mhurhangee/ep-ind-claims huggingface dataset:
An isolated protein scaffold based on a fibronectin type III domain comprising: a backbone portion having an amino acid sequence identical to SEQ ID NO:16 at residues 1-21, 29-74, and 82-89; a B:C loop portion between residues 21 and 29 of SEQ ID NO:16 having at least 75% identity to any one of SEQ ID NOS:22-77; and an F:G loop portion between residues 74 and 82 of SEQ ID NO:16 having at least 75% identity to any one of SEQ ID NOS:78-168, wherein the protein scaffold is capable of binding to human TNFα. a backbone portion having an amino acid sequence identical to SEQ ID NO:16 at residues 1-21, 29-74, and 82-89; a B:C loop portion between residues 21 and 29 of SEQ ID NO:16 having at least 75% identity to any one of SEQ ID NOS:22-77; and an F:G loop portion between residues 74 and 82 of SEQ ID NO:16 having at least 75% identity to any one of SEQ ID NOS:78-168, wherein the protein scaffold is capable of binding to human TNFα.
A blast processing device comprising: - a first nozzle that is adapted to blast a blasting material toward a workpiece using first compressed air; - a second nozzle that is adapted to blast second compressed air for adjusting a diffusion range of the blasting material; and - a moving mechanism that is adapted to move the first nozzle and the second nozzle over the workpiece, characterized in that: the second nozzle is adapted to expand the diffusion range or vary a diffusion direction of the blasting material by blasting the second compressed air. - a first nozzle that is adapted to blast a blasting material toward a workpiece using first compressed air; - a second nozzle that is adapted to blast second compressed air for adjusting a diffusion range of the blasting material; and - a moving mechanism that is adapted to move the first nozzle and the second nozzle over the workpiece, the second nozzle is adapted to expand the diffusion range or vary a diffusion direction of the blasting material by blasting the second compressed air.
Relacorilant for use in reducing the risk of hypercoagulopathy in a Cushing's syndrome patient, wherein said patient is at elevated risk of suffering from hypercoagulopathy as compared to other Cushing's syndrome patients, and wherein said relacorilant use represents a first anticoagulation therapy.
Camera arrangement, - having a housing that has at least one foot part, - having a camera that has a viewing direction and a sight cone oriented in the viewing direction, - wherein the camera is able to be moved in relation to the foot part such that the viewing direction is able to be changed in relation to the foot part, - wherein the camera arrangement contains a cover element, and - wherein the camera is able to be moved in relation to the foot part into at least one cover position in which the sight cone of the camera is oriented towards the cover element, characterized in that the camera is able to be moved axially along an offset axis and at least one axial position contains at least one of the cover positions. - having a housing that has at least one foot part, - having a camera that has a viewing direction and a sight cone oriented in the viewing direction, - wherein the camera is able to be moved in relation to the foot part such that the viewing direction is able to be changed in relation to the foot part, - wherein the camera arrangement contains a cover element, and - wherein the camera is able to be moved in relation to the foot part into at least one cover position in which the sight cone of the camera is oriented towards the cover element,
A strip LED, including an LED chip, an embedded resistor, a magnet, a strip encapsulation bracket and a power source, wherein the strip LED is of an elongated strip shape, and an installation bracket for the embedded resistor and the LED chip is provided between connection bracket metal strips (b) and (c); an upper metal strip (a) is connected with the metal strip (b) and the lower metal strip (c) is connected with a metal strip (d); while the connection bracket metal strips (a) and (b) and metal strips (c) and (d) are either a single narrow and thin metal strip or a plurality of thin metal wire structures; wherein all of or a part of the connection brackets are made of a magnetic metal material, and the metal strips (b) and (c) are bent inwards and are positioned 90 degrees relative to the installation bracket; impression lines (e) and (f) are provided separately at left and right of the installation bracket for the embedded resistor and the LED chip, and rectangular metal blocks (g) and (h) (are provided outside of the impression lines (e) and (f) separately; the rectangular metal blocks (g) and (h) are bent inwards and are positioned 90 degrees relative to the installation bracket along the impression lines such that an LED encapsulation bowl is formed; the embedded resistor is provided on a bracket in the encapsulation bowl and connected with the LED chip with metal wire in series; cured epoxy resin is encapsulated on the bowl, and the rectangular metal blocks (g) and (h) are broken, such that the long brackets at two sides of the strip LED, namely the metal strips (a) and (b) and the metal strips (c) and (d) are in non-conducting state; wherein the magnet is fixed at one end of a wire, and another end of the wire is connected to the power source, such that the magnet on the bracket is used to lead the power source wiring by adsorption in actual use.
Bioethanol stove for igniting and burning bioethanol, wherein the stove comprises at least the following elements: - a burner that is provided with a burner bed that is formed such that it comprises a base and one or more walls reaching to the base, whereby one or more of these walls are provided with passages or openings, and whereby in the usage position the base is at the lowest possible position, and the passages or openings are provided at a height above the base, whereby the height is preferably between five millimetres and forty five millimetres, and more preferably between seven millimetres and thirty five millimetres; - a separate reservoir for the storage of bioethanol; and, - supply means for the supply of fuel to the burner bed, whereby these supply means are provided with spraying means for spraying a fuel mixture on the burner bed, as well as a carburettor in which bioethanol from the reservoir is atomised and mixed with air to form said fuel mixture. - a burner that is provided with a burner bed that is formed such that it comprises a base and one or more walls reaching to the base, whereby one or more of these walls are provided with passages or openings, and whereby in the usage position the base is at the lowest possible position, and the passages or openings are provided at a height above the base, whereby the height is preferably between five millimetres and forty five millimetres, and more preferably between seven millimetres and thirty five millimetres; - a separate reservoir for the storage of bioethanol; and, - supply means for the supply of fuel to the burner bed, whereby these supply means are provided with spraying means for spraying a fuel mixture on the burner bed, as well as a carburettor in which bioethanol from the reservoir is atomised and mixed with air to form said fuel mixture.
An absorbent article for absorbing blood comprising a liquid-permeable top sheet, formed from a nonwoven fabric or woven fabric, a liquid-impermeable back sheet, and an absorbent body between the top sheet and the back sheet, wherein the absorbent article has, in a region overlapping the absorbent body in a thickness direction, an excretory opening contact region that contacts with an excretory opening of a wearer, a first embossed section which is continuously or discontinuously disposed and which surrounds the excretory opening contact region, a fringe region on an outer side of the first embossed section, and a second embossed section disposed in the fringe region, located on an outer side of the excretory opening contact region in a lengthwise direction, the first embossed section and second embossed section are formed by embossing a layer comprising the top sheet and the absorbent body, the top sheet within the excretory opening contact region and the second embossed section each comprise a blood slipping agent that has a kinematic viscosity of 0.01 to 80 mm 2 /s at 40°C measured according to JIS K 2283:2000, "5. Kinematic Viscosity Test Method", using a Cannon-Fenske reverse-flow viscometer, at a testing temperature of 40°C, a water holding percentage of 0.01 to 4.0 mass% as described in the description and a weight-average molecular weight of less than 1000 as described in the description, and the blood slipping agent alone is applied to the top sheet.
An exhaust system (1, 1A, 1B, 1C) comprising: an exhaust duct (2, 2C, 21 - 27) provided above a marine internal combustion engine (101, 101C) installed in an engine room of a ship; and a suction fan that sucks a fuel leakage gas leaking from the marine internal combustion engine (101, 101C) into an inside of the exhaust duct (2, 2C, 21 - 27) from an engine upper unit (102, 102C) side of the marine internal combustion engine (101, 101C), wherein the exhaust duct (2, 2C, 21 - 27) exhausts the fuel leakage gas sucked by the suction fan to an outside of the engine room, characterized in that the exhaust duct (2, 2C, 21 - 27) includes a deformable unit that is bendable and deformable. an exhaust duct (2, 2C, 21 - 27) provided above a marine internal combustion engine (101, 101C) installed in an engine room of a ship; and a suction fan that sucks a fuel leakage gas leaking from the marine internal combustion engine (101, 101C) into an inside of the exhaust duct (2, 2C, 21 - 27) from an engine upper unit (102, 102C) side of the marine internal combustion engine (101, 101C), wherein the exhaust duct (2, 2C, 21 - 27) exhausts the fuel leakage gas sucked by the suction fan to an outside of the engine room, characterized in that the exhaust duct (2, 2C, 21 - 27) includes a deformable unit that is bendable and deformable.
An insert for connecting a wind turbine blade to a rotor hub of a wind turbine, comprising: a bushing comprising: a main body having a first end, a second end, a central bore open to the first end and extending toward the second end, an inner surface, and an outer surface; and characterised by: a plurality of elongate ribs each extending from at least one of the inner and outer surfaces (66, 76) of the main body and further extending along at least a portion of a length of the main body, wherein the plurality of ribs on the main body defines a plurality of channels, each channel formed by a section of the at least one of the inner and outer surfaces (66, 76) of the main body and an adjacent pair of the plurality of ribs; and a plurality of composite inlays, each composite inlay positioned within a respective one of the plurality of channels of the bushing. a bushing comprising: a main body having a first end, a second end, a central bore open to the first end and extending toward the second end, an inner surface, and an outer surface; and characterised by: a plurality of elongate ribs each extending from at least one of the inner and outer surfaces (66, 76) of the main body and further extending along at least a portion of a length of the main body, wherein the plurality of ribs on the main body defines a plurality of channels, each channel formed by a section of the at least one of the inner and outer surfaces (66, 76) of the main body and an adjacent pair of the plurality of ribs; and a plurality of elongate ribs each extending from at least one of the inner and outer surfaces (66, 76) of the main body and further extending along at least a portion of a length of the main body, wherein the plurality of ribs on the main body defines a plurality of channels, each channel formed by a section of the at least one of the inner and outer surfaces (66, 76) of the main body and an adjacent pair of the plurality of ribs; and a plurality of composite inlays, each composite inlay positioned within a respective one of the plurality of channels of the bushing.
An apparatus comprising: a resource allocator adapted to dynamically allocate to a plurality of nodes of a cellular network non-cellular radio resources for communication over a plurality of non-cellular wireless communication links, said resource allocator is adapted to assign said non-cellular radio resources to a plurality of resource blocks corresponding to a plurality of link types, and to dynamically allocate to a non-cellular wireless communication link resources from a resource block corresponding to a link type of said non-cellular wireless communication link, wherein said plurality of resource blocks include a backhaul resource block, a fronthaul resource block, an access resource block, and an open resource block, the backhaul resource block including non-cellular radio resources to be allocated to non-cellular wireless communication backhaul links, the fronthaul resource block including non-cellular radio resources to be allocated to non-cellular wireless communication fronthaul links, the access resource block including non-cellular radio resources to be allocated to non-cellular wireless communication access links, and the open resource block including non-cellular radio resources to be assigned to one or more of the backhaul resource block, fronthaul resource block or access resource block if needed, and wherein said non-cellular wireless communication links comprise millimeter wave, mmwave, links. a resource allocator adapted to dynamically allocate to a plurality of nodes of a cellular network non-cellular radio resources for communication over a plurality of non-cellular wireless communication links, said resource allocator is adapted to assign said non-cellular radio resources to a plurality of resource blocks corresponding to a plurality of link types, and to dynamically allocate to a non-cellular wireless communication link resources from a resource block corresponding to a link type of said non-cellular wireless communication link, wherein said plurality of resource blocks include a backhaul resource block, a fronthaul resource block, an access resource block, and an open resource block, the backhaul resource block including non-cellular radio resources to be allocated to non-cellular wireless communication backhaul links, the fronthaul resource block including non-cellular radio resources to be allocated to non-cellular wireless communication fronthaul links, the access resource block including non-cellular radio resources to be allocated to non-cellular wireless communication access links, and the open resource block including non-cellular radio resources to be assigned to one or more of the backhaul resource block, fronthaul resource block or access resource block if needed, and wherein said non-cellular wireless communication links comprise millimeter wave, mmwave, links.
Process for the recovery and upgrading of bottom ash coming from the incineration of municipal solid waste, comprising mutually integrated and sequential shredding and separation phases, wherein the said shredding is wet shredding and wherein said bottom ash undergoes an oxidation treatment of the amphoteric metals contained therein, characterised in that a first wet shredding phase is carried out followed by a physical separation phase until fractions with granulometry above a threshold value ranging between 45 and 400 micron are separated and undergo a separation process, while those particles of smaller granulometry are supplied to a second wet shredding phase, wherein basic and/or alkaline agents can be introduced to raise the pH of the aqueous suspension as from the shredding phase, so as to promote a combined, "mechano-chemical" corrosion and shredding effect of the amphoteric metals, and to a physical separation safety phase of a size above a threshold ranging between 45 and 150 micron until achieving such a granulometry that all particles are smaller than 150 micron, so that very quick and full corrosion of the amphoteric metals is obtained and said particles can be recovered as mineral additives.
A method for encrypting a data sequence, comprising the steps of: generating a data sequence comprising payload data; generating an encryption sequence comprising random numbers; mapping said data sequence and said encryption sequence using at least one affine transformation from a Galois field GF[p k] to a Galois extension field GF[p k+1], wherein each element of said Galois extension field which corresponds to an output of said affine transformation has a unique multiplicative inverse within said Galois extension field GF[p k+1]; and generating an encrypted data sequence by performing a CGFC arithmetic process, said CGFC arithmetic process including combining said mapped data sequence with said mapped encryption sequence utilizing a Galois field multiplication operation in said Galois extension field GF[p k+1]; wherein p is a prime number, k is an integer value, and p k+1 defines a finite field size of said Galois extension field GF[p k+1]. generating a data sequence comprising payload data; generating an encryption sequence comprising random numbers; mapping said data sequence and said encryption sequence using at least one affine transformation from a Galois field GF[p k] to a Galois extension field GF[p k+1], wherein each element of said Galois extension field which corresponds to an output of said affine transformation has a unique multiplicative inverse within said Galois extension field GF[p k+1]; and generating an encrypted data sequence by performing a CGFC arithmetic process, said CGFC arithmetic process including combining said mapped data sequence with said mapped encryption sequence utilizing a Galois field multiplication operation in said Galois extension field GF[p k+1]; wherein p is a prime number, k is an integer value, and p k+1 defines a finite field size of said Galois extension field GF[p k+1].
An apparatus for the treatment of sewage coming from one or more external utilities and comprising: - A box for collecting sewage coming from said one or more external utilities, said box having a first entry opening, said first entry opening creating a first access to the internal volume of the box and being destined to the direct connection to the drain of a WC; - A lid for closing the box; - An apparatus for the shredding and pumping of the sewage arranged inside the box so as to shred the sewage coming from at least the WC and push all the sewage carried in the box towards the outside; - A drain pipe (117, 17, 17', 17", 17"') installed into the box and connected to said apparatus for the shredding and pumping, for draining towards the outside of the box the sewage contained in the box; said drain pipe (117, 17, 17', 17", 17"') terminating outside the box through one or more drain holes (27, 25) directly placed in the body of the box, the drain pipe being assembled in a removable way, characterized in that the apparatus for the shredding and pumping of the sewage comprises a shredding chamber; said first entry opening being connected through a connection conduit to said shredding chamber; the apparatus for the shredding and pumping of the sewage comprising at least two attachments (16, 16') for connection of the drain pipe (117, 17, 17', 17", 17"'), and the box foreseeing more than one drain holes (27, 25) arranged so that the drain pipe results being placeable inside the box in two or more different positions. - A box for collecting sewage coming from said one or more external utilities, said box having a first entry opening, said first entry opening creating a first access to the internal volume of the box and being destined to the direct connection to the drain of a WC; - A lid for closing the box; - An apparatus for the shredding and pumping of the sewage arranged inside the box so as to shred the sewage coming from at least the WC and push all the sewage carried in the box towards the outside; - A drain pipe (117, 17, 17', 17", 17"') installed into the box and connected to said apparatus for the shredding and pumping, for draining towards the outside of the box the sewage contained in the box; said drain pipe (117, 17, 17', 17", 17"') terminating outside the box through one or more drain holes (27, 25) directly placed in the body of the box, the drain pipe being assembled in a removable way, characterized in that the apparatus for the shredding and pumping of the sewage comprises a shredding chamber; said first entry opening being connected through a connection conduit to said shredding chamber; the apparatus for the shredding and pumping of the sewage comprising at least two attachments (16, 16') for connection of the drain pipe (117, 17, 17', 17", 17"'), and the box foreseeing more than one drain holes (27, 25) arranged so that the drain pipe results being placeable inside the box in two or more different positions.
An instrument panel assembly for displaying vehicle information, said assembly comprising: a pointer operable to move about an axis to point at indicia defined by the assembly, wherein the pointer is operable to vary a length of the pointer, characterized in that the pointer length is varied in response to a magnetic field proximate to the pointer; and in that a magnetic device is configured to cooperate with the pointer to vary the length of the pointer. a pointer operable to move about an axis to point at indicia defined by the assembly, wherein the pointer is operable to vary a length of the pointer, characterized in that the pointer length is varied in response to a magnetic field proximate to the pointer; and in that a magnetic device is configured to cooperate with the pointer to vary the length of the pointer.
An active mount to hold an object, comprising: a first piezoelectric element configured to exert a first force on the object; a second piezoelectric element configured to measure a second force, and an interconnection member interposed between the first and second piezoelectric elements, the interconnection member comprising a cut, characterized in that the cut is dimensioned to provide for a desired level of cross talk between the first piezoelectric element and the second piezoelectric element. a first piezoelectric element configured to exert a first force on the object; a second piezoelectric element configured to measure a second force, and an interconnection member interposed between the first and second piezoelectric elements, the interconnection member comprising a cut,
A binder composition comprising: a protein; a first crosslinking compound comprising a carbohydrate; and a second crosslinking compound comprising two or more primary amine groups, wherein the carbohydrate is a reducing sugar and the first and second crosslinking compounds are individually crosslinkable with each other and with the protein. a protein; a first crosslinking compound comprising a carbohydrate; and a second crosslinking compound comprising two or more primary amine groups, wherein the carbohydrate is a reducing sugar and the first and second crosslinking compounds are individually crosslinkable with each other and with the protein.
Waveguide structure for optical coupling, comprising a first waveguide embedded in a cladding of lower refractive index than the first waveguide, a second waveguide of higher refractive index than the cladding and distanced from the first waveguide, and an intermediate waveguide, of which at least a part is arranged between the first waveguide and the second waveguide, wherein the first waveguide and the second waveguide each comprise a tapered end (101e, 103e) for coupling light into and/or out of the intermediate waveguide, and wherein the first and second waveguides (101, 103) belong to one chip 500, 800), and the first waveguide is embedded in the chip (400, 500, 800), characterized in that the second waveguide is provided on top of the cladding on the surface of the chip (500, 800), and wherein the intermediate waveguide is formed by a filled trench in the cladding, wherein the trench filling material is of higher refractive index than the cladding but of lower refractive index than the first and second waveguides (101, 103).