mhurhangee/patent-ind-claim-en huggingface dataset:
A machine-readable symbol reader (100; 200; 300; 400) to read machine-readable symbols, the machine-readable symbol reader comprising: a housing (101; 201; 301; 401) having an optical chamber (123; 223; 323; 423); an image sensor (122; 222; 322; 422) having at least one portion exposed to an interior of the optical chamber (123; 223; 323; 423); an aiming beam illumination source (120; 220; 320; 420) to emit light; a first optical component (147; 247; 347; 447) that reflects a portion of the light emitted by the illumination source as a first beam (149; 249; 349; 449) characterized in that a second portion (152; 252; 352; 452) of the light emitted by the illumination source passes the first optical component; and a second optical component (148; 248; 348; 448) that reflects at least some of the second portion of the light as a second beam (157; 257; 357; 457), so that the first and at least the second beams which exit the housing (101; 201; 301; 401) remain parallel with an optical image sensing axis (127; 227; 327; 427) of the machine-readable symbol reader over at least a depth of field of the image sensor (122; 222; 322; 422). a housing (101; 201; 301; 401) having an optical chamber (123; 223; 323; 423); an image sensor (122; 222; 322; 422) having at least one portion exposed to an interior of the optical chamber (123; 223; 323; 423); an aiming beam illumination source (120; 220; 320; 420) to emit light; a first optical component (147; 247; 347; 447) that reflects a portion of the light emitted by the illumination source as a first beam (149; 249; 349; 449) characterized in that a second portion (152; 252; 352; 452) of the light emitted by the illumination source passes the first optical component; and a second optical component (148; 248; 348; 448) that reflects at least some of the second portion of the light as a second beam (157; 257; 357; 457), so that the first and at least the second beams which exit the housing (101; 201; 301; 401) remain parallel with an optical image sensing axis (127; 227; 327; 427) of the machine-readable symbol reader over at least a depth of field of the image sensor (122; 222; 322; 422).
Vacuum switch comprising - two base elements which are spaced apart from one another, - a vacuum interrupter which is arranged between the base elements , and - multiple mechanically rigid support elements , wherein - each support element is connected to both base elements , extends without contact around part of the circumference of the vacuum interrupter and is made of an insulating material, and - the support elements are arranged spaced apart from one another around the vacuum interrupter and are surrounded by an electrically non-conductive elastomer which fills the gaps between the support elements and between the support elements and the vacuum interrupter , characterized in that at least one support element has at least one clearance which is filled with the elastomer . - two base elements which are spaced apart from one another, - a vacuum interrupter which is arranged between the base elements , and - multiple mechanically rigid support elements , wherein - each support element is connected to both base elements , extends without contact around part of the circumference of the vacuum interrupter and is made of an insulating material, and - the support elements are arranged spaced apart from one another around the vacuum interrupter and are surrounded by an electrically non-conductive elastomer which fills the gaps between the support elements and between the support elements and the vacuum interrupter , characterized in that at least one support element has at least one clearance which is filled with the elastomer .
A composite machining machine configured to perform additive manufacturing and cutting on a workpiece (W), the composite machining machine comprising: a first machining head movable relative to the workpiece (W) in a first region (FA) to perform additive manufacturing on the workpiece (W) in a second region (SA) included in the first region (FA); a second machining head movable relative to the workpiece (W) in the second region (SA) to perform cutting on the workpiece (W); a workpiece holder configured to hold the workpiece (W) in the second region (SA); a cover covering the first region (FA); and a frame of a portal structure comprising: two columns ; and a beam member coupling the two columns , wherein the cover comprises a region defining member at least partially openably disposed, wherein the region defining member is disposed at a position that defines the second region (SA) inside the first region (FA), wherein the first machining head is attached so as to move in a guided manner in a predetermined range between the two columns on the beam member , and wherein the beam member is disposed so that the predetermined range lies inside the first region (FA), and outside and above the second region (SA). a first machining head movable relative to the workpiece (W) in a first region (FA) to perform additive manufacturing on the workpiece (W) in a second region (SA) included in the first region (FA); a second machining head movable relative to the workpiece (W) in the second region (SA) to perform cutting on the workpiece (W); a workpiece holder configured to hold the workpiece (W) in the second region (SA); a cover covering the first region (FA); and a frame of a portal structure comprising: two columns ; and a beam member coupling the two columns , two columns ; and a beam member coupling the two columns , wherein the cover comprises a region defining member at least partially openably disposed, wherein the region defining member is disposed at a position that defines the second region (SA) inside the first region (FA), wherein the first machining head is attached so as to move in a guided manner in a predetermined range between the two columns on the beam member , and wherein the beam member is disposed so that the predetermined range lies inside the first region (FA), and outside and above the second region (SA).
A multilayer body for storing food comprising a sealing layer (A) comprising a thermoplastic resin, an oxygen absorption layer (B) comprising a thermoplastic resin, and an oxygen barrier layer (D) having oxygen barrier properties, the layers being laminated in the described order, wherein at least one of the sealing layer (A) and the oxygen absorption layer (B) comprises an ionomer as the thermoplastic resin, wherein the oxygen absorption layer (B) comprises iron powder, and a content of the iron powder is 15% by mass or more and 50% by mass or less based on the total amount (100% by mass) of the oxygen absorption layer (B). at least one of the sealing layer (A) and the oxygen absorption layer (B) comprises an ionomer as the thermoplastic resin, wherein the oxygen absorption layer (B) comprises iron powder, and a content of the iron powder is 15% by mass or more and 50% by mass or less based on the total amount (100% by mass) of the oxygen absorption layer (B).
A lens substrate comprising: a substrate including a through-hole ; a lens portion disposed inside the through-hole of the substrate ; and a light-shielding film disposed on a side wall of the through-hole , characterized by further comprising: a notched portion at a light-emitting end of the sidewall of the through-hole , wherein the light-shielding film is disposed on a portion of the through-hole other than the notched portion of the sidewall of the through-hole . a substrate including a through-hole ; a lens portion disposed inside the through-hole of the substrate ; and a light-shielding film disposed on a side wall of the through-hole , characterized by further comprising: a notched portion at a light-emitting end of the sidewall of the through-hole , wherein the light-shielding film is disposed on a portion of the through-hole other than the notched portion of the sidewall of the through-hole .
A cartridge, intended to be positioned inside an air collection means and configured to receive a means for recovering nucleic acids, said cartridge being substantially cylindrical and comprising a microorganism retaining zone, said retaining zone comprising microorganism lysis means, constituted by beads with a gelled material, inert, capable of retaining the microorganisms, of keeping the lysis means in place and of dissolving in the presence of a liquid.
A consumer product in the form of a home- or personal-care product, in liquid or powder form, that includes: - from 0.1 to 50% by weight of surfactant, and - core-composite shell microcapsules comprising an outer shell of a coacervate, an inner shell consisting essentially of polymerised polyisocyanate formed from at least one polyisocyanate comprising at least three isocyanate functional groups in the absence of a reactant consisting of a polyamine or an amine, and an internal phase comprising an hydrophobic active ingredient, wherein the inner shell and outer shell form a composite structure. - from 0.1 to 50% by weight of surfactant, and - core-composite shell microcapsules comprising an outer shell of a coacervate, an inner shell consisting essentially of polymerised polyisocyanate formed from at least one polyisocyanate comprising at least three isocyanate functional groups in the absence of a reactant consisting of a polyamine or an amine, and an internal phase comprising an hydrophobic active ingredient, wherein the inner shell and outer shell form a composite structure.
A method for manufacturing vertical optical coupling structures between first optical or optoelectronic components and second optical or optoelectronic components , making it possible to produce a monolithic collective coupling matrix, said vertical coupling structures being produced: - by depositing a main layer (A) which is resin having an adhesive nature, onto a substrate comprising second optical or optoelectronic components in a step (i); - by lithography of the main layer in a step (ii), each vertical optical coupling structure being produced to be located facing and in contact with a second optical component located in the substrate , the monolithic main layer including coupling parts of an overall truncated cone shape composed of a material with a refractive index greater than the refractive index of air after performing step (ii); the coupling parts each having a first transverse end surface intended to be in contact with the emission or reception surface of a first optical or optoelectronic component , and a second transverse end surface which is in contact with the emission or reception surface of the second optical or optoelectronic component . - by depositing a main layer (A) which is resin having an adhesive nature, onto a substrate comprising second optical or optoelectronic components in a step (i); - by lithography of the main layer in a step (ii),
A method of preparing a sample for analysis for analyzing a sugar chain contained in an analyte, wherein the method comprising a first reaction in which when a sialic acid is bound to the sugar chain of the analyte, a modified product is formed which is different depending on a linkage type of the sialic acid, in the first reaction, the analyte containing a sugar chain, an amine containing two or more carbon atoms, and a dehydration-condensation agent including carbodiimide are reacted such that a modified product is formed from the sialic acid in the sugar chain of the analyte, when the sugar chain has an α2,3-linked sialic acid, a lactone is formed as the modified product by the first reaction, and when the sugar chain has an α2,6-linked sialic acid, an amide is formed as the modified product by the first reaction by reaction of the amine containing two or more carbon atoms.
Process for continuously producing aqueous polyurethane dispersions, comprising the steps of a) simultaneously introducing at least one prepolymer and at least one chain-extending reagent into a mixing element M1; b) subsequently simultaneously introducing the chain-extended prepolymer formed in process step a) and water into a mixing element M2; and c) subsequently simultaneously introducing the mixture formed in process step b) and water into a mixing element M3 to form an aqueous polyurethane dispersion. a) simultaneously introducing at least one prepolymer and at least one chain-extending reagent into a mixing element M1; b) subsequently simultaneously introducing the chain-extended prepolymer formed in process step a) and water into a mixing element M2; and c) subsequently simultaneously introducing the mixture formed in process step b) and water into a mixing element M3 to form an aqueous polyurethane dispersion.
Interior trim part of a vehicle , comprising a self-supporting carrier structure , the self-supporting carrier structure comprising - a network of a plurality of hollow support elements and solid support elements arranged according to the results of a load path analysis, - wherein the hollow support elements form at least one manifold used as an air duct comprising at least one air inlet for introducing air into the hollow support elements and at least one air outlet for guiding the air into a passenger compartment of a vehicle , and - at least one of the hollow support elements and/or one of the solid support elements form at least one functional entity by which a function can be integrated into the interior trim part characterized in that - at least some of the hollow support elements and/or at least some of the solid support elements are arranged such that they form o an intersection in which the hollow support elements penetrate each other or the solid support element penetrates the hollow support elements , or o a fusion section in which the hollow support elements merge with each other or the solid support element merges with the hollow support elements . - a network of a plurality of hollow support elements and solid support elements arranged according to the results of a load path analysis, - wherein the hollow support elements form at least one manifold used as an air duct comprising at least one air inlet for introducing air into the hollow support elements and at least one air outlet for guiding the air into a passenger compartment of a vehicle , and - at least one of the hollow support elements and/or one of the solid support elements form at least one functional entity by which a function can be integrated into the interior trim part - at least some of the hollow support elements and/or at least some of the solid support elements are arranged such that they form o an intersection in which the hollow support elements penetrate each other or the solid support element penetrates the hollow support elements , or o a fusion section in which the hollow support elements merge with each other or the solid support element merges with the hollow support elements . o an intersection in which the hollow support elements penetrate each other or the solid support element penetrates the hollow support elements , or o a fusion section in which the hollow support elements merge with each other or the solid support element merges with the hollow support elements .
A lighting arrangement for an aircraft, comprising: a navigational lighting group disposable along at least a leading edge of a wing of the aircraft, wherein the navigational lighting group comprises at least one light emitting source ; a light bar extendable along at least a portion of the leading edge of the wing, adjacent to the navigational lighting group, the light bar being disposed outboard of the navigational lighting group, the light bar being configured to emit light along a length thereof, and characterised in that the light bar comprises at least one of an active light strip (60 or a passive light strip .
An acidic liquid seasoning comprising: a crushed plant material; a gum; a cold water swellable starch; and a vinegar. wherein the acidic liquid seasoning has (A) a viscosity at 20 °C of between 500 mPa·s and 10000 mPa·s, and (B) a dissociated acetic acid concentration of 0.16 % by mass or less, wherein the percentage of swollen particles of the cold water swellable starch which pass a 4-mesh (4 openings per inch (2.54 cm)) sieve but remain on a 100-mesh (100 openings per inch (2.54 cm)) sieve is between 0.5 % and 50 % by mass relative to the total mass of the acidic liquid seasoning, wherein the percentage of swollen particles of the crushed plant material which pass a 9-mesh (9 openings per inch (2.54 cm)) sieve but remain on a 100-mesh (100 openings per inch (2.54 cm)) sieve is between 0.2 % and 50 % by mass relative to the total mass of the acidic liquid seasoning, and wherein the cold water swellable starch is selected from the group consisting of pregelatinized starch, distarch phosphate, acetylated distarch adipate, acetylated distarch phosphate, acetylated oxidized starch, starch sodium octenylsuccinate, starch acetate, oxidized starch, hydroxypropyl starch, hydroxypropyl distarch phosphate, phosphated distarch phosphate, monostarch phosphate, and combinations thereof. wherein the acidic liquid seasoning has (A) a viscosity at 20 °C of between 500 mPa·s and 10000 mPa·s, and (B) a dissociated acetic acid concentration of 0.16 % by mass or less, (A) a viscosity at 20 °C of between 500 mPa·s and 10000 mPa·s, and (B) a dissociated acetic acid concentration of 0.16 % by mass or less, wherein the percentage of swollen particles of the cold water swellable starch which pass a 4-mesh (4 openings per inch (2.54 cm)) sieve but remain on a 100-mesh (100 openings per inch (2.54 cm)) sieve is between 0.5 % and 50 % by mass relative to the total mass of the acidic liquid seasoning, wherein the percentage of swollen particles of the crushed plant material which pass a 9-mesh (9 openings per inch (2.54 cm)) sieve but remain on a 100-mesh (100 openings per inch (2.54 cm)) sieve is between 0.2 % and 50 % by mass relative to the total mass of the acidic liquid seasoning, and wherein the cold water swellable starch is selected from the group consisting of pregelatinized starch, distarch phosphate, acetylated distarch adipate, acetylated distarch phosphate, acetylated oxidized starch, starch sodium octenylsuccinate, starch acetate, oxidized starch, hydroxypropyl starch, hydroxypropyl distarch phosphate, phosphated distarch phosphate, monostarch phosphate, and combinations thereof.
A film-forming powder for forming a film on a surface of a tooth for use in a jet-device for a tooth, the powder having a mean particle size of 0.5 to 30 μm, as measured according to the description, wherein the film-forming powder is produced by calcining an apatite represented by Ca 10-x •M x (ZO 4 ) 6 Y 2 , wherein X represents 0 to 10; M represents a metal or hydrogen; ZO 4 represents PO 4 , CO 3 , CrO 4 , AsO 4 , VO 4 , SiO 4 , SO 4 or GeO 4 ; and Y represents a hydroxyl group, a halogen element or a carbonate group, in an inert gas atmosphere at 600 to 1350°C.
A resonant wireless power ,RWP, system comprising: a signal generator arranged to provide an input signal waveform; and an amplifier structure arranged to be powered from a fixed DC voltage supply , and arranged to use the input signal waveform as a phase and frequency reference signal, characterised in that the amplifier structure is arranged to be independently operated: a) with the amplifier structure comprising a plurality of component amplifiers operated as a differential amplifier or as a single ended amplifier to provide two different output power levels, or b) using a capacitor in a matching network that is adjusted to provide a range of output power levels. a signal generator arranged to provide an input signal waveform; and an amplifier structure arranged to be powered from a fixed DC voltage supply , and arranged to use the input signal waveform as a phase and frequency reference signal, characterised in that the amplifier structure is arranged to be independently operated: a) with the amplifier structure comprising a plurality of component amplifiers operated as a differential amplifier or as a single ended amplifier to provide two different output power levels, or b) using a capacitor in a matching network that is adjusted to provide a range of output power levels. a) with the amplifier structure comprising a plurality of component amplifiers operated as a differential amplifier or as a single ended amplifier to provide two different output power levels, or b) using a capacitor in a matching network that is adjusted to provide a range of output power levels.
A method for group communications over multicast services, executed in a user terminal UE, comprising: sending a registration request from the UE, to a server , the registration request indicating a plurality of communications groups in which the UE is interested; receiving a message from the server indicating a set of the plurality of communications groups that have been assigned pre-established multicast resources; receiving one or more call identifiers from the server, the one or more call identifiers mapped to group identifiers of each communications group in the set of communications groups; storing a mapping of the one or more call identifiers to the group identifiers of each communications group in the set of communications groups; maintaining one or more group call sessions for the set of communications groups; and wherein the pre-established multicast resources include multimedia broadcast/multicast service, MBMS, bearers. sending a registration request from the UE, to a server , the registration request indicating a plurality of communications groups in which the UE is interested; receiving a message from the server indicating a set of the plurality of communications groups that have been assigned pre-established multicast resources; receiving one or more call identifiers from the server, the one or more call identifiers mapped to group identifiers of each communications group in the set of communications groups; storing a mapping of the one or more call identifiers to the group identifiers of each communications group in the set of communications groups; maintaining one or more group call sessions for the set of communications groups; and wherein the pre-established multicast resources include multimedia broadcast/multicast service, MBMS, bearers.