mhurhangee/ep-ind-claims huggingface dataset:
An oral composition comprising the following ingredients,,, and: 0.001 mass% or more and 0.3 mass% or less of myristoyl glutamic acid or a salt thereof; 0.001 mass% or more and 0.3 mass% or less of lauroyl glutamic acid or a salt thereof; an alkylsulfate; and water wherein a mass ratio of the content of ingredient to the content of ingredient, ( /), is 0.25 or more and 4 or less; and the content of a polyphosphoric acid or a salt thereof is 0.01 mass% or less. 0.001 mass% or more and 0.3 mass% or less of myristoyl glutamic acid or a salt thereof; 0.001 mass% or more and 0.3 mass% or less of lauroyl glutamic acid or a salt thereof; an alkylsulfate; and water
A method for the in-situ production of a molecular complex microarray comprising the following steps: a) Providing a first surface comprising a plurality of separate active regions, b) Introduction of first molecules into a plurality of active regions, c) Fixing the presented molecules onto the surface, d) Adding a second molecule to each active region with the first molecule present, e) Closing the active regions with a second surface, f) Complexation between the molecules, g) Immobilization of the formed complex on a capture surface. a) Providing a first surface comprising a plurality of separate active regions, b) Introduction of first molecules into a plurality of active regions, c) Fixing the presented molecules onto the surface, d) Adding a second molecule to each active region with the first molecule present, e) Closing the active regions with a second surface, f) Complexation between the molecules, g) Immobilization of the formed complex on a capture surface.
An incision foil having a first side comprising an adhesive portion; and a non-adhesive second side opposite the first side, wherein an irregular pattern (1, 2, 3, 4, 5, 7) is provided on the incision foil; wherein the pattern includes markers with a known orientation relative to the pattern. a first side comprising an adhesive portion; and a non-adhesive second side opposite the first side, wherein an irregular pattern (1, 2, 3, 4, 5, 7) is provided on the incision foil; wherein the pattern includes markers with a known orientation relative to the pattern.
A method for predicting a channel quality for a planned decentralized wireless communication between a first mobile station and a communication partner station, the method comprising: - receiving, by said first mobile station, a report from a second mobile station, said report comprising a description of a statistical distribution of a received power measured by said second mobile station at different positions while moving along a section (ΔS) of a travelling path, said description comprising a distribution type and at least one of a mean value and a variance of the distribution, said report further comprising position information corresponding to said measurements, said position information comprising at least one information entry for the position of said section (ΔS) of the travelling path; and - based on said description and said position information in said report, predicting, by said first mobile station, a channel quality for said planned decentralized wireless communication between said first mobile station and said communication partner station for a position at which said second mobile station was located before. - receiving, by said first mobile station, a report from a second mobile station, said report comprising a description of a statistical distribution of a received power measured by said second mobile station at different positions while moving along a section (ΔS) of a travelling path, said description comprising a distribution type and at least one of a mean value and a variance of the distribution, said report further comprising position information corresponding to said measurements, said position information comprising at least one information entry for the position of said section (ΔS) of the travelling path; and - based on said description and said position information in said report, predicting, by said first mobile station, a channel quality for said planned decentralized wireless communication between said first mobile station and said communication partner station for a position at which said second mobile station was located before.
An information recording medium formed by laminating a transparent protective layer 40) and a base material having laser color-developing properties, comprising: an intermediate layer that is disposed between the transparent protective layer and the base material, wherein the intermediate layer includes a diffraction structure layer that has a diffraction structure, and a first reflective layer; whereby light, when incident from the transparent protective layer side, causes a diffracted light pattern to appear in the diffraction structure layer so as to be observable from the transparent protective layer side; characterised in that a laser beam, when applied from the transparent protective layer side, passes through the diffraction structure layer, destroys the first reflective layer, and develops color in the base material. an intermediate layer that is disposed between the transparent protective layer and the base material, wherein the intermediate layer includes a diffraction structure layer that has a diffraction structure, and a first reflective layer; whereby light, when incident from the transparent protective layer side, causes a diffracted light pattern to appear in the diffraction structure layer so as to be observable from the transparent protective layer side; characterised in that a laser beam, when applied from the transparent protective layer side, passes through the diffraction structure layer, destroys the first reflective layer, and develops color in the base material.
Guide vane element for a guide vane segment having the guide vane element and a seal carrier, the guide vane element comprising a flange formed in a radial extension direction of the guide vane element, which flange has a support surface for the arrangement and support of a seal carrier, and comprising at least one positioning means protruding from the flange in the radial extension direction for aligning the seal carrier relative to the guide vane element, the positioning means having at least two positioning mandrels (22, 24) arranged in a fork-like manner relative to one another, which are designed to engage in a circumferential radial groove of the seal carrier in the arrangement of the seal carrier on the flange, and a partial surface of the positioning means adjoining the flange in a transition from the flange to the positioning means, and respective surface normals (17, 21) of the support surface and the partial surface enclosing an angle (α) different from a zero angle, the partial surface being offset and/or beveled relative to the support surface and not coming into contact with the seal carrier in the guide vane segment, characterized in that the support surface is designed as an annular surface segment.
An isolated nucleic acid molecule encoding a mutant BRAF polypeptide having a BRAF activity, wherein said mutant BRAF polypeptide comprises an amino acid sequence having at least one amino acid substitution as compared to a BRAF V600E polypeptide (SEQ ID NO:4), the at least one amino acid substitution conferring resistance to one or more BRAF inhibitors on the mutant BRAF polypeptide, the BRAF inhibitor selected from RAF-265 or PLX4720, wherein the at least one amino acid substitution occurs at one or more amino acid positions selected from the group consisting of A29, H72, S113, S124, P162, C 194, L227, P231, C251, V291, Q329, K483, L485, T521, V528, D587, P655, S657, S683, P686, C696, L697, P722, F738, and C748.
A contact device having a rotatable static contact of a circuit breaker, wherein the contact device comprising a static contact and a static contact support, wherein the static contact is embedded into the static contact support, and a limiting component for limiting a movement of the static contact along an axial position is arranged on the static contact support; the static contact is capable of rotating around a central shaft arranged on the static contact support, a static contact spring for limiting the static contact from rotating is arranged in the static contact support, and the static contact spring and the static contact are connected to fix the static contact; characterized in that the static contact support is internally provided with a locating shaft for mounting the static contact spring, a central shaft passing through an axis of rotation of the static contact, and a bearing shaft passing through the static contact and limiting the static contact spring; the locating shaft is sleeved with the static contact spring, and spring arms extending out from two ends are snapped to the bearing shaft passing through the static contact; a second side surface, facing to the static contact, of the central shaft is provided with a central limiting step surface; a first side surface, facing to the static contact, of the bearing shaft is provided with a bearing limiting step surface; the central limiting step surface and the bearing limiting step surface jointly limit, from two sides, a movement of the static contact along the shaft body.
Outer frame with top-mounted roller shutter box, comprising - an upper outer-frame profile having a steel chamber as a constituent part of the outer frame, wherein the outer-frame profile has an exterior visible surface, - a bottom base profile as a constituent part of the top-mounted roller shutter box, said bottom base profile resting directly or indirectly on the outer-frame profile and having an upper side which points towards the roller shutter box interior, - a first reinforcing profile which is inserted into the steel chamber of the upper outer-frame profile, - a further reinforcing profile (18, 18') having a first limb, which rests on the upper side of the bottom base profile, and a second limb, which at least partially covers the exterior visible surface of the outer-frame profile, characterized by - a screw connection, which goes through the second limb and the exterior visible surface of the outer-frame profile into the first reinforcing profile in the steel chamber of the upper outer-frame profile. - an upper outer-frame profile having a steel chamber as a constituent part of the outer frame, wherein the outer-frame profile has an exterior visible surface, - a bottom base profile as a constituent part of the top-mounted roller shutter box, said bottom base profile resting directly or indirectly on the outer-frame profile and having an upper side which points towards the roller shutter box interior, - a first reinforcing profile which is inserted into the steel chamber of the upper outer-frame profile, - a further reinforcing profile (18, 18') having a first limb, which rests on the upper side of the bottom base profile, and a second limb, which at least partially covers the exterior visible surface of the outer-frame profile, - a screw connection, which goes through the second limb and the exterior visible surface of the outer-frame profile into the first reinforcing profile in the steel chamber of the upper outer-frame profile.
A doctor blade for contact with an anilox roller, the doctor blade comprising a flat, elongate base element having a thickness of less than 0.3 mm, which, along a longitudinal region of the doctor blade adapted for contact with said anilox roller, is provided with a coating, the coating comprising a metal matrix and at least 65 % by weight of a ceramic, such as a carbide ceramic, a nitride ceramic or an oxide ceramic.
A probe head for dental confocal imaging, the probe head comprising: a light-guiding part to guide a light beam having a wavelength towards a teeth portion, the light-guiding part having an entrance face to receive light and an exit face to transmit light, an optical path extending from the entrance face and the exit face, wherein the light-guiding part is configured to retard a first polarization component relative to a second polarization component by an odd multiple of a quarter of the wavelength along the optical path extending from the entrance face to the exit face, wherein the light-guiding part comprises sidewalls (17, 18, 19) and one or more of the sidewalls comprises a retardance coating such that a total retardance of the first polarization component with respect to the second polarization component along the optical path extending from the entrance face to the exit face comprises the odd multiple of a quarter of the wavelength. a light-guiding part to guide a light beam having a wavelength towards a teeth portion, the light-guiding part having an entrance face to receive light and an exit face to transmit light, an optical path extending from the entrance face and the exit face, wherein the light-guiding part is configured to retard a first polarization component relative to a second polarization component by an odd multiple of a quarter of the wavelength along the optical path extending from the entrance face to the exit face, wherein the light-guiding part comprises sidewalls (17, 18, 19) and one or more of the sidewalls comprises a retardance coating such that a total retardance of the first polarization component with respect to the second polarization component along the optical path extending from the entrance face to the exit face comprises the odd multiple of a quarter of the wavelength.
A cosmetic comprising an effective amount of a protein obtained by converting some or all of disulfide bonds -S-S-in a water-insoluble protein to aminoethyl disulfide groups -S-S-CH 2 -CHR-NH 2, wherein R is H, OH, NH 2 or CH 3.
A shaft for an in vivo recovery mechanism for removing a substance from a body lumen (20,30,40,50,60,70) comprising: a shaft (67,77); and a side wire (25,35,45,55) sparsely wound onto an outer circumference of the shaft (67,77) and including protruding and recessed parts (25w,35w,45w,55w) on an outer circumferential surface of the side wire (25,35,45,55), wherein the side wire (25,35,45,55) is constituted by a first strand (25,35,45,55) formed by twisting a plurality of first wires (25a,...,25e,35b,...35e,45a,...45e,55a,...55e), and wherein the protruding and recessed parts (25w,35w,45w,55w) of the side wire (25,35,45,55) are formed from an outline of the first strand (25,35,45,55), characterised in that the shaft (67,77) is constituted by a second strand formed by twisting a plurality of wires (67a,67b,67c,67d,67e,67f,67g) or in that the shaft (67,77) is constituted by a hollow strand formed by twisting a plurality of third wires (77a,77b,77c,77d,77e,77f). a shaft (67,77); and a side wire (25,35,45,55) sparsely wound onto an outer circumference of the shaft (67,77) and including protruding and recessed parts (25w,35w,45w,55w) on an outer circumferential surface of the side wire (25,35,45,55), wherein the side wire (25,35,45,55) is constituted by a first strand (25,35,45,55) formed by twisting a plurality of first wires (25a,...,25e,35b,...35e,45a,...45e,55a,...55e), and wherein the protruding and recessed parts (25w,35w,45w,55w) of the side wire (25,35,45,55) are formed from an outline of the first strand (25,35,45,55), characterised in that the shaft (67,77) is constituted by a second strand formed by twisting a plurality of wires (67a,67b,67c,67d,67e,67f,67g) or in that the shaft (67,77) is constituted by a hollow strand formed by twisting a plurality of third wires (77a,77b,77c,77d,77e,77f).
A device forming an infrared decoy comprising: - a triggering pyrotechnic portion, housed in a body of pyrotechnic initiation portion, - a composition adapted to emit radiation in the infrared range, - an envelope for protecting the composition, formed from a sheath made of plastic material, and - a closure plug which blocks the sheath at the front, wherein one at least of the body of the pyrotechnic initiation portion and/or of the plug for blocking the sheath has an annular recess (152, 142) which leads to its outer periphery, characterized in that the annular recess (152, 142) communicates with at least one longitudinal channel (154, 156; 144, 146) which leads to one end of the body or of the plug to receive a ribbon of polymerizable glue providing for gluing the body and/or the plug to the sheath. - a triggering pyrotechnic portion, housed in a body of pyrotechnic initiation portion, - a composition adapted to emit radiation in the infrared range, - an envelope for protecting the composition, formed from a sheath made of plastic material, and - a closure plug which blocks the sheath at the front,
An apparatus the apparatus being a light source for a scanning system, comprising: first and second light sources comprising first and second wavelengths respectively, said first wavelength being different from said second wavelength; first and second optical fibers (45,46) for receiving light from said first and second light sources, respectively; a fixture that is suitable for maintaining said first and second optical fibers [45, 46] in a fixed relationship with respect to one another, light from each of said first and second optical fibers [45, 46] diverging from said fixture, said relationship including a spacing of said fibers on a face of said fixture; and a collimating lens that is suitable for generating first and second collimated non-coincident light beams from said light leaving said face; wherein said collimating lens has a first focal length for light of said first wavelength and a second focal length for light of said second wavelength due to chromatic aberration of the collimating lens, said first focal length being different from said second focal length, and wherein said first optical fiber terminates at a first distance from said collimating lens substantially equal to said first focal length and said second optical fiber terminates at a second distance from said collimating lens substantially equal to said second focal length. first and second light sources comprising first and second wavelengths respectively, said first wavelength being different from said second wavelength; first and second optical fibers (45,46) for receiving light from said first and second light sources, respectively; a fixture that is suitable for maintaining said first and second optical fibers [45, 46] in a fixed relationship with respect to one another, light from each of said first and second optical fibers [45, 46] diverging from said fixture, said relationship including a spacing of said fibers on a face of said fixture; and a collimating lens that is suitable for generating first and second collimated non-coincident light beams from said light leaving said face; wherein said collimating lens has a first focal length for light of said first wavelength and a second focal length for light of said second wavelength due to chromatic aberration of the collimating lens, said first focal length being different from said second focal length, and wherein said first optical fiber terminates at a first distance from said collimating lens substantially equal to said first focal length and said second optical fiber terminates at a second distance from said collimating lens substantially equal to said second focal length.
A fifth-wheel coupling arrangement, comprising at least one wear sensor, preferably a plurality of wear sensors, a fifth-wheel coupling plate, a lock claw mounted indirectly and/or directly on the fifth-wheel coupling plate so as to be movable in a first closing direction, a locking mechanism, in particular with a stop, which is mounted indirectly and/or directly on the fifth-wheel coupling plate so as to be movable in a second closing direction, wherein the fifth-wheel coupling plate has an insertion opening for a king pin, wherein the lock claw indirectly and/or directly positively prevents the king pin from moving out of the insertion opening in a closed state of the fifth-wheel coupling arrangement and allows the king pin to move out of the insertion opening in an open state of the fifth-wheel coupling arrangement, wherein the wear sensor is designed to monitor a wear parameter of the fifth-wheel coupling arrangement, and wherein the wear sensor has a data output, in particular a cable, characterized in that at least one wear sensor is designed to determine and/or monitor a material thickness of the fifth-wheel coupling plate, in particular in the region of a trailer surface. at least one wear sensor, preferably a plurality of wear sensors, a fifth-wheel coupling plate, a lock claw mounted indirectly and/or directly on the fifth-wheel coupling plate so as to be movable in a first closing direction, a locking mechanism, in particular with a stop, which is mounted indirectly and/or directly on the fifth-wheel coupling plate so as to be movable in a second closing direction, wherein the fifth-wheel coupling plate has an insertion opening for a king pin, wherein the lock claw indirectly and/or directly positively prevents the king pin from moving out of the insertion opening in a closed state of the fifth-wheel coupling arrangement and allows the king pin to move out of the insertion opening in an open state of the fifth-wheel coupling arrangement, wherein the wear sensor is designed to monitor a wear parameter of the fifth-wheel coupling arrangement, and wherein the wear sensor has a data output, in particular a cable, characterized in that at least one wear sensor is designed to determine and/or monitor a material thickness of the fifth-wheel coupling plate, in particular in the region of a trailer surface.
A methacrylic resin composition comprising: a methacrylic resin having a triad syndiotacticity (rr) of 65% to 85% and a methacrylic resin having a triad syndiotacticity (rr) of 45 to 58%, in a mass ratio of the methacrylic resin /the methacrylic resin of 40/60 to 70/30; wherein the triad syndiotacticity (rr) (%) is calculated by obtaining a 1 H-NMR spectrum in deuterated chloroform at 30°C; determining an area of a region between 0.6 and 0.95 ppm and an area of a region between 0.6 and 1.35 ppm in that spectrum when TMS is taken as 0 ppm; and using them in the expression (X/Y) x 100. a methacrylic resin having a triad syndiotacticity (rr) of 65% to 85% and a methacrylic resin having a triad syndiotacticity (rr) of 45 to 58%, in a mass ratio of the methacrylic resin /the methacrylic resin of 40/60 to 70/30; wherein the triad syndiotacticity (rr) (%) is calculated by obtaining a 1 H-NMR spectrum in deuterated chloroform at 30°C; determining an area of a region between 0.6 and 0.95 ppm and an area of a region between 0.6 and 1.35 ppm in that spectrum when TMS is taken as 0 ppm; and using them in the expression (X/Y) x 100.