mhurhangee/patent-ind-claim-en huggingface dataset:
Household appliance with a communication facility for at least unidirectional communication with an appliance which is separate from the household appliance , wherein the communication facility has a communication module , which is embodied to process communication signals of the separate appliance and/or to provide communication signals to the separate appliance, as well as an antenna facility , which is embodied to wirelessly emit and/or receive the communication signals, characterised in that the antenna facility has at least two antennae , which differ from one another in terms of at least one property with respect to the mutual emitting and/or receiving of communication signals and comprise an antenna structure embodied on a housing of the household appliance , as well as a terminal for the detachable connection of an external antenna outside of the housing of the household appliance, and the household appliance contains the communication facility , wherein the communication facility has a coupling facility which can be controlled during operation for coupling the antennae to the communication module and a control unit for activating the coupling facility during operation, wherein the coupling facility is embodied so that in each case one of the antennae or the terminal is optionally coupled to the communication module , and the control unit is designed to switch the coupling facility between different antennae and the terminal in order to check which of the antennae or the terminal is best suited to the communication.
An antibody or an antigen-binding fragment thereof, each specifically binding to the extracellular region of the LAT1/CD98 complex in LAT1/CD98-expressing cells, which comprises: (i) a light chain variable region (VL) comprising the amino acid sequence of SEQ ID NO: 31, and a heavy chain variable region (VH) comprising the amino acid sequence of SEQ ID NO: 32; (ii) a light chain variable region (VL) comprising the amino acid sequence of SEQ ID NO: 33, and a heavy chain variable region (VH) comprising the amino acid sequence of SEQ ID NO: 34; (iii) a light chain variable region (VL) comprising the amino acid sequence of SEQ ID NO: 35, and a heavy chain variable region (VH) comprising the amino acid sequence of SEQ ID NO: 36; or (iv) a light chain variable region (VL) comprising the amino acid sequence of SEQ ID NO: 37, and a heavy chain variable region (VH) comprising the amino acid sequence of SEQ ID NO: 38. (i) a light chain variable region (VL) comprising the amino acid sequence of SEQ ID NO: 31, and a heavy chain variable region (VH) comprising the amino acid sequence of SEQ ID NO: 32; (ii) a light chain variable region (VL) comprising the amino acid sequence of SEQ ID NO: 33, and a heavy chain variable region (VH) comprising the amino acid sequence of SEQ ID NO: 34; (iii) a light chain variable region (VL) comprising the amino acid sequence of SEQ ID NO: 35, and a heavy chain variable region (VH) comprising the amino acid sequence of SEQ ID NO: 36; or (iv) a light chain variable region (VL) comprising the amino acid sequence of SEQ ID NO: 37, and a heavy chain variable region (VH) comprising the amino acid sequence of SEQ ID NO: 38.
A dual reflector antenna, comprising: a primary reflector , a secondary reflector , and a feed , wherein the primary reflector is opposite to the secondary reflector , and the feed is configured to radiate an electromagnetic wave to the secondary reflector ; a first driving structure, having a telescopic shaft ; and a connecting piece , connected to the secondary reflector , wherein the dual reflector antenna is configured such that when the telescopic shaft is extended, the telescopic shaft abuts against the connecting piece , to drive the secondary reflector to restore to an initial position, wherein the initial position is a position in which a plane on which a diameter of the secondary reflector is located is parallel to a plane on which a diameter of the primary reflector is located. a primary reflector , a secondary reflector , and a feed , wherein the primary reflector is opposite to the secondary reflector , and the feed is configured to radiate an electromagnetic wave to the secondary reflector ; a first driving structure, having a telescopic shaft ; and a connecting piece , connected to the secondary reflector , wherein the dual reflector antenna is configured such that when the telescopic shaft is extended, the telescopic shaft abuts against the connecting piece , to drive the secondary reflector to restore to an initial position, wherein the initial position is a position in which a plane on which a diameter of the secondary reflector is located is parallel to a plane on which a diameter of the primary reflector is located.
An acoustic method for transfecting cells, the method comprising: (a) providing a system that comprises (i) at least two reservoirs contained within a plurality of reservoirs, each containing host cells and exogenous material to be introduced into the host cells, and (ii) an acoustic radiation generator to generate and direct acoustic radiation; (b) acoustically coupling the acoustic radiation generator to a first of the reservoirs without simultaneously acoustically coupling the acoustic radiation generator to any other of the reservoirs; (c) activating the acoustic radiation generator to generate and direct acoustic radiation into the first reservoir in a manner that induces sonoporation of the host cells, thereby facilitating introduction of the exogenous material into the sonoporated host cells; (d) acoustically decoupling the acoustic radiation generator from the first reservoir; (e) acoustically coupling the acoustic radiation generator to a second of the reservoirs without simultaneously acoustically coupling the acoustic radiation generator to any other of the reservoirs; (f) repeating step (c) with respect to the second reservoir; and (g) acoustically decoupling the acoustic radiation generator from the second reservoir and thereafter repeating steps (b) through (f) with respect to additional reservoirs in the plurality of reservoirs. (a) providing a system that comprises (i) at least two reservoirs contained within a plurality of reservoirs, each containing host cells and exogenous material to be introduced into the host cells, and (ii) an acoustic radiation generator to generate and direct acoustic radiation; (b) acoustically coupling the acoustic radiation generator to a first of the reservoirs without simultaneously acoustically coupling the acoustic radiation generator to any other of the reservoirs; (c) activating the acoustic radiation generator to generate and direct acoustic radiation into the first reservoir in a manner that induces sonoporation of the host cells, thereby facilitating introduction of the exogenous material into the sonoporated host cells; (d) acoustically decoupling the acoustic radiation generator from the first reservoir; (e) acoustically coupling the acoustic radiation generator to a second of the reservoirs without simultaneously acoustically coupling the acoustic radiation generator to any other of the reservoirs; (f) repeating step (c) with respect to the second reservoir; and (g) acoustically decoupling the acoustic radiation generator from the second reservoir and thereafter repeating steps (b) through (f) with respect to additional reservoirs in the plurality of reservoirs.
Method for inspection of electrical or electronic systems, in which signals or signal sequences (SIN, COS) are generated, for the functional safety of these signal sequences, wherein at least two square-wave signal sequences (A, B) are generated and an antivalent square-wave signal sequence (A-, B-) is also generated from each square-wave signal sequence (A, B), characterized in that , a respective antivalent signal sequence (/SIN,/COS) is derived from an analogue signal sequence (SIN or COS) as soon as the signals are detected and each of these analogue signal sequences is converted into a square-wave signal sequence (A, A- or B, B-) and the respective antivalent square-wave signal sequence (A-, B-) of one square-wave signal sequence (A or B) is crossed over and opposed or linked to the respective other square-wave signal sequence (B or A), whereby a clock synchronization of the edge changes between the respectively opposed or linked square-wave signal sequences and antivalent square-wave signal sequences takes place, and the opposed or linked square-wave signal sequences are monitored in a downstreamed evaluation unit, and the evaluation unit detects an error in the antivalent relation by observing the edge changes.
A packet transmission method, comprising: receiving , by a distributor, a packet sent by a source terminal, wherein the packet comprises destination information of a destination terminal for the packet; determining path information of the packet from the source terminal to the distributor, and searching a pre-learned first mapping relationship between path information and a switch identifier for a first switch identifier which corresponds to the determined path information; sending , by the distributor, the packet to a first switch corresponding to the first switch identifier; receiving , by the distributor, a packet fed back by the first switch, wherein the fed-back packet corresponds to the packet into which an identifier pair has been encapsulated, and wherein the identifier pair is composed of the first switch identifier and a terminal identifier; determining that the packet fed back by the first switch comprises the identifier pair, wherein the terminal identifier in the identifier pair corresponds to a destination terminal identifier; searching , by the distributor, a pre-learned second mapping relationship between path information and the identifier pair for second path information corresponding to the destination terminal identifier; and forwarding , by the distributor to the destination terminal based on the second path information, the packet sent by the source terminal. receiving , by a distributor, a packet sent by a source terminal, wherein the packet comprises destination information of a destination terminal for the packet; determining path information of the packet from the source terminal to the distributor, and searching a pre-learned first mapping relationship between path information and a switch identifier for a first switch identifier which corresponds to the determined path information; sending , by the distributor, the packet to a first switch corresponding to the first switch identifier; receiving , by the distributor, a packet fed back by the first switch, wherein the fed-back packet corresponds to the packet into which an identifier pair has been encapsulated, and wherein the identifier pair is composed of the first switch identifier and a terminal identifier; determining that the packet fed back by the first switch comprises the identifier pair, wherein the terminal identifier in the identifier pair corresponds to a destination terminal identifier; searching , by the distributor, a pre-learned second mapping relationship between path information and the identifier pair for second path information corresponding to the destination terminal identifier; and forwarding , by the distributor to the destination terminal based on the second path information, the packet sent by the source terminal.
An isolated antibody or antigen binding fragment thereof which specifically binds to IL-21 comprising a heavy chain variable region (VH) and a light chain variable region (VL), wherein (a) the VH comprises the amino acid sequence of SEQ ID NO: 19; and (b) the VL comprises the amino acid sequence of SEQ ID NO: 21. (a) the VH comprises the amino acid sequence of SEQ ID NO: 19; and (b) the VL comprises the amino acid sequence of SEQ ID NO: 21.
A method for removing polyfluorinated organic compounds from water by means of an adsorbent and regenerating said adsorbent, at least one zeolite being used as the adsorbent, which is brought into contact with the water and is then regenerated by wet-chemical oxidation, characterized in that the oxidation takes place with UV irradiation and at a pH in the range of pH 2.5 to 7.5, and in that persulfate and/or atmospheric oxygen are used as an oxidising agent.
Actuating unit (10,10',10") of the articulated lever or cam type comprising an actuating arm associated with a closing device for the movement of the actuating arm between an open position and an operative closed position, wherein the closing device comprises a piston controlled by a pneumatic cylinder and connected to a toggle lever mechanism of irreversibility of movement of the actuating arm configured to move the actuating arm between the open position and the operative closed position under a control action exerted by the pneumatic cylinder and to secure the actuating arm in the closed position in absence of the control action, wherein the control action exerted by the pneumatic cylinder is responsible for a torque exerted by the actuating arm operated through toggle lever mechanism, wherein the closed position of the actuating arm corresponds to a position in which an irreversibility condition of the toggle lever mechanism triggers depending from the amount of torque exerted by the actuating arm , wherein the pneumatic cylinder has, at its free end, a cylinder head in which an inlet mouth for the supply of compressed gas is formed, characterized in that it comprises a torque regulating device (50,50',50") connected to an input to the pneumatic cylinder for adjusting the control action exerted by the pneumatic cylinder on the toggle lever mechanism thereby setting the torque exerted by the actuating arm in order for the toggle lever mechanism of irreversibility to trigger. wherein the closing device comprises a piston controlled by a pneumatic cylinder and connected to a toggle lever mechanism of irreversibility of movement of the actuating arm configured to move the actuating arm between the open position and the operative closed position under a control action exerted by the pneumatic cylinder and to secure the actuating arm in the closed position in absence of the control action, wherein the control action exerted by the pneumatic cylinder is responsible for a torque exerted by the actuating arm operated through toggle lever mechanism, wherein the closed position of the actuating arm corresponds to a position in which an irreversibility condition of the toggle lever mechanism triggers depending from the amount of torque exerted by the actuating arm , wherein the pneumatic cylinder has, at its free end, a cylinder head in which an inlet mouth for the supply of compressed gas is formed, characterized in that it comprises a torque regulating device (50,50',50") connected to an input to the pneumatic cylinder for adjusting the control action exerted by the pneumatic cylinder on the toggle lever mechanism thereby setting the torque exerted by the actuating arm in order for the toggle lever mechanism of irreversibility to trigger.
A method for processing information security events to detect cyberattacks on a computer system , the method comprising: receiving information related to a plurality of information security events occurred in the computer system , wherein each of the plurality of information security events comprises an event related to a possible violation of information security of the computer system ; determining a verdict for each of the plurality of the received information security events, wherein the verdict comprises: i) information security incident or ii) false positive and wherein the verdict is false positive if the probability of a false positive for the corresponding information security event is greater than a first threshold; changing verdicts for a subset of the plurality of information security events from the false positive to the information security incident, wherein the subset of the plurality of information security events is randomly selected from the plurality information security events based on a second threshold according to a uniform distribution; and performing analysis of the information security events having a verdict of the information security incident, including the information security events in the subset for which verdicts were changed from the false positive to the information security incident, to determine if the computer system is under a cyberattack. receiving information related to a plurality of information security events occurred in the computer system , wherein each of the plurality of information security events comprises an event related to a possible violation of information security of the computer system ; determining a verdict for each of the plurality of the received information security events, wherein the verdict comprises: i) information security incident or ii) false positive and wherein the verdict is false positive if the probability of a false positive for the corresponding information security event is greater than a first threshold; changing verdicts for a subset of the plurality of information security events from the false positive to the information security incident, wherein the subset of the plurality of information security events is randomly selected from the plurality information security events based on a second threshold according to a uniform distribution; and performing analysis of the information security events having a verdict of the information security incident, including the information security events in the subset for which verdicts were changed from the false positive to the information security incident, to determine if the computer system is under a cyberattack.
A marine propulsion system comprising: a plurality of marine propulsion devices , each of the plurality of marine propulsion devices including a propeller shaft , an engine , an electric motor , a power transmission mechanism , an inverter , and a controller , the power transmission mechanism is configured to transmit mechanical power to the propeller shaft from at least one of the engine and the electric motor , the inverter being configured to output electric power inputted thereto to the electric motor after converting the electric power, the controller being configured to determine whether or not entrained rotation of the electric motor occurs and being configured to execute protection control for protecting the inverter when the controller determines that entrained rotation of the electric motor occurs, wherein the each of the plurality of marine propulsion devices further includes a cooling water passage and an electric water pump , the cooling water passage connected to the inverter , the electric water pump connected to the cooling water passage , and the controller is configured to cool the inverter by driving the electric water pump as the protection control.
Monitoring arrangement for monitoring a safety sensor comprising: a. a first electric power supply source which is connected to an input connection for connecting an input of the safety sensor , b. a first output-side measuring device which is connected to the output connection for connecting an output of the safety sensor , c. an evaluation arrangement which is connected to the first output-side measuring device and which receives the measurement signal thereof, and d. a first input-side measuring device which is connected to the input connection and the evaluation arrangement , wherein the evaluation arrangement receives the measurement signal of the first input-side measuring device and is configured to evaluate the measurement signals, characterized in that the monitoring arrangement comprises a control device which is configured to influence an electrical variable which can be measured at the output connection and that the evaluation arrangement comprises a modulation signal generator configured to control the control device by means of its modulation signal . a. a first electric power supply source which is connected to an input connection for connecting an input of the safety sensor , b. a first output-side measuring device which is connected to the output connection for connecting an output of the safety sensor , c. an evaluation arrangement which is connected to the first output-side measuring device and which receives the measurement signal thereof, and d. a first input-side measuring device which is connected to the input connection and the evaluation arrangement , wherein the evaluation arrangement receives the measurement signal of the first input-side measuring device and is configured to evaluate the measurement signals, characterized in that the monitoring arrangement comprises a control device which is configured to influence an electrical variable which can be measured at the output connection and that the evaluation arrangement comprises a modulation signal generator configured to control the control device by means of its modulation signal .
A method for preparing a restored composition suitable for use in improving viability of aged cells, the method comprising: providing a donor composition wherein the donor composition was previously obtained by: (i) administering a mobilizer to a donor subject; and (ii) collecting the donor composition from the blood of the donor subject, and wherein the donor composition comprises a plurality of adult stem cell types including mesenchymal stem cells, hematopoietic stem cells, early hematopoietic progenitor cells, late hematopoietic progenitor cells, and endothelial progenitor cells; modifying the donor composition to comprise less than 10% senescent cells; providing a receiver composition wherein the receiver composition was previously obtained by: (i) administering a mobilizer to a receiver subject; and (ii) collecting the receiver composition from the blood of the receiver subject, wherein the receiver composition comprises a plurality of adult stem cell types including mesenchymal stem cells, hematopoietic stem cells, early hematopoietic progenitor cells, late hematopoietic progenitor cells, and endothelial progenitor cells; co-culturing the modified donor composition and receiver composition wherein co-culturing comprises contacting the receiver composition with a cell-free portion of the donor composition to produce a restored composition wherein the restored composition comprises cells that display an altered expression of at least one gene selected from the group consisting of GPX-1 (encoding for glutathione peroxidase-1), SOD1 (encoding for superoxide dismutase-1); REL-A (encoding for p65 of the NFκB heterodimer); LIG-4 (encoding for DNA Ligase-4); GLB-1 (encoding for β-galactosidase) and, p16INK4a; wherein the donor composition, the receiver composition, or both originate from bone marrow from a donor and a receiver, respectively, wherein the donor and receiver received a mobilizer prior to collection of the donor composition and the receiver composition, respectively; and wherein the donor subject and receiver subject differ in age by from 5 years to 75 years. (i) administering a mobilizer to a donor subject; and (ii) collecting the donor composition from the blood of the donor subject, (i) administering a mobilizer to a receiver subject; and (ii) collecting the receiver composition from the blood of the receiver subject,