mhurhangee/ep-ind-claims huggingface dataset:
An inverter for feeding power of a DC source, in particular a photovoltaic generator into an AC grid, with an asynchronously clocked bridge circuit comprising at least two first switches (S1, S2) clocked at grid frequency and at least two second switches (S3, S4) clocked at a higher clocking frequency, characterized in that for the slow clocked switches (S1, S2) at grid frequency switches with same temperature persistence are used, that for the fast clocked switches (S3, S4) with higher frequency switches with steeper switching slope and higher temperature persistence are used, wherein the fast clocked switches (S3, S4) are arranged spaced apart from the slow clocked switches (S1, S2), that at least one additional support capacitor (Cs) is connected close to the fast clocked switches (S3, S4), that the slow clocked switches (S1, S2) are arranged in a first assembly, while the fast clocked switches (S3, S4) are arranged spaced apart in a second assembly, and that the first assembly is arranged on a first substrate, and the second assembly is arranged on a second substrate.
A cannula for conducting a liquid, in particular blood, comprising: - a tube element including a front end region and a rear end region, wherein a channel extends through the tube element from the front end region of the tube element to the rear end region the of tube element; - a tensioning ring, wherein the tensioning ring axially overlaps the front end region of the tube element and is firmly connected to the front end region of the tube element, wherein in a basic state of the cannula, in which no external forces act upon the front end region of the tube element or on the tensioning ring, the tube element is biased by a force exerted by the tensioning ring radially outward on the front end region of the tube element, wherein the cannula includes a seal ring, wherein the seal ring axially overlaps the front end region of the tube element and is arranged axially behind the tensioning ring. - a tube element including a front end region and a rear end region, wherein a channel extends through the tube element from the front end region of the tube element to the rear end region the of tube element; - a tensioning ring, wherein the tensioning ring axially overlaps the front end region of the tube element and is firmly connected to the front end region of the tube element, wherein in a basic state of the cannula, in which no external forces act upon the front end region of the tube element or on the tensioning ring, the tube element is biased by a force exerted by the tensioning ring radially outward on the front end region of the tube element, wherein the cannula includes a seal ring, wherein the seal ring axially overlaps the front end region of the tube element and is arranged axially behind the tensioning ring.
An acoustic pass valve for use in a speaker, the valve comprising: a motor having a coil assembly and a magnetic system; an armature extending through or being located adjacent to the coil assembly and the magnetic system; a membrane having a main portion in which a hole is formed, and a moveable valve flap that, in a closed position, abuts a top face of the main portion and completely covers the hole; a drive pin having a first end and a second end, the first end of the drive pin being coupled to the armature and the second end being coupled to the valve flap of the membrane, the valve flap to be actuated by the drive pin into i) an open position in which the hole is uncovered by the flap, in response to a first motion of the armature, and ii) the closed position, in response to a second motion of the armature; a valve housing containing the motor, the armature, the drive pin, and the membrane; a first spout coupled to or formed on the housing, wherein the first spout is open to a first space inside the housing that is open to a top face of the membrane; and a second spout coupled to or formed on the housing, wherein the second spout is open to a second space inside the housing that is open to a bottom face of the membrane. a motor having a coil assembly and a magnetic system; an armature extending through or being located adjacent to the coil assembly and the magnetic system; a membrane having a main portion in which a hole is formed, and a moveable valve flap that, in a closed position, abuts a top face of the main portion and completely covers the hole; a drive pin having a first end and a second end, the first end of the drive pin being coupled to the armature and the second end being coupled to the valve flap of the membrane, the valve flap to be actuated by the drive pin into i) an open position in which the hole is uncovered by the flap, in response to a first motion of the armature, and ii) the closed position, in response to a second motion of the armature; a valve housing containing the motor, the armature, the drive pin, and the membrane; a first spout coupled to or formed on the housing, wherein the first spout is open to a first space inside the housing that is open to a top face of the membrane; and a second spout coupled to or formed on the housing, wherein the second spout is open to a second space inside the housing that is open to a bottom face of the membrane.
Device for connecting together two flat tubular sheaths, the device including: - a blocker (22a, 22b, 22c, 22d) for blocking one end of a first sheath, the blocker having opener for opening an end of the first sheath; and - an adhesive applicator system, the device being characterized in that: - the adhesive applicator system is arranged for applying adhesive to the inside of the open end of the first sheath; - the blocker is arranged, once adhesive has been applied to the end of the first sheath, to authorize closure of the end of the first sheath on an end of the second sheath. - a blocker (22a, 22b, 22c, 22d) for blocking one end of a first sheath, the blocker having opener for opening an end of the first sheath; and - an adhesive applicator system, - the adhesive applicator system is arranged for applying adhesive to the inside of the open end of the first sheath; - the blocker is arranged, once adhesive has been applied to the end of the first sheath, to authorize closure of the end of the first sheath on an end of the second sheath.
A developing cartridge comprising: a developing roller; a developing frame body rotatably supporting the developing roller, the developing frame body including (i) a first end and (ii) a second end that is opposite to the first end in an axial direction of the developing roller; a first end member provided to the first end of the developing frame body, the first end member being configured to support the first end of the developing frame body; and a second end member provided to the second end of the developing frame body, the second end member being configured to support the second end of the developing frame body, characterized in that the first end member and the second end member are rotatable independently of each other and with respect to the developing frame body about the same rotational axis. a developing roller; a developing frame body rotatably supporting the developing roller, the developing frame body including (i) a first end and (ii) a second end that is opposite to the first end in an axial direction of the developing roller; a first end member provided to the first end of the developing frame body, the first end member being configured to support the first end of the developing frame body; and a second end member provided to the second end of the developing frame body, the second end member being configured to support the second end of the developing frame body, characterized in that the first end member and the second end member are rotatable independently of each other and with respect to the developing frame body about the same rotational axis.
A process for manufacturing a plurality of glazings of complex shape from a rectangular sheet of float glass of large dimensions having at least one dimension corresponding to the width of the ribbon of float glass from which it is produced, comprising: - at a first station for cutting said glass sheet, a step of scoring at least one cutting line corresponding to at least one ready-to-shape edge (20A, 20B) of the glazings; - a first breaking step (14A, 14B, 14C); - at a second cutting station, a step of scoring at least one cutting line corresponding to at least one other ready-to-shape edge of the glazings; - a second breaking step. - at a first station for cutting said glass sheet, a step of scoring at least one cutting line corresponding to at least one ready-to-shape edge (20A, 20B) of the glazings; - a first breaking step (14A, 14B, 14C); - at a second cutting station, a step of scoring at least one cutting line corresponding to at least one other ready-to-shape edge of the glazings; - a second breaking step.
Medical article for fixation of a wound dressing, comprising - a non-woven backing layer with a top side and a bottom side, - a first plastic film layer with a top side and a bottom side, wherein the top side of the first film layer is attached to the bottom side of the backing layer, - an adhesive silicone gel layer with a top side and a bottom side, wherein the top side of the silicone gel layer is attached to the bottom side of the first film layer, and - optional a protection layer (4, 5, 6) with a top side and a bottom side, wherein the top side of the protection layer (4, 5, 6) is releasably attached to the bottom side of the silicone gel layer. - a non-woven backing layer with a top side and a bottom side, - a first plastic film layer with a top side and a bottom side, wherein the top side of the first film layer is attached to the bottom side of the backing layer, - an adhesive silicone gel layer with a top side and a bottom side, wherein the top side of the silicone gel layer is attached to the bottom side of the first film layer, and - optional a protection layer (4, 5, 6) with a top side and a bottom side, wherein the top side of the protection layer (4, 5, 6) is releasably attached to the bottom side of the silicone gel layer.
Overvoltage protection device for an electric drive, which is configured to be connected to an on-board network of a vehicle and is configured to reduce an overvoltage generated in the on-board network by switching off a consumer load, characterized in that the overvoltage protection device is connected to a control unit for an electronically commutated electrical machine (3, 5) and the overvoltage protection device comprises an input for an on-board network voltage and is configured to detect an exceeding of a predetermined voltage value and to generate an overvoltage signal as a function of the voltage value, wherein the control unit is configured to transfer the electrical machine (3, 5) from the generator mode into an at least partially lossy mode or into a motor mode as a function of the overvoltage signal.
A radio resource management apparatus, the apparatus comprising: a memory, the memory configured to store data for transmission, the data being associated with a user equipment, UE; a processor in communication with the memory, the processor configured to: estimate a channel quality; determine a first modulation and coding scheme, MCS, based at least in part on the estimated channel quality; determine an initial number of scheduling blocks, SBs, required to transmit the stored data based at least in part on the first MCS; determine a first number of SBs, the first number of SBs being a minimum of the initial number of SBs and available number of SBs; set a current number of SBs to the first number of SBs in response to determining the first number of SBs; calculate a link quality based at least in part on a channel condition associated with the first number of SBs; determine a second MCS based at least in part on the calculated link quality; and set a current MCS to the second MCS in response to determining the second MCS, the stored data being scheduled for transmission based at least in part on the current MCS and current number of SBs. a memory, the memory configured to store data for transmission, the data being associated with a user equipment, UE; a processor in communication with the memory, the processor configured to: estimate a channel quality; determine a first modulation and coding scheme, MCS, based at least in part on the estimated channel quality; determine an initial number of scheduling blocks, SBs, required to transmit the stored data based at least in part on the first MCS; determine a first number of SBs, the first number of SBs being a minimum of the initial number of SBs and available number of SBs; set a current number of SBs to the first number of SBs in response to determining the first number of SBs; calculate a link quality based at least in part on a channel condition associated with the first number of SBs; determine a second MCS based at least in part on the calculated link quality; and set a current MCS to the second MCS in response to determining the second MCS, the stored data being scheduled for transmission based at least in part on the current MCS and current number of SBs. estimate a channel quality; determine a first modulation and coding scheme, MCS, based at least in part on the estimated channel quality; determine an initial number of scheduling blocks, SBs, required to transmit the stored data based at least in part on the first MCS; determine a first number of SBs, the first number of SBs being a minimum of the initial number of SBs and available number of SBs; set a current number of SBs to the first number of SBs in response to determining the first number of SBs; calculate a link quality based at least in part on a channel condition associated with the first number of SBs; determine a second MCS based at least in part on the calculated link quality; and set a current MCS to the second MCS in response to determining the second MCS, the stored data being scheduled for transmission based at least in part on the current MCS and current number of SBs.
An apparatus for the continuous singling of loose sheet goods, with a singler for singling stacks of loose sheet goods and a feeding device (2, 3) with two feeding elements, which moves the stacks of loose sheet goods into a position where the sheet goods can be grasped by the singler and transferred to a transport system, and a region (8, 9) for receiving sheet goods to be singled, having a first subregion and a second subregion, wherein the first and the second subregions (9 and 8) border on each other and the second subregion forms an input region for inputting the sheet goods to be singled, wherein the first feeding element is arranged in the region (8, 9) and moves within the total region (8, 9) between the first position and a third position, which forms an end position, however at least in the first subregion between a second and the third position (11 and 12), wherein the second position separates the first subregion from the second subregion (9 and 8), characterized by a monitoring device for the first subregion for ascertaining sheet goods (BN') located in the first subregion underneath the first feeding element.
Vehicle air conditioning system wherein an air stream can flow axially along a stream direction, the system having a filter held in a filter compartment in a substantially transversal plan to remove foreign matters from the air stream, the filter compartment having an inlet opening and an outlet opening and being delimited by peripheral walls comprising a back wall, two lateral walls and a front wall, the filter compartment is provided with a removable service drawer comprising a front panel, and an adjacent floor portion extending backwards from the front panel such that, when the service drawer is closed the front panel is adjacent the front wall and characterized in that when opening the service drawer, a service opening opens in place of the front panel and in place of the floor portion leaving for the filter a passage allowing removal of the filter along a removal direction inclined relative to the transversal plan, and in that the service drawer is further provided with lateral arms protruding from the front panel toward an arm extremity so that when the service drawer is closed each lateral arm provides axial support to the filter.
A cryopreservation device comprising: a container for receiving and storing a liquid sample, said container having an inlet fitting opening into said container; an adaptor, wherein said inlet fitting receives said adaptor within said inlet fitting, said adaptor having a first tubular branch and a second tubular branch, said second tubular branch terminating in a tube engaging fitting: a septum closing said first tubular branch, said septum adapted to be pierced by a needle; a tube engaged at one end to said tube engaging fitting on said second tubular branch; and a closure at the opposite end of said tube, wherein said closure is a septum adapted to be pierced by a needle, and wherein said cryopreservation device is configured for storage under cryopreservation conditions at a temperature as low as -196°C. a container for receiving and storing a liquid sample, said container having an inlet fitting opening into said container; an adaptor, wherein said inlet fitting receives said adaptor within said inlet fitting, said adaptor having a first tubular branch and a second tubular branch, said second tubular branch terminating in a tube engaging fitting: a septum closing said first tubular branch, said septum adapted to be pierced by a needle; a tube engaged at one end to said tube engaging fitting on said second tubular branch; and a closure at the opposite end of said tube, wherein said closure is a septum adapted to be pierced by a needle, and wherein said cryopreservation device is configured for storage under cryopreservation conditions at a temperature as low as -196°C.
An AprL-clade variant subtilisin enzyme or an active fragment thereof comprising one or more amino acid modification to a parent AprL-clade subtilisin enzyme, wherein the modification is selected from G127A, G127D, G127I, G127M, G127S, G127T and G127V; wherein said variant has an improved stability when compared to the parent AprL-clade subtilisin enzyme; wherein said variant has at least 85% amino acid sequence identity to the amino acid sequence of SEQ ID NO:2; and wherein the amino acid positions of the AprL-clade subtilisin variant are numbered by correspondence with the amino acid sequence of Bacillus sp. AprL subtilisin set forth in SEQ ID NO:2.
A method for monitoring blade frequencies of a wind turbine comprising a tower, a nacelle, a hub and one or more rotating blades where an accelerometer or G-sensor placed in the nacelle senses the vibrations of the nacelle and where a sensor senses the rotating angle azimuth of the blades, the method comprising the steps of: - modulating the sensed signals from the accelerometer or the G-sensor with a function taking into account the rotating angle azimuth of the blades, where modulating is based on the cosine of the rotating angle azimuth of the blades, - extracting the blade frequencies from the modulated accelerometer or G-sensor signals by applying a Fast Fourier Transformation (FFT or DFFT) or a Phase Locked Loop oscillation on the modulated accelerometer or G-sensor signals. - modulating the sensed signals from the accelerometer or the G-sensor with a function taking into account the rotating angle azimuth of the blades, where modulating is based on the cosine of the rotating angle azimuth of the blades, - extracting the blade frequencies from the modulated accelerometer or G-sensor signals by applying a Fast Fourier Transformation (FFT or DFFT) or a Phase Locked Loop oscillation on the modulated accelerometer or G-sensor signals.
A visor locking mechanism that is applied to a helmet equipped with a visor, the visor being provided on an inner side of an outer shell of the helmet, which has a facial opening in a front side thereof, the visor being attached to a pair of left and right holders, which are pivotably attached to the outer shell, and the visor being configured to close or open at least part of the facial opening, the visor locking mechanism comprising a lock member, the lock member having an operation portion and a catch portion, the lock member being disposed near at least one of the pair of holders, and the operation portion allowing the catch portion to fit together with a catch counterpart portion provided at the pair of holders, whereby the visor becomes anchored, or allowing the catch portion to disengage from a catch counterpart portion, whereby the visor becomes released, characterized in that the catch portion is allowed to fit together with the catch counterpart portion if the pair of holders is positioned in the down position. the visor locking mechanism comprising a lock member, the lock member having an operation portion and a catch portion, the lock member being disposed near at least one of the pair of holders, and the operation portion allowing the catch portion to fit together with a catch counterpart portion provided at the pair of holders, whereby the visor becomes anchored, or allowing the catch portion to disengage from a catch counterpart portion, whereby the visor becomes released, characterized in that the catch portion is allowed to fit together with the catch counterpart portion if the pair of holders is positioned in the down position.
A liquid dispenser for dispensing a predetermined amount of a liquid from a reservoir, including a two-position delivery valve connected to the reservoir and a negative pressure system to supply a negative pressure which acts on the liquid in the liquid reservoir while no liquid is being dispensed, the negative pressure system comprising: a negative pressure source; characterized by an electropneumatic regulator communicating with the negative pressure source to regulate the pressure inside the liquid reservoir to a desired negative pressure level, wherein the negative pressure source is connected to the delivery valve via a two-position valve openable to the atmosphere; a pressure sensor provided between the electropneumatic regulator and reservoir, the pressure sensor being positioned between the electropneumatic regulator and the two-position valve openable to the atmosphere; and a control means for controlling the electropneumatic regulator responsive to a signal from the pressure sensor to regulate the pressure inside the reservoir to the desired negative pressure level. a negative pressure source; characterized by an electropneumatic regulator communicating with the negative pressure source to regulate the pressure inside the liquid reservoir to a desired negative pressure level, wherein the negative pressure source is connected to the delivery valve via a two-position valve openable to the atmosphere; a pressure sensor provided between the electropneumatic regulator and reservoir, the pressure sensor being positioned between the electropneumatic regulator and the two-position valve openable to the atmosphere; and a control means for controlling the electropneumatic regulator responsive to a signal from the pressure sensor to regulate the pressure inside the reservoir to the desired negative pressure level.
A method for controlling overhang length of a double stranded DNA comprising: providing a linear double stranded DNA; and treating the ds DNA with a first DNA polymerase having 3'->5' exonuclease activity and a second DNA polymerase without a 3'->5' exonuclease activity, in the absence of dNTPs, wherein the activity of the first polymerase is competitively inhibited by the second polymerase, and wherein each end of the linear double stranded DNA is either of 5' overhang, 3' overhang or blunt-ended. providing a linear double stranded DNA; and treating the ds DNA with a first DNA polymerase having 3'->5' exonuclease activity and a second DNA polymerase without a 3'->5' exonuclease activity, in the absence of dNTPs, wherein the activity of the first polymerase is competitively inhibited by the second polymerase, and wherein each end of the linear double stranded DNA is either of 5' overhang, 3' overhang or blunt-ended.