mhurhangee/ep-ind-claims huggingface dataset:
An information processing apparatus comprising: a detected information receiver configured to obtain physical quantity information indicating a physical quantity that occurs in a target device and changes in accordance with operation of the target device; a characteristic information generator configured to generate characteristic information indicating a characteristic of the physical quantity information; a data manager configured to classify the characteristic information into a plurality of stages contained in one cycle, so as to generate a plurality of pieces of characteristic information for each cycle, the cycle being a cycle including the plurality of stages and to be repeatedly executed by the target device; a storage unit configured to store the plurality of pieces of characteristic information for each cycle; and an output control unit configured to output one or more pieces of the plurality of pieces of characteristic information for a plurality of cycles, the cycles being executed at different points in time, to an output unit, characterized in that the data manager is configured to consolidate the plurality of pieces of characteristic information, for each stage, as a plurality of pieces of time-series data for the plurality of cycles into one graph by averaging and compressing the plurality of pieces of time-series data for each of the cycles in the time direction, and the output control unit is configured to integrally output the plurality of pieces of time-series data for the plurality of cycles in a plurality of stages. a detected information receiver configured to obtain physical quantity information indicating a physical quantity that occurs in a target device and changes in accordance with operation of the target device; a characteristic information generator configured to generate characteristic information indicating a characteristic of the physical quantity information; a data manager configured to classify the characteristic information into a plurality of stages contained in one cycle, so as to generate a plurality of pieces of characteristic information for each cycle, the cycle being a cycle including the plurality of stages and to be repeatedly executed by the target device; a storage unit configured to store the plurality of pieces of characteristic information for each cycle; and an output control unit configured to output one or more pieces of the plurality of pieces of characteristic information for a plurality of cycles, the cycles being executed at different points in time, to an output unit, characterized in that the data manager is configured to consolidate the plurality of pieces of characteristic information, for each stage, as a plurality of pieces of time-series data for the plurality of cycles into one graph by averaging and compressing the plurality of pieces of time-series data for each of the cycles in the time direction, and the output control unit is configured to integrally output the plurality of pieces of time-series data for the plurality of cycles in a plurality of stages.
A method for making a microelectronic device with one or several double-gate transistors, comprising the following steps: a) formation of one or several structures (150, 250, 260, 350, 360) on a substrate comprising at least a first block (110a, 310a), that is intended to form a first gate of a double-gate transistor, and at least a second block (120a, 320a) that is intended to form the second gate of said double-gate, the first block and the second block being located on opposite sides of at least one semiconducting zone and separated from the semiconducting zone by a first gate dielectric zone and a second gate dielectric zone respectively, b) doping of at least one semiconducting zone in the second block (120a, 320a) of at least one given structure (150, 250, 350) among said structures, using at least one implantation step selective relative to the first block (110a, 310a), said first implantation being done at a non zero predetermined angle (α) from a normal to the principal plane of the substrate passing through the semiconducting zone said implantation being done on a first side of the given structure, the part of the structure on the other side of the normal to the principal plane of the substrate passing through the semiconducting zone not being implanted. a) formation of one or several structures (150, 250, 260, 350, 360) on a substrate comprising at least a first block (110a, 310a), that is intended to form a first gate of a double-gate transistor, and at least a second block (120a, 320a) that is intended to form the second gate of said double-gate, the first block and the second block being located on opposite sides of at least one semiconducting zone and separated from the semiconducting zone by a first gate dielectric zone and a second gate dielectric zone respectively, b) doping of at least one semiconducting zone in the second block (120a, 320a) of at least one given structure (150, 250, 350) among said structures, using at least one implantation step selective relative to the first block (110a, 310a), said first implantation being done at a non zero predetermined angle (α) from a normal to the principal plane of the substrate passing through the semiconducting zone said implantation being done on a first side of the given structure, the part of the structure on the other side of the normal to the principal plane of the substrate passing through the semiconducting zone not being implanted.
An apparatus for production of energy from a renewable source, comprising: a supply system of a liquid; a tank, internally of which at least a part of a flow of the liquid is channelled; a shell positioned internally of the tank, vertically guided by guide means constrained at least to the structure of the tank so as to be vertically moved upwards or downwards based on a respective filling or emptying of the tank with or from said liquid; first discharge means, associated to the tank, for emptying the liquid from the tank; second discharge means, associated to the shell for emptying the liquid from the shell; a transmission system actuated by the vertical movement in both directions of the shell internally of the tank provided for converting a linear motion into a continuous rotary motion for production of energy actuated by a corresponding actuator, the apparatus being characterised in that the liquid supply system comprises: a primary conduit where at least a part of the liquid of the renewable source is channelled; a second conduit opening internally of the tank; a third conduit, destined, following detection of the maximum liquid level contained in the tank, to introduce a part of the liquid internally of the shell so as to facilitate the downwards vertical movement of the shell; a discharge conduit; switching means associated to the primary conduit which channel, according to predefined criteria, the liquid from the primary conduit into the second conduit, or into the third conduit, or into the discharge conduit; a first command device (A 1), destined to control and actuate the switching means for determining the opening/closing of the second conduit, or third conduit, or discharge conduit.
A heat-not-burn tobacco product comprising a tobacco rod part, a mouthpiece part, and a wrapped part in which the tobacco rod part and the mouthpiece part are wrapped with tipping paper, wherein a lip release agent (13a, 13b) is applied to at least a portion of the tipping paper, wherein the wrapped part consists of a first region and a second region in a longitudinal direction of the heat-not-bum tobacco product, the first region including a mouthpiece-side end of the heat-not-bum tobacco product, and the second region including a tobacco rod-side end, and characterised in that the first region and the second region satisfy a following condition: (a content of the lip release agent per unit area in the first region) > (a content of the lip release agent per unit area in the second region). wherein a lip release agent (13a, 13b) is applied to at least a portion of the tipping paper, wherein the wrapped part consists of a first region and a second region in a longitudinal direction of the heat-not-bum tobacco product, the first region including a mouthpiece-side end of the heat-not-bum tobacco product, and the second region including a tobacco rod-side end, and characterised in that the first region and the second region satisfy a following condition: (a content of the lip release agent per unit area in the first region) > (a content of the lip release agent per unit area in the second region).
Fine blanking press which comprises a top unit, a bottom unit and tie rods and pillars connecting the top unit and bottom unit in a force-fitting manner, having a V-ring cylinder which is arranged in the top unit and in which a V-ring piston for moving V-ring pins is guided, a main piston/plunger which is arranged in the bottom unit, executes a stroke movement and bears a die plate, said main piston/plunger having a counter-acting cylinder chamber in which a counter-acting piston is guided, a central adjusting mechanism, arranged coaxially with the stroke axis, made up of an adjusting nut with an internal thread and a V-ring cylinder with an external thread for setting the upper installation space with respect to the main piston and a hydraulic system for supplying the cylinder chambers arranged in the top unit and bottom unit with a fluid set to a specified pressure, characterized in that the V-ring cylinder is configured as an integrally formed core body on which a separate stripping/expulsion cylinder having a stripping/expulsion piston aligned with the stroke axis is arranged, and the counter-acting piston in the main piston is assigned an ejector piston, wherein the stripping/expulsion piston and the ejector piston are each assigned mutually independent pressure chambers (36a, 36b; 79) which are connected together hydraulically, and in that the stripping/expulsion cylinder/core body (31/16) are assigned at least two diametrically opposite preloading pistons with piston rods on the top unit, which are each guided into a preloading cylinder chamber (58a, 58b), pressurized with fluid of the hydraulic system, in the top unit in a manner perpendicularly aligned with the adjusting nut, wherein the piston rods are connected together by an adjusting cross member such that an adjusting movement of the preloading pistons and piston rods (59, 60) applies an external vertical adjusting force to the stripping/expulsion cylinder/core body (31/16), said force axially locking or releasing the internal thread of the adjusting nut to the external thread of the core body, and in that the main piston has working faces (68a, 68b) which protrude in a discus-like manner and partition working chambers (69a, 69b) located vertically above one another with a small stroke in the cylinder chamber of the bottom unit.
A construction vehicle tire comprising: a pair of bead cores constituting a bead portion (22, 42); and a carcass that extends over the pair of bead cores and has a folded ply that is folded at the bead core, wherein the bead portion (22, 42) includes a plurality of recessed portions (28, 38) that are aligned with an interval in between in a tire circumference direction so as to be recessed from a tire outer side to a side of the folded ply, and the following relational expressions are satisfied: H 1 / SH > 0.04; and H 2 / SH < 0.30 where: SH represents a tire section height; H1 represents a height from a rim radius height to an inner edge of the recessed portion (28, 38) in a tire radius direction; and H2 represents a height from the rim radius height to an outer edge of the recessed portion (28, 38) in the tire radius direction, characterised in that under a condition of being assembled on a rim, the recessed portion (28, 38) extends over a separation point between the rim and the bead portion (22, 42). a pair of bead cores constituting a bead portion (22, 42); and a carcass that extends over the pair of bead cores and has a folded ply that is folded at the bead core, wherein the bead portion (22, 42) includes a plurality of recessed portions (28, 38) that are aligned with an interval in between in a tire circumference direction so as to be recessed from a tire outer side to a side of the folded ply, and the following relational expressions are satisfied: H 1 / SH > 0.04; and H 2 / SH < 0.30 where: SH represents a tire section height; H1 represents a height from a rim radius height to an inner edge of the recessed portion (28, 38) in a tire radius direction; and H2 represents a height from the rim radius height to an outer edge of the recessed portion (28, 38) in the tire radius direction, characterised in that under a condition of being assembled on a rim, the recessed portion (28, 38) extends over a separation point between the rim and the bead portion (22, 42).
A translational thrust system for a rotary wing aircraft, the translational thrust system comprising a translational thrust propeller; a propulsor gearbox assembly for the translational thrust propeller, comprising: a housing defining an interior cavity; a single stage planetary gear assembly contained within the interior cavity, the planetary gear assembly comprising a planetary carrier frame with a plurality of planetary gears; an input shaft aligned on a first axis of rotation; and an output shaft aligned along a second axis of rotation, the output shaft being coupled along the second axis of rotation to the planetary carrier frame; wherein the first axis of rotation is coaxial with the second axis of rotation; and wherein the output shaft is connected to the translational thrust propeller characterized in that the propulsor gearbox assembly further comprises: a gear-driven pump and a sump chamber contained within the interior cavity, wherein the gear-driven pump is configured to be driven by the planetary gear assembly; a propeller pitch actuation system provided externally from the propulsor gearbox assembly. a housing defining an interior cavity; a single stage planetary gear assembly contained within the interior cavity, the planetary gear assembly comprising a planetary carrier frame with a plurality of planetary gears; an input shaft aligned on a first axis of rotation; and an output shaft aligned along a second axis of rotation, the output shaft being coupled along the second axis of rotation to the planetary carrier frame; wherein the first axis of rotation is coaxial with the second axis of rotation; and wherein the output shaft is connected to the translational thrust propeller a gear-driven pump and a sump chamber contained within the interior cavity, wherein the gear-driven pump is configured to be driven by the planetary gear assembly; a propeller pitch actuation system provided externally from the propulsor gearbox assembly.
Device for the aeroponic cultivation of plant products, comprising a plurality of support plates each of which is provided with at least one seat for removably receiving a respective pot containing a plant product, which pot has openings to allow communication between the inside thereof and the outer environment, and at least one stationary nourishment container including nebulization nozzles associated with hydraulic ducts, to deliver a nourishing fluid containing water and nutrients to the roots of said plant products when one or more pots are at said nourishment container, wherein said device comprises a transit path of the plant products along which the relevant plant products are subjected to a growth step, a feeding station intended to feed in succession said plates to said transit path, a collection/discard station for collecting/discarding said plates, to which the plates are fed from the transit path upon reaching a predetermined growth or upon the occurrence of an anomalous growth condition, and moving means (30, 32) intended to move said plates in succession between the aforesaid feed and collection/discard stations, and characterised in that a monitoring location is provided along the transit path, which is connected to a programmable control unit associated with the device (10; 10a) to manage its operation, which location includes sensor means adapted to detect the presence of each plate when it passes at said monitoring location, and a memory associated with the control unit, in which sample characteristics of the plant products are stored, with the purpose of deriving at least one information related to the growth and/or to the condition of the plant products associated with that plate to decide whether that plate must continue along the transit path or the plate must be sent to said collection/discard station.
A modular pipetting unit comprising a pipetting tip for pipetting of fluid samples, a pump conduit embodied as wound entity including plural windings for transferring a negative or positive pressure to said pipetting tip, wherein said pump conduit is being at least partly filled with liquid system fluid which can either be transported towards a liquid system fluid reservoir to aspirate fluids into the fluid sample conduit or transported towards the pipetting tip to dispense fluids from the fluid sample conduit regularly with a gas bubble in-between the non-pipetted liquid system fluid and the pipetted fluid samples, and a housing at least partly accommodating said pump conduit and being provided with a fluidic connector, characterized in that each winding of the pump conduit includes linearly extending portions connected by curved portions and wherein the pipetting tip is being immediately connected to a linearly extending portion, wherein the pump conduit has longer linearly extending conduit portions in a first direction and shorter linearly extending conduit portions in a second direction vertically aligned to the first direction which are connected by curved conduit portions, wherein said pipetting tip and the longer linearly extending portion of the pump conduit adjoining said pipetting tip mutually define a fluid sample conduit for receiving said fluid samples, said fluid sample conduit having in use a vertical orientation with respect to gravity.
A cooking utensil comprising a metal substrate having a concave inner face intended to be arranged on the side of food to be placed in said utensil and a convex outer face intended to be arranged towards a heat source, said inner face, starting from said substrate, successively being coated with a hard base and a non-stick coating covering said hard base, said non-stick coating comprising at least one layer comprising at least one fluorocarbon resin alone or in a mixture with a heat-stable binder resin resistant to at least 200°C, this or these resin(s) forming a continuous sintered network, characterized in that the hard base is a rough layer of enamel containing less than 50 ppm lead and less than 50 ppm cadmium and is a discontinuous layer comprising a surface dispersion of enamel droplets distributed homogeneously over the inner face of the utensil, with a coating rate of the inner face of between 40% and 80%, a surface density of between 300 droplets/mm 2 and 2000 droplets/mm 2, and a droplet size of between 2 μm and 50 μm, having the following characteristics: - a hardness greater than that of the metal or metal alloy forming the substrate, - a melting point lying between that of the metal or metal alloy forming the substrate and that of the sintered resin(s) of the non-stick coating, and - a surface roughness Ra of between 2 and 50 μm. - a hardness greater than that of the metal or metal alloy forming the substrate, - a melting point lying between that of the metal or metal alloy forming the substrate and that of the sintered resin(s) of the non-stick coating, and - a surface roughness Ra of between 2 and 50 μm.
Wiper device for a panoramic windscreen of a vehicle with a predefined maximum curvature, wherein the wiper device - has a wiper arm which can be fixed by way of a fixed end to an output shaft of a pivoting gear by way of a first tilt joint and which has a pivotable end, and - comprises a wiper blade which, by way of a wiper blade holder with a second tilt joint, is arranged on the pivotable end of the wiper arm so as to be laterally offset with respect to the pivotable end of the wiper arm, wherein - the wiper device has an elastic element between the pivotable end of the wiper arm and the wiper blade, characterized in that - the elastic element has a rubber-elastic element, - wherein the elastic element has a curvature in the unloaded state, wherein the curvature of the elastic element is greater than the maximum curvature of the panoramic windscreen. - has a wiper arm which can be fixed by way of a fixed end to an output shaft of a pivoting gear by way of a first tilt joint and which has a pivotable end, and - comprises a wiper blade which, by way of a wiper blade holder with a second tilt joint, is arranged on the pivotable end of the wiper arm so as to be laterally offset with respect to the pivotable end of the wiper arm, wherein - the wiper device has an elastic element between the pivotable end of the wiper arm and the wiper blade, characterized in that - the elastic element has a rubber-elastic element, - wherein the elastic element has a curvature in the unloaded state, wherein the curvature of the elastic element is greater than the maximum curvature of the panoramic windscreen.
A method comprising: sending, by a base station distributed unit to a base station central unit, configuration parameters of at least one periodic radio resource for packet transmissions of a wireless device in a radio resource control, RRC, inactive or RRC idle state; and receiving, by the base station distributed unit from the base station central unit, a wireless device context release message comprising: an RRC release message; and an indication that the base station distributed unit maintains the at least one periodic radio resource while the wireless device is in the RRC idle state or the RRC inactive state; transmitting, by the base station distributed unit to the wireless device, the RRC release message; releasing, by the base station distributed unit, a wireless device access-stratum context of the wireless device; maintaining, by the base station distributed unit, while the wireless device is in the RRC inactive or RRC idle state, the configuration parameters of the at least one periodic radio resource; and receiving, by the base station distributed unit from the wireless device in the RRC inactive or RRC idle state, and based on the configuration parameters, one or more transport blocks via the at least one periodic radio resource. sending, by a base station distributed unit to a base station central unit, configuration parameters of at least one periodic radio resource for packet transmissions of a wireless device in a radio resource control, RRC, inactive or RRC idle state; and receiving, by the base station distributed unit from the base station central unit, a wireless device context release message comprising: an RRC release message; and an indication that the base station distributed unit maintains the at least one periodic radio resource while the wireless device is in the RRC idle state or the RRC inactive state; an RRC release message; and an indication that the base station distributed unit maintains the at least one periodic radio resource while the wireless device is in the RRC idle state or the RRC inactive state; transmitting, by the base station distributed unit to the wireless device, the RRC release message; releasing, by the base station distributed unit, a wireless device access-stratum context of the wireless device; maintaining, by the base station distributed unit, while the wireless device is in the RRC inactive or RRC idle state, the configuration parameters of the at least one periodic radio resource; and receiving, by the base station distributed unit from the wireless device in the RRC inactive or RRC idle state, and based on the configuration parameters, one or more transport blocks via the at least one periodic radio resource.