrons via the cathode and to attract electrons via the anode ; a magnetic circuit for generating a magnetic field (B) in the channel axially downstream of the anode, the magnetic field being directed in a substantially radial direction with respect to the thrust axis (X); the channel being open on an upstream side of the thruster and including a particle concentrator for collecting particles (P); the shape of the concentrator being defined by a continuous contour (C1) situated in a plane perpendicular to the thrust axis and surrounding it; the thruster being characterized in that on a major portion of the contour, each section of the concentrator perpendicular to the contour has a parabolic shape and has a focus (F1) belonging to the contour (C1); and the magnetic circuit is arranged so as to generate the magnetic field (B) in the vicinity of the contour (C1). a channel allowing collection, acceleration and ejection of particles by the thruster when it is in operation, the channel being delimited radially by an inner wall and an outer wall ; an electric circuit comprising an anode , a cathode , and an electrical voltage source to emit electrons via the cathode and to attract electrons via the anode ; a magnetic circuit for generating a magnetic field (B) in the channel axially downstream of the anode, the magnetic field being directed in a substantially radial direction with respect to the thrust axis (X); the channel being open on an upstream side of the thruster and including a particle concentrator for collecting particles (P); the shape of the concentrator being defined by a continuous contour (C1) situated in a plane perpendicular to the thrust axis and surrounding it; the thruster being characterized in that on a major portion of the contour, each section of the concentrator perpendicular to the contour has a parabolic shape and has a focus (F1) belonging to the contour (C1); and the magnetic circuit is arranged so as to generate the magnetic field (B) in the vicinity of the contour (C1).