mhurhangee/patent-ind-claim-en huggingface dataset:
A detergent composition comprising: • from 20 to 80 wt. % of alkali carbonate; and • from 1.0 to 10 wt. % of nonionic surfactant; and • from 1.0 to 10 wt. % of copolymer comprising: i. monomers containing sulfonic acid groups; ii. further ionic and/or nonionic monomers; and • from 0.1 to 9.0 wt. % of a mixture of: a) phosphonates, phosphonic acids or a combination thereof; and b) phosphates, phosphoric acids or a combination thereof; wherein the phosphonates, phosphonic acids or a combination thereof comprises HEDP, DTPMP, EDTMP or mixtures thereof; and wherein the phosphates, phosphoric acids or a combination thereof comprise alkali salts of tripolyphosphate, pyrophosphate or a mixture thereof. • from 20 to 80 wt. % of alkali carbonate; and • from 1.0 to 10 wt. % of nonionic surfactant; and • from 1.0 to 10 wt. % of copolymer comprising: i. monomers containing sulfonic acid groups; ii. further ionic and/or nonionic monomers; and i. monomers containing sulfonic acid groups; ii. further ionic and/or nonionic monomers; and • from 0.1 to 9.0 wt. % of a mixture of: a) phosphonates, phosphonic acids or a combination thereof; and b) phosphates, phosphoric acids or a combination thereof; a) phosphonates, phosphonic acids or a combination thereof; and b) phosphates, phosphoric acids or a combination thereof;
A fluorescent water-soluble polycationic chitosan polymer having formula (I) and salts thereof: wherein a is an integer between 220 and 11,200; R 1 and R 2 are independently selected from the group consisting of CH 3 CO and H, provided that at least 25% of the O-positions of the chitosan polymer structure is substituted with CH 3 CO; R 7 is selected from the group consisting of CH 3 CO, H and Dye, provided that (i) at least one Dye residue is present in the chitosan polymer structure, (ii) and at least 15% of the N-positions of the chitosan polymer structure is substituted with CH 3 CO; Dye is a polymethine dye, having a general formula (II) : wherein W represents 4-8 carbon atoms forming a benzocondensed or a naphto-condensed ring; R 3 and R 4 are independently selected from the group consisting of CH 2 CH 3 , (CH 2 ) 3 SO 3- , (CH 2 ) 3 N + (CH 3 ) 3 ; R 5 and R 6 are independently selected from the group consisting of H, SO 3- ; Q is selected from the group consisting of wherein D is selected from the group consisting of a is an integer between 220 and 11,200; R 1 and R 2 are independently selected from the group consisting of CH 3 CO and H, provided that at least 25% of the O-positions of the chitosan polymer structure is substituted with CH 3 CO; R 7 is selected from the group consisting of CH 3 CO, H and Dye, provided that (i) at least one Dye residue is present in the chitosan polymer structure, (ii) and at least 15% of the N-positions of the chitosan polymer structure is substituted with CH 3 CO; Dye is a polymethine dye, having a general formula (II) : wherein W represents 4-8 carbon atoms forming a benzocondensed or a naphto-condensed ring; R 3 and R 4 are independently selected from the group consisting of CH 2 CH 3 , (CH 2 ) 3 SO 3- , (CH 2 ) 3 N + (CH 3 ) 3 ; R 5 and R 6 are independently selected from the group consisting of H, SO 3- ; Q is selected from the group consisting of wherein D is selected from the group consisting of
An image forming apparatus comprising: an image forming section configured to form a plurality of images (G21 to G26) on a plurality of sheets (P) ; a receiving section configured to receive a print job including a layout format indicating a layout of the images on the sheets (P); and a controller configured to control the image forming section based on the print job, wherein each of the images indicates an image expressed by image data of a single page, the print job includes a printing condition for forming the images on the sheets according to a plurality of mutually different layout formats, and the controller determines whether or not each of a plurality of images includes a keyword (KE) indicating the printing condition, assigns a layout format indicated by the keyword among the layout formats to an image including the keyword when the image includes the keyword, assigns a layout format differing from the layout format indicated by the keyword to an image not including the keyword when the image does not include the keyword, and controls the image forming section so as to form the images on the sheets according to the layout format indicated by the keyword and the layout format differing from the layout format indicated by the keyword. an image forming section configured to form a plurality of images (G21 to G26) on a plurality of sheets (P) ; a receiving section configured to receive a print job including a layout format indicating a layout of the images on the sheets (P); and a controller configured to control the image forming section based on the print job, wherein each of the images indicates an image expressed by image data of a single page, the print job includes a printing condition for forming the images on the sheets according to a plurality of mutually different layout formats, and the controller determines whether or not each of a plurality of images includes a keyword (KE) indicating the printing condition, assigns a layout format indicated by the keyword among the layout formats to an image including the keyword when the image includes the keyword, assigns a layout format differing from the layout format indicated by the keyword to an image not including the keyword when the image does not include the keyword, and controls the image forming section so as to form the images on the sheets according to the layout format indicated by the keyword and the layout format differing from the layout format indicated by the keyword. determines whether or not each of a plurality of images includes a keyword (KE) indicating the printing condition, assigns a layout format indicated by the keyword among the layout formats to an image including the keyword when the image includes the keyword, assigns a layout format differing from the layout format indicated by the keyword to an image not including the keyword when the image does not include the keyword, and controls the image forming section so as to form the images on the sheets according to the layout format indicated by the keyword and the layout format differing from the layout format indicated by the keyword.
Method for controlling a controlled mechanical ventilation of a building comprising a set of insulating walls consisting of successive layers of materials, at least one of which is an insulator, the controlled mechanical ventilation having a ventilation speed that can be controlled by a control device , the control device obtaining information representative of measurements of water vapour temperature and pressure on either side of the insulated walls; said method being characterized in that , for each insulated wall, the control device performs the following steps: - determining , from the information representative of the temperature measurements, actual temperatures at respective joins of insulation in said insulated wall; - determining , from the temperatures determined at the joins of insulation in said insulated wall, saturating water vapour pressures at the respective joins of insulation in said insulated wall; - determining , from the information representative of the water vapour pressure measurements, actual water vapour pressures at the respective joins of insulation in said insulated wall; and - performing a comparison of the actual water vapour pressures at the joins of insulation in said insulated wall with the respective saturating water vapour pressures; and in that the control device increases (504; 604; 705; 707) the ventilation speed of the controlled mechanical ventilation when the comparison shows a formation of condensation at at least one join of insulation in at least one insulated wall. - determining , from the information representative of the temperature measurements, actual temperatures at respective joins of insulation in said insulated wall; - determining , from the temperatures determined at the joins of insulation in said insulated wall, saturating water vapour pressures at the respective joins of insulation in said insulated wall; - determining , from the information representative of the water vapour pressure measurements, actual water vapour pressures at the respective joins of insulation in said insulated wall; and - performing a comparison of the actual water vapour pressures at the joins of insulation in said insulated wall with the respective saturating water vapour pressures;
A composite material part comprising reinforcement made of carbon fibers or yarns consolidated by an organic matrix , the part being characterized in that it includes one or more thermally conductive portions in which the carbon fibers or yarns are free of matrix at least in part, and in that the matrix-free carbon fiber or yarn portions are in contact with a material that is thermally conductive, and in that the material that is thermally conductive is present in the porosities present between the carbon fibers or yarns free of matrix.
A cool pack arrangement comprising a substantially planar base and/or lid cool pack having a first edge, and a substantially planar side wall cool pack having a second edge , wherein each cool pack comprises a phase change material and an outer casing containing the phase change material, characterised in that the first and second edges are profiled such that, when the first and second edges abut, the first and second edges provide, substantially continuously along the entire length of the abutting edges, a stepped path for any air flow between the two edges, which stepped path includes an angle of approximately 90°.
A method of encoding video data, the method comprising: encoding video data according to a set of sample adaptive offset (SAO) types; performing a plurality of coding passes to test a subset of the SAO types for a first block of encoded video data,; selecting from the subset of SAO types an SAO type for the first block of encoded video data; generating for inclusion in an encoded bitstream, information for identifying the selected SAO type for the first block; determining offset values for the first block of encoded video data; adding the offset values to a decoded block reconstructed from a second block of encoded video data, the offset values being added using the SAO type determined for the first block of encoded video data, wherein the first block is a left or top neighbor to the second block; comparing the reconstructed block with the added offset values to an original block of un-encoded video data corresponding to the second block of encoded video data; and in response to a difference between the reconstructed block with the added offset values and the corresponding original block being less than a threshold amount of difference, encoding the second block of video data into the bitstream using the SAO type and the offset values determined for the first block without performing coding passes to test SAO information for the second block, wherein the SAO information for the second block comprises one or more SAO types for the second block and/or offset values for the second block. encoding video data according to a set of sample adaptive offset (SAO) types; performing a plurality of coding passes to test a subset of the SAO types for a first block of encoded video data,; selecting from the subset of SAO types an SAO type for the first block of encoded video data; generating for inclusion in an encoded bitstream, information for identifying the selected SAO type for the first block; determining offset values for the first block of encoded video data; adding the offset values to a decoded block reconstructed from a second block of encoded video data, the offset values being added using the SAO type determined for the first block of encoded video data, wherein the first block is a left or top neighbor to the second block; comparing the reconstructed block with the added offset values to an original block of un-encoded video data corresponding to the second block of encoded video data; and in response to a difference between the reconstructed block with the added offset values and the corresponding original block being less than a threshold amount of difference, encoding the second block of video data into the bitstream using the SAO type and the offset values determined for the first block without performing coding passes to test SAO information for the second block, wherein the SAO information for the second block comprises one or more SAO types for the second block and/or offset values for the second block.
A heat-transfer device for facilitating heat exchange between a heat transfer object and a heat transfer medium flowing along a surface of the heat transfer object , the heat-transfer device comprising: at least one longitudinal vortex generating device that is a convex portion protruding from a surface side of the heat transfer object toward a flow passage of the heat transfer medium and inclined at an angle with respect to a flow direction of the heat transfer medium to generate a longitudinal vortex with a central axis in a flow direction of the heat transfer medium ; and at least one radiator fin that is a plate-shaped member disposed in a standing condition on the surface of the heat transfer object in regions out of two regions A and B different in flow direction on a swirling plane of the longitudinal vortex, the region A being where a flow of the longitudinal vortex on the swirling plane is directed away from a heat transfer object side, the region B being where a flow of the longitudinal vortex on the swirling plane is directed toward the heat transfer object side, the at least one radiator fin extending in the flow direction of the heat transfer medium to exchange heat with the heat transfer medium stirred by the longitudinal vortex, the at least one radiator fin is provided on the surface of the heat transfer object only in region A, characterized in that an entirety of the at least one radiator fin is disposed only in an area downstream of the at least one longitudinal vortex generating device in the flow direction of the heat transfer medium . at least one longitudinal vortex generating device that is a convex portion protruding from a surface side of the heat transfer object toward a flow passage of the heat transfer medium and inclined at an angle with respect to a flow direction of the heat transfer medium to generate a longitudinal vortex with a central axis in a flow direction of the heat transfer medium ; and at least one radiator fin that is a plate-shaped member disposed in a standing condition on the surface of the heat transfer object in regions out of two regions A and B different in flow direction on a swirling plane of the longitudinal vortex, the region A being where a flow of the longitudinal vortex on the swirling plane is directed away from a heat transfer object side, the region B being where a flow of the longitudinal vortex on the swirling plane is directed toward the heat transfer object side, the at least one radiator fin extending in the flow direction of the heat transfer medium to exchange heat with the heat transfer medium stirred by the longitudinal vortex, the at least one radiator fin is provided on the surface of the heat transfer object only in region A, characterized in that an entirety of the at least one radiator fin is disposed only in an area downstream of the at least one longitudinal vortex generating device in the flow direction of the heat transfer medium .
An apparatus for drying a substance , the apparatus comprising: at least one non-metal roller rotatable about a central axis; a first metal belt having a first and a second side, the first side of the first belt adapted to receive the substance ; and one or more heat induction elements arranged proximate to and about a portion of a surface of the roller , where in operation, the one or more heat induction elements induce heat in the first belt to heat the substance to remove fluids from the substance , and do not induce heat in the roller , and wherein the first belt urges via its first side, the substance towards a portion of an exterior circumferential surface of the roller . at least one non-metal roller rotatable about a central axis; a first metal belt having a first and a second side, the first side of the first belt adapted to receive the substance ; and one or more heat induction elements arranged proximate to and about a portion of a surface of the roller , where in operation, the one or more heat induction elements induce heat in the first belt to heat the substance to remove fluids from the substance , and do not induce heat in the roller , and wherein the first belt urges via its first side, the substance towards a portion of an exterior circumferential surface of the roller .
A method of producing an electrically conductive textile element characterised in that it includes the steps of: (i) silanising a surface of the textile element with a carbon-carbon double bond-bearingsilane to provide a silanised surface; (ii) grafting monomers of a negatively-charged polyelectrolyte onto the silanised surface by in-situ free radical polymerisation; (iii) adding metal ions to the polyelectrolyte by ion exchange; (iv) reducing the metal ions to elemental metal; and (v) coating the textile element with metal particles. (i) silanising a surface of the textile element with a carbon-carbon double bond-bearingsilane to provide a silanised surface; (ii) grafting monomers of a negatively-charged polyelectrolyte onto the silanised surface by in-situ free radical polymerisation; (iii) adding metal ions to the polyelectrolyte by ion exchange; (iv) reducing the metal ions to elemental metal; and (v) coating the textile element with metal particles.
A display apparatus comprising: a display panel comprising a first surface (100S1) and a second surface (100S2) that is opposite the first surface (100S1); a cover panel in which an opening portion is defined to overlap the second surface (100S2) of the display panel , the cover panel comprising a first cover surface (200S1) facing the second surface (100S2) of the display panel and a second cover surface (200S2) opposite the first cover surface (200S1); and a fingerprint sensor assembly comprising a fingerprint sensor located in the opening portion , and a sensing circuit board electrically connected to the fingerprint sensor , extending from the fingerprint sensor to a side of the opening portion and from the side of the opening portion to the second cover surface (200S2) of the cover panel , and comprising a first edge (330E1) and a second edge (330E2) that are opposite each other characterized by an adhesive pattern located between the cover panel and the sensing circuit board , and having a width equal to or less than a distance between the first edge (330E1) and the second edge (330E2), wherein the opening portion is located adjacent to the adhesive pattern , wherein the sensing circuit board comprises a first connection area (330CA1) overlapping the fingerprint sensor , and wherein a distance (d1) between the display panel and the sensing circuit board in the first connection area (330CA1) is less than a distance (d2) between the display panel and the sensing circuit board on the second cover surface (200S2) of the cover panel . a display panel comprising a first surface (100S1) and a second surface (100S2) that is opposite the first surface (100S1); a cover panel in which an opening portion is defined to overlap the second surface (100S2) of the display panel , the cover panel comprising a first cover surface (200S1) facing the second surface (100S2) of the display panel and a second cover surface (200S2) opposite the first cover surface (200S1); and a fingerprint sensor assembly comprising a fingerprint sensor located in the opening portion , and a sensing circuit board electrically connected to the fingerprint sensor , extending from the fingerprint sensor to a side of the opening portion and from the side of the opening portion to the second cover surface (200S2) of the cover panel , and comprising a first edge (330E1) and a second edge (330E2) that are opposite each other characterized by an adhesive pattern located between the cover panel and the sensing circuit board , and having a width equal to or less than a distance between the first edge (330E1) and the second edge (330E2), wherein the opening portion is located adjacent to the adhesive pattern , wherein the sensing circuit board comprises a first connection area (330CA1) overlapping the fingerprint sensor , and wherein a distance (d1) between the display panel and the sensing circuit board in the first connection area (330CA1) is less than a distance (d2) between the display panel and the sensing circuit board on the second cover surface (200S2) of the cover panel .
Pump - comprising a pump housing having a pump head and a pump body ,- the pump head having two line sections , each having end connection openings and a pump opening along the line section , - and the pump body is rotatably mounted in the pump housing and has at least one piston guided in a piston guide in the pump body , which piston is moved forward and backward in the axial direction during a rotary movement of the pump body via a piston drive , - the piston guide being in a first position of the pump body in communication with the pump opening of the first line section and in a second rotational position in communication with the pump opening of the second line section , and - the at least one piston has in an axially advanced position at least one pig position, in which the at least one piston closes the pump opening of one of the line sections in a piggable manner, characterized in that a free end of said at least one piston has a recess, which forms a closed inner contour with the pump opening in said line section. - comprising a pump housing having a pump head and a pump body ,- the pump head having two line sections , each having end connection openings and a pump opening along the line section , - and the pump body is rotatably mounted in the pump housing and has at least one piston guided in a piston guide in the pump body , which piston is moved forward and backward in the axial direction during a rotary movement of the pump body via a piston drive , - the piston guide being in a first position of the pump body in communication with the pump opening of the first line section and in a second rotational position in communication with the pump opening of the second line section , and - the at least one piston has in an axially advanced position at least one pig position, in which the at least one piston closes the pump opening of one of the line sections in a piggable manner,