mhurhangee/ep-ind-claims huggingface dataset:
A four-step thermal aging method for improving environmentally assisted cracking resistance of 7xxx series aluminium alloys, comprising solutionizing and aging 7xxx series aluminium alloys, wherein the aging is carried out by treating the alloys at a temperature of 120 to 130°C for 0.3 to 0.5h, water quenching the alloys to a temperature of 25 to 27°C and further treating the alloys at a temperature of 80 to 95°C for 100 to 120h and at a temperature of 120 to 130 °C for 20 to 24h and at a temperature of 155 to 160°C for 1 to 5h and air cooling the alloys to room temperature, sequentially.
A foldable front step for a vehicle which is adapted to be mounted at a front end of the vehicle, typically a front end of a vehicle cab, wherein the front step is adapted to be folded between an open position and a closed position when being mounted to the vehicle and wherein the front step has a length extension corresponding to a transverse extension (y) of the vehicle when the front step is mounted thereto, the front step comprising: - a back panel member comprising a standing surface on a first side thereof on which a user can stand when the front step is in the open position, - a plurality of beam members (20, 22, 24), wherein each beam member (20, 22, 24) is extending in the length extension and is mechanically connected to the back panel member, wherein the back panel member and the plurality of beam members (20, 22, 24) together form a load carrying structure for the user, - a first hinge receiving section and a second hinge receiving section for receiving a respective first and second hinge member (42, 52), wherein the first and second hinge receiving sections (40, 50) are offset from each other, as seen in the length extension, - an attachment arrangement adapted to attach, preferably releasably attach, at least one outer cover member on an outside of the front step, as seen when the front step is in the closed position, characterized in that, the back panel member is configured so that the standing surface extends in the length extension between the first and second hinge receiving sections (40, 50) and outside of each one of the first and second hinge receiving sections (40, 50), each beam member (20, 22, 24) is mechanically connected to the back panel member at a second opposite side of the back panel member with respect to the first side, and at least one of the beam members (20, 22, 24) extends in the length extension between the first and second hinge receiving sections (40, 50) and outside of each one of the first and second hinge receiving sections (40, 50). - a back panel member comprising a standing surface on a first side thereof on which a user can stand when the front step is in the open position, - a plurality of beam members (20, 22, 24), wherein each beam member (20, 22, 24) is extending in the length extension and is mechanically connected to the back panel member, wherein the back panel member and the plurality of beam members (20, 22, 24) together form a load carrying structure for the user, - a first hinge receiving section and a second hinge receiving section for receiving a respective first and second hinge member (42, 52), wherein the first and second hinge receiving sections (40, 50) are offset from each other, as seen in the length extension, - an attachment arrangement adapted to attach, preferably releasably attach, at least one outer cover member on an outside of the front step, as seen when the front step is in the closed position,
Process for manufacturing a preform for a load path aligned fiber composite structure, comprising the following order of steps: a) providing a flat fiber band, c) cutting off a fiber band piece (40, 40', 40") from the flat fiber band, e) picking up the fiber band piece (40, 40', 40") at a predetermined pickup position by means of a laying device, f) placing the fiber band piece (40, 40', 40") at a predefined position, g) fixing the fiber band piece (40, 40', 40") by means of a binder material, wherein the steps c) through f) are repeated for placing and fixing of additional fiber band pieces (40, 40', 40") at other predefined positions and wherein the steps e) and f) are carried out by means of a laying head of the laying device which automatically moves from the at least one pickup position to a first predefined position for the placement of a first fiber band piece and back to said one or to one of several predetermined pickup positions for picking up a second fiber band piece and then to a second predefined position for the placement of the second fiber band piece. a) providing a flat fiber band, c) cutting off a fiber band piece (40, 40', 40") from the flat fiber band, e) picking up the fiber band piece (40, 40', 40") at a predetermined pickup position by means of a laying device, f) placing the fiber band piece (40, 40', 40") at a predefined position, g) fixing the fiber band piece (40, 40', 40") by means of a binder material,
An information processing device comprising: an acquisition unit that acquires a plurality of content information pieces (20, 20A, 20B, 20C, 20D), wherein the plurality of content information pieces are content information pieces provided by a plurality of information services; and a generation unit that generates a page in which the plurality of content information pieces are disposed in accordance with templates regarding configurations of information elements, wherein the generation unit generates the page in a manner that the plurality of content information pieces are lined up in one direction and the plurality of content information pieces lined up in the one direction are separated from each other by two or more diagonal lines (30A, 30B, 30C, 30D) to the one direction, wherein the generation unit decides an inclination of each diagonal line included in the two or more diagonal lines with respect to the one direction, depending on at least one content information piece separated by each diagonal line, characterized in that the generation unit decides an inclination of each diagonal line included in the two or more diagonal lines on the basis of an amount of information provided by the information service corresponding to at least one of two content information pieces separated by each diagonal line. an acquisition unit that acquires a plurality of content information pieces (20, 20A, 20B, 20C, 20D), wherein the plurality of content information pieces are content information pieces provided by a plurality of information services; and a generation unit that generates a page in which the plurality of content information pieces are disposed in accordance with templates regarding configurations of information elements, wherein the generation unit generates the page in a manner that the plurality of content information pieces are lined up in one direction and the plurality of content information pieces lined up in the one direction are separated from each other by two or more diagonal lines (30A, 30B, 30C, 30D) to the one direction, wherein the generation unit decides an inclination of each diagonal line included in the two or more diagonal lines with respect to the one direction, depending on at least one content information piece separated by each diagonal line, characterized in that the generation unit decides an inclination of each diagonal line included in the two or more diagonal lines on the basis of an amount of information provided by the information service corresponding to at least one of two content information pieces separated by each diagonal line.
A method of forming cutting blades using selective laser melting comprising positioning a first part of an elongate strip with pre-formed teeth within a powder bed, forming coating layers layer-by-layer to create a cutting surface on each pre-formed tooth by repeatedly depositing a layer of powder on the powder bed and scanning a laser beam over the deposited powder to fuse powder to the pre-formed teeth, characterized in that after creating the cutting surface, the method further comprises moving the elongate strip through the powder bed to present an adjoining part of the elongate strip with pre-formed teeth ready for the formation of coating layers.
A connector comprising: a housing; a cavity formed in the housing; a terminal that is connected to a cable and is inserted into the cavity from a rear end side of the housing; and a nut held at a front end portion of the housing, wherein the terminal has a plate-like connection portion extended in an insertion direction of the cavity and an insertion hole formed in the connection portion, characterized in that the connection portion, which is inserted into the cavity and protruded from the front end portion of the housing, is bent so as to be arranged along a front end surface of the housing so that the insertion hole is aligned with an internal thread of the nut. a housing; a cavity formed in the housing; a terminal that is connected to a cable and is inserted into the cavity from a rear end side of the housing; and a nut held at a front end portion of the housing,
A method for wireless communication performed by a user equipment, UE, comprising: receiving bundling indicators for a plurality of downlink transmissions and corresponding downlink assignment indicators associated with the bundling indicators; determining a demodulation reference signal, DMRS, bundling configuration based on the bundling indicators and the corresponding downlink assignment indicators; and processing demodulation reference signals according to the DMRS bundling configuration. receiving bundling indicators for a plurality of downlink transmissions and corresponding downlink assignment indicators associated with the bundling indicators; determining a demodulation reference signal, DMRS, bundling configuration based on the bundling indicators and the corresponding downlink assignment indicators; and processing demodulation reference signals according to the DMRS bundling configuration.
A control device of a multi-stage supercharging system which includes a first supercharger of a low-pressure side, a cooling means that cools air discharged from the first supercharger, and a second supercharger of a high-pressure side that compresses the discharged air after cooling and which supplies, to an internal-combustion engine, air compressed in at least two stages, the control device comprising: an information acquisition means that is arranged to acquire, as input information, a sucked air temperature (T 1), a sucked air humidity (H 1), a sucked air pressure (P 1), and a discharge pressure (P 2) of the first supercharger; a water vapor partial pressure calculation means that is arranged to calculate a water vapor partial pressure (P W2); a target temperature setting means that is arranged to set a target temperature (T tg); and a cooling control means that is arranged to control the cooling means such that a sucked air temperature (T 2) of the second supercharger reaches a temperature equal to or higher than the target temperature (T tg); wherein, the information acquisition means is arranged to further acquire, as the input information, a rotation speed or an air flow rate of the first supercharger, characterized in that the water vapor partial pressure calculation means is arranged to calculate, as the water vapor partial pressure (P W2), a water vapor partial pressure of the discharged air of the first supercharger by using the sucked air temperature (T 1), the sucked air humidity (H 1), the sucked air pressure (P 1), and the discharge pressure (P 2) of the first supercharger as parameters; and the target temperature setting means is arranged to use the water vapor partial pressure (P W2) calculated by the water vapor partial pressure calculation means and the sucked air temperature (T 1), the sucked air pressure (P 1), the discharge pressure (P 2), and the rotation speed or the air flow rate of the first supercharger to set, as the target temperature (T tg), such a sucked air temperature of the second supercharger that a condensed water amount (G w) contained in air sucked into the second supercharger reaches a predetermined allowable condensed water amount (G wtg) determined by a characteristic of the second supercharger. an information acquisition means that is arranged to acquire, as input information, a sucked air temperature (T 1), a sucked air humidity (H 1), a sucked air pressure (P 1), and a discharge pressure (P 2) of the first supercharger; a water vapor partial pressure calculation means that is arranged to calculate a water vapor partial pressure (P W2); a target temperature setting means that is arranged to set a target temperature (T tg); and a cooling control means that is arranged to control the cooling means such that a sucked air temperature (T 2) of the second supercharger reaches a temperature equal to or higher than the target temperature (T tg); wherein, the information acquisition means is arranged to further acquire, as the input information, a rotation speed or an air flow rate of the first supercharger,
Plough with a plough frame supported displaceably and pivotably via a transverse adjustment device a pivot joint, which has a pivot axis which is upright in the operating position, on a headstock for connecting the plough to a agricultural tractor, and with ploughshares arranged in at least one row of ploughshares on the plough frame, and therefore, by means of transverse displacement and pivoting movement of the plough frame, the ploughshares of the row of ploughshares can be transferred into the desired adjustment thereof for the working width and/or cutting width of the first furrow, wherein the individual ploughshares are arranged pivotably on the plough frame by means of joints, which each have an upright pivot axis in the operating position, for the parallel adjustment and/or adjustment of the contact pressure, and can be adjusted by means of a first adjustment member arranged between the ploughshares and the headstock and/or intermediate elements connected to the headstock, wherein a second adjustment member for adjusting the working width of the plough is arranged between the plough frame and the headstock and/or intermediate elements connected to the headstock, characterized in that at least the second adjustment member is assigned an adjustable adjustment element (28, 29, 30) for the additional change in length of the second adjustment member.
A medical device system comprising: an analyte diffusive implantable device (ADID) which comprises: a cavity; a cell-scaffolding material arranged within the cavity and configured to hold or otherwise retain a plurality of living cells; and a porous membrane at least partially enclosing the cavity, wherein at least a portion of the membrane is adhered to the CSM by a high durometer adhesive which creates a hemispheric seal at both ends of the membrane; a filling port having: docking means at a first end, and a micro-diameter tube extending from a second end; at least one anchor arranged on at least one end of the device; and a clip for holding the anchor, wherein the MDT is sealed at a distal end to the filling port and at a proximal end to the cavity of the ADID, so as to establish an integral, cell-filling pathway there-within. an analyte diffusive implantable device (ADID) which comprises: a cavity; a cell-scaffolding material arranged within the cavity and configured to hold or otherwise retain a plurality of living cells; and a cavity; a cell-scaffolding material arranged within the cavity and configured to hold or otherwise retain a plurality of living cells; and a porous membrane at least partially enclosing the cavity, wherein at least a portion of the membrane is adhered to the CSM by a high durometer adhesive which creates a hemispheric seal at both ends of the membrane; a filling port having: docking means at a first end, and a micro-diameter tube extending from a second end; docking means at a first end, and a micro-diameter tube extending from a second end; at least one anchor arranged on at least one end of the device; and a clip for holding the anchor, wherein the MDT is sealed at a distal end to the filling port and at a proximal end to the cavity of the ADID, so as to establish an integral, cell-filling pathway there-within.
A process for the preparation of flocculated filler particles comprising the steps of a) providing at least two aqueous suspensions each comprising at least one filler material, characterized in that i) a first aqueous suspension S1 comprises at least one flocculating additive A, and ii) a second aqueous suspension S2 comprises at least one flocculating additive B which is different from flocculating additive A, and iii) the at least one filler material in the first aqueous suspension S1 and the second aqueous suspension S2 is essentially the same, and b) combining the at least two aqueous suspensions provided in step a) by bringing them simultaneously together to form an aqueous suspension SM of flocculated filler particles, wherein the mass ratio of the at least one filler material in the first aqueous suspension and the second aqueous suspension S1:S2 is from 1:100 to 100:1, and wherein the at least one filler material is a calcium carbonate-comprising material. a) providing at least two aqueous suspensions each comprising at least one filler material, characterized in that i) a first aqueous suspension S1 comprises at least one flocculating additive A, and ii) a second aqueous suspension S2 comprises at least one flocculating additive B which is different from flocculating additive A, and iii) the at least one filler material in the first aqueous suspension S1 and the second aqueous suspension S2 is essentially the same, and i) a first aqueous suspension S1 comprises at least one flocculating additive A, and ii) a second aqueous suspension S2 comprises at least one flocculating additive B which is different from flocculating additive A, and iii) the at least one filler material in the first aqueous suspension S1 and the second aqueous suspension S2 is essentially the same, and b) combining the at least two aqueous suspensions provided in step a) by bringing them simultaneously together to form an aqueous suspension SM of flocculated filler particles, wherein the mass ratio of the at least one filler material in the first aqueous suspension and the second aqueous suspension S1:S2 is from 1:100 to 100:1, and wherein the at least one filler material is a calcium carbonate-comprising material.
A receiving circuit, comprising: an analog amplifier being connected with a power line coupling circuit, configured to receive a power line carrier signal, and amplify the power line carrier signal; a receiving filter which is a primary band pass filter and being connected with the analog amplifier, configured to filter the power line carrier signal output by the analog amplifier; an analog-to-digital converter being connected with the receiving filter, configured to convert the filtered power line carrier signal output by the receiving filter into digital signals; a digital mixer being connected with the analog-to-digital converter, configured to mix the digital signals; a digital filter being connected with the digital mixer, configured to filter the mixed digital signals output by the digital mixer; and a digital demodulator being connected with the digital filter, configured to perform FSK demodulation or PSK demodulation on the digital signals filtered by the digital filter, and output the demodulated signal; wherein, a mixing parameter of the digital mixer and a filtering parameter of the digital filter are set or modified. an analog amplifier being connected with a power line coupling circuit, configured to receive a power line carrier signal, and amplify the power line carrier signal; a receiving filter which is a primary band pass filter and being connected with the analog amplifier, configured to filter the power line carrier signal output by the analog amplifier; an analog-to-digital converter being connected with the receiving filter, configured to convert the filtered power line carrier signal output by the receiving filter into digital signals; a digital mixer being connected with the analog-to-digital converter, configured to mix the digital signals; a digital filter being connected with the digital mixer, configured to filter the mixed digital signals output by the digital mixer; and a digital demodulator being connected with the digital filter, configured to perform FSK demodulation or PSK demodulation on the digital signals filtered by the digital filter, and output the demodulated signal; wherein, a mixing parameter of the digital mixer and a filtering parameter of the digital filter are set or modified.
A cleaner comprising: a suction inlet; a suction motor configured to generate a suction force so that air and dust are sucked through the suction inlet; a body (2, 210) accommodating the suction motor; a dust separation unit disposed below the suction motor to separate dust from the air sucked through the suction inlet; a dust collection body for collecting the dust separated by the dust separation unit; a discharge cover positioned opposite the dust separation unit with respect to the suction motor and forming a part of a cleaner exterior; and a body cover is configured to open and close a lower portion of the dust collection body in an extension direction of a rotational axis, characterized in that the suction motor includes an impeller positioned below the discharge cover and positioned opposite the dust separation unit, the impeller is configured to rotate around the rotational axis to suck air into the suction inlet, the discharge cover is positioned above the impeller, and a circumferential surface of the discharge cover is disposed to surround a rotational axis extending to an upper side of the impeller so as to form a space through which air flows. a suction inlet; a suction motor configured to generate a suction force so that air and dust are sucked through the suction inlet; a body (2, 210) accommodating the suction motor; a dust separation unit disposed below the suction motor to separate dust from the air sucked through the suction inlet; a dust collection body for collecting the dust separated by the dust separation unit; a discharge cover positioned opposite the dust separation unit with respect to the suction motor and forming a part of a cleaner exterior; and a body cover is configured to open and close a lower portion of the dust collection body in an extension direction of a rotational axis, characterized in that the suction motor includes an impeller positioned below the discharge cover and positioned opposite the dust separation unit, the impeller is configured to rotate around the rotational axis to suck air into the suction inlet, the discharge cover is positioned above the impeller, and a circumferential surface of the discharge cover is disposed to surround a rotational axis extending to an upper side of the impeller so as to form a space through which air flows.
A system for providing maintenance and repair units (2a, 2b, 2c) for maintenance work on aircraft, in particular for replacing aircraft wheels, comprising - at least one maintenance and repair unit (2a, 2b, 2c), which has at least one frame structure suitable for carrying equipment means and transportable as such and - at least one transport vehicle having a lifting device for raising, lowering and transporting the maintenance and repair unit (2a, 2b, 2c) characterized in that within the frame structure a storage location for at least one aircraft wheel and at least one equipment chamber for storing equipment means are provided. - at least one maintenance and repair unit (2a, 2b, 2c), which has at least one frame structure suitable for carrying equipment means and transportable as such and - at least one transport vehicle having a lifting device for raising, lowering and transporting the maintenance and repair unit (2a, 2b, 2c)