mhurhangee/patent-ind-claim-en huggingface dataset:
A headlight for a two-wheeled motor vehicle, comprising a single housing to be supported on a front part of a vehicle body frame (F), in the single housing are disposed: a high beam headlamp light source , low beam headlamp light sources that are disposed on left and right of the high beam headlamp light source , a high beam headlamp reflector that reflects forward light from the high beam headlamp light source , and low beam headlamp reflectors that are disposed on left and right sides of the high beam headlamp reflector so as to reflect forward light from the low beam headlamp light source and that are formed integrally with the high beam headlamp reflector , characterized in that a rear end face of the high beam headlamp reflector is arranged forwardly of a rear end face of the low beam headlamp reflector , the high beam headlamp reflector and the low beam headlamp reflectors are each formed from an upper reflector , which is flat-shaped, and a lower reflector , and the high beam headlamp light source and the low beam headlamp light sources are disposed so as to be arranged side by side in the left-and right direction on a common board secured to the flat-shaped upper reflector . a high beam headlamp light source , low beam headlamp light sources that are disposed on left and right of the high beam headlamp light source , a high beam headlamp reflector that reflects forward light from the high beam headlamp light source , and low beam headlamp reflectors that are disposed on left and right sides of the high beam headlamp reflector so as to reflect forward light from the low beam headlamp light source and that are formed integrally with the high beam headlamp reflector , characterized in that a rear end face of the high beam headlamp reflector is arranged forwardly of a rear end face of the low beam headlamp reflector , the high beam headlamp reflector and the low beam headlamp reflectors are each formed from an upper reflector , which is flat-shaped, and a lower reflector , and the high beam headlamp light source and the low beam headlamp light sources are disposed so as to be arranged side by side in the left-and right direction on a common board secured to the flat-shaped upper reflector .
Dispenser for an air freshener container holding a perfuming liquid , comprising a wooden cap screwed onto the neck of the container itself, the said cap being associated with a diffusing string or wick for diffusing the perfuming liquid , wherein the wooden cap is provided with an axial central duct of small diameter which communicates with a second transverse duct provided in an upper cylindrical extension housing the corresponding diffusing string or wick for impregnation with the perfuming liquid held by the container after inverting the position of the said container with the wooden cap coupled to its neck , further the diffusing string or wick passes through the transverse duct and protrudes out of the wooden cap ; and the diameter of the axial central duct is smaller than the diameter of the internal cavity of the neck of the container .
A mobile machine tool for processing a workpiece or a room (RA) comprising a working device which is mobile with respect to a surface (FL, FR, FF, FD) of the workpiece or room (RA), which working device comprises a tool receptacle for a work tool driven or drivable by a drive motor , particularly for abrasive processing of the surface (FL, FR, FF, FD) and/or a coating device having a coating tool for coating the surface (FL, FR, FF, FD), wherein the working device comprises a suction device for suctioning the working device onto the surface by means of at least one force component oriented in a normal direction (N) to the surface (FL-FD), wherein the suction device has at least one valve for controlling an intake air flow and/or a negative pressure in a suction region of the working device for suctioning onto the surface (FL-FD), and wherein the at least one valve has a valve member which is adjustable between at least two valve positions in which a flow cross-section of the valve is different, wherein the suction device comprises a suction controller for adjusting the valve member during operation of the work tool or the coating device between its valve positions depending on at least one physical variable, characterized in that the at least one physical variable comprises an angular position of the working device relative to an underlying surface and the suction controller adjusts the valve member depending on the angular position of the working device relative to the underlying surface.
A method for evaluating a value representing a mass or a concentration or a volume of a substance comprised by a tissue or a bodily fluid of a patient, comprising the steps of - determining a relation between calculated or measured values reflecting the mass or the concentration or the volume of the substance comprised by the tissue or the bodily fluid and calculated or measured values reflecting a distribution space of the patient or an approximation of the distribution space, the distribution space being a body fluid, a body tissue or reflected by the body weight or by the total body mass, or a combination of a body fluid and a body tissue of the patient; - the distribution space being approximated, calculated or defined based on either measured or calculated values reflecting the overhydration (OH) or the relative overhydration (relOH) of the patient; and - assessing whether the relation fulfils at least one criterion characterized in that the at least one criterion is whether a regression line on the calculated or measured values crosses a target range or not. - determining a relation between calculated or measured values reflecting the mass or the concentration or the volume of the substance comprised by the tissue or the bodily fluid and calculated or measured values reflecting a distribution space of the patient or an approximation of the distribution space, the distribution space being a body fluid, a body tissue or reflected by the body weight or by the total body mass, or a combination of a body fluid and a body tissue of the patient; - the distribution space being approximated, calculated or defined based on either measured or calculated values reflecting the overhydration (OH) or the relative overhydration (relOH) of the patient; and - assessing whether the relation fulfils at least one criterion characterized in that the at least one criterion is whether a regression line on the calculated or measured values crosses a target range or not.
A compound helicopter comprising a rotor , a fixed wing , and a vibration control system, - wherein the fixed wing includes a movable flap that is mounted on a rear edge of the fixed wing , characterised in that the vibration control system is configured to periodically move the movable flap so as to periodically change lift of the fixed wing such that vibration, aerodynamically generated by the fixed wing , is in anti-phase with vibration caused by rotation of the rotor . - wherein the fixed wing includes a movable flap that is mounted on a rear edge of the fixed wing , characterised in that the vibration control system is configured to periodically move the movable flap so as to periodically change lift of the fixed wing such that vibration, aerodynamically generated by the fixed wing , is in anti-phase with vibration caused by rotation of the rotor .
A system comprising at least one server configured to: - receive a plurality of images of a real-world environment captured by at least one camera ; - process the plurality of images to detect a plurality of objects present in the real-world environment and generate a three-dimensional environment model of the real-world environment, wherein the three-dimensional environment model represents the plurality of objects; - classify each of the plurality of objects as either a static object or a dynamic object; - receive at least one current image of the real-world environment captured by the at least one camera; - process the at least one current image to detect at least one object represented therein; - determine whether or not the at least one object is from amongst the plurality of objects; - determine whether the at least one object is a static object or a dynamic object when it is determined that the at least one object is from amongst the plurality of objects; and - for each dynamic object that is represented in the three-dimensional environment model but not in the at least one current image, apply a first visual effect to a representation of said dynamic object in the three-dimensional environment model for indicating staleness of said representation. - receive a plurality of images of a real-world environment captured by at least one camera ; - process the plurality of images to detect a plurality of objects present in the real-world environment and generate a three-dimensional environment model of the real-world environment, wherein the three-dimensional environment model represents the plurality of objects; - classify each of the plurality of objects as either a static object or a dynamic object; - receive at least one current image of the real-world environment captured by the at least one camera; - process the at least one current image to detect at least one object represented therein; - determine whether or not the at least one object is from amongst the plurality of objects; - determine whether the at least one object is a static object or a dynamic object when it is determined that the at least one object is from amongst the plurality of objects; and - for each dynamic object that is represented in the three-dimensional environment model but not in the at least one current image, apply a first visual effect to a representation of said dynamic object in the three-dimensional environment model for indicating staleness of said representation.
A brake actuator comprising: a plurality of actuator housing portions , a diaphragm seal , partially delimiting a parking brake de-actuation chamber , retained between adjacent housing portions of the plurality of actuator housing portions , an elastic element disposed between the diaphragm seal and one of the housing portions to oppose expansion of the parking brake de-actuation chamber , a push rod operable to produce brake actuation upon depressurization of the parking brake de-actuation chamber , the push rod extending through the parking brake de-actuation chamber , a piston , secured to and movable together with both the push rod and the diaphragm seal , and acting as a seat for the elastic element, characterized by a clamping arrangement by which a central portion of the diaphragm seal is axially clamped between an end of the push rod and a surface of the piston so as to be constrained for movement with both the push rod and the piston . a plurality of actuator housing portions , a diaphragm seal , partially delimiting a parking brake de-actuation chamber , retained between adjacent housing portions of the plurality of actuator housing portions , an elastic element disposed between the diaphragm seal and one of the housing portions to oppose expansion of the parking brake de-actuation chamber , a push rod operable to produce brake actuation upon depressurization of the parking brake de-actuation chamber , the push rod extending through the parking brake de-actuation chamber , a piston , secured to and movable together with both the push rod and the diaphragm seal , and acting as a seat for the elastic element, characterized by a clamping arrangement by which a central portion of the diaphragm seal is axially clamped between an end of the push rod and a surface of the piston so as to be constrained for movement with both the push rod and the piston .
A lifting device for installing a bulkhead unit in a wind turbine blade , the wind turbine blade comprising a blade shell defining a blade root portion having an inner blade surface , wherein the bulkhead unit comprises a bulkhead element substantially extending in a radial direction, the bulkhead element having a first side surface and a second side surface facing in opposite longitudinal directions and a first peripheral edge facing the inner blade surface of the wind turbine blade when installed, wherein outer dimensions of the bulkhead element substantially corresponds to inner dimensions of the blade root portion , wherein the bulkhead unit further comprises a frame structure extending in the radial direction, the frame structure is configured to be attached to at least the bulkhead element and to be arranged relative to said first or second side surface, wherein said frame structure is configured to provide support for mounting of additional components, wherein the lifting device comprises a body with first mounting means configured to be mounted to the frame structure of said bulkhead unit and at least one lifting element defining at least one lifting point for coupling to an external lifting unit, wherein said body further comprises second mounting means configured to be connected to the wind turbine blade for fixing the bulkhead unit in an installation position within the blade root portion of the wind turbine blade .
A method of controlling a dryer stand, which includes a receptacle allowing a dryer for discharging drying air to be mounted and rotatable in a horizontal direction, and an air purification unit, comprising: (a) detecting (S10) the dryer mounted on the receptacle ; (b) charging (S20) a battery provided in the dryer when the dryer mounted on the receptacle is detected; (c) determining (S32) whether a predetermined condition for air purification operation is satisfied; and (d) operating (S321) the air purification unit when it is determined that the predetermined condition for air purification operation is satisfied. (a) detecting (S10) the dryer mounted on the receptacle ; (b) charging (S20) a battery provided in the dryer when the dryer mounted on the receptacle is detected; (c) determining (S32) whether a predetermined condition for air purification operation is satisfied; and (d) operating (S321) the air purification unit when it is determined that the predetermined condition for air purification operation is satisfied.
Device for cooling semi-finished products in the field of thermo-forming and/or thermo-adhesive bonding of said semi-finished products, comprising: a rigid casing with at least one inlet and at least one outlet , wherein the inlet is configured to allow the inlet of a gas at a first pressure (P1), wherein the outlet is configured to allow the outlet of the gas at a second pressure (P2) lower than the first pressure (P1); an auxiliary casing impermeable to said gas and placed inside the rigid casing ; wherein a first volume is delimited between the rigid casing and the auxiliary casing ; wherein a second volume is delimited inside the auxiliary casing ; wherein the inlet and the outlet are in fluid communication with the first volume ; wherein the auxiliary casing is configured to contain a semi-finished product comprising at least one thermo-plastic or thermo-adhesive element in an at least partially molten state; control devices operationally coupled to the input and to the output and configured to perform the following procedure: introducing the gas at the first pressure (P1) through the inlet and discharging the gas at the second pressure (P2) through the outlet in order to generate an expansion and cooling of the gas contained within the first volume , to cool the auxiliary casing and the semi-finished product and to determine the cross-linking of the thermo-plastic or thermo-adhesive element. a rigid casing with at least one inlet and at least one outlet , wherein the inlet is configured to allow the inlet of a gas at a first pressure (P1), wherein the outlet is configured to allow the outlet of the gas at a second pressure (P2) lower than the first pressure (P1); an auxiliary casing impermeable to said gas and placed inside the rigid casing ; wherein a first volume is delimited between the rigid casing and the auxiliary casing ; wherein a second volume is delimited inside the auxiliary casing ; wherein the inlet and the outlet are in fluid communication with the first volume ; wherein the auxiliary casing is configured to contain a semi-finished product comprising at least one thermo-plastic or thermo-adhesive element in an at least partially molten state; control devices operationally coupled to the input and to the output and configured to perform the following procedure: introducing the gas at the first pressure (P1) through the inlet and discharging the gas at the second pressure (P2) through the outlet in order to generate an expansion and cooling of the gas contained within the first volume , to cool the auxiliary casing and the semi-finished product and to determine the cross-linking of the thermo-plastic or thermo-adhesive element.
A method executed on an apparatus comprising logic, at least partially comprising hardware logic, the method comprising: collecting one or more pipeline performance metrics associated with one or more stages in a graphics processing pipeline, wherein the one or more pipeline performance metrics include workload characteristics and wherein the one or more stages of the graphics pipeline comprises : at least one of a thread dispatcher , one or more execution units , one or more data ports , one or more cache memories , and one or more memory controllers ; and adjusting at least one of an operating voltage or an operating frequency of the one or more stages in the graphics pipeline based at least in part on the one or more performance metrics, characterized in that , when the workload characteristics indicate a compute-bound workload, the step of adjusting further comprises increasing an operating voltage and/or operating frequency of the one or more execution units that are busy and reducing an operating voltage and/or operating frequency of the one or more data ports and one or more cache memories that are not busy, and when the workload characteristics indicate a workload that implements a large number of memory instructions, the step of adjusting further comprises increasing an operating voltage and/or operating frequency of the one or more data ports and the one or more cache memories that are busy and reducing an operating voltage and/or operating frequency of the one or more execution units that are not busy. collecting one or more pipeline performance metrics associated with one or more stages in a graphics processing pipeline, wherein the one or more pipeline performance metrics include workload characteristics and wherein the one or more stages of the graphics pipeline comprises : at least one of a thread dispatcher , one or more execution units , one or more data ports , one or more cache memories , and one or more memory controllers ; and adjusting at least one of an operating voltage or an operating frequency of the one or more stages in the graphics pipeline based at least in part on the one or more performance metrics, characterized in that , when the workload characteristics indicate a compute-bound workload, the step of adjusting further comprises increasing an operating voltage and/or operating frequency of the one or more execution units that are busy and reducing an operating voltage and/or operating frequency of the one or more data ports and one or more cache memories that are not busy, and when the workload characteristics indicate a workload that implements a large number of memory instructions, the step of adjusting further comprises increasing an operating voltage and/or operating frequency of the one or more data ports and the one or more cache memories that are busy and reducing an operating voltage and/or operating frequency of the one or more execution units that are not busy.
Apparatus for cutting and applying a portion of adhesive tape over a bag containing foods for fixing an upper flap with which it is provided, comprising at least one spool of said adhesive tape arranged on an idle wheel and at least one motorized roller for unwinding the adhesive tape from said spool , moving means of an applicator provided with a cutting blade , said applicator being configured to cut said portion of adhesive tape by said cutting blade and simultaneously to apply said cut portion onto said upper edge of the bag , at least one pair of tilting idle rollers fixed to the ends of a plate which is elastically hinged to a rear support plate of the apparatus and able to apply tension to the adhesive tape between said idle wheel and the motorized roller , said adhesive tape being wrapped up like a "S" between the rollers of the pair of tilting idle rollers , so that an elastic force is opposed to the unwinding of the adhesive tape caused by the traction of said motorized roller , characterized in that said apparatus further comprises a roller with a central groove and a roller with a central relief of complementary shape with respect to that of said central groove, said roller with a central groove and roller with a central relief being close and upstream to said cutting blade and being configured to receive said adhesive tape interposed between them and deforming the section to longitudinally stiffen the structure and facilitate the cutting by the cutting blade .
A system comprising: a state analysis device comprising: index calculation means for calculating, based on a flow speed of fluid flowing out of piping , and a pressure of the fluid inside the piping at two or more locations of the piping , an index indicating a state of the piping , and determination means for determining the state of the piping based on the index, a pseudo leakage control unit connected to the state analysis device for controlling a flow rate of the fluid flowing out of the piping ; and pressure detection units connected to the state analysis device for detecting the pressure of the fluid inside the piping during a period when the flow rate of the fluid flowing out of the piping changes, wherein the index calculation means is configured to control the pseudo leakage control unit to artificially reproduce fluid leakage from the piping , and calculate the index indicating the state of the piping , based on the pressure detected by the pressure detection units when the flow rate of the fluid flowing out of the piping changes. a state analysis device comprising: index calculation means for calculating, based on a flow speed of fluid flowing out of piping , and a pressure of the fluid inside the piping at two or more locations of the piping , an index indicating a state of the piping , and determination means for determining the state of the piping based on the index, index calculation means for calculating, based on a flow speed of fluid flowing out of piping , and a pressure of the fluid inside the piping at two or more locations of the piping , an index indicating a state of the piping , and determination means for determining the state of the piping based on the index, a pseudo leakage control unit connected to the state analysis device for controlling a flow rate of the fluid flowing out of the piping ; and pressure detection units connected to the state analysis device for detecting the pressure of the fluid inside the piping during a period when the flow rate of the fluid flowing out of the piping changes, wherein the index calculation means is configured to control the pseudo leakage control unit to artificially reproduce fluid leakage from the piping , and calculate the index indicating the state of the piping , based on the pressure detected by the pressure detection units when the flow rate of the fluid flowing out of the piping changes.