mhurhangee/patent-ind-claim-en huggingface dataset:
A sealed and thermally insulated vessel for storing a fluid, comprising a secondary thermal insulation barrier comprising insulation panels held against a load-bearing structure and anchored to same by secondary retaining members , a secondary sealing membrane carried by the insulation panels of the secondary thermal insulation barrier , a primary thermal insulation barrier anchored against the secondary sealing membrane by primary retaining members and a primary sealing membrane carried by the primary thermal insulation barrier and designed to be in contact with the cryogenic fluid contained in the vessel, the secondary sealing membrane comprising a plurality of corrugated metal sheets sealingly welded to one another, each having at least two perpendicular corrugations , the insulation panels of the secondary thermal insulation barrier being juxtaposed, each insulation panel having an inner face opposite the load-bearing wall, said inner face being fitted with metal plates onto which the corrugated metal sheets are welded, the vessel being characterized in that : each insulation panel being associated with adjacent insulating panels by means of a plurality of bridging elements , each bridging element being arranged to straddle at least two adjacent insulating panels and being attached firstly to one edge of the inner face of one of the two insulation panels and secondly to an edge of the inner face of the other insulation panel such as to prevent the adjacent insulation panels from moving apart from one another, said edges of the inner faces of each of the adjacent insulating panels facing one another.
A [Mn 3 SrO 4 ](R 1 CO 2 ) 6 (R 1 CO 2 H) 3 compound represented by Formula I, characterized in that the compound comprises three Mn ions and one Sr 2+ ion linked via four O 2- ions to form a [Mn 3 SrO 4 ] heteronuclear metal cluster skeleton core; the [Mn 3 SrO 4 ] cluster compound has six carboxylate anions (R 1 CO 2 - ) and three neutral carboxylic acid ligands (R 1 CO 2 H) as the peripheral ligands; the three Mn ions all have a valence state of +4, and the whole cluster compound is electrically neutral; wherein, R 1 is selected from the group consisting of H and C 1-8 linear or branched alkyl. the [Mn 3 SrO 4 ] cluster compound has six carboxylate anions (R 1 CO 2 - ) and three neutral carboxylic acid ligands (R 1 CO 2 H) as the peripheral ligands; the three Mn ions all have a valence state of +4, and the whole cluster compound is electrically neutral; wherein, R 1 is selected from the group consisting of H and C 1-8 linear or branched alkyl.
Combination of: an electrical machine comprising a stator and a cooling passageway formed in or adjacent to the stator and adapted to cool the stator , and a negative relative pressure cooling system connected to the cooling passageway and adapted to move cooling liquid through the cooling passageway at a pressure less than the ambient atmospheric pressure. an electrical machine comprising a stator and a cooling passageway formed in or adjacent to the stator and adapted to cool the stator , and a negative relative pressure cooling system connected to the cooling passageway and adapted to move cooling liquid through the cooling passageway at a pressure less than the ambient atmospheric pressure.
A machine comprising: a base housing ; and a handle assembly mounted to the base housing and extending at an angle from the base housing along a handle plane, the handle assembly having: a mating component having a plurality of slots arranged at multiple angular positions along a slot plane, and a handle segment rotatably mounted to the mating component, the handle segment housing a locking member , wherein the handle segment is pivotable along the slot plane relative to the base housing and wherein the locking member is removably insertable into a first slot of the plurality of slots when the handle segment is in a first angular position and is removably inserted into a second slot of the plurality of slots when the handle segment is in a second angular position, and wherein the base housing houses a motor to drive a work implement, characterized in that the slot plane is parallel to the handle plane. a base housing ; and a handle assembly mounted to the base housing and extending at an angle from the base housing along a handle plane, the handle assembly having: a mating component having a plurality of slots arranged at multiple angular positions along a slot plane, and a handle segment rotatably mounted to the mating component, the handle segment housing a locking member , wherein the handle segment is pivotable along the slot plane relative to the base housing and wherein the locking member is removably insertable into a first slot of the plurality of slots when the handle segment is in a first angular position and is removably inserted into a second slot of the plurality of slots when the handle segment is in a second angular position, and wherein the base housing houses a motor to drive a work implement, characterized in that the slot plane is parallel to the handle plane. a mating component having a plurality of slots arranged at multiple angular positions along a slot plane, and a handle segment rotatably mounted to the mating component, the handle segment housing a locking member , wherein the handle segment is pivotable along the slot plane relative to the base housing and wherein the locking member is removably insertable into a first slot of the plurality of slots when the handle segment is in a first angular position and is removably inserted into a second slot of the plurality of slots when the handle segment is in a second angular position, and wherein the base housing houses a motor to drive a work implement, characterized in that the slot plane is parallel to the handle plane.
Use of a C 3 to C 6 alkene compound comprising a sole double bond, for limiting or preventing the isomerization of trans-1-chloro-3,3,3-trifluoropropene to cis-1-chloro-3,3,3-trifluoropropene.
An apparatus for optical inspection of objects , in particular metal lids, comprising: - a camera oriented according to a vertical viewing axis to see the object to be inspected positioned in an inspection station and to capture an image of the object ; - a first illuminator configured to emit rays of light at a first frequency, and being inclined at a first inclination angle to the viewing axis to subject the object in the inspection station to grazing light at the first frequency; - a second illuminator configured to emit rays of light at a second frequency different from the first frequency, and being inclined at a second inclination angle to the viewing axis , smaller than the first inclination angle, to subject the object in the inspection station to top-down light at the second frequency; - a third illuminator configured to emit rays of light at a third frequency, different from the first and second frequencies; - a processor connected to the camera and programmed to process the captured image and generate from it a first, a second and a third filtered image corresponding to the illumination contributions of the first, second and third illuminators , respectively and separately, characterized in that the third illuminator is mounted on a three-dimensional surface positioned around the inspection station and around an optical path defined by the camera , so that the light rays emitted by the third illuminator are inclined at a plurality of different inclination angles to subject the object in the inspection station to diffused light at the third frequency, wherein the third illuminator has plurality of lighting elements oriented in at least three different orientations, according to a first, a second and at least a third angle, wherein the first and the second angle correspond to said first and second inclination angle of the first and second illuminator , respectively, and the third angle is intermediate between the first and the second angle. - a camera oriented according to a vertical viewing axis to see the object to be inspected positioned in an inspection station and to capture an image of the object ; - a first illuminator configured to emit rays of light at a first frequency, and being inclined at a first inclination angle to the viewing axis to subject the object in the inspection station to grazing light at the first frequency; - a second illuminator configured to emit rays of light at a second frequency different from the first frequency, and being inclined at a second inclination angle to the viewing axis , smaller than the first inclination angle, to subject the object in the inspection station to top-down light at the second frequency; - a third illuminator configured to emit rays of light at a third frequency, different from the first and second frequencies; - a processor connected to the camera and programmed to process the captured image and generate from it a first, a second and a third filtered image corresponding to the illumination contributions of the first, second and third illuminators , respectively and separately,
An apparatus for screening, treatment, monitoring and/or assessment of visual impairments, comprising: electronic means for simultaneously applying two separate processing methods to images presented to an amblyopic eye and a non-amblyopic eye of a patient wherein, the electronic means comprise image generating means , digital image processing means , eye tracker (4, 5, 45 and 46) means for measuring a direction of the patient eyes' line of sight, and display means (2 and 3, 5, 34 and 35, 2 and 61) for presenting images (31, 311 and 312) to both of the patient's eyes (12 and 13, 14 and 15), the two separate processing methods being: a first processing method being applied to the non-amblyopic eye, and a second processing method being applied to the amblyopic eye, wherein the first processing method presents a first image comprising an area with a controlled measure of image degradation to the non-amblyopic eye, using the display means, wherein the second processing method includes presenting a second image to the amblyopic eye by changing the first image so as to present identical or as similar as possible first and second images (311 and 312) to the two eyes, to allow combining the images in the brain , and wherein the second processing method is responsive to a direction of a line of sight of the amblyopic eye measured by the eye tracker means, characterized in that : the location of the degraded area is moved on the screen responsive to a direction of the line of sight of the non-amblyopic eye, measured by the eye tracker means. electronic means for simultaneously applying two separate processing methods to images presented to an amblyopic eye and a non-amblyopic eye of a patient wherein, the electronic means comprise image generating means , digital image processing means , eye tracker (4, 5, 45 and 46) means for measuring a direction of the patient eyes' line of sight, and display means (2 and 3, 5, 34 and 35, 2 and 61) for presenting images (31, 311 and 312) to both of the patient's eyes (12 and 13, 14 and 15), the two separate processing methods being: a first processing method being applied to the non-amblyopic eye, and a second processing method being applied to the amblyopic eye, a first processing method being applied to the non-amblyopic eye, and a second processing method being applied to the amblyopic eye, wherein the first processing method presents a first image comprising an area with a controlled measure of image degradation to the non-amblyopic eye, using the display means, wherein the second processing method includes presenting a second image to the amblyopic eye by changing the first image so as to present identical or as similar as possible first and second images (311 and 312) to the two eyes, to allow combining the images in the brain , and wherein the second processing method is responsive to a direction of a line of sight of the amblyopic eye measured by the eye tracker means, characterized in that : the location of the degraded area is moved on the screen responsive to a direction of the line of sight of the non-amblyopic eye, measured by the eye tracker means.
A precursor for waterless lithographic printing comprising at least a heat sensitive layer and an ink repellent layer wherein the ink repellent layer has an elastic modulus of the plate surface under the surface load of 14000 N/m 2 of at least 25 MPa and up to 35 MPa, wherein the elastic modulus is measured as described in the description, wherein the ink repellent layer is a layer comprising a silicone rubber, the silicone rubber has a structure derived from (a) a SiH group-containing compound and (b) a vinyl group-containing polysiloxane, characterized in that in solid 29 Si NMR spectrum of the silicone rubber, the peak corresponding to the dimethylsiloxane unit represented by the following general formula (i) and the peak corresponding to the siloxane unit represented by the following general formula (ii) are observed, and ratio of the peak areas (ii)/(i) is 0.00240 to 0.00900: Si-O-Si*(CH 3 ) 2 -O-Si (i) -CH 2 -Si*(CH 3 ) 2 -O-Si (ii), wherein said peak areas were determined as described in the description. wherein the ink repellent layer is a layer comprising a silicone rubber, the silicone rubber has a structure derived from (a) a SiH group-containing compound and (b) a vinyl group-containing polysiloxane, characterized in that in solid 29 Si NMR spectrum of the silicone rubber, the peak corresponding to the dimethylsiloxane unit represented by the following general formula (i) and the peak corresponding to the siloxane unit represented by the following general formula (ii) are observed, and ratio of the peak areas (ii)/(i) is 0.00240 to 0.00900: Si-O-Si*(CH 3 ) 2 -O-Si (i) -CH 2 -Si*(CH 3 ) 2 -O-Si (ii), wherein said peak areas were determined as described in the description.
Roller guide comprising at least one guide rail , which has at least one first and one second planar region , and comprising a first and a second roller , which are each in contact with the guide rail and roll thereon, wherein the first and the second roller are mounted so that they are rotatable about a common axis of rotation and are formed rotationally-symmetrically about the axis of rotation and a distance of the first roller to the axis of rotation is less than a distance of the second roller to the axis of rotation , characterised in that the first roller has a first circular-segment-shaped surface rolling region and the second roller has a second circular-segment-shaped surface rolling region and a centre point of the first surface rolling region and a centre point of the second surface rolling region are arranged on the axis of rotation .
A channel sign assembly comprising: an enclosure having at least two opposing walls defining the shape of said sign assembly, said at least two opposing walls each having an inner surface and a forward end portion and a lens having a forward surface and an outer edge in said defined shape of said sign; a plurality of selectively positioned and oriented retention clips fitted on said forward end portion, each of said clips including a top edge angled inwardly relative to a body of said clip , said top edge adapted to rest along said forward end portion, characterised by that the retention clips have at least one outwardly extending leg offset from the forward end portion and extending outwardly relative to an outer surface of said walls ; a double faced adhesive including a first face of said adhesive secured to a mounting side of said clip and a second face of said adhesive secured to an outer surface of one of said walls ; and a retainer cap mounted against said forward surface of said lens, said retainer cap including an interior face having a first edge defining an overhang engaged with said forward surface of said lens and including a second edge opposing said first edge of said interior face , said second edge forming a retention channel , wherein said retention channel securely engage a plurality of said legs along an outer surface of said enclosure walls for retaining said lens at said enclosure and against said walls . an enclosure having at least two opposing walls defining the shape of said sign assembly, said at least two opposing walls each having an inner surface and a forward end portion and a lens having a forward surface and an outer edge in said defined shape of said sign; a plurality of selectively positioned and oriented retention clips fitted on said forward end portion, each of said clips including a top edge angled inwardly relative to a body of said clip , said top edge adapted to rest along said forward end portion, characterised by that the retention clips have at least one outwardly extending leg offset from the forward end portion and extending outwardly relative to an outer surface of said walls ; a double faced adhesive including a first face of said adhesive secured to a mounting side of said clip and a second face of said adhesive secured to an outer surface of one of said walls ; and a retainer cap mounted against said forward surface of said lens, said retainer cap including an interior face having a first edge defining an overhang engaged with said forward surface of said lens and including a second edge opposing said first edge of said interior face , said second edge forming a retention channel , wherein said retention channel securely engage a plurality of said legs along an outer surface of said enclosure walls for retaining said lens at said enclosure and against said walls .
A method for manufacturing terephthalic acid comprising: providing a raw material, wherein the raw material comprises a first raw material and a second raw material, the first raw material comprising polyethylene terephthalate, and the second raw material consisting of a polymer other than polyethylene terephthalate; separating the first raw material and the second raw material; performing a depolymerization reaction on the first raw material to form a depolymerization product, wherein the depolymerization product comprises disodium terephthalate and a solid waste; adding a flocculating agent and activated carbon to the disodium terephthalate to form decolorized disodium terephthalate and precipitated sludge; separating the decolorized disodium terephthalate and the sludge; forming terephthalic acid from the decolorized disodium terephthalate after separating the decolorized disodium terephthalate and the sludge; and making the second raw material, the solid waste, and the sludge into a refuse derived fuel. providing a raw material, wherein the raw material comprises a first raw material and a second raw material, the first raw material comprising polyethylene terephthalate, and the second raw material consisting of a polymer other than polyethylene terephthalate; separating the first raw material and the second raw material; performing a depolymerization reaction on the first raw material to form a depolymerization product, wherein the depolymerization product comprises disodium terephthalate and a solid waste; adding a flocculating agent and activated carbon to the disodium terephthalate to form decolorized disodium terephthalate and precipitated sludge; separating the decolorized disodium terephthalate and the sludge; forming terephthalic acid from the decolorized disodium terephthalate after separating the decolorized disodium terephthalate and the sludge; and making the second raw material, the solid waste, and the sludge into a refuse derived fuel.
A method of manufacturing a heat shield panel, the method characterized by : pouring melted wax into a negative pattern of a heat shield panel , the heat shield panel comprising: a panel body having a first surface configured to be oriented toward a combustion zone of a combustor, and a second surface opposite the first surface, the second surface being configured to be oriented toward a combustor liner of the combustor; a plurality of first pin fins projecting from the second surface of the panel body, wherein each of the plurality of first pin fins has a rounded top opposite the second surface; and one or more second pin fins projecting from the second surface of the panel body, wherein each of the one or more second pin fins has a flat top opposite the second surface; allowing the wax to solidify to form a positive pattern of the heat shield panel ; removing the positive pattern from the negative pattern by using an ejector rod to push the positive pattern away from the negative pattern at the flat top of each of the one or more second pin fins ; coating the positive pattern with a ceramic ; melting the positive pattern away from the ceramic, the ceramic having a cavity forming a second negative pattern of the heat shield panel ; pouring melted metal into the cavity ; allowing metal in the cavity to cool to form the heat shield panel ; and removing the ceramic from the heat shield panel . a panel body having a first surface configured to be oriented toward a combustion zone of a combustor, and a second surface opposite the first surface, the second surface being configured to be oriented toward a combustor liner of the combustor; a plurality of first pin fins projecting from the second surface of the panel body, wherein each of the plurality of first pin fins has a rounded top opposite the second surface; and one or more second pin fins projecting from the second surface of the panel body, wherein each of the one or more second pin fins has a flat top opposite the second surface; allowing the wax to solidify to form a positive pattern of the heat shield panel ; removing the positive pattern from the negative pattern by using an ejector rod to push the positive pattern away from the negative pattern at the flat top of each of the one or more second pin fins ; coating the positive pattern with a ceramic ; melting the positive pattern away from the ceramic, the ceramic having a cavity forming a second negative pattern of the heat shield panel ; pouring melted metal into the cavity ; allowing metal in the cavity to cool to form the heat shield panel ; and removing the ceramic from the heat shield panel .