mhurhangee/ep-ind-claims huggingface dataset:
Process for producing an allogenic growth factor extract, characterized in that the process comprises or consists of the following steps: a. providing human plasma comprising one or more platelets and plasma proteins, b. separating at least part of the platelets by suitable means from the plasma and the plasma proteins, c. admixing at least part of the separated platelets from step b) with a suitable amount of water to release one or more, the same or different growth factors from the platelets and separating at least part of the released growth factors by suitable means from the residue to provide an allogenic growth factor extract, and d. freeze-drying at least part of the separated allogenic growth factor extract. a. providing human plasma comprising one or more platelets and plasma proteins, b. separating at least part of the platelets by suitable means from the plasma and the plasma proteins, c. admixing at least part of the separated platelets from step b) with a suitable amount of water to release one or more, the same or different growth factors from the platelets and separating at least part of the released growth factors by suitable means from the residue to provide an allogenic growth factor extract, and d. freeze-drying at least part of the separated allogenic growth factor extract.
An antibody specifically inhibiting the interaction of fibrinogen-like protein 1 with lymphocyte-activation gene 3 protein for use in the treatment of cancer in a human patient.
A formed body comprising a material composition, the material composition comprising hexagonal boron nitride, a water-soluble boron compound and a further inorganic compound, wherein the water-soluble boron compound is boric acid (H 3 BO 3) or ammonium borates, and wherein the further inorganic compound is able to split off a gaseous phase at a heat treatment at a temperature of at most 1000 °C, and wherein the further inorganic compound is able to form with the water-soluble boron compound(s) a water-insoluble boron compound at a heat treatment at a temperature of 200 - 1000 °C, and wherein the gaseous phase is water, and wherein the further inorganic compound is boehmite, and wherein the molar ratio of boehmite and water soluble boron compound(s) is from 0.3: 1 to 6: 1, and wherein the molar ratio of boehmite and water soluble boron compound(s) is expressed as molar ratio of AIO: H 3 BO 3.
An electronic device, comprising: a housing; a display in the housing; a cover glass that covers the display and that is affixed to the housing, wherein the cover glass has first and second opposing surfaces and the first surface of the cover glass forms an exterior surface of the electronic device; an antenna; and an electronic circuit within the housing; characterized by: a groove in the second surface of the cover glass, wherein at least a portion of the antenna is formed in the groove; ink that is formed on the second surface of the cover glass in the groove, wherein the ink is interposed between the second surface of the cover glass and the antenna; wherein the electronic circuit is in electrical communication with the antenna; and a retention element in the groove, wherein the at least a portion of the antenna is interposed between the retention element and the ink in the groove. a housing; a display in the housing; a cover glass that covers the display and that is affixed to the housing, wherein the cover glass has first and second opposing surfaces and the first surface of the cover glass forms an exterior surface of the electronic device; an antenna; and an electronic circuit within the housing; a groove in the second surface of the cover glass, wherein at least a portion of the antenna is formed in the groove; ink that is formed on the second surface of the cover glass in the groove, wherein the ink is interposed between the second surface of the cover glass and the antenna; wherein the electronic circuit is in electrical communication with the antenna; and a retention element in the groove, wherein the at least a portion of the antenna is interposed between the retention element and the ink in the groove.
A bottom grate for a crusher for chipping and/or comminuting material, said crusher comprising a stationary body, a cylindrical rotor mounted rotatably on bearings, the outer circumference of which rotor being provided with crushing and/or cutting blades, and below the rotor is provided a curved bottom grate conforming to the shape of the rotor, said bottom grate being provided with curved end support elements and intermediate support elements substantially perpendicular to the axis of the rotor and with blades substantially parallel to the axis of the rotor, characterized in that the bottom grate is assembled by pressing so that a pressing force is formed between two support elements (11, 13) of the bottom grate, which consists of a pair of end support elements or a pair of intermediate support elements or one end support element and one intermediate support element, by engaging disengageable pulling members that are supported on said two support elements (11, 13) substantially parallel to the axis of the rotor, whereby one or more blades of the bottom grate and said support elements (11, 13) are pressed towards each other
An electronic device, comprising: a rear cover, provided with a mounting hole; a mounting member, wherein the mounting member is fixed to an inner wall of the rear cover, a part of the mounting member protrudes from the mounting hole, and the part of the mounting member that protrudes from the mounting hole is provided with a fixing hole; a camera assembly, comprising a lens, wherein the lens is fixed to the fixing hole; and a decorative ring, fixed to the part of the mounting member that protrudes from the mounting hole, wherein the decorative ring abuts against an inner wall of the mounting hole, a surface of the decorative ring away from the mounting member is a first surface, the first surface is an inclined surface, a vertical distance between an inner ring edge of the first surface and the rear cover is a first distance, a vertical distance between an outer ring edge of the first surface and the rear cover is a second distance, and the first distance is greater than the second distance. a rear cover, provided with a mounting hole; a mounting member, wherein the mounting member is fixed to an inner wall of the rear cover, a part of the mounting member protrudes from the mounting hole, and the part of the mounting member that protrudes from the mounting hole is provided with a fixing hole; a camera assembly, comprising a lens, wherein the lens is fixed to the fixing hole; and a decorative ring, fixed to the part of the mounting member that protrudes from the mounting hole, wherein the decorative ring abuts against an inner wall of the mounting hole, a surface of the decorative ring away from the mounting member is a first surface, the first surface is an inclined surface, a vertical distance between an inner ring edge of the first surface and the rear cover is a first distance, a vertical distance between an outer ring edge of the first surface and the rear cover is a second distance, and the first distance is greater than the second distance.
A pneumatic tire comprising, on a tread surface, a plurality of circumferential main grooves extending in a tread circumferential direction, and a plurality of land portions, each land portion being defined between circumferential main grooves adjacent in a tread width direction among the plurality of circumferential main grooves, or by the circumferential main groove and a tread edge, wherein the land portion includes a plurality of widthwise grooves extending in the tread width direction, the widthwise groove includes a widened portion, on a groove bottom side, at which a groove width is larger than on the tread surface side, when the pneumatic tire is mounted on an applicable rim, filled to a prescribed internal pressure, and under no load, a groove depth position, farthest outward in a tire radial direction, at which the groove width of the widened portion of the widthwise groove is 2.5 or more times an opening width of the widthwise groove at the tread surface is designated as a reference depth position, and a storage modulus of tread rubber located in a tire radial direction region including at least the reference depth position is larger than a storage modulus of tread rubber located in regions inward and outward in the tire radial direction from the tire radial direction region, the storage modulus measured at a temperature of 25°C in accordance with JIS K7244. the land portion includes a plurality of widthwise grooves extending in the tread width direction, the widthwise groove includes a widened portion, on a groove bottom side, at which a groove width is larger than on the tread surface side, when the pneumatic tire is mounted on an applicable rim, filled to a prescribed internal pressure, and under no load, a groove depth position, farthest outward in a tire radial direction, at which the groove width of the widened portion of the widthwise groove is 2.5 or more times an opening width of the widthwise groove at the tread surface is designated as a reference depth position, and a storage modulus of tread rubber located in a tire radial direction region including at least the reference depth position is larger than a storage modulus of tread rubber located in regions inward and outward in the tire radial direction from the tire radial direction region, the storage modulus measured at a temperature of 25°C in accordance with JIS K7244.
A composition for topical application, comprising: a plurality of first core-shell microcapsules comprising a first core that comprises between about 3% to 6% w/w benzoyl peroxide and a first shell that comprises a first inorganic polymer; and a plurality of second core-shell microcapsules comprising a second core that comprises between about 0.05-0.1% w/w retinoid and at least one phase changing material and a second shell that comprises a second inorganic polymer; and wherein said composition is an oil in water emulsion comprising a polyoxylstearate and a glycerylstearate wherein the ratio of said polyoxylstearate to said glycerylstearate is in the range of 0.1:10 to 10:0.1. a plurality of first core-shell microcapsules comprising a first core that comprises between about 3% to 6% w/w benzoyl peroxide and a first shell that comprises a first inorganic polymer; and a plurality of second core-shell microcapsules comprising a second core that comprises between about 0.05-0.1% w/w retinoid and at least one phase changing material and a second shell that comprises a second inorganic polymer; and wherein said composition is an oil in water emulsion comprising a polyoxylstearate and a glycerylstearate wherein the ratio of said polyoxylstearate to said glycerylstearate is in the range of 0.1:10 to 10:0.1.
A fan case for a gas turbine engine comprising: a composite fan containment case including an outer surface, a front and a rear; an attachment flange and a mounting ring respectively provided on the front and the rear; a bolt attachment supported on the outer surface; and wherein the composite fan containment case has a containment shell providing an outer case in a containment area configured to be aligned with a fan blade, and a ballistic liner (136, 152) arranged in the containment area inward of the outer case, characterised in that the bold attachment includes an internal composite boss having at least one metallic insert, the boss attached to the outer surface with at least one fiber reinforce ply and an adhesive. a composite fan containment case including an outer surface, a front and a rear; an attachment flange and a mounting ring respectively provided on the front and the rear; a bolt attachment supported on the outer surface; and wherein the composite fan containment case has a containment shell providing an outer case in a containment area configured to be aligned with a fan blade, and a ballistic liner (136, 152) arranged in the containment area inward of the outer case, characterised in that the bold attachment includes an internal composite boss having at least one metallic insert, the boss attached to the outer surface with at least one fiber reinforce ply and an adhesive.
An ethanol dehydration catalyst for converting a feedstock comprising anhydrous ethanol or hydrous ethanol, with a water content up to 30wt%, to ethylene, wherein the catalyst comprises 0.1 wt% to 0.5 wt% of lanthanum (La) and 0.01 wt% to 1 wt% of phosphorous in ZSM-5.
A method of fabricating an edge coupling device, comprising: removing a portion of cladding material, wherein the cladding material comprises silicon dioxide, to form a trench over an inversely tapered silicon waveguide; wherein the inversely tapered silicon waveguide is covered with the cladding material; depositing a high-index material having a refractive index, which is greater than a refractive index of silicon dioxide and less than a refractive index of silicon, over remaining portions of the cladding material and in the trench; and removing a portion of the high-index material within the trench to form a ridge waveguide, vertically aligned with the inversely tapered silicon waveguide. removing a portion of cladding material, wherein the cladding material comprises silicon dioxide, to form a trench over an inversely tapered silicon waveguide; wherein the inversely tapered silicon waveguide is covered with the cladding material; depositing a high-index material having a refractive index, which is greater than a refractive index of silicon dioxide and less than a refractive index of silicon, over remaining portions of the cladding material and in the trench; and removing a portion of the high-index material within the trench to form a ridge waveguide, vertically aligned with the inversely tapered silicon waveguide.
Use of a polyester which is a copolymer of citric acid, propylene glycol, succinic acid and lauric acid as resin in an anhydrous cosmetic composition applicable to the nails.
A sealed and thermally insulating tank incorporated into a bearing structure, the bearing structure comprising a plurality of bearing walls (1, 2), the tank comprising a plurality of tank walls each fixed to a respective bearing wall (1, 2), a tank wall comprising: a thermal insulation barrier (3, 5) held on the bearing wall, the thermal insulation barrier having a planar support surface parallel to the respective bearing wall, a sealing barrier (4, 6) supported by the insulation barrier and comprising a repeating structure alternately made up of an elongate metal strake (8, 108, 208) and an elongate welding flange connected to the support surface and projecting with respect to the latter, the welding flange running parallel to the metal strake over at least part of the length of the metal strake, the metal strake comprising in the widthwise direction a planar central portion placed on the support surface and lateral edges that are turned up with respect to the support surface and arranged against the adjacent welding flanges and welded in a sealed manner to the welding flanges, in which the metal strake extends between two opposite edges of the tank wall and has two end portions which are each assembled in a sealed manner to a respective stopping structure (10, 27, 28) at said opposite edges of the tank wall, characterized in that the metal strake (8, 108, 208) is made up of at least one continuous metal strip having several longitudinal portions of different thicknesses, the longitudinal portions comprising an intermediate portion (113, 35) and at least one end portion (114, 33) of which the thickness is greater than the thickness of the intermediate portion of the strip, the thicker end portion (114, 33) forming an assembly zone for assembling the strip with the stopping structure or with another continuous metal strip butt-joined to the first continuous metal strip to constitute the metal strake. a thermal insulation barrier (3, 5) held on the bearing wall, the thermal insulation barrier having a planar support surface parallel to the respective bearing wall, a sealing barrier (4, 6) supported by the insulation barrier and comprising a repeating structure alternately made up of an elongate metal strake (8, 108, 208) and an elongate welding flange connected to the support surface and projecting with respect to the latter, the welding flange running parallel to the metal strake over at least part of the length of the metal strake, the metal strake comprising in the widthwise direction a planar central portion placed on the support surface and lateral edges that are turned up with respect to the support surface and arranged against the adjacent welding flanges and welded in a sealed manner to the welding flanges,
A method of detecting mecA-containing methicillin-resistant Staphylococcus aureus ( mec A-MRSA) in a sample, the method comprising: - performing an amplifying step comprising contacting the sample with a forward primer comprising a nucleotide sequence of SEQ ID NO: 1, and a reverse primer comprising a nucleotide sequence of SEQ ID NO: 2, to produce an amplification product if mecA-MRSA is present in the sample; - performing a hybridizing step comprising contacting the amplification product with one or more detectable mec A - MRSA probes wherein one of the one or more detectable mec A - MRSA probe comprises the sequence of SEQ ID NO: 3, or a complement thereof; and - detecting the presence or absence of the amplified amplification product, wherein the presence of the amplified amplification product is indicative of the presence of mec A-MRSA in the sample and wherein the absence of the amplified amplification product is indicative of the absence of mec A-MRSA in the sample. - performing an amplifying step comprising contacting the sample with a forward primer comprising a nucleotide sequence of SEQ ID NO: 1, and a reverse primer comprising a nucleotide sequence of SEQ ID NO: 2, to produce an amplification product if mecA-MRSA is present in the sample; - performing a hybridizing step comprising contacting the amplification product with one or more detectable mec A - MRSA probes wherein one of the one or more detectable mec A - MRSA probe comprises the sequence of SEQ ID NO: 3, or a complement thereof; and - detecting the presence or absence of the amplified amplification product, wherein the presence of the amplified amplification product is indicative of the presence of mec A-MRSA in the sample and wherein the absence of the amplified amplification product is indicative of the absence of mec A-MRSA in the sample.
Method for prestressing a steel structure, in which at least one carbon fibre-reinforced polymer strip is attached at each of its end regions with end anchorages in a tensile force-locking manner to a steel beam to be reinforced of the steel structure, and thereafter, in a region between these end anchorages, at least one lifting element arranged between the respective carbon fibre-reinforced polymer strip and the steel beam (3, 8) to be reinforced is extended substantially perpendicular to the carbon fibre-reinforced polymer strip, such that a uniform tension is generated over the entire length of the carbon fibre reinforced polymeric band, to effect a tensile force tension between the end anchors of the respective carbon fibre reinforced polymeric band, which tensile force is many times greater than the lifting force due to the leverage effect, and which tensile force is introduced into the structure via the end anchors, the lifting of the respective carbon fibre reinforced polymeric band being secured by means of a mechanical support.
A spectrometer for spectrally resolving light with a spectroscopic unit having a plurality of grating grooves and detecting the light with a photodetector; the spectrometer comprising a package for accommodating the photodetector; characterized in the package having a rectangular parallelepiped box and a rectangular plate shaped lid and a recess provided in the box including an inner wall face having a spherical curved surface and including a first area formed with the plurality of grating grooves of the spectroscopic unit arranged in a row along a predetermined direction and a second area surrounding the first area and being continuous with the first area; wherein the package is made of light shielding or absorbing resin integrally formed with the plurality of grating grooves.
A horizontal expanding machine, comprising a support frame defining a horizontal expanding axis, at least one guide associated with said frame and parallel to said expanding axis, at least one carriage movable along said guide, a plurality of expanding shafts (6, 6') associated with said carriage and arranged along said expanding axis, characterised in that it comprises automatic selection means of the expanding shafts (6, 6') able to selectively position said shafts (6, 6') on said carriage.
Wrapping machine for wrapping groups of product with an extensible plastic film in order to form bundles comprising: - first conveyor means for supporting and moving a group of products along an advancing direction inside the wrapping machine; - supporting means (3; 103) for receiving from said first conveyor means and for supporting said group of products and including first gripping means (4; 104) arranged to hold an initial flap of said film portion when wrapping said group of products; - a wrapping unit for wrapping a portion of film having a preset length around said group of products, supported by said supporting means (3; 103), in order to form a bundle; - a supplying unit of said film for supplying said wrapping unit with said film portion having a preset length, separated from said film unwound from a respective reel; - containment means (6; 60) arranged to abut at least sidewalls of said group of products so as to support and guide said products when the latter ones are moved along said advancing direction through said wrapping unit and/or to support and restrain said group of products during the wrapping with said portion of film; characterized in that said first gripping means includes at least one supporting element of said support means, said supporting element comprising a supporting wall forming a supporting plane for said group of products and air suction means, in particular flowing out on a base wall of said supporting element that is opposite to said supporting wall, and arranged to suck and hold by depression said initial flap of said film portion during the wrapping, wherein said supporting element of said supporting means comprises a couple of first belts, which are flexible, endless and arranged to be abutted along respective operative tracts by said film portion during the wrapping, said first belts being driven so as to move at the respective operative tracts along said advancing direction together with said bundle coming out from said wrapping unit to allow said supporting element disengaging from said bundle. - first conveyor means for supporting and moving a group of products along an advancing direction inside the wrapping machine; - supporting means (3; 103) for receiving from said first conveyor means and for supporting said group of products and including first gripping means (4; 104) arranged to hold an initial flap of said film portion when wrapping said group of products; - a wrapping unit for wrapping a portion of film having a preset length around said group of products, supported by said supporting means (3; 103), in order to form a bundle; - a supplying unit of said film for supplying said wrapping unit with said film portion having a preset length, separated from said film unwound from a respective reel; - containment means (6; 60) arranged to abut at least sidewalls of said group of products so as to support and guide said products when the latter ones are moved along said advancing direction through said wrapping unit and/or to support and restrain said group of products during the wrapping with said portion of film;