mhurhangee/patent-ind-claim-en huggingface dataset:
A glass, the glass comprising: from 50 mol% to 75 mol% SiO 2 ; from greater than 0 mol% to 20 mol% Al 2 O 3 ; from greater than 0 mol% to 35 mol% B 2 O 3 ; from greater than 0 mol% to 20 mol% P 2 O 5 ; up to 0.5 mol% Fe 2 O 3 ; and up to 0.1 mol% ZrO 2 wherein the glass is substantially free of alkali metal modifiers, the total amount of MgO, CaO, and SrO in the glass is less than or equal to 0.2 mol% and the glass comprises at least one fining agent.
A method for draining an extracorporeal fluid circuit utilizing a dialysis machine , wherein the dialysis machine is connected to a dialyzer and said extracorporeal fluid circuit , wherein the extracorporeal fluid circuit comprises an arterial line connectable to a patient for drawing blood from the patient and a venous line connectable to the patient for returning blood to the patient, the method comprising: after treatment termination from said extracorporeal fluid circuit , draining remaining fluid from said extracorporeal fluid circuit through the membrane of the dialyzer , wherein the dialyzer is connected to the dialysis machine via a dialyzer fluid circuit for distribution of dialysis fluid to and from the dialyzer , wherein the extracorporeal fluid circuit is drained through the dialyzer by applying a negative pressure on the dialyzer fluid circuit relative the extracorporeal fluid circuit , wherein the negative pressure applied on the dialyzer fluid circuit relative the extracorporeal fluid circuit by means of introducing gas into the extracorporeal fluid circuit , wherein the arterial line comprises a first port connectable to the patient, and the venous line comprises a second port connectable to the patient, characterized in that the method further comprises connecting the first port to the second port prior to introducing the gas into the extracorporeal fluid circuit . after treatment termination from said extracorporeal fluid circuit , draining remaining fluid from said extracorporeal fluid circuit through the membrane of the dialyzer , wherein the dialyzer is connected to the dialysis machine via a dialyzer fluid circuit for distribution of dialysis fluid to and from the dialyzer , wherein the extracorporeal fluid circuit is drained through the dialyzer by applying a negative pressure on the dialyzer fluid circuit relative the extracorporeal fluid circuit , wherein the negative pressure applied on the dialyzer fluid circuit relative the extracorporeal fluid circuit by means of introducing gas into the extracorporeal fluid circuit , wherein the arterial line comprises a first port connectable to the patient, and the venous line comprises a second port connectable to the patient, characterized in that the method further comprises connecting the first port to the second port prior to introducing the gas into the extracorporeal fluid circuit .
A method of welding a precipitation-hardened superalloy article to produce a weld joint , the method comprising: - defining longitudinally multiple sections within a whole length of the weld joint to be produced; - melting superalloy material adjacent the weld joint to be produced by directing a power beam towards one of the multiple sections so defined and oscillating longitudinally the power beam within the section , wherein an intensity of the power beam and a frequency of oscillation of the power beam are selected such that to cause the superalloy material adjacent the weld joint to be produced to become uniformly heated and melt thereby producing the weld joint from the consolidation of the superalloy material so melted; and - solidifying the one of the multiple sections of the weld joint , comprising reducing gradually the intensity of the power beam while oscillating longitudinally the power beam within the section , wherein melting of the superalloy material to produce the weld joint and solidifying the weld joint is performed separately for different sections of the weld joint to be produced. - defining longitudinally multiple sections within a whole length of the weld joint to be produced; - melting superalloy material adjacent the weld joint to be produced by directing a power beam towards one of the multiple sections so defined and oscillating longitudinally the power beam within the section , wherein an intensity of the power beam and a frequency of oscillation of the power beam are selected such that to cause the superalloy material adjacent the weld joint to be produced to become uniformly heated and melt thereby producing the weld joint from the consolidation of the superalloy material so melted; and - solidifying the one of the multiple sections of the weld joint , comprising reducing gradually the intensity of the power beam while oscillating longitudinally the power beam within the section ,
A method for context-aware security self-assessment of an industrial device, embedded in an Industrial Automation and Control System (IACS) the industrial device performing the following steps: assessing current context in which the industrial device presently operates, based on a predefined rule set; checking all processes running on the industrial device to determine if there are any deviations from the predefined rule set for the current context; assessing presently used security settings for said processes based on the assessed current context of the device and a predefined and customizable set of security assessment checks for that context; and providing a suggested action to a operator of the industrial device on both, the basis of the assessed security settings and the assessed context, to adapt the present security settings of the processes to the suggested settings. assessing current context in which the industrial device presently operates, based on a predefined rule set; checking all processes running on the industrial device to determine if there are any deviations from the predefined rule set for the current context; assessing presently used security settings for said processes based on the assessed current context of the device and a predefined and customizable set of security assessment checks for that context; and providing a suggested action to a operator of the industrial device on both, the basis of the assessed security settings and the assessed context, to adapt the present security settings of the processes to the suggested settings.
A method performed by a policy control function, PCF, of a communication network, the method comprising: during establishment of a packet data unit, PDU, session for a user equipment, UE, determining one or more UE application descriptors that correspond to a network application identifier, AppId, of a service data flow, SDF, template for the PDU session, wherein each of the one or more UE application descriptors includes: a first identifier, OSId, of a UE-supported operating system, OS, and a second identifier, OSAppId, of an application for the UE-supported OS identified by the first identifier; and sending , to a session management function, SMF, of the communication network, policy rules for the PDU session, wherein the policy rules include the one or more UE application descriptors. a first identifier, OSId, of a UE-supported operating system, OS, and a second identifier, OSAppId, of an application for the UE-supported OS identified by the first identifier; and sending , to a session management function, SMF, of the communication network, policy rules for the PDU session, wherein the policy rules include the one or more UE application descriptors.
An endoscopic puncture device comprising: a sheath suitable to be inserted into an endoscope; a hollow puncture needle disposed in the sheath and provided with a blade surface at a tip thereof; and a hollow resin molded body provided in the puncture needle on a distal side of the puncture needle and at least partially disposed inside a tip opening portion of the puncture needle , wherein the resin molded body has a through hole through the resin molded body to insert a guide wire and an opening portion formed at the distal end of the through hole , and characterized in that an edge portion of the opening portion is disposed along an edge portion of the tip opening portion and continuously extends along an entire circumference of the edge portion of the tip opening portion . a sheath suitable to be inserted into an endoscope; a hollow puncture needle disposed in the sheath and provided with a blade surface at a tip thereof; and a hollow resin molded body provided in the puncture needle on a distal side of the puncture needle and at least partially disposed inside a tip opening portion of the puncture needle , wherein the resin molded body has a through hole through the resin molded body to insert a guide wire and an opening portion formed at the distal end of the through hole , and characterized in that an edge portion of the opening portion is disposed along an edge portion of the tip opening portion and continuously extends along an entire circumference of the edge portion of the tip opening portion .
A base station, BS , comprising: a memory ; a transceiver configured to transmit, to at least one user equipment, UE, a downlink control information, DCI, format associated with a cellular vehicle-to-everything, C-V2X, carrier, wherein the C-V2X carrier comprises a plurality of bandwidth parts, BWPs; and a processor coupled to the memory and the transceiver , wherein the processor is configured to: incorporate a BWP indicator in the DCI format; allocate at least one of the BWPs for a long term evolution V2X, LTE-V2X, operation according to the BWP indicator in the DCI format; and allocate a remaining of the BWPs for a new radio V2X, NR-V2X, operation according to the BWP indicator in the DCI format, characterized in that the processor is configured to schedule at least one of a plurality of LTE-sidelink resources and a plurality of NR-sidelink resources using the DCI format, wherein the DCI format can be used both for scheduling the plurality of LTE-sidelink resources and for scheduling the plurality of NR-sidelink resources. a memory ; a transceiver configured to transmit, to at least one user equipment, UE, a downlink control information, DCI, format associated with a cellular vehicle-to-everything, C-V2X, carrier, wherein the C-V2X carrier comprises a plurality of bandwidth parts, BWPs; and a processor coupled to the memory and the transceiver , wherein the processor is configured to: incorporate a BWP indicator in the DCI format; allocate at least one of the BWPs for a long term evolution V2X, LTE-V2X, operation according to the BWP indicator in the DCI format; and allocate a remaining of the BWPs for a new radio V2X, NR-V2X, operation according to the BWP indicator in the DCI format, incorporate a BWP indicator in the DCI format; allocate at least one of the BWPs for a long term evolution V2X, LTE-V2X, operation according to the BWP indicator in the DCI format; and allocate a remaining of the BWPs for a new radio V2X, NR-V2X, operation according to the BWP indicator in the DCI format, characterized in that the processor is configured to schedule at least one of a plurality of LTE-sidelink resources and a plurality of NR-sidelink resources using the DCI format, wherein the DCI format can be used both for scheduling the plurality of LTE-sidelink resources and for scheduling the plurality of NR-sidelink resources.
A woven fabric base cloth for a material, which is composed of fibers having a yarn tenacity of 6.6 cN/dtex to 8.5 cN/dtex when dissembled from the base cloth, and in which a cloth surface is not subjected to resin coating, lamination, or a resin impregnation treatment, characterized in that in a force strain curve (FS) of the woven fibers obtained by Edgecomb Resistance measurement in accordance with ASTM D6479, for both warp and weft directions, in both 25 °C and 150 °C environments, E1, which is a value obtained by dividing a force amount increased in a strain range of 0.4% to 4.4% by a total cross-sectional area of fibers in the measurement direction, is 3 MPa to 25 MPa, and E2, which is a value obtained by dividing a ratio of a force amount increased in a strain range of -4.8% to -0.8% from a fiber breaking point by a total cross-sectional area of fibers in the measurement direction, is 10 MPa to 30 MPa, wherein the total cross-sectional area is measured according to the description.
An orthodontic correction device , comprising: a masticatory unit with a rigid body configured to be removably worn on a dental arch , wherein the masticatory unit does not deform when accommodating misaligned teeth of the dental arch , and a material strength of the masticatory unit is sufficient to withstand an occlusal loading generated during mastication; a first recess (R2) formed in the masticatory unit and configured to accommodate a first tooth of the dental arch that is an unerupted or partially erupted tooth requiring orthodontic correction, wherein the first recess (R2) has a shape that allows the first tooth to move from an initial position to a desired position; a first guiding groove formed on an occlusal surface (B2) of the masticatory unit ; a plurality of first connection parts respectively affixed to a buccal surface and a lingual surface of the first tooth opposite to each other; and a first elastic member configured to stretch across the occlusal surface (B2) of the masticatory unit , retained in the first guiding groove , and coupled with the first connecting parts affixed to the first tooth , wherein the occlusal loading generated during mastication is transmitted to teeth of the dental arch through the masticatory unit and activates the first elastic member to drive the first tooth to the desired position, and an orientation of the first guiding groove determines a moving direction of the first tooth . a masticatory unit with a rigid body configured to be removably worn on a dental arch , wherein the masticatory unit does not deform when accommodating misaligned teeth of the dental arch , and a material strength of the masticatory unit is sufficient to withstand an occlusal loading generated during mastication; a first recess (R2) formed in the masticatory unit and configured to accommodate a first tooth of the dental arch that is an unerupted or partially erupted tooth requiring orthodontic correction, wherein the first recess (R2) has a shape that allows the first tooth to move from an initial position to a desired position; a first guiding groove formed on an occlusal surface (B2) of the masticatory unit ; a plurality of first connection parts respectively affixed to a buccal surface and a lingual surface of the first tooth opposite to each other; and a first elastic member configured to stretch across the occlusal surface (B2) of the masticatory unit , retained in the first guiding groove , and coupled with the first connecting parts affixed to the first tooth , wherein the occlusal loading generated during mastication is transmitted to teeth of the dental arch through the masticatory unit and activates the first elastic member to drive the first tooth to the desired position, and an orientation of the first guiding groove determines a moving direction of the first tooth .
body of a mass transit vehicle chair, in the form of a spatially shaped element which forms connected seat and backrest plates, with external, lateral reinforcement of the structure, which are walls with an arching, changing over the entire length of the internal surface shape, which over the entire length changes into side walls with variable height, approximately perpendicular to the surface of the seat and backrest plate, characterized in that they have an external edge zone with a thickness above 1.5 of the wall thickness, in the zone of maximum bending of the seat and backrest plate they have the height approximately being 0.15 - 0.30 of the length of the part of the seat , lowering in the top zone of the seat and backrest , so that at a distance from the ends of the seat and backrest within limits 0.05 - 0.20 of the length of the seat and backrest , they have the height of 0,6-0,2 of the maximum height of the side wall , and they are connected by a slight arch with the border edges of the seat and backrest .
An electronic installation device for controlling a load in an electric circuit, said electronic installation device having a single-layer or multilayer circuit board arrangement having electrical components and conductor tracks and said electronic installation device comprising a load circuit and a control circuit which are at least functionally coupled to one another, wherein the electronic installation device has an overcurrent protection device for protection against overload currents, characterized in that the load circuit has an overcurrent protection device for protection against short-circuit currents, a resistor element and a circuit interruption element that can be arranged in series between a current source and an electrical load.
Gripping device , in particular for gripping, translationally moving, and rotating a laboratory vessel for samples, microorganisms, cell cultures, or the like, comprising a support unit , a bearing body , and a gripper that is rotatably mounted in the bearing body , which gripper has a rotating body , in which gripper fingers are arranged, at least one of which is pivotally mounted in the rotating body , which rotating body interacts with a rotary drive for rotational movement relative to the bearing body , which bearing body is mounted in the support unit in a translationally movable manner and interacts with a moving drive for translationally moving the bearing body with the rotating body with respect to the support unit , and the gripper fingers interact with a gripper finger drive for pivoting at least one gripper finger relative to the rotating body from an open position into a gripping position, and vice versa, characterized in that at least one first part of the gripper finger drive for pivoting the gripper fingers is arranged outside the rotating body , and a second part of the gripper finger drive is arranged in the rotating body , with the first part of the gripper finger drive being connectable to the second part of the gripper finger drive only for the purpose of gripping the laboratory vessel , otherwise the two parts of the gripper finger drive are separated from one another, wherein a receptacle of the second part of the gripper finger drive is provided so that, when the receptacle of the rotating body is correspondingly translationally aligned with an actuating element , the actuating element of the first part of the gripper finger drive can open at least one gripper finger by moving it into the receptacle onto an adjoining gear unit .
An isolated nucleic acid molecule selected from the group consisting of: (a) a nucleic acid molecule comprising a polynucleotide sequence encoding a protein having the amino acid sequence of SEQ ID NO:1; (b) a nucleic acid molecule comprising a polynucleotide sequence encoding a protein having at least 85% identity to the amino acid sequence of SEQ ID NO:1, the protein having modular docosahexaenoic acid (DHA) synthase activity when co-expressed with a 4'-phosphopantetheinyl transferase (PPTase); (c) a nucleic acid molecule comprising the polynucleotide sequence of SEQ ID NO:2. (a) a nucleic acid molecule comprising a polynucleotide sequence encoding a protein having the amino acid sequence of SEQ ID NO:1; (b) a nucleic acid molecule comprising a polynucleotide sequence encoding a protein having at least 85% identity to the amino acid sequence of SEQ ID NO:1, the protein having modular docosahexaenoic acid (DHA) synthase activity when co-expressed with a 4'-phosphopantetheinyl transferase (PPTase); (c) a nucleic acid molecule comprising the polynucleotide sequence of SEQ ID NO:2.
A winch system with a storage subsystem and a traction subsystem , said traction subsystem comprising a traction drum assembly with a traction drum for extending or retracting an external load mass rope or cable in operation, and said storage subsystem comprising a storage drum for storing said external load mass rope or cable that is fed in operation from said traction drum or for delivering said external load mass rope or cable in operation to said traction drum , wherein said storage drum and said traction drum are interconnected by means of a connecting portion of said external load mass rope or cable that is arranged between said storage drum and said traction drum , and wherein said traction drum and said storage drum are adapted to be driven in operation such that a current rope or cable tension of said connecting portion of said external load mass rope or cable is comprised in a predetermined interval of tension values so that sagging of the connecting portion is avoided, characterized in that said storage drum is axially moveable by means of a diamond screw in operation such that said connecting portion of said external load mass rope or cable is arranged stationary between said storage drum and said traction drum .
Household refrigeration appliance , comprising a cold air distribution system which is arranged in a storage space of the household refrigeration appliance and which has a vertical cold air guiding section and a horizontal cold air guiding section in a cooling space for frost-free cooling for items to be stored, wherein the horizontal cold air guiding section branches off from the vertical cold air guiding section , a cold air current can flow along a rear wall of the storage space in the height direction of the storage space in the vertical cold air guiding section and the cold air current can flow in the depth direction of the storage space in the horizontal cold air guiding section , the horizontal cold air guiding section forms a cold air channel , in which the cold air current can flow through the horizontal cold air guiding section , between a cover plate and a base plate joined to the cover plate , wherein the cover plate has a placement region for items to be stored, which is formed from a thermally conducting material, wherein the placement region is provided to form a thermal bridge between the items to be stored that are placed on the placement region and the cold air current in the cold air channel that flows in the operating state of the horizontal cold air guiding section , wherein a cold air return to the vertical cold air guiding section is integrated in the horizontal cold air guiding section , characterised in that the cold air distribution system has an adjustable cold air current distributor , which is embodied to direct the cold air current into the cold air channel of the horizontal cold air guiding section .