mhurhangee/ep-ind-claims huggingface dataset:
A skin care formulation comprising: a polymer derived from at least one acid-containing monomer that is methacrylic acid and at least one N-alkyl (meth)acrylamide monomer, wherein the acid-containing monomer is present from 5 to 35 weight percent of the total monomer content in the polymer and wherein the N-alkyl (meth)acrylamide monomer is present from 27 to 88 percent of the total weight of the monomer content in the polymer; and at least one sunscreen active agent. a polymer derived from at least one acid-containing monomer that is methacrylic acid and at least one N-alkyl (meth)acrylamide monomer, wherein the acid-containing monomer is present from 5 to 35 weight percent of the total monomer content in the polymer and wherein the N-alkyl (meth)acrylamide monomer is present from 27 to 88 percent of the total weight of the monomer content in the polymer; and at least one sunscreen active agent.
A video conferencing system, comprising: - a directable camera adapted to be directed towards a video conference participant and having remote control, and, - a position sensing means for sensing the location of video conference participants in a room, thereby allowing the remote user to select a video conference participant for directing the camera to, CHARACTERIZED IN THAT the position sensing means comprises tags for tagging said video conference participants and at least one tag reader, the tags being tags used to label objects or persons and to send its coordinates to the tag reader. - a directable camera adapted to be directed towards a video conference participant and having remote control, and, - a position sensing means for sensing the location of video conference participants in a room, thereby allowing the remote user to select a video conference participant for directing the camera to, CHARACTERIZED IN THAT the position sensing means comprises tags for tagging said video conference participants and at least one tag reader, the tags being tags used to label objects or persons and to send its coordinates to the tag reader.
Locking system comprising a male cylindrical end of a first element and a female tubular cylindrical end of a second element, the male cylindrical end being intended to be engaged inside the female tubular cylindrical end to couple the first element to the second element, wherein: - a locking groove is hollowed in the outer surface of the male cylindrical end, - the female tubular cylindrical end is bored on the side with a through-opening inside of which is arranged a mobile locking element able to protrude inside the female tubular cylindrical end in the locking groove of the male cylindrical end, and - a locking ring is mounted, free in rotation (L, U) around the female tubular cylindrical end, on the outer surface of the female tubular cylindrical end opposite the through-opening, this ring having an inner surface wherein a recess having an ortho-radially variable depth enables the locking/unlocking of the mobile locking element against the locking groove depending on the position of the ring, characterized in that: - the recess has a maximum depth such that, when this maximum depth is arranged opposite the through-opening, the mobile locking element despite this protrudes inside the female tubular cylindrical end, and - the locking groove extends in the axial direction (z) of the male cylindrical end from a free end thereof, in order to guide and angularly limit the insertion of the male cylindrical end in the female tubular cylindrical end in cooperation with the mobile locking element. - a locking groove is hollowed in the outer surface of the male cylindrical end, - the female tubular cylindrical end is bored on the side with a through-opening inside of which is arranged a mobile locking element able to protrude inside the female tubular cylindrical end in the locking groove of the male cylindrical end, and - a locking ring is mounted, free in rotation (L, U) around the female tubular cylindrical end, on the outer surface of the female tubular cylindrical end opposite the through-opening, this ring having an inner surface wherein a recess having an ortho-radially variable depth enables the locking/unlocking of the mobile locking element against the locking groove depending on the position of the ring, - the recess has a maximum depth such that, when this maximum depth is arranged opposite the through-opening, the mobile locking element despite this protrudes inside the female tubular cylindrical end, and - the locking groove extends in the axial direction (z) of the male cylindrical end from a free end thereof, in order to guide and angularly limit the insertion of the male cylindrical end in the female tubular cylindrical end in cooperation with the mobile locking element.
A rigging component adapted to connect an array element of a loudspeaker array to an adjacent array element, the rigging component comprising: an elongate housing connectable to the array element; a connection link disposed within, and slidably extendable from, one end of said housing, wherein said connection link comprises at least one aperture therethrough that is exposed when said connection link is extended from said one end of said elongate housing; a conduit extending into said elongate housing from an opposite end of said elongate housing, said conduit dimensioned to receive an adjacent connection link extending from an adjacent rigging component of the adjacent array element; and a first latching device associated with said conduit for releasably retaining the adjacent connection link within said conduit; wherein the first latching device includes a first pin that, in a latching position, passes through both said conduit and an aperture in the adjacent connection link; characterized in that the rigging component further comprises: a moveable retention device disposed within said conduit for blocking passage of said first pin through said conduit until the adjacent connection link is inserted into said conduit to displace said moveable retention device; and a spring biased to maintain said moveable retention device in a blocking position in absence of the adjacent connection link. an elongate housing connectable to the array element; a connection link disposed within, and slidably extendable from, one end of said housing, wherein said connection link comprises at least one aperture therethrough that is exposed when said connection link is extended from said one end of said elongate housing; a conduit extending into said elongate housing from an opposite end of said elongate housing, said conduit dimensioned to receive an adjacent connection link extending from an adjacent rigging component of the adjacent array element; and a first latching device associated with said conduit for releasably retaining the adjacent connection link within said conduit; wherein the first latching device includes a first pin that, in a latching position, passes through both said conduit and an aperture in the adjacent connection link; characterized in that the rigging component further comprises: a moveable retention device disposed within said conduit for blocking passage of said first pin through said conduit until the adjacent connection link is inserted into said conduit to displace said moveable retention device; and a spring biased to maintain said moveable retention device in a blocking position in absence of the adjacent connection link. a moveable retention device disposed within said conduit for blocking passage of said first pin through said conduit until the adjacent connection link is inserted into said conduit to displace said moveable retention device; and a spring biased to maintain said moveable retention device in a blocking position in absence of the adjacent connection link.
A method for detecting the presence or absence of an analyte in a sample, the method comprising: introducing a sample and a sensor compound into a channel, the channel having a length and a width, the length substantially greater than the width, wherein the sensor compound is allowed to flow along the length of the channel; measuring an electrical property value of an electrical property along at least a portion of the length of the channel after the sample and sensor compound are introduced into the channel; accessing a reference electrical property value, wherein the reference electrical property value of an electrical property of the channel along at least a portion of the length of the channel is obtained prior to introduction of the sample into the channel; comparing the measured electrical property value and the reference electrical property value; determining whether an aggregate is present in the channel based on the comparison between the measured electrical property value and the reference electrical property value, wherein an interaction between the analyte and the sensor compound results in formation of the aggregate; and determining, based on the measured electrical property value, a concentration of the analyte in the sample. introducing a sample and a sensor compound into a channel, the channel having a length and a width, the length substantially greater than the width, wherein the sensor compound is allowed to flow along the length of the channel; measuring an electrical property value of an electrical property along at least a portion of the length of the channel after the sample and sensor compound are introduced into the channel; accessing a reference electrical property value, wherein the reference electrical property value of an electrical property of the channel along at least a portion of the length of the channel is obtained prior to introduction of the sample into the channel; comparing the measured electrical property value and the reference electrical property value; determining whether an aggregate is present in the channel based on the comparison between the measured electrical property value and the reference electrical property value, wherein an interaction between the analyte and the sensor compound results in formation of the aggregate; and determining, based on the measured electrical property value, a concentration of the analyte in the sample.
A method for producing a rust-proofed threaded part, comprising the steps of: forming a corrosion-resistant film on a surface of an iron substrate of a threaded part; and applying a rust proofing treatment liquid onto a surface of the corrosion-resistant film, the rust proofing treatment liquid containing a binder resin containing silica and at least one of a modified epoxy resin obtained by graft polymerization using a carboxylic acid-containing acrylic polymer as a side chain or a modified acrylic resin obtained by graft polymerization using a carboxylic acid-containing acrylic polymer as a side chain, to form a rustproof coating film, wherein an insoluble metal silicate is contained in a surface layer of the corrosion-resistant film, and wherein the metal silicate is at least any metal silicate selected from the group consisting of calcium orthosilicate, calcium metasilicate, calcium sodium silicate, magnesium orthosilicate, magnesium metasilicate, magnesium calcium silicate, zinc orthosilicate, and zinc metasilicate. forming a corrosion-resistant film on a surface of an iron substrate of a threaded part; and applying a rust proofing treatment liquid onto a surface of the corrosion-resistant film, the rust proofing treatment liquid containing a binder resin containing silica and at least one of a modified epoxy resin obtained by graft polymerization using a carboxylic acid-containing acrylic polymer as a side chain or a modified acrylic resin obtained by graft polymerization using a carboxylic acid-containing acrylic polymer as a side chain, to form a rustproof coating film, wherein an insoluble metal silicate is contained in a surface layer of the corrosion-resistant film, and wherein the metal silicate is at least any metal silicate selected from the group consisting of calcium orthosilicate, calcium metasilicate, calcium sodium silicate, magnesium orthosilicate, magnesium metasilicate, magnesium calcium silicate, zinc orthosilicate, and zinc metasilicate.
An apparatus for moving a slide-out room in a side wall of a vehicle, the apparatus comprising: a drive assembly (30, 48) that is supported by the side wall of the vehicle and that includes a motor; a driven assembly that is driven by the drive assembly and that is connected to a wall of the slide-out room; and a manual override allowing a user to move the slide-out room in the event of failure of the motor, characterized in that the manual override comprises an override drive gear, an override driven gear in mesh with the override drive gear, and an override drive head connected to the override drive gear. a drive assembly (30, 48) that is supported by the side wall of the vehicle and that includes a motor; a driven assembly that is driven by the drive assembly and that is connected to a wall of the slide-out room; and a manual override allowing a user to move the slide-out room in the event of failure of the motor, characterized in that the manual override comprises an override drive gear, an override driven gear in mesh with the override drive gear, and an override drive head connected to the override drive gear.
Ring gauge for inspecting toothings, in particular splines, having a ring gauge body, wherein the ring gauge body comprises a cutout in which an internal toothing is provided, wherein the internal toothing defines a root circle having a diameter D1 and a tip circle having a diameter D2, wherein the cutout has a circumferential ring-shaped centring portion (5, 6), which is arranged coaxially as an extension with respect to the internal toothing, characterized in that the circumferential ring-shaped centring portion (5, 6) has a diameter D3 which is slightly smaller than the diameter D1.
A semiconductor device (10, 210) comprising: a substrate (12, 212); a tensile layer (14, 214) overlying a major surface (16, 216) of the substrate; and a compressive layer (18, 218) overlying the major surface; and an intermediate layer (22, 222) between the tensile layer and the compressive layer, and in contact with both the tensile layer and the compressive layer, wherein the intermediate layer is an oxidized surface of the compressive layer or the tensile layer; wherein the tensile layer and the compressive layer both impart forces onto the substrate, to thereby keep the substrate from bowing. a substrate (12, 212); a tensile layer (14, 214) overlying a major surface (16, 216) of the substrate; and a compressive layer (18, 218) overlying the major surface; and an intermediate layer (22, 222) between the tensile layer and the compressive layer, and in contact with both the tensile layer and the compressive layer, wherein the intermediate layer is an oxidized surface of the compressive layer or the tensile layer; wherein the tensile layer and the compressive layer both impart forces onto the substrate, to thereby keep the substrate from bowing.
A monolithic, optoelectronic semiconductor body, comprising: - a semiconductor layer sequence which is subdivided into at least two subsegments which are electrically isolated from one another and which semiconductor layer sequence has a first and a second main face, wherein the semiconductor layer sequence in each subarea has an active layer which is suitable for producing electromagnetic radiation; - and in which the first main face of the semiconductor layer sequence is intended to emit electromagnetic radiation produced in the active layer; - a first contact pad, a second contact pad and at least one third contact pad, - a first line level, which is arranged adjacent to the second main face and makes electrical contact with a first of the at least two subsegments and with the first contact pad, - a second line level, which is arranged adjacent to the second main face and makes electrical contact with a second of the at least two subsegments and with the second contact pad, - a third line level, which is arranged adjacent to the second main face, electrically connects the first and the second subsegments to one another to produce electromagnetic radiation, so that the active layers of the first and the second subsegments form a series circuit, and makes electrical contact with the third contact pad, wherein at least one of the first, second and third line levels and another of the first, second and third line levels overlap and are isolated from one another by an insulation layer and wherein, on the second main face, a mount substrate is arranged and the the first, second and third line levels at least partially are arragned between a mount substrate and the semiconductor layer sequence. - a semiconductor layer sequence which is subdivided into at least two subsegments which are electrically isolated from one another and which semiconductor layer sequence has a first and a second main face, wherein the semiconductor layer sequence in each subarea has an active layer which is suitable for producing electromagnetic radiation; - and in which the first main face of the semiconductor layer sequence is intended to emit electromagnetic radiation produced in the active layer; - a first contact pad, a second contact pad and at least one third contact pad, - a first line level, which is arranged adjacent to the second main face and makes electrical contact with a first of the at least two subsegments and with the first contact pad, - a second line level, which is arranged adjacent to the second main face and makes electrical contact with a second of the at least two subsegments and with the second contact pad, - a third line level, which is arranged adjacent to the second main face, electrically connects the first and the second subsegments to one another to produce electromagnetic radiation, so that the active layers of the first and the second subsegments form a series circuit, and makes electrical contact with the third contact pad,
An optical imaging lens assembly with lens components consisting of, in order from an object side to an image side: a first lens component (101, 201) with positive refractive power, a convex object-side refractive surface, and a convex image-side refractive surface; a second lens component (102, 202) with negative refractive power, a convex object-side refractive surface, and a concave image-side refractive surface; a third lens component (103, 203) with positive refractive power and a convex object-side refractive surface; a fourth lens component (104, 204) with positive refractive power and a convex object-side refractive surface; and a fifth lens component (105, 205) with negative refractive power, a convex object-side refractive surface, and a concave image-side refractive surface, wherein the optical imaging lens assembly further comprises an aperture stop located near the first lens component, wherein f 4 is a focal length of the fourth lens component, f 1 is a focal length of the first lens component, and the following relation is satisfied: f 4 / f 1 ≥1.6. a first lens component (101, 201) with positive refractive power, a convex object-side refractive surface, and a convex image-side refractive surface; a second lens component (102, 202) with negative refractive power, a convex object-side refractive surface, and a concave image-side refractive surface; a third lens component (103, 203) with positive refractive power and a convex object-side refractive surface; a fourth lens component (104, 204) with positive refractive power and a convex object-side refractive surface; and a fifth lens component (105, 205) with negative refractive power, a convex object-side refractive surface, and a concave image-side refractive surface, wherein the optical imaging lens assembly further comprises an aperture stop located near the first lens component, wherein f 4 is a focal length of the fourth lens component, f 1 is a focal length of the first lens component, and the following relation is satisfied: f 4 / f 1 ≥1.6.
A cartridge for a rotation-based analysis method which utilizes heat input, having - a basic body which extends in a planar manner, in which a channel and chamber structure is formed, - a cover body attached to the basic body, which on one side is arranged on an upper side of the basic body facing away from a heat input side and covers at least one chamber (6, 40) of the basic body, wherein the basic body and/or the cover body have/has a number of holding openings, wherein the cover body or the basic body has a number of latching hooks each assigned to one of the potentially multiple holding openings, wherein the latching hook with a foot limb protrudes from the cover body or the basic body toward the basic body or the cover body, wherein the foot limb transitions to a central part bent in a U shape, which itself then transitions to a free limb, which is directed back toward the cover body or the basic body and is terminated with a free end, wherein the latching hook or each latching hook on the free-end side has a ledge with a latching surface, which is directed toward the free end, and wherein the latching hook or each latching extends through the assigned holding opening with its central part bent in a U shape, forming the latching connection. - a basic body which extends in a planar manner, in which a channel and chamber structure is formed, - a cover body attached to the basic body, which on one side is arranged on an upper side of the basic body facing away from a heat input side and covers at least one chamber (6, 40) of the basic body, wherein the basic body and/or the cover body have/has a number of holding openings, wherein the cover body or the basic body has a number of latching hooks each assigned to one of the potentially multiple holding openings, wherein the latching hook with a foot limb protrudes from the cover body or the basic body toward the basic body or the cover body, wherein the foot limb transitions to a central part bent in a U shape, which itself then transitions to a free limb, which is directed back toward the cover body or the basic body and is terminated with a free end, wherein the latching hook or each latching hook on the free-end side has a ledge with a latching surface, which is directed toward the free end, and wherein the latching hook or each latching extends through the assigned holding opening with its central part bent in a U shape, forming the latching connection.
An emulsifying tool for machinery for preparing food products, comprising a support which extends along a main plane (X-X) with respect to which there are defined an emulsion area above and an emulsion area below, which communicate with each other mainly through communication openings (22, 23) which are formed in the support, a movement transmission member being positioned centrally on the support in order to transmit a rotational movement about a centre axis which is perpendicular to the main plane (X-X) thereto during use, cutting members (26, 36) being mounted to be loose on the periphery of the support so as to oscillate with respect to the above-mentioned main plane (X-X).