mhurhangee/patent-ind-claim-en huggingface dataset:
An injector removal tool for removing an injector from a cylinder head , comprising: a support platform portion adapted to be fixed to the cylinder head; a pivot portion which is mounted on the support platform portion; an arm portion provided so as to rotate about the pivot portion as a fulcrum; and a transfer portion , one end of which is supported on the arm portion in a position spaced away from the pivot portion, and the other end of which is locked on the injector, the transfer portion configured to transfer a force applied on the one end to rotate the arm portion as a force to remove the injector at the other end,. wherein the arm portion comprises: a first arm portion , which extends from the pivot portion to one end of the arm portion; and a second arm portion , which extends from the pivot portion to a point of effort on which a force to rotate the second arm portion is applied on a side of the pivot portion which is different from a side of the one end of the arm portion, and having a length being longer than a length of the first arm portion, wherein a plurality of injectors like the injector are provided in the cylinder head, and pluralities of transfer portions and first arms like the transfer portion and the first arm portion are provided so as to correspond individually to the plurality of injectors. a support platform portion adapted to be fixed to the cylinder head; a pivot portion which is mounted on the support platform portion; an arm portion provided so as to rotate about the pivot portion as a fulcrum; and a transfer portion , one end of which is supported on the arm portion in a position spaced away from the pivot portion, and the other end of which is locked on the injector, the transfer portion configured to transfer a force applied on the one end to rotate the arm portion as a force to remove the injector at the other end,. wherein the arm portion comprises: a first arm portion , which extends from the pivot portion to one end of the arm portion; and a second arm portion , which extends from the pivot portion to a point of effort on which a force to rotate the second arm portion is applied on a side of the pivot portion which is different from a side of the one end of the arm portion, and having a length being longer than a length of the first arm portion, a first arm portion , which extends from the pivot portion to one end of the arm portion; and a second arm portion , which extends from the pivot portion to a point of effort on which a force to rotate the second arm portion is applied on a side of the pivot portion which is different from a side of the one end of the arm portion, and having a length being longer than a length of the first arm portion, wherein a plurality of injectors like the injector are provided in the cylinder head, and pluralities of transfer portions and first arms like the transfer portion and the first arm portion are provided so as to correspond individually to the plurality of injectors.
Air duct for distributing air, preferably conditioned air, in a greenhouse , the air duct comprising a hollow main body extending along a longitudinal axis (X) and at least one set of vents , wherein the main body has an outer surface and an inner surface , a first end and a second end at the opposite longitudinal ends of the main body , and a segment disposed between the first end and the second end , the segment preferably extending over substantially the entire length (L1) of the main body , wherein the cross-sectional area (A) of the main body in this segment decreases over the whole length of this segment towards the second end , and wherein the vents belonging to a respective set of vents are distributed at intervals (d) over substantially the entire length (L2) of said segment , characterized in that at least said segment of the main body is made of a substantially air-impermeable plastic film.
An outboard motor configured to generate a thrust while using an internal combustion engine as a power source, the outboard motor comprising: a plurality of electric actuators ; a power-source voltage detector configured to detect a power-source voltage in the outboard motor ; a controller configured or programmed to determine that a power-source voltage detected by the power-source voltage detector becomes lower than a predetermined threshold value, characterized in that the controller is configured or programmed to include an event occurrence detector configured to determine that a voltage variation event has occurred if a power-source voltage detected by the power-source voltage detector becomes lower than the predetermined threshold value and if it is determined that the plurality of electric actuators have been simultaneously driven, wherein the event occurrence detector is configured to determine that the voltage variation event has occurred if a time difference in driving-start timing between the plurality of electric actuators falls within a predetermined period of time of 10 ms or less, and an event information recorder is configured to record event information including a number of occurrences of the voltage variation event. a plurality of electric actuators ; a power-source voltage detector configured to detect a power-source voltage in the outboard motor ; a controller configured or programmed to determine that a power-source voltage detected by the power-source voltage detector becomes lower than a predetermined threshold value, characterized in that the controller is configured or programmed to include an event occurrence detector configured to determine that a voltage variation event has occurred if a power-source voltage detected by the power-source voltage detector becomes lower than the predetermined threshold value and if it is determined that the plurality of electric actuators have been simultaneously driven, wherein the event occurrence detector is configured to determine that the voltage variation event has occurred if a time difference in driving-start timing between the plurality of electric actuators falls within a predetermined period of time of 10 ms or less, and an event information recorder is configured to record event information including a number of occurrences of the voltage variation event. the controller is configured or programmed to include an event occurrence detector configured to determine that a voltage variation event has occurred if a power-source voltage detected by the power-source voltage detector becomes lower than the predetermined threshold value and if it is determined that the plurality of electric actuators have been simultaneously driven, wherein the event occurrence detector is configured to determine that the voltage variation event has occurred if a time difference in driving-start timing between the plurality of electric actuators falls within a predetermined period of time of 10 ms or less, and an event information recorder is configured to record event information including a number of occurrences of the voltage variation event.
A water-in-oil emulsion comprising an oil phase (O) and an aqueous phase (A) at an O/A ratio of from 1:8 to 10:1; wherein the water-in-oil emulsion includes the oil phase as a continuous phase comprising an inert hydrophobic liquid, at least one water-insoluble hydrophobic monomer, and at least one surfactant, and the aqueous phase as a dispersed phase of distinct particles in the oil phase comprising water and a water soluble polymer comprising: (i) at least one acrylamide monomer and (ii) at least one acrylic acid monomer; wherein the water soluble polymer is present in an amount from 10 to 35 weight percent of the water-in-oil emulsion.
A method for tomographic image reconstruction of a subject using a radiographic imaging system having one or more x-ray sources and a digital detector , wherein the detector is configured to indicate a preferred binning direction due to its hardware configuration based upon which direction in the detector gate drivers are positioned versus data line read out circuitry and the processing steps to be performed thereby, the method comprising: acquiring a plurality of radiographic images of the subject in the digital detector , including acquiring the radiographic images each at one of a plurality of positions during a relative motion as between the one or more x-ray sources and the digital detector , wherein the relative motion is parallel to a row orientation of pixels in the detector or to a column orientation of the pixels in the detector ; selecting a binning direction that is parallel to the row orientation of pixels in the detector or to the column orientation of the pixels in the detector based on the preferred binning direction; and reading out the radiographic images of the subject from the detector , including binning image data captured in two or more pixels of the detector that are adjacent to each other only in the selected binning direction. acquiring a plurality of radiographic images of the subject in the digital detector , including acquiring the radiographic images each at one of a plurality of positions during a relative motion as between the one or more x-ray sources and the digital detector , wherein the relative motion is parallel to a row orientation of pixels in the detector or to a column orientation of the pixels in the detector ; selecting a binning direction that is parallel to the row orientation of pixels in the detector or to the column orientation of the pixels in the detector based on the preferred binning direction; and reading out the radiographic images of the subject from the detector , including binning image data captured in two or more pixels of the detector that are adjacent to each other only in the selected binning direction.
A re-usable container for a substance for the preparation of a liquid beverage, particularly configured for use as a capsule for a beverage dispensing machine, the container including: - a first end portion , - a second end portion , - a shell comprised between said first end portion and second end portion and delimiting therewith an internal volume (V) of the container configured for housing a substance for the preparation of a liquid beverage, wherein: - said first end portion includes one or more first apertures configured for allowing the inlet of a liquid into said internal volume (V), - said second end portion including a plurality of second apertures (18, 180, 181, 180_7) configured for allowing the outlet of a beverage that can be obtained by interaction of said liquid with a substance for the preparation of a liquid beverage within said internal volume (V), wherein furthermore said second end portion is removable, the container being characterized in that said second end portion includes an annular element configured for coupling with said shell and an insert (16; 16A, 16B, 16C, 16D; 16E, 16F, 16G, 16h, 161; 16A*, 16B*, 16C*, 16D*; 16E*, 16F*) that can be removably coupled into said annular element and having said second apertures - a first end portion , - a second end portion , - a shell comprised between said first end portion and second end portion and delimiting therewith an internal volume (V) of the container configured for housing a substance for the preparation of a liquid beverage, - said first end portion includes one or more first apertures configured for allowing the inlet of a liquid into said internal volume (V), - said second end portion including a plurality of second apertures (18, 180, 181, 180_7) configured for allowing the outlet of a beverage that can be obtained by interaction of said liquid with a substance for the preparation of a liquid beverage within said internal volume (V), wherein furthermore said second end portion is removable, the container being characterized in that said second end portion includes an annular element configured for coupling with said shell and an insert (16; 16A, 16B, 16C, 16D; 16E, 16F, 16G, 16h, 161; 16A*, 16B*, 16C*, 16D*; 16E*, 16F*) that can be removably coupled into said annular element and having said second apertures
An envelope feeder for a printer having an input slot and a pickup assembly in said input slot, the envelope feeder comprising: a. a first motorized conveyor having an upstream end and a downstream end , wherein said downstream end is positioned adjacent to an input slot on said printer ; b. a second motorized conveyor having an upstream end and a downstream end, wherein said second conveyor is positioned such that envelopes moved in a downstream direction on said second conveyor empty onto the upstream end of said first conveyor to form a grouping of envelopes thereon; c. wherein said first conveyor moves at a speed substantially greater than said second conveyor ; d. wherein said feeder is configured to transition a grouping of envelopes on said second conveyor from a substantially vertical orientation in which each envelope on said second conveyor has a horizontally aligned upper edge to a shingled stack of envelopes on said first conveyor , and wherein said shingled stack of envelopes is substantially horizontal upon arrival at said printer ; e. means for providing a backstop to support envelopes loaded on said second conveyor in a substantially vertical position; and, f. control means dependent upon a sensor at said pickup assembly for cooperatively advancing said first and second conveyors responsive to a condition at said input slot . a. a first motorized conveyor having an upstream end and a downstream end , wherein said downstream end is positioned adjacent to an input slot on said printer ; b. a second motorized conveyor having an upstream end and a downstream end, wherein said second conveyor is positioned such that envelopes moved in a downstream direction on said second conveyor empty onto the upstream end of said first conveyor to form a grouping of envelopes thereon; c. wherein said first conveyor moves at a speed substantially greater than said second conveyor ; d. wherein said feeder is configured to transition a grouping of envelopes on said second conveyor from a substantially vertical orientation in which each envelope on said second conveyor has a horizontally aligned upper edge to a shingled stack of envelopes on said first conveyor , and wherein said shingled stack of envelopes is substantially horizontal upon arrival at said printer ; e. means for providing a backstop to support envelopes loaded on said second conveyor in a substantially vertical position; and, f. control means dependent upon a sensor at said pickup assembly for cooperatively advancing said first and second conveyors responsive to a condition at said input slot .
A magnetic detector system for localizing a magnetic seed that generates a magnetic field, comprising: a detector probe comprising: a housing extending along a central axis from a distal end to a proximal end; a first magnetic sensor arranged at the proximal end of the housing ; a second magnetic sensor arranged at the distal end of the housing ; wherein the first magnetic sensor and the second magnetic sensor are configured to detect a magnetic field generated by an anisotropic magnetic seed and in response thereto generate signal data representative of the magnetic field; a processor in communication with the first magnetic sensor and the second magnetic sensor configured to receive the signal data therefrom and to process the signal data to compute a location of the magnetic seed , wherein processing the signal data includes accounting for an anisotropic geometry of the magnetic field generated by the magnetic seed by incorporating a physical model of the magnetic seed into calibration and detection models; and an output in communication with the processor that is configured to provide feedback to a user based on the computed location of the magnetic seed . a detector probe comprising: a housing extending along a central axis from a distal end to a proximal end; a first magnetic sensor arranged at the proximal end of the housing ; a second magnetic sensor arranged at the distal end of the housing ; wherein the first magnetic sensor and the second magnetic sensor are configured to detect a magnetic field generated by an anisotropic magnetic seed and in response thereto generate signal data representative of the magnetic field; a housing extending along a central axis from a distal end to a proximal end; a first magnetic sensor arranged at the proximal end of the housing ; a second magnetic sensor arranged at the distal end of the housing ; wherein the first magnetic sensor and the second magnetic sensor are configured to detect a magnetic field generated by an anisotropic magnetic seed and in response thereto generate signal data representative of the magnetic field; a processor in communication with the first magnetic sensor and the second magnetic sensor configured to receive the signal data therefrom and to process the signal data to compute a location of the magnetic seed , wherein processing the signal data includes accounting for an anisotropic geometry of the magnetic field generated by the magnetic seed by incorporating a physical model of the magnetic seed into calibration and detection models; and an output in communication with the processor that is configured to provide feedback to a user based on the computed location of the magnetic seed .
A magnetic bearing system for controlling magnetic coupling between a vehicle and a guideway, the magnetic bearing system comprising: at least one engine , which comprises at least two metal poles , at least one permanent magnet and at least two coils surrounding the at least two metal poles , respectively, wherein the at least one engine is configured to be magnetically coupled to the guideway through at least one air gap ; characterized in that the at least one engine comprises a plurality of engines successively arranged in a direction of travel, wherein the plurality of engines are arranged parallel to each other in the direction of travel and each of the plurality of engines comprises at least two metal poles , at least one permanent magnet and at least two coils surrounding the at least two metal poles, respectively ; wherein the at least two metal poles of each of the plurality of engines are aligned perpendicular the direction of travel; wherein the at least two metal poles of a first engine are laterally offset with respect to the at least two metal poles of a second engine adjacent the first engine . at least one engine , which comprises at least two metal poles , at least one permanent magnet and at least two coils surrounding the at least two metal poles , respectively, wherein the at least one engine is configured to be magnetically coupled to the guideway through at least one air gap ; characterized in that the at least one engine comprises a plurality of engines successively arranged in a direction of travel, wherein the plurality of engines are arranged parallel to each other in the direction of travel and each of the plurality of engines comprises at least two metal poles , at least one permanent magnet and at least two coils surrounding the at least two metal poles, respectively ; the at least two metal poles of each of the plurality of engines are aligned perpendicular the direction of travel; wherein the at least two metal poles of a first engine are laterally offset with respect to the at least two metal poles of a second engine adjacent the first engine .
Vulcanizable rubber composition, which comprises a) one or more amine-crosslinkable rubbers, b) one or more white fillers and c) one or more polyorganosiloxanes with at least two NH 2 groups per molecule, wherein i) the total quantity of component c) is 0.1 to 8 parts by weight, relative to 100 parts by weight of component b), and ii) the total quantity of organosilane in the rubber composition is at most 4 parts by weight, relative to 100 parts by weight of component b). a) one or more amine-crosslinkable rubbers, b) one or more white fillers and c) one or more polyorganosiloxanes with at least two NH 2 groups per molecule, i) the total quantity of component c) is 0.1 to 8 parts by weight, relative to 100 parts by weight of component b), and ii) the total quantity of organosilane in the rubber composition is at most 4 parts by weight, relative to 100 parts by weight of component b).
A chip evacuator tool comprising: a circular body including at least one aperture extending through the circular body ; and a first hook member extending from the circular body , wherein the first hook member includes a first arcuate surface and a second arcuate surface that converge at a first tip , and a first upper surface and a first lower surface ; characterized in that : the first arcuate surface and the second arcuate surface taper in a circumferential direction such that a width of the first tip is less than a width of the first hook member at a location where the first hook member connects to the circular body ; and the first upper surface and the first lower surface taper in a radial direction such that a height of the first tip is less than a height of the first hook member at the location where the first hook member connects to the circular body . a circular body including at least one aperture extending through the circular body ; and a first hook member extending from the circular body , wherein the first hook member includes a first arcuate surface and a second arcuate surface that converge at a first tip , and a first upper surface and a first lower surface ; characterized in that : the first arcuate surface and the second arcuate surface taper in a circumferential direction such that a width of the first tip is less than a width of the first hook member at a location where the first hook member connects to the circular body ; and the first upper surface and the first lower surface taper in a radial direction such that a height of the first tip is less than a height of the first hook member at the location where the first hook member connects to the circular body . the first arcuate surface and the second arcuate surface taper in a circumferential direction such that a width of the first tip is less than a width of the first hook member at a location where the first hook member connects to the circular body ; and the first upper surface and the first lower surface taper in a radial direction such that a height of the first tip is less than a height of the first hook member at the location where the first hook member connects to the circular body .