mhurhangee/ep-ind-claims huggingface dataset:
An electric power converter comprising: - a power module which includes: - a semiconductor chip (952, 954), - a dielectric substrate on which the semiconductor chip (952, 954) is arranged, and - a metal base on which the dielectric substrate is arranged; - a capacitor module which includes: - a capacitor element and a flat plate conductor for connecting the capacitor element with the power module; and - a channel formation for forming a cooling medium channel in which a cooling medium flows, wherein the channel formation is sandwiched between the power module and the capacitor module, the metal base is fixed to the channel formation and provided with a heat release fin which is protruded into the cooling medium channel at a position opposing the dielectric substrate, the flat plate conductor is arranged between the cooling medium channel and the capacitor element, and the power module, the channel formation, and the capacitor module are integrated, wherein the flat plate conductor has stacked conductors with an insulator therebetween, wherein the stacked conductors have a positive flat plate conductor and a negative flat plate conductor, wherein the stacked conductors are arranged between the cooling medium channel and the capacitor element, characterized in that: the flat plate conductor is protruded from between the cooling medium channel and the capacitor element, and bent towards the power module. - a power module which includes: - a semiconductor chip (952, 954), - a dielectric substrate on which the semiconductor chip (952, 954) is arranged, and - a metal base on which the dielectric substrate is arranged; - a capacitor module which includes: - a capacitor element and a flat plate conductor for connecting the capacitor element with the power module; and - a channel formation for forming a cooling medium channel in which a cooling medium flows, wherein the flat plate conductor is protruded from between the cooling medium channel and the capacitor element, and bent towards the power module.
A method for the production of a beverage with an ethanol content of less than 0.5 vol-%, having the following steps a) providing malt for producing a wort; and b) processing the malt to a wort; and c) fermenting the wort using a maltose-negative yeast, wherein the maltose-negative yeast for fermenting the wort is a yeast of the genus Saccharomycodes, sp. Ludwigii, wherein at least a part of the wort is fermented with a Lactobacillus spp. for obtaining lactic acid, or having the step of adding lactic acid to the wort. a) providing malt for producing a wort; and b) processing the malt to a wort; and c) fermenting the wort using a maltose-negative yeast, wherein the maltose-negative yeast for fermenting the wort is a yeast of the genus Saccharomycodes, sp. Ludwigii,
A process for realising a blanket or slab for overprint varnishing comprising at least a support layer and a varnishing layer, characterised in that a digital model of the varnishing layer is created envisaging areas with a lack of material that modify in a localised way the thickness of said varnishing layer, and in that a material is applied on said support layer, such material being made of non-cross-linked thermoplastic elastomeric polymer with an additive technology that physically reproduces the digital model of said varnishing layer.
A water consumption regulating device, comprising a water tank, a hinged base is fixedly arranged on an inner wall of the water tank, a water separator is hinged on the hinged base, and a regulating mechanism is provided between the hinged base and the water separator; the regulating mechanism is configured to drive the water separator to rotate and fix to divide accommodation space of the water tank, upper and lower parts of an side end of the water separator are respectively provided with an upper pivot and a lower pivot, an upper hinge hole and a lower hinge hole for inserting the upper pivot and the lower pivot are correspondingly arranged at upper and lower parts of the hinged base, and the water separator is correspondingly inserted into the upper hinge hole and the lower hinge hole through the upper pivot and the lower pivot; wherein the regulating mechanism comprises a knob, the knob comprises a knob body and an insertion portion provided at a lower end of the knob body, the upper hinge hole is arranged from top to bottom, and a lower end of the insertion portion is provided with an insertion hole; after the knob is inserted into the upper hinge hole from top to bottom through the insertion portion, the insertion hole is sleeved on a peripheral surface of the upper pivot, so that the knob is fixed relative to the upper pivot in a circumferential direction and movable relative to the upper pivot in an axial direction; a periphery of the knob body is fixedly provided with a snap portion, the hinged base is provided with an open position snap slot and a closed position snap slot, the open position snap slot and the closed position snap slot are configured for receiving of the snap portion; in the open state, the snap portion is snapped in the open position snap slot; in the closed state, the water separator is driven to rotate by rotation of the knob after the knob is lifted up to separate the snap portion from the open position snap slot, so as to make the snap portion enter the closed position snap slot to separate the accommodation space of the water tank.
Stabilizer for a lower link of a three-point hitch of a tractor, having a first stabilizer member and a second stabilizer member which is connected to the first stabilizer member in a resiliently movable manner, wherein the second stabilizer member is able to be rotated relative to the first stabilizer member in order to adapt the stabilizer length, having a curved securing member which is pivotably articulated to the first stabilizer member and which can be brought into engagement with a securing slot which is formed in the periphery of the second stabilizer member in order to rotationally secure the two stabilizer members (12, 16), and having a locking flap which can be pivoted into a closed position in order to block a resilient movement which occurs between the stabilizer members (12, 16), and wherein a locking flap portion which faces the curved securing member in the pivot direction is formed in such a manner that the curved securing member, with the second stabilizer member being released, can also be pivoted out of the securing slot when the locking flap is located in the closed position, characterized in that the securing slot is formed in a locking projection which is formed on the periphery of the second stabilizer member.
A method for controlling page content in an e-book application executing within an electronic device, the method comprising the steps of: displaying a page of page content of the e-book; detecting a deformation of a display unit of the electronic device; in response to detecting the deformation whilst displaying the page, displaying first and second gesture detection areas (512; 514) that detect a gesture of a user, wherein the first and second gesture detection areas are displayed either side of and adjacent to the displayed page, respectively, and wherein displaying the gesture detection areas comprises dividing each of the first and second gesture detection areas into a respective first area and a respective second area, the first area defining a first speed for turning the page, and the second area defining a second speed for turning the page, the second speed being slower than the first speed, and a size of the first and second gesture detection areas corresponds to an amount of pages of the page content; wherein a turning direction of the page content is preset in each of the first and second gesture detection areas, and detecting a touch point of a user in the first area or second area of the first or second gesture detection areas; and controlling turning of the page content in accordance with the detected touch point of the user. displaying a page of page content of the e-book; detecting a deformation of a display unit of the electronic device; in response to detecting the deformation whilst displaying the page, displaying first and second gesture detection areas (512; 514) that detect a gesture of a user, wherein the first and second gesture detection areas are displayed either side of and adjacent to the displayed page, respectively, and wherein displaying the gesture detection areas comprises dividing each of the first and second gesture detection areas into a respective first area and a respective second area, the first area defining a first speed for turning the page, and the second area defining a second speed for turning the page, the second speed being slower than the first speed, and a size of the first and second gesture detection areas corresponds to an amount of pages of the page content; wherein a turning direction of the page content is preset in each of the first and second gesture detection areas, and detecting a touch point of a user in the first area or second area of the first or second gesture detection areas; and controlling turning of the page content in accordance with the detected touch point of the user.
A ventilation device for a motor vehicle, the ventilation device comprising: - a frame defining an opening for an air flow having an intensity and a direction relative to the frame, - at least one flap mounted rotating relative to the frame about a pivot axis between an open position, suitable for allowing the air flow to pass, and a closed position, suitable for reducing the intensity of the air flow or changing its direction, the flap extending along the pivot axis and having a first end and a second end that are opposite one another along the pivot axis, - each of the first end and the second end being mounted rotating on the frame about the pivot axis, and - an intermediate support located between the first end and the second end along the pivot axis, the flap being mounted rotating on the intermediate support relative to the frame about the pivot axis, the intermediate support being attached on the frame, the flap comprising a body extending from the first end to the second end along the pivot axis, characterized in that the flap further comprises a fastening portion secured to the body and forming a third pin and a third housing, the intermediate support forming the other of a third pin and a third housing, the third pin being located in the third housing to form a third pivot about the pivot axis between the flap and the intermediate support, the third pin and the third housing being configured to nest one in the other along the pivot axis during a step for assembling the flap on the intermediate support. - a frame defining an opening for an air flow having an intensity and a direction relative to the frame, - at least one flap mounted rotating relative to the frame about a pivot axis between an open position, suitable for allowing the air flow to pass, and a closed position, suitable for reducing the intensity of the air flow or changing its direction, the flap extending along the pivot axis and having a first end and a second end that are opposite one another along the pivot axis, - each of the first end and the second end being mounted rotating on the frame about the pivot axis, and - an intermediate support located between the first end and the second end along the pivot axis, the flap being mounted rotating on the intermediate support relative to the frame about the pivot axis, the intermediate support being attached on the frame,
An on-demand animal feed apparatus comprising: a receiving chamber configured to transfer animal feed from a feed supply to a feed reservoir, the receiving chamber comprising an upper section to connect to the feed supply, a lower section, and an intermediate section disposed between the upper and lower sections; a base tube connected to the lower section of the receiving chamber, the base tube having an upper portion that cooperates with the receiving chamber to define the feed reservoir, and a lower portion defining a discharge opening for dispensing animal feed; and an actuator disposed at least partially within the base tube and configured to raise and lower in an axial direction in response to movement by an animal, thereby allowing the on-demand transfer of animal feed from the feed reservoir through the discharge opening; wherein the actuator comprises a sealing portion disposed within the feed reservoir and connected to a downwardly extending stem portion protruding out of the base tube a distance past the discharge opening; and wherein the sealing portion comprises a first component, a second component, and an adjustment mechanism to adjust the position of the first and second components (80, 82) relative to each other in order to vary an overall static dimension of the sealing portion. a receiving chamber configured to transfer animal feed from a feed supply to a feed reservoir, the receiving chamber comprising an upper section to connect to the feed supply, a lower section, and an intermediate section disposed between the upper and lower sections; a base tube connected to the lower section of the receiving chamber, the base tube having an upper portion that cooperates with the receiving chamber to define the feed reservoir, and a lower portion defining a discharge opening for dispensing animal feed; and an actuator disposed at least partially within the base tube and configured to raise and lower in an axial direction in response to movement by an animal, thereby allowing the on-demand transfer of animal feed from the feed reservoir through the discharge opening; wherein the actuator comprises a sealing portion disposed within the feed reservoir and connected to a downwardly extending stem portion protruding out of the base tube a distance past the discharge opening; and wherein the sealing portion comprises a first component, a second component, and an adjustment mechanism to adjust the position of the first and second components (80, 82) relative to each other in order to vary an overall static dimension of the sealing portion.
A combustion chamber construction for an internal combustion engine including at least one cylinder with longitudinally-separated exhaust and intake ports (126, 124) and a pair of pistons disposed in opposition to one another in a bore of the cylinder, in which the pistons have shaped end surfaces that define a combustion chamber when the pistons are near top dead center positions in the cylinder, characterized in that: the shaped end surfaces (182a, 182b; 382, 382) define a combustion chamber (200, 400) having an elongated, bi-directionally tapered, ellipsoidal shape with a major axis (202, 402) and two injection ports (203, 403) aligned with the major axis when the pistons are near the TDC positions, such that the injection ports open into the combustion chamber at opposing ends of the elongated, bi-directionally tapered, ellipsoidal shape; and, the cylinder includes two fuel injector ports (165, 265) extending in a radial direction of the cylinder at locations aligned with the injection ports of the combustion chamber. the shaped end surfaces (182a, 182b; 382, 382) define a combustion chamber (200, 400) having an elongated, bi-directionally tapered, ellipsoidal shape with a major axis (202, 402) and two injection ports (203, 403) aligned with the major axis when the pistons are near the TDC positions, such that the injection ports open into the combustion chamber at opposing ends of the elongated, bi-directionally tapered, ellipsoidal shape; and, the cylinder includes two fuel injector ports (165, 265) extending in a radial direction of the cylinder at locations aligned with the injection ports of the combustion chamber.
A transmission device (4, 5), comprising: a modulation unit (41, 51) that performs chirp-spread modulation on an input information series to generate a modulation signal; a delay unit (42, 53) that provides, to a plurality of modulation signals obtained by duplicating the modulation signal generated by the modulation unit, delays having lengths different from each other, a difference between the delays being an integral multiple of a reciprocal of a bandwidth of the modulation signal; and a plurality of transmission antennas (44, 54) that transmit the plurality of modulation signals, respectively, to which the delays are provided by the delay unit. a modulation unit (41, 51) that performs chirp-spread modulation on an input information series to generate a modulation signal; a delay unit (42, 53) that provides, to a plurality of modulation signals obtained by duplicating the modulation signal generated by the modulation unit, delays having lengths different from each other, a difference between the delays being an integral multiple of a reciprocal of a bandwidth of the modulation signal; and a plurality of transmission antennas (44, 54) that transmit the plurality of modulation signals, respectively, to which the delays are provided by the delay unit.
A method of depositing metal on at least part of the wall surface in a passage in a structure, said passage having a cross-sectional area less than 2 x 10 -11 m 2, the method comprising the steps of: introducing into and retaining in said passage an electroless plating solution comprising a mixture of a metal source or compound and a reducing agent, the metal source or compound having a nil or relatively low plating rate at normal room temperature; thereafter heating said structure to a temperature of at least 50°C whilst the plating solution is retained in the passage for a period sufficient to cause a metal layer to form on said wall surface, and optionally repeating said introducing and heating steps. introducing into and retaining in said passage an electroless plating solution comprising a mixture of a metal source or compound and a reducing agent, the metal source or compound having a nil or relatively low plating rate at normal room temperature; thereafter heating said structure to a temperature of at least 50°C whilst the plating solution is retained in the passage for a period sufficient to cause a metal layer to form on said wall surface, and optionally repeating said introducing and heating steps.
A BMP-clay composite material for the promotion of bone growth in a subject comprising - laponite clay nanoparticles; and - BMP (Bone Morphogenic Protein), wherein the BMP is provided in the BMP-clay composite at a dose of between 0.01 and 300 μg. - laponite clay nanoparticles; and - BMP (Bone Morphogenic Protein),
A method, comprising: pumping fluid from outside of a downhole tool through a flowline of the downhole tool with a pump; taking a first plurality of measurements, using at least one sensor, within the flowline during a sampling phase; characterized by estimating a saturation pressure of the fluid, via a processor, based on the first plurality of measurements and a saturation pressure model generated based on a second plurality of measurements taken using the at least one sensor during a calibration phase; and operating the pump to maintain a fluid pressure in the flowline greater than the estimated saturation pressure. pumping fluid from outside of a downhole tool through a flowline of the downhole tool with a pump; taking a first plurality of measurements, using at least one sensor, within the flowline during a sampling phase; characterized by estimating a saturation pressure of the fluid, via a processor, based on the first plurality of measurements and a saturation pressure model generated based on a second plurality of measurements taken using the at least one sensor during a calibration phase; and operating the pump to maintain a fluid pressure in the flowline greater than the estimated saturation pressure.
An inertial micro-sensor of angular displacements comprising: • at least one inertial mass (112, 1210) movable in space (X, Y, Z); • a first exciter configured to generate a first vibratory movement of the inertial mass along a first direction, so as to generate a first Coriolis force along a third direction, induced by an angular displacement of the inertial mass around a second direction, the first, second and third directions being mutually perpendicular; • a second exciter configured to generate a second vibratory movement of the inertial mass (112, 1210) along a second direction, so as to generate a second Coriolis force along the third direction, induced by an angular displacement of the inertial mass (112, 1210) around the first direction; • means for detecting the first Coriolis force and the second Coriolis force, wherein the detection means comprise a common detector for the first Coriolis force and the second Coriolis force and configured to produce an electrical signal processed by a processing circuit so as to distinguish a first component of the electrical signal corresponding to the first Coriolis force and a second component of the electrical signal corresponding to the second Coriolis force, and characterized by the fact that it is provided with a detection mass kinematically linked to the inertial mass and at which the common detector detects the first Coriolis force and the second Coriolis force. • at least one inertial mass (112, 1210) movable in space (X, Y, Z); • a first exciter configured to generate a first vibratory movement of the inertial mass along a first direction, so as to generate a first Coriolis force along a third direction, induced by an angular displacement of the inertial mass around a second direction, the first, second and third directions being mutually perpendicular; • a second exciter configured to generate a second vibratory movement of the inertial mass (112, 1210) along a second direction, so as to generate a second Coriolis force along the third direction, induced by an angular displacement of the inertial mass (112, 1210) around the first direction; • means for detecting the first Coriolis force and the second Coriolis force,