mhurhangee/patent-ind-claim-en huggingface dataset:
A linear motor, comprising a stator including electrical coils, a runner including permanent magnets , and a back-iron device , - wherein the runner is arranged between the stator and the back-iron device and offset from the stator and the back-iron device , - wherein the runner is arranged axially moveable along a longitudinal axis (Z) relative to the stator and the back-iron device , - wherein the permanent magnets are provided in a section of the runner which section is situated between the stator and the back-iron device , - wherein respective adjacent permanent magnets of the runner are offset from one another and are thus defining a first intermediary space between two adjacent permanent magnets, - wherein the runner is gas supported at least relative to the back-iron device through a gas pressure bearing , - wherein the runner is provided with a plurality of inner channels which are in fluid connection with a pressurized gas supply device , said plurality of inner channels comprising inner channels which run transverse to the longitudinal axis (Z), - wherein the inner channels which run transverse to the longitudinal axis (Z) are defined by the first intermediary spaces , - wherein the gas pressure bearing includes at least a first bearing surface provided at the runner and a second bearing surface provided at the back-iron device , - wherein the first bearing surface provided at the runner includes a plurality of first and further gas outlet nozzles , - wherein the gas outlet nozzles are in fluid connection with the inner channels and - wherein the first gas outlet nozzles lead into the transversely running inner channels . - wherein the runner is arranged between the stator and the back-iron device and offset from the stator and the back-iron device , - wherein the runner is arranged axially moveable along a longitudinal axis (Z) relative to the stator and the back-iron device , - wherein the permanent magnets are provided in a section of the runner which section is situated between the stator and the back-iron device , - wherein respective adjacent permanent magnets of the runner are offset from one another and are thus defining a first intermediary space between two adjacent permanent magnets, - wherein the runner is gas supported at least relative to the back-iron device through a gas pressure bearing , - wherein the runner is provided with a plurality of inner channels which are in fluid connection with a pressurized gas supply device , said plurality of inner channels comprising inner channels which run transverse to the longitudinal axis (Z), - wherein the inner channels which run transverse to the longitudinal axis (Z) are defined by the first intermediary spaces , - wherein the gas pressure bearing includes at least a first bearing surface provided at the runner and a second bearing surface provided at the back-iron device , - wherein the first bearing surface provided at the runner includes a plurality of first and further gas outlet nozzles , - wherein the gas outlet nozzles are in fluid connection with the inner channels and - wherein the first gas outlet nozzles lead into the transversely running inner channels .
Doxycycline for use in the treatment of an infection caused by Mycoplasma genitalium by co-administration with gepotidacin or a pharmaceutically acceptable salt thereof.
A method of preparing a library of covalently closed DNA fragments, the method comprising: providing DNA, preferably genomic DNA (gDNA) from a cell type or organism of interest; randomly shearing the DNA to a defined average length to provide a population of DNA fragments; preparing the fragments for end-ligation,; ligating to the ends of the fragments a first hairpin adapter comprising at least a single deoxyuridine and a first primer site to prepare a population of ligated fragments; and purifying the ligated fragments using an exonuclease, thereby preparing a library of covalently closed DNA fragments.
. A method for reporting errors in a software environment, comprising: generating a first error by a first software thread, including a first error identifier (ID), in response to a first error condition relating to the state of at least one resource; propagating the first error identifier (ID) to at least one second software thread; generating a second error by a second software thread, including a second error identifier (ID) and the first error identifier (ID), in response to a second error condition relating to the state of at least one resource; and reporting the first and second errors to a user. generating a first error by a first software thread, including a first error identifier (ID), in response to a first error condition relating to the state of at least one resource; propagating the first error identifier (ID) to at least one second software thread; generating a second error by a second software thread, including a second error identifier (ID) and the first error identifier (ID), in response to a second error condition relating to the state of at least one resource; and reporting the first and second errors to a user.
Saw blade for a bone saw machine with a proximally arranged or formed coupling region that defines a coupling or insertion direction, for coupling or inserting the saw blade with/into an tool holder of the bone saw machine , rotating in an oscillating manner about an axis of rotation (R) and with a row of saw teeth that are arranged or formed at a distal end edge of the saw blade such that the centre axis (M) thereof orientated perpendicular to the row of saw teeth intersects the coupling region , and preferably the axis of rotation (R), if the saw blade is coupled with the tool holder or inserted therein, characterised in that the centre axis (M) and the coupling or insertion direction are at an angle that is not equal to 0° or 180°, preferably in a range between 15° and 60°, more preferably in a range between 30° and 60° and still more preferably at approximately 45° to one another, and in that the saw blade is formed with two counter-rotating curvatures or bends in the manner of an S-shape.
A composition for a heat cycle system, which comprises a working fluid for heat cycle containing at least one unsaturated fluorinated hydrocarbon compound selected from a compound having at least one carbon-carbon unsaturated bond in its molecule represented by the following formula (I), and a refrigerant oil having a breakdown voltage of at least 25 kV, a hydroxyl value of at most 0.1 mgKOH/g, and a kinematic viscosity at 40°C of from 5 to 200 mm 2 /s and a kinematic viscosity at 100°C of from 1 to 100 mm 2 /s: C x F y R z (I) wherein R is H or Cl, x is an integer of from 2 to 6, y is an integer of from 1 to 12, and z is an integer of from 0 to 11, provided that 2x≧y+z≧2, and wherein as the unsaturated fluorinated hydrocarbon compound, at least a fluoride of C 2 ethylene is contained.
A conveyance mechanism comprising: a trough that conveys an article; a support member to which the trough is detachably coupled, the support member including a vibrator that vibrates the trough; and a coupling member that couples the trough and the support member, wherein the trough includes a first abutting member that is located on a back side of a conveyance face for conveyance of the article and abuts on the support member, the support member includes a second abutting member that is plate-shaped and has a second circumferential edge vertically identical to a first circumferential edge that is a circumferential edge of the first abutting member, the coupling member couples the trough and the support member by fastening the first abutting member and the second abutting member with the first circumferential edge and the second circumferential edge in superposition, the second abutting member is provided with a through hole passing through the second abutting member characterised in that the second abutting member includes, in a coupling state where the second abutting member is coupled to the first abutting member by the coupling member, an abutting face abutting on the first abutting member and a nonabutting face spaced apart from the first abutting member, and at least part of the through hole is provided at the non-abutting face. a trough that conveys an article; a support member to which the trough is detachably coupled, the support member including a vibrator that vibrates the trough; and a coupling member that couples the trough and the support member, wherein the trough includes a first abutting member that is located on a back side of a conveyance face for conveyance of the article and abuts on the support member, the support member includes a second abutting member that is plate-shaped and has a second circumferential edge vertically identical to a first circumferential edge that is a circumferential edge of the first abutting member, the coupling member couples the trough and the support member by fastening the first abutting member and the second abutting member with the first circumferential edge and the second circumferential edge in superposition, the second abutting member is provided with a through hole passing through the second abutting member characterised in that the second abutting member includes, in a coupling state where the second abutting member is coupled to the first abutting member by the coupling member, an abutting face abutting on the first abutting member and a nonabutting face spaced apart from the first abutting member, and at least part of the through hole is provided at the non-abutting face.
A call session control server for providing a multi-identity, ID, service within a communication network, the call session control server comprising a processor which is configured to: receive an originating request message from a user terminal , the originating request message comprising a destination public user ID, <B>, and a selected originating public user ID, <V2>,; retrieve , from a registration server , registration data associated with a native public user ID of the user terminal ; the registration data comprising multiple public user IDs associated with the user terminal , wherein the registration data comprises a plurality of implicit registration sets, wherein at least one public user ID of the registration data is associated to at least two different implicit registration sets; validate the selected originating public user ID, <V2>, against the registration data; and transmit the originating request message to the communication network if the selected originating public user ID, <V2>, is validated, wherein the registration data comprises an implicit registration set associated with the user terminal , wherein the implicit registration set comprises at least one native public user ID, <L1>, of the user terminal and at least one virtual public user ID, <V2>, of the user terminal , wherein the at least one native public user ID, <L1>, of the user terminal belongs to a contract of the user and the at least one virtual public user ID, <V2>, of the user terminal belongs to a different contract. receive an originating request message from a user terminal , the originating request message comprising a destination public user ID, <B>, and a selected originating public user ID, <V2>,; retrieve , from a registration server , registration data associated with a native public user ID of the user terminal ; the registration data comprising multiple public user IDs associated with the user terminal , wherein the registration data comprises a plurality of implicit registration sets, wherein at least one public user ID of the registration data is associated to at least two different implicit registration sets; validate the selected originating public user ID, <V2>, against the registration data; and transmit the originating request message to the communication network if the selected originating public user ID, <V2>, is validated, wherein the registration data comprises an implicit registration set associated with the user terminal , wherein the implicit registration set comprises at least one native public user ID, <L1>, of the user terminal and at least one virtual public user ID, <V2>, of the user terminal , wherein the at least one native public user ID, <L1>, of the user terminal belongs to a contract of the user and the at least one virtual public user ID, <V2>, of the user terminal belongs to a different contract.
A method, comprising: bonding a first layer and a second layer using two-shot injection molding, wherein the first layer coupled to the second layer collectively defines a set of wells , the first layer being transparent to one or more of ultraviolet light, visible light, and infrared radiation, and the second layer defining a channel , the second layer being substantially absorbent to infrared radiation; bonding a third layer to the second layer using infrared radiation, the third layer defining an opening configured to receive a fluid, the third layer being transparent to infrared radiation, wherein the channel establishes a fluid communication path between the opening and the set of wells ; aligning the second layer to the third layer after the bonding of the first layer and the second layer ; and aligning a photomask to the third layer after the bonding of the first layer and the second layer , the photomask configured to block the infrared radiation to one or more portions of the second layer . bonding a first layer and a second layer using two-shot injection molding, wherein the first layer coupled to the second layer collectively defines a set of wells , the first layer being transparent to one or more of ultraviolet light, visible light, and infrared radiation, and the second layer defining a channel , the second layer being substantially absorbent to infrared radiation; bonding a third layer to the second layer using infrared radiation, the third layer defining an opening configured to receive a fluid, the third layer being transparent to infrared radiation, wherein the channel establishes a fluid communication path between the opening and the set of wells ; aligning the second layer to the third layer after the bonding of the first layer and the second layer ; and aligning a photomask to the third layer after the bonding of the first layer and the second layer , the photomask configured to block the infrared radiation to one or more portions of the second layer .
A method of production of an epitaxial silicon carbide monocrystalline substrate comprising epitaxially growing a silicon carbide monocrystalline thin film on a silicon carbide monocrystalline substrate with an off angle of 6° or less by a thermal chemical vapor deposition method during which feeding source gases which contain carbon and silicon and simultaneously feeding a hydrogen chloride gas, characterized in that a ratio of the number of chlorine atoms in the hydrogen chloride gas with respect to the number of silicon atoms in the source gases (Cl/Si ratio) is from 4.0 to 10.0.
A preform for stretch blow molding a syringe , the preform comprising: a body having a distal end, a proximal end, and a circumferential wall therebetween and comprising a polymeric material suitable for stretch blow molding to form a syringe body; and a first opening at the distal end of the body for inserting a stretch member for stretching the preform during a stretch blow molding process, wherein the inner walls of the stretch blow molded preform have a uniform inner diameter for slidably receiving a plunger , the preform further comprising a cap for sealably enclosing the first opening , the cap having a substantially conical shape and comprising a nozzle and a luer tip , the preform being characterized in that the cap further comprises at least one bayonet lock member around an outer circumference of the cap for releasably locking engagement with at least one notch or slot on a pressure jacket configured for attachment to a medical injector. a body having a distal end, a proximal end, and a circumferential wall therebetween and comprising a polymeric material suitable for stretch blow molding to form a syringe body; and a first opening at the distal end of the body for inserting a stretch member for stretching the preform during a stretch blow molding process, wherein the inner walls of the stretch blow molded preform have a uniform inner diameter for slidably receiving a plunger , the preform further comprising a cap for sealably enclosing the first opening , the cap having a substantially conical shape and comprising a nozzle and a luer tip , the preform being characterized in that the cap further comprises at least one bayonet lock member around an outer circumference of the cap for releasably locking engagement with at least one notch or slot on a pressure jacket configured for attachment to a medical injector.
A method to repair a turbomachine having at least one annular row of blades and a shroud surrounding the row of blades, the method comprising: assigning the blades and the shroud in the at least one annular row of the turbomachine to a group, wherein the assigned blades belong to the row of the turbomachine; determining a design clearance between a tip surface of the blades and a surface of the shroud facing the tip surface; measuring , for each blade in the group, an actual clearance between a tip surface of the blade and a surface of the shroud facing the tip surface; removing the blades and/or shroud from the row; calculating a difference between the actual clearance of each blade in the group and the design clearance; determining , for each blade, if the difference may be minimized by adding material to the surface of the shroud; if yes, adding material to the surface of the shroud, wherein the addition of material to the facing surfaces results in the shroud having at least one dimension that exceeds an original design dimension of the shroud sections, and installing the blades and/or the shroud with the added material to the row of the turbomachine, wherein at least one of the blades has at least one dimension that does not conform to an original design specification for the blade. assigning the blades and the shroud in the at least one annular row of the turbomachine to a group, wherein the assigned blades belong to the row of the turbomachine; determining a design clearance between a tip surface of the blades and a surface of the shroud facing the tip surface; measuring , for each blade in the group, an actual clearance between a tip surface of the blade and a surface of the shroud facing the tip surface; removing the blades and/or shroud from the row; calculating a difference between the actual clearance of each blade in the group and the design clearance; determining , for each blade, if the difference may be minimized by adding material to the surface of the shroud; if yes, adding material to the surface of the shroud, wherein the addition of material to the facing surfaces results in the shroud having at least one dimension that exceeds an original design dimension of the shroud sections, and installing the blades and/or the shroud with the added material to the row of the turbomachine, wherein at least one of the blades has at least one dimension that does not conform to an original design specification for the blade.
A computer implemented method performed at runtime for creating a distance field for a shape from a graphic image, comprising: receiving a list of points that defines the shape from which a distance field will be calculated; define a plurality of shape segments which together form the shape from the list of points; define a bounding box for each of the shape segments, the bounding box enclosing the segment and comprising a plurality of pixels; for each pixel in each bounding box, calculate a distance from the pixel to the nearest point on the corresponding shape segment, thereby creating a distance field for the corresponding shape segment within the bounding box; merging the distance fields for all shape segments to create an overall shape distance field; and storing the overall shape distance field in a texture held in computer memory, the texture of lower resolution than the resolution of the graphic image and usable to generate a high resolution representation of the shape. receiving a list of points that defines the shape from which a distance field will be calculated; define a plurality of shape segments which together form the shape from the list of points; define a bounding box for each of the shape segments, the bounding box enclosing the segment and comprising a plurality of pixels; for each pixel in each bounding box, calculate a distance from the pixel to the nearest point on the corresponding shape segment, thereby creating a distance field for the corresponding shape segment within the bounding box; merging the distance fields for all shape segments to create an overall shape distance field; and storing the overall shape distance field in a texture held in computer memory, the texture of lower resolution than the resolution of the graphic image and usable to generate a high resolution representation of the shape.
A fastener-driving tool comprising: a cylinder defining one or more openings therethrough; a return chamber in fluid communication with the cylinder via the one or more openings; a driver blade receiving opening ; a driving element including a driver blade having a non-uniform cross-section; and a piston within the cylinder and attached to the driving element such that the driver blade is slidably received in the driver blade receiving opening, characterised in that the fastener-driving tool further comprises a driver blade seal defining the driver blade receiving opening , and in that the non-uniform cross-section is such that the piston is movable relative to the cylinder and the driver blade seal between: a first position in which a first part of the driver blade occupies a first portion of the driver blade receiving opening; and a second position in which a second part of the driver blade occupies a second portion of the driver blade receiving opening that is larger than the first portion. a cylinder defining one or more openings therethrough; a return chamber in fluid communication with the cylinder via the one or more openings; a driver blade receiving opening ; a driving element including a driver blade having a non-uniform cross-section; and a piston within the cylinder and attached to the driving element such that the driver blade is slidably received in the driver blade receiving opening, characterised in that the fastener-driving tool further comprises a driver blade seal defining the driver blade receiving opening , and in that the non-uniform cross-section is such that the piston is movable relative to the cylinder and the driver blade seal between: a first position in which a first part of the driver blade occupies a first portion of the driver blade receiving opening; and a second position in which a second part of the driver blade occupies a second portion of the driver blade receiving opening that is larger than the first portion.
A process for the preparation of a zeolitic material having a CHA-type framework structure comprising YO 2 and X 2 O 3 , wherein said process comprises the steps of: providing a mixture comprising one or more sources for YO 2 , one or more sources for X 2 O 3 , one or more ethyltrimethylammonium cation-containing compounds, and one or more tetraalkylammonium cation R 1 R 2 R 3 R 4 N + -containing compounds as structure directing agent; crystallizing the mixture obtained in step for obtaining a zeolitic material having a CHA-type framework structure; wherein Y is Si and X is Al, wherein R 1 , R 2 , and R 3 independently from one another stand for alkyl, wherein R 4 stands for cycloalkyl, and wherein the YO 2 : X 2 O 3 molar ratio of the mixture in ranges from 10 to 100. providing a mixture comprising one or more sources for YO 2 , one or more sources for X 2 O 3 , one or more ethyltrimethylammonium cation-containing compounds, and one or more tetraalkylammonium cation R 1 R 2 R 3 R 4 N + -containing compounds as structure directing agent; crystallizing the mixture obtained in step for obtaining a zeolitic material having a CHA-type framework structure;