mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for detecting matter transported by a transportation means comprising one of a conveyor belt, a chute, and a free fall path, the apparatus comprising: - a first light source adapted to emit a first light beam; - a second light source adapted to emit a second light beam, wherein - the apparatus is arranged such that the first and second light beams converge towards a scanning element; - the scanning element is configured to move in a rotating or tilting plane and is adapted to redirect the converging first and second light beams towards the matter to be detected; - the first and the second light sources are configured to emit the first and second light beams (16a,b) in a plane P perpendicular to the rotating or tilting plane of the scanning element; - a detector adapted to receive light reflected by the matter via the scanning element, which detector is positioned in said plane P, and - the apparatus is further arranged such that the first and second light beams are substantially overlapping when falling on the matter to be detected. - a first light source adapted to emit a first light beam; - a second light source adapted to emit a second light beam, wherein - the apparatus is arranged such that the first and second light beams converge towards a scanning element; - the scanning element is configured to move in a rotating or tilting plane and is adapted to redirect the converging first and second light beams towards the matter to be detected; - the first and the second light sources are configured to emit the first and second light beams (16a,b) in a plane P perpendicular to the rotating or tilting plane of the scanning element; - a detector adapted to receive light reflected by the matter via the scanning element, which detector is positioned in said plane P, and - the apparatus is further arranged such that the first and second light beams are substantially overlapping when falling on the matter to be detected.
A method of processing a plastic article wherein the plastic article comprises (a) from 60% to 98% by weight of a plastic resin, (b) from 0.25% to 16% by weight of a core-shell composite material comprising a core made up of a material selected from one or more metal oxides, metal compounds, mixed metal oxides, and mixtures thereof, with the exception of Ti, Sn and Sb; and a shell which completely encapsulates the core and is selected from oxides of B, Ni, Al, Zr, Co, Mg, Mo, Zn, Si, Bi, Cr, W, Ce, Mn, Ba, and mixtures thereof, wherein the core includes a laser direct structuring additive; and (c) from 0% to 24% by weight of fillers and additives; wherein said plastic article is subjected to a laser beam thus creating at least one laser-etched area wherein metal atoms of the core are activated and exposed. (a) from 60% to 98% by weight of a plastic resin, (b) from 0.25% to 16% by weight of a core-shell composite material comprising a core made up of a material selected from one or more metal oxides, metal compounds, mixed metal oxides, and mixtures thereof, with the exception of Ti, Sn and Sb; and a shell which completely encapsulates the core and is selected from oxides of B, Ni, Al, Zr, Co, Mg, Mo, Zn, Si, Bi, Cr, W, Ce, Mn, Ba, and mixtures thereof, wherein the core includes a laser direct structuring additive; and (c) from 0% to 24% by weight of fillers and additives;
A substrate bonding apparatus (100, 100a), comprising: a vacuum chamber (200, 250, 761); a surface activation part (601, 610, 616, 6011, 6012, 75) for irradiating two bonding surfaces of two substrates (301, 302) with a particle beam emitted by said surface activation part (601, 6011, 6012, 610, 616, 75), having a predetermined kinetic energy to thereby activate said two bonding surfaces in said vacuum chamber (200, 250, 761); and a substrate moving mechanism (403, 404) for bringing said two bonding surfaces into contact with each other, to thereby bond said two substrates (301, 302), characterized in that said surface activation part (601, 610, 616, 6011, 6012, 75) irradiates at least one bonding surface with silicon particles in parallel with irradiation with said particle beam. a vacuum chamber (200, 250, 761); a surface activation part (601, 610, 616, 6011, 6012, 75) for irradiating two bonding surfaces of two substrates (301, 302) with a particle beam emitted by said surface activation part (601, 6011, 6012, 610, 616, 75), having a predetermined kinetic energy to thereby activate said two bonding surfaces in said vacuum chamber (200, 250, 761); and a substrate moving mechanism (403, 404) for bringing said two bonding surfaces into contact with each other, to thereby bond said two substrates (301, 302), characterized in that said surface activation part (601, 610, 616, 6011, 6012, 75) irradiates at least one bonding surface with silicon particles in parallel with irradiation with said particle beam.
A tissue-derived biomaterial carrier device comprising: a carrier case; a temperature control box detachable from an exterior wall of the carrier case; and a temperature control unit disposed in the temperature control box and configured to control the temperature in the carrier case, when the temperature control box has been attached to the carrier case, by transferring heat through the exterior wall of the carrier case, wherein the carrier device further comprises: a mounting part disposed in the carrier case and configured to receive a container storing tissue-derived biomaterial; and a swing mechanism disposed with respect to an inner wall of the carrier case, the swing mechanism having at least two rotation shafts whose axes intersect and swingably supporting the mounting part by the at least two rotation shafts, wherein at least one of the rotary shafts has a rotary damper attached thereon. a carrier case; a temperature control box detachable from an exterior wall of the carrier case; and a temperature control unit disposed in the temperature control box and configured to control the temperature in the carrier case, when the temperature control box has been attached to the carrier case, by transferring heat through the exterior wall of the carrier case, wherein the carrier device further comprises: a mounting part disposed in the carrier case and configured to receive a container storing tissue-derived biomaterial; and a swing mechanism disposed with respect to an inner wall of the carrier case, the swing mechanism having at least two rotation shafts whose axes intersect and swingably supporting the mounting part by the at least two rotation shafts, wherein at least one of the rotary shafts has a rotary damper attached thereon. a mounting part disposed in the carrier case and configured to receive a container storing tissue-derived biomaterial; and a swing mechanism disposed with respect to an inner wall of the carrier case, the swing mechanism having at least two rotation shafts whose axes intersect and swingably supporting the mounting part by the at least two rotation shafts, wherein at least one of the rotary shafts has a rotary damper attached thereon.
An aircraft, comprising a pressurized area, an unpressurized area, and an environmental conditioning system comprising an air cycle machine disposed in a housing in the unpressurized area of the aircraft for conditioning an airflow comprising hot compressed air by reducing its temperature and pressure to produce conditioned pressurized air; a conduit that receives the conditioned pressurized air for delivery to the pressurized area of the aircraft, characterised in that: a smoke sensor (152,154) is disposed within the conduit or within the housing external to the conduit; and a controller is in communication with the smoke sensor (152,154), and is configured to respond to detection of smoke by the smoke sensor (152,154). a smoke sensor (152,154) is disposed within the conduit or within the housing external to the conduit; and a controller is in communication with the smoke sensor (152,154), and is configured to respond to detection of smoke by the smoke sensor (152,154).
A process for the production of a film or of a film web made of a mixture of vinyl chloride polymer or polyvinyl chloride, polyester, and additives, comprising the following steps: (a) selection of a pulverulent, pelletized, or granular vinyl chloride polymer or polyvinyl chloride with a K value of from 50 to 90, the proportion thereof being greater than or equal to 5 % by weight, based on the mixture, and mixing with additives from the group of high-molecular-weight polymeric modifiers, stabilizers, waxes, antiblocking agents, colorants, plasticizers, processing aids, the proportion thereof being from 2 to 25 % by weight, based on the mixture; (b) selection of an amorphous or semicrystalline polyester in pulverulent, pelletized, or granular form with a crystallization halflife time in the molten state of at least 5 min., the proportion thereof being from 5 to 90 % by weight, based on the mixture; (c) plastification and melting of the mixture from steps (a) and (b); (d) calendering of the molten mixture via introduction into the nip between two calender rolls of a roll calender, at temperatures of from 150 to 250 °C, in order to form a film or a film web; (e) orientation of the film or film web in an inline and/or offline process with a degree of stretching of from 3 to 7 in longitudinal and/or transverse direction. (a) selection of a pulverulent, pelletized, or granular vinyl chloride polymer or polyvinyl chloride with a K value of from 50 to 90, the proportion thereof being greater than or equal to 5 % by weight, based on the mixture, and mixing with additives from the group of high-molecular-weight polymeric modifiers, stabilizers, waxes, antiblocking agents, colorants, plasticizers, processing aids, the proportion thereof being from 2 to 25 % by weight, based on the mixture; (b) selection of an amorphous or semicrystalline polyester in pulverulent, pelletized, or granular form with a crystallization halflife time in the molten state of at least 5 min., the proportion thereof being from 5 to 90 % by weight, based on the mixture; (c) plastification and melting of the mixture from steps (a) and (b); (d) calendering of the molten mixture via introduction into the nip between two calender rolls of a roll calender, at temperatures of from 150 to 250 °C, in order to form a film or a film web; (e) orientation of the film or film web in an inline and/or offline process with a degree of stretching of from 3 to 7 in longitudinal and/or transverse direction.
An electrochemical hydrogen pump comprising: at least one hydrogen pump unit that includes an electrolyte membrane, an anode disposed on a first main surface of the electrolyte membrane, a cathode disposed on a second main surface of the electrolyte membrane, an anode separator stacked on the anode, and a cathode separator stacked on the cathode; an anode end plate that is disposed on the anode separator positioned in a first end in a stacking direction; a cathode end plate that is disposed on the cathode separator positioned in a second end in the stacking direction, the first end being one end in the stacking direction, the second end being another end in the stacking direction; a fixing member configured to prevent at least members from the cathode end plate to the cathode separator positioned in the second end from moving in the stacking direction; characterized by a first gas flow channel (50, 51) through which hydrogen generated in the cathode is supplied to a first space disposed between the cathode end plate and the cathode separator positioned in the second end; and a first pressure transmitting member that is disposed in the first space and configured to transmit a pressure from the cathode separator positioned in the second end to the cathode end plate. at least one hydrogen pump unit that includes an electrolyte membrane, an anode disposed on a first main surface of the electrolyte membrane, a cathode disposed on a second main surface of the electrolyte membrane, an anode separator stacked on the anode, and a cathode separator stacked on the cathode; an anode end plate that is disposed on the anode separator positioned in a first end in a stacking direction; a cathode end plate that is disposed on the cathode separator positioned in a second end in the stacking direction, the first end being one end in the stacking direction, the second end being another end in the stacking direction; a fixing member configured to prevent at least members from the cathode end plate to the cathode separator positioned in the second end from moving in the stacking direction; characterized by a first gas flow channel (50, 51) through which hydrogen generated in the cathode is supplied to a first space disposed between the cathode end plate and the cathode separator positioned in the second end; and a first pressure transmitting member that is disposed in the first space and configured to transmit a pressure from the cathode separator positioned in the second end to the cathode end plate.
A Hybrid Automatic Repeat Request, HARQ, sending method, comprising: detecting a receiving condition of N transmission blocks; judging whether k falls within a preset value range, wherein k is a number of transmission blocks which are correctly received in received transmission blocks; when it is judged that k falls within the preset value range, generating a first HARQ state value with a length of M bits according to the receiving condition, wherein the first HARQ state value has a plurality of optional values, each corresponding to a respective receiving condition of the N transmission blocks when k falls within the preset value range, M, N and k are integers, 2 ≤ M < N, and 0≤ k ≤ N; and sending the first HARQ state value as HARQ information; when it is judged that k does not fall within the preset value range, generating a second HARQ state value with a length of W bits according to the receiving condition, wherein at least one value in all values of the second HARQ state value is adopted to represent at least two receiving conditions of the N transmission blocks when k does not fall within the preset value range, and 2≤ W ≤ M; and sending the second HARQ state value as the HARQ information. detecting a receiving condition of N transmission blocks; judging whether k falls within a preset value range, wherein k is a number of transmission blocks which are correctly received in received transmission blocks; when it is judged that k falls within the preset value range, generating a first HARQ state value with a length of M bits according to the receiving condition, wherein the first HARQ state value has a plurality of optional values, each corresponding to a respective receiving condition of the N transmission blocks when k falls within the preset value range, M, N and k are integers, 2 ≤ M < N, and 0≤ k ≤ N; and sending the first HARQ state value as HARQ information; when it is judged that k does not fall within the preset value range, generating a second HARQ state value with a length of W bits according to the receiving condition, wherein at least one value in all values of the second HARQ state value is adopted to represent at least two receiving conditions of the N transmission blocks when k does not fall within the preset value range, and 2≤ W ≤ M; and sending the second HARQ state value as the HARQ information.
A composition comprising: (a) a polypropylene, a polypropylene copolymer or a polypropylene impact copolymer; and (b) a polycarbonate polyol; and (c) optionally an organic peroxide, wherein the polycarbonate polyol (b) is in the range of from about 0.01 wt.% to about 25 wt.% of the total weight of (a), (b) and (c). (a) a polypropylene, a polypropylene copolymer or a polypropylene impact copolymer; and (b) a polycarbonate polyol; and (c) optionally an organic peroxide,
A vehicle comprising: wheels (14f; 14r) including a front wheel; a front side member that extends in a vehicle front-rear direction on an inward side of the front wheel in a vehicle right-left direction; an upper member that includes a first section extending in the vehicle front-rear direction above the front wheel in a vehicle up-down direction, and a second section extending in the vehicle up-down direction forward of the front wheel in the vehicle front-rear direction; and a linking plate that is positioned forward of the front wheel in the vehicle front-rear direction and that links a front end of the front side member and the second section of the upper member to each other, and characterised in that the linking plate is made of a single plate material, and is corrugated in shape, in which ridges and grooves that extend in the vehicle right-left direction are fashioned alternating along the vehicle up-down direction. wheels (14f; 14r) including a front wheel; a front side member that extends in a vehicle front-rear direction on an inward side of the front wheel in a vehicle right-left direction; an upper member that includes a first section extending in the vehicle front-rear direction above the front wheel in a vehicle up-down direction, and a second section extending in the vehicle up-down direction forward of the front wheel in the vehicle front-rear direction; and a linking plate that is positioned forward of the front wheel in the vehicle front-rear direction and that links a front end of the front side member and the second section of the upper member to each other, and characterised in that the linking plate is made of a single plate material, and is corrugated in shape, in which ridges and grooves that extend in the vehicle right-left direction are fashioned alternating along the vehicle up-down direction.
A device comprising a substrate and a plurality of nanowires deposited onto said substrate, at least a portion of said plurality of nanowires comprises nanowires having attached thereto a first functional moiety and at least another portion of said plurality of nanowires comprises nanowires having attached thereto a second functional moiety, said first and second functional moieties being different; characterized in that: each of said first and second functional moieties are adapted for interacting with the nitro-containing explosive by forming a charge transfer complex, such that upon contacting a sample that contains a nitro-containing explosive, the plurality of nanowires exhibits a detectable change in an electrical property, said change being indicative of the presence and/or amount of said nitro-containing explosive in said sample, and is further being indicative of the chemical composition of the nitro-containing explosive, wherein each of said first and second functional moieties is independently an electron-donating moiety and wherein a length of each of said first and second functional moieties is smaller than 2 nm. each of said first and second functional moieties are adapted for interacting with the nitro-containing explosive by forming a charge transfer complex, such that upon contacting a sample that contains a nitro-containing explosive, the plurality of nanowires exhibits a detectable change in an electrical property, said change being indicative of the presence and/or amount of said nitro-containing explosive in said sample, and is further being indicative of the chemical composition of the nitro-containing explosive, wherein each of said first and second functional moieties is independently an electron-donating moiety and wherein a length of each of said first and second functional moieties is smaller than 2 nm.
A document server for transmitting a document consisting of text only, wherein the document server is arranged to transmit the document before a terminal sends image location information contained in the document to an image server in order for the terminal to request an image from the image server, and wherein the document contains or specifies a program to cause the terminal to function as: an additional information extraction part for extracting from the document or from the program specified by that document, as additional information, characters or character strings that are to be overlaid as images on to a background image, the characters or character strings being indicated at a position of a target for transformation by transformation means; an image location information generation part for generating first image location information specifying the image server as a request destination, the first image location information containing an image parameter that includes the extracted additional information and designates the background image, and causing the image server to generate an image in which the additional information is overlaid as images on the background image; and an overwriting part for overwriting image location information contained in the document with the first image location information generated by the image location information generation part. an additional information extraction part for extracting from the document or from the program specified by that document, as additional information, characters or character strings that are to be overlaid as images on to a background image, the characters or character strings being indicated at a position of a target for transformation by transformation means; an image location information generation part for generating first image location information specifying the image server as a request destination, the first image location information containing an image parameter that includes the extracted additional information and designates the background image, and causing the image server to generate an image in which the additional information is overlaid as images on the background image; and an overwriting part for overwriting image location information contained in the document with the first image location information generated by the image location information generation part.
A method of uniquely identifying a user equipment, UE, connected to a radio access network, RAN, comprising: providing a radio access network intelligent controller, RIC, component associated with the RAN; the method further characterized by comprising: configuring, by a packet data convergence protocol, PDCP, layer, a default data radio bearer, DRB, for the UE to maintain Internet Protocol, I, Protocol Data Unit, PDU, connectivity with the RAN; and using, by the RIC, one of NG uplink, UL, user plane, UP, Transport Layer Information or S1 UL UP Transport Layer Information of the default DRB for uniquely identifying the UE for the entire time the UE is connected to the RAN. configuring, by a packet data convergence protocol, PDCP, layer, a default data radio bearer, DRB, for the UE to maintain Internet Protocol, I, Protocol Data Unit, PDU, connectivity with the RAN; and using, by the RIC, one of NG uplink, UL, user plane, UP, Transport Layer Information or S1 UL UP Transport Layer Information of the default DRB for uniquely identifying the UE for the entire time the UE is connected to the RAN.