mhurhangee/ep-ind-claims huggingface dataset:
A power controller of a vehicle including a rotating electric machine for running that generates regenerative power of a voltage higher than rated voltage of a secondary battery at the time of braking, comprising: an inverter connected to said rotating electric machine and converting and outputting said regenerative power; a converter connected between said inverter and said secondary battery, converting the voltage of said converted regenerative power to a rated voltage of said secondary battery and outputting the resulting voltage; and a capacitor connected between said converter and said inverter in parallel with said secondary battery, the capacitor has larger rated charging/discharging power and smaller storage capacity than said secondary battery; characterized in that the power controller further comprises: a switching unit switched to charge either said secondary battery or said capacitor with priority; and an operation unit connected to said switching unit; wherein said operation unit determines whether said regenerative power is not lower than a predetermined value, and controls said switching unit such that said secondary battery is charged with priority if it is determined to be not lower than said predetermined value, and said capacitor is charged with priority if it is determined to be lower than said predetermined value, and said predetermined value is set to be a sum of a first upper limit control value of charging power for charging said secondary battery and a second upper limit control value of charging power for charging said capacitor. an inverter connected to said rotating electric machine and converting and outputting said regenerative power; a converter connected between said inverter and said secondary battery, converting the voltage of said converted regenerative power to a rated voltage of said secondary battery and outputting the resulting voltage; and a capacitor connected between said converter and said inverter in parallel with said secondary battery, the capacitor has larger rated charging/discharging power and smaller storage capacity than said secondary battery; characterized in that the power controller further comprises: a switching unit switched to charge either said secondary battery or said capacitor with priority; and an operation unit connected to said switching unit; wherein a switching unit switched to charge either said secondary battery or said capacitor with priority; and an operation unit connected to said switching unit; wherein said operation unit determines whether said regenerative power is not lower than a predetermined value, and controls said switching unit such that said secondary battery is charged with priority if it is determined to be not lower than said predetermined value, and said capacitor is charged with priority if it is determined to be lower than said predetermined value, and said predetermined value is set to be a sum of a first upper limit control value of charging power for charging said secondary battery and a second upper limit control value of charging power for charging said capacitor.
A method for treating and utilizing bypass dusts from the cement production process, comprising the steps of a) contacting the bypass dust with an aqueous phase and mixing the same in order to obtain a homogenous suspension, wherein water-soluble components of the bypass dust are dissolved in the aqueous phase, b) performing a solid/liquid separation, in particular a vacuum filtration or a filter press filtration, in order to separate the solids contained in the suspension, wherein a brine remains, c) precipitating a partial amount of the heavy metals present in the brine, and optionally Ca, and separating the precipitate from the brine, d) subjecting the brine to an electrocoagulation, wherein a flocculate containing the heavy metals remaining in the brine is separated. a) contacting the bypass dust with an aqueous phase and mixing the same in order to obtain a homogenous suspension, wherein water-soluble components of the bypass dust are dissolved in the aqueous phase, b) performing a solid/liquid separation, in particular a vacuum filtration or a filter press filtration, in order to separate the solids contained in the suspension, wherein a brine remains, c) precipitating a partial amount of the heavy metals present in the brine, and optionally Ca, and separating the precipitate from the brine, d) subjecting the brine to an electrocoagulation, wherein a flocculate containing the heavy metals remaining in the brine is separated.
A waffle maker comprising upper and lower baking plates (3, 5) each powered with at least one heating element (58, 59, 60, 61, 68, 70) for baking waffle batters applied manually to at least one of said plates (3, 5), a temperature control unit to maintain said plates (3, 5) before and after each baking cycle within a manually pre-selected temperature range, a manually adjustable timer (45, 46) to control the duration of the baking cycle, and a temperature sensing and control unit to detect the temperature drop of at least one plate (3, 5) due to placement of batter on at least one said plate (3, 5) and to measure the rate of temperature change of at least said one plate (3, 5) to initiate timing of the baking cycle.
A liquid ejecting apparatus comprising: a print head that ejects a liquid; a digital signal output circuit that outputs a digital signal to the print head; and a liquid accommodating container that supplies the liquid to the print head, wherein the print head includes a supply port to which the liquid is supplied from the liquid accommodating container, a nozzle plate having a plurality of nozzles that eject the liquid, a substrate that has a first surface and a second surface different from the first surface, a connector (520, 530) to which the digital signal is input, and an integrated circuit to which the digital signal is input via the connector and that outputs an abnormality detection signal indicating presence or absence of an abnormality in the print head, the connector is provided on the first surface, the integrated circuit is provided on the second surface, and characterized in that there is provided: a through hole (541, 542, 543, 544, 545) that penetrates the first surface and the second surface is provided in a mounting region on which the integrated circuit is provided in the substrate. a print head that ejects a liquid; a digital signal output circuit that outputs a digital signal to the print head; and a liquid accommodating container that supplies the liquid to the print head, wherein the print head includes a supply port to which the liquid is supplied from the liquid accommodating container, a nozzle plate having a plurality of nozzles that eject the liquid, a substrate that has a first surface and a second surface different from the first surface, a connector (520, 530) to which the digital signal is input, and an integrated circuit to which the digital signal is input via the connector and that outputs an abnormality detection signal indicating presence or absence of an abnormality in the print head, a supply port to which the liquid is supplied from the liquid accommodating container, a nozzle plate having a plurality of nozzles that eject the liquid, a substrate that has a first surface and a second surface different from the first surface, a connector (520, 530) to which the digital signal is input, and an integrated circuit to which the digital signal is input via the connector and that outputs an abnormality detection signal indicating presence or absence of an abnormality in the print head, the connector is provided on the first surface, the integrated circuit is provided on the second surface, and characterized in that there is provided: a through hole (541, 542, 543, 544, 545) that penetrates the first surface and the second surface is provided in a mounting region on which the integrated circuit is provided in the substrate.
A computer-implemented method for executing blockchain contracts, comprising: obtaining a bytecode of a blockchain contract, wherein the bytecode comprises a plurality of indicators, and the plurality of indicators comprise a first indicator indicating a virtual machine type for executing the blockchain contract and a second indicator indicating a version of the virtual machine for executing the blockchain contract, the first indicator corresponds to a first byte of the bytecode of the blockchain contract, the second indicator corresponds to a second byte of the bytecode of the blockchain contract, and a third to an n th byte of the bytecode of the blockchain contract correspond to code for executing the blockchain contract, n being a natural number no less than three, and the first to the n th byte of the bytecode of the blockchain contract specifying an application binary interface format; and executing the blockchain contract using a virtual machine of the virtual machine type associated with the first indicator and the version of the virtual machine as indicated by the second indicator. obtaining a bytecode of a blockchain contract, wherein the bytecode comprises a plurality of indicators, and the plurality of indicators comprise a first indicator indicating a virtual machine type for executing the blockchain contract and a second indicator indicating a version of the virtual machine for executing the blockchain contract, the first indicator corresponds to a first byte of the bytecode of the blockchain contract, the second indicator corresponds to a second byte of the bytecode of the blockchain contract, and a third to an n th byte of the bytecode of the blockchain contract correspond to code for executing the blockchain contract, n being a natural number no less than three, and the first to the n th byte of the bytecode of the blockchain contract specifying an application binary interface format; and executing the blockchain contract using a virtual machine of the virtual machine type associated with the first indicator and the version of the virtual machine as indicated by the second indicator.
A nickel-base superalloy comprising the following composition in wt%: Cr 8.0 - 12.0; Co 9.0 - 11.0; Mo 0.4 - 0.6; W 9.0 - 10.0; Ta 0.1 - 3.5; Al 4.4 - 5.6; Ti 0.1 - 1,0; Hf 0.3 - 0.9; C 0.01 - 0.06; B 0.005 - 0.010; Zr 0 - 0.005; Nb 0.1 - 0.6; Mn 0 - 0.05; S 0 - 0.003; the balance Ni and unavoidable impurities; in which the total content of Al, Ta and Ti does not exceed 9.0 wt% and in which the total content of Nb and Ta does not exceed 2.4 at%.
A co-injection molded multilayer article, the article comprising: an inner layer comprising a first polymeric material, an outer layer comprising the first polymeric material; an interior layer comprising a second polymeric material, the interior layer disposed between the inner layer and the outer layer; and a molded aperture disposed between a gate region of the article and a peripheral edge region of the article, the molded aperture extending through the inner layer, the outer layer, and the interior layer, characterized in that the interior layer extends over at least 95% of a perimeter of a cross-section of the article downstream of the molded aperture, the interior layer is surrounded by the inner layer and the outer layer at an edge of the molded aperture, and the interior layer is a barrier layer or a scavenger layer, wherein the article has an increased thickness region (140a-f) proximal to the molded aperture and a flange with a sealable portion, wherein the interior layer extends to the flange and terminates without extending to an edge of the flange. an inner layer comprising a first polymeric material, an outer layer comprising the first polymeric material; an interior layer comprising a second polymeric material, the interior layer disposed between the inner layer and the outer layer; and a molded aperture disposed between a gate region of the article and a peripheral edge region of the article, the molded aperture extending through the inner layer, the outer layer, and the interior layer, characterized in that the interior layer extends over at least 95% of a perimeter of a cross-section of the article downstream of the molded aperture, the interior layer is surrounded by the inner layer and the outer layer at an edge of the molded aperture, and the interior layer is a barrier layer or a scavenger layer, wherein the article has an increased thickness region (140a-f) proximal to the molded aperture and a flange with a sealable portion, wherein the interior layer extends to the flange and terminates without extending to an edge of the flange.
System for packaging and applying a product, comprising: - a reservoir designed to contain said product and having a neck (10, 10') and a base, the neck (10, 10') extending along a longitudinal axis; - a product application assembly comprising a closure element configured to close the reservoir and a product applicator integral with said closure element designed to be inserted in said reservoir in order to be filled with product to be applied; - a retaining device (15, 25, 15', 25') configured to retain said application assembly on said reservoir and mounted so as to be movable between an active configuration in which the application assembly is retained on the reservoir and an inactive configuration in which the application assembly can be extracted from the reservoir; - a resilient element disposed so as to assume a stressed configuration when the retaining device (15, 25, 15', 25') is in the active configuration, switching of the retaining device (15, 25, 15', 25') to the inactive configuration causing said resilient element to expand; wherein the application assembly is movable along the longitudinal axis between a closed position in which the closure element blocks the reservoir and an extracted position in which it is moved back from the reservoir along the longitudinal axis and in which the resilient element in the stressed configuration biases the application assembly towards the extracted position, the expansion of the resilient element driving the displacement of the application assembly along an axial ejection stroke along the longitudinal axis relative to the reservoir; characterised in that the system further comprises a release device separate from the retaining device (15, 25, 15', 25') disposed so as to be movable on the reservoir between a non-operating position and a releasing position, the actuation of which causes said retaining device (15, 25, 15', 25') to switch to the inactive configuration. - a reservoir designed to contain said product and having a neck (10, 10') and a base, the neck (10, 10') extending along a longitudinal axis; - a product application assembly comprising a closure element configured to close the reservoir and a product applicator integral with said closure element designed to be inserted in said reservoir in order to be filled with product to be applied; - a retaining device (15, 25, 15', 25') configured to retain said application assembly on said reservoir and mounted so as to be movable between an active configuration in which the application assembly is retained on the reservoir and an inactive configuration in which the application assembly can be extracted from the reservoir; - a resilient element disposed so as to assume a stressed configuration when the retaining device (15, 25, 15', 25') is in the active configuration, switching of the retaining device (15, 25, 15', 25') to the inactive configuration causing said resilient element to expand;
Method for starting up a hand-guided working implement with an electric motor, with a voltage supply for the operation of the electric motor and with a manual actuating element provided at a handle of the working implement and to be operated by the user for starting up the electric motor, wherein the actuating element is connected to a control unit and the control unit controls the energy supply from the voltage source to the electric motor in response to an operating signal of the actuating element and the control unit blocks the supply of electric energy to the electric motor independently of the operating signal of the actuating element in a blocking state, wherein the control unit, on receipt of a control signal, switches from the blocking state into a standby state for enabling an energy supply to the electric motor, characterised in that the control signal is derived from a combination of an actuating stroke of the actuating element and an actuating time (ΔT B) of the actuating element, wherein a control signal is generated if within a preset actuating time (ΔT B) the actuating element has passed through a preset actuating stroke beyond a stroke threshold (H S) in an actuating direction and a preset return stroke against the actuating direction.
Device for producing an airplane fuselage comprising a lamination mandrel defined by an external surface which defines a rotation solid with respect to a symmetry axis; said lamination mandrel is adapted to receive and support a band of impregnated synthetic material which is deposited and wound on the external surface forming a plurality of overlapping layers which are subjected to a high temperature polymerisation process under vacuum for forming a structural section of the airplane; the lamination mandrel comprises a plurality of sectors angularly spaced about the axis and mobile along guides between: - an expanded lamination position in which the sectors have greater rectilinear edges parallel to the axis and arranged side by side and the external surfaces of the sectors opposite to the axis define together said external surface; and - a contracted disassembling position in which at least part of said sectors approaches the axis moving away from the trace of the surface to reduce the radial dimensions of the mandrel and allow the extraction of the mandrel itself from the structural section of the airplane; each sector being provided with an actuating system of the screw - nut screw type comprising a threaded rectilinear element extending along a radial rotation axis, a nut screw and motor means, characterised in that said threaded rectilinear element comprises an internal shaft made of a first material and extending along said rotation axis and an external tubular portion made of a second material, axially mounted on a portion of said internal shaft and externally provided with said threading; said first material having a dilatation coefficient smaller with respect to the dilatation coefficient of the second material; constraint means are provided between said internal shaft and said external tubular portion, adapted to prevent the angular displacement of the external tubular portion with respect to the internal shaft allowing a linear sliding of the external tubular portion with respect to the internal shaft; a a first end portion of the external tubular portion being connected to a respective end portion of said internal shaft; a thermal stress applied to said threaded element producing a sliding of a second free end portion of the external tubular portion with respect to the internal shaft so that said stress produces a limited overall elongation of the threaded rectilinear element which depends only on the reduced elongation of the first material and each sector remains in the previously defined expanded lamination position also following said thermal stress. - an expanded lamination position in which the sectors have greater rectilinear edges parallel to the axis and arranged side by side and the external surfaces of the sectors opposite to the axis define together said external surface; and - a contracted disassembling position in which at least part of said sectors approaches the axis moving away from the trace of the surface to reduce the radial dimensions of the mandrel and allow the extraction of the mandrel itself from the structural section of the airplane;
A method for a proximity broadcast receiver to receive and relay to a server messages including identification information corresponding to proximate wireless identity transmitters, comprising: receiving a short-range wireless broadcast message including a rolling identifier from a wireless identity transmitter within proximity; generating a sighting message in response to the received broadcast message, wherein the sighting message includes the rolling identifier and is characterized by associated data including the location of the proximity broadcast receiver and a timestamp from when the proximity broadcast receiver received the broadcast message; and transmitting the sighting message via long-range communications to a server for storage, by the server, of the location and time information in a database. receiving a short-range wireless broadcast message including a rolling identifier from a wireless identity transmitter within proximity; generating a sighting message in response to the received broadcast message, wherein the sighting message includes the rolling identifier and is characterized by associated data including the location of the proximity broadcast receiver and a timestamp from when the proximity broadcast receiver received the broadcast message; and transmitting the sighting message via long-range communications to a server for storage, by the server, of the location and time information in a database.
Motor vehicle, comprising a display device for depicting an image captured with at least one image capturing device onboard the motor vehicle and depicting the rear-side vehicle surrounding environment as well as a control device controlling the display device, wherein the image capturing device is arranged and positioned in such a way that the image does not depict a part of the actual vehicle body, wherein the control device is configured to additionally overlay at least one part of a vehicle body depiction generated independently from the captured image in the depiction of the image, characterised in that the vehicle body depiction to be overlaid is able to be adapted by the operator with regard to its size and/or its shape and/or determined elements of the vehicle body depiction to be overlaid, wherein the overlaid vehicle body depiction is distinguished from the depicted image by colour.
A placement assistance element for assisting in placement of an inserter for inserting a set, the placement assistance element comprising: an orienting feature to align and receive a corresponding keyway or detent of the inserter; and an adhesive pad for adhering the placement assistance element at an insertion site, characterized by the placement assistance element being configured for, subsequent to the placement assistance element being adhered to the insertion site, aligning and guiding the inserter and the set to an insertion site, the placement assistance element being removable from the insertion site while the set remains at the insertion site. an orienting feature to align and receive a corresponding keyway or detent of the inserter; and an adhesive pad for adhering the placement assistance element at an insertion site,