mhurhangee/ep-ind-claims huggingface dataset:
A cutter unit for a rotary tiller machine comprising a coupling flange connected or connectable to a rotor of the tiller machine, a first blade and a second blade, said first and second blades (1, 2) comprising a respective working portion (10, 20) and a respective coupling portion (11, 21), said cutter unit further comprising a housing seat for said blades (1, 2), which extends in a radial direction on said coupling flange and towards the outside of the same, wherein the coupling portion of the first blade comprises an opening capable of accommodating a locking element for the locking of said first blade with respect to said coupling flange at least in a direction of extraction of said blades (1, 2) from said housing seat, said direction of extraction corresponding essentially to a radial direction, said blades (1, 2) comprising a respective shaped portion (12, 22), wherein the shaped portion of said first blade is defined by a lateral extension and the shaped portion of said second blade defines a cutaway area within which said extension engages, characterized in that said locking element comprises a screw, or a pin provided with a plug, insertable, as well as into the opening, into a hole created on said coupling flange.
A wind turbine tower comprising a plurality of annular segments axially aligned with each other, at least one of the annular segments comprising a plurality of assembled sectors made of precast concrete, adjacent sectors of this segment being assembled by clamping devices and each segment comprising at the interface of adjacent sectors shear keys cast with the sectors, the sectors comprising recesses for accommodating the shear keys, characterised in that these recesses opening out onto the intrados of the sectors in the assembled state.
A horizontal reactor comprising a fixed outer housing of generally circular cylindrical shape, equipped with at least one liquid inlet and at least one liquid outlet, with a cylindrical wall bordered by a front face and a distal face opposite to each other, characterized in that the housing has an opening provided in its front face, this opening being equipped with a cover which can be closed in a sealed manner, and in that the reactor further comprises a rotating cage of generally circular cylindrical shape, comprising multiple openings, housed in the housing and rotatably mounted around a substantially horizontal axis extending along the longitudinal axis of the housing, a motor for driving the rotating cage in rotation, a single horizontal rotary shaft mechanically connecting the rotating cage to the motor and extending outwards from the distal face of the housing, at least one bearing provided around the rotary shaft to hold it and guide it, and to support the weight of the rotating cage in cantilever, at least one removable basket comprising multiple openings and intended to be able to be introduced inside the rotating cage and to be removed therefrom through an open circular face of the rotating cage provided opposite the opening equipped with a cover.
A blade made of composite of a gas turbine compressor or of a fan of a fan turbojet engine, comprising a vane formed of woven filaments impregnated with a thermosetting resin with a protective element in the region of the leading edge of the vane comprising a part, in the form of a rigid strip (10Bi, 10Be), said strip being secured to the vane, wherein at least one layer of a viscoelastic material (20, 21, 22) is at least partially interposed between said rigid strip (10Bi, 10Be) and the vane so as to form, with the protective element, a means (11, 12, 13, 14) of damping the vibrations of the vane.
A method of wireless communication performed by a first wireless communication device, comprising: receiving an indication of: a first set of non-adaptive physical downlink control channel, PDCCH, resources for monitoring; a first set of adaptive PDCCH resources for monitoring; a second set of non-adaptive PDCCH resources for transmitting one or more downlink control information, DCI, communications to a second wireless communication device; and a second set of adaptive PDCCH resources for transmitting the one or more DCI communications; monitoring, based at least in part on whether the first set of adaptive PDCCH resources is activated: the first set of non-adaptive PDCCH resources, or the first set of non-adaptive PDCCH resources and the first set of adaptive PDCCH resources; and transmitting, based at least in part on whether the second set of adaptive PDCCH resources is activated, the one or more DCI communications to the second wireless communication device using: the second set of non-adaptive PDCCH resources, or the second set of non-adaptive PDCCH resources and the second set of adaptive PDCCH resources. receiving an indication of: a first set of non-adaptive physical downlink control channel, PDCCH, resources for monitoring; a first set of adaptive PDCCH resources for monitoring; a second set of non-adaptive PDCCH resources for transmitting one or more downlink control information, DCI, communications to a second wireless communication device; and a second set of adaptive PDCCH resources for transmitting the one or more DCI communications; a first set of non-adaptive physical downlink control channel, PDCCH, resources for monitoring; a first set of adaptive PDCCH resources for monitoring; a second set of non-adaptive PDCCH resources for transmitting one or more downlink control information, DCI, communications to a second wireless communication device; and a second set of adaptive PDCCH resources for transmitting the one or more DCI communications; monitoring, based at least in part on whether the first set of adaptive PDCCH resources is activated: the first set of non-adaptive PDCCH resources, or the first set of non-adaptive PDCCH resources and the first set of adaptive PDCCH resources; and the first set of non-adaptive PDCCH resources, or the first set of non-adaptive PDCCH resources and the first set of adaptive PDCCH resources; and transmitting, based at least in part on whether the second set of adaptive PDCCH resources is activated, the one or more DCI communications to the second wireless communication device using: the second set of non-adaptive PDCCH resources, or the second set of non-adaptive PDCCH resources and the second set of adaptive PDCCH resources. the second set of non-adaptive PDCCH resources, or the second set of non-adaptive PDCCH resources and the second set of adaptive PDCCH resources.
A glass pharmaceutical package having a glass composition comprising: from greater than or equal to 68.00 mol% to less than or equal to 81.00 mol% SiO 2; from greater than or equal to 4.00 mol% to less than or equal to 11.00 mol% Al 2 O 3; from greater than or equal to 0.10 mol% to less than or equal to 16.00 mol% Li 2 O; from greater than or equal to 0.10 mol% to less than or equal to 12.00 mol% Na 2 O; from greater than or equal to 0.00 mol% to less than or equal to 5.00 mol% K 2 O; from greater than or equal to 0.10 mol% to less than or equal to 8.00 mol% MgO; from greater than or equal to 0.10 mol% to less than or equal to 5.00 mol% CaO; from greater than or equal to 0.00 mol% to less than or equal to 0.20 mol% fining agent; wherein the glass pharmaceutical package is delamination resistant, the glass pharmaceutical package has class 1 or class 2 chemical durability in acid, base, and water, the amount of Li 2 O relative to the total alkali metal content is from greater than or equal to 60% to less than or equal to 70%, the amount of sodium to the total alkali metal content is from greater than or equal to 12% to less than or equal to 22%, and the amount of potassium relative to the total alkali metal content is from greater than or equal to 12% to less than or equal to 22%. from greater than or equal to 68.00 mol% to less than or equal to 81.00 mol% SiO 2; from greater than or equal to 4.00 mol% to less than or equal to 11.00 mol% Al 2 O 3; from greater than or equal to 0.10 mol% to less than or equal to 16.00 mol% Li 2 O; from greater than or equal to 0.10 mol% to less than or equal to 12.00 mol% Na 2 O; from greater than or equal to 0.00 mol% to less than or equal to 5.00 mol% K 2 O; from greater than or equal to 0.10 mol% to less than or equal to 8.00 mol% MgO; from greater than or equal to 0.10 mol% to less than or equal to 5.00 mol% CaO; from greater than or equal to 0.00 mol% to less than or equal to 0.20 mol% fining agent; wherein the glass pharmaceutical package is delamination resistant, the glass pharmaceutical package has class 1 or class 2 chemical durability in acid, base, and water,
A connection verifier for a fluid connection, comprising: a boot, including: a first top surface; a first bottom surface; a first radially outward facing surface; a first radially inward facing surface; a first aperture arranged between the radially outward facing surface and the first radially inward facing surface; and, a probe extending from the first bottom surface; characterized by a circuit arranged in the first aperture proximate the first bottom surface, the circuit operatively arranged to detect a force applied to the probe. a boot, including: a first top surface; a first bottom surface; a first radially outward facing surface; a first radially inward facing surface; a first aperture arranged between the radially outward facing surface and the first radially inward facing surface; and, a probe extending from the first bottom surface; a first top surface; a first bottom surface; a first radially outward facing surface; a first radially inward facing surface; a first aperture arranged between the radially outward facing surface and the first radially inward facing surface; and, a probe extending from the first bottom surface; characterized by a circuit arranged in the first aperture proximate the first bottom surface, the circuit operatively arranged to detect a force applied to the probe.
A computer-implemented method for generating a digital model of an individual intraoral component from a digital model of a patient's dentition, the method comprising: obtaining (S110, S120) a 3-D digital polygon mesh model of the patient's dentition; performing (S130; S202, S204) automatic tooth component segmentation on the obtained polygon mesh model and displaying automated segmentation results; performing interactive tooth segmentation of the automated segmentation results by adding, by an operator instruction, one or more geometric primitives to aid interactive tooth segmentation on the displayed automated segmentation results, causing a further automated segmentation to be executed using the added geometric primitives and displaying the further automated segmentation result; wherein the interactive tooth segmentation is performed for further segmentation refinement to improve, correct and/or clean up observed errors and inconsistencies in the automated segmentation results; and displaying and storing the segmentation results after the refinement. obtaining (S110, S120) a 3-D digital polygon mesh model of the patient's dentition; performing (S130; S202, S204) automatic tooth component segmentation on the obtained polygon mesh model and displaying automated segmentation results; performing interactive tooth segmentation of the automated segmentation results by adding, by an operator instruction, one or more geometric primitives to aid interactive tooth segmentation on the displayed automated segmentation results, causing a further automated segmentation to be executed using the added geometric primitives and displaying the further automated segmentation result; wherein the interactive tooth segmentation is performed for further segmentation refinement to improve, correct and/or clean up observed errors and inconsistencies in the automated segmentation results; and displaying and storing the segmentation results after the refinement.
Device for actuating an internal combustion engine which can optionally be operated with a liquid and a gaseous fuel, a high-pressure tank, a pressure reducer and a low-pressure injection valve being provided for the gaseous fuel, characterized in that monitoring means are provided which, when the internal combustion engine is operating with the liquid fuel, regularly evaluate a pressure upstream of the low-pressure injection valve and detect an increase in pressure above a threshold value and then bring about an injection of the gaseous fuel through the low-pressure injection valve in order to reduce the pressure.
Method for operating an apparatus for measuring the three-dimensional geometry of objects, in particular teeth, comprising a scanner which has a handpiece having at least one optical device which has at least one camera (5, 6) for capturing images, and comprising at least one light source, with calibration images of a preferably planar surface being captured from various known distances before the three-dimensional geometry of objects is measured by means of the scanner, characterized in that brightness curves which are determined during the calibration imaging process and which depend on the distances are recorded in a table together with empirical values of edges of the pattern.
A method for crystallizing granules and removing low molecular mass components from the granules of a crystallizable thermoplastic material having a crystalline melting temperature of at least 130°C, measured as indicated in the description, in which granules of the crystallizable thermoplastic material are at least partially crystallized in a crystallization stage and subsequently the low molecular mass components are at least partially removed from the at least partially crystallized granules in a removal stage, wherein the crystallization and the removal of low molecular occur at different temperatures, wherein the crystallization occurs at lower temperatures than the removal, wherein in the crystallization and removal stages the granules are traversed by a flow of gas, the flow of gas preferably passing countercurrent to a direction along which the granules are conveyed, characterized in that the gas is first fed into the removal stage and, after flowing through the granules in the removal stage, is withdrawn from the removal stage and subsequently fed into the crystallization stage where the gas flows through the granules in the crystallization stage, and the gas withdrawn from the removal stage is mixed with a second gas having a lower temperature than the first gas or cooled before being fed into the crystallization stage, and the generated gas mixture or the cooled gas is fed into the crystallization stage. granules of the crystallizable thermoplastic material are at least partially crystallized in a crystallization stage and subsequently the low molecular mass components are at least partially removed from the at least partially crystallized granules in a removal stage, wherein the crystallization and the removal of low molecular occur at different temperatures, wherein the crystallization occurs at lower temperatures than the removal, wherein in the crystallization and removal stages the granules are traversed by a flow of gas, the flow of gas preferably passing countercurrent to a direction along which the granules are conveyed, characterized in that the gas is first fed into the removal stage and, after flowing through the granules in the removal stage, is withdrawn from the removal stage and subsequently fed into the crystallization stage where the gas flows through the granules in the crystallization stage, and the gas withdrawn from the removal stage is mixed with a second gas having a lower temperature than the first gas or cooled before being fed into the crystallization stage, and the generated gas mixture or the cooled gas is fed into the crystallization stage.
A noise barrier (1, 1a, 1b, 1c), comprising: - a front wall which defines a first exterior surface of the noise barrier, the first exterior surface being configured to face a noise source area, - a rear wall which defines a second exterior surface of the noise barrier, the second exterior surface being configured to face away from the noise source area, - two opposite and spaced apart side walls which extend from the front wall to the rear wall, - a compartment enclosed by at least the front wall, the rear wall and the two side walls, - a channel located spaced apart from the enclosed compartment, wherein the channel has an inlet for enabling a part of an approaching sound wave to enter and propagate through the channel, and an outlet through which said part of the sound wave is enabled to leave the channel so as to interfere with the original part of the sound wave that propagates above the noise barrier, wherein the inlet is located in the front wall and faces the noise source area, wherein the outlet is located at a vertically higher level than the inlet and rearward of the front wall. - a front wall which defines a first exterior surface of the noise barrier, the first exterior surface being configured to face a noise source area, - a rear wall which defines a second exterior surface of the noise barrier, the second exterior surface being configured to face away from the noise source area, - two opposite and spaced apart side walls which extend from the front wall to the rear wall, - a compartment enclosed by at least the front wall, the rear wall and the two side walls, - a channel located spaced apart from the enclosed compartment, wherein the channel has an inlet for enabling a part of an approaching sound wave to enter and propagate through the channel, and an outlet through which said part of the sound wave is enabled to leave the channel so as to interfere with the original part of the sound wave that propagates above the noise barrier, wherein the inlet is located in the front wall and faces the noise source area, wherein the outlet is located at a vertically higher level than the inlet and rearward of the front wall.
Thermoplastic composition comprising, by total weight of the composition: • from 45 to 65% MFI 20-30 PP copolymer, • from 5 to 25% polyphenylene ether, • from 0.5 to 7% coupling agent, • from 0.3 to 4% antioxidant stabilizers, • from 0.2 to 2% epoxy stabilizer and • 40% glass fibres. • from 45 to 65% MFI 20-30 PP copolymer, • from 5 to 25% polyphenylene ether, • from 0.5 to 7% coupling agent, • from 0.3 to 4% antioxidant stabilizers, • from 0.2 to 2% epoxy stabilizer and • 40% glass fibres.
Electronic module, of electronic board type, which can be connected to a host device, the electronic module comprising: - a module controller configured to communicate with the host device, and - one or more clusters of secure elements connected, within the same cluster, to a common bus which connects them to the module controller, wherein the module controller is configured to convert a cryptographic operation into a plurality of similar elementary cryptographic tasks using different items of information and to drive the execution of the elementary cryptographic tasks by the secure elements, and wherein the secure elements of the electronic module are certified as compliant with at least one of the following security standards: Federal Information Processing Standard or "FIPS" 140-3/4, Common Criteria EAL4+ or version 3.1 release 4, Minimum Energy Performance Standard or "MEPS", MEPS2, ISO/IEC19790:2012. - a module controller configured to communicate with the host device, and - one or more clusters of secure elements connected, within the same cluster, to a common bus which connects them to the module controller,
A method of electrospinning a heart valve having a plurality of leaflets, comprising: (a) having a conical shaped mandrel with opposite ends both being circular shaped; (b) forming a single conically shaped electrospun scaffold by electrospinning polymers onto the conical shaped mandrel; and (c) shaping the single conically shaped electrospun scaffold into the heart valve shaped with the plurality of leaflets, wherein the single conically shaped electrospun scaffold remains in one single piece while shaping the plurality leaflets. (a) having a conical shaped mandrel with opposite ends both being circular shaped; (b) forming a single conically shaped electrospun scaffold by electrospinning polymers onto the conical shaped mandrel; and (c) shaping the single conically shaped electrospun scaffold into the heart valve shaped with the plurality of leaflets, wherein the single conically shaped electrospun scaffold remains in one single piece while shaping the plurality leaflets.
An Advanced Metering Infrastructure, AMI,, comprising: at least one remotely configurable gateway; at least one device coupled for communications with the said at least one remotely configurable gateway; an Internet Protocol, IP, based communications network, wherein the at least one remotely configurable gateway is coupled for IP-based communications with the network; and at least one central facility server coupled for communications over the network, wherein the at least one central facility server is configured to multicast configuration data to the at least one remotely configurable gateway to determine the extent of a power or service outage, and to reconfigure the at least one remotely configurable gateway to report data from every meter it hears. at least one remotely configurable gateway; at least one device coupled for communications with the said at least one remotely configurable gateway; an Internet Protocol, IP, based communications network, wherein the at least one remotely configurable gateway is coupled for IP-based communications with the network; and at least one central facility server coupled for communications over the network, wherein the at least one central facility server is configured to multicast configuration data to the at least one remotely configurable gateway to determine the extent of a power or service outage, and to reconfigure the at least one remotely configurable gateway to report data from every meter it hears.
A pharmaceutical composition comprising a phthalide for use as a medicament for inhibiting the apoptosis of motor neurons, protecting motor neurons, and/or promoting the proliferation of motor neurons by increasing the expression level of at least one of telomerase, brain-derived neurotrophic factor (BDNF), stromal cell-derived factor-1, CXC chemokine receptor 4 (CXCR4), IL-6 and IL-8 in a stem cell, wherein the phthalide and a stem cell are administered to a subject simultaneously or separately, and the phthalide is selected from the following group: n-butylidenephthalide, 3-butylidene-4,5-dihydrophthalide (ligustilide), and combinations thereof.