mhurhangee/patent-ind-claim-en huggingface dataset:
Thermal printing mechanism comprising: • a printer chassis , comprising a first flat area for mounting of a thermal printhead , comprising a dotline , the first flat area having two opposite ends parallel to the printhead dotline , a top end and a bottom end , • said thermal printhead being fixedly mounted close to the top end of said first flat area of the printer chassis , • a motor for putting in rotation a platen roller , • a flexible circuit cable electrically connected to the thermal printhead • a platen roller to put in pressure thermal paper against the thermal printhead dotline , • two lateral pressure means to urge the platen roller against the thermal printhead, • at least one reinforcing element for the first flat area of the printer chassis , substantially parallel to the thermal printhead dotline , characterized in that said at least one reinforcing element is arranged at the bottom end of the first flat area where the printer chassis has at least one fold forming a second flat area parallel to the first flat area . • a printer chassis , comprising a first flat area for mounting of a thermal printhead , comprising a dotline , the first flat area having two opposite ends parallel to the printhead dotline , a top end and a bottom end , • said thermal printhead being fixedly mounted close to the top end of said first flat area of the printer chassis , • a motor for putting in rotation a platen roller , • a flexible circuit cable electrically connected to the thermal printhead • a platen roller to put in pressure thermal paper against the thermal printhead dotline , • two lateral pressure means to urge the platen roller against the thermal printhead, • at least one reinforcing element for the first flat area of the printer chassis , substantially parallel to the thermal printhead dotline , characterized in that said at least one reinforcing element is arranged at the bottom end of the first flat area where the printer chassis has at least one fold forming a second flat area parallel to the first flat area .
An in vitro method for inhibiting the growth of a given Neisseria species, which comprises (A) determining the presence or absence of amino acid alterations at amino acid positions 345, 375-377, 501, 542, and 551 in the penicillin-binding protein 2 (PBP2) of the given Neisseria species; (B) characterizing the given Neisseria species as being susceptible to cefixime compounds where amino acid alterations at amino acid positions 345, 375-377, 501, 542, and 551 are absent; and (C) contacting the given Neisseria species with a cefixime compound where the given Neisseria species is characterized as being susceptible to cefixime compounds, and contacting the given Neisseria species with an antibacterial other than cefixime compounds where the given Neisseria species is characterized as being resistant to cefixime compounds. (A) determining the presence or absence of amino acid alterations at amino acid positions 345, 375-377, 501, 542, and 551 in the penicillin-binding protein 2 (PBP2) of the given Neisseria species; (B) characterizing the given Neisseria species as being susceptible to cefixime compounds where amino acid alterations at amino acid positions 345, 375-377, 501, 542, and 551 are absent; and (C) contacting the given Neisseria species with a cefixime compound where the given Neisseria species is characterized as being susceptible to cefixime compounds, and contacting the given Neisseria species with an antibacterial other than cefixime compounds where the given Neisseria species is characterized as being resistant to cefixime compounds.
Carrier tool comprising a clamping element having a clamping element projection and comprising a cutting plate having a clamping trough on the cutting plate surface , for machining workpieces, the clamping trough having a contour with an annular indentation having a trough bottom , the indentation merging via an annular surface from the trough bottom into the cutting plate surface and the indentation enclosing an elevation , the tip of which lies above the trough bottom and below the cutting plate surface , and the clamping element projection being designed to engage in the clamping trough and thereby clamp said trough on the carrier tool , the clamping element projection having an annular contour which surrounds the elevation in the clamped state, but has no contact with said elevation and rests only on the annular surface , characterized in that the contour of the clamping element projection and the contour of the clamping trough positively and precisely interlock in the clamped state and in that the clamping element and the cutting plate , for a pre-centering of the annular contour of the clamping element projection and the contour of the clamping trough with respect to one another, are designed such that when the annular contour enters the clamping trough , the annular contour has contact only with the elevation and does not touch the annular surface .
A method of constructing a solar cell panel , the method comprising: providing a solar cell having a front side and a back side , the front side of the solar cell facing the sun during normal operation; heating a thermoplastic polyimide to at least its reflow temperature; flowing the thermoplastic polyimide onto the back side of the solar cell while heated to at least its reflow temperature; cooling the thermoplastic polyimide to a temperature below its reflow temperature to bond the thermoplastic polyimide directly, without an adhesive, to the solar cell bonding, without an adhesive, a substrate to the thermoplastic polyimide opposite the back side of the solar cell , the substrate comprising graphite, aramid-based material, carbon fibers, metal or metal alloys, and/or combinations thereof; wherein the thermoplastic polyimide comprises: at least one diamine monomer and at least two dianhydride monomers, at least two diamine monomers and at least one dianhydride monomer, or at least two diamine monomers and two dianhydride monomers, wherein the diamine monomers are selected from the group consisting of 2,2-bis[4- phenyl]-hexafluoropropane and 4,4'-diaminobenzanilide, and combinations thereof, and wherein the dianhydride monomers are selected from the group consisting of 4,4'-(hexafluoroisopropylidene)di-phthalicanhydride and 3,3',4,4'-biphenyltetracarboxylic acid dianhydride, and combinations thereof, wherein the thermoplastic polyimide has a coefficient of thermal expansion of ± 1%-5% of a coefficient of thermal expansion of the solar cell . providing a solar cell having a front side and a back side , the front side of the solar cell facing the sun during normal operation; heating a thermoplastic polyimide to at least its reflow temperature; flowing the thermoplastic polyimide onto the back side of the solar cell while heated to at least its reflow temperature; cooling the thermoplastic polyimide to a temperature below its reflow temperature to bond the thermoplastic polyimide directly, without an adhesive, to the solar cell bonding, without an adhesive, a substrate to the thermoplastic polyimide opposite the back side of the solar cell , the substrate comprising graphite, aramid-based material, carbon fibers, metal or metal alloys, and/or combinations thereof; wherein the thermoplastic polyimide comprises: at least one diamine monomer and at least two dianhydride monomers, at least two diamine monomers and at least one dianhydride monomer, or at least two diamine monomers and two dianhydride monomers, wherein the diamine monomers are selected from the group consisting of 2,2-bis[4- phenyl]-hexafluoropropane and 4,4'-diaminobenzanilide, and combinations thereof, and wherein the dianhydride monomers are selected from the group consisting of 4,4'-(hexafluoroisopropylidene)di-phthalicanhydride and 3,3',4,4'-biphenyltetracarboxylic acid dianhydride, and combinations thereof, wherein the thermoplastic polyimide has a coefficient of thermal expansion of ± 1%-5% of a coefficient of thermal expansion of the solar cell .
Cooking appliance comprising a cooking chamber , and comprising a door which is designed to close the cooking chamber , and comprising a stowing space which is separate from the cooking chamber and into which the door can be lowered in the open state, wherein the door is guided by a guide device of the cooking appliance as the door is moved into the stowing space or out of the stowing space , and the guide device has a guide unit having two separate guide elements , and the guide device has at least one slotted guide in which a guide unit of the guide device is guided, and the guide unit is connected to the door , wherein the guide unit has a guide bracket , the two separate guide elements being arranged thereon, and said guide elements being arranged at different height positions, when viewed in the height direction (y), wherein the guide element which is lower in the height position moves on a lower guide track and is arranged without contact with an upper guide track , which is separate from the lower guide track, and the guide element which is higher in the height position moves on the upper guide track and is arranged without contact with the lower guide track , characterised in that the cooking appliance has at least one damping unit which, starting from an intermediate position of the door which is between a completely open end position of the door and a completely closed end position of the door on the closing path of the door, is coupled to the guide unit such that at least a partial closing path is damped as the door is closed between the intermediate position and the completely closed end position of the door .
A kit comprising three vessels, wherein: (i) a first vessel holds a primer pair specific for ESR1 V422DelV, a primer pair specific for ESR1 S463P, a primer pair specific for ESR1 L536H, a primer pair specific for *ESR1 L536P, a primer pair specific for ESR1 L536Q, a primer pair specific for ESR1 L536R, and a primer pair specific for ESR1 D538G; (ii) a second vessel holds a primer pair specific for ESR1 K303R, a primer pair specific for ESR1 E380Q, a primer pair specific for ESR1 L536_D538>P, a primer pair specific for ESR1 Y537C, a primer pair specific for ESR1 Y537N, and a primer pair specific for ESR1 Y537S; and (iii) a third vessel holds a primer pair specific for ESR1 S341L, a primer pair specific for ESR1 L429V, a primer pair specific for ESR1 V533M, a primer pair specific for ESR1 V534E, and a primer pair specific for ESR1 P535H; each of the vessels holding two or more probes specific for a different sequence in the ESR1 gene, wherein each probe is labeled with a fluorophore and quencher; a primer pair specific for an internal control sequence; and a probe specific for the internal control sequence and labeled with a fluorophore and quencher; and wherein the vessels comprise oligonucleotides having the sequences of SEQ ID NOs:24, 113, 134, 158, 178, 264, 261, 262, 285, 286, 298, 314, 394, 407, 31, 42, 90, 415, 447, 469, 476, 477, 481, 528, 59, 60, 70, 231, 235, 237, 245, 350, and 388. (i) a first vessel holds a primer pair specific for ESR1 V422DelV, a primer pair specific for ESR1 S463P, a primer pair specific for ESR1 L536H, a primer pair specific for *ESR1 L536P, a primer pair specific for ESR1 L536Q, a primer pair specific for ESR1 L536R, and a primer pair specific for ESR1 D538G; (ii) a second vessel holds a primer pair specific for ESR1 K303R, a primer pair specific for ESR1 E380Q, a primer pair specific for ESR1 L536_D538>P, a primer pair specific for ESR1 Y537C, a primer pair specific for ESR1 Y537N, and a primer pair specific for ESR1 Y537S; and (iii) a third vessel holds a primer pair specific for ESR1 S341L, a primer pair specific for ESR1 L429V, a primer pair specific for ESR1 V533M, a primer pair specific for ESR1 V534E, and a primer pair specific for ESR1 P535H;
A method of cosmetic anti-acne treatment or cosmetic skin rejuvenation comprising the application of a device , the device comprising a substrate comprising a laminate comprising an elastic outer layer and an in-elastic inner layer , said inner layer comprising slits perpendicular to a long axis of the device, wherein said slits are entirely within the perimeter of the substrate, said substrate comprising one or more biocompatible electrodes configured to generate at least one of a low level electric field (LLEF) or low level electric current (LLEC) and wherein the device is applied to an area where acne treatment is desired for a treatment duration of 24 hours or 2 hours a day for 2 weeks or nightly for 2 weeks and the low level micro-current (LLEC) is between 1 and 200 micro-amperes for anti-acne treatment , wherein the device is applied to an area where skin rejuvenation is desired for a treatment duration of 20 or 30 days and the low level micro-current (LLEC) is between 1 and 200 micro-amperes for skin rejuvenation
An environmental barge for filtering oil from water in the control of oil pollution at sea, where it comprises one upper and one lower part, where the upper part comprises a frame comprising two longitudinal pontoons (3 and 8) and two vertical transverse sides , and where the pontoons have horizontal and vertical sides which together form a watertight space, and where the longitudinal pontoons are longer than the transverse sides; the lower part of the environmental barge comprises a bottom sump consisting of a watertight bottom with a filter and with sides connecting the bottom with the longitudinal pontoons and the vertical transverse sides, wherein the environmental barge is an environmental barge without propulsion, and where the bottom of the bottom sump is a double bottom with an integrated hydrophilic filter and where the environmental barge is configured for mounting a belt skimmer .
A cathode arc source comprising: a station for a cathode target ; a first magnetic field source located above the target station; a second magnetic field source located below the target station; and a third magnetic field source located between the first and second magnetic field sources and having an opposite polarity to the first magnetic field source ; characterised in that the resultant magnetic field from the first, second and third magnetic field sources has zero field strength in a direction substantially normal to the target station at a position of up to 10 cm above the target wherein the target has a diameter of 5cm to 15cm, and wherein the second magnetic field source has an opposite polarity to the first magnetic field source . a station for a cathode target ; a first magnetic field source located above the target station; a second magnetic field source located below the target station; and a third magnetic field source located between the first and second magnetic field sources and having an opposite polarity to the first magnetic field source ;
A method for automatically hyperlinking a plurality of electronic documents each including one or more pages, the electronic documents being stored on a computer and organized according to a hierarchical file system, the method comprising: receiving, from a user, a selection of the plurality of electronic documents; generating a list of search terms from the selected plurality of electronic documents, each of the search terms of the list being associated to a hyperlink destination of a corresponding electronic document of the selected plurality of electronic documents, each of the search terms of the list having been i) filtered based on a filter mode and a delimiter character and ii) extracted from a user-designated source selected from a group consisting of: a file name, a page region, and a page label, the user-designated source being common to all of the selected plurality of electronic documents; scanning, without user intervention, each of the selected plurality of electronic documents for text strings matching the search terms of the list; generating, without user intervention, activatable hyperlinks from the matched text strings in the selected plurality of electronic documents, the activatable hyperlinks being assigned the hyperlink destinations to which the corresponding search terms of the matched text strings are correlated in the list; and appending, without user intervention, the activatable hyperlinks to the respective matched text strings in the selected plurality of electronic documents. receiving, from a user, a selection of the plurality of electronic documents; generating a list of search terms from the selected plurality of electronic documents, each of the search terms of the list being associated to a hyperlink destination of a corresponding electronic document of the selected plurality of electronic documents, each of the search terms of the list having been i) filtered based on a filter mode and a delimiter character and ii) extracted from a user-designated source selected from a group consisting of: a file name, a page region, and a page label, the user-designated source being common to all of the selected plurality of electronic documents; scanning, without user intervention, each of the selected plurality of electronic documents for text strings matching the search terms of the list; generating, without user intervention, activatable hyperlinks from the matched text strings in the selected plurality of electronic documents, the activatable hyperlinks being assigned the hyperlink destinations to which the corresponding search terms of the matched text strings are correlated in the list; and appending, without user intervention, the activatable hyperlinks to the respective matched text strings in the selected plurality of electronic documents.
An anonymizing method for a database system, comprising the steps of: receiving an original query ; characterized by: identifying one or more attack components in the original query ; determining a difference between distinct User Ids (UID) in an answer to the original query and distinct User Ids (UID) in answers to each of one or more modified queries, each of the modified queries having at least one of the identified one or more attack components removed; and wherein, when the difference is smaller than a threshold, adding or removing rows from the answer to the original query so that the answer of the original query matches the answer of the modified query. receiving an original query ; characterized by: identifying one or more attack components in the original query ; determining a difference between distinct User Ids (UID) in an answer to the original query and distinct User Ids (UID) in answers to each of one or more modified queries, each of the modified queries having at least one of the identified one or more attack components removed; and wherein, when the difference is smaller than a threshold, adding or removing rows from the answer to the original query so that the answer of the original query matches the answer of the modified query. identifying one or more attack components in the original query ; determining a difference between distinct User Ids (UID) in an answer to the original query and distinct User Ids (UID) in answers to each of one or more modified queries, each of the modified queries having at least one of the identified one or more attack components removed; and wherein, when the difference is smaller than a threshold, adding or removing rows from the answer to the original query so that the answer of the original query matches the answer of the modified query.
Corner connector for positive plug-in connection of two profile strips in a frame corner of a frame system , - wherein the corner connector has a first joining leg and a second joining leg joinable therewith, - wherein the joining legs have a first leg section for connection to the profile strip and a second leg section with a polygonal joining contour , - wherein the first joining leg has a first joining contour and the second joining leg has a second joining contour corresponding to the first joining contour , characterized in - that the joining contour of the first joining leg is an opening contour, and - that the joining contour of the second joining leg is a joining pin , which engages positively in the joining contour , designed as an opening contour, of the first joining leg . - wherein the corner connector has a first joining leg and a second joining leg joinable therewith, - wherein the joining legs have a first leg section for connection to the profile strip and a second leg section with a polygonal joining contour , - wherein the first joining leg has a first joining contour and the second joining leg has a second joining contour corresponding to the first joining contour , characterized in - that the joining contour of the first joining leg is an opening contour, and - that the joining contour of the second joining leg is a joining pin , which engages positively in the joining contour , designed as an opening contour, of the first joining leg .
Process for oxidative cleavage of vegetable oils containing monounsaturated fatty acid triglycerides comprising: 1) a first step of hydroxylation of the double bond present in the monounsaturated fatty acid triglycerides in the presence of a catalyst comprising tungstic acid and/or its derivatives, to yield a vicinal diol, 2) a subsequent second step of oxidation of the vicinal diol in the presence of catalysts comprising cobalt salts, thereby obtaining a mixture comprising saturated monocarboxylic acids and saturated carboxylic acid triglycerides having more than one acid group, 3) a step of separation of an aqueous solution containing cobalt ions and tungstic acid and/or their derivatives from said mixture of step 2) and 4) a step of separation of cobalt ions from said aqueous solution of step 3) comprising the operations of: a) removing the cobalt ions by placing said aqueous solution in contact with a cation-exchange resin; b) separating said aqueous solution from said cation-exchange resin; c) concentrating said aqueous solution obtained from stage b, thereby obtaining a concentrated aqueous solution containing tungstic acid and/or its derivatives; d) eluting cobalt ions from the cation-exchange resin in stage b, using an acid aqueous solution. 1) a first step of hydroxylation of the double bond present in the monounsaturated fatty acid triglycerides in the presence of a catalyst comprising tungstic acid and/or its derivatives, to yield a vicinal diol, 2) a subsequent second step of oxidation of the vicinal diol in the presence of catalysts comprising cobalt salts, thereby obtaining a mixture comprising saturated monocarboxylic acids and saturated carboxylic acid triglycerides having more than one acid group, 3) a step of separation of an aqueous solution containing cobalt ions and tungstic acid and/or their derivatives from said mixture of step 2) and 4) a step of separation of cobalt ions from said aqueous solution of step 3) comprising the operations of: a) removing the cobalt ions by placing said aqueous solution in contact with a cation-exchange resin; b) separating said aqueous solution from said cation-exchange resin; c) concentrating said aqueous solution obtained from stage b, thereby obtaining a concentrated aqueous solution containing tungstic acid and/or its derivatives; d) eluting cobalt ions from the cation-exchange resin in stage b, using an acid aqueous solution. a) removing the cobalt ions by placing said aqueous solution in contact with a cation-exchange resin; b) separating said aqueous solution from said cation-exchange resin; c) concentrating said aqueous solution obtained from stage b, thereby obtaining a concentrated aqueous solution containing tungstic acid and/or its derivatives; d) eluting cobalt ions from the cation-exchange resin in stage b, using an acid aqueous solution.