mhurhangee/ep-ind-claims huggingface dataset:
Manually actuable shears having two grip levers, which can be moved relative to one another, and having a multi-stage ratchet mechanism, via which a manual force exerted on the hand levers can be transmitted to a blade arrangement, which can be pivoted between a fully open position and a fully closed end position, the sheers containing a cutter plate which has a cutter blade and is mounted such that it can be rotated about a first articulation axis in relation to a first grip lever, wherein different stages of the ratchet mechanism are assigned to different closing-angle regions of the blade arrangement, and the blade arrangement with cutting material therein can be fully closed from a fully open position by virtue of the grip lever being repeatedly opened and closed, wherein a blocking member, which can be shifted manually between a first and a second functional position, is provided, this blocking member, in the first functional position, causing the multi-stage ratchet mechanism (RH, RA) to be integrated in the force-transmission path and, in the second functional position, coupling the grip levers (G1, G2) to the blade arrangement (S1, S2) in such a manner (SP, AP, AS) that the blade arrangement can be moved into the fully closed end position by a single closing movement of the grip levers, wherein, in the second functional position, the forcetransmission path between the grip levers (G1, G2) and the blade arrangement (S1, S2) runs via the blocking member, and the multi-stage ratchet mechanism here is removed from this force-transmission path, characterized in that the blocking member is retained in a stable state, such that it cannot be shifted unintentionally, in one or both functional positions by means of a manually disengageable latching means, clamping means, spring-action means or the like.
An acoustic perfusion device, comprising: an acoustic chamber; an inlet port and an inlet flow path leading from the inlet port to the acoustic chamber; an outlet port and an outlet flow path leading from the acoustic chamber to the outlet port for recirculating a fluid mixture; at least one collection port for collecting harvest fluid from the fluid mixture; and at least one ultrasonic transducer and at least one reflector opposite the at least one ultrasonic transducer, wherein the at least one ultrasonic transducer includes a piezoelectric material driven by a voltage signal to create a multi-dimensional acoustic standing wave across a collection flow path leading from the acoustic chamber to the at least one collection port, characterized in that the inlet port and the outlet port are both located at the bottom end of the device, and the collection port is located at the top end of the device, the inlet port is located on a first side of the device, and the outlet port is located on a second side of the device, a recirculation pipe connects the inlet port directly to the outlet port, an inflow passageway and an outflow passageway connect the acoustic chamber to the recirculation pipe. an acoustic chamber; an inlet port and an inlet flow path leading from the inlet port to the acoustic chamber; an outlet port and an outlet flow path leading from the acoustic chamber to the outlet port for recirculating a fluid mixture; at least one collection port for collecting harvest fluid from the fluid mixture; and at least one ultrasonic transducer and at least one reflector opposite the at least one ultrasonic transducer, wherein the at least one ultrasonic transducer includes a piezoelectric material driven by a voltage signal to create a multi-dimensional acoustic standing wave across a collection flow path leading from the acoustic chamber to the at least one collection port, characterized in that the inlet port and the outlet port are both located at the bottom end of the device, and the collection port is located at the top end of the device, the inlet port is located on a first side of the device, and the outlet port is located on a second side of the device, a recirculation pipe connects the inlet port directly to the outlet port, an inflow passageway and an outflow passageway connect the acoustic chamber to the recirculation pipe.
A Fourier spectrophotometer comprising: a light source configured to emit light containing a wavelength component in an analysis wavelength band, the analysis wavelength band being a wavelength band in which a spectrum of light passing through a sample as an analysis target is obtained; an interferometer configured to obtain a first interferogram and a second interferogram (L11, L12) whose intensity distributions are inverted from each other as interferograms from the light emitted from the light source, the interferograms being interference light; a multiplexing optical system configured to multiplex the first interferogram with the second interferogram to irradiate the sample with a resultant interferogram; a demultiplexing optical system configured to demultiplex the first interferogram and the second interferogram contained in the light passing through the sample; a light receiver configured to output a first light reception signal obtained by receiving the demultiplexed first interferogram and a second light reception signal obtained by receiving the demultiplexed second interferogram; and a signal processing device configured to perform processing for obtaining a noise-removed spectrum of the wavelength component in the analysis wavelength band by using the first light reception signal and the second light reception signal. a light source configured to emit light containing a wavelength component in an analysis wavelength band, the analysis wavelength band being a wavelength band in which a spectrum of light passing through a sample as an analysis target is obtained; an interferometer configured to obtain a first interferogram and a second interferogram (L11, L12) whose intensity distributions are inverted from each other as interferograms from the light emitted from the light source, the interferograms being interference light; a multiplexing optical system configured to multiplex the first interferogram with the second interferogram to irradiate the sample with a resultant interferogram; a demultiplexing optical system configured to demultiplex the first interferogram and the second interferogram contained in the light passing through the sample; a light receiver configured to output a first light reception signal obtained by receiving the demultiplexed first interferogram and a second light reception signal obtained by receiving the demultiplexed second interferogram; and a signal processing device configured to perform processing for obtaining a noise-removed spectrum of the wavelength component in the analysis wavelength band by using the first light reception signal and the second light reception signal.
A coil terminal (28A, 28B) for being electrically connected to a coil that is wound around an electromagnetic block and connected to a coated wire, the coil terminal (28A, 28B) comprising: a connection portion capable of being electrically connected to the coil; and a terminal body portion extending from the connection portion and capable of being connected to the coated wire, wherein the terminal body portion comprises a base portion formed on a first end of the coil terminal (28A, 28B), and a pair of parallel beam portions (282c, 282e) extending toward a second end of the coil terminal (28A, 28B) from the base portion, the parallel beam portions (282c, 282e) being protruded in a thickness direction of the terminal body portion and forming a slit interposed between the pair of parallel beam portions (282c, 282e), wherein the coated wire fits within the slit and a core wire at the tip end of the coated wire is capable of being soldered to the base portion. a connection portion capable of being electrically connected to the coil; and a terminal body portion extending from the connection portion and capable of being connected to the coated wire, wherein the terminal body portion comprises a base portion formed on a first end of the coil terminal (28A, 28B), and a pair of parallel beam portions (282c, 282e) extending toward a second end of the coil terminal (28A, 28B) from the base portion, the parallel beam portions (282c, 282e) being protruded in a thickness direction of the terminal body portion and forming a slit interposed between the pair of parallel beam portions (282c, 282e), wherein the coated wire fits within the slit and a core wire at the tip end of the coated wire is capable of being soldered to the base portion.
Dental material, characterised in that it comprises a urea derivative according to the general Formula I, in which R 1, R 2 = independently of one another are each an aliphatic C 1 -C 15 group that may be interrupted by -O-, -S-, -CO-O-, X = a radically polymerisable group, Y = a radically polymerisable group or an acidic group, n, m = independently of one other are 1, 2 or 3. R 1, R 2 = independently of one another are each an aliphatic C 1 -C 15 group that may be interrupted by -O-, -S-, -CO-O-, X = a radically polymerisable group, Y = a radically polymerisable group or an acidic group, n, m = independently of one other are 1, 2 or 3.
A compound of Formula wherein: Y is H or F and Z 2 is H or NH 2; R 1 is H, Me, 4-tetrahydropyranyl or 2-hydroxy-2-propyl; R 2a is -OR, -O(CH 2) 1-3 OR, -SO 2 R or -NRC OR, where each R is independently C 1-4 alkyl optionally substituted with cyano, halo, hydroxy, C 1-4 alkylsulfonyl or C 1-4 alkoxy; and R 2b is H; or a pharmaceutically acceptable salt thereof. Y is H or F and Z 2 is H or NH 2; R 1 is H, Me, 4-tetrahydropyranyl or 2-hydroxy-2-propyl; R 2a is -OR, -O(CH 2) 1-3 OR, -SO 2 R or -NRC OR, where each R is independently C 1-4 alkyl optionally substituted with cyano, halo, hydroxy, C 1-4 alkylsulfonyl or C 1-4 alkoxy; and R 2b is H;
Emulsifying pump comprising: - a fluidic body on which at least one suction mouth for a fluid to be pumped and at least one delivery mouth for the pumped fluid are obtained; - a pumping unit housed inside the fluidic body between the suction mouth and the delivery mouth, said pumping unit being of the rotary volumetric type and being provided with two or more rotating bodies with helical profile, arranged to treat the fluid in the spaces left free among said rotating bodies and to send said fluid, in one or more separate chambers and with a flow parallel to the axis of the rotating bodies, towards the delivery mouth; and - a motor operatively connected to said two or more rotating bodies of the pumping unit by means of the interposition of a motion transmission coupling, wherein the fluidic body of the emulsifying pump is provided with at least one electrically powered heating device, said heating device being arranged to heat the fluid processed by the emulsifying pump in such a manner that the pumped fluid, exiting from the delivery mouth, has a higher temperature than the temperature of the fluid to be pumped, entering the suction mouth. - a fluidic body on which at least one suction mouth for a fluid to be pumped and at least one delivery mouth for the pumped fluid are obtained; - a pumping unit housed inside the fluidic body between the suction mouth and the delivery mouth, said pumping unit being of the rotary volumetric type and being provided with two or more rotating bodies with helical profile, arranged to treat the fluid in the spaces left free among said rotating bodies and to send said fluid, in one or more separate chambers and with a flow parallel to the axis of the rotating bodies, towards the delivery mouth; and - a motor operatively connected to said two or more rotating bodies of the pumping unit by means of the interposition of a motion transmission coupling,
An accommodation structure comprising an internal accommodation space and a space heating system, the space heating system comprising: a space heater having at least one air inlet (28, 29) and at least one air outlet (30, 31); and at least one radiator duct (38, 38A), wherein at least part of said at least one duct is formed from thermally conductive material such that it acts, in use, as a heat radiator, characterized in that at least one of said at least one radiator ducts has a first open end connected to a respective one of said at least one outlets, and a second open end connected to a respective one of said at least one air inlets to form a radiator loop, said radiator loop comprising a forward portion of the respective radiator duct extending from the respective outlet to a return point, and a return portion of the respective radiator duct extending from the return point to the respective inlet, wherein said forward and return portions run side-by-side, wherein said radiator loop is shaped and dimensioned to fit around the periphery of said accommodation space, and wherein one or more closable vents are provided in the or each duct that is configured to form said radiator loop. a space heater having at least one air inlet (28, 29) and at least one air outlet (30, 31); and at least one radiator duct (38, 38A), wherein at least part of said at least one duct is formed from thermally conductive material such that it acts, in use, as a heat radiator, characterized in that at least one of said at least one radiator ducts has a first open end connected to a respective one of said at least one outlets, and a second open end connected to a respective one of said at least one air inlets to form a radiator loop, said radiator loop comprising a forward portion of the respective radiator duct extending from the respective outlet to a return point, and a return portion of the respective radiator duct extending from the return point to the respective inlet, wherein said forward and return portions run side-by-side, wherein said radiator loop is shaped and dimensioned to fit around the periphery of said accommodation space, and wherein one or more closable vents are provided in the or each duct that is configured to form said radiator loop.
A battery charger for automatically determining a nominal voltage of a battery cell comprising: a pair of battery terminals; a microprocessor; an analog to digital converter coupled to the battery terminals and adapted to convert an analog voltage value to a digital value; wherein the battery charger is configured to automatically charge the battery cell as a function of the nominal voltage of the battery cell; and wherein the battery charger is configured to automatically determine the nominal voltage of a battery cell connected across the battery terminals by measuring an open circuit voltage of the battery cell and determining the nominal voltage of the battery cell based upon the open circuit voltage of the battery cell, and when the open circuit voltage of the battery cell is less than a predetermined value determining the nominal voltage of the battery cell based upon a second voltage measured across the battery terminals in response to a test current supplied to the battery for a short time characterized in that the second voltage is a peak ripple voltage. a pair of battery terminals; a microprocessor; an analog to digital converter coupled to the battery terminals and adapted to convert an analog voltage value to a digital value; wherein the battery charger is configured to automatically charge the battery cell as a function of the nominal voltage of the battery cell; and wherein the battery charger is configured to automatically determine the nominal voltage of a battery cell connected across the battery terminals by measuring an open circuit voltage of the battery cell and determining the nominal voltage of the battery cell based upon the open circuit voltage of the battery cell, and when the open circuit voltage of the battery cell is less than a predetermined value determining the nominal voltage of the battery cell based upon a second voltage measured across the battery terminals in response to a test current supplied to the battery for a short time characterized in that the second voltage is a peak ripple voltage.
Device for controlling electronic musical instruments, comprising a casing, a base and securing means, said casing and said base defining the body of said device, and further comprising at least one slotted connection hole for connecting to an instrument pedalboard, said at least one slotted connection hole being located in a corresponding cavity in the body of said device such that the slotted connection hole is integrated in the body of said device, said securing means comprising a nut threaded to a shank that passes through the slotted connection hole in said device and comprises an elongated head at its lower end characterised in that said at least one slotted connection hole is formed by two matching orifices, a first orifice being located in the casing of said device and a second orifice being located in the base of said device, the nut being housed in the cavity in which the at least one slotted connection hole is located; and in that the top face of the casing has at least one additional slotted hole that is aligned at least in part with the at least one slotted connection hole, and in that the top face of said nut abuts the slotted hole in the top face of the casing and in that the bottom face of said nut abuts the slotted connection hole for connecting to the pedalboard.
A wedge drive with a slider top, a slider bottom and a slider arranged between the slider top and the slider bottom which in a working position is movable back and forth between closed and open positions via sliding surfaces, wherein for establishing either the working position or a mounting position, the slider is equipped with an apparatus variable in location, characterised in that, for this purpose, a first stop as well as a separate second stop are provided on the slider, wherein in the working position of the wedge drive, the apparatus is positioned opposite the slider such that it serves as a limiter for the first stop when the wedge drive is being or has been actuated to its fully opened position as intended, and wherein in the mounting position, the apparatus is positioned such that the second stop supports itself on the apparatus.
Child car seat, comprising a chair assembled on a base, fitted with means (27, 210) for detecting an accident situation, delivering an activation signal (214, 34) according to an analysis of measurements delivered by at least one element for measuring an acceleration, to activate active protection means (141, 142) of the child, characterised in that it comprises means for temporarily inhibiting said detection means, preventing the emission of said activation signal (214, 34) when an adjustment of the tilt position of said chair in relation to said base is ongoing.
A brain machine interface system for use with an electroencephalogram to identify a behavioral intent of a person, the system comprising: an electroencephalogram configured to sense electromagnetic signals generated by a brain of a person, wherein the electromagnetic signals comprise a time component and a frequency component; a monitor configured to monitor a response of the person to a stimulus and a characteristic of the stimulus; a synchronization module configured to synchronize the sensed electromagnetic signals with the response and the characteristic to determine a set of electromagnetic signals corresponding to the monitored response of the person and the characteristic; a processor configured to process the set of electromagnetic signals and to extract feature vectors, wherein each of the feature vectors defines a class of behavioral intent, and wherein each of the feature vectors is constructed based on wavelet bispectrum phase features that represent nonlinear phase correlation of a plurality of time varying frequency components, and wherein the processor is further configured to determine the behavioral intent of the person based on the feature vectors. an electroencephalogram configured to sense electromagnetic signals generated by a brain of a person, wherein the electromagnetic signals comprise a time component and a frequency component; a monitor configured to monitor a response of the person to a stimulus and a characteristic of the stimulus; a synchronization module configured to synchronize the sensed electromagnetic signals with the response and the characteristic to determine a set of electromagnetic signals corresponding to the monitored response of the person and the characteristic; a processor configured to process the set of electromagnetic signals and to extract feature vectors, wherein each of the feature vectors defines a class of behavioral intent, and wherein each of the feature vectors is constructed based on wavelet bispectrum phase features that represent nonlinear phase correlation of a plurality of time varying frequency components, and wherein the processor is further configured to determine the behavioral intent of the person based on the feature vectors.
A system for an electrical neurostimulator coupled to a plurality of electrodes, comprising: a user-controlled input device (72, 74) configured for generating control signals; and control circuitry configured for defining at least one ideal multipole configuration relative to the plurality of electrodes in response to the control signals, each of the at least one ideal multipole configuration having at least two poles aligned along a pole axis, the control circuitry, for each of the at least one ideal multipole configuration, being further configured for, designating at least one of the electrodes as a reference electrode, estimating an effective electrode separation at each of the at least one reference electrode, defining a spacing between the at least two poles based on the estimated effective electrode separation at each of the at least one reference electrode, generating at least one stimulation parameter set respectively corresponding to the at least one ideal multipole configuration, each of the at least one stimulation parameter set defining relative amplitude values for the plurality of electrodes that emulate the respective ideal multipole configuration, and instructing the electrical neurostimulator to convey electrical energy to the plurality of electrodes in accordance with the at least one stimulation parameter set. a user-controlled input device (72, 74) configured for generating control signals; and control circuitry configured for defining at least one ideal multipole configuration relative to the plurality of electrodes in response to the control signals, each of the at least one ideal multipole configuration having at least two poles aligned along a pole axis, the control circuitry, for each of the at least one ideal multipole configuration, being further configured for, designating at least one of the electrodes as a reference electrode, estimating an effective electrode separation at each of the at least one reference electrode, defining a spacing between the at least two poles based on the estimated effective electrode separation at each of the at least one reference electrode, generating at least one stimulation parameter set respectively corresponding to the at least one ideal multipole configuration, each of the at least one stimulation parameter set defining relative amplitude values for the plurality of electrodes that emulate the respective ideal multipole configuration, and instructing the electrical neurostimulator to convey electrical energy to the plurality of electrodes in accordance with the at least one stimulation parameter set.