mhurhangee/patent-ind-claim-en huggingface dataset:
A system for readout of a transmon qubit , the system comprising: a readout resonator coupled to a transmission line; a transmon qubit ; a compound Josephson junction coupler coupling the transmon qubit to the readout resonator , the compound Josephson junction coupler comprising a superconducting loop interrupted by a compound Josephson junction , and the transmon qubit being inductively coupled to the superconducting loop ; and a coupling controller that provides a control flux to the compound Josephson junction coupler , via at least one control line , to control the coupling strength of the compound Josephson junction coupler such that a coupling between the transmon qubit and the readout resonator is a first value when a state of the transmon qubit is being read and a second value during operation of the transmon qubit , the at least one control line comprising a first control line that provides a first control flux to the compound Josephson junction . a readout resonator coupled to a transmission line; a transmon qubit ; a compound Josephson junction coupler coupling the transmon qubit to the readout resonator , the compound Josephson junction coupler comprising a superconducting loop interrupted by a compound Josephson junction , and the transmon qubit being inductively coupled to the superconducting loop ; and a coupling controller that provides a control flux to the compound Josephson junction coupler , via at least one control line , to control the coupling strength of the compound Josephson junction coupler such that a coupling between the transmon qubit and the readout resonator is a first value when a state of the transmon qubit is being read and a second value during operation of the transmon qubit , the at least one control line comprising a first control line that provides a first control flux to the compound Josephson junction .
Watch comprising a watch case that includes a middle , a horological movement inside the middle and a control member mounted laterally on the middle, this control member being capable of displacement along a given axis (X) between a first position close to the middle and at least one second position further away from the middle, the control member being configured so as to perform at least a primary feature of the watch, and the watch being provided with one or more additional features capable of being managed by electric signals, characterised in that the watch further comprises: - a magnetic ball partially incorporated into the control member such that this magnetic ball can pivot about the centre thereof, which remains unmoving relative to the control member , and such that the magnetic ball can be accessed by a user of the watch such that the user can manually pivot this magnetic ball; - a magnetic sensor arranged such that it is stationary relative to the middle, this magnetic sensor being capable of detecting an orientation or a change in orientation of a magnetic field generated by the magnetic ball and of providing an electric signal representative of said orientation or of said change in orientation; and - a processor configured so as to manage said one or more additional features on the basis of the electric signal generated by the magnetic sensor . - a magnetic ball partially incorporated into the control member such that this magnetic ball can pivot about the centre thereof, which remains unmoving relative to the control member , and such that the magnetic ball can be accessed by a user of the watch such that the user can manually pivot this magnetic ball; - a magnetic sensor arranged such that it is stationary relative to the middle, this magnetic sensor being capable of detecting an orientation or a change in orientation of a magnetic field generated by the magnetic ball and of providing an electric signal representative of said orientation or of said change in orientation; and - a processor configured so as to manage said one or more additional features on the basis of the electric signal generated by the magnetic sensor .
A medical assistance device which is connected to a medical device which is inserted into a biological lumen and used in a procedure in the biological lumen, the medical assistance device comprising: a support ; a length adjustment unit which is rotatably provided about a support shaft with respect to the support and performs at least one of winding and unwinding of the medical device to adjust a use length of the medical device ; an elongated body which is attached to the length adjustment unit and is connected to the medical device , and of which at least one of winding and unwinding is performed with respect to the length adjustment unit; and a connection section which is provided on an end portion of the elongated body and connects the end portion of the elongated body and an end portion of the medical device to each other; a rotation drive unit which is provided in the support and generates a rotation force for rotating the length adjustment unit when a voltage is supplied to the rotation drive unit; characterized in that the medical assistance device further comprises: a rotation detection unit which detects a rotation angle of the length adjustment unit ; and a control unit which receives a signal transmitted from the rotation detection unit and calculates a winding length and an unwinding length of the elongated body from a predetermined position, based on the rotation angle detected by the rotation detection unit . a support ; a length adjustment unit which is rotatably provided about a support shaft with respect to the support and performs at least one of winding and unwinding of the medical device to adjust a use length of the medical device ; an elongated body which is attached to the length adjustment unit and is connected to the medical device , and of which at least one of winding and unwinding is performed with respect to the length adjustment unit; and a connection section which is provided on an end portion of the elongated body and connects the end portion of the elongated body and an end portion of the medical device to each other; a rotation drive unit which is provided in the support and generates a rotation force for rotating the length adjustment unit when a voltage is supplied to the rotation drive unit; a rotation detection unit which detects a rotation angle of the length adjustment unit ; and a control unit which receives a signal transmitted from the rotation detection unit and calculates a winding length and an unwinding length of the elongated body from a predetermined position, based on the rotation angle detected by the rotation detection unit .
Composition, comprising (a) An oxygen carrier, wherein the oxygen carrier is a naturally occurring hemoglobin or myoglobin of human or animal origin, or is artificially treated, crosslinked or modified hemoglobin or myoglobin of human or animal origin, and (b) at least one further ingredient, selected from electrolyte(s) preservative(s), stabilizer(s), anti-flocculant(s), anticoagulant(s), pH buffering agent(s), solvent(s), antioxidant(s), film-forming agent(s), ointment ingredients, oils, greases or fats, or crosslinking agent(s) for use in a method for the treatment of an unpleasant feeling on a surface of a living body due to a disorder or disease, wherein the unpleasant feeling to be treated is pain, itching, stinging, burning, numbness or swelling, and wherein the unpleasant feeling occurs at body sites or body areas showing blebs, blisters, pimples, rash, red patches, or wheals, wherein at least 40% of said oxygen carrier is provided in a form wherein the oxygen-binding site is charged with a non-O 2 ligand. (a) An oxygen carrier, wherein the oxygen carrier is a naturally occurring hemoglobin or myoglobin of human or animal origin, or is artificially treated, crosslinked or modified hemoglobin or myoglobin of human or animal origin, and (b) at least one further ingredient, selected from electrolyte(s) preservative(s), stabilizer(s), anti-flocculant(s), anticoagulant(s), pH buffering agent(s), solvent(s), antioxidant(s), film-forming agent(s), ointment ingredients, oils, greases or fats, or crosslinking agent(s) for use in a method for the treatment of an unpleasant feeling on a surface of a living body due to a disorder or disease, wherein the unpleasant feeling to be treated is pain, itching, stinging, burning, numbness or swelling, and wherein the unpleasant feeling occurs at body sites or body areas showing blebs, blisters, pimples, rash, red patches, or wheals, wherein at least 40% of said oxygen carrier is provided in a form wherein the oxygen-binding site is charged with a non-O 2 ligand.
Air inlet , configured to be mounted on an air passage passing through a joinery , the passage having an internal opening and an opposite external opening and being configured to allow a flow of air (F46) to pass, the air inlet comprising a filtration module , intended to filter the flow of air (F46), in which: - a filter module is configured to be fixed directly to the joinery opposite the internal opening , characterised in that the filtration module further comprises: - a support , which delimits a housing (V134) for receiving a filter and which is intended to be fixed directly to the joinery , the support comprising retaining lugs for holding the filter in the housing (V134) and opposite the internal opening . - a filter module is configured to be fixed directly to the joinery opposite the internal opening , - a support , which delimits a housing (V134) for receiving a filter and which is intended to be fixed directly to the joinery , the support comprising retaining lugs for holding the filter in the housing (V134) and opposite the internal opening .
A process for the catalytic thermal decomposition of ammonia into hydrogen and nitrogen, wherein the process comprises forming a porous ceramic layer which comprises nickel as a catalyst for the thermal decomposition of ammonia by thermal spraying of a powder of a ceramic material which includes a nickel compound on a metal surface and contacting ammonia at a temperature of at least 500° C with the porous ceramic layer which comprises at least 10 % by weight of nickel, calculated as nickel oxide and has a thickness of from 0.1 mm to 1 mm.
A method for generating a filtered EMG signal, the method being executed by a signal processing unit, and comprising: obtaining a combined signal , wherein the combined signal comprises an ECG signal and an EMG signal; applying a first high pass filter to the combined signal ; generating an ECG model signal based on the high pass filtered combined signal ; generating a first EMG signal based on at least one of the ECG model signal and the high pass filtered combined signal; applying a second high pass filter to the first EMG signal to generate a second EMG signal and to the ECG model signal to generate a second ECG model signal; and generating a filtered EMG signal based on the second EMG signal and the second ECG model by way of a gating technique. obtaining a combined signal , wherein the combined signal comprises an ECG signal and an EMG signal; applying a first high pass filter to the combined signal ; generating an ECG model signal based on the high pass filtered combined signal ; generating a first EMG signal based on at least one of the ECG model signal and the high pass filtered combined signal; applying a second high pass filter to the first EMG signal to generate a second EMG signal and to the ECG model signal to generate a second ECG model signal; and generating a filtered EMG signal based on the second EMG signal and the second ECG model by way of a gating technique.
A method of operating a refrigeration system for refrigerating a product, the refrigeration system having a condenser , an evaporator downstream of the condenser , a first valve disposed between the condenser and the evaporator , an accumulator/heat exchanger being in thermal communication with a first conduit between the condenser and the first valve , a second conduit fluidly connecting the evaporator with the accumulator/heat exchanger and a third conduit connecting the accumulator/heat exchanger with a compressor downstream of the evaporator , and a refrigerant flowing through the refrigeration system , the method comprising: obtaining, from a first transducer coupled to the refrigeration system , a first temperature of the refrigerant downstream of the condenser and upstream of the evaporator ; obtaining, from a second transducer coupled to the refrigeration system , a first pressure of the refrigerant downstream of the condenser and upstream of the evaporator ; obtaining, from a third transducer coupled to the refrigeration system , a second pressure of the refrigerant downstream of the evaporator and upstream of the compressor or a temperature of the product being refrigerated; and controlling, via a processor communicatively coupled to the refrigeration system , a degree of opening of the first valve of the refrigeration system , based on the first temperature and the first pressure, to maintain a pre-determined cooling set-point for the refrigeration system , such that the refrigerant leaves the evaporator in a mixed liquid and vapor state, and a degree of opening of a second valve of the refrigeration system coupled to the compressor , based on the second pressure or the temperature of the product, to optimize a capacity of the compressor . obtaining, from a first transducer coupled to the refrigeration system , a first temperature of the refrigerant downstream of the condenser and upstream of the evaporator ; obtaining, from a second transducer coupled to the refrigeration system , a first pressure of the refrigerant downstream of the condenser and upstream of the evaporator ; obtaining, from a third transducer coupled to the refrigeration system , a second pressure of the refrigerant downstream of the evaporator and upstream of the compressor or a temperature of the product being refrigerated; and controlling, via a processor communicatively coupled to the refrigeration system , a degree of opening of the first valve of the refrigeration system , based on the first temperature and the first pressure, to maintain a pre-determined cooling set-point for the refrigeration system , such that the refrigerant leaves the evaporator in a mixed liquid and vapor state, and a degree of opening of a second valve of the refrigeration system coupled to the compressor , based on the second pressure or the temperature of the product, to optimize a capacity of the compressor .
A refrigerator comprising - one or more than one cooling or freezing compartment wherein the items to be cooled are placed; - one or more than one door ; - a frame that surrounds the front side of the compartments and whereon the door is seated when closed; - a reed sensor that is fixed on the frame and that detects whether the door is closed or not; - a control card whereon the reed sensor is placed; - an actuator that is fixed on the door and that activates the reed sensor ; - a cable and a connector that provide electrical connection of the reed sensor and the control card ; - a connection box that enables the cable and the connector to be fixed on the rear side of the frame ; - an opening that is arranged on the frame and that enables the reed sensor to be placed, - a protector wherein the reed sensor is placed, that encapsulates the reed sensor together with the control card , characterized in that - a cover is provided that closes the opening , - the protector has the dimensions to pass through the opening and is placed into the connection box at the rear side of the frame by being passed through the opening at the front side of the frame , - the protector is produced from silicone. - one or more than one cooling or freezing compartment wherein the items to be cooled are placed; - one or more than one door ; - a frame that surrounds the front side of the compartments and whereon the door is seated when closed; - a reed sensor that is fixed on the frame and that detects whether the door is closed or not; - a control card whereon the reed sensor is placed; - an actuator that is fixed on the door and that activates the reed sensor ; - a cable and a connector that provide electrical connection of the reed sensor and the control card ; - a connection box that enables the cable and the connector to be fixed on the rear side of the frame ; - an opening that is arranged on the frame and that enables the reed sensor to be placed, - a protector wherein the reed sensor is placed, that encapsulates the reed sensor together with the control card , characterized in that - a cover is provided that closes the opening , - the protector has the dimensions to pass through the opening and is placed into the connection box at the rear side of the frame by being passed through the opening at the front side of the frame , - the protector is produced from silicone.
A communication system comprising: a central server configured to: access fire event data from a cloud database , wherein the fire event data comprises a set of data detected in a field of view of an infrared sensor of a flame detector at the time of a fire event; and an analog to digital converter, ADC, configured to convert the set of data, wherein the central server is further configured to: analyze the converted set of data using a fire replay technique, wherein the fire replay technique is a piece of software code that, when executed by the central server , takes the converted set of data as input and simulates all fire scenarios that trigger an alarm to identify an error associated with the flame detector ; and generate and communicate instructions to the flame detector to automatically correct the error with the flame detector , wherein the instructions comprise a sensor adjustment or a field-of-view adjustment. a central server configured to: access fire event data from a cloud database , wherein the fire event data comprises a set of data detected in a field of view of an infrared sensor of a flame detector at the time of a fire event; and an analog to digital converter, ADC, configured to convert the set of data, wherein the central server is further configured to: analyze the converted set of data using a fire replay technique, wherein the fire replay technique is a piece of software code that, when executed by the central server , takes the converted set of data as input and simulates all fire scenarios that trigger an alarm to identify an error associated with the flame detector ; and generate and communicate instructions to the flame detector to automatically correct the error with the flame detector , wherein the instructions comprise a sensor adjustment or a field-of-view adjustment. analyze the converted set of data using a fire replay technique, wherein the fire replay technique is a piece of software code that, when executed by the central server , takes the converted set of data as input and simulates all fire scenarios that trigger an alarm to identify an error associated with the flame detector ; and generate and communicate instructions to the flame detector to automatically correct the error with the flame detector , wherein the instructions comprise a sensor adjustment or a field-of-view adjustment.
A current sensing system, comprising: a silicon die ; and a conductor , part of the conductor shaped to carry a target current in a way such that the target current flows through said part of the conductor in a first current path and a second current path with opposite current directions, so that a first magnetic region and a second magnetic region with opposite magnetic field directions crossed therethrough are created at the silicon die, the silicon die having N Hall effect devices in each of the magnetic regions, half of the N Hall effect devices in each of the magnetic regions being placed at one side of a mid-line , another half of the N Hall effect devices in each of the magnetic regions being placed at the other side of the mid-line , the respective two halves of the Hall effect devices being placed symmetrically with each other along the mid-line , N being a positive even number, each Hall effect device being applied with a bias current to provide a Hall voltage, wherein the silicon die further comprises: two process circuits , configured to respectively process the Hall voltages from each side of the mid-line, to generate two processed signals (SF); and an operational unit , configured to execute a subtraction operation or an add operation on the two processed signals (SF) to generate an operational signal (OS). a silicon die ; and a conductor , part of the conductor shaped to carry a target current in a way such that the target current flows through said part of the conductor in a first current path and a second current path with opposite current directions, so that a first magnetic region and a second magnetic region with opposite magnetic field directions crossed therethrough are created at the silicon die, the silicon die having N Hall effect devices in each of the magnetic regions, half of the N Hall effect devices in each of the magnetic regions being placed at one side of a mid-line , another half of the N Hall effect devices in each of the magnetic regions being placed at the other side of the mid-line , the respective two halves of the Hall effect devices being placed symmetrically with each other along the mid-line , N being a positive even number, each Hall effect device being applied with a bias current to provide a Hall voltage, wherein the silicon die further comprises: two process circuits , configured to respectively process the Hall voltages from each side of the mid-line, to generate two processed signals (SF); and an operational unit , configured to execute a subtraction operation or an add operation on the two processed signals (SF) to generate an operational signal (OS). two process circuits , configured to respectively process the Hall voltages from each side of the mid-line, to generate two processed signals (SF); and an operational unit , configured to execute a subtraction operation or an add operation on the two processed signals (SF) to generate an operational signal (OS).
A charging connector (100; 200) for charging an electric vehicle with direct and/or alternating current comprising: a cylindrical contact portion (102; 202; 302; 402), wherein the cylindrical contact portion (102; 202; 302; 402) has at least one alternating current contact (110, 112, 114; 210, 212, 214) and a neutral conductor contact (116; 216), and a first (120, 122; 220, 222; 320, 322; 420, 422) and a second direct current contact (122, 120; 222, 220; 322, 320; 422, 420), wherein the first (120, 122; 220, 222; 320, 322; 420, 422) and second direct current contact (122, 120; 222, 220; 322, 320; 422, 420) are embodied as contact surfaces (120, 122; 220, 222; 320, 322; 420, 422), characterized in that the contact surfaces (120, 122; 220, 222; 320, 322; 420, 422) are curved and arranged flush on the lateral surface of the cylindrical contact portion (102; 202; 302; 402). a cylindrical contact portion (102; 202; 302; 402), wherein the cylindrical contact portion (102; 202; 302; 402) has at least one alternating current contact (110, 112, 114; 210, 212, 214) and a neutral conductor contact (116; 216), and a first (120, 122; 220, 222; 320, 322; 420, 422) and a second direct current contact (122, 120; 222, 220; 322, 320; 422, 420), wherein the first (120, 122; 220, 222; 320, 322; 420, 422) and second direct current contact (122, 120; 222, 220; 322, 320; 422, 420) are embodied as contact surfaces (120, 122; 220, 222; 320, 322; 420, 422), characterized in that the contact surfaces (120, 122; 220, 222; 320, 322; 420, 422) are curved and arranged flush on the lateral surface of the cylindrical contact portion (102; 202; 302; 402).