mhurhangee/ep-ind-claims huggingface dataset:
Procedure for the determination of the charge level of an energy storage device during the charging process of the energy storage device, comprising the following steps: - Monitoring of the charging voltage, - Determination of the time period (t) with essentially constant charging voltage, characterized in that the procedure comprises the following steps in addition: - Determination of the charging current increase and the charging current during the time period (t) with essentially constant charging voltage, - Determination of charge level rates of the energy storage device on the basis of calibration curves of the charging current increase and the charging current, - Determination of a minimum value as charge level of the energy storage device from the determined charge level values. - Monitoring of the charging voltage, - Determination of the time period (t) with essentially constant charging voltage, - Determination of the charging current increase and the charging current during the time period (t) with essentially constant charging voltage, - Determination of charge level rates of the energy storage device on the basis of calibration curves of the charging current increase and the charging current, - Determination of a minimum value as charge level of the energy storage device from the determined charge level values.
A process for the recombinant production of proteoliposomes which comprises steps to: expressing a membrane receptor on the envelope of budded virus particles of a recombinant baculovirus, wherein said membrane receptor participates in auto-immune-related diseases, preparing budded virus particles of a membrane receptor-expressing recombinant-baculovirus, ultracentrifuging the membrane receptor-expressing recombinant-baculovirus with a sucrose density gradient, collecting the fractions containing virus envelopes containing virus membrane proteins without nucleic acids, and constructing recombinant proteoliposomes by fusion of the viruses collected in step with liposomes, wherein the membrane receptor retains antigenicity. expressing a membrane receptor on the envelope of budded virus particles of a recombinant baculovirus, wherein said membrane receptor participates in auto-immune-related diseases, preparing budded virus particles of a membrane receptor-expressing recombinant-baculovirus, ultracentrifuging the membrane receptor-expressing recombinant-baculovirus with a sucrose density gradient, collecting the fractions containing virus envelopes containing virus membrane proteins without nucleic acids, and constructing recombinant proteoliposomes by fusion of the viruses collected in step with liposomes, wherein the membrane receptor retains antigenicity.
Method for controlling, using a mobile terminal, a multimedia device for playing and/or storing multimedia content, the mobile terminal and the multimedia device being connected to a communication network, characterized in that a remote server carries out the following steps: - receiving at least one demand to initiate a function on the multimedia device, sent by the mobile terminal via the communication network; - translating said at least one demand from the mobile terminal into at least one request and transmitting, via the communication network, said at least one request to the multimedia device for execution; and in that the execution of said at least one request takes the form of the reception, by the remote server, of multimedia data transmitted by the multimedia device, and the server furthermore carries out the following steps: - translating the multimedia data transmitted by the multimedia device into transformed multimedia data, being in a form readable by the mobile terminal; - transmitting the transformed multimedia data to the mobile terminal. - receiving at least one demand to initiate a function on the multimedia device, sent by the mobile terminal via the communication network; - translating said at least one demand from the mobile terminal into at least one request and transmitting, via the communication network, said at least one request to the multimedia device for execution; - translating the multimedia data transmitted by the multimedia device into transformed multimedia data, being in a form readable by the mobile terminal; - transmitting the transformed multimedia data to the mobile terminal.
A low backpressure rotary compressor, comprising: a housing defining a chamber therein; an air suction pipe disposed on the housing; a motor disposed within the chamber, and dividing the chamber into an upper chamber communicated with the air suction pipe and a lower chamber, a channel being formed within the motor and/or between an outer circumferential surface of the motor and an inner circumferential surface of the housing, and the channel defining a first end communicated with the upper chamber and a second end communicated with the lower chamber; a compression mechanism disposed below the motor and defining an air suction port; wherein an exhaust volume of the compressor is V, a total flow area of the channel is S, a rotating speed of the motor is F, and a flowing speed of a gas passing through the channel is ν, so that ν =(V×F)/S, the rotary compressor being characterised in that: when F≤60 rev/s, 2 (m/s) ≤ ν ≤ 25 (m/s); when F>60 rev/s, 8 (m/s) ≤ ν ≤ 40 (m/s). a housing defining a chamber therein; an air suction pipe disposed on the housing; a motor disposed within the chamber, and dividing the chamber into an upper chamber communicated with the air suction pipe and a lower chamber, a channel being formed within the motor and/or between an outer circumferential surface of the motor and an inner circumferential surface of the housing, and the channel defining a first end communicated with the upper chamber and a second end communicated with the lower chamber; a compression mechanism disposed below the motor and defining an air suction port; wherein an exhaust volume of the compressor is V, a total flow area of the channel is S, a rotating speed of the motor is F, and a flowing speed of a gas passing through the channel is ν, so that ν =(V×F)/S, the rotary compressor being characterised in that: when F≤60 rev/s, 2 (m/s) ≤ ν ≤ 25 (m/s); when F>60 rev/s, 8 (m/s) ≤ ν ≤ 40 (m/s). when F≤60 rev/s, 2 (m/s) ≤ ν ≤ 25 (m/s); when F>60 rev/s, 8 (m/s) ≤ ν ≤ 40 (m/s).
An absorbent core for an absorbent article, said core comprising a substrate layer, said substrate layer comprising a first surface, corresponding to a wearer facing surface, and a second surface, corresponding to a garment facing surface, said absorbent core further comprising a layer of absorbent polymer material, said layer of absorbent polymer material comprising a first surface and a second surface, said absorbent core further comprising a layer of adhesive, said layer of adhesive comprising a first surface and a second surface, wherein said layer of absorbent polymer material is comprised between said layer of adhesive and said substrate layer, said second surface of said layer of absorbent polymer material is in contact with said first surface of said substrate layer, and said first surface of said layer of absorbent polymer material is in contact with said second surface of said layer of adhesive, said absorbent core being characterized in that said substrate layer comprises a composite of at least a first layer and third layer of fibrous non-woven webs, said first layer and said third layer comprising synthetic fibers with an average fiber denier from 1 to 6.0 (average dtex from 1.1 to, 6.7), -said composite further comprises a second layer comprising pulp, wherein said first layer is joined to a face of said second layer in a face to face relationship by bonding between the layers and said third layer is joined to a second face of said second layer in a face to face relationship by bonding between the layers, wherein said bonding comprises intertwining of the fibers between the layers.
An isolated mutant Bacillus strain, comprising disruption to an endogenous mecA gene native to the parent Bacillus strain and disruption to an endogenous sinl gene native to the parent Bacillus strain, wherein the endogenous mecA gene native to the parent Bacillus strain encodes for a polypeptide having at least 80% sequence identity to SEQ ID NO: 2 or 16, wherein the endogenous sinl gene native to the parent Bacillus strain encodes for a polypeptide having at least 80% sequence identity to SEQ ID NO: 4 or 18, and wherein the mutant is capable of producing at least 10-fold more transformants compared to the parent Bacillus strain that lacks disruption to the endogenous mecA gene and lacks disruption to the endogenous sinl gene, when cultivated under identical conditions.
A device for detecting an electromagnetic radiation (49; 56) comprising at least one photodetector (Pix; Pix1) comprising an organic diode, different from a light-emitting diode, and an organic photodiode formed in a same stack of semiconductor layers (32, 34, 36), the organic photodiode receiving said radiation, the photodetector further comprising at least one screen opaque to said radiation and screening the portion of the stack corresponding to the diode.
A host system for searching for one or more radio stations, characterised in that the system comprises: a host processor; and a transceiver core interfaced with the host processor, the transceiver core configured to: filter radio data systems, RDS data received by the host system; receive a command from the host processor directing the transceiver core to search for one or more radio stations based on RDS data; and search for the one or more radio stations based on the RDS data without interrupting the host processor. a host processor; and a transceiver core interfaced with the host processor, the transceiver core configured to: filter radio data systems, RDS data received by the host system; receive a command from the host processor directing the transceiver core to search for one or more radio stations based on RDS data; and search for the one or more radio stations based on the RDS data without interrupting the host processor. filter radio data systems, RDS data received by the host system; receive a command from the host processor directing the transceiver core to search for one or more radio stations based on RDS data; and search for the one or more radio stations based on the RDS data without interrupting the host processor.
Filter frame comprising four sections joined at their ends in such a way to form a rectangular or square frame that contains a filtering element shaped like a rectangular or square panel, wherein each section comprises a rectangular bottom wall and two side walls that rise orthogonally from the bottom wall; the section has a first end and a second end; the first end of the section has edges of the side walls flush with an edge of the bottom wall; characterized in that the second end of the section has recessed seats, which are open outwards, in correspondence with the side walls, so that to define a step on the side walls; when a second section is arranged orthogonally on a first section, the edges of the side walls in the first end of the second section enter the recessed seats of the second end of the first section; wherein each side wall has an internal knurled surface and each recessed seat has an external knurled surface. wherein each section comprises a rectangular bottom wall and two side walls that rise orthogonally from the bottom wall; the section has a first end and a second end; the first end of the section has edges of the side walls flush with an edge of the bottom wall; characterized in that the second end of the section has recessed seats, which are open outwards, in correspondence with the side walls, so that to define a step on the side walls; when a second section is arranged orthogonally on a first section, the edges of the side walls in the first end of the second section enter the recessed seats of the second end of the first section; wherein each side wall has an internal knurled surface and each recessed seat has an external knurled surface.
An engine controlling apparatus, comprising: a setting unit that sets a demand torque to an engine mounted on a vehicle; a detection unit (22 to 25) that detects, based on a working state of an external load apparatus which applies an external load to the engine, a fluctuation of the external load; a correction unit (28 to 32) that corrects the demand torque set by said setting unit in response to a result of the detection by said detection unit (22 to 25); a target torque calculation unit that calculates a target torque for the engine based on the demand torque corrected by said correction unit (28 to 32); a control unit that controls an amount of air to be introduced into the engine so that an output torque of the engine may come close to the target torque calculated by said target torque calculation unit; and an ignition timing detection unit that detects an ignition timing of said engine; wherein said correction unit (28 to 32) adds, when a fluctuation of the external load is detected by said detection unit (22 to 25), a torque increment for coping with the fluctuation to the demand torque set by said setting unit to determine an increment correction demand torque and increases or decreases the increment correction demand torque in response to a displacement amount of the ignition timing detected bysaidignition timing detection unit from a predetermined reference value. a setting unit that sets a demand torque to an engine mounted on a vehicle; a detection unit (22 to 25) that detects, based on a working state of an external load apparatus which applies an external load to the engine, a fluctuation of the external load; a correction unit (28 to 32) that corrects the demand torque set by said setting unit in response to a result of the detection by said detection unit (22 to 25); a target torque calculation unit that calculates a target torque for the engine based on the demand torque corrected by said correction unit (28 to 32); a control unit that controls an amount of air to be introduced into the engine so that an output torque of the engine may come close to the target torque calculated by said target torque calculation unit; and an ignition timing detection unit that detects an ignition timing of said engine; wherein said correction unit (28 to 32) adds, when a fluctuation of the external load is detected by said detection unit (22 to 25), a torque increment for coping with the fluctuation to the demand torque set by said setting unit to determine an increment correction demand torque and increases or decreases the increment correction demand torque in response to a displacement amount of the ignition timing detected bysaidignition timing detection unit from a predetermined reference value.
A medical apparatus for electro-anatomical mapping of the heart, the apparatus comprising: a probe configured for insertion into a chamber of a heart of a patient and comprising one or more intracardiac electrodes configured to sense electrical potentials in tissue in the chamber during a sequence of heartbeats; interface circuitry, configured to acquire intracardiac electrogram signals from the one or more intracardiac electrodes and to acquire electrocardiogram signals from body-surface electrodes that are fixed to a body surface of the patient; and a processor, which is configured to extract electrophysiological parameters from the intracardiac electrogram signals acquired during the sequence of the heartbeats, characterized in that the processor is further configured to detect, in each of the heartbeats in the sequence, a P wave in the acquired ECG signals and to identify one or more of the heartbeats in the sequence as ectopic beats responsively to a morphology of the detected P wave in the one or more of the heartbeats, and to generate a map of the extracted electrophysiological parameters while excluding from the map the intracardiac electrogram signals that were received during the ectopic beats, wherein the processor is configured to create a template of the P wave based on a series of the acquired ECG signals, and to identify the ectopic beats by comparing the ECG signals to the template, and wherein the electrophysiological parameters comprise local activation times (LATs) extracted from the intracardiac electrogram signals acquired from multiple locations in the chamber of the heart. a probe configured for insertion into a chamber of a heart of a patient and comprising one or more intracardiac electrodes configured to sense electrical potentials in tissue in the chamber during a sequence of heartbeats; interface circuitry, configured to acquire intracardiac electrogram signals from the one or more intracardiac electrodes and to acquire electrocardiogram signals from body-surface electrodes that are fixed to a body surface of the patient; and a processor, which is configured to extract electrophysiological parameters from the intracardiac electrogram signals acquired during the sequence of the heartbeats,
A stent graft for placement in the thoracic arch of a patient, the stent graft comprising: a tubular body defining a main lumen therethrough, a plurality of zig zag stents along the tubular body, each of the stents comprising a plurality of struts and bends, the bends being between adjacent struts; at least a first stent and an adjacent second stent, the first and second stents having at least a pair of adjacent bends (64b, 64d) on the first stent aligned with an adjacent pair of bends (66b, 66d) on the second stent, whereby a first pair of adjacent struts of the first stent and a second pair of adjacent struts of the second adjacent stent together define a diamond shaped region; a recess in the diamond shaped region, the recess being defined by a concave portion of graft material and the recess extending into the lumen of the tubular body, the recess having a proximal end; a fenestration in the concave portion of graft material, the fenestration opening into the main lumen of the tubular body within the recess in the diamond shaped region; and a graft tube leading from the fenestration into the main lumen. a tubular body defining a main lumen therethrough, a plurality of zig zag stents along the tubular body, each of the stents comprising a plurality of struts and bends, the bends being between adjacent struts; at least a first stent and an adjacent second stent, the first and second stents having at least a pair of adjacent bends (64b, 64d) on the first stent aligned with an adjacent pair of bends (66b, 66d) on the second stent, whereby a first pair of adjacent struts of the first stent and a second pair of adjacent struts of the second adjacent stent together define a diamond shaped region; a recess in the diamond shaped region, the recess being defined by a concave portion of graft material and the recess extending into the lumen of the tubular body, the recess having a proximal end; a fenestration in the concave portion of graft material, the fenestration opening into the main lumen of the tubular body within the recess in the diamond shaped region; and a graft tube leading from the fenestration into the main lumen.
An electrically conductive one-component epoxy adhesive composition comprising a) an epoxy resin; b) at least one ionic constituent as a catalyst for epoxy homo-polymerization; c) electrically conductive particles; and d) inorganic particles selected from the group consisting of barium sulphate (BaSO 4), magnesium hydroxide (Mg 2), aluminium hydroxide (Al 3), and mixtures thereof. a) an epoxy resin; b) at least one ionic constituent as a catalyst for epoxy homo-polymerization; c) electrically conductive particles; and d) inorganic particles selected from the group consisting of barium sulphate (BaSO 4), magnesium hydroxide (Mg 2), aluminium hydroxide (Al 3), and mixtures thereof.
Apparatus for producing hot water, particularly a coffee or tea machine, with a water tank for water, a pipe duct system for the water, a heating device and a sensor device for detection of a water state in the water tank, wherein the sensor device in dependence on the water state in the water tank delivers a signal to an electronic system for controlling the heating device, wherein the sensor device is constructed as a float switch with a sensor and a float and the float switch is arranged in the pipe duct system, and the float switch has a float housing (7, 8) at or in which the float is arranged, characterised in that a float housing upper part has a conical wall region which tapers upwardly and an abutment for the float is provided at the inner side of the conical wall region.
A method for producing an engineered wood board with the steps: (a) production of a substrate wherein producing of the substrate comprises (i) scattering of wood fibres coated in an adhesive so that a fibre mat is obtained, (ii) pressing of the fibre mat to form an engineered wood board, and (b) application of a fluid onto an application area of the substrate by means of an applicator, characterised by the step: (c) monitoring of the application by means of an infra-red camera such that an inhomogeneity of the application can be recorded, by means of monitoring a change of the temperature change caused by the application of the fluid in the application area (d) wherein the application of the fluid is an application of fluid synthetic resin onto a moulding skin of the wood board. (a) production of a substrate wherein producing of the substrate comprises (i) scattering of wood fibres coated in an adhesive so that a fibre mat is obtained, (ii) pressing of the fibre mat to form an engineered wood board, and (i) scattering of wood fibres coated in an adhesive so that a fibre mat is obtained, (ii) pressing of the fibre mat to form an engineered wood board, and (b) application of a fluid onto an application area of the substrate by means of an applicator, (c) monitoring of the application by means of an infra-red camera such that an inhomogeneity of the application can be recorded, by means of monitoring a change of the temperature change caused by the application of the fluid in the application area (d) wherein the application of the fluid is an application of fluid synthetic resin onto a moulding skin of the wood board.
A linear transport system having at least one stationary unit, at least one movable unit and a drive for driving the movable unit, wherein the drive comprises a linear motor, wherein the linear motor comprises a stator and a rotor, wherein the stator is arranged at the stationary unit, wherein the stationary unit further comprises an energy transmitting coil, wherein a rotor is arranged at the movable unit and comprises one or a plurality of magnets, wherein the movable unit further comprises a switch-on unit comprising an energy receiving coil, wherein energy is transmitted from the energy transmitting coil of the stationary unit to the energy receiving coil of the switch-on unit, wherein the movable unit comprises a fixing device, wherein the fixing device is set up to fix the movable unit in the linear transport system, wherein the fixing device comprises a movable element and an electromagnet, wherein the movable element is movable between a first position and a second position, wherein the movable element triggers a mechanical fixing of the movable unit in the first position, wherein the movable element is held in the second position with the aid of the electromagnet, wherein a reset element acts against a force generated by the electromagnet, wherein movement of the movable element to the first position is effected by the reset element, wherein the switch-on unit is connected to the electromagnet in order to supply the electromagnet with current via an energy receiving coil.
Vaccine comprising at least two fragments of Proprotein convertase subtilisin/kexin type 9 (PCSK9), wherein at least one fragment of said at least two fragments comprises at least 8 consecutive amino acid residues of amino acid residues 150 to 170 of PCSK9 according to SEQ ID No. 9 and wherein at least one fragment of said at least two fragments comprises at least 8 consecutive amino acid residues 205 to 225 of PCSK9 according to SEQ ID No. 9.