mhurhangee/ep-ind-claims huggingface dataset:
A method of increasing the mesopore volume of a porous activated carbon, comprising: coating a porous activated carbon with a metal oxide or metal oxide precursor to form a treated activated carbon, wherein the metal oxide is selected from iron oxide, copper oxide, zinc oxide, and cerium oxide, and the metal oxide precursor is selected from iron nitrate, copper nitrate, cerium nitrate, cerium ammonium nitrate, manganese nitrate, magnesium nitrate, zinc nitrate, and the hydrates thereof; and calcining the treated activated carbon for a time and at a temperature sufficient to increase the mesopore volume of the treated activated carbon, wherein the temperature of the treated activated carbon is maintained between 250° C and 500° C, and wherein said calcining occurs in a dry atmosphere comprising air or an inert gas and having a moisture level of no more than 5 weight percent. coating a porous activated carbon with a metal oxide or metal oxide precursor to form a treated activated carbon, wherein the metal oxide is selected from iron oxide, copper oxide, zinc oxide, and cerium oxide, and the metal oxide precursor is selected from iron nitrate, copper nitrate, cerium nitrate, cerium ammonium nitrate, manganese nitrate, magnesium nitrate, zinc nitrate, and the hydrates thereof; and calcining the treated activated carbon for a time and at a temperature sufficient to increase the mesopore volume of the treated activated carbon, wherein the temperature of the treated activated carbon is maintained between 250° C and 500° C, and wherein said calcining occurs in a dry atmosphere comprising air or an inert gas and having a moisture level of no more than 5 weight percent.
A composite wood board, consisting of lignocellulosic chips or fibers, hollow glass balls and a binder, the composite wood board comprising at least one internal central layer and two external cover layers, characterized in that hollow glass balls are contained only in one cover layer or only in both external cover layers of the composite wood board.
A shell fixture structure, comprising: a wire harness in which a circumference of a wire is covered by a shield layer; a housing which covers a plurality of conductors in a terminal portion of the wire in a state where the conductors are insulated from each other; a ring-shaped shield shell through which the housing is inserted; a wire terminal-side movement regulating portion which is formed on a side of an outer circumference of the housing; and a shell-side movement regulating portion which is formed on a side of an inner circumference of the shield shell, characterized in that the wire terminal-side movement regulating portion and the shell-side movement regulating portion are engaged with each other at a predetermined relative rotation position in a case where the wire terminal-side movement regulating portion and the shell-side movement regulating portion are relatively rotated about an axis in a state where the shield shell is externally inserted onto the housing, thereby regulating relative movement of the housing and the shield shell in an axial direction. a wire harness in which a circumference of a wire is covered by a shield layer; a housing which covers a plurality of conductors in a terminal portion of the wire in a state where the conductors are insulated from each other; a ring-shaped shield shell through which the housing is inserted; a wire terminal-side movement regulating portion which is formed on a side of an outer circumference of the housing; and a shell-side movement regulating portion which is formed on a side of an inner circumference of the shield shell, characterized in that the wire terminal-side movement regulating portion and the shell-side movement regulating portion are engaged with each other at a predetermined relative rotation position in a case where the wire terminal-side movement regulating portion and the shell-side movement regulating portion are relatively rotated about an axis in a state where the shield shell is externally inserted onto the housing, thereby regulating relative movement of the housing and the shield shell in an axial direction.
A method for operating a wind turbine which has a supporting structure and an element which is rotatably mounted about an axis on the supporting structure, wherein a rotary connection between the element and the supporting structure has a bearing having an inner and an outer ring, and a toothed member and at least two drives, which each have a pinion engaging in the toothed member, are provided in order to rotate the element with respect to the supporting structure about the axis via the toothed member, the method comprising: a) bracing of the element in a first alignment on the supporting structure by a reverse actuation of the drives, wherein the first alignment is supplied for a bracing (16, 32) to be applied, and; b) when at least one switching condition occurs either the bracing (16, 32) being applied is released and an opposed bracing (16, 32) is applied, or when the at least one switching condition occurs the bracing (16, 32) being applied is retained and the opposed bracing (16, 32) is supplied for a later bracing process of the element as the bracing (16, 32) to be applied, wherein it is provided, as the at least one switching condition, that in a current alignment of the element on the supporting structure the bracing (16, 32) to be applied has already been applied previously. a) bracing of the element in a first alignment on the supporting structure by a reverse actuation of the drives, wherein the first alignment is supplied for a bracing (16, 32) to be applied, and; b) when at least one switching condition occurs either the bracing (16, 32) being applied is released and an opposed bracing (16, 32) is applied, or when the at least one switching condition occurs the bracing (16, 32) being applied is retained and the opposed bracing (16, 32) is supplied for a later bracing process of the element as the bracing (16, 32) to be applied, wherein it is provided, as the at least one switching condition, that in a current alignment of the element on the supporting structure the bracing (16, 32) to be applied has already been applied previously.
A coating film transfer tool comprising: a housing having disposed therein a supply reel around which a transfer tape before coating film transfer is wound and a winding reel around which a transfer tape after coating film transfer is wound; and a transfer head pivotable with respect to the housing or an accommodating member accommodated in the housing, wherein the transfer head is provided with a main body portion held by the housing or the accommodating member and protruding from the housing or the accommodating member, a pressing portion provided at a front end of the main body portion, and a pair of tape guides (51, 52) disposed on right and left sides of the main body portion orthogonal to a front-rear direction, and the pair of tape guides (51, 52) respectively have lower side tape guides (51d, 52d) disposed on a side of the main body portion where the transfer tape before the coating film transfer passes and upper side tape guides (51u, 52u) disposed on a side of the main body portion where the transfer tape after the coating film transfer passes, characterized in that an interval between the pair of upper side tape guides (51u, 52u) is wider than an interval at a position where an interval between the pair of lower side tape guides (51d, 52d) is narrowest. a housing having disposed therein a supply reel around which a transfer tape before coating film transfer is wound and a winding reel around which a transfer tape after coating film transfer is wound; and a transfer head pivotable with respect to the housing or an accommodating member accommodated in the housing, wherein the transfer head is provided with a main body portion held by the housing or the accommodating member and protruding from the housing or the accommodating member, a pressing portion provided at a front end of the main body portion, and a pair of tape guides (51, 52) disposed on right and left sides of the main body portion orthogonal to a front-rear direction, and the pair of tape guides (51, 52) respectively have lower side tape guides (51d, 52d) disposed on a side of the main body portion where the transfer tape before the coating film transfer passes and upper side tape guides (51u, 52u) disposed on a side of the main body portion where the transfer tape after the coating film transfer passes, characterized in that an interval between the pair of upper side tape guides (51u, 52u) is wider than an interval at a position where an interval between the pair of lower side tape guides (51d, 52d) is narrowest.
Use of an epoxy resin composition comprising at least one reaction product from the reaction of at least one amine of the formula with at least one carbonyl compound of the formula and hydrogen, NH 2 -CH 2 -A-CH 2 -NH 2 where A is a phenylene radical or cyclohexylene radical, R is a hydrogen radical or alkyl radical having 1 to 8 carbon atoms, m is 0 or 1, and X is a hydroxyl radical or methyl radical or methoxy radical, where the molar ratio between the amine of the formula and the carbonyl compound of the formula is in the range from 1/0.7 to 1/1.2, as a cold-curing primer or adhesive, characterized in that the reaction product contains an amount of amine of the formula in the range from 30 to 80 weight%. A is a phenylene radical or cyclohexylene radical, R is a hydrogen radical or alkyl radical having 1 to 8 carbon atoms, m is 0 or 1, and X is a hydroxyl radical or methyl radical or methoxy radical, where the molar ratio between the amine of the formula and the carbonyl compound of the formula is in the range from 1/0.7 to 1/1.2, as a cold-curing primer or adhesive,
A light source (30, 90, 100) comprising: a die (31, 42, 82, 83, 84, 85, 103, 104) that emits light of a first wavelength through a top surface of said die and one or more side surfaces of said die, said die being bonded to a surface of a mounting substrate (32, 41, 71, 81,101); a light conversion component (33, 43, 45, 46, 73, 92, 93, 102) comprising a layer of luminescent material that converts light of said first wavelength to light of a second wavelength, said light conversion component having a bottom surface bonded to said top surface of said die, said light conversion component having lateral dimensions such that a space exists around said die, said space being bounded by said substrate and said light conversion component; and a scattering ring (34, 48, 106) surrounding said side surfaces of said die and being positioned in said space such that a portion of said light emitted from said side surfaces of said die is scattered into said light conversion component by said scattering ring, wherein said scattering ring comprises a transparent material having particles suspended therein, and wherein said transparent material has a liquid precursor that wets said bottom surface of said light conversion component and said mounting substrate, and wherein said liquid precursor is drawn into said space by capillary action. a die (31, 42, 82, 83, 84, 85, 103, 104) that emits light of a first wavelength through a top surface of said die and one or more side surfaces of said die, said die being bonded to a surface of a mounting substrate (32, 41, 71, 81,101); a light conversion component (33, 43, 45, 46, 73, 92, 93, 102) comprising a layer of luminescent material that converts light of said first wavelength to light of a second wavelength, said light conversion component having a bottom surface bonded to said top surface of said die, said light conversion component having lateral dimensions such that a space exists around said die, said space being bounded by said substrate and said light conversion component; and a scattering ring (34, 48, 106) surrounding said side surfaces of said die and being positioned in said space such that a portion of said light emitted from said side surfaces of said die is scattered into said light conversion component by said scattering ring, wherein said scattering ring comprises a transparent material having particles suspended therein, and wherein said transparent material has a liquid precursor that wets said bottom surface of said light conversion component and said mounting substrate, and wherein said liquid precursor is drawn into said space by capillary action.
A drawer having a bottom, a rear wall and two side frames, whereby the rear wall and the bottom are fixed by means of an adapter, and the adapter is provided for fixing the bottom on the side frame of the drawer, said adapter having a first grooved receptacle channel, into which a bottom is insertable between a first wall and a second wall, wherein at least one claw protrudes into the receptacle channel to fix the bottom, characterized in that a second grooved receptacle channel is provided on the adapter, into which a rear wall is insertable with a peripheral region and can be secured via at least one claw.
A roman shade including a head rail, a first fabric and a second fabric of which upper ends are attached to the head rail respectively, and a first lift cord and a second lift cord which are suspended from the head rail in a rolling-up/down manner and coupled to the first fabric and the second fabric respectively; wherein an upper end of the first fabric is attached to a front surface of the head rail; wherein the first lift cord suspended from the head rail is routed into a rear side of the first fabric; wherein an upper end of the second fabric is attached to a rear surface of the head rail; characterized in that the second lift cord is pulled out into a rear side of the head rail so as to come over an upper end of the second fabric to be suspended into the rear side of the second fabric. wherein an upper end of the first fabric is attached to a front surface of the head rail; wherein the first lift cord suspended from the head rail is routed into a rear side of the first fabric; wherein an upper end of the second fabric is attached to a rear surface of the head rail; characterized in that the second lift cord is pulled out into a rear side of the head rail so as to come over an upper end of the second fabric to be suspended into the rear side of the second fabric.
Transparent thermoplastic composition containing A) aromatic polycarbonate and B) polyether carbonate polyol, C) optionally at least one heat stabilizer and/or transesterification stabilizer, D) optionally at least one UV absorber and E) optionally one or more further additives distinct from components B, C and D, wherein "transparent" means a visual transmittance Ty (D65 observed at 10°) of at least 84%, determined according to ISO 13468-2:2006 at a thickness of 4 mm, and a haze of < 5%, determined according to ASTM D1003:2013 at a layer thickness of 4 mm. A) aromatic polycarbonate and B) polyether carbonate polyol, C) optionally at least one heat stabilizer and/or transesterification stabilizer, D) optionally at least one UV absorber and E) optionally one or more further additives distinct from components B, C and D,
A method for reducing power consumption in a mobile communication device having multiple subscriber identity modules, SIMs, each SIM of the multiple SIMs being associated with a subscription, the wireless communication device comprising a device that comprises a first processor and a second processor, wherein the device executes the steps of: measuring, by the first processor associated with a first subscription, received signal strengths from one or more cells for use with the first subscription, to determine search results indicating availability of the one or more cells, the first subscription being associated with a first cell having a first radio access technology; sharing the search results with the second processor associated with a second subscription, the second subscription being associated with a second cell having a second radio access technology; validating, by the second processor, the shared search results for use with the second subscription if a time at which the measuring was completed is within a time period of a search timer associated with the second subscription; and refraining from measuring, by the second processor, the received signal strengths of the one or more cells for use with the second subscription, based on the validated shared search results. measuring, by the first processor associated with a first subscription, received signal strengths from one or more cells for use with the first subscription, to determine search results indicating availability of the one or more cells, the first subscription being associated with a first cell having a first radio access technology; sharing the search results with the second processor associated with a second subscription, the second subscription being associated with a second cell having a second radio access technology; validating, by the second processor, the shared search results for use with the second subscription if a time at which the measuring was completed is within a time period of a search timer associated with the second subscription; and refraining from measuring, by the second processor, the received signal strengths of the one or more cells for use with the second subscription, based on the validated shared search results.
A flat drill bit comprising a handle part and a flat blade part which is formed in a forward part of the handle part, wherein: the flat blade part has a first side part and a second side part which are substantially parallel to each other; a horizontal line substantially perpendicular to the side parts; a forward part of the flat blade part extends inwardly respectively from the two side parts, forming a first shoulder and a second shoulder; the two shoulders extend and taper inwardly and forwardly, respectively forming a first tapered part and a second tapered part, and form a pointed tip at a forwardmost part of the flat drill bit; a first groove is formed along a blade part of the first shoulder extending inwardly along the flat blade part, the first groove has a rearward edge inclined rearwardly in an outward direction from the first shoulder, forming an angle of greater than 0 degrees with respect to the horizontal line of the flat drill bit; a second groove is formed along a blade part of the first tapered part; characterised in that the rearward edge of the first groove and the horizontal line of the flat drill bit form an angle of greater than or equal to 15 degrees and less than or equal to 30 degrees; the depth of the first groove is deeper than that of the second groove; and wherein the first groove is a smooth concave surface which comprises a first camber surface starting from the blade part of the first shoulder, a second camber surface to the rearward edge of the first groove, and a third flat surface connecting the first camber surface and the second camber surface. the flat blade part has a first side part and a second side part which are substantially parallel to each other; a horizontal line substantially perpendicular to the side parts; a forward part of the flat blade part extends inwardly respectively from the two side parts, forming a first shoulder and a second shoulder; the two shoulders extend and taper inwardly and forwardly, respectively forming a first tapered part and a second tapered part, and form a pointed tip at a forwardmost part of the flat drill bit; a first groove is formed along a blade part of the first shoulder extending inwardly along the flat blade part, the first groove has a rearward edge inclined rearwardly in an outward direction from the first shoulder, forming an angle of greater than 0 degrees with respect to the horizontal line of the flat drill bit; a second groove is formed along a blade part of the first tapered part; characterised in that the rearward edge of the first groove and the horizontal line of the flat drill bit form an angle of greater than or equal to 15 degrees and less than or equal to 30 degrees; the depth of the first groove is deeper than that of the second groove; and wherein the first groove is a smooth concave surface which comprises a first camber surface starting from the blade part of the first shoulder, a second camber surface to the rearward edge of the first groove, and a third flat surface connecting the first camber surface and the second camber surface.
A blood treatment cassette having a cassette body embodied as a hard part and having optionally a film connected to the hard part and at least partially covering the hard part, the blood treatment cassette or its hard part comprising at least one sterilization opening and at least one closure device for the sterilization opening, wherein the closure device is embodied, when being in a state connected to the sterilization opening, to be transferable from a first position in which it allows a fluid exchange between an interior and an exterior of the blood cassette by means of the sterilization opening, into a second position in which it does not allow a fluid exchange between the interior and the exterior of the blood treatment cassette by means of the sterilization opening, characterized in that the closure device comprises a mechanism, by means of which the closure device may be maintained in the first and in the second position. the blood treatment cassette or its hard part comprising at least one sterilization opening and at least one closure device for the sterilization opening, wherein the closure device is embodied, when being in a state connected to the sterilization opening, to be transferable from a first position in which it allows a fluid exchange between an interior and an exterior of the blood cassette by means of the sterilization opening, into a second position in which it does not allow a fluid exchange between the interior and the exterior of the blood treatment cassette by means of the sterilization opening, characterized in that the closure device comprises a mechanism, by means of which the closure device may be maintained in the first and in the second position.
A method implemented using at least one computer for determining characteristics of a resistive anomaly region which is embedded in background material below a body of water, the method comprising: obtaining electromagnetic survey data; determining a resistivity background; the method characterized by further comprising: determining characteristics of the resistive anomaly region by approximating an electromagnetic response field of the resistive anomaly region based on an electric dipole which is due to said resistive anomaly region; and computing a resistance for the resistive anomaly region using the obtained electromagnetic survey data, the determined characteristics of the resistive anomaly region and the resistivity background. obtaining electromagnetic survey data; determining a resistivity background; the method characterized by further comprising: determining characteristics of the resistive anomaly region by approximating an electromagnetic response field of the resistive anomaly region based on an electric dipole which is due to said resistive anomaly region; and computing a resistance for the resistive anomaly region using the obtained electromagnetic survey data, the determined characteristics of the resistive anomaly region and the resistivity background.