mhurhangee/patent-ind-claim-en huggingface dataset:
A method of fitting a vehicle window in a frame which includes a frame base which after fitting is in opposite relationship to a main surface of the vehicle window and a frame flank which is in opposite relationship to an edge of the vehicle window , comprising the steps: a) placing the vehicle window on the frame while maintaining a first gap between the main surface and the frame base , b) introducing an adhesive into the first gap , and c) feeding the vehicle window in the direction of the frame base . a) placing the vehicle window on the frame while maintaining a first gap between the main surface and the frame base , b) introducing an adhesive into the first gap , and c) feeding the vehicle window in the direction of the frame base .
A pharmaceutical composition comprising a PCSK9 inhibitor for use in a method for treating autosomal dominant hypercholesterolemia (ADH), wherein said method comprises selecting a patient who carries a gain-of-function mutation (GOFm) in one or both alleles of the PCSK9 gene, and administering to the patient said pharmaceutical composition, wherein the GOFm encodes a PCSK9 variant protein comprising an amino acid substitution selected from the group consisting of V4I, E32K, D35Y, E48K, P71L, R96C, L108R, S127R, D129N, R215H, F216L, R218S, R357H, D374H, D374Y, S465L and R496W and wherein the PCSK9 inhibitor is an antibody or antigen-binding fragment thereof that specifically binds PCSK9 and that comprises a heavy chain variable region (HCVR) of SEQ ID NO: 90 and a light chain variable region (LCVR) of SEQ ID NO: 92.
A method comprising: receiving, by a network device from a client device , a service request to receive a service indicated in the service request from a server indicated in the service request; by the network device and in response to obtaining a negative indication for the service that indicates that the server indicated in the service request does not offer the service, sending a representation of the service request to a honeypot to cause the honeypot to offer the service to the client device; and by the network device and in response to obtaining a positive indication for the service that indicates that the server indicated in the service request does offer the service, not sending the representation of the request to the honeypot. receiving, by a network device from a client device , a service request to receive a service indicated in the service request from a server indicated in the service request; by the network device and in response to obtaining a negative indication for the service that indicates that the server indicated in the service request does not offer the service, sending a representation of the service request to a honeypot to cause the honeypot to offer the service to the client device; and by the network device and in response to obtaining a positive indication for the service that indicates that the server indicated in the service request does offer the service, not sending the representation of the request to the honeypot.
A screening apparatus comprising a strainer element disposed in a piping system and used for the purpose of retaining particulate while permitting the passage of a liquid through the strainer element, characterised in that the apparatus comprises a support structure for the strainer element to enable rotation of the strainer element within the support structure between opposed 180 degree positions, a control member comprising an electrical controller coupled with the strainer element for controlling the rotation of the strainer element between the opposed 180 degree positions, said strainer element, in both opposed 180 degree positions thereof impeding any particulate while permitting the passage of a liquid, said control member having a first state in which rotation of the strainer element is controlled to rotate the strainer element between said opposed 180 degree positions and a second state in which rotation of the strainer element is inhibited, wherein the support structure includes a frame , and the strainer element includes a strainer member mounted in the frame; and a shaft for supporting the strainer member relative to the frame; wherein said control member has a first state to retain particulate at the strainer member and a second state for releasing particulate from the strainer member; an upstream processing device disposed upstream of the strainer element and that generates a fault signal representative of the existence of a fault material; and a sensor disposed at the strainer element for sensing the presence of particulate or objects at the strainer element after movement of the strainer element to the release position, and control valve means disposed downstream of said strainer element controlled from said control member, said control valve means includes a first valve disposed downstream of said strainer element, controlled from said electrical controller and connecting the strainer element to a discharge site; and a second valve disposed downstream of said strainer element, controlled from said electrical controller and connecting the strainer element to a collection site wherein said first valve is open in the first state in the absence of the fault signal to control the conveyance of particulate to the discharge site and said second valve is open in the second state in the presence of the fault signal to control the conveyance of particulate to the collection site.
An intravascular blood pump, comprising: a collapsible housing comprising a fluid lumen, the fluid lumen having a distal end and a proximal end; and a collapsible distal impeller , axially spaced from a collapsible proximal impeller , at least a portion of the distal impeller and the proximal impeller disposed axially between the distal end and the proximal end of the fluid lumen, wherein the distal impeller has an expanded configuration in an expanded state, and the proximal impeller has an expanded configuration in an expanded state, wherein the expanded configuration of the distal impeller is different than the expanded configuration of the proximal impeller, and wherein the proximal impeller has a distal end and the distal impeller has a proximal end, characterized in that a distance between the distal end of the proximal impeller and the proximal end of the distal impeller, along a longitudinal axis of the collapsible housing, is from 2cm to 7cm. a collapsible housing comprising a fluid lumen, the fluid lumen having a distal end and a proximal end; and a collapsible distal impeller , axially spaced from a collapsible proximal impeller , at least a portion of the distal impeller and the proximal impeller disposed axially between the distal end and the proximal end of the fluid lumen, wherein the distal impeller has an expanded configuration in an expanded state, and the proximal impeller has an expanded configuration in an expanded state, wherein the expanded configuration of the distal impeller is different than the expanded configuration of the proximal impeller, and wherein the proximal impeller has a distal end and the distal impeller has a proximal end,
A method comprising: scheduling , by a base station , uplink wireless resources for a user device ; receiving , from the user device via the scheduled wireless resources, data associated with at least a first application and a second application ; wherein the received data include at least one buffer signal of the user device indicating a level of fullness of a first buffer and a level of fullness of a second buffer of the user device; monitoring whether the user device is meeting a first quality of service policy associated with the first application based on the received data associated with the first application; monitoring whether the user device is meeting a second quality of service policy associated with the second application based on the received data associated with the second application; instructing the user device to adjust an uplink data rate of an application flow associated with the first application based on the monitoring whether the user device is meeting the quality of service policy for the first application; wherein the monitoring whether the user device is meeting the quality of service policy for the first application is performed without receiving, from the user device, any message indicating whether quality of service requirements are being met; and wherein the monitoring whether the user device is meeting the quality of service policy for the first application is performed without establishing a radio bearer with the user device for the first application. scheduling , by a base station , uplink wireless resources for a user device ; receiving , from the user device via the scheduled wireless resources, data associated with at least a first application and a second application ; wherein the received data include at least one buffer signal of the user device indicating a level of fullness of a first buffer and a level of fullness of a second buffer of the user device; monitoring whether the user device is meeting a first quality of service policy associated with the first application based on the received data associated with the first application; monitoring whether the user device is meeting a second quality of service policy associated with the second application based on the received data associated with the second application; instructing the user device to adjust an uplink data rate of an application flow associated with the first application based on the monitoring whether the user device is meeting the quality of service policy for the first application; wherein the monitoring whether the user device is meeting the quality of service policy for the first application is performed without receiving, from the user device, any message indicating whether quality of service requirements are being met; and wherein the monitoring whether the user device is meeting the quality of service policy for the first application is performed without establishing a radio bearer with the user device for the first application.
An implantable electrode , characterized by a multi-layer graphene-fiber core ; an insulative coating surrounding the multi-layer graphene-fiber core ; and a metal layer disposed between the multi-layer graphene fiber core and the insulative coating. a multi-layer graphene-fiber core ; an insulative coating surrounding the multi-layer graphene-fiber core ; and a metal layer disposed between the multi-layer graphene fiber core and the insulative coating.
A welding system comprising a first contact tip , a preheating power supply , and a different welding power supply , wherein the different power supply is connected to the first contact tip , the preheating power supply comprising: power conversion circuitry including first and second output power connectors of the preheating power supply wherein the first output power connector is connected to a second output power connector of the different power supply , wherein both the first and second output power connectors are connected to the first contact tip , and wherein the power conversion circuitry is configured to output welding-type power to the first contact tip via the first output power connector and a second output power connector ; and a bypass path prevention circuit configured to prevent less than a threshold voltage applied to the first output power connector and the second output power connector from the different power supply from causing current to flow between the first output power connector and the second output power connector ; wherein said preheating power supply establishes a preheat current path via the first contact tip configured to return to the preheating power supply via the second output power connector of the different power supply . power conversion circuitry including first and second output power connectors of the preheating power supply wherein the first output power connector is connected to a second output power connector of the different power supply , wherein both the first and second output power connectors are connected to the first contact tip , and wherein the power conversion circuitry is configured to output welding-type power to the first contact tip via the first output power connector and a second output power connector ; and a bypass path prevention circuit configured to prevent less than a threshold voltage applied to the first output power connector and the second output power connector from the different power supply from causing current to flow between the first output power connector and the second output power connector ; wherein said preheating power supply establishes a preheat current path via the first contact tip configured to return to the preheating power supply via the second output power connector of the different power supply .
A process for preparing methionine, comprising the alkaline hydrolysis of 5-(2-methylmercaptoethyl)-hydantoin (methionine hydantoin) in an aqueous process solution comprising alkali metal hydroxide and/or alkali metal carbonate and/or alkali metal hydrogencarbonate to form methionine alkali metal salt, precipitation of methionine by means of carbon dioxide, separation of the precipitated methionine from the process solution, concentration of the process solution and recycling of the process solution in the alkaline hydrolysis of methionine hydantoin once more forwarded to the process solution, wherein the alkali metal cations in the process solution are potassium and sodium having a K/Na molar ratio range from 99/1 to 20/80.
A system for localizing at least one object of interest in a monitored space, comprising - a plurality of capacitive sensors located within said space for sensing changes in the status of a space, each sensor comprising one sensing plate operating in load mode that creates a capacitance changing with the distance from said object, being said object used as the second plate, and producing at least a capacitance-depending signal on the basis of said distance, wherein said sensing plates are small-sized with respect to the sizes of said space, - a filtering unit configured for increasing the sensing range of the capacitive sensors and for reducing the noise level in said distance-depending signals by filtering them, so that filtered signals are produced, and - a central device in signal communication with said capacitive sensors , configured for • acquiring the filtered signals of each capacitive sensor , and • determining a position of said object of interest inside said space by inferring a set of distances of said object from said sensors on the basis of the filtered signals acquired from the sensors that detected said object, and by combining said set of distances with positional data defining the positions of said plurality of capacitive sensors in the monitored space. - a plurality of capacitive sensors located within said space for sensing changes in the status of a space, each sensor comprising one sensing plate operating in load mode that creates a capacitance changing with the distance from said object, being said object used as the second plate, and producing at least a capacitance-depending signal on the basis of said distance, wherein said sensing plates are small-sized with respect to the sizes of said space, - a filtering unit configured for increasing the sensing range of the capacitive sensors and for reducing the noise level in said distance-depending signals by filtering them, so that filtered signals are produced, and - a central device in signal communication with said capacitive sensors , configured for • acquiring the filtered signals of each capacitive sensor , and • determining a position of said object of interest inside said space by inferring a set of distances of said object from said sensors on the basis of the filtered signals acquired from the sensors that detected said object, and by combining said set of distances with positional data defining the positions of said plurality of capacitive sensors in the monitored space. • acquiring the filtered signals of each capacitive sensor , and • determining a position of said object of interest inside said space by inferring a set of distances of said object from said sensors on the basis of the filtered signals acquired from the sensors that detected said object, and by combining said set of distances with positional data defining the positions of said plurality of capacitive sensors in the monitored space.
A device for producing a rod in the tobacco-processing industry, comprising a supply device which is designed to supply a flat web made of an aerosol-forming tobacco material, a coating device which is designed to arrange an electrically conductive layer at least in sections on a surface of the flat web and to connect said electrically conductive layer to the flat web , and a rod-shaping device , characterized by a separating device which is arranged downstream of the supply device , wherein the supply device is designed to feed the flat web to the separating device , and the separating device is designed to separate the flat web into a plurality of strips , and the rod-shaping device arranged downstream of the separating device is designed to shape a rod from the plurality of strips .
A spindle device configured for attachment to a machine tool and configured for rotating a tool or a workpiece, the spindle device comprising: a spindle for supporting the tool or the workpiece; a spindle motor for rotating the spindle ; a rolling bearing having an inner ring, rolling elements, and an outer ring, the inner ring supporting the spindle ; a bearing support part for securing the outer ring of the rolling bearing, wherein the bearing support part is formed of a material having a thermal expansion coefficient larger than that of the spindle , wherein the bearing support part has a first flow path through which a first coolant flows, the first flow path being disposed on the side of the outer ring of the rolling bearing ; a first coolant supply device for supplying a first coolant to the bearing support part, the first coolant supply device being configured to adjust the temperature of the first coolant and being further configured to supply the first coolant to the first flow path ; characterised by a controller for controlling the first coolant supply device , the controller being configured to perform a first control for maintaining the temperature of the first coolant constant when a rotational speed of the spindle motor is equal to or less than a predetermined determination value (Nt), and being further configured to perform a second control for increasing the temperature of the first coolant as the rotational speed of the spindle motor increases when the rotational speed of the spindle motor is greater than the determination value (Nt). a spindle for supporting the tool or the workpiece; a spindle motor for rotating the spindle ; a rolling bearing having an inner ring, rolling elements, and an outer ring, the inner ring supporting the spindle ; a bearing support part for securing the outer ring of the rolling bearing, wherein the bearing support part is formed of a material having a thermal expansion coefficient larger than that of the spindle , wherein the bearing support part has a first flow path through which a first coolant flows, the first flow path being disposed on the side of the outer ring of the rolling bearing ; a first coolant supply device for supplying a first coolant to the bearing support part, the first coolant supply device being configured to adjust the temperature of the first coolant and being further configured to supply the first coolant to the first flow path ; characterised by a controller for controlling the first coolant supply device , the controller being configured to perform a first control for maintaining the temperature of the first coolant constant when a rotational speed of the spindle motor is equal to or less than a predetermined determination value (Nt), and being further configured to perform a second control for increasing the temperature of the first coolant as the rotational speed of the spindle motor increases when the rotational speed of the spindle motor is greater than the determination value (Nt).
A method for processing a DNA, comprising fragmenting, end-repairing and dA-tailing the DNA in a first pre-mixed system to obtain a first product, wherein the first pre-mixed system comprises a pre-mixed enzyme comprising a DNA-fragmentation enzyme, a polynucleotide kinase and a DNA polymerase.
An implantable electrical contact arrangement, which comprises at least one electrode element arrangement , which is otherwise completely integrated into a carrier substrate made of a biocompatible, electrically insulating material, and comprises at least one freely-accessible electrode surface directly or indirectly surrounded by the biocompatible electrically insulating carrier substrate , characterised in that the carrier substrate is filmlike in design with a carrier substrate upper side comprising the at least one freely accessible electrode surface , a carrier substrate lower side opposite this as well as a longitudinal extent of the foil, in that within a half space not containing the at least one electrode element arrangement , the carrier substrate completely surrounds at least one space in which at least one material with an E-module is contained, which differs from the E-module assigned to the material of the carrier substrate , and in that the at least one space , in which the at least one material is contained, has an extent orientated in parallel to the carrier substrate upper side and lower side , which is smaller in dimension than the longitudinal extent of the foil. in that within a half space not containing the at least one electrode element arrangement , the carrier substrate completely surrounds at least one space in which at least one material with an E-module is contained, which differs from the E-module assigned to the material of the carrier substrate , and in that the at least one space , in which the at least one material is contained, has an extent orientated in parallel to the carrier substrate upper side and lower side , which is smaller in dimension than the longitudinal extent of the foil.