mhurhangee/ep-ind-claims huggingface dataset:
A free fall simulator comprising: - a wind tunnel system; - a flight chamber connected to the wind tunnel system such that the wind tunnel system and the flight chamber allow for a continuous flow of circulating air, and - a cooling system for cooling of the air circulating in the wind tunnel system, wherein the cooling system comprises: - an air inlet sucking in a part of the air circulating in the wind tunnel system; and - at least one heat exchanger comprising a coolant; and - at least one air outlet adapted such that the cooled air leaves the cooling system through the at least one air outlet; characterized in that the cooling system further comprises: - a closed pressure chamber comprising a cooling area, wherein pressure in said cooling area is higher than atmospheric pressure, and - at least one auxiliary fan configured to maintain pressure within the cooling area of the pressure chamber higher than the atmospheric pressure, and in that the at least one heat exchanger is located inside of the closed pressure chamber so that the cooling of the circulating air takes place in the cooling area. - a wind tunnel system; - a flight chamber connected to the wind tunnel system such that the wind tunnel system and the flight chamber allow for a continuous flow of circulating air, and - a cooling system for cooling of the air circulating in the wind tunnel system, wherein the cooling system comprises: - an air inlet sucking in a part of the air circulating in the wind tunnel system; and - at least one heat exchanger comprising a coolant; and - at least one air outlet adapted such that the cooled air leaves the cooling system through the at least one air outlet; - a closed pressure chamber comprising a cooling area, wherein pressure in said cooling area is higher than atmospheric pressure, and - at least one auxiliary fan configured to maintain pressure within the cooling area of the pressure chamber higher than the atmospheric pressure,
Planetary gearset comprising: - a first planet gear, - a second planet gear, - pinion gears meshing with the first planet gear and the second planet gear, each pinion gear being pivotally mounted around a shaft, - a pinion gear carrier supporting each shaft, characterised in that each shaft extends along an axis and comprises a radially inner cylindrical portion mounted on the pinion gear carrier, a radially outer cylindrical portion about which the pinion gear is pivotally mounted and a flange extending radially from the radially outer cylindrical portion, the radially outer periphery of the flange being mounted on the pinion gear carrier, the radially outer cylindrical portion and the radially inner cylindrical portion being connected to each other by a radially extending connecting zone. - a first planet gear, - a second planet gear, - pinion gears meshing with the first planet gear and the second planet gear, each pinion gear being pivotally mounted around a shaft, - a pinion gear carrier supporting each shaft, characterised in that each shaft extends along an axis and comprises a radially inner cylindrical portion mounted on the pinion gear carrier, a radially outer cylindrical portion about which the pinion gear is pivotally mounted and a flange extending radially from the radially outer cylindrical portion, the radially outer periphery of the flange being mounted on the pinion gear carrier, the radially outer cylindrical portion and the radially inner cylindrical portion being connected to each other by a radially extending connecting zone.
A base station apparatus for performing time and frequency scheduling in uplink packet access, comprising: an other-cell interference amount measurement part configured to measure an other-cell uplink interference amount for each interference amount measurement unit which comprises a predetermined period in a time domain and a predetermined number of frequency blocks in a frequency domain, each frequency block being a unit in the frequency domain for performing the time and frequency scheduling; an interference amount determination part configured to determine whether to report an indication to a neighbouring base station apparatus, the indication based on the measured other-cell uplink interference amount for each interference amount measurement unit; and an overload indicator reporting part configured to report the indication to the neighboring base station apparatus when the interference amount determination part determines to report the indication through an interface between the base station apparatus and the neighboring base station apparatus. an other-cell interference amount measurement part configured to measure an other-cell uplink interference amount for each interference amount measurement unit which comprises a predetermined period in a time domain and a predetermined number of frequency blocks in a frequency domain, each frequency block being a unit in the frequency domain for performing the time and frequency scheduling; an interference amount determination part configured to determine whether to report an indication to a neighbouring base station apparatus, the indication based on the measured other-cell uplink interference amount for each interference amount measurement unit; and an overload indicator reporting part configured to report the indication to the neighboring base station apparatus when the interference amount determination part determines to report the indication through an interface between the base station apparatus and the neighboring base station apparatus.
Device for dispensing a fluid, comprising a supporting structure provided with means for coupling it with a container that holds said fluid and comprises: - an outlet duct for said fluid; - at least one collapsible chamber suited to receive a given quantity of said fluid; - first valve means suited to control the passage of said fluid from the inside of said container towards said chamber; - air refilling valve means suited to control the passage of a given quantity of air from the outside of said container towards the inside of said container, wherein said air refilling valve means comprise at least one flexible portion of an edge belonging to a first element of said device associated with said supporting structure, said flexible portion being suited to assume a closed position in order to avoid the passage of air from the outside of said container towards the inside of said container and suited to assume an open position in order to allow the passage of said quantity of air from the outside of said container towards the inside of said container; a second element associated with said first element, said second element comprising a counteracting element suited to push said flexible portion in order to move said flexible portion from said closed position to said open position; a third element associated with said second element, said third element comprising a reference element suited to cooperate with said counteracting element in order to move said counteracting element between said first rest position and said operating position, characterized in that said third element is movable with respect to said second element in such a way that it can be positioned in a first position, in which said reference element does not cooperate with said counteracting element, and in a second position, in which said reference element cooperates with said counteracting element in order to place it in said operating position, and in that said third element can be rotated with respect to said second element between said first position and said second position. - an outlet duct for said fluid; - at least one collapsible chamber suited to receive a given quantity of said fluid; - first valve means suited to control the passage of said fluid from the inside of said container towards said chamber; - air refilling valve means suited to control the passage of a given quantity of air from the outside of said container towards the inside of said container,
A positioning marker, comprising: a base, comprising a planar sheet configured in a first plane, the planar sheet having a retroreflective surface; and a cover, which is fitted over and fastened to the base and has a plurality of openings through which the retroreflective surface is visible, the plurality of openings generating respective retroreflectors in the first plane, from the retroreflective surface, when the cover is fastened to the base; characterized in that the positioning marker further comprises: an additional opening in the cover; and an additional sheet, having an additional retroreflective surface configured in a second plane parallel to and distinct from the first plane, so that the additional retroreflective surface is visible through the additional opening when the cover is fastened to the base. a base, comprising a planar sheet configured in a first plane, the planar sheet having a retroreflective surface; and a cover, which is fitted over and fastened to the base and has a plurality of openings through which the retroreflective surface is visible, the plurality of openings generating respective retroreflectors in the first plane, from the retroreflective surface, when the cover is fastened to the base; characterized in that the positioning marker further comprises: an additional opening in the cover; and an additional sheet, having an additional retroreflective surface configured in a second plane parallel to and distinct from the first plane, so that the additional retroreflective surface is visible through the additional opening when the cover is fastened to the base. an additional opening in the cover; and an additional sheet, having an additional retroreflective surface configured in a second plane parallel to and distinct from the first plane, so that the additional retroreflective surface is visible through the additional opening when the cover is fastened to the base.
A twin roll casting machine comprising: (a) a pair of water-cooled casting rolls laterally positioned to form a nip there between and counter rotatable about rotational axes thereof, with the casting rolls biased towards each other by thrust forces, and (b) rotary joints coupled to at least one end of the casting rolls and capable of supplying cooling water into and removing cooling water out of passages in the casting rolls, with the rotary joints of each casting roll being arranged so that the flow of cooling water into the rotary joints and the flow of cooling water out of the rotary joints exert forces on the casting rolls generally in the direction along the rotational axis of the casting rolls, characterized by (c) cooling water hoses (25, 26) connected to the rotary joints; and (d) biasing units capable of supporting the hoses (25, 26) such that the mass of the hoses (25, 26) is not carried by the casting rolls. (a) a pair of water-cooled casting rolls laterally positioned to form a nip there between and counter rotatable about rotational axes thereof, with the casting rolls biased towards each other by thrust forces, and (b) rotary joints coupled to at least one end of the casting rolls and capable of supplying cooling water into and removing cooling water out of passages in the casting rolls, with the rotary joints of each casting roll being arranged so that the flow of cooling water into the rotary joints and the flow of cooling water out of the rotary joints exert forces on the casting rolls generally in the direction along the rotational axis of the casting rolls, characterized by (c) cooling water hoses (25, 26) connected to the rotary joints; and (d) biasing units capable of supporting the hoses (25, 26) such that the mass of the hoses (25, 26) is not carried by the casting rolls.
A capacitive-load driving device which applies a multi-level voltage control signal to a capacitive load to drive the capacitive load, comprising: a voltage control signal generator unit adapted to generate the voltage control signal; a voltage amplifier unit adapted to amplify a voltage corresponding to the voltage control signal; and a current amplifier unit adapted to amplify the current from the output of the voltage amplifier unit in order to perform charging of the capacitive load; characterized in that the capacitive-load driving device further comprises: a falling-control signal generator unit arranged to generate a falling control signal pulse having a predetermined pulse width when the value of the current voltage control signal is reduced with respect to the value of the previous voltage control signal by an amount exceeding a predetermined value but not to generate said falling pulse when said amount does not exceed said predetermined value; and a switching unit adapted to discharge the capacitive load in response to the falling control signal pulse received from the falling-control signal generator unit. a voltage control signal generator unit adapted to generate the voltage control signal; a voltage amplifier unit adapted to amplify a voltage corresponding to the voltage control signal; and a current amplifier unit adapted to amplify the current from the output of the voltage amplifier unit in order to perform charging of the capacitive load; characterized in that the capacitive-load driving device further comprises: a falling-control signal generator unit arranged to generate a falling control signal pulse having a predetermined pulse width when the value of the current voltage control signal is reduced with respect to the value of the previous voltage control signal by an amount exceeding a predetermined value but not to generate said falling pulse when said amount does not exceed said predetermined value; and a switching unit adapted to discharge the capacitive load in response to the falling control signal pulse received from the falling-control signal generator unit. a falling-control signal generator unit arranged to generate a falling control signal pulse having a predetermined pulse width when the value of the current voltage control signal is reduced with respect to the value of the previous voltage control signal by an amount exceeding a predetermined value but not to generate said falling pulse when said amount does not exceed said predetermined value; and a switching unit adapted to discharge the capacitive load in response to the falling control signal pulse received from the falling-control signal generator unit.
A PV module mounting and support assembly, for use on a support structure of the type having a deck on which PV modules are to be mounted, comprising: a base, having a lower base surface, mountable to a deck; a deck-penetrating fastener engageable with the base and extendable into the deck so to secure the base to the deck, the lower base surface facing the deck; characterized in that the base comprising a PV module-support surface; and PV module mounting hardware comprising an elongated fastener and a retaining element securable to the base by the elongated fastener at a position spaced apart from and not in contact with the PV module-support surface, whereby an edge of a PV module can be positioned on top of and be supported by the PV module-support surface with the edge of the PV module spaced apart from the deck and captured between the PV module-support surface and the retaining element, wherein the retaining element comprises a mounting clip securable directly to the base by the elongated fastener with the elongated fastener extending between and directly engaging the mounting clip and the base. a base, having a lower base surface, mountable to a deck; a deck-penetrating fastener engageable with the base and extendable into the deck so to secure the base to the deck, the lower base surface facing the deck; characterized in that the base comprising a PV module-support surface; and PV module mounting hardware comprising an elongated fastener and a retaining element securable to the base by the elongated fastener at a position spaced apart from and not in contact with the PV module-support surface, whereby an edge of a PV module can be positioned on top of and be supported by the PV module-support surface with the edge of the PV module spaced apart from the deck and captured between the PV module-support surface and the retaining element, wherein the retaining element comprises a mounting clip securable directly to the base by the elongated fastener with the elongated fastener extending between and directly engaging the mounting clip and the base.
A laundry dryer comprising a cabinet, a drum for treating laundry which is arranged in a rotating manner inside the cabinet, the drum being accessible by a user through a laundry loading/unloading opening closable by a door, a process air circulating conduit extending through the drum having a process air outlet section, wherein the laundry dryer further comprises an air filter which is removably received in a seat formed on the process air outlet section so as to be accessed by opening the door, and wherein the dryer further comprises a gasket positioned between said air filter and said seat for sealing the air filter to the seat, the gasket having a transverse sectional shape comprising an outer edge which is in sealing contact with at least two distinct areas (22, 23) of the air filter when the latter rests on the seat, characterized in that, when the air filter rests on the seat, the outer edge of the gasket is in sealing contact with a first sealing contact area, which is formed on a filter surface designed for abutting against the seat, and a second sealing contact area, which is formed on a filter surface portion that protrudes into said process air circulating conduit.
An enclosure arrangement comprising: a base defining a splice region; and a cover coupled to the base to move between a closed position and an open position, the cover and the base cooperating to define an interior when the cover is in the closed position, the cover providing access to the interior when in the open position; a plurality of ruggedized adapters disposed on the cover, each ruggedized adapter having a first port accessible from an inner side of the cover and a second port accessible from an outer side of the cover; and at least one splitter module carried by the inner side of the cover, each splitter module including a splitter disposed in a splitter housing, an input fiber coupled to one end of the splitter, and a plurality of splitter output pigtails coupled to another end of the splitter, the input fiber being routed to the splice region of the base, the splitter output pigtails having connectorized ends. a base defining a splice region; and a cover coupled to the base to move between a closed position and an open position, the cover and the base cooperating to define an interior when the cover is in the closed position, the cover providing access to the interior when in the open position; a plurality of ruggedized adapters disposed on the cover, each ruggedized adapter having a first port accessible from an inner side of the cover and a second port accessible from an outer side of the cover; and at least one splitter module carried by the inner side of the cover, each splitter module including a splitter disposed in a splitter housing, an input fiber coupled to one end of the splitter, and a plurality of splitter output pigtails coupled to another end of the splitter, the input fiber being routed to the splice region of the base, the splitter output pigtails having connectorized ends.
Textile surface structure comprising a flexible substrate on which a plurality of platelet-like elements made of a wear-resistant material, which is stiffer than the substrate, are affixed, characterised in that the textile surface structure is provided with a coloured motif, wherein the colourant or colourants of the motif penetrate the platelet-like elements covered by the motif over their full height.
An alcohol-soluble, printing ink composition comprising: (a) at least one colorant; (b) a binder comprising polyurethane; (c) a solvent system comprising at least 50% by weight of an alcohol, based on the total weight of the solvent system; and (d) a cellulose ester selected from cellulose acetate propionate and cellulose acetate butyrate, wherein the cellulose ester has (i) a hydroxyl group content of 5.1% to 7.1% by weight, (ii) an acetyl group content of 0.05% to 0.65% by weight, both based on the weight of the cellulose ester, and (iii) a number-average molecular weight (M n) of 7,000 to 13,000 g/mol. (a) at least one colorant; (b) a binder comprising polyurethane; (c) a solvent system comprising at least 50% by weight of an alcohol, based on the total weight of the solvent system; and (d) a cellulose ester selected from cellulose acetate propionate and cellulose acetate butyrate,
A method for testing a soft magnetic composite stator core, SMC stator core, for an electric machine, characterised by the following steps: - Provision of multiple windings in the form of printed circuits (5, 6), each of which has recesses which are adapted to the shape and arrangement of teeth of an SMC stator core to be tested, - Mounting of the stacked printed circuits (5, 6) on the teeth of the SMC stator core, - Covering of the arrangement of SMC stator core and printed circuits (5, 6) with a ferrous flux ring contacting the teeth, - Operation of the printed circuits (5, 6) as transformer windings with recording of properties of the SMC stator core acting in this case as the transformer core. - Provision of multiple windings in the form of printed circuits (5, 6), each of which has recesses which are adapted to the shape and arrangement of teeth of an SMC stator core to be tested, - Mounting of the stacked printed circuits (5, 6) on the teeth of the SMC stator core, - Covering of the arrangement of SMC stator core and printed circuits (5, 6) with a ferrous flux ring contacting the teeth, - Operation of the printed circuits (5, 6) as transformer windings with recording of properties of the SMC stator core acting in this case as the transformer core.
A retroreflective sheeting comprising: a retroreflective layer having a plurality of retroreflective elements on a first face; a back face layer provided opposite to a face of the retroreflective layer on the retroreflective element side, the back face layer having an attachment portion attached to the retroreflective elements; a plurality of particles arranged between the retroreflective elements and the back face layer; and characterized in that a void is formed between the retroreflective elements and the plurality of particles. a retroreflective layer having a plurality of retroreflective elements on a first face; a back face layer provided opposite to a face of the retroreflective layer on the retroreflective element side, the back face layer having an attachment portion attached to the retroreflective elements; a plurality of particles arranged between the retroreflective elements and the back face layer; and characterized in that a void is formed between the retroreflective elements and the plurality of particles.
A method for purifying cystathionine β-Synthase protein, wherein the CBS protein is a chemically cleaved or genetically engineered truncate of SEQ ID NO: 2, comprising the steps of: (a) providing a CBS-containing solution comprising one or a plurality of impurities; and (b) first performing chromatographic separation of the CBS-containing solution using an ion exchange chromatography column; and (c) second using a metal affinity chromatography (IMAC) resin charged with zinc, wherein the impurities are removed thereby. (a) providing a CBS-containing solution comprising one or a plurality of impurities; and (b) first performing chromatographic separation of the CBS-containing solution using an ion exchange chromatography column; and (c) second using a metal affinity chromatography (IMAC) resin charged with zinc, wherein the impurities are removed thereby.