mhurhangee/ep-ind-claims huggingface dataset:
An aircraft anti-icing system comprising: an outer housing comprising a leading edge on a closed end of said outer housing, wherein said outer housing further comprises a first wall extending from a first edge of said closed end of said outer housing and a second wall extending from a second edge of said closed end of said outer housing, wherein said first and second walls are disposed in opposing, spaced relation to one another; an aft wall attached to said outer housing in spaced relation to said closed end; an interior compartment collectively defined by said outer housing and said aft wall; a bracket attached to and extending from said outer housing into said interior compartment; and a tube comprising a plurality of outlet ports, wherein said tube is engaged by said bracket within said interior compartment at a location that is spaced from said closed end of said outer housing, wherein said bracket is attached to only one of said first wall and said second wall, characterized in that said bracket is attached at a location that is between said aft wall and said tube in a dimension that said aft wall and said closed end of said outer housing are spaced from one another. an outer housing comprising a leading edge on a closed end of said outer housing, wherein said outer housing further comprises a first wall extending from a first edge of said closed end of said outer housing and a second wall extending from a second edge of said closed end of said outer housing, wherein said first and second walls are disposed in opposing, spaced relation to one another; an aft wall attached to said outer housing in spaced relation to said closed end; an interior compartment collectively defined by said outer housing and said aft wall; a bracket attached to and extending from said outer housing into said interior compartment; and a tube comprising a plurality of outlet ports, wherein said tube is engaged by said bracket within said interior compartment at a location that is spaced from said closed end of said outer housing, wherein said bracket is attached to only one of said first wall and said second wall, characterized in that said bracket is attached at a location that is between said aft wall and said tube in a dimension that said aft wall and said closed end of said outer housing are spaced from one another.
An adjusting instrument for a mirror, comprising: - a first part - a second part, wherein the first and second parts are pivotable relative to each other, wherein the first part is bearing-mounted via a first bearing about a first pivoting axis, and wherein the first part together with the first bearing is bearing-mounted directly or indirectly via a second bearing to the second part about a second pivoting axis which is substantially transverse to the first pivoting axis, characterized in that the first bearing comprises a bar spring, which bar spring is biased in a bias direction (V+) which is substantially transverse to an adjustment plane (Vs) formed by the first and second pivoting axes, which bar spring provides that the two parts (2,3) are pressed against each other under bias substantially transversely to the adjustment plane (Vs). - a first part - a second part,
Exchangeable magazine for a rifle having a carrier and a magazine insert which is arranged on the carrier and which, seen in the direction of firing, includes a rear side and a front side with an opening for bullets of cartridges which can be inserted in the magazine insert, characterised in that the magazine insert is mounted on the carrier so as to be pivotable by means of a pivot bearing arranged on its rear side about a transverse axis between a pivoted-up cartridge delivery position and a pushed-down lower position, and is forced by a compression spring into the pivoted-up cartridge delivery position.
A lubrication oil pump for dosing a pre-settable amount of a cylinder lubrication oil to a lubricating quill-opening of a cylinder of a two stroke large diesel engine, said lubrication oil pump comprising a housing with a main hydraulic cylinder section having a first axial end surface and a second axial end surface, and further comprising a primary piston section within the main hydraulic cylinder section wherein the primary piston section includes at least two injection bores for receiving an injection piston each in such a way, that each injection bore and the injection piston arranged therein form a lubricating volume for dosing the pre-settable amount of the cylinder lubrication oil und are relatively movable with respect to each other along a cylinder axis, characterized in that each injection bore is connected via a small hole to its own axial groove machined into an outer surface of the primary piston section, and during each traversal of the primary piston section, each axial groove opens and closes against a filling groove machined into the main hydraulic cylinder bore, respectively
Additive manufacturing apparatus for manufacturing a three-dimensional object by layerwise consolidation of flowable material, the apparatus comprising a build chamber, a lowerable build platform (303; 403) for supporting a bed (304; 404) of the flowable material, an energy beam (318a, 318b; 418a, 418b) for selectively consolidating flowable material at a working surface of the bed (304; 404) to form the object, and a wiper (309; 409) for spreading flowable material across the bed (304; 404), characterised in that the wiper (309, 409) is movable during consolidation of the flowable material with the energy beam (318a, 318b, 418a, 418b), and an active flow device (301; 406a, 406b, 493, 499) is provided for influencing a gas flow that traverses the wiper (309; 409), the active flow device (301; 406a, 406b, 493, 499) movable with the wiper (309; 409), wherein the active flow device (301; 406a, 406b, 493, 499) is arranged to reduce turbulence in the gas flow, and wherein the active gas flow device comprises at least one opening (13, 5, 6; 406a, 406b) therein for sucking gas from or for propelling gas into the build chamber.
A rubber composition comprising: a rubber component; carbon black having a DBP absorption of 50 to 100 cm 3 /100 g; a phenol resin; and a methylene donor, wherein a ratio of a 200% modulus value to a 50% modulus value is 5.0 or less (M200/M50 ≤ 5.0). a rubber component; carbon black having a DBP absorption of 50 to 100 cm 3 /100 g; a phenol resin; and a methylene donor, wherein a ratio of a 200% modulus value to a 50% modulus value is 5.0 or less (M200/M50 ≤ 5.0).
A signal processor for a hearing device with an implantable stimulator having two or more electrodes for emitting electric charge pulses to neural fibres of an individual, the signal processor comprising a signal path (20, 21, 22) comprising: - an input circuit adapted to receive an acoustic signal from the individual's surroundings and provide at least one corresponding input audio signal; - a filter bank adapted to provide at least one band-limited audio signal in dependence on the at least one input audio signal; and - a noise filter adapted to attenuate undesired signal components in the at least one band-limited audio signal and to provide at least one corresponding noise-filtered signal, characterised in that the signal processor further comprises a pulse controller adapted to apply a level dependent compression and/ or expansion on the at least one noise filtered signal by computation of target charge amounts in accordance with a mapping function (30, 31). - an input circuit adapted to receive an acoustic signal from the individual's surroundings and provide at least one corresponding input audio signal; - a filter bank adapted to provide at least one band-limited audio signal in dependence on the at least one input audio signal; and - a noise filter adapted to attenuate undesired signal components in the at least one band-limited audio signal and to provide at least one corresponding noise-filtered signal,
Method for processing at least one data packet (78, 156) comprising a first header (82, 158), a second header, which has a higher complexity than the first header (82, 158), and a payload (100, 160), wherein the first header (82, 158) is processed by a first, analogue mode, and wherein the second header and the payload (100, 160) are processed by a second, digital mode, wherein a number of processing steps (172, 174) for performing the second mode is greater than a number of processing steps (168, 170) for performing the first mode, wherein the two modes are executed separately from one another, wherein for transmitting the data packet (78, 156) a first transmission mode having a reduced energy requirement necessary for ascertaining a receiver address is used for the first header (82, 158) and a second transmission mode is used for the second header and the payload (100, 160).
A foot prosthesis, comprising an upper part and a lower part setting on the ground as the user walks, which extend on top of each other and spaced apart from each other and are connected to each other at the tip of the foot, wherein the upper part and the lower part are formed by means of a one-pieced component, and wherein, in the area near the heel, an elastic damping element is arranged between the upper part and the lower part and is connected to the upper part and/or to the lower part, characterized in that a compressible but longitudinally strong connecting means which connects the upper part and the lower part and is guided through a recess in the damping element and through a center of rotation, formed by the damping element, is provided, around which center of rotation the upper part can rotate relative to the lower part, as the user walks, during setting down the heel until rolling off via the tip of the foot.
A method performed by one or more data processing apparatus, the method comprising: maintaining (405, 605) one or more application profiles, each application profile associated with one or more network activities in a network and corresponding to one or more applications (122a, 122b) configured to be executed on one or more devices (120a, 120b, 122c) in the network, wherein the network comprises a private network; detecting (410, 610) one or more network activities in the network that are directed outside the private network, wherein the one or more network activities are associated with an application from the one or more application, wherein the application is executed on a device of the one or more devices; determining (415, 615) that the one or more detected network activities associated with the application substantially match network activities associated with a predetermined application profile of a prohibited application, wherein the determining comprises accessing a database to determine rules associated with the predetermined application profile for the prohibited application, when determining based on the rules that the application is the prohibited application, denying access to the device for the private network according to the rules. maintaining (405, 605) one or more application profiles, each application profile associated with one or more network activities in a network and corresponding to one or more applications (122a, 122b) configured to be executed on one or more devices (120a, 120b, 122c) in the network, wherein the network comprises a private network; detecting (410, 610) one or more network activities in the network that are directed outside the private network, wherein the one or more network activities are associated with an application from the one or more application, wherein the application is executed on a device of the one or more devices; determining (415, 615) that the one or more detected network activities associated with the application substantially match network activities associated with a predetermined application profile of a prohibited application, wherein the determining comprises accessing a database to determine rules associated with the predetermined application profile for the prohibited application, when determining based on the rules that the application is the prohibited application, denying access to the device for the private network according to the rules. accessing a database to determine rules associated with the predetermined application profile for the prohibited application, when determining based on the rules that the application is the prohibited application, denying access to the device for the private network according to the rules.
A spray roller system comprising: an extension tube having a distal end and a proximal end; a spray head mounted on the distal end of the extension tube; an in-line valve mounted on the proximal end of the extension tube; and a roller handle removably mounted on the extension tube adjacent to the spray head, the roller handle including a handle configured to clamp onto the extension tube and a support structure extending from the handle to position a paint roller (54, 24) forward of the spray head, characterised in that: the handle includes a shell having a longitudinal interior channel with a side opening that allows the shell to slide laterally on to and off of the extension tube. an extension tube having a distal end and a proximal end; a spray head mounted on the distal end of the extension tube; an in-line valve mounted on the proximal end of the extension tube; and a roller handle removably mounted on the extension tube adjacent to the spray head, the roller handle including a handle configured to clamp onto the extension tube and a support structure extending from the handle to position a paint roller (54, 24) forward of the spray head, characterised in that: the handle includes a shell having a longitudinal interior channel with a side opening that allows the shell to slide laterally on to and off of the extension tube.
A membrane-electrode assembly comprising a catalyst layer that includes a catalyst-supporting carrier in which a catalyst is supported on a carrier made of an inorganic oxide, and a highly hydrophobic substance having a higher degree of hydrophobicity than the inorganic oxide, the catalyst layer being formed on at least one surface of a polymer electrolyte membrane; wherein the inorganic oxide is in the form of particles: and wherein the highly hydrophobic substance is in the form of particles. and the degree of hydrophobicity being defined as a concentration of metanol (vol%) when a light transmittance of a dispersion obtained by dispersing the highly hydrophobic substance in a mixed solution of water and methanol reaches 80%.
An apparatus for laser cutting a workpiece by radiating a laser beam thereon, the laser cutting apparatus comprising: a laser oscillator for generating a laser beam; an optical fiber; a laser entrance portion to which the optical fiber that transmits the laser beam is fixed; and a lens through which the laser beam radiated from the optical fiber fixed by the laser entrance portion passes, wherein the laser entrance portion includes a moving portion for moving or tilting the optical fiber with respect to the lens, and a fixing portion that fixes the moved or tilted optical fiber with respect to the lens; characterized in that the apparatus further comprises an intensity-distribution measuring portion that measures an energy-intensity distribution of the laser beam radiated from the lens, wherein the moving portion is configured to move or tilt the optical fiber based on the measured energy-intensity distribution so as to achieve a uniform energy-intensity distribution in the plane which includes the direction perpendicular to the beam axis of the laser beam. a laser oscillator for generating a laser beam; an optical fiber; a laser entrance portion to which the optical fiber that transmits the laser beam is fixed; and a lens through which the laser beam radiated from the optical fiber fixed by the laser entrance portion passes, wherein the laser entrance portion includes a moving portion for moving or tilting the optical fiber with respect to the lens, and a fixing portion that fixes the moved or tilted optical fiber with respect to the lens; characterized in that the apparatus further comprises an intensity-distribution measuring portion that measures an energy-intensity distribution of the laser beam radiated from the lens, wherein the moving portion is configured to move or tilt the optical fiber based on the measured energy-intensity distribution so as to achieve a uniform energy-intensity distribution in the plane which includes the direction perpendicular to the beam axis of the laser beam.
Separator, in particular ballistic separator for separating mixed waste materials, wherein at least two paddles (11, 12) and/or strips arranged adjacent to one another are movably arranged in a frame and thus form a base, wherein the base is arranged with an incline with respect to the installation surface of the separator in the frame, and the base is mounted on at least one side at and/or on a shaft on a paddle holder in such a way that the base can be set into a rotational movement, wherein a drive unit is provided for generating the rotational movement, which drives the at least one shaft, characterised in that, the shaft is provided as an eccentrically mounted outer tube, as an eccentric tube, in which eccentric tube eccentric disks are attached and/or fixed on an inner shaft, a bearing is provided between eccentric disk and eccentric tube, and the paddle holder (110, 120) is arranged on the eccentric tube, that at least two eccentric tubes arranged adjacent to one another are provided, the inner shafts of which have a rotational angle offset, that the paddle holders (110, 120) are formed from leaf spring elements (10, 40) and that the leaf spring elements (10, 40) of the paddle holders (110, 120) are mounted in such a way that they allow only a longitudinal play to prevent the paddles (11, 12) from contacting each other on the flanks thereof.
Device for the dynamically sealing intubation of a hollow organ, comprising a tubus insertable into the hollow organ with a primary lumen as an entrance through or to the regarding hollow organ, and with a balloon encompassing this tubus like a sleeve for the purpose of sealing, with at least one or several secundary lumen (lumina) for filling the balloon, wherein it applies for the cross-sectional area of the clear cross-section Q 1 of the primary lumen and for the sum Q 2 of the cross-sectional areas of the clear cross-sections of all secundary lumina within each cross-sectional plane penetrated perpendicularly by the local longitudinal direction of the device: Q 2 / Q 1 + Q 2 ≥ 0,06, characterized in that a connection for an extracorporal filling tube, which connection communicates with all secundary lumina, is provided at the proximal end of the tubus, and wherein, in a filling tube communicating with the secundary lumina, a) a one-way valve is arranged which permits a flow in case of a pressure gradient from the extracorporeal supply balloon in a direction to the intracorporeal balloon, but not in the opposite direction, and b) a flow throttle is arranged which permits only a limited flow in each direction of flow, wherein the one-way valve and the flow throttle are connected in parallel. a) a one-way valve is arranged which permits a flow in case of a pressure gradient from the extracorporeal supply balloon in a direction to the intracorporeal balloon, but not in the opposite direction, and b) a flow throttle is arranged which permits only a limited flow in each direction of flow,
A smartcard comprising: contact pads for electrical connection to an external power source for provision of power to the smartcard in a contact mode of the smartcard; a contactless power harvesting system (108, 126) for provision of power to the smartcard in a contactless mode of the smartcard; and a main circuit on-board the smartcard for receiving and managing the power provided from the contact pads or from the contactless power harvesting system; wherein the main circuit includes components requiring power in order to provide the smartcard with required functionality; characterised in that the main circuit is connected to the contact pads via a current limiting circuit for controlling the levels of current drawn via the contact pads, the current limiting circuit comprising an integrator, wherein the integrator circuit produces an output voltage that rises steadily and hence controls the inrush current with the current being limited so as to be within an allowed current defined by a maximum current for a terminal or reader that the card is intended to be connected to. contact pads for electrical connection to an external power source for provision of power to the smartcard in a contact mode of the smartcard; a contactless power harvesting system (108, 126) for provision of power to the smartcard in a contactless mode of the smartcard; and a main circuit on-board the smartcard for receiving and managing the power provided from the contact pads or from the contactless power harvesting system; wherein the main circuit includes components requiring power in order to provide the smartcard with required functionality; characterised in that the main circuit is connected to the contact pads via a current limiting circuit for controlling the levels of current drawn via the contact pads, the current limiting circuit comprising an integrator, wherein the integrator circuit produces an output voltage that rises steadily and hence controls the inrush current with the current being limited so as to be within an allowed current defined by a maximum current for a terminal or reader that the card is intended to be connected to.
A data generation method for controlling a gripper of a robotic system, the gripper containing a support and at least two fingers (322, 323) which can be moved relative to the support to take an object, the method comprising: - a step (E' 1) of collecting base data (D B) for a limited number of ways of taking the object carried out by a human being; - a first generation step (E'2) of generating additional data (D S) from the base data (D B), the first generation step (E'2) being carried out by a first variational auto-encoder (HGG VAE); - a step (E'3) of sorting the base data (D B) and the additional data (D S) to constitute a set of sorted data (D T), the sorting step (E'3) being carried out on the basis of a quality criterion of the taking of the object (Q MSV); - a second step (E'4) of generating data for generating the control data (D C) from the sorted state (D T), the second generation step (E'4) being carried out by a second variational auto-encoder (QGG VAE). - a step (E' 1) of collecting base data (D B) for a limited number of ways of taking the object carried out by a human being; - a first generation step (E'2) of generating additional data (D S) from the base data (D B), the first generation step (E'2) being carried out by a first variational auto-encoder (HGG VAE); - a step (E'3) of sorting the base data (D B) and the additional data (D S) to constitute a set of sorted data (D T), the sorting step (E'3) being carried out on the basis of a quality criterion of the taking of the object (Q MSV); - a second step (E'4) of generating data for generating the control data (D C) from the sorted state (D T), the second generation step (E'4) being carried out by a second variational auto-encoder (QGG VAE).
A wing assembly for an aircraft comprising a wing spar, a wing cover and a wing rib attached to the wing spar; wherein the wing spar has a web and a flange connected by a radius corner, and the spar flange is attached to the wing cover such that a gap is formed at an interface between the spar, the wing cover and the wing rib; the assembly further comprising a seal member which substantially covers the gap, and sealant provided between the seal member and at least one of the wing rib, the wing cover and the wing spar so as to seal the gap, characterised in that the wing rib is a sealed forward rib disposed at a leading edge of the wing assembly so as to define a boundary between two compartments within the leading edge, and the wing rib, the wing cover, the wing spar and the sealed seal member cooperate to substantially prevent a flow of air between the two compartments.