mhurhangee/ep-ind-claims huggingface dataset:
A circuitry of a biopotential acquisition system, comprising: an input node (N1, N2), wherein the input node (N1, N2) is coupled to an electrode of the biopotential acquisition system, and in use the electrode is to be in contact with a human body; an electrode-tissue impedance, ETI, transmitter, configured to generate a transmitter signal to the input node (N1, N2); and an analog front-end circuit (120, 200, 300), coupled to the input node (N1, N2), configured to process an input signal from the input node (N1, N2) to generate a digital signal, wherein each of the input signal and the digital signal comprises components of an electrocardiography, ECG, signal and an ETI signal, characterized by a digital mixer, configured to mix the digital signal with mixer data to generate an in-phase mixed signal and a quadrature mixed signal, wherein the mixer data corresponds to a frequency of the transmitter signal, and the in-phase mixed signal and the quadrature mixed signal comprise the components of the ETI signal; and a digital filter (140, 150, 160), configured to filter the digital signal to generate the ECG signal. an input node (N1, N2), wherein the input node (N1, N2) is coupled to an electrode of the biopotential acquisition system, and in use the electrode is to be in contact with a human body; an electrode-tissue impedance, ETI, transmitter, configured to generate a transmitter signal to the input node (N1, N2); and an analog front-end circuit (120, 200, 300), coupled to the input node (N1, N2), configured to process an input signal from the input node (N1, N2) to generate a digital signal, wherein each of the input signal and the digital signal comprises components of an electrocardiography, ECG, signal and an ETI signal, characterized by a digital mixer, configured to mix the digital signal with mixer data to generate an in-phase mixed signal and a quadrature mixed signal, wherein the mixer data corresponds to a frequency of the transmitter signal, and the in-phase mixed signal and the quadrature mixed signal comprise the components of the ETI signal; and a digital filter (140, 150, 160), configured to filter the digital signal to generate the ECG signal.
A method for cyclic time-slotted operation in a wireless industrial network, the method being performed by a communication device (200, 300a:300N), the communication device (200, 300a:300N) comprising a memory having a first memory area and a second memory area, the method comprising: running an application software at application layer, wherein the application software is associated with a first pointer; operating a communication hardware at physical layer, wherein the communication hardware is associated with a second pointer; wherein the first pointer and the second pointer in a given timeslot point at a respective different one of the memory areas (510a, 510b), such that in said given timeslot the application software is enabled to access one of the memory areas (510a, 510b) and the communication hardware is enabled to access the other of the memory areas (510a, 510b); and swapping the pointers (610a, 610b) to the memory areas (510a, 510b) at the end of each cycle of the cyclic time-slotted operation; characterized in that each of the first memory area and the second memory area has a status field, and indicating failure of the communication hardware to transmit or receive a packet in any timeslot by means of the status field of said any timeslot. running an application software at application layer, wherein the application software is associated with a first pointer; operating a communication hardware at physical layer, wherein the communication hardware is associated with a second pointer; wherein the first pointer and the second pointer in a given timeslot point at a respective different one of the memory areas (510a, 510b), such that in said given timeslot the application software is enabled to access one of the memory areas (510a, 510b) and the communication hardware is enabled to access the other of the memory areas (510a, 510b); and swapping the pointers (610a, 610b) to the memory areas (510a, 510b) at the end of each cycle of the cyclic time-slotted operation; characterized in that each of the first memory area and the second memory area has a status field, and indicating failure of the communication hardware to transmit or receive a packet in any timeslot by means of the status field of said any timeslot.
A rechargeable battery comprising a case and an electrode assembly located in said case, said case comprising a wall surrounding an opening, the rechargeable battery further comprising a retainer (55, 57) for holding said electrode assembly in place within the case and supported on the inner sides of the case, the retainer (55, 57) comprising an insertion guide (60, 63) with an inclined plane extending away from said opening and towards said electrode assembly, such that a gap between the retainer (55, 57) and the wall increases in a direction away from the opening, the rechargeable battery further comprising a cap plate coupled to the opening of said case, a lead tab and electrode terminals (21, 22) provided in said cap plate, wherein the lead tab (51, 52, 71) is configured to connect the electrode assembly to the electrode terminals (21, 22), the lead tab (51, 71) comprising a first connecting portion connected with the electrode terminal (21, 22) and a second connecting portion (512, 712) extending from the first connecting portion and in electrical contact with said electrode assembly, characterized in that the retainer (55, 57) has a recessed structure with a first wall (551, 571) forming the base of the recess and second (552, 572) and third (553, 573) walls forming the sides of the recess, said recess being configured to receive said lead tab (51, 71), wherein a reinforcing portion (556, 576) is provided on said first wall (551, 571), the second connecting portion of said lead tab (51, 71) comprising two projections spaced apart by a gap, wherein both projections extend from said first connecting portion and said retainer (55, 57) comprises a protrusion (557, 577) extending from said first wall (551, 571) into said gap and configured to hold said projections apart, said protrusion (557, 577) extending from the reinforcing portion (556, 576).
An air purifier comprising a housing with an essentially vertical central axis when in operation, said housing exhibiting in a cascade: - an ionization chamber arranged for charging impurity particles in the incoming air; - electrostatic collector plates (15, 16) located above the ionization chamber and arranged for trapping the charged impurity particles; - a washing system above the electrostatic collector plates, which washing system is arranged for dispensing a cleansing solution onto the electrostatic collector plates; - and a fan system inside the housing, characterized in that the fan system is capable of two-mode action: a purification mode of aspirating air to be purified upwards, through the ionization chamber and subsequently through the electrostatic collector plates, and a drying mode of blowing air in the opposite direction; wherein the fan system is located above the washing system and it comprises an axial fan that is able to blow air in both directions. - an ionization chamber arranged for charging impurity particles in the incoming air; - electrostatic collector plates (15, 16) located above the ionization chamber and arranged for trapping the charged impurity particles; - a washing system above the electrostatic collector plates, which washing system is arranged for dispensing a cleansing solution onto the electrostatic collector plates; - and a fan system inside the housing, characterized in that the fan system is capable of two-mode action: a purification mode of aspirating air to be purified upwards, through the ionization chamber and subsequently through the electrostatic collector plates, and a drying mode of blowing air in the opposite direction;
A battery comprising: a positive electrode; a negative electrode; a separator; and an intermediate layer that is provided between the positive electrode and the separator and contains at least one of a fluororesin and a particle, wherein the positive electrode has a positive electrode active material layer containing a fluorine-based binder having a melting point of 166°C or less, and a content of the fluorine-based binder in the positive electrode active material layer is 0.5% by mass or more and 2.8% by mass or less, and wherein the positive electrode active material layer further contains a conductive agent, and a content of the conductive agent in the positive electrode active material layer is 0.3% by mass or more and 2.8% by mass or less. a positive electrode; a negative electrode; a separator; and an intermediate layer that is provided between the positive electrode and the separator and contains at least one of a fluororesin and a particle, wherein the positive electrode has a positive electrode active material layer containing a fluorine-based binder having a melting point of 166°C or less, and a content of the fluorine-based binder in the positive electrode active material layer is 0.5% by mass or more and 2.8% by mass or less, and wherein the positive electrode active material layer further contains a conductive agent, and a content of the conductive agent in the positive electrode active material layer is 0.3% by mass or more and 2.8% by mass or less.
An information transfer system in which an electrical-equipment communication apparatus that communicates with electrical equipment and an information communication apparatus that is communicably connected via a network to the electrical-equipment communication apparatus transfer information mutually, wherein the electrical-equipment communication apparatus includes a transmitting and receiving means for transmitting and receiving information via the network to and from the information communication apparatus; and the information communication apparatus includes a transmitting and receiving means for transmitting and receiving information via the network to and from the electrical-equipment communication apparatus, and a trigger generating means for generating a communication request trigger which requests to communicate with the electrical-equipment communication apparatus; characterized in that the transmitting and receiving means of the electrical-equipment communication apparatus periodically transmits periodically-transmitted information including an address for specifying a position, on a network, of the electrical-equipment communication apparatus which is sequentially switched, based on a connectionless-type protocol to the information communication apparatus; the transmitting and receiving means of the information communication apparatus receives the periodically-transmitted information based on the connectionless-type protocol which is periodically transmitted by the transmitting and receiving means of the electrical-equipment communication apparatus, and when the communication request trigger is generated by the trigger generating means, transmits request response information based on the connectionless-type protocol, or request response information based on a connection-type protocol, to a transmission-origin address of the periodically-transmitted information based on the connectionless-type protocol, and the transmitting and receiving means of the electrical-equipment communication apparatus receives the request response information which is transmitted by the transmitting and receiving means of the information communication apparatus, and transmits result information based on the connection-type protocol to the transmission-origin address of the request response information.
An aqueous based composition which comprises: a) plant meal with a protein content of 30% to 80%, in a percentage by weight of between 10% and 24% with respect to the total weight of the composition; b) a dicarboxylic acid or the anhydride corresponding thereto or a tricarboxylic acid in a percentage by weight of between 1% and 4% with respect to the total weight of the composition; c) carbamide in a percentage by weight of between 4% and 20% with respect to the total weight of the composition and d) a pH correcting compound which comprises an amino group in a percentage by weight of between 1% and 5% with respect to the total weight of the composition. a) plant meal with a protein content of 30% to 80%, in a percentage by weight of between 10% and 24% with respect to the total weight of the composition; b) a dicarboxylic acid or the anhydride corresponding thereto or a tricarboxylic acid in a percentage by weight of between 1% and 4% with respect to the total weight of the composition; c) carbamide in a percentage by weight of between 4% and 20% with respect to the total weight of the composition and d) a pH correcting compound which comprises an amino group in a percentage by weight of between 1% and 5% with respect to the total weight of the composition.
A lithographic printing plate precursor having an aluminum support and an image recording layer disposed above the aluminum support, wherein the aluminum support includes an aluminum plate and an anodized film of aluminum formed on the aluminum plate, wherein the image recording layer is positioned on the anodized film side of the aluminum support, and wherein when measured over a 400 μm x 400 μm region of a surface of the aluminum support on the image recording layer side using a three-dimensional non-contact roughness tester, pits with a depth from centerline of at least 0.70 μm are present at a density of at least 3,000 pits/mm 2.
A rotor structure for a permanent magnet electromotive machine comprising: at least one back-core lamination disposed around a plurality of permanent magnets, said at least one back-core lamination comprising a plurality of high-reluctance regions arranged to attenuate asynchronous magnetic flux components while avoiding synchronous magnetic flux components, the asynchronous and synchronous magnetic flux components resulting from spatial harmonic components of a plurality of fractional-slot concentrated windings of a stator of the machine, characterized in that the plurality of high-reluctance regions in a stack of back-core laminations defines an axially-extending conduit, wherein the axially-extending conduit is configured to promote a flow of cooling gas through the axially-extending conduit. at least one back-core lamination disposed around a plurality of permanent magnets, said at least one back-core lamination comprising a plurality of high-reluctance regions arranged to attenuate asynchronous magnetic flux components while avoiding synchronous magnetic flux components, the asynchronous and synchronous magnetic flux components resulting from spatial harmonic components of a plurality of fractional-slot concentrated windings of a stator of the machine, characterized in that the plurality of high-reluctance regions in a stack of back-core laminations defines an axially-extending conduit, wherein the axially-extending conduit is configured to promote a flow of cooling gas through the axially-extending conduit.
A system for determining an orientation of a casing string in a wellbore, the system comprising: a casing string, a downhole tool disposed interiorly of the casing string in a known orientation relative to at least one feature of the casing string; a sensor module operably associated with the downhole tool and configured to obtain data relating to the orientation of the casing string; and a communication module operably associated with the sensor module, the communication module configured to transmit information to a surface location, wherein, the information corresponds to the data obtained by the sensor module relating to the orientation of the casing string, wherein the downhole tool further comprises a wiper plug that is positioned in a known orientation within a latch coupling interconnected in the casing string, characterized in that the wiper plug sealingly engages the casing string uphole and downhole of the latch coupling. a casing string, a downhole tool disposed interiorly of the casing string in a known orientation relative to at least one feature of the casing string; a sensor module operably associated with the downhole tool and configured to obtain data relating to the orientation of the casing string; and a communication module operably associated with the sensor module, the communication module configured to transmit information to a surface location, wherein, the information corresponds to the data obtained by the sensor module relating to the orientation of the casing string, wherein the downhole tool further comprises a wiper plug that is positioned in a known orientation within a latch coupling interconnected in the casing string, characterized in that the wiper plug sealingly engages the casing string uphole and downhole of the latch coupling.
An electronic vapour provision device comprising a power cell, a heating element, and a computer, where the computer comprises a computer processor, a memory and an input-output means; wherein the device further comprises a pressure sensor and a temperature sensor, and characterised in that the pressure sensor and temperature sensor form a combined sensor, constructed as a single electronic component, wherein the computer is configured in use to read both pressure and temperature at substantially the same time, and to deliver an electrical current to the heating element when a pressure measured by the pressure sensor is reduced below a threshold pressure, wherein the combined sensor is configured in use to determine the temperature and the pressure and provide a pressure reading that is dependent on the temperature.
A system for dynamically revising ink estimation models, comprising: a memory storing a virtual machine for instantiating virtual printers that estimate amounts of ink used by a printer for print jobs; and a controller configured, for each print job, to: identify estimated amounts of ink determined by the virtual printers according to each of multiple configurations for the printer, and identify a chosen configuration and a corresponding actual amount of ink used by the printer, the controller further configured to select a configuration, determine that estimated amounts of ink for the selected configuration have less than a threshold difference from actual amounts of ink for each of multiple print jobs, and to update an ink estimation model at the virtual machine based on the estimated amounts of ink and corresponding print job data for the selected configuration in response to the determination, wherein: the controller is further configured to determine that an estimated amount of ink is within a threshold amount of accuracy for a configuration for a print job, and to update the ink estimation model at the virtual machine based on other estimated amounts of ink for other configurations for the print job. a memory storing a virtual machine for instantiating virtual printers that estimate amounts of ink used by a printer for print jobs; and a controller configured, for each print job, to: identify estimated amounts of ink determined by the virtual printers according to each of multiple configurations for the printer, and identify a chosen configuration and a corresponding actual amount of ink used by the printer, the controller further configured to select a configuration, determine that estimated amounts of ink for the selected configuration have less than a threshold difference from actual amounts of ink for each of multiple print jobs, and to update an ink estimation model at the virtual machine based on the estimated amounts of ink and corresponding print job data for the selected configuration in response to the determination, wherein: the controller is further configured to determine that an estimated amount of ink is within a threshold amount of accuracy for a configuration for a print job, and to update the ink estimation model at the virtual machine based on other estimated amounts of ink for other configurations for the print job.
An electronic cigarette wireless charging system comprising: an electronic cigarette comprising a barrel, a cylindrical battery and a power receiving coil coupled with the battery, wherein the battery is within the barrel, the power receiving coil comprises a plurality of parallel windings and is wrapped around or surrounding the battery in a lengthwise manner such that portions of the power receiving coil pass under an end surface of the battery, being the base of the cylindrical battery, to provide said portions of the power receiving coil at a tip of the battery, and the power receiving coil charges the battery upon receiving wireless power; and a charger comprising a primary coil that is positioned to wirelessly connect the power receiving coil with the primary coil during a charging operation; wherein the electronic cigarette wireless charging system is configured such that the primary coil is adjacent the power receiving coil and power is transmitted from the primary coil to the power receiving coil when the electronic cigarette is on its side on the charger and the electronic cigarette is arranged so that the power receiving coil matches with the primary coil; wherein indentations or magnets are provided for moving the electronic cigarette into the proper position for optimal wireless charging. an electronic cigarette comprising a barrel, a cylindrical battery and a power receiving coil coupled with the battery, wherein the battery is within the barrel, the power receiving coil comprises a plurality of parallel windings and is wrapped around or surrounding the battery in a lengthwise manner such that portions of the power receiving coil pass under an end surface of the battery, being the base of the cylindrical battery, to provide said portions of the power receiving coil at a tip of the battery, and the power receiving coil charges the battery upon receiving wireless power; and a charger comprising a primary coil that is positioned to wirelessly connect the power receiving coil with the primary coil during a charging operation; wherein the electronic cigarette wireless charging system is configured such that the primary coil is adjacent the power receiving coil and power is transmitted from the primary coil to the power receiving coil when the electronic cigarette is on its side on the charger and the electronic cigarette is arranged so that the power receiving coil matches with the primary coil; wherein indentations or magnets are provided for moving the electronic cigarette into the proper position for optimal wireless charging.
A system for a vehicle trailer, in particular a semi-trailer, comprising a function block having a data input configured to receive gear shift signals of a vehicle, in particular a utility vehicle, towing the vehicle trailer, wherein the function block comprises a controller configured to generate a torque increase request signal depending on a received gear shift signal of the gear shift signals, and a data output configured to output the torque increase request signal to an electric motor controller of at least one electric drive of the vehicle trailer.