mhurhangee/patent-ind-claim-en huggingface dataset:
An assembly comprising a beverage container and a bow label , the bow label comprising: a first sheet comprising a first end and a second end , wherein the second end of the first sheet is at least partially attached to the beverage container; a second sheet comprising a first end and a second end , wherein the second sheet is at least partially attached to the first sheet, wherein the first sheet and the second sheet comprise a first configuration and a second configuration, wherein the first sheet and the second sheet are wrapped around the beverage container and wherein the first end of the first sheet is at least partially attached to the second end of the second sheet in the first configuration; and a pull cord disposed between and at least partially attached to the first end of the first sheet and the first end of the second sheet , wherein movement of the pull cord is configured to move the first sheet and the second sheet from the first configuration to the second configuration, so as to draw the first end of the first sheet and the first end of the second sheet towards the second end of the first sheet and the second end of the second sheet whilst the second end of the first sheet and the second end of the second sheet are attached to the beverage container , wherein the second configuration comprises a bow . a first sheet comprising a first end and a second end , wherein the second end of the first sheet is at least partially attached to the beverage container; a second sheet comprising a first end and a second end , wherein the second sheet is at least partially attached to the first sheet, wherein the first sheet and the second sheet comprise a first configuration and a second configuration, wherein the first sheet and the second sheet are wrapped around the beverage container and wherein the first end of the first sheet is at least partially attached to the second end of the second sheet in the first configuration; and a pull cord disposed between and at least partially attached to the first end of the first sheet and the first end of the second sheet , wherein movement of the pull cord is configured to move the first sheet and the second sheet from the first configuration to the second configuration, so as to draw the first end of the first sheet and the first end of the second sheet towards the second end of the first sheet and the second end of the second sheet whilst the second end of the first sheet and the second end of the second sheet are attached to the beverage container , wherein the second configuration comprises a bow .
An anhydrous antiperspirant aerosol composition, with less than 1% by weight of free water, comprising: a 1 to 25% by weight of antiperspirant active, b 0.5 to 5% by weight of urea, c a non-ethanolic carrier oil, and d volatile propellant, wherein the composition is free from ethanol. a 1 to 25% by weight of antiperspirant active, b 0.5 to 5% by weight of urea, c a non-ethanolic carrier oil, and d volatile propellant, wherein the composition is free from ethanol.
Grinding system comprising an abrasive grinding wheel and a grinder , wherein the grinder comprises an actuating arm adapted to receive an abrasive grinding wheel , an actuator coupled to the actuating arm to rotatably drive or translate it along a driving axis, and a transceiver unit adapted to receive and transmitting electromagnetic signals, wherein the abrasive grinding wheel is fixed to the actuating arm of the grinder and comprises a body which has at least one abrasive surface intended to come into contact with a workpiece to be machined, and an electronic unit coupled to the body , wherein the transceiver unit is located in the grinder , separated from the abrasive grinding wheel , and comprises at least one resonant circuit , characterised in that the electronic unit of the grinding wheel comprises a further resonant circuit having a resonance frequency equal to or close to, within an interval of ±15%, preferably of ±10%, with respect to the resonance frequency of the at least one resonant circuit of the transceiver unit , so as to allow an exchange of information between the electronic unit of the grinding wheel and the transceiver unit of the grinder and wherein the grinder further comprises a movement means adapted to move the transceiver unit along an axis parallel to the driving axis of the actuating arm , so as to maintain the at least one resonance circuit of the grinder and the further resonance circuit of the grinding wheel aligned on the same plane transverse to the driving axis of the actuating arm during a translation of the actuating arm.
Method for the manufacture of a pressure resistant gas and/or liquid tight vessel, comprising the following steps : - providing a removable external mandrel around a neckpiece ; - providing at the inside of such mandrel a thermoplastic material for the manufacture of a thermoplastic internal wall ; - removal of the external mandrel ; characterized in that it comprises the following additional steps : - filling of the thermoplastic internal wall with a cooling liquid ; - providing to the external side of the thermoplastic internal wall reinforced thermoplastic material ; - consolidation of the reinforced thermoplastic material by heat; - removal of the cooling liquid . - providing a removable external mandrel around a neckpiece ; - providing at the inside of such mandrel a thermoplastic material for the manufacture of a thermoplastic internal wall ; - removal of the external mandrel ; - filling of the thermoplastic internal wall with a cooling liquid ; - providing to the external side of the thermoplastic internal wall reinforced thermoplastic material ; - consolidation of the reinforced thermoplastic material by heat; - removal of the cooling liquid .
A compound of the following structure: wherein: B 1 and B 10 are independently a natural nucleoside base; R 1 is H or methyl; R 2 is H, OH, alkyl, O-alkyl or halogen; R 3 is O-alkyl; and R 4 is H, OH or O-methyl. B 1 and B 10 are independently a natural nucleoside base; R 1 is H or methyl; R 2 is H, OH, alkyl, O-alkyl or halogen; R 3 is O-alkyl; and R 4 is H, OH or O-methyl.
A system for modulating light using a micro-electro-mechanical structure comprising: a plurality of deformable mirror elements having an L-shaped cross section, wherein each of said deformable mirror elements is comprised of a pedestal and an elongated ribbon ; a reflective surface on each of said ribbons ; and a light source , configured to direct a beam of light from said light source on said deformable mirror elements and characterised in that said deformable mirror elements are configured to flex about an axis parallel to a long dimension of the ribbons to vary a curvature of the reflective ribbons and to deflect light from said light source . a plurality of deformable mirror elements having an L-shaped cross section, wherein each of said deformable mirror elements is comprised of a pedestal and an elongated ribbon ; a reflective surface on each of said ribbons ; and a light source , configured to direct a beam of light from said light source on said deformable mirror elements and characterised in that said deformable mirror elements are configured to flex about an axis parallel to a long dimension of the ribbons to vary a curvature of the reflective ribbons and to deflect light from said light source .
A computer-implemented method for determining locations of overheating of an object in a simulated additive manufacturing build of the object, the method comprising: obtaining a finite element model of the object ; simulating build of the object on a layer by layer basis using the finite element model comprising determining a temperature over time at a plurality of locations of a plurality of layers of the object ; based on the determined temperature over time at the plurality of locations: determining, for each of the plurality of locations, a maximum temperature based on the corresponding temperature over time ; and extracting, for each of the plurality of locations, a thermal gradient ; calculating, for each of the plurality of locations, a heat modulus comprising a ratio of a volume of a layer of the location to a bottom area of the layer ; and calculating, for each of the plurality of locations, an overheating index based on the corresponding maximum temperature, thermal gradient, and heat modulus . obtaining a finite element model of the object ; simulating build of the object on a layer by layer basis using the finite element model comprising determining a temperature over time at a plurality of locations of a plurality of layers of the object ; based on the determined temperature over time at the plurality of locations: determining, for each of the plurality of locations, a maximum temperature based on the corresponding temperature over time ; and extracting, for each of the plurality of locations, a thermal gradient ; determining, for each of the plurality of locations, a maximum temperature based on the corresponding temperature over time ; and extracting, for each of the plurality of locations, a thermal gradient ; calculating, for each of the plurality of locations, a heat modulus comprising a ratio of a volume of a layer of the location to a bottom area of the layer ; and calculating, for each of the plurality of locations, an overheating index based on the corresponding maximum temperature, thermal gradient, and heat modulus .
A low-emissivity coating on a substrate, the coating comprising, in order outward from the substrate: a first dielectric layer; a first nucleation layer; a first Ag layer; a first absorbing barrier layer; a second dielectric layer; a second nucleation layer; a second Ag layer; a second absorbing barrier layer; a third dielectric layer; and optionally, a topcoat layer wherein at least one of the first and the second absorbing barrier layers comprises a suboxide, wherein the oxidation state of the absorbing barrier layer that comprises a suboxide is based on sputtering the layer using a ratio of oxygen flow, sccm, to sputtering power, in kilowatts, that is from 7.5:1 to 8.0:1. a first dielectric layer; a first nucleation layer; a first Ag layer; a first absorbing barrier layer; a second dielectric layer; a second nucleation layer; a second Ag layer; a second absorbing barrier layer; a third dielectric layer; and optionally, a topcoat layer wherein at least one of the first and the second absorbing barrier layers comprises a suboxide, wherein the oxidation state of the absorbing barrier layer that comprises a suboxide is based on sputtering the layer using a ratio of oxygen flow, sccm, to sputtering power, in kilowatts, that is from 7.5:1 to 8.0:1.
Tyre with sidewalls , a crown region provided with a tread , a reinforcing structure extending between the sidewalls and passing via the crown region, at least a portion of one of the sidewalls and/or of the crown comprises an insert comprising a first elastomer composition serving as a matrix, within which a second elastomer composition derived from recycled tyres is distributed substantially uniformly, characterized in that the dynamic shear modulus G* of the first composition is at least 10% greater than the mean dynamic shear modulus G* of the second composition, the dynamic shear modulus G* of being measured at 23°C under an alternating shear stress of 0.7 MPa at a frequency of 10 Hz and in that the proportion of second composition is greater than or equal to 20% of the mass of the said insert .
Arrangement comprising an electrical installation rail-mounted device and an apparatus in the form of a mobile telephone or a tablet or a computer, wherein the rail-mounted device comprises a main body without an operating panel or manually actuatable elements for operating the rail-mounted device , wherein at least one device which can be operated, monitored and/or controlled by the rail-mounted device can be connected to the main body using signalling, wherein the main body comprises a microcontroller which controls the rail-mounted device and/or provides status information, and wherein the rail-mounted device can be wirelessly operated using the apparatus physically separate from the rail-mounted device , characterized in that the main body has for this purpose a component which receives radio signals and enables near-field communication (NFC) for operation in the vicinity of the rail-mounted device , wherein a 2D code and/or a QR code and/or a serial number is/are assigned to the main body , wherein software is installed on the mobile telephone or the tablet or the computer, which software can be used to read or capture the 2D code or the QR code and/or the serial number and to establish a connection between the mobile telephone or the tablet or the computer and the rail-mounted device and makes it possible to operate the microcontroller or the rail-mounted device by means of the mobile telephone or the tablet or the computer, wherein, after the rail-mounted device has been detected and uniquely identified using the 2D code and/or the QR code and/or the serial number by means of the software, a virtual operating panel which is matched to the respective rail-mounted device and can be used to operate the rail-mounted device is displayed on the mobile telephone or the tablet or the computer, and wherein the main body comprises a chip which transmits data according to the industrial standard IEEE 802.15.1.
A construction machine in which a hydraulic pump is driven by power from an engine , characterized in that an output torque characteristic (Tp) of the engine is set based on an atmospheric pressure (P) detected by an atmospheric pressure detection means , and a low idle rotational speed (Vlb) is set so that a maximum output torque of the engine at the low idle rotational speed (Vlb) is larger than a maximum absorbing torque (Th) of the hydraulic pump.
A bi-folding cowl for an aircraft , the bi-folding cowl comprising: an upper portion ; and a lower portion , wherein the upper portion and the lower portion are mechanically connected on adjacent edges and are rotatable relative to each other, characterised in that the bi-folding cowl comprises three distinct open positions; wherein the three distinct open positions comprises: (i) a fully-opened position wherein the upper portion and lower portion are folded together along an adjacent edge ; (ii) a partially-opened position wherein the upper portion and lower portion are partially folded; and (iii) a fully-opened, lying flat position wherein the bi-folding cowl , when in the fully-opened position, is further rotated to lay on a top surface of the aircraft . an upper portion ; and a lower portion , wherein the upper portion and the lower portion are mechanically connected on adjacent edges and are rotatable relative to each other, characterised in that the bi-folding cowl comprises three distinct open positions; wherein the three distinct open positions comprises: (i) a fully-opened position wherein the upper portion and lower portion are folded together along an adjacent edge ; (ii) a partially-opened position wherein the upper portion and lower portion are partially folded; and (iii) a fully-opened, lying flat position wherein the bi-folding cowl , when in the fully-opened position, is further rotated to lay on a top surface of the aircraft . (i) a fully-opened position wherein the upper portion and lower portion are folded together along an adjacent edge ; (ii) a partially-opened position wherein the upper portion and lower portion are partially folded; and (iii) a fully-opened, lying flat position wherein the bi-folding cowl , when in the fully-opened position, is further rotated to lay on a top surface of the aircraft .
A method for simulating the ageing of a predetermined fabric comprising the following steps, in the precise order: - preparing two specimens of said predetermined fabric, - subjecting said specimens to an abrasion process by mutual rubbing, - subjecting a first of said specimens to a test by means of an Elmendorf type lacerometer in the direction of the weft of said predetermined fabric, - subjecting a second of said specimens to an Elmendorf test in the direction of the warp of said predetermined fabric, - comparing the results of said Elmendorf tests with a reference value relative to an Elmendorf test performed on the same predetermined fabric not subjected to any abrasion process, - preparing a third specimen of said fabric, - subjecting said third specimen to an abrasion process by rubbing against a reference abrasive fabric, - subjecting said third specimen to a laceration test using an Elmendorf pendulum abrasion meter, - comparing the result of said Elmendorf test with a reference value relative to an Elmendorf test performed on the same predetermined fabric not subjected to any abrasion process. - preparing two specimens of said predetermined fabric, - subjecting said specimens to an abrasion process by mutual rubbing, - subjecting a first of said specimens to a test by means of an Elmendorf type lacerometer in the direction of the weft of said predetermined fabric, - subjecting a second of said specimens to an Elmendorf test in the direction of the warp of said predetermined fabric, - comparing the results of said Elmendorf tests with a reference value relative to an Elmendorf test performed on the same predetermined fabric not subjected to any abrasion process, - preparing a third specimen of said fabric, - subjecting said third specimen to an abrasion process by rubbing against a reference abrasive fabric, - subjecting said third specimen to a laceration test using an Elmendorf pendulum abrasion meter, - comparing the result of said Elmendorf test with a reference value relative to an Elmendorf test performed on the same predetermined fabric not subjected to any abrasion process.
A device for removing a bone- and/or cartilage section on the osseous skeleton of a human or animal, in particular for removing a bone cylinder, for example a part of the pelvic bone of a human, wherein a hollow tissue channel and a hollow cutter with blades on the end side are provided, wherein the cutter can be guided in the interior of the tissue channel , characterized in that the tissue channel is closed on the end side by flaps forming a tapered cone .
Process for producing a polymer from at least one first component and a second component by means of a reactor , where heat of reaction arising in the reactor is removed by means of an evaporative cooler , by feeding gaseous vapor formed in the reactor to the evaporative cooler and recirculating condensed vapor from the evaporative cooler to the reactor , characterized in that the first component and/or the second component are at least partly introduced via the evaporative cooler and go from the evaporative cooler into the reactor , and in that the first component and/or the second component are introduced at least partly in liquid form into the evaporative cooler , and in that the first component and/or the second component are at least partly mixed with a solvent, with the solvent being taken from a condensation unit arranged downstream of the reactor via a collection vessel , with the gaseous vapor ascending against the force of gravity in vertical tubes of the evaporative cooler and condensing in the evaporative cooler , and with the condensed vapor subsequently flowing together with the first component and/or the second component under the force of gravity back into the reactor . heat of reaction arising in the reactor is removed by means of an evaporative cooler , by feeding gaseous vapor formed in the reactor to the evaporative cooler and recirculating condensed vapor from the evaporative cooler to the reactor , characterized in that the first component and/or the second component are at least partly introduced via the evaporative cooler and go from the evaporative cooler into the reactor , and in that the first component and/or the second component are introduced at least partly in liquid form into the evaporative cooler , and in that the first component and/or the second component are at least partly mixed with a solvent, with the solvent being taken from a condensation unit arranged downstream of the reactor via a collection vessel , with the gaseous vapor ascending against the force of gravity in vertical tubes of the evaporative cooler and condensing in the evaporative cooler , and with the condensed vapor subsequently flowing together with the first component and/or the second component under the force of gravity back into the reactor .
Hydroxycarbamide (HC) for use in preventing the increase in capillary non-perfusion area in a patient with central retinal vein occlusion (CRVO), characterized in that it is administered systemically.
An artificial reef comprising: a datacenter ; a heat transfer subsystem including a first subset of heat exchangers and a second subset of heat exchangers, the first subset of heat exchangers and the second subset of heat exchangers operating in a closed loop; a pressure vessel housing the datacenter and the heat transfer subsystem; and an encasement having structural components and surrounding the pressure vessel, the encasement allowing access to the datacenter when the datacenter is retrieved for maintenance or retirement, as the structural components (312-332) remain in the water to maintain the reef and reduce the impact on the ecosystem of said maintenance or retirement; and wherein the structural components (312-332) further comprise one or more surfaces adapted to enable the colonization of the artificial reef by marine life. a datacenter ; a heat transfer subsystem including a first subset of heat exchangers and a second subset of heat exchangers, the first subset of heat exchangers and the second subset of heat exchangers operating in a closed loop; a pressure vessel housing the datacenter and the heat transfer subsystem; and an encasement having structural components and surrounding the pressure vessel, the encasement allowing access to the datacenter when the datacenter is retrieved for maintenance or retirement, as the structural components (312-332) remain in the water to maintain the reef and reduce the impact on the ecosystem of said maintenance or retirement; and wherein the structural components (312-332) further comprise one or more surfaces adapted to enable the colonization of the artificial reef by marine life.