mhurhangee/ep-ind-claims huggingface dataset:
Aromatic polyether microparticles comprising: a plurality of particles containing an aromatic polyether wherein a content of the particles having a particle diameter equal to or smaller than 50 μm is equal to or higher than 50% by volume with respect to a total volume of the aromatic polyether microparticles, wherein the proportion of particles having a particle diameter equal to or smaller than 50 μm is determined as set out in the description, wherein the aromatic polyether microparticles contain phenolic hydroxyl groups in a content equal to or greater than 80 μmol/g, and wherein the number-average molecular weight Mn of the aromatic polyether constituting the aromatic polyether microparticles is equal to or greater than 5000 and equal to or smaller than 13000, wherein the number-average molecular weight Mn is determined as set out in the description. a plurality of particles containing an aromatic polyether wherein a content of the particles having a particle diameter equal to or smaller than 50 μm is equal to or higher than 50% by volume with respect to a total volume of the aromatic polyether microparticles, wherein the proportion of particles having a particle diameter equal to or smaller than 50 μm is determined as set out in the description, wherein the aromatic polyether microparticles contain phenolic hydroxyl groups in a content equal to or greater than 80 μmol/g, and wherein the number-average molecular weight Mn of the aromatic polyether constituting the aromatic polyether microparticles is equal to or greater than 5000 and equal to or smaller than 13000, wherein the number-average molecular weight Mn is determined as set out in the description.
A method for transmitting and receiving a signal through user equipment, UE-to-UE communication by a UE in a wireless communication system, the method comprising: transmitting, by the UE, a first signal in a contention slot included in one contention section from among a plurality of contention sections in a frequency domain of the one contention section; in response to the first signal, receiving, by the UE, a second signal in the contention slot and in the same frequency domain of the one contention section; and transmitting, by the UE, the UE-to-UE signals in a data subframe and in a frequency domain of the data subframe, wherein the frequency domain of the data subframe is selected among a plurality of frequency domains of the data subframe mapped to the frequency domain of the one contention section. transmitting, by the UE, a first signal in a contention slot included in one contention section from among a plurality of contention sections in a frequency domain of the one contention section; in response to the first signal, receiving, by the UE, a second signal in the contention slot and in the same frequency domain of the one contention section; and transmitting, by the UE, the UE-to-UE signals in a data subframe and in a frequency domain of the data subframe, wherein the frequency domain of the data subframe is selected among a plurality of frequency domains of the data subframe mapped to the frequency domain of the one contention section.
A core for a nuclear reactor, wherein the core comprises: a plurality of nuclear fuel assemblies; and a fluence controlled nuclear fuel assembly (112,114,120) positioned at an outermost perimeter of the core; wherein the fluence controlled nuclear fuel assembly includes a plurality of fluence control structures located on one or more outside edges of the fluence controlled nuclear fuel assembly; the plurality of fluence control structures includes all of a shielding channel, a plate curtain, and a plurality of shielding rods, thereby to reduce neutron flux from the core in a direction beyond the fluence controlled nuclear fuel assembly; and wherein the plurality of nuclear fuel assemblies lack these fluence control structures. a plurality of nuclear fuel assemblies; and a fluence controlled nuclear fuel assembly (112,114,120) positioned at an outermost perimeter of the core; wherein the fluence controlled nuclear fuel assembly includes a plurality of fluence control structures located on one or more outside edges of the fluence controlled nuclear fuel assembly; the plurality of fluence control structures includes all of a shielding channel, a plate curtain, and a plurality of shielding rods, thereby to reduce neutron flux from the core in a direction beyond the fluence controlled nuclear fuel assembly; and wherein the plurality of nuclear fuel assemblies lack these fluence control structures.
A UV monitoring system for wearable and tissue-mounted electronics for measuring a radiant exposure or flux of incident UV electromagnetic radiation comprising: a near-field coil configured for wirelessly coupling the system with an external electronic device; a substrate; a mounting platform; and an electronic device supported by said substrate configured for receiving said incident electromagnetic radiation and for generating an electronic signal characteristic of said radiant exposure or flux of said incident electromagnetic radiation wherein said electronic device comprises a transducer configured for converting at least a portion of said incident electromagnetic radiation into an electrical current, the transducer comprising one light emitting diode, LED,; a capacitor configured to store charge from the LED; and an NFC chip configured to assess charge on the capacitor and to transfer data corresponding to the amount of energy stored in said capacitor to the external electronic device, and wherein absorption of the incident electromagnetic radiation by the electronic device is configured to provide at least a portion of the power for said measurement of the radiant exposure or flux of said incident electromagnetic radiation. a near-field coil configured for wirelessly coupling the system with an external electronic device; a substrate; a mounting platform; and an electronic device supported by said substrate configured for receiving said incident electromagnetic radiation and for generating an electronic signal characteristic of said radiant exposure or flux of said incident electromagnetic radiation wherein said electronic device comprises a transducer configured for converting at least a portion of said incident electromagnetic radiation into an electrical current, the transducer comprising one light emitting diode, LED,; a capacitor configured to store charge from the LED; and an NFC chip configured to assess charge on the capacitor and to transfer data corresponding to the amount of energy stored in said capacitor to the external electronic device, and wherein absorption of the incident electromagnetic radiation by the electronic device is configured to provide at least a portion of the power for said measurement of the radiant exposure or flux of said incident electromagnetic radiation.
A passenger seating arrangement for an aircraft cabin, the passenger seating arrangement comprising a column of seat units located adjacent an aisle, the column of seat units and the aisle both extending in a longitudinal direction parallel to the longitudinal axis of the aircraft cabin, and wherein the column comprises a multiplicity of seat units, arranged consecutively along the longitudinal direction, wherein the seat units are substantially identical, and wherein each seat unit comprises a plurality of moveable seating elements (115a-c) such that the seat unit is configurable between a seating configuration in which the seating elements are arranged to form a seat having a seat pan and seat back, and a flat-bed configuration in which the seating elements are arranged to form a surface for a flat-bed, and wherein each seat unit comprises a foot-receiving structure for receiving the feet of a passenger when the unit is in a flat-bed configuration, the foot-receiving structure comprising an end-wall, and a foot-supporting structure, the foot-supporting structure being arranged to support the passenger's feet when the unit is in the flat-bed configuration, characterised in that in each seat unit, the seating elements are orientated at an acute angle, of between 47 and 51 degrees, to the longitudinal direction and face inwardly towards the aisle, and the pitch between consecutive seat units in the column is between 24 and 33 inches (61 cm and 84 cm), wherein the end-wall of the foot-receiving structure is located between the aisle and the foot-supporting structure and is arranged to shield the passenger's feet from the aisle, and wherein the spacing between the end wall of the foot-receiving structure of a fore seat unit in the column and the end wall of a foot-receiving structure of an aft seat unit behind it in the column, defines an access opening to the fore seat unit, wherein the access opening has a first width for access by an able-bodied passenger; and wherein the fore seat unit is configurable into a disabled-access configuration in which at least part of the end wall of the foot-receiving structure is moved to one side for allowing access from the aisle, in a direction perpendicular to the longitudinal direction, to the foot supporting structure, and the access opening is temporarily widened from the first width to a second width, greater than the first width, for enabling a disabled passenger to access a seat unit.
A water dispensing device, comprising a base plate for one or more containers to be filled with filtered and purified water, an external structure comprising indicator means for showing the functioning of the device and further comprising at least one dispensing push-button, operable and stoppable by a user through at least one press action, for supplying filtered and purified water, at least one compartment of said structure comprising, contained therein at least one loading tank of drinking water, the water dispensing device further comprising a UV reactor, at least one replaceable filtering cartridge or filter 10 and an electronic control unit, at least one control or throttling valve, said loading tank being coupled to said at least one control or throttle valve, which is able to flow the drinking water from the loading tank to said filter and from said filter into the UV reactor, characterized in that said filter comprises a covering element having inlet openings for flowing water in a 15 prefixed direction, a containment body containing filtering material and having outlet openings for flowing water according to said prefixed direction, and a first grid, provided with micrometer openings and interposed between said filtering material and said covering element, said containment body having a cellular structure with a mainly 20 horizontal development and comprising a plurality of filtering cells, each of which having a fixed volume.
Manufacture or computer-assisted provision or computer-assisted calculation or computer-assisted selection of an optical visual aid comprising at least one spectacle lens, to be used by an observer for looking at an object, wherein the optical visual aid has a dioptric power matched to an eye (11, 11') of the observer for at least one viewing direction (A, B), said dioptric power being composed of a plurality of dioptric power components (K 1, K 2, K 3, K 4), characterized in that a first dioptric power component (K 1, K 3) of the plurality of dioptric power components (K 1, K 2, K 3, K 4) has a first corrective power for the at least one viewing direction (A, B) for the eye (11, 11') of the observer at a defined distance A S of the object from the corneal vertex of the eye (11, 11'); and a further dioptric power component (K 2, K 4) of the plurality of dioptric power components (K 1, K 2, K 3, K 4) has a further, additional astigmatic power for the at least one viewing direction (A, B) for the eye (11, 11') of the observer at the defined distance A S, wherein the corrective power of the first dioptric power component is understood to mean the property that the contribution of the dioptric power component to the dioptric power of the visual aid overall brings about a refraction for correcting the refractive error of the observer to the maximum visual acuity, at least with an accuracy of up to 1/5 D or up to 1/8 D of the spherical power and at least with an accuracy of up to 1/5 DC or up to 1/8 DC of the astigmatic power and an axis location of ± 5°, wherein the further, additional astigmatic power for the at least one viewing direction (A, B) at the defined distance A S of the object reduces the visual acuity of the observer by no more than 0.2 logMAR in relation to the visual acuity obtained by the first dioptric power component, and wherein the first dioptric power component (K 1) has the power which, for a distance A S ≥ 4m of the object from the corneal vertex of the eye (11, 11'), corrects the eye (11, 11') of the observer for the at least one viewing direction and wherein the further dioptric power component (K 2) has an additional negative astigmatic power for the eye (11, 11') of the observer for the at least one viewing direction, wherein the additional negative astigmatic power is a cylindrical refractive power BK with -1.0 DC ≤ BK ≤ -0.125 DC or -0.7 DC ≤ BK ≤ -0.3 DC or BK ≈ -0.5 DC and with an axis location φ, specified in the TABO scheme, with 70° ≤ φ ≤ 110° or 80° ≤ φ ≤ 100° or φ ≈ 90°, or with an axis location φ, specified in the TABO scheme, with -20° ≤ φ ≤ 20° or -10° ≤ φ ≤ 10° or φ ≈ 0°.
Printing device having - a base body, - at least one loading station, - at least one printing station (21, 22) for printing a textile as a print substrate and - at least one print substrate support for receiving the print substrate to be printed, wherein the print substrate support can be moved between the stations (21, 22, 24) of the printing device, wherein the base body is configured with a conveyor means by means of which the print substrate support can be delivered to the at least one printing station (21, 22), wherein - the conveyor means comprises at least one electromagnetic linear drive, which is configured to move the at least one print substrate support along the base body, - the base body is formed with at least one track, along which the print substrate support can be conveyed, - the print substrate support engages at least partially above and/or below the track, wherein means for receiving a load of the print substrate support are provided on the base body, in which means the print substrate support engages, and - the at least one print substrate support comprises an upper guide roller and/or a lower guide roller, by means of which the print substrate support can be guided above and/or below the track, characterized in that - the print substrate support is configured to be equipped with a textile, and - that several different printing stations (21, 22) are releasably connected to the base body of the printing device and can be exchanged as desired and can be arranged and combined as desired along the base body. - a base body, - at least one loading station, - at least one printing station (21, 22) for printing a textile as a print substrate and - at least one print substrate support for receiving the print substrate to be printed, wherein the print substrate support can be moved between the stations (21, 22, 24) of the printing device, wherein the base body is configured with a conveyor means by means of which the print substrate support can be delivered to the at least one printing station (21, 22), wherein - the conveyor means comprises at least one electromagnetic linear drive, which is configured to move the at least one print substrate support along the base body, - the base body is formed with at least one track, along which the print substrate support can be conveyed, - the print substrate support engages at least partially above and/or below the track, wherein means for receiving a load of the print substrate support are provided on the base body, in which means the print substrate support engages, and - the at least one print substrate support comprises an upper guide roller and/or a lower guide roller, by means of which the print substrate support can be guided above and/or below the track, characterized in that - the print substrate support is configured to be equipped with a textile, and - that several different printing stations (21, 22) are releasably connected to the base body of the printing device and can be exchanged as desired and can be arranged and combined as desired along the base body.
A prosthesis comprising: a variable permeability layered graft material comprising: a permeable inner layer; an impermeable outer layer; and crosslink yarns attaching the permeable inner layer to the impermeable outer layer, wherein the impermeable outer layer comprises a biodegradable material. a permeable inner layer; an impermeable outer layer; and crosslink yarns attaching the permeable inner layer to the impermeable outer layer, wherein the impermeable outer layer comprises a biodegradable material.
A display system comprising: a display apparatus for displaying an image based on a received image signal; a peripheral device for adjusting an environment peripheral to the display apparatus; a state adjusting device for adjusting a state of the peripheral device; and a first user terminal for, when a connection with the display apparatus is established, controlling the state adjusting device such that the state of the peripheral device is adjusted to a preset state, and for transmitting the image signal to the display apparatus, characterized in that the state adjusting device is further controlled such that the state of the peripheral device is adjusted according to a type of the display apparatus, wherein information on the preset state is stored in the first user terminal, and wherein the first user terminal refers to the stored information on the preset state in response to the connection with the display apparatus being established. a display apparatus for displaying an image based on a received image signal; a peripheral device for adjusting an environment peripheral to the display apparatus; a state adjusting device for adjusting a state of the peripheral device; and a first user terminal for, when a connection with the display apparatus is established, controlling the state adjusting device such that the state of the peripheral device is adjusted to a preset state, and for transmitting the image signal to the display apparatus, characterized in that the state adjusting device is further controlled such that the state of the peripheral device is adjusted according to a type of the display apparatus, wherein information on the preset state is stored in the first user terminal, and wherein the first user terminal refers to the stored information on the preset state in response to the connection with the display apparatus being established.
Corner connection set for right-angled connection of frame elements (7, 9, 11, 13) by sliding elements having - at least one corner connector (2, 19, 20) and - at least one retaining element, wherein the corner connector has substantially two legs (21, 22), of which a first leg has an outer contour which is formed in such a way that it aligns a frame element (7, 9) with an inner contour formed correspondingly to the outer contour relative to the corner connector, and a second leg is formed in such a way that, when mounted, it causes a static reinforcement of its assigned frame element (11, 13), wherein the retaining element (4, 6) has a control element (41, 61) that allows a control of an original mounting position of the retaining element (4, 6) even after dismounting, characterised in that the retaining element (4, 6) separately or integrally includes the control element (41, 61), and the set has at least one upper and one lower corner connector (19, 20), wherein the upper corner connector is formed for connecting an upper horizontal frame element to a perpendicular frame element (11, 13), and the lower corner connector is formed for connecting a lower horizontal frame element to the perpendicular frame element (11, 13), and wherein an upper retaining element is assigned to the upper corner connector and a lower retaining element is assigned to the lower corner connector, and the upper retaining element acts as a safety catch and the lower retaining element acts as a spring lock. - at least one corner connector (2, 19, 20) and - at least one retaining element,
A system for management of a response to motion detection in a motion-detection based system comprising: one or more occupancy sensors distributed about an enclosed area, said one or more occupancy sensors detecting motion within the enclosed area; a window treatment system having at least one means for controlling at least one of: a position and an orientation of the window treatment system; and a processor in communication with a memory, the memory including code which when accessed by the processor causes the processor to: determine a schedule of movements (670, 675) of each of the window treatment position and the window treatment orientation; provide the schedules of movements to selected ones of the one or more occupancy sensors, wherein the selected occupancy sensors receiving the provided schedules negate detection of motion during periods of said movements identified by the provided schedules. one or more occupancy sensors distributed about an enclosed area, said one or more occupancy sensors detecting motion within the enclosed area; a window treatment system having at least one means for controlling at least one of: a position and an orientation of the window treatment system; and a processor in communication with a memory, the memory including code which when accessed by the processor causes the processor to: determine a schedule of movements (670, 675) of each of the window treatment position and the window treatment orientation; provide the schedules of movements to selected ones of the one or more occupancy sensors, wherein the selected occupancy sensors receiving the provided schedules negate detection of motion during periods of said movements identified by the provided schedules. determine a schedule of movements (670, 675) of each of the window treatment position and the window treatment orientation; provide the schedules of movements to selected ones of the one or more occupancy sensors, wherein the selected occupancy sensors receiving the provided schedules negate detection of motion during periods of said movements identified by the provided schedules.
A process for producing glucaric acid, the process comprising: providing a solution comprising dissolved glucuronic acid; providing a recombinant oxidase or oxidoreductase that catalyzes the enzymatic conversion of glucuronic acid to glucaric acid; and contacting the dissolved glucuronic acid with said recombinant oxidase or oxidoreductase under conditions enabling enzymatic conversion of the glucuronic acid to glucaric acid, wherein the recombinant oxidase or oxidoreductase is a gluco-oligosaccharide oxidase (GOOX), such as of class E.C. 1.1.99.B3, that catalyzes the oxidation of glucuronic acid to glucaric acid.