mhurhangee/ep-ind-claims huggingface dataset:
Thick-matter conveying system having - a thick-matter pump for conveying a thick matter, the thick-matter pump comprising a double-piston core pump having a pump frequency, and an S-pipe which is switchable with the pump frequency, - a thick-matter distributor boom for distributing the thick matter to be conveyed, the thick-matter distributor boom having at least two boom arms, - a substructure on which the thick-matter distributor boom and the thick-matter pump are disposed, the substructure comprising a supporting construction for supporting the substructure by means of at least one horizontally and/or vertically moveable support leg, - a sensor unit for sequentially recording at least one item of operating information at least at a first and a second point in time, and - a processing unit which is designed to determine a stability parameter of the thick-matter conveying system depending on the at least one item of operating information recorded at the first point in time, the at least one item of operating information recorded at the second point in time, and the pump frequency. - a thick-matter pump for conveying a thick matter, the thick-matter pump comprising a double-piston core pump having a pump frequency, and an S-pipe which is switchable with the pump frequency, - a thick-matter distributor boom for distributing the thick matter to be conveyed, the thick-matter distributor boom having at least two boom arms, - a substructure on which the thick-matter distributor boom and the thick-matter pump are disposed, the substructure comprising a supporting construction for supporting the substructure by means of at least one horizontally and/or vertically moveable support leg, - a sensor unit for sequentially recording at least one item of operating information at least at a first and a second point in time, and - a processing unit which is designed to determine a stability parameter of the thick-matter conveying system depending on the at least one item of operating information recorded at the first point in time, the at least one item of operating information recorded at the second point in time, and the pump frequency.
A method for filtering liquid, the method comprises providing a filtration device with a liquid inlet and a liquid outlet and a conduit sealingly connected to the liquid outlet for transport of liquid to the liquid outlet; the liquid filtration device having a mouthpiece at the liquid outlet, the mouthpiece being shaped for positioning in the mouth of a drinker of the liquid, the conduit containing a bundle of hollow fibres; wherein a support member is sealingly connected to the conduit, thereby defining a compartment between the support member and the liquid outlet; wherein each hollow fibre has a microporous membrane surrounding an inner chamber for filtering microparticles from the liquid when the liquid flows through the membranes; each of the fibres either having one open end supported in the support member and one closed end in a strand extending away from the support member, or each of the fibres having both ends supported in the support member and having a looped part extending away from the support member; wherein the device contains only a single bundle of hollow fibres; the method comprising providing a flow of the liquid through the liquid inlet and through the open ends of the fibres into the inner chambers of the fibres, from the inner chambers through the membranes into the compartment and from the compartment out of the conduit through the liquid outlet, characterised in that the closed ends or the looped parts extend from the support member into the compartment towards the liquid outlet and that the conduit is hollow and has a sealing connection to the mouthpiece or is integrally formed with it.
Hand-guided working implement, comprising a fuel tank, a fuel feed system and a pump for delivering fuel from the fuel feed system, wherein the pump has an elastic pump bellows for operation by an operator, wherein an interior of the pump bellows is connected to a suction line via a first valve opening into the interior in the flow direction and to a discharge line via a second valve opening out from the interior in the flow direction, wherein the pump bellows has a mounting section, by which the pump bellows is secured to a housing (41, 49), wherein the pump bellows has a base section and a roof section, wherein the roof section has a dome-shaped section adjoining the base section and a dome adjoining and completing the dome-shaped section, wherein the dome has a height (n) which corresponds to less than 10% of an overall height (i) of the pump bellows, wherein the outer diameter (c, d, e) of the pump bellows does not increase at any point of the outer wall of the pump bellows towards the dome of the pump bellows from the region of the base section which adjoins the mounting section to the dome, and wherein the angle (a) enclosed by the outer wall of the pump bellows with the central axis of the pump bellows increases continuously in the dome-shaped section, characterised in that the smallest wall thickness (g) of the base section is at least 10% more than the smallest wall thickness (h) of the dome-shaped section, and in that the wall thickness (g, h) of the pump bellows continuously decreases in the dome-shaped section towards the dome.
A gas breathing mask including a flow indicator configured to provide an audible indication of gas flow, the breathing mask configured for supplying air or a mixture of air and oxygen provided through at least one inlet to a patient, the gas flow indicator being provided in the at least one inlet and arranged to provide an audible indication when gas is correctly flowing into and/or out of the mask, characterised in that the gas flow indicator is arranged such that sound generated thereby is generated or interrupted by a patient's breathing.
A vaporizer cartridge, comprising: a central member having a top end with a first opening, a bottom end with a second opening and a threaded section, and a flared member therebetween, wherein the flared member has a top surface, a bottom surface, and a first attachment means, wherein the central member contains a heating element, wherein the threaded section is beneath the flared member; a container having a flat top and a tapered bottom, the container being configured to rest on the top surface and extends towards the top end, wherein the container is sized to substantially contain the heating element, a mouthpiece disposed on the top end, the mouthpiece having a fluid passthrough which is in fluid communication with the first opening and the second opening; and a first ring sized to interface with and overlap with the flared member via the first attachment means on the bottom surface, wherein the first ring is removably attached to the first attachment means, and wherein the first ring does not overlap with the threaded section when interfaced with the first attachment means; characterized in that the container creates a fluid-impermeable barrier with the top surface. a central member having a top end with a first opening, a bottom end with a second opening and a threaded section, and a flared member therebetween, wherein the flared member has a top surface, a bottom surface, and a first attachment means, wherein the central member contains a heating element, wherein the threaded section is beneath the flared member; wherein the flared member has a top surface, a bottom surface, and a first attachment means, wherein the central member contains a heating element, wherein the threaded section is beneath the flared member; a container having a flat top and a tapered bottom, the container being configured to rest on the top surface and extends towards the top end, wherein the container is sized to substantially contain the heating element, a mouthpiece disposed on the top end, the mouthpiece having a fluid passthrough which is in fluid communication with the first opening and the second opening; and a first ring sized to interface with and overlap with the flared member via the first attachment means on the bottom surface, wherein the first ring is removably attached to the first attachment means, and wherein the first ring does not overlap with the threaded section when interfaced with the first attachment means; wherein the first ring is removably attached to the first attachment means, and wherein the first ring does not overlap with the threaded section when interfaced with the first attachment means; characterized in that the container creates a fluid-impermeable barrier with the top surface.
A superconducting current limiting dipole (L1 to L15), the two terminals of which are formed by a first electrical connection terminal and a second electrical connection terminal, this current limiting dipole comprising a superconducting conductor (F1 to F15) wound so as to form a two-wire coil extending in a single plane, a layer of insulator (E1 to E11, H1) being arranged between two turns of said coil, said superconducting conductor (F1 to F15) consisting of at least four separate superconducting cables (C1 to C12) wound in parallel and arranged in at least two pairs, each of the pairs being formed of two of said superconducting cables (C1 to C12), the superconducting cables (C1 to C12) being connected to one another so that the superconducting conductor extends in at least two outward and return paths between the periphery and the center of the coil while connecting the first electrical connection terminal to the second electrical connection terminal.
A catheter fixture for fixing a tubular catheter, comprising a plate shaped fixture main body having a pair of winged pieces (23a,23b) and a retention part in which a catheter retaining groove is formed, the retention part being formed thicker than other parts on the fixture main body and arranged on an upper surface side of the fixture main body, and the catheter retaining groove extending along a direction across the fixture main body while at the same time opening on the upper surface side of the fixture main body, a fixing member configured separately from the fixture main body that can cover the catheter retaining groove, and a pivot connecting shaft that both connects the fixture main body and the fixing member and acts as the pivot axis of the fixing member; wherein the catheter is fixed by pivoting action of the fixing member in relation to the fixture main body along a horizontal plane direction of the fixture main body centrally around the pivot connecting shaft thereby covering the catheter retaining groove with the fixing member.
A plug connection having a first plug connector and a second plug connector which for establishing a mechanical and electrical connection are capable of being plugged to one another, and having an additional connection installation which for supporting the connection of the plug connectors (2, 3) is disposed on a housing (2.1) of the first plug connector, wherein the connection installation has at least one first gate part and a housing (3.1) of the second plug connector has at least one second gate part which collectively configure a gate guide, wherein the two gate parts (6, 7) of the gate guide are disposed and configured in such a manner that the two gate parts (6, 7) assume a first mutually relative position when the plug connectors (2, 3) are plugged to one another in a preliminary latching position, wherein the connection installation is connected to the housing (2.1) of the first plug connector by way of at least one guide, and wherein the plug connectors (2, 3) are mechanically coupled by way of the guide and the gate guide in such a manner that the plug connectors (2, 3) are plugged to one another in a terminal position when the two gate parts (6, 7) are in a second mutually relative position, wherein the connection installation by way of the first gate part is displaceable along the guide, relative to the housing (2.1) of the first plug connector, from an unlocking position to a locking position, so as to displace the two gate parts (6, 7) to the second position, wherein the connection installation has at least one securing member, and the housing (2.1) of the first plug connector has at least one detent face, wherein the detent face in the unplugged state of the plug connectors (2,3) prevents any movement of the connection installation from the unlocking position in the direction toward the locking position, characterized in that the second plug connector has at least one unlocking element which is configured separate from the gate part and which is disposed and configured in such a manner that the at least one unlocking element, when plugging the plug connectors (2, 3) to one another, preferably when reaching the preliminary latching position, moves or manipulates the at least one securing member in such a manner that the securing member and the detent face of the housing (2.1) no longer block the displacement path of the connection installation from the unlocking position to the locking position.
Method for facilitating the ability of cosmetic preparations comprising UV photoprotective filters to be washed out from textiles, wherein one or more complexing agents from the group comprising - 1-hydroxyethane-(1,1-diphosphonic acid)/ HEDP - aminotrimethylenephosphonic acid/ ATMP - diethylenetriaminepenta(methylenephosphonic acid)/ DTPMP - ethylenediaminetetra(methylenephosphonic acid)/ EDTMP - phosphonobutanetricarboxylic acid/ PBTC - sodium polyphosphate - tetrasodium pyrophosphate and/or alkali metal salts thereof, a re added to the cosmetic characterized in that the preparation comprises 0.1 to 3.0% by weight of complexing agents, based on the total weight of the preparation. - 1-hydroxyethane-(1,1-diphosphonic acid)/ HEDP - aminotrimethylenephosphonic acid/ ATMP - diethylenetriaminepenta(methylenephosphonic acid)/ DTPMP - ethylenediaminetetra(methylenephosphonic acid)/ EDTMP - phosphonobutanetricarboxylic acid/ PBTC - sodium polyphosphate - tetrasodium pyrophosphate
Amorphous ductile Ni-based brazing foil having a composition consisting of Ni Rest Cr a B b P c Si d with 21 atomic % < a ≤ 28 atomic %; 0.5 atomic % ≤ b ≤ 7 atomic %; 4 atomic % ≤ c ≤ 12 atomic %; 2 atomic % ≤ d ≤ 10 atomic %; any impurities ≤ 1.0 % by weight; rest Ni, wherein a/c ≥ 2.
A display device comprising: a display panel on which an image can be formed; a top chassis in front of the display panel and having an opening through which the display panel is exposed; a plurality of light emitting diodes, LEDs, configured to provide light to the display panel; a printed circuit board, PCB, on which the plurality of LEDs are mounted; and a bottom chassis arranged behind the PCB and contacting a portion of the top chassis, wherein the bottom chassis has a bottom surface and bottom sides; wherein the PCB is arranged on the bottom chassis in such a way that at least one side of the PCB facing a respective bottom side of the bottom chassis is spaced apart from said bottom side such that an air gap (62b, 62b') is formed between the PCB and said bottom side, characterised in that a portion of said side of the PCB spaced further from the bottom surface than a second portion of said side of the PCB is spaced closer to the respective bottom side than said second portion. a display panel on which an image can be formed; a top chassis in front of the display panel and having an opening through which the display panel is exposed; a plurality of light emitting diodes, LEDs, configured to provide light to the display panel; a printed circuit board, PCB, on which the plurality of LEDs are mounted; and a bottom chassis arranged behind the PCB and contacting a portion of the top chassis, wherein the bottom chassis has a bottom surface and bottom sides;
A diagnosis management server for managing a diagnosis result of a diagnosis target in a structural object, input via an input device, the diagnosis management server comprising; a memory (503, 504) that stores data of a development-view image (201, 202) of the structural object, wherein the development-view image is an image captured by a camera unit; and a processor configured to receive, from the input device, position coordinate data, height data and width data of a diagnosis region including a diagnosis target image representing the diagnosis target in the development-view image (201, 202); create an attachment image (atl) from the data of the development-view image (201, 202) stored in the memory (503, 504) based on the position coordinate data, the height data and the width data of the diagnosis region; attach the attachment image (atl) to a photograph ledger to create data of the photograph ledger; and transmit the created data of the photograph ledger to the input device. a memory (503, 504) that stores data of a development-view image (201, 202) of the structural object, wherein the development-view image is an image captured by a camera unit; and a processor configured to receive, from the input device, position coordinate data, height data and width data of a diagnosis region including a diagnosis target image representing the diagnosis target in the development-view image (201, 202); create an attachment image (atl) from the data of the development-view image (201, 202) stored in the memory (503, 504) based on the position coordinate data, the height data and the width data of the diagnosis region; attach the attachment image (atl) to a photograph ledger to create data of the photograph ledger; and transmit the created data of the photograph ledger to the input device.
Acrylated oligomer, characterized in that it has a number-average acrylate functionality f o of strictly greater than 2 acrylates per mole, that it has a branched structure and that it results from the polyaddition reaction of at least one amine A) having a functionality f A of N-H groups of at least 2, preferably of 2 to 6, with said N-H functionality meaning a number-average functionality if it is a mixture of amines, said amine A) bearing primary and/or secondary amine functions, with optionally said amine A) possibly bearing in addition at least one tertiary amine function (without N-H), to at least one multifunctional acrylate B) having a functionality f B of acrylate groups of at least 2, preferably of 2 to 6, with said acrylate functionality meaning a number-average functionality if it is a mixture of acrylates, with a number-average functionality per mole of all of the components A) and B) of greater than 2 and with said oligomer comprising in its repeating unit structure at least one -O 2 C-CH 2 -CH 2 -N= aminoacrylate group resulting from said polyaddition and with a content of nitrogen t A, resulting from said amine A), of greater than or equal to 0.35 mEq/g and an initial ratio r = acrylate/N-H of between r inf and 1.1 r sup and preferably r between r inf and r sup with the values r inf and r sup being defined according to equations and below: r inf = 0.90 * f A − 1 * f B − 1 r sup = 2 * f A + 2 * f B − 6 and with an average number n av of repeating units per oligomer defined according to equation below: n av = 1 / r * f A / f B + 1 − f A
An epoxy resin composition comprising: an epoxy resin at least comprising an isocyanurate epoxy resin and an glycidyl amine epoxy resin; dicyandiamide; and diaminodiphenyl sulfone, wherein an average epoxy equivalent of the epoxy resin is 115 g/eq to 150 g/eq, and an amount of the component added is an amount of 0.05 equivalent to 0.3 equivalent relative to epoxy groups in the epoxy resin in terms of active hydrogen groups. dicyandiamide; and diaminodiphenyl sulfone, wherein an average epoxy equivalent of the epoxy resin is 115 g/eq to 150 g/eq, and an amount of the component added is an amount of 0.05 equivalent to 0.3 equivalent relative to epoxy groups in the epoxy resin in terms of active hydrogen groups. an average epoxy equivalent of the epoxy resin is 115 g/eq to 150 g/eq, and an amount of the component added is an amount of 0.05 equivalent to 0.3 equivalent relative to epoxy groups in the epoxy resin in terms of active hydrogen groups.
Tuneable AWG (Arrayed Waveguide Grating) device for signal multiplexing and demultiplexing comprising: • one or more input ports consisting of optical waveguides, • a plurality of output ports consisting of optical waveguides, • a first optical coupler for optical input port mixing, • a second optical coupler for the mixing and output of optical output ports, and • a set of optical waveguides with increasing lengths connecting the first optical coupler to the second optical coupler so as to enable the multiplexing / demultiplexing of signals transmitted, characterized in that it comprises: • an adapted support for surface acoustic wave transmission for the acoustic excitation of either: • the set of optical waveguides connecting the first and second optical coupler (1, 2) these being sorted by increasing length, or • optical waveguides of the input ports, being the excitable waveguides (3,5) spaced from each other on the support, • at least an acoustic excitation transducer arranged on the support and adapted to operate an acoustic stationary wave transversal to the optical waveguides (3, 5). • one or more input ports consisting of optical waveguides, • a plurality of output ports consisting of optical waveguides, • a first optical coupler for optical input port mixing, • a second optical coupler for the mixing and output of optical output ports, and • a set of optical waveguides with increasing lengths connecting the first optical coupler to the second optical coupler so as to enable the multiplexing / demultiplexing of signals transmitted, • an adapted support for surface acoustic wave transmission for the acoustic excitation of either: • the set of optical waveguides connecting the first and second optical coupler (1, 2) these being sorted by increasing length, or • optical waveguides of the input ports, being the excitable waveguides (3,5) spaced from each other on the support, • the set of optical waveguides connecting the first and second optical coupler (1, 2) these being sorted by increasing length, or • optical waveguides of the input ports, being the excitable waveguides (3,5) spaced from each other on the support, • at least an acoustic excitation transducer arranged on the support and adapted to operate an acoustic stationary wave transversal to the optical waveguides (3, 5).
A flapping control system for a proprotor assembly (26a, 26b) of a tiltrotor aircraft comprising: one or more sensors operable to detect one or more flight parameters of the tiltrotor aircraft to form sensor data, and a proprotor flapping sensor operable to detect a proprotor flapping measurement; and a flapping control module in data communication with the one or more sensors and the proprotor flapping sensor, the flapping control module including a maneuver detection module operable to detect whether the tiltrotor aircraft is in a maneuver mode using the sensor data, the flapping control module operable to identify a maneuver flapping threshold associated with the maneuver mode; wherein the flapping control module is further operable to generate a swashplate command using the proprotor flapping measurement and the maneuver flapping threshold and send the swashplate command to the proprotor assembly (26a, 26b) to reduce flapping of the proprotor assembly (26a, 26b). one or more sensors operable to detect one or more flight parameters of the tiltrotor aircraft to form sensor data, and a proprotor flapping sensor operable to detect a proprotor flapping measurement; and a flapping control module in data communication with the one or more sensors and the proprotor flapping sensor, the flapping control module including a maneuver detection module operable to detect whether the tiltrotor aircraft is in a maneuver mode using the sensor data, the flapping control module operable to identify a maneuver flapping threshold associated with the maneuver mode; wherein the flapping control module is further operable to generate a swashplate command using the proprotor flapping measurement and the maneuver flapping threshold and send the swashplate command to the proprotor assembly (26a, 26b) to reduce flapping of the proprotor assembly (26a, 26b).