mhurhangee/ep-ind-claims huggingface dataset:
A liquid ejecting head comprising: a plurality of pressure generating chambers communicating with nozzles through which a liquid can be ejected; a manifold communicating with the plurality of pressure generating chambers; a flexible member that has a surface on one side which defines at least a part of a wall of the manifold, that has a surface on the other side, on which an adhesive layer is formed, and that has a compliance region, which is able to perform deflection in response to pressure fluctuation in the manifold, in a region in which the adhesive layer is formed; a compliance space disposed on an opposite side of the flexible member to the manifold; a cap member facing the flexible member with the compliance space between the compliance region and the cap member; and a frame-like member that is disposed between the flexible member and the cap member and has a cantilever, wherein the cantilever is fixed to at least a part of the flexible member of the compliance region, characterised by that the cantilever has an unfixed region which is not fixed to the cap member on the distal end side of the cantilever. a plurality of pressure generating chambers communicating with nozzles through which a liquid can be ejected; a manifold communicating with the plurality of pressure generating chambers; a flexible member that has a surface on one side which defines at least a part of a wall of the manifold, that has a surface on the other side, on which an adhesive layer is formed, and that has a compliance region, which is able to perform deflection in response to pressure fluctuation in the manifold, in a region in which the adhesive layer is formed; a compliance space disposed on an opposite side of the flexible member to the manifold; a cap member facing the flexible member with the compliance space between the compliance region and the cap member; and a frame-like member that is disposed between the flexible member and the cap member and has a cantilever, wherein the cantilever is fixed to at least a part of the flexible member of the compliance region, characterised by that the cantilever has an unfixed region which is not fixed to the cap member on the distal end side of the cantilever.
An image acquisition apparatus, in particular a camera, for the identification of objects, having a focusable optical receiving system and an illumination unit comprising a positioning illumination or an object illumination and positioning illumination (27, 29, 33, 35), wherein the object illumination and/or positioning illumination (27, 29, 33, 35) is/are adjustable and can hereby be matched to the focus of the optical receiving system; wherein the object illumination and/or positioning illumination (27, 29, 33, 35) is/are coupled to the optical receiving system such that an adjustment of the focus of the optical receiving system automatically effects a matching of the object illumination and/or positioning illumination (27, 29, 33, 35) to the adjusted focus; wherein the illumination unit comprises a light source unit having at least one light source (27, 29) and an optical beam shaping unit associated with the light source unit and having at least one optical beam shaping system (33, 35); and wherein the matching of the positioning illumination (27, 33) takes place by adjustment of the relative position of the optical beam shaping unit with respect to the light source unit, characterized in that the positioning illumination (27, 33) comprises at least one pair of light sources and one or more optical beam shaping systems associated with the at least one pair of light sources to generate bundled light beams which intersect at the distance focused by the optical receiving system.
A rotary head for string trimmers having at least one line portion; the rotary head (1; 101) comprising a rotary body, which has a rotation axis and a side wall; wherein the rotary body is manufactured as one single piece; wherein the rotary body has one or more return areas or means (12; 112), each of which is configured to lock a respective line portion by means of consecutive curves (C1A, C1B, C2, C11) on different planes (π1A, Π 1B, π2); Z the rotary head being characterized in that each return area or means (12; 112) is arranged along the side wall of the rotary body; wherein a line portion inserted in a return area or means (12; 112) does not radially protrude, in use, outwards from the rotary body; wherein at least two consecutive curves (C1A, C2; C1B, C2) are obtained on two respective planes (π1A, π2; π1B, n2) perpendicular to one another.
A method for installing offshore wind power generation floating body, comprising steps of: manufacturing a lower structure comprising a damping plate having a circular plate shape, a guide beam configured to support each of a top surface and a bottom surface of the damping plate and comprising a plurality of protruding portions formed on a side surface of the damping plate, and a slot for fixing an upper structure, which is formed in the top surface of the damping plate and has an empty space at a central portion thereof; coupling a temporary buoyancy tank to each of the plurality of protruding portions; installing a concrete block mounting structure in the empty space of the slot for fixing the upper structure; transporting the lower structure on the sea until a destination by a towing vessel; fixing the lower structure between a first work barge and a second work barge by a link bridge connected to each of the first work barge and the second work barge; and seating a concrete block connected to a second wire of a second crane seated on the second work barge on the concrete block mounting structure in a state in which a plurality of first wires of a first crane seated on the first work barge are connected to the lower structure to maintain a tension equal to or greater than a set magnitude. manufacturing a lower structure comprising a damping plate having a circular plate shape, a guide beam configured to support each of a top surface and a bottom surface of the damping plate and comprising a plurality of protruding portions formed on a side surface of the damping plate, and a slot for fixing an upper structure, which is formed in the top surface of the damping plate and has an empty space at a central portion thereof; coupling a temporary buoyancy tank to each of the plurality of protruding portions; installing a concrete block mounting structure in the empty space of the slot for fixing the upper structure; transporting the lower structure on the sea until a destination by a towing vessel; fixing the lower structure between a first work barge and a second work barge by a link bridge connected to each of the first work barge and the second work barge; and seating a concrete block connected to a second wire of a second crane seated on the second work barge on the concrete block mounting structure in a state in which a plurality of first wires of a first crane seated on the first work barge are connected to the lower structure to maintain a tension equal to or greater than a set magnitude.
Running jacket comprising a backrest embracing the wearer's back, and a front portion covering the wearer's chest, - the front portion being provided with at least one front pocket provided with a rear wall, facing the body of the wearer, and at least one front wall opposite the rear wall, said rear walls and front wall delimiting a containment volume for an associable flexible bottle, the containment volume extending longitudinally along a longitudinal direction (Y-Y), from a closed lower edge to an open upper edge to allow access to the containment volume itself, - wherein the front wall is closed on the rear wall at a first side edge extending longitudinally between the closed lower edge and the open upper edge, - wherein the front wall is open and separated from the rear wall at a second side edge, opposite the first side edge, with respect to a transverse direction (X-X), perpendicular to said longitudinal direction (Y-Y), - wherein the front wall is provided with closing and opening means configured to respectively allow the locking/unlocking, with respect to the rear wall, of at least one flap portion of the open upper edge and/or of the second side edge of the front wall, the jacket is characterized in that the front pocket is provided with an outer covering handkerchief, at least partially overlapping on the front wall. - the front portion being provided with at least one front pocket provided with a rear wall, facing the body of the wearer, and at least one front wall opposite the rear wall, said rear walls and front wall delimiting a containment volume for an associable flexible bottle, the containment volume extending longitudinally along a longitudinal direction (Y-Y), from a closed lower edge to an open upper edge to allow access to the containment volume itself, - wherein the front wall is closed on the rear wall at a first side edge extending longitudinally between the closed lower edge and the open upper edge, - wherein the front wall is open and separated from the rear wall at a second side edge, opposite the first side edge, with respect to a transverse direction (X-X), perpendicular to said longitudinal direction (Y-Y), - wherein the front wall is provided with closing and opening means configured to respectively allow the locking/unlocking, with respect to the rear wall, of at least one flap portion of the open upper edge and/or of the second side edge of the front wall,
A modular construction system motor unit for a modular construction system, the motor unit comprising - a casing; - an electrical motor mounted in the casing; - a power outtake element having at least one connector for connecting to a construction element, and being rotationally connected relative to said casing about a rotational axis; - a gearing mechanism provided between the electrical motor and the power outtake element; and - a rotation sensing mechanism configured for sensing the rotational position of the power outtake element relative to the casing, wherein the rotation sensing mechanism comprises a disc element rotating with the power outtake element and a sensor device being fixed relative to the casing, characterized in that the disc element is connected to the power outtake element or to a gear of the gear mechanism via a first rotation transfer part being fixedly connected to the disc element and a receptacle for receiving the first rotation transfer part, which receptacle is formed in the power outtake element or in said gear of the gear mechanism, and wherein the receptacle and the first rotation transfer part have cooperating shapes and sizes configured to allow a backlash between the power outtake element and the first rotation transfer part. - a casing; - an electrical motor mounted in the casing; - a power outtake element having at least one connector for connecting to a construction element, and being rotationally connected relative to said casing about a rotational axis; - a gearing mechanism provided between the electrical motor and the power outtake element; and - a rotation sensing mechanism configured for sensing the rotational position of the power outtake element relative to the casing, wherein the rotation sensing mechanism comprises a disc element rotating with the power outtake element and a sensor device being fixed relative to the casing, characterized in that the disc element is connected to the power outtake element or to a gear of the gear mechanism via a first rotation transfer part being fixedly connected to the disc element and a receptacle for receiving the first rotation transfer part, which receptacle is formed in the power outtake element or in said gear of the gear mechanism, and wherein the receptacle and the first rotation transfer part have cooperating shapes and sizes configured to allow a backlash between the power outtake element and the first rotation transfer part.
A composition comprising at least two different mutant DNA polymerases each having at least one mutation selected from: an R595E mutation and a D655L mutation in Taq DNA polymerase, an R690E mutation and a T750L mutation in E. coli DNA polymerase I, an R594E mutation and a D654L mutation in Thermus flavus DNA polymerase, a K486E mutation and an F558L mutation in E.coli phage T5 DNA polymerase, and an H460E mutation in E.coli phage T7 DNA polymerase, wherein (a) at least two of the polymerases have a mutation selected from: an F667Y mutation in Taq DNA polymerase, an F762Y mutation in E. coli DNA polymerase I, an F666Y mutation in Thermus flavus DNA polymerase, and an F570Y mutation in E.coli phage T5 DNA polymerase, (b) the DNA polymerases are selected from thermostable and not thermostable DNA polymerases, (c) the DNA polymerases are useful for polynucleotide sequencing, wherein the first mutant DNA polymerase is receptive with respect to a first fluorescently labeled nucleotide; the second mutant DNA polymerase is receptive with respect to a second fluorescently labeled nucleotide; and the first and second fluorescently labeled nucleotides differ from one another with respect to their nucleotide bases and fluorescent labels or the first and second fluorescently labeled nucleotides differ with respect to one another by way of the linker, the base attachment position, or the fluorescent dye attachment site.
Method for activating a mobile device in a network comprising at least one display device coupled to a sensor, the method comprising: detecting the mobile device via said sensor coupled to said display device, recognizing said detected mobile device; the method being characterized in that it further comprises: displaying a virtual device representative of said detected mobile device on said display device such that the position of said virtual device on said display device is linked to the position of the mobile device in the capture field of the sensor, activating said mobile device in the network when the mobile device is displaced and the virtual device is displayed in a predetermined area on the display device according to a displacement of said mobile device. detecting the mobile device via said sensor coupled to said display device, recognizing said detected mobile device; displaying a virtual device representative of said detected mobile device on said display device such that the position of said virtual device on said display device is linked to the position of the mobile device in the capture field of the sensor, activating said mobile device in the network when the mobile device is displaced and the virtual device is displayed in a predetermined area on the display device according to a displacement of said mobile device.
A table unit for a motor-vehicle seat, comprising: - a base plate, configured for articulated connection to a support frame, in such a way as to be movable between an inoperative position, adjacent to a front surface of a seat backrest and an operative position, projecting horizontally in a cantilevered manner from said front surface of the seat backrest, and - a table pivotally mounted on the base plate, said table unit being characterized in that the pivoting table is configured to selectively rotate with respect to the base plate around any one of two parallel and spaced apart articulation axes (AR, AL), wherein the two articulation axes (AR, AL) are defined by two articulation pins (PR, PL) carried by the base plate and arranged symmetrically on both sides of, and at a distance from, a longitudinal centerline (X-X) of the base plate, and wherein the base plate is provided with two latching devices, arranged, respectively, for engaging said two articulation pins (PR, PL), and having respective release buttons (TR, TL), in such a way that actuation of one of the release buttons enables the pivoting table to be rotated around the articulation pin that is associated with the latching device that is still locked. - a base plate, configured for articulated connection to a support frame, in such a way as to be movable between an inoperative position, adjacent to a front surface of a seat backrest and an operative position, projecting horizontally in a cantilevered manner from said front surface of the seat backrest, and - a table pivotally mounted on the base plate, said table unit being characterized in that the pivoting table is configured to selectively rotate with respect to the base plate around any one of two parallel and spaced apart articulation axes (AR, AL), wherein the two articulation axes (AR, AL) are defined by two articulation pins (PR, PL) carried by the base plate and arranged symmetrically on both sides of, and at a distance from, a longitudinal centerline (X-X) of the base plate, and wherein the base plate is provided with two latching devices, arranged, respectively, for engaging said two articulation pins (PR, PL), and having respective release buttons (TR, TL), in such a way that actuation of one of the release buttons enables the pivoting table to be rotated around the articulation pin that is associated with the latching device that is still locked.
A composition for use in a method of treating a tumor in a subject, comprising: (a) a first composition comprising a plurality of bacterially derived intact minicells, each of which encompasses an anti-neoplastic agent and carries a bispecific antibody on the surface wherein (i) the bispecific antibody has specificity to a epidermal growth factor receptor (EGFR) on the surface of a tumor cell and to a polysaccharide, a glycoprotein, or a polypeptide on the surface of the bacterially derived intact minicells, and (ii) the antineoplastic agent is a cytotoxic small molecule chemotherapy drug having a molecular weight of less than 900 Dalton, wherein the small molecule drug is a morpholinyl anthracycline derivative, and (b) a second composition comprising purified interferon-gamma (IFN-γ) protein, wherein the composition is administered to the subject. (a) a first composition comprising a plurality of bacterially derived intact minicells, each of which encompasses an anti-neoplastic agent and carries a bispecific antibody on the surface wherein (i) the bispecific antibody has specificity to a epidermal growth factor receptor (EGFR) on the surface of a tumor cell and to a polysaccharide, a glycoprotein, or a polypeptide on the surface of the bacterially derived intact minicells, and (ii) the antineoplastic agent is a cytotoxic small molecule chemotherapy drug having a molecular weight of less than 900 Dalton, wherein the small molecule drug is a morpholinyl anthracycline derivative, and (b) a second composition comprising purified interferon-gamma (IFN-γ) protein,
Method for scheduling the execution of tasks by electricity meters (132; 134; 135) of an electrical power system, the electricity meters being attached to a concentrator device via a power line network, the concentrator device receiving intervention requests from an information system of an operator of the electrical power system, each intervention request describing at least one task to be performed by at least one electricity meter within a time interval specified by said intervention request, characterized in that the concentrator device attempts (503; 603; 607; 609; 612) to have executed as a priority by electricity meters tasks which have not yet been attempted to be executed by said electricity meters, when the time interval relating to each of said tasks has begun but has not yet elapsed; the concentrator device places in a recovery queue respective task executions which have been requested of respective electricity meters by the concentrator device, but for which the concentrator device has not received the execution result from said electricity meters; and the concentrator device attempts (507; 610; 616) to have tasks placed in the recovery queue executed by electricity meters when the time interval relative to each of said tasks has begun but has not yet elapsed and no task remains whose execution has not yet been attempted while the time interval relative to said task has begun but has not yet elapsed.
A process of manufacturing an organic light emitting diode, the process comprising: providing a component within an organic light emitting diode manufacturing system, the component including a thermal chemical vapor deposition coating applied over a surface thereof, forming the thermal chemical vapor deposition coating from thermal decomposition of dimethylsilane, and transporting a material over the surface including the chemical vapor deposition coating; wherein the component is selected from the group consisting of a feed tube, an ultra-high vacuum component, a shower head, a deflector plate, a fitting, and combinations thereof; wherein the chemical vapor deposition coating is applied under conditions of between 7 kPa (1.0 psia) and 1 MPa (200 psia) and between 200 °C and 600 °C, the chemical vapor deposition has a thickness of between 100 nm and 10,000 nm, and the chemical vapor deposition coating is oxidized. providing a component within an organic light emitting diode manufacturing system, the component including a thermal chemical vapor deposition coating applied over a surface thereof, forming the thermal chemical vapor deposition coating from thermal decomposition of dimethylsilane, and transporting a material over the surface including the chemical vapor deposition coating; wherein the component is selected from the group consisting of a feed tube, an ultra-high vacuum component, a shower head, a deflector plate, a fitting, and combinations thereof; wherein the chemical vapor deposition coating is applied under conditions of between 7 kPa (1.0 psia) and 1 MPa (200 psia) and between 200 °C and 600 °C, the chemical vapor deposition has a thickness of between 100 nm and 10,000 nm, and the chemical vapor deposition coating is oxidized.
A method for assessing a chewable product, comprising the steps of (i) providing a jaw assembly, wherein the jaw assembly comprises a lower jaw and an upper jaw, wherein the jaw assembly is configured such that the lower jaw and the upper jaw can move apart and together in a mastication action, and wherein the upper jaw comprises at least one tooth that corresponds to the tooth of an animal, and the lower jaw comprises at least one tooth that corresponds to the tooth of an animal; (ii) providing a coating on the at least one tooth in the upper jaw and/or the at least one tooth in the lower jaw; (iii) placing the chewable product between the upper jaw and the lower jaw of the jaw assembly; and (iv) moving the jaws relative to each other in the mastication action in order to impact the at least one tooth of the upper jaw and the at least one tooth of the lower jaw onto the chewable product. (i) providing a jaw assembly, wherein the jaw assembly comprises a lower jaw and an upper jaw, wherein the jaw assembly is configured such that the lower jaw and the upper jaw can move apart and together in a mastication action, and wherein the upper jaw comprises at least one tooth that corresponds to the tooth of an animal, and the lower jaw comprises at least one tooth that corresponds to the tooth of an animal; (ii) providing a coating on the at least one tooth in the upper jaw and/or the at least one tooth in the lower jaw; (iii) placing the chewable product between the upper jaw and the lower jaw of the jaw assembly; and (iv) moving the jaws relative to each other in the mastication action in order to impact the at least one tooth of the upper jaw and the at least one tooth of the lower jaw onto the chewable product.
An aqueous formulation comprising: ustekinumab; at least one selected from histidine and salts thereof; and water, wherein a content of the ustekinumab is 80 to 100 mg/mL, a content of the histidine and/or the salts thereof is 50 to 90 mM in terms of histidine, and a pH thereof is 5.7 to 6.3. ustekinumab; at least one selected from histidine and salts thereof; and water, wherein a content of the ustekinumab is 80 to 100 mg/mL, a content of the histidine and/or the salts thereof is 50 to 90 mM in terms of histidine, and a pH thereof is 5.7 to 6.3.