mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing an object , the method comprising the steps of: obtaining a preform of the object , the preform comprising a first panel and at least one second panel having an orientation different from that of the first panel , then thermoforming a planar portion of the first panel of the preform into a protruding element in a selective manner such that the at least one second panel is not thermoformed; and wherein said thermoforming comprises the steps of placing the preform in a position wherein the first panel is between a heater and above a mold , said mold including side walls and a bottom surface defining a molding cavity , and wherein a molding element protrudes from the bottom surface , and wherein the at least one second panel of the preform extends outside the mold , and wherein the planar portion of the first panel is above the molding element , heating the planar portion with the heater , such that as the planar portion is deformed, it falls towards the molding element and is thereby thermoformed by the molding element ; and characterized in that the mold further comprises a vacuum insulation seal arranged on the side walls of the mold to seal the molding cavity when the preform is in said position. obtaining a preform of the object , the preform comprising a first panel and at least one second panel having an orientation different from that of the first panel , then thermoforming a planar portion of the first panel of the preform into a protruding element in a selective manner such that the at least one second panel is not thermoformed; and wherein said thermoforming comprises the steps of placing the preform in a position wherein the first panel is between a heater and above a mold , said mold including side walls and a bottom surface defining a molding cavity , and wherein a molding element protrudes from the bottom surface , and wherein the at least one second panel of the preform extends outside the mold , and wherein the planar portion of the first panel is above the molding element , heating the planar portion with the heater , such that as the planar portion is deformed, it falls towards the molding element and is thereby thermoformed by the molding element ; and placing the preform in a position wherein the first panel is between a heater and above a mold , said mold including side walls and a bottom surface defining a molding cavity , and wherein a molding element protrudes from the bottom surface , and wherein the at least one second panel of the preform extends outside the mold , and wherein the planar portion of the first panel is above the molding element , heating the planar portion with the heater , such that as the planar portion is deformed, it falls towards the molding element and is thereby thermoformed by the molding element ; and characterized in that the mold further comprises a vacuum insulation seal arranged on the side walls of the mold to seal the molding cavity when the preform is in said position.
A lance for a burner comprising a. a duct having at least a nozzle , b. a sleeve around the duct , the sleeve having at least a nozzle , wherein: the nozzle of the duct and the nozzle of the sleeve are aligned, the sleeve has a terminal portion closed by a cap having a pin , the duct has a hole , the pin is form fittingly inserted into the hole ; characterized by comprising an inner duct inside the duct , wherein the inner duct has at least a nozzle aligned with the at least a nozzle of the duct and the at least a nozzle of the sleeve . a. a duct having at least a nozzle , b. a sleeve around the duct , the sleeve having at least a nozzle , wherein: the nozzle of the duct and the nozzle of the sleeve are aligned, the sleeve has a terminal portion closed by a cap having a pin , the duct has a hole , the pin is form fittingly inserted into the hole ; the nozzle of the duct and the nozzle of the sleeve are aligned, the sleeve has a terminal portion closed by a cap having a pin , the duct has a hole , the pin is form fittingly inserted into the hole ;
Apparatus for thermoforming dental aligners, said apparatus comprising a support structure which houses a plurality of moulding supports each one suitable to house at least one dental arch (I), a plurality of mounting supports each with a relative retaining ring element suitable to house and retain a thermoformable sheet (F), a heating device for heating a thermoformable sheet (F) adapted to be housed in said mounting support and a moulding device suitable to realize together with said moulding support and mounting support a moulding chamber , said moulding device being suitable to create a vacuum/overpressure in said moulding chamber to execute the thermoforming of said thermoformable sheet (F), said mounting support being mobile at least between a heating position (PR) in which it is associated with said heating device and a moulding position (PF) in which it is associated with said moulding device , said apparatus being characterised in that each of said moulding supports is associated with a relative one of said mounting supports and a relative one of said annular retaining elements in an operating module , a plurality of operating modules being placed at an angle equidistant on a rotary table of said support structure , said rotary table being operated in rotation in discrete steps to bring each of said operating modules in succession, first at said heating position (PR) and then at said moulding position (PF)
An arrangement for building automation, which has at least one actuator which is driven by a control signal derived from at least one weather-dependent measured variable, the same weather-dependent measured variable being detected in each case by at least two sensors of the arrangement which are spaced apart from one another, the arrangement furthermore having a control unit which is set up to calculate an averaged measurement signal from measurement signals relating to the same weather-dependent measurement variable from the at least two sensors spaced apart from one another, and to generate the control signal for driving the actuator on the basis of this averaged measurement signal and to pass it on to the actuator , the arrangement further having a memory in which the measurement signals relating to the weather-dependent measurement variable of the at least two sensors spaced apart from one another are stored, including location information relating to the respective measurement signal, characterized in that the averaged measurement signal is a weighted, averaged measurement signal, a weighting of the respective measurement signal being dependent on a cardinal direction in which the respective sensor receiving the respective measurement signal is aligned.
A heat exchanger comprising: a flat tube having a flat cross-sectional shape and covered with an anticorrosive layer ; and a fin bonded to the flat tube with a bonding agent including an adhesive on a first surface of the anticorrosive layer interposed therebetween, and covered with a coating material characterised in the first surface of the anticorrosive layer having been roughened, and the bonding agent being fixed to the roughened first surface, wherein the first surface of the anticorrosive layer has been roughened so as to have an arithmetic mean surface roughness of not less than 0.7 μm and not more than 100 μm, and a thickness of the bonding agent from a top of the roughened first surface of the anticorrosive layer to an upper surface of the bonding agent is not less than 0.1 μm and not more than 5.0 μm, and wherein the adhesive includes an epoxy resin-based adhesive. a flat tube having a flat cross-sectional shape and covered with an anticorrosive layer ; and a fin bonded to the flat tube with a bonding agent including an adhesive on a first surface of the anticorrosive layer interposed therebetween, and covered with a coating material characterised in the first surface of the anticorrosive layer having been roughened, and the bonding agent being fixed to the roughened first surface, wherein the first surface of the anticorrosive layer has been roughened so as to have an arithmetic mean surface roughness of not less than 0.7 μm and not more than 100 μm, and a thickness of the bonding agent from a top of the roughened first surface of the anticorrosive layer to an upper surface of the bonding agent is not less than 0.1 μm and not more than 5.0 μm, and wherein the adhesive includes an epoxy resin-based adhesive.
A control method for a laundry treating apparatus comprising a drum in which laundry is loaded; three or more balancers fixed to the drum and spaced the same angle from each other with respect to a rotation center of the drum; a front space provided in each of the balancers and located in a front region of the drum; and a rear space provided in each of the balancers and located in a rear region of the drum, the method comprising: a rear controlling step for supplying a liquid to one or more of the rear spaces so as to increase the weight of one quadrant, further referred to as first target quadrant, that is located in opposite to a quadrant to which a force causing unbalance is directed in a drum circumferential surface; and a front controlling step for supplying a liquid to one or more of the front spaces so as to increase the weight of one quadrant, further referred to as second quadrant, that is located in opposite to a quadrant to which a force causing unbalance is directed in a drum circumferential surface; characterized in that the front controlling step is configured to start when the rear controlling step is complete. a rear controlling step for supplying a liquid to one or more of the rear spaces so as to increase the weight of one quadrant, further referred to as first target quadrant, that is located in opposite to a quadrant to which a force causing unbalance is directed in a drum circumferential surface; and a front controlling step for supplying a liquid to one or more of the front spaces so as to increase the weight of one quadrant, further referred to as second quadrant, that is located in opposite to a quadrant to which a force causing unbalance is directed in a drum circumferential surface; characterized in that the front controlling step is configured to start when the rear controlling step is complete.
A fan blade containment system arranged to surround a fan comprising a plurality of fan blades in a gas turbine engine for an aircraft, the fan blade containment system comprising: a composite fan case arranged to surround the fan ; a metallic insert mounted on the composite fan case, the metallic insert comprising a first metallic hook and a second metallic hook ; and a front panel at least partially mounted on the metallic insert on the composite fan case and located forward of the fan and rearward of the second metallic hook , and arranged to move or break if struck by a detached fan blade or fan blade part so as to facilitate the detached fan blade or fan blade part engaging the second metallic hook ; wherein the rearward portion of the front panel is connected to a forward-directed lip of the first metallic hook ; characterised in that the second metallic hook extends further inwardly from the fan case than the first metallic hook, and is arranged to prevent forward debris release should all or part of a fan blade become detached from the fan . a composite fan case arranged to surround the fan ; a metallic insert mounted on the composite fan case, the metallic insert comprising a first metallic hook and a second metallic hook ; and a front panel at least partially mounted on the metallic insert on the composite fan case and located forward of the fan and rearward of the second metallic hook , and arranged to move or break if struck by a detached fan blade or fan blade part so as to facilitate the detached fan blade or fan blade part engaging the second metallic hook ; wherein the rearward portion of the front panel is connected to a forward-directed lip of the first metallic hook ; characterised in that the second metallic hook extends further inwardly from the fan case than the first metallic hook, and is arranged to prevent forward debris release should all or part of a fan blade become detached from the fan .
A controller for thermal management of an aftertreatment system that comprises a heater and an aftertreatment component downstream of the heater , the aftertreatment system being coupled to an engine that generates an exhaust gas, the controller configured to: determine a heater power needed from the heater for warming up the aftertreatment component to a target temperature within an estimated warm-up time; activate the heater ; characterized in that the controller is further configured to: determine an additional power needed from the engine for powering the heater based on a current power being generated by the engine , the determined heater power, the target temperature, and the estimated warm-up time; and transmit a signal to the engine to request the additional power needed from the engine . determine a heater power needed from the heater for warming up the aftertreatment component to a target temperature within an estimated warm-up time; activate the heater ; characterized in that the controller is further configured to: determine an additional power needed from the engine for powering the heater based on a current power being generated by the engine , the determined heater power, the target temperature, and the estimated warm-up time; and transmit a signal to the engine to request the additional power needed from the engine . determine an additional power needed from the engine for powering the heater based on a current power being generated by the engine , the determined heater power, the target temperature, and the estimated warm-up time; and transmit a signal to the engine to request the additional power needed from the engine .
A foldable and reclining armchair comprising at least: - a backrest , - a seat delimited by at least one first and one second beams positioned opposite each other, said seat being hinged relative to the backrest, - a stand, formed by a first jamb and a second jamb , each jamb being formed by at least one front leg and one rear leg , said rear leg comprising an end hingedly mounted on the front leg, each jamb of the stand comprising a jamb yoke including a first portion configured to enable sliding of the rear leg and a second portion fastened on a beam of the seat, said stand comprising on each jamb means for limiting the sliding of the rear leg , characterized in that the jamb yoke is formed by at least one receiving shell comprising a first receiving housing shaped so as to at least partially house a fastening member , the fastening member being intended to be fastened to a beam of the seat, and at least one covering shell , hinged relative to the receiving shell, said covering shell comprising on one face, a cover configured to at least partially conceal the fastening member housed at least partially in the first receiving housing of the receiving shell. - a backrest , - a seat delimited by at least one first and one second beams positioned opposite each other, said seat being hinged relative to the backrest, - a stand, formed by a first jamb and a second jamb , each jamb being formed by at least one front leg and one rear leg , said rear leg comprising an end hingedly mounted on the front leg, each jamb of the stand comprising a jamb yoke including a first portion configured to enable sliding of the rear leg and a second portion fastened on a beam of the seat, said stand comprising on each jamb means for limiting the sliding of the rear leg ,
Sequential combustor assembly for a gas turbine assembly ; the sequential combustor assembly extending along a main axis (B) and comprising: - a first stage combustor ; - a second stage combustor arranged downstream the first stage combustor along the gas flow; - a mixer arranged between the first stage combustor and the second stage combustor ; and - a lance arranged along said main axis (B) and extending through the first stage combustor , through the mixer and at least partially through the second stage combustor ; the lance comprising at least one first air channel ; the lance comprising an inlet portion housed in the first stage combustor , a middle portion housed in the mixer and an outlet portion housed in the second stage combustor ; the lance being provided with at least one first air outlet along the middle portion and with at least one second air outlet along the middle portion ; the assembly being characterised in that - the lance is further provided with at least a third air outlet along the middle portion ; - the at least one first air outlet , the at least one second air outlet and the at least a third air outlet are axially spaced along the middle portion . - a first stage combustor ; - a second stage combustor arranged downstream the first stage combustor along the gas flow; - a mixer arranged between the first stage combustor and the second stage combustor ; and - a lance arranged along said main axis (B) and extending through the first stage combustor , through the mixer and at least partially through the second stage combustor ; the lance comprising at least one first air channel ; the lance comprising an inlet portion housed in the first stage combustor , a middle portion housed in the mixer and an outlet portion housed in the second stage combustor ; the lance being provided with at least one first air outlet along the middle portion and with at least one second air outlet along the middle portion ; - the lance is further provided with at least a third air outlet along the middle portion ; - the at least one first air outlet , the at least one second air outlet and the at least a third air outlet are axially spaced along the middle portion .
An energy conversion apparatus, comprising a three-phase bridge arm converter , a motor winding , and a transformer , wherein a direct current port of the three-phase bridge arm converter is connected to a battery ; each of three alternating current ports of the three-phase bridge arm converter is connected to the motor winding ; two bridge arms of the three-phase bridge arm converter are connected to a secondary-side winding of the transformer through a first switch group , and the first switch group is configured to control connection and disconnection between the transformer and the two bridge arms of the three-phase bridge arm converter; a second switch group is further disposed between the motor winding and the two bridge arms of the three-phase bridge arm converter , and the second switch group is configured to control connection and disconnection between the motor winding and the two bridge arms of the three-phase bridge arm converter ; and a primary-side winding of the transformer is connected to an alternating current charging port . a direct current port of the three-phase bridge arm converter is connected to a battery ; each of three alternating current ports of the three-phase bridge arm converter is connected to the motor winding ; two bridge arms of the three-phase bridge arm converter are connected to a secondary-side winding of the transformer through a first switch group , and the first switch group is configured to control connection and disconnection between the transformer and the two bridge arms of the three-phase bridge arm converter; a second switch group is further disposed between the motor winding and the two bridge arms of the three-phase bridge arm converter , and the second switch group is configured to control connection and disconnection between the motor winding and the two bridge arms of the three-phase bridge arm converter ; and a primary-side winding of the transformer is connected to an alternating current charging port .
A transmission housing comprising: - a housing body delimiting an enclosure , - an input shaft , - an output shaft , - a mechanism for transmitting movement from the input shaft to the output shaft , this movement transmission mechanism comprising at least one clutch , and - a device for controlling the clutch , the input shaft , the output shaft , and the mechanism for transmitting movement from the input shaft to the output shaft being housed at least partially inside the enclosure of the housing body , the clutch comprising a driving element and a driven element mounted secured in rotation with the output shaft and limited in axial movement along at least one direction along the output shaft , the device for controlling the clutch comprising a member controlling the approach of the driving element and of the driven element for the passage of the clutch from the disengaged position to the engaged position, characterized in that the member for controlling the approach of the driving element and of the driven element for the passage of the clutch from the disengaged position to the engaged position is formed by the housing body mounted slidingly movable along the output shaft . - a housing body delimiting an enclosure , - an input shaft , - an output shaft , - a mechanism for transmitting movement from the input shaft to the output shaft , this movement transmission mechanism comprising at least one clutch , and - a device for controlling the clutch , the input shaft , the output shaft , and the mechanism for transmitting movement from the input shaft to the output shaft being housed at least partially inside the enclosure of the housing body , the clutch comprising a driving element and a driven element mounted secured in rotation with the output shaft and limited in axial movement along at least one direction along the output shaft , the device for controlling the clutch comprising a member controlling the approach of the driving element and of the driven element for the passage of the clutch from the disengaged position to the engaged position, characterized in that the member for controlling the approach of the driving element and of the driven element for the passage of the clutch from the disengaged position to the engaged position is formed by the housing body mounted slidingly movable along the output shaft .
A compressor comprising: a sealed container ; a compression part provided in an upper part of the inside of the sealed container and configured to compress a working medium; an oil reservoir part provided in a bottom part of the inside of the sealed container and configured to reserve a lubricating oil therein; an electric drive part provided between the compression part and the oil reservoir part inside the sealed container and configured to drive the compression part ; and characterized by a power source terminal provided to pass through a wall surface of the sealed container in a region of the oil reservoir part , the power source terminal being connectable to an external power source outside the sealed container and electrically connected to the electric drive part via a lead wire in the sealed container , wherein the working medium comprises HFO-1123 and at least one other ingredient/compound, wherein, when the amount of the working medium is taken as 100% by mass, the content of HFO-1123 in the working medium is between 10% by mass to 80% by mass. a sealed container ; a compression part provided in an upper part of the inside of the sealed container and configured to compress a working medium; an oil reservoir part provided in a bottom part of the inside of the sealed container and configured to reserve a lubricating oil therein; an electric drive part provided between the compression part and the oil reservoir part inside the sealed container and configured to drive the compression part ; and characterized by a power source terminal provided to pass through a wall surface of the sealed container in a region of the oil reservoir part , the power source terminal being connectable to an external power source outside the sealed container and electrically connected to the electric drive part via a lead wire in the sealed container , wherein the working medium comprises HFO-1123 and at least one other ingredient/compound, wherein, when the amount of the working medium is taken as 100% by mass, the content of HFO-1123 in the working medium is between 10% by mass to 80% by mass.