mhurhangee/ep-ind-claims huggingface dataset:
A cutting machine comprising: - a support structure provided with a working table having an upper surface; - a saw carriage comprising at least one circular blade, which is suited to slide, during the cutting operation, along a cutting slot obtained on said working table; - at least one pressing unit acting upon the material to be cut on at least one side of said cutting slot; and the cutting machine comprising at least one closing device to close the cutting slot, so as to prevent swarf from falling through; - at least one pusher device for the positioning of the material to be cut, which is provided with at least one gripper (PZn), whose bottom finger (APn) is suited to slide inside a proper groove provided on the working table; the cutting machine being characterised in that said closing device comprises: a flexible closing element to close the cutting slot, which has a linear extension, mobile with a phase relationship relative to the movement of the saw carriage and suited to slide under the working table along a relative guide and support groove provided along said cutting slot; restraining means to restrain said flexible closing element being provided under the working table outside of said guide and support groove and being suited to completely keep said flexible closing element within the inner body of the cutting machine; the upper surface of said flexible closing element being arranged nearly at the same level as the upper surface of the working table; said flexible closing element being provided with at least one recess, so that, at least in a rest position (PFT, PIT, PTI) of said saw carriage along its stroke, said at least one recess is aligned with the corresponding bottom finger (APn) of the gripper (PZn) or of another apparatus, so as to permit the passage of the latter above the cutting slot and through said recess. - a support structure provided with a working table having an upper surface; - a saw carriage comprising at least one circular blade, which is suited to slide, during the cutting operation, along a cutting slot obtained on said working table; - at least one pressing unit acting upon the material to be cut on at least one side of said cutting slot; and the cutting machine comprising at least one closing device to close the cutting slot, so as to prevent swarf from falling through; - at least one pusher device for the positioning of the material to be cut, which is provided with at least one gripper (PZn), whose bottom finger (APn) is suited to slide inside a proper groove provided on the working table;
A multi-stage pump impeller for an in-line fluid pump having a motor with a motor shaft, the multi-stage pump impeller being characterized in that the multi-stage pump impeller is integrated into the motor shaft, thus forming a multi-stage two-part axial flow shaft comprising a static inner shaft portion having static diffuser vanes (8b, 8f), and also having two shaft ends configured to affix to a frame portion of the pump so the static inner shaft portion does not rotate; and a rotating outer shaft portion having an outer portion configured to affix to a rotor of the pump to rotate the rotating outer shaft portion, also having rotating impeller vanes configured inside and coupled to the outer portion to move the fluid axially along the two-part axial flow shaft as the rotating outer shaft portion axially rotates in relation to the static inner shaft portion.
A method of receiving a warning message for a mobile communication system, the method comprising: receiving a paging message from a network, wherein the paging message is used to inform a terminal about a presence of the warning message, receiving or monitoring a physical downlink control channel, PDCCH, for a certain time window/time period allocated for a transmission of the warning message, and receiving the warning message through a downlink shared channel, DL-SCH, wherein the warning message is an Earthquake and Tsunami Warning System, ETWS, message, and the paging message includes a warning message indication indicating that there will be a transmission of the warning message through the downlink shared channel, DL-SCH. receiving a paging message from a network, wherein the paging message is used to inform a terminal about a presence of the warning message, receiving or monitoring a physical downlink control channel, PDCCH, for a certain time window/time period allocated for a transmission of the warning message, and receiving the warning message through a downlink shared channel, DL-SCH, wherein the warning message is an Earthquake and Tsunami Warning System, ETWS, message, and the paging message includes a warning message indication indicating that there will be a transmission of the warning message through the downlink shared channel, DL-SCH.
A nanodrone (200, 500A, 500B, 1200) comprising: a substrate extending perpendicular to a normal direction; and two or more nanoantennas arranged on and/or in the substrate, wherein each of the two or more nanoantennas exhibits an optically addressable resonance at a respective resonance wavelength, wherein the two or more nanoantennas comprise a first nanoantenna (100-1, 300A-1, 300B-1) and a second nanoantenna (100-2, 300A-2, 300B-2), characterized in that the first nanoantenna (100-1, 300A-1, 300B-1) and the second nanoantenna (100-2, 300A-2, 300B-2) each are configured to scatter circularly polarized light at the respective resonance wavelength that is incident on the nanoantenna along the normal direction such that photons of the scattered light have a mean wavevector k i,L and k i,R in a plane (X, Y) perpendicular to the normal direction for left- and right-circularly polarized light, respectively, with i = 1 for the first nanoantenna (100-1, 300A-1, 300B-1) and i = 2 for the second nanoantenna (100-2, 300A-2, 300B-2), wherein: k i,j i with j i = L or R is non-zero; k i,j i with j i = L for j i = R and j i = R for j i = L is substantially zero or substantially anti-parallel to k i,j i; and at least one of k 1, L and k 1, R is substantially parallel or substantially anti-parallel to one of k 2, L and k 2, R. a substrate extending perpendicular to a normal direction; and two or more nanoantennas arranged on and/or in the substrate, wherein each of the two or more nanoantennas exhibits an optically addressable resonance at a respective resonance wavelength, wherein the two or more nanoantennas comprise a first nanoantenna (100-1, 300A-1, 300B-1) and a second nanoantenna (100-2, 300A-2, 300B-2), k i,j i with j i = L or R is non-zero; k i,j i with j i = L for j i = R and j i = R for j i = L is substantially zero or substantially anti-parallel to k i,j i; and at least one of k 1, L and k 1, R is substantially parallel or substantially anti-parallel to one of k 2, L and k 2, R.
A high pressure degassing module comprising: a high pressure outer housing, at least one self-contained cartridge having a shell and a potting defining a shell /potting interface and having hollow fibers, a core, and a shim comprised in the exterior of the shell near each end of the at least one self-contained cartridge, wherein the shim fills at least a portion of a gap between an exterior of the shell and an interior of the housing and shifts the stress away from the shell/potting interface, wherein said shim is formed from winding a tape having a thickness of from 0.012 cm to 0.25 cm to the exterior of the at least one self-contained cartridge at a distance of from 0.25 cm to 3.81 cm from the shell /potting interface, and wherein the tape material is selected from polyethylene, Teflon, nylon and polypropylene. a high pressure outer housing, at least one self-contained cartridge having a shell and a potting defining a shell /potting interface and having hollow fibers, a core, and a shim comprised in the exterior of the shell near each end of the at least one self-contained cartridge, wherein the shim fills at least a portion of a gap between an exterior of the shell and an interior of the housing and shifts the stress away from the shell/potting interface, wherein said shim is formed from winding a tape having a thickness of from 0.012 cm to 0.25 cm to the exterior of the at least one self-contained cartridge at a distance of from 0.25 cm to 3.81 cm from the shell /potting interface, and wherein the tape material is selected from polyethylene, Teflon, nylon and polypropylene.
Nitrogen oxide storage catalyst composed of at least two catalytically active coatings on a support body, wherein - a lower coating A contains cerium oxide, and platinum and/or palladium and no alkaline earth compound, and - an upper coating B, which is arranged above the coating A, contains an alkaline earth compound, a basic magnesium aluminum mixed oxide, and platinum and palladium, wherein it contains barium oxide or strontium oxide as alkaline earth compound. - a lower coating A contains cerium oxide, and platinum and/or palladium and no alkaline earth compound, and - an upper coating B, which is arranged above the coating A, contains an alkaline earth compound, a basic magnesium aluminum mixed oxide, and platinum and palladium,
A use of a prefilled glass syringe comprising a liquid composition comprising N-methylnaltrexone bromide and that contains tungsten in an amount of less than 60 parts per billion, for storing the N-methylnaltrexone, thus protecting the N-methylnaltrexone against degradation during storage to a compound of formula II-1: wherein the pH of the liquid composition is between 3.0 and 4.0.
A material comprising a transparent substrate coated with a stack of thin layers acting on infrared radiation comprising at least one functional layer, characterized in that the stack comprises a protective coating deposited above at least a part of the functional layer, the protective coating comprising: - at least one lower protective layer based on titanium and zirconium, these two metals being in the metal, oxidized or nitrided form, - at least one upper protective layer of carbon having a thickness of less than or equal to 2 nm, within which layer the carbon atoms are essentially in an sp 2 hybridization state, located above the layer based on titanium and zirconium. - at least one lower protective layer based on titanium and zirconium, these two metals being in the metal, oxidized or nitrided form, - at least one upper protective layer of carbon having a thickness of less than or equal to 2 nm, within which layer the carbon atoms are essentially in an sp 2 hybridization state, located above the layer based on titanium and zirconium.
An additive manufacturing build material container comprising a reservoir to hold build material including an upper portion of more than half the height of the reservoir, having relatively non-converging side walls, a lower portion between the upper portion and a bottom, having converging side walls, at least in a filled state; and a build material outlet structure to allow build material to exit the reservoir, wherein the outlet structure includes an outlet opening in a top portion of the reservoir, wherein the outlet structure includes an adaptor to connect to and disconnect from an external collection system, the adaptor including an interface face around the outlet opening, approximately perpendicular to an air or build material flow direction, wherein at least one guide feature and at least one further interface feature are provided in the interface face, and wherein the outlet structure includes a sensor trigger structure that protrudes from a face of the outlet structure in a direction upwards, to trigger a sensor of the collection system. an upper portion of more than half the height of the reservoir, having relatively non-converging side walls, a lower portion between the upper portion and a bottom, having converging side walls, at least in a filled state; and wherein the outlet structure includes an outlet opening in a top portion of the reservoir, wherein the outlet structure includes an adaptor to connect to and disconnect from an external collection system, the adaptor including an interface face around the outlet opening, approximately perpendicular to an air or build material flow direction, wherein at least one guide feature and at least one further interface feature are provided in the interface face, and wherein the outlet structure includes a sensor trigger structure that protrudes from a face of the outlet structure in a direction upwards, to trigger a sensor of the collection system.
A steering column assembly comprising: an inner tube and an outer tube that surrounds the inner tube along at least part of its length, in a relaxed condition the outer tube being a relatively loose fit around the inner tube, an elongate slot in the outer tube which can be at least partially closed by applying a load either side of the slot to cause a reduction in the internal diameter of the outer tube, the slot extending along the outer tube starting from one end of the outer tube, a pair of flanges (8,9) which are fixed to the outer tube on opposing sides of the slot, and a clamp mechanism which connects one flange to the other, the clamp mechanism being movable between a clamped position in which it applies a clamping force to the flanges (8,9) that acts to reduce the width of the slot and so tightens the outer tube around the inner tube, and an unclamped position in which the clamping force is reduced to permit the flanges (8,9) to move away from one another as the outer tube returns towards its relaxed condition, characterised by further comprising a restraining member that extends around the whole circumference, or substantially around the whole circumference, of a length of the outer tube that is located at, or close to, the end of the outer tube at which the slot starts, the restraining member preventing unwanted deformation of the end of the outer tube. an inner tube and an outer tube that surrounds the inner tube along at least part of its length, in a relaxed condition the outer tube being a relatively loose fit around the inner tube, an elongate slot in the outer tube which can be at least partially closed by applying a load either side of the slot to cause a reduction in the internal diameter of the outer tube, the slot extending along the outer tube starting from one end of the outer tube, a pair of flanges (8,9) which are fixed to the outer tube on opposing sides of the slot, and a clamp mechanism which connects one flange to the other, the clamp mechanism being movable between a clamped position in which it applies a clamping force to the flanges (8,9) that acts to reduce the width of the slot and so tightens the outer tube around the inner tube, and an unclamped position in which the clamping force is reduced to permit the flanges (8,9) to move away from one another as the outer tube returns towards its relaxed condition, characterised by further comprising a restraining member that extends around the whole circumference, or substantially around the whole circumference, of a length of the outer tube that is located at, or close to, the end of the outer tube at which the slot starts, the restraining member preventing unwanted deformation of the end of the outer tube.
A can body printing system comprising: a plurality of printing devices installed in different locations, each performing printing on a can body by inkjet printing; a management device managing the plurality of printing devices; and a client device and a prototype printer device both set at an ordering center, wherein a design image from an orderer in the ordering center is transmitted from the client device to the management device, the management device performs image processing on the obtained design image to be printed on the can body and creates print image data to be used in the plurality of printing devices, and the prototype printer device performs inkjet printing on an unprinted can based on the print image data created by the management device. a plurality of printing devices installed in different locations, each performing printing on a can body by inkjet printing; a management device managing the plurality of printing devices; and a client device and a prototype printer device both set at an ordering center, wherein a design image from an orderer in the ordering center is transmitted from the client device to the management device, the management device performs image processing on the obtained design image to be printed on the can body and creates print image data to be used in the plurality of printing devices, and the prototype printer device performs inkjet printing on an unprinted can based on the print image data created by the management device.
A viewing device for an aircraft pilot, the viewing device comprising: ▪ a support for positioning on the head of the aircraft pilot; ▪ a display surface carried by the support and for positioning in the proximity of and facing the eyes of the aircraft pilot; ▪ display means carried by the support and arranged to display augmented reality objects on the display surface; ▪ acquisition means arranged to act in real time to acquire first data representative of the position and of the orientation of the support, second data representative of the position and of the orientation of a cockpit of the aircraft, and third data defining congested zones occupied by equipment of the cockpit, and also to acquire the augmented reality objects; ▪ characterized by processor means arranged to act in real time to define a position and/or an orientation and/or a shape and/or a size for the augmented reality objects by making use in particular of the first data, of the second data, and of the third data, so that all of the augmented reality objects are positioned outside the congested zones when they are displayed on the display surface. ▪ a support for positioning on the head of the aircraft pilot; ▪ a display surface carried by the support and for positioning in the proximity of and facing the eyes of the aircraft pilot; ▪ display means carried by the support and arranged to display augmented reality objects on the display surface; ▪ acquisition means arranged to act in real time to acquire first data representative of the position and of the orientation of the support, second data representative of the position and of the orientation of a cockpit of the aircraft, and third data defining congested zones occupied by equipment of the cockpit, and also to acquire the augmented reality objects; ▪ characterized by processor means arranged to act in real time to define a position and/or an orientation and/or a shape and/or a size for the augmented reality objects by making use in particular of the first data, of the second data, and of the third data, so that all of the augmented reality objects are positioned outside the congested zones when they are displayed on the display surface.
An antibody for use in preventing, treating or alleviating the effects of amyloidosis, a group of diseases and disorders associated with amyloid plaque formation including secondary amyloidosis and age-related amyloidosis, obtainable by a method comprising raising antibodies against an antigenic peptide corresponding to the amino acid sequence of the Aβ peptide antigen consisting of a single or repetitive stretch of between 13 and 15 contiguous amino acid residues from the N-terminal part of the Aβ peptide, and modified with hydrophobic moieties covalently bound to each terminus of the antigenic peptide through at least one amino acid coupled to the terminal amino acid residue at each end of the antigenic peptide and reconstituted in a liposome, wherein a.) the Aβ peptide is pre-formed by on-resin standard automated peptide synthesis and modified by on-resin grafting of a lipophilic or hydrophobic moiety to the terminal amino acid residues of the pre-formed Aβ peptide and b.) said antibody is a bifunctional antibody, which, upon co-incubation with soluble β-amyloid monomeric and oligomeric peptides, inhibits the aggregation of the Aβ monomers into high molecular polymeric fibrils and, in addition, upon co-incubation with preformed high molecular polymeric amyloid fibrils or filaments formed by the aggregation of β-amyloid monomeric peptides, is capable of disaggregating the preformed polymeric fibrils, or filaments. a.) the Aβ peptide is pre-formed by on-resin standard automated peptide synthesis and modified by on-resin grafting of a lipophilic or hydrophobic moiety to the terminal amino acid residues of the pre-formed Aβ peptide and b.) said antibody is a bifunctional antibody, which, upon co-incubation with soluble β-amyloid monomeric and oligomeric peptides, inhibits the aggregation of the Aβ monomers into high molecular polymeric fibrils and, in addition, upon co-incubation with preformed high molecular polymeric amyloid fibrils or filaments formed by the aggregation of β-amyloid monomeric peptides, is capable of disaggregating the preformed polymeric fibrils, or filaments.
A measurement control method, applied to a user equipment, UE, wherein the method comprises: if the UE is within a first area while performing cell re-selection, sending to a network side information of a cell where physical cell identifier, PCI, confusion occurs, wherein, the information of the cell where the PCI confusion occurs comprises at least: a PCI and a cell global identifier of the cell, receiving, a PCI list and a cell global identifier list configured at the network side, determining, on the basis of the PCI list and the cell global identifier list, whether a cell to be re-selected belongs to the first area; and if it is determined that the cell to be re-selected belongs to the first area, continuing to use an idle state measurement configuration configured by dedicated signaling to perform processing. if the UE is within a first area while performing cell re-selection, sending to a network side information of a cell where physical cell identifier, PCI, confusion occurs, wherein, the information of the cell where the PCI confusion occurs comprises at least: a PCI and a cell global identifier of the cell, receiving, a PCI list and a cell global identifier list configured at the network side, determining, on the basis of the PCI list and the cell global identifier list, whether a cell to be re-selected belongs to the first area; and if it is determined that the cell to be re-selected belongs to the first area, continuing to use an idle state measurement configuration configured by dedicated signaling to perform processing.
A method for enlarging a ship, in which a front ship segment comprising the bow and a rear ship segment comprising the stem are separated from one another in the region of a cargo hold (16.1, 16.2), the front ship segment and the rear ship segment are moved apart in a longitudinal direction and an additional middle ship segment having an additional cargo hold part (16.3) is installed between the moved-apart front ship segment and rear ship segment, which additional middle ship segment wholly or partially has a higher side height than the front ship segment at least in a segment behind the bow and the rear ship segment at least in a segment in front of the stern.