mhurhangee/patent-ind-claim-en huggingface dataset:
An image forming apparatus, comprising: a printing section configured to be capable of carrying out at least a decoloring printing; an input section configured to receive a command from a user; a first print control section configured to control, in a case of receiving a printing command from the user, the printing section to decolor and print a printing subject image, and then waits until a next command is input from the user; and a second print control section configured to control, in a case of receiving a command continuing printing from the user after the decoloring printing, the printing section to print the printing subject image, characterized by the first print control section configured to print attention information indicating that a sheet is confidential on the sheet for encouraging the user to pay attention, in addition to the printing subject image. a printing section configured to be capable of carrying out at least a decoloring printing; an input section configured to receive a command from a user; a first print control section configured to control, in a case of receiving a printing command from the user, the printing section to decolor and print a printing subject image, and then waits until a next command is input from the user; and a second print control section configured to control, in a case of receiving a command continuing printing from the user after the decoloring printing, the printing section to print the printing subject image, characterized by the first print control section configured to print attention information indicating that a sheet is confidential on the sheet for encouraging the user to pay attention, in addition to the printing subject image.
System, in particular facility, comprising a mobile component and a receiving component which receives a screen and to which a transmitter is fastened, configured for generating radiated light and for radiating said light along the receiving component that receives the screen, the mobile component having a traction drive and a controller, the receiving component having a slot, the mobile component having a receiver , the mobile component being movable along the slot such that the receiver is at a constant distance from the slot during the movement, characterised in that the screen disperses light radiated by the transmitter and is configured in a curved manner such that the distance between the screen and the slot decreases monotonically, in particular strictly monotonically, as the distance from the transmitter increases, the screen being received in a cavity of the receiving component, the cavity opening into the surroundings at the slot, the controller actuating the traction drive of the mobile component such that the mobile component is movable along a path that runs in parallel with the slot in some portions. the mobile component having a traction drive and a controller, the receiving component having a slot, the mobile component having a receiver , the mobile component being movable along the slot such that the receiver is at a constant distance from the slot during the movement, characterised in that the screen disperses light radiated by the transmitter and is configured in a curved manner such that the distance between the screen and the slot decreases monotonically, in particular strictly monotonically, as the distance from the transmitter increases, the screen being received in a cavity of the receiving component, the cavity opening into the surroundings at the slot, the controller actuating the traction drive of the mobile component such that the mobile component is movable along a path that runs in parallel with the slot in some portions.
A method of operating a hybrid-electric propulsion system for an aircraft having a turbomachine, the turbomachine including a first spool and a second spool, the method comprising: operating , by one or more computing devices, the turbomachine such that the first spool mechanically drives a prime propulsor of the hybrid-electric propulsion system; modifying , by the one or more computing devices, a speed relationship parameter defined between the first spool and second spool by providing electrical power to an electric machine mechanically coupled to the second spool when the first spool reduces speed at a first rate and the second spool reduces speed at a second rate that is faster than the first rate during a thrust reduction operation. operating , by one or more computing devices, the turbomachine such that the first spool mechanically drives a prime propulsor of the hybrid-electric propulsion system; modifying , by the one or more computing devices, a speed relationship parameter defined between the first spool and second spool by providing electrical power to an electric machine mechanically coupled to the second spool when the first spool reduces speed at a first rate and the second spool reduces speed at a second rate that is faster than the first rate during a thrust reduction operation.
A method for dispensing a fluid sample on a substrate , the method comprising: obtaining an image of a sample applicator in proximity to the substrate , wherein the image comprises a first image of the sample applicator and a second image of the sample applicator ; determining a height (h) of the sample applicator relative to a surface plane of the substrate based, on a distance between common portions of the first and second images ; and dispensing the fluid sample onto the substrate using the sample applicator , wherein the dispensing comprises: translating the sample applicator , translating the substrate , or translating both the sample applicator and the substrate to effect a relative translation between the sample applicator and the substrate : and maintaining the sample applicator within a range of heights centered about a target height relative to the surface plane of the substrate during the translating, wherein the sample applicator comprises an applicator tip having a shouldered or stepped cross-sectional profile. obtaining an image of a sample applicator in proximity to the substrate , wherein the image comprises a first image of the sample applicator and a second image of the sample applicator ; determining a height (h) of the sample applicator relative to a surface plane of the substrate based, on a distance between common portions of the first and second images ; and dispensing the fluid sample onto the substrate using the sample applicator , wherein the dispensing comprises: translating the sample applicator , translating the substrate , or translating both the sample applicator and the substrate to effect a relative translation between the sample applicator and the substrate : and maintaining the sample applicator within a range of heights centered about a target height relative to the surface plane of the substrate during the translating, wherein the sample applicator comprises an applicator tip having a shouldered or stepped cross-sectional profile. translating the sample applicator , translating the substrate , or translating both the sample applicator and the substrate to effect a relative translation between the sample applicator and the substrate : and maintaining the sample applicator within a range of heights centered about a target height relative to the surface plane of the substrate during the translating, wherein the sample applicator comprises an applicator tip having a shouldered or stepped cross-sectional profile.
A trailer , comprising: a trailer base ; a trailer bed mounted to the trailer base ; a lifting head protruding in an outwardly direction from the trailer bed and the trailer base when the lifting head is in a first orientation, wherein a position of the lifting head is adjustable along a longitudinal axis of the trailer bed ; a turntable , wherein the lifting head comprises one or more arms protruding outwardly from the turntable ; and at least one actuator coupled to the trailer base , wherein, when the at least one actuator is in an actuated state, the lifting head is raised to a second orientation by the at least one actuator , and when the at least one actuator is in a non-actuated state, the lifting head is in the first orientation. a trailer base ; a trailer bed mounted to the trailer base ; a lifting head protruding in an outwardly direction from the trailer bed and the trailer base when the lifting head is in a first orientation, wherein a position of the lifting head is adjustable along a longitudinal axis of the trailer bed ; a turntable , wherein the lifting head comprises one or more arms protruding outwardly from the turntable ; and at least one actuator coupled to the trailer base , wherein, when the at least one actuator is in an actuated state, the lifting head is raised to a second orientation by the at least one actuator , and when the at least one actuator is in a non-actuated state, the lifting head is in the first orientation.
A hand-held device for obtaining a three-dimensional topological surface profile of a tyre, the device comprising: a base comprising an aperture ; a light source arranged in use to generate an elongate pattern of light, and to project said pattern through the aperture onto a surface of the tyre; a detector arranged to image the surface of the tyre; a plurality of pairs of guide wheels mounted on respective axles mounted on the base , wherein the guide wheels are linked by a linking assembly (240, 245, 270a, 270b, 215a-d) arranged to collectively rotate the guide wheels together; and a rotary encoder arranged to generate a signal corresponding to a distance travelled by the device on the surface of the tyre. a base comprising an aperture ; a light source arranged in use to generate an elongate pattern of light, and to project said pattern through the aperture onto a surface of the tyre; a detector arranged to image the surface of the tyre; a plurality of pairs of guide wheels mounted on respective axles mounted on the base , wherein the guide wheels are linked by a linking assembly (240, 245, 270a, 270b, 215a-d) arranged to collectively rotate the guide wheels together; and a rotary encoder arranged to generate a signal corresponding to a distance travelled by the device on the surface of the tyre.
A hydraulic system for a working vehicle , the hydraulic system comprising: a first group of hydraulically actuated devices which are actuated simultaneously to carry out a first set of functions of said working vehicle and which are not actuated in order to carry out a second set of functions of said working vehicle; a second group of hydraulically actuated devices which are actuated simultaneously to carry out the second set of functions of said working vehicle and which are not actuated in order to carry out the first set of functions of said working vehicle; and three or more hydraulic pump assemblies for supplying hydraulic fluid to the hydraulically actuated devices of the first and second groups; wherein the hydraulic system is arranged so that each hydraulically actuated devices of the first group is supplied by a different one of the hydraulic pump assemblies; wherein the hydraulic system is arranged so that each hydraulically actuated devices of the second group is supplied by a different one of the hydraulic pump assemblies; and wherein at least one of the hydraulic pump assemblies is arranged for supplying hydraulic fluid to both a hydraulically actuated device of the first group and a hydraulically actuated device of the second group. a first group of hydraulically actuated devices which are actuated simultaneously to carry out a first set of functions of said working vehicle and which are not actuated in order to carry out a second set of functions of said working vehicle; a second group of hydraulically actuated devices which are actuated simultaneously to carry out the second set of functions of said working vehicle and which are not actuated in order to carry out the first set of functions of said working vehicle; and three or more hydraulic pump assemblies for supplying hydraulic fluid to the hydraulically actuated devices of the first and second groups; wherein the hydraulic system is arranged so that each hydraulically actuated devices of the first group is supplied by a different one of the hydraulic pump assemblies; wherein the hydraulic system is arranged so that each hydraulically actuated devices of the second group is supplied by a different one of the hydraulic pump assemblies; and wherein at least one of the hydraulic pump assemblies is arranged for supplying hydraulic fluid to both a hydraulically actuated device of the first group and a hydraulically actuated device of the second group.
A laminated glazing comprising a first sheet of a colored glass and a second sheet of a clear glass which are joined together by means of a lamination interlayer, said first sheet having a thickness e1 ranging from 1.5 to 2.5 mm, said second sheet having a thickness e2 ranging from 0.4 to 1.9 mm, the ratio R = e2/e1 2 being at most 0.40 mm -1 , said glazing having a light transmission of at least 70% and a direct solar transmission of at most 55%, said colored glass having a chemical composition comprising a weight content of total iron, expressed in the form Fe 2 O 3 , ranging from 1.1 to 2.0%, with a redox ratio, defined as the ratio between the weight content of ferrous iron, expressed in the form FeO, and the weight content of total iron, expressed in the form Fe 2 O 3 , ranging from 0.23 to 0.32.
A method for determining a speed profile (v p ) for a marine vessel , said method comprising: - determining a travel segment along which said marine vessel is expected to travel; - determining a curvature value indicative of a curvature of said travel segment ; - on the basis of at least said curvature value, determining a speed profile (v p ) for said marine vessel along said travel segment ; - determining an expected roll angle of said marine vessel along said travel segment ; - determining a desired lateral acceleration (a yd ) of said marine vessel along said travel segment on the basis of at least said expected roll angle; and - on the basis of at least said curvature value and said desired lateral acceleration (a yd ), determining said speed profile (v p ) for said marine vessel along said travel segment - wherein said desired lateral acceleration (a yd ) is determined such that an absolute value of the difference between said desired lateral acceleration (a yd ) and the gravitational acceleration multiplied by the tangent of said expected roll angle is below a threshold value. - determining a travel segment along which said marine vessel is expected to travel; - determining a curvature value indicative of a curvature of said travel segment ; - on the basis of at least said curvature value, determining a speed profile (v p ) for said marine vessel along said travel segment ; - determining an expected roll angle of said marine vessel along said travel segment ; - determining a desired lateral acceleration (a yd ) of said marine vessel along said travel segment on the basis of at least said expected roll angle; and - on the basis of at least said curvature value and said desired lateral acceleration (a yd ), determining said speed profile (v p ) for said marine vessel along said travel segment - wherein said desired lateral acceleration (a yd ) is determined such that an absolute value of the difference between said desired lateral acceleration (a yd ) and the gravitational acceleration multiplied by the tangent of said expected roll angle is below a threshold value.
A transdermal absorption preparation comprising a support and a drug-containing adhesive layer formed on the support, wherein the drug-containing adhesive layer comprises a thermoplastic elastomer and a higher fatty acid ester, a content of the higher fatty acid ester in the drug-containing adhesive layer is not less than 100 parts by weight and not more than 300 parts by weight per 100 parts by weight of the thermoplastic elastomer, wherein the thermoplastic elastomer is a styrene-based block copolymer, and the drug-containing adhesive layer does not contain a tackifier. a content of the higher fatty acid ester in the drug-containing adhesive layer is not less than 100 parts by weight and not more than 300 parts by weight per 100 parts by weight of the thermoplastic elastomer, wherein the thermoplastic elastomer is a styrene-based block copolymer, and the drug-containing adhesive layer does not contain a tackifier.
A combination of a fluid flow control device and a plurality of exhaust trim components, the fluid flow control device comprising: a body comprising an inlet port , a common port , and a discharge port ; a supply path extending between the inlet port and the common port ; an exhaust path extending between the common port and the discharge port ; a supply port disposed within the body along the supply path between the inlet port and the common port ; an exhaust port disposed within the body along the exhaust path between the common port and the discharge port ; and a control element disposed within the body and adapted for displacement between a closed position in sealing engagement with the supply port to close the supply path, and an open position spaced from the supply port to open the supply path, wherein an exhaust trim component is removably attached to the body and defining a control opening extending through the exhaust trim component and configured to receive at least a portion of the control element and an exhaust passage disposed along the exhaust path between the common port and the exhaust port , the exhaust passage having a first exhaust fluid flow resistance; characterized in that the exhaust trim component is selected from the plurality of exhaust trim components, each of the plurality of exhaust trim components defining a distinct exhaust passage having a distinct exhaust fluid flow resistance; and the first exhaust fluid flow resistance pre-selected from the plurality of distinct exhaust fluid flow resistances thereby customizing an exhaust capacity of the fluid flow control device for a specific application. a body comprising an inlet port , a common port , and a discharge port ; a supply path extending between the inlet port and the common port ; an exhaust path extending between the common port and the discharge port ; a supply port disposed within the body along the supply path between the inlet port and the common port ; an exhaust port disposed within the body along the exhaust path between the common port and the discharge port ; and a control element disposed within the body and adapted for displacement between a closed position in sealing engagement with the supply port to close the supply path, and an open position spaced from the supply port to open the supply path, wherein an exhaust trim component is removably attached to the body and defining a control opening extending through the exhaust trim component and configured to receive at least a portion of the control element and an exhaust passage disposed along the exhaust path between the common port and the exhaust port , the exhaust passage having a first exhaust fluid flow resistance; characterized in that the exhaust trim component is selected from the plurality of exhaust trim components, each of the plurality of exhaust trim components defining a distinct exhaust passage having a distinct exhaust fluid flow resistance; and the first exhaust fluid flow resistance pre-selected from the plurality of distinct exhaust fluid flow resistances thereby customizing an exhaust capacity of the fluid flow control device for a specific application.
A method of thin film characterization, the method comprising: measuring first intensity signals for a sample having a first layer above a substrate , the first intensity signals including information for the first layer and for the substrate ; determining a thickness of the first layer based on the first intensity signals; estimating an effective substrate by combining the information for the first layer and for the substrate , the first layer and the substrate being effectively treated as a single incoming layer or substrate ; measuring second intensity signals for a sample having a second layer above the first layer above the substrate , the second intensity signals including information for the second layer , for the first layer and for the substrate ; and determining a thickness of the second layer based on the second intensity signals, wherein said previously estimated effective substrate is used for said determination, and wherein said first and second intensity signals are obtained from one of XPS measurements, XRF measurements, or a combination of XPS and XRF measurements. measuring first intensity signals for a sample having a first layer above a substrate , the first intensity signals including information for the first layer and for the substrate ; determining a thickness of the first layer based on the first intensity signals; estimating an effective substrate by combining the information for the first layer and for the substrate , the first layer and the substrate being effectively treated as a single incoming layer or substrate ; measuring second intensity signals for a sample having a second layer above the first layer above the substrate , the second intensity signals including information for the second layer , for the first layer and for the substrate ; and determining a thickness of the second layer based on the second intensity signals, wherein said previously estimated effective substrate is used for said determination, and wherein said first and second intensity signals are obtained from one of XPS measurements, XRF measurements, or a combination of XPS and XRF measurements.