mhurhangee/patent-ind-claim-en huggingface dataset:
A forestry winch with a spray-based lubrication system for lubricating drive chains of the forestry winch with a lubrication spray, wherein said system comprises: - at least one attachment arranged to receive a lubrication spray or container of the lubrication spray, wherein the attachment comprises: - a base body having: ∘ an opening arranged to receive a top part of the lubrication spray or its container, preferably a solid tube of the spray , ∘ a central bore for connection with the lubrication spray , preferably with its nozzle or solid tube , wherein the bore is arranged to allow flow of the lubrication agent from the spray , ∘ an outlet tube with preferred protrusions arranged to reliably hold the supply tube of the lubrication system, and - at least one supply tube , which is on one of its ends connected to the said attachment and is on the other end preferably provided with a lubrication brush for leading the lubrication agent from the spray arranged to be inserted in the said attachment to at least one drive chain (V1, V2, V3) of the forestry winch, characterized in that the forestry winch has a suitable opening or a cavity arranged to receive the dedicated attachment , into which the lubrication spray is mounted, wherein said attachment is coupled to drive chains (V1, V2, V3) with at least one inlet tube , wherein the opening or the cavity is strategically located slightly above at least one drive chain or more chains with a suitable decline arranged to allow flow of the lubricating agent towards the chains spray-based lubrication system for lubricating drive chains of machinery with a lubrication spray. - at least one attachment arranged to receive a lubrication spray or container of the lubrication spray, wherein the attachment comprises: - a base body having: ∘ an opening arranged to receive a top part of the lubrication spray or its container, preferably a solid tube of the spray , ∘ a central bore for connection with the lubrication spray , preferably with its nozzle or solid tube , wherein the bore is arranged to allow flow of the lubrication agent from the spray , ∘ an outlet tube with preferred protrusions arranged to reliably hold the supply tube of the lubrication system, and ∘ an opening arranged to receive a top part of the lubrication spray or its container, preferably a solid tube of the spray , ∘ a central bore for connection with the lubrication spray , preferably with its nozzle or solid tube , wherein the bore is arranged to allow flow of the lubrication agent from the spray , ∘ an outlet tube with preferred protrusions arranged to reliably hold the supply tube of the lubrication system, and - at least one supply tube , which is on one of its ends connected to the said attachment and is on the other end preferably provided with a lubrication brush for leading the lubrication agent from the spray arranged to be inserted in the said attachment to at least one drive chain (V1, V2, V3) of the forestry winch,
A pharmaceutical composition containing at least one FGF-21 (fibroblast growth factor 21) compound and at least one GLP-1 R (glucagon-like peptide-1 receptor) agonist for use in treating Type 2-diabetes in a patient, wherein the patient is a sulfonylurea-treated Type 2-diabetic patient.
A compounder system, comprising: a cartridge having: a plurality of controllable fluid pathways fluidly coupled to at least one diluent port and a receiving container port , a pump mechanism actuable to pump a fluid within the plurality of controllable fluid pathways, a needleless fluid port having a first bellows , and a needleless vent port having a second bellows , characterized in that the cartridge further comprises a protrusion configured to actuate a cannula of a vial puck to couple the needleless fluid port and the needleless vent port to a vial containing a drug. a cartridge having: a plurality of controllable fluid pathways fluidly coupled to at least one diluent port and a receiving container port , a pump mechanism actuable to pump a fluid within the plurality of controllable fluid pathways, a needleless fluid port having a first bellows , and a needleless vent port having a second bellows , characterized in that a plurality of controllable fluid pathways fluidly coupled to at least one diluent port and a receiving container port , a pump mechanism actuable to pump a fluid within the plurality of controllable fluid pathways, a needleless fluid port having a first bellows , and a needleless vent port having a second bellows , characterized in that the cartridge further comprises a protrusion configured to actuate a cannula of a vial puck to couple the needleless fluid port and the needleless vent port to a vial containing a drug.
Membrane pump for beverage preparation module delivering a fluid at a certain flow rate (F) and at a certain pressure (P) to the beverage preparation module, the pressure (P) and the flow rate (F) being chosen depending on the type of beverage to produce; characterised in that the membrane pump comprises an integrated by-pass valve connecting a pump outlet to a pump inlet in order to reduce the flow rate (F) above a certain pressure (P 1 ) value, and in that the membrane pump further comprises a damper ring allowing priming of inner volumes in the pump and allowing modification of flowrate (F) and pressure (P) behaviors of the pump by modifying the stiffness of the ring material.
A method of monitoring and controlling a railway system which includes a track and at least one train operable to run on said track , comprising the steps of: a) providing an acoustic transducer comprising a sensing fibre optic cable proximate the railway for picking up acoustic signals; b) receiving acoustic signals from the transducer ; c) analysing the received signals comprising identifying a signature of a train, the signature having peaks determined when axles of the train pass a trackside anomaly that results in a characteristic vibration as a train wheel passes over it; and d) detecting vibrations on an outer surface of the fibre to reveal faults in the train; wherein the trackside anomaly comprises an insulated rail joint, track joint, set of points or specifically placed target or targets placed on the rail. a) providing an acoustic transducer comprising a sensing fibre optic cable proximate the railway for picking up acoustic signals; b) receiving acoustic signals from the transducer ; c) analysing the received signals comprising identifying a signature of a train, the signature having peaks determined when axles of the train pass a trackside anomaly that results in a characteristic vibration as a train wheel passes over it; and d) detecting vibrations on an outer surface of the fibre to reveal faults in the train;
A preparation method for 3,3-dialkoxypropyl methylphosphonate is characterized in that : it comprises the following steps: a methyl halogenated phosphonate monoester is reacted with a 3,3-dialkoxypropyl magnesium or zinc halide to obtain a 3,3-dialkoxypropyl methylphosphonate, with the reaction equation as shown in the following (I): wherein R 1 and R 2 are respectively an alkyl group of C1-C5, and R 1 and R 2 can be the same or different; X is a halogen chlorine, bromine or iodine, and M is a metal magnesium or zinc. wherein R 1 and R 2 are respectively an alkyl group of C1-C5, and R 1 and R 2 can be the same or different; X is a halogen chlorine, bromine or iodine, and M is a metal magnesium or zinc.
A marine electromagnetic sensor cable, comprising: a plurality of sensor modules disposed at spaced apart locations along a cable , each module including at least one pair of electrodes associated therewith, the electrodes arranged to measure electric field in a direction along the direction of the cable ; and characterised in that the cable is arranged to form a closed pattern such that the electrodes are disposed in the closed pattern; wherein each module further comprises at least one laterally extending sensor arm affixed to the module , the at least one sensor arm including at least one electrode thereon. a plurality of sensor modules disposed at spaced apart locations along a cable , each module including at least one pair of electrodes associated therewith, the electrodes arranged to measure electric field in a direction along the direction of the cable ; and characterised in that the cable is arranged to form a closed pattern such that the electrodes are disposed in the closed pattern; wherein each module further comprises at least one laterally extending sensor arm affixed to the module , the at least one sensor arm including at least one electrode thereon.
An oral care composition comprising a salt of a basic amino acid and an inorganic acid, a soluble fluoride salt and a calcium salt of an inorganic acid comprising calcium phosphate, wherein the basic amino acid comprises arginine, wherein the arginine is present as a salt of phosphoric acid, and wherein the calcium salt is present in an amount of from 10 to 60wt% of the total composition weight.
An imaging element (100; 1000) comprising: a photoelectric conversion element layer containing a semiconductor substrate which comprises a photoelectric conversion element (115; 1021) that photoelectrically converts incident light and a wiring layer (116; 1022) formed under the semiconductor substrate on the side opposite to a light entering plane of the incident light, the wiring layer (116; 1022) containing wires for reading charges from the photoelectric conversion element (115; 1021) and a wire interlayer film ; and a support substrate laminated on the photoelectric conversion element layer and the wiring layer (116; 1022), and containing another photoelectric conversion element (124; 1031), wherein the wires of the wiring layer (116; 1022) are disposed in such a position as to secure an optical path of incident light transmitted from one of the sides of the wiring layer (116; 1022) to the other side, characterized in that a waveguide formed by material having a larger refractive index than the refractive index of the surroundings is provided on the optical path of the wiring layer , said waveguide being embedded in the wiring layer (116; 1022); and/or a light absorber is provided on the optical path of the wiring layer , said light absorber being embedded in the wiring layer . a photoelectric conversion element layer containing a semiconductor substrate which comprises a photoelectric conversion element (115; 1021) that photoelectrically converts incident light and a wiring layer (116; 1022) formed under the semiconductor substrate on the side opposite to a light entering plane of the incident light, the wiring layer (116; 1022) containing wires for reading charges from the photoelectric conversion element (115; 1021) and a wire interlayer film ; and a support substrate laminated on the photoelectric conversion element layer and the wiring layer (116; 1022), and containing another photoelectric conversion element (124; 1031), wherein the wires of the wiring layer (116; 1022) are disposed in such a position as to secure an optical path of incident light transmitted from one of the sides of the wiring layer (116; 1022) to the other side, characterized in that a waveguide formed by material having a larger refractive index than the refractive index of the surroundings is provided on the optical path of the wiring layer , said waveguide being embedded in the wiring layer (116; 1022); and/or a light absorber is provided on the optical path of the wiring layer , said light absorber being embedded in the wiring layer .
A motor control unit that controls a three-phase motor with multi-system motor windings via motor driving circuits for respective winding systems based on a current command value, wherein said motor control unit comprises: current detecting circuits to detect at least two-phase or more currents for respective said multi-system motor windings of said three-phase motor ; three-phase/two-phase converting sections to convert said detected three-phase currents detected by said current detecting circuits to two-phase currents for respective said multi-system motor windings; and a failure diagnosing section to perform a current-calculation of said two-phase currents converted to two-phases by said three-phase/two-phase converting sections for respective said multi-system motor windings, and to perform a failure diagnosis characterized by the failure diagnosis being performed by respectively comparing a difference of current-calculated results between said multi-system motor windings and an accumulated value of said difference with respective failure-judgment thresholds; wherein said failure-judgment thresholds are determined based on said current command value, wherein in a case that said failure diagnosing section detects a failure, said failure diagnosing section judges a deviation in a continuous-driving capable value based on said failure-judgment thresholds and transmits a quantity of said deviation to a superior system or a superior controller so that drivings in multi-systems which include a failure system are successively continued. current detecting circuits to detect at least two-phase or more currents for respective said multi-system motor windings of said three-phase motor ; three-phase/two-phase converting sections to convert said detected three-phase currents detected by said current detecting circuits to two-phase currents for respective said multi-system motor windings; and a failure diagnosing section to perform a current-calculation of said two-phase currents converted to two-phases by said three-phase/two-phase converting sections for respective said multi-system motor windings, and to perform a failure diagnosis characterized by the failure diagnosis being performed by respectively comparing a difference of current-calculated results between said multi-system motor windings and an accumulated value of said difference with respective failure-judgment thresholds; wherein said failure-judgment thresholds are determined based on said current command value, wherein in a case that said failure diagnosing section detects a failure, said failure diagnosing section judges a deviation in a continuous-driving capable value based on said failure-judgment thresholds and transmits a quantity of said deviation to a superior system or a superior controller so that drivings in multi-systems which include a failure system are successively continued.
A backlight for a display screen comprising: a light guide comprising at least one light entry face and a light exit face , wherein the light guide is configured to redirect light entering the light entry face towards the light exit face , wherein the light exit face is configured to be coupled to a back side of a display screen ; a common lead frame comprising a first lead and a second lead isolated from each other; at least one visible light-emitting diode LED, configured to emit light in the visible range, wherein the at least one visible LED is arranged on the common lead frame and optically coupled to one of the at least one light entry face , wherein the at least one visible LED comprises a counter electrode (18+) contacted by the first lead and an electrode (18-) contacted by the second lead ; and at least one infrared, IR, LED configured to emit light in the IR range, and provide illumination for the light exit face , wherein the at least one IR LED is arranged on the common lead frame and optically coupled to one of the at least one entry face , characterised in that the at least one IR LED comprises a counter electrode (20+) contacted by the second lead and an electrode (20-) contacted by the first lead , wherein the at least one visible LED and the at least one IR LED are contacted to the first lead and second lead with different polarities and thus activated by choosing a polarity of a voltage applied to the first lead and the second lead . a light guide comprising at least one light entry face and a light exit face , wherein the light guide is configured to redirect light entering the light entry face towards the light exit face , wherein the light exit face is configured to be coupled to a back side of a display screen ; a common lead frame comprising a first lead and a second lead isolated from each other; at least one visible light-emitting diode LED, configured to emit light in the visible range, wherein the at least one visible LED is arranged on the common lead frame and optically coupled to one of the at least one light entry face , wherein the at least one visible LED comprises a counter electrode (18+) contacted by the first lead and an electrode (18-) contacted by the second lead ; and at least one infrared, IR, LED configured to emit light in the IR range, and provide illumination for the light exit face , wherein the at least one IR LED is arranged on the common lead frame and optically coupled to one of the at least one entry face , characterised in that the at least one IR LED comprises a counter electrode (20+) contacted by the second lead and an electrode (20-) contacted by the first lead , wherein the at least one visible LED and the at least one IR LED are contacted to the first lead and second lead with different polarities and thus activated by choosing a polarity of a voltage applied to the first lead and the second lead .
A make-up and/or make-up assistance device comprising a support configured to be positioned on a face of a user and at least one make-up application and/or assistance component supported by the support , wherein the shape of the support is substantially adapted to the morphology of a predefined zone of the face of the user and wherein the make-up application or assistance component is adjustably connected to the support so as to allow its position relative to the support to be modified, characterised in that the support has a personalized shape which is a shape that reproduces the negative shape of a zone of the face of the user.
A method of enhancing alcohol sensation in an alcoholic consumable or an alcohol-free beverage comprising the step of adding an olfactory effective amount of 17-(4-ethyl-1,5-dimethyl-hexyl)-10,13-dimethyl-2,3,4,7, 8,9,10,11,12,13,14,15,16,17-tetradecahydro-1H-cyclopenta[a]phenanthren-3-ol or an isomer thereof, wherein the olfactory effective amount is 0.1 parts per billion or greater by weight.
An offline management instruction management method, wherein the management method comprises: receiving (S101), by a trusted execution environment TEE of a terminal, an offline management instruction sent by a rich execution environment REE of the terminal, wherein the offline management instruction comprises an offline management parameter, and the offline management parameter comprises at least one of a usage duration threshold and/or a usage quantity threshold; executing (S102), by the TEE, an offline management operation corresponding to the offline management instruction, and generating an offline management policy based on the offline management parameter; and when a usage status of a security domain SD or a trusted application TA does not meet the offline management policy, deleting (S103), by the TEE, the SD or the TA, or restoring, by the TEE, the SD or the TA to a status before update, wherein the SD or the TA is installed offline or updated offline by the TEE according to the offline management instruction. receiving (S101), by a trusted execution environment TEE of a terminal, an offline management instruction sent by a rich execution environment REE of the terminal, wherein the offline management instruction comprises an offline management parameter, and the offline management parameter comprises at least one of a usage duration threshold and/or a usage quantity threshold; executing (S102), by the TEE, an offline management operation corresponding to the offline management instruction, and generating an offline management policy based on the offline management parameter; and when a usage status of a security domain SD or a trusted application TA does not meet the offline management policy, deleting (S103), by the TEE, the SD or the TA, or restoring, by the TEE, the SD or the TA to a status before update, wherein the SD or the TA is installed offline or updated offline by the TEE according to the offline management instruction.
An aircraft engine system comprising: a high pressure stage turbocharger assembly comprising a high pressure stage wastegate and a turbocharger control unit configured for controlling pressure input to the engine (E) by controlling the extent to which the high pressure stage wastegate opens and closes; and a supplemental stage turbocharger assembly disposed in series with respect to said high pressure stage turbocharger assembly comprising a supplemental wastegate and a supplemental turbocharger control unit configured for controlling pressure input to the high pressure stage turbocharger assembly by controlling the extent to which the supplemental wastegate opens and closes, characterised in that the supplemental stage turbocharger assembly is configured to provide a compressor unit of the high pressure stage turbocharger assembly with substantially constant original critical altitude pressure input when the aircraft engine system is located above an original critical altitude (CR) of the aircraft engine system and below a new critical altitude (CR2, CR3) of the aircraft engine system. a high pressure stage turbocharger assembly comprising a high pressure stage wastegate and a turbocharger control unit configured for controlling pressure input to the engine (E) by controlling the extent to which the high pressure stage wastegate opens and closes; and a supplemental stage turbocharger assembly disposed in series with respect to said high pressure stage turbocharger assembly comprising a supplemental wastegate and a supplemental turbocharger control unit configured for controlling pressure input to the high pressure stage turbocharger assembly by controlling the extent to which the supplemental wastegate opens and closes, characterised in that the supplemental stage turbocharger assembly is configured to provide a compressor unit of the high pressure stage turbocharger assembly with substantially constant original critical altitude pressure input when the aircraft engine system is located above an original critical altitude (CR) of the aircraft engine system and below a new critical altitude (CR2, CR3) of the aircraft engine system.
A variable optical attenuator - having a carrier substrate , - having an optical waveguide formed on this carrier substrate , - having an at least monomolecular of graphene, which is situated above the waveguide , - having a source electrode , which is electrically connected to the layer of graphene and is situated on a side of the waveguide on the carrier substrate , - having a drain electrode , which is electrically connected to the layer of graphene and is situated on a side of the waveguide located opposite the source electrode and on the carrier substrate , and - having a gate electrode which is situated on the carrier substrate and is arranged on the top of the layer of graphene and above the waveguide , wherein a liquid layer of an ionic liquid is situated on the layer of graphene, wherein the liquid layer is not in direct contact with the drain electrode and the source electrode and wherein the gate electrode is electrically connected to the ionic liquid. - having a carrier substrate , - having an optical waveguide formed on this carrier substrate , - having an at least monomolecular of graphene, which is situated above the waveguide , - having a source electrode , which is electrically connected to the layer of graphene and is situated on a side of the waveguide on the carrier substrate , - having a drain electrode , which is electrically connected to the layer of graphene and is situated on a side of the waveguide located opposite the source electrode and on the carrier substrate , and - having a gate electrode which is situated on the carrier substrate and is arranged on the top of the layer of graphene and above the waveguide ,