mhurhangee/patent-ind-claim-en huggingface dataset:
Method of cooking for a food-cooking apparatus comprising a receiving means provided to receive the food, a steering means disposed within the receiving means , at least one main heating means , the receiving means and the stirring means being designed to be made to rotate one relative to the other, the receiving means having a upper opening , the appliance comprising means for controlling at least the relative rotation and the at least one main heating means, characterised in that the cooking method comprises: - a first cooking step during which the relative rotation of the receiving means and the stirring means is neutralized and the at least one main heating means is controlled to regulate the temperature to a first set-point value; - a second cooking step during which the relative rotation of the receiving means and the stirring means is active and the at least one main heating means is controlled to regulate the temperature to a second set-point value that is greater than the first set-point value, before the cooking steps, the food covered with breadcrumbs are placed in the receiving means, the duration of the first cooking step is between 35%-45% of the cumulative time of the two cooking steps during the first step, the non-rotation of the stirring means makes it possible to preserve the breadcrumbs covering the food, and at the end of this first step the breadcrumbs have gained in mechanical strength and can withstand the stirring carried out during the second step; the main heating means generates a heating stream entering the receiving means through the upper opening . - a first cooking step during which the relative rotation of the receiving means and the stirring means is neutralized and the at least one main heating means is controlled to regulate the temperature to a first set-point value; - a second cooking step during which the relative rotation of the receiving means and the stirring means is active and the at least one main heating means is controlled to regulate the temperature to a second set-point value that is greater than the first set-point value, before the cooking steps, the food covered with breadcrumbs are placed in the receiving means, the duration of the first cooking step is between 35%-45% of the cumulative time of the two cooking steps during the first step, the non-rotation of the stirring means makes it possible to preserve the breadcrumbs covering the food, and at the end of this first step the breadcrumbs have gained in mechanical strength and can withstand the stirring carried out during the second step; the main heating means generates a heating stream entering the receiving means through the upper opening .
A stent graft, comprising a plurality of wavy rings , wherein the stent graft further comprises, along a circumferential direction, a region A and a region B connected with the region A; each wavy ring comprises first wavy segments located in the region A and second wavy segments located in the region B; region A being for fenestration; the ratio of a wave height (L1) of the first wavy segment to a spacing (L2) between the adjacent first wavy segments ranges from 1/4 to 3; a wave included angle (α) of each second wavy segment ranges from 30° to 60°; the ratio of a wave height (L3) of the second wavy segment to a spacing (L4) between the adjacent second wavy segments ranges from 1/4 to 3/2; and the ratio of the wave height (L1) of the first wavy segment to the wave height (L3) of the second wavy segment is greater than or equal to 1/3 and less than 1; characterized in that a wave included angle (α) of each first wavy segment ranges from 70° to 120°.
A method for operating an X-ray system (10, 10*) comprising at least a manipulator (18, 18a*, 18b*), an X-ray source (12, 12*) and an X-ray detector (14, 14*), the manipulator (18, 18a*, 18b*) being able to move the X-ray source (12, 12*), the X-ray detector (14, 14*) or an object , comprising the steps of: manually setting a first position for the manipulator (18, 18a*, 18b*) on a trajectory by means of virtual input means ; recording the recording of the object by means of the X-ray system (10, 10*) from the first position in order to obtain a first X-ray projection; representing the first X-ray projection or information derived from the first X-ray projection; manually setting a second position on the trajectory by means of the virtual input means based on the representation of the first X-ray projection or information derived from the first X-ray projection; recording the recording of the object by means of the X-ray system (10, 10*) from the second position in order to obtain a second X-ray projection; and representing the second X-ray projection or information derived from the second X-ray projection storing the first position and the second position, wherein the first position and the second position set the trajectory for the manipulator (18, 18a*, 18b*) wherein the virtual input means comprise augmented reality input means, at least one sensor glove and/or at least one pointer for marking a position in 3D space. manually setting a first position for the manipulator (18, 18a*, 18b*) on a trajectory by means of virtual input means ; recording the recording of the object by means of the X-ray system (10, 10*) from the first position in order to obtain a first X-ray projection; representing the first X-ray projection or information derived from the first X-ray projection; manually setting a second position on the trajectory by means of the virtual input means based on the representation of the first X-ray projection or information derived from the first X-ray projection; recording the recording of the object by means of the X-ray system (10, 10*) from the second position in order to obtain a second X-ray projection; and representing the second X-ray projection or information derived from the second X-ray projection storing the first position and the second position, wherein the first position and the second position set the trajectory for the manipulator (18, 18a*, 18b*) wherein the virtual input means comprise augmented reality input means, at least one sensor glove and/or at least one pointer for marking a position in 3D space.
A device for cooling heat-sensitive control members of a pneumatic or electro-pneumatic valve capable of being arranged in an environment subjected to temperatures above the nominal operating temperatures of these control members, the cooling device comprising: - a containment casing adapted to contain said control members of said pneumatic valve, characterized in that the cooling device also comprises: - an air inlet , called the fresh air inlet, in said containment casing , and, - an air outlet of said containment casing, which outlet is equipped with an air mover comprising: o an air acceleration column placing said containment casing and said air outlet in fluid communication; o a first supply, called the primary supply , of air, called primary air, having a temperature and pressure greater than the temperature and pressure of the fresh air, to the acceleration column , and, o a second supply, called the secondary supply , of air, called secondary air, present in said containment casing , to said acceleration column , such that said primary air may drive and accelerate the secondary air toward said air outlet so as to produce forced ventilation of air in said containment casing between said air inlet and said air outlet . - a containment casing adapted to contain said control members of said pneumatic valve, - an air inlet , called the fresh air inlet, in said containment casing , and, - an air outlet of said containment casing, which outlet is equipped with an air mover comprising: o an air acceleration column placing said containment casing and said air outlet in fluid communication; o a first supply, called the primary supply , of air, called primary air, having a temperature and pressure greater than the temperature and pressure of the fresh air, to the acceleration column , and, o a second supply, called the secondary supply , of air, called secondary air, present in said containment casing , to said acceleration column , such that said primary air may drive and accelerate the secondary air toward said air outlet so as to produce forced ventilation of air in said containment casing between said air inlet and said air outlet . o an air acceleration column placing said containment casing and said air outlet in fluid communication; o a first supply, called the primary supply , of air, called primary air, having a temperature and pressure greater than the temperature and pressure of the fresh air, to the acceleration column , and, o a second supply, called the secondary supply , of air, called secondary air, present in said containment casing , to said acceleration column ,
Suction nozzle , in particular for a portable hard surface suction unit comprising a suction device , which suction nozzle has a suction opening to which there is joined a suction channel whose suction channel end remote from the suction opening is connectable or connected to the suction device , wherein at least one flexible wiper lip , which extends along the suction opening and has a wiper lip edge which is directed away from the suction opening and extends in the direction thereof, and a supporting lip , which extends parallel or substantially parallel thereto and has a supporting lip edge which is directed away from the suction opening and extends in the direction thereof, are arranged or formed at the suction nozzle , wherein on a supporting lip exterior directed away from the wiper lip and defining a supporting lip outer surface , the supporting lip has a supporting lip profile with a plurality of supporting lip profiled elements arranged or formed on the supporting lip exterior , and in that the supporting lip profiled elements have supporting lip profiled element surfaces , directed away from the supporting lip exterior , which form part of the supporting lip outer surface , characterized in that the supporting lip is injection-moulded on a housing part of the suction nozzle .
A cellulose resin composition comprising a cellulose derivative (A) and a lubricant (B), wherein the cellulose derivative (A) is an acylated cellulose obtained by substituting at least a part of hydrogen atoms of hydroxy groups of a cellulose with an acyl group having 2 to 4 carbon atoms, and a content of the lubricant (B) is in a range of 0.1 to 10% by mass, wherein the lubricant (B) is a fatty acid metal salt, wherein the cellulose resin composition further comprises a plasticizing component (C), wherein the plasticizing component (C) is an aliphatic polyester, and a content of the aliphatic polyester is in a range of 7 to 30 parts by mass with respect to 100 parts by mass of the cellulose derivative (A), or the plasticizing component (C) is an aliphatic adipic acid ester, and a content of the aliphatic adipic acid ester is in a range of 5 to 15 parts by mass with respect to 100 parts by mass of the cellulose derivative (A). wherein the cellulose derivative (A) is an acylated cellulose obtained by substituting at least a part of hydrogen atoms of hydroxy groups of a cellulose with an acyl group having 2 to 4 carbon atoms, and a content of the lubricant (B) is in a range of 0.1 to 10% by mass, wherein the lubricant (B) is a fatty acid metal salt, wherein the cellulose resin composition further comprises a plasticizing component (C), wherein the plasticizing component (C) is an aliphatic polyester, and a content of the aliphatic polyester is in a range of 7 to 30 parts by mass with respect to 100 parts by mass of the cellulose derivative (A), or the plasticizing component (C) is an aliphatic adipic acid ester, and a content of the aliphatic adipic acid ester is in a range of 5 to 15 parts by mass with respect to 100 parts by mass of the cellulose derivative (A).
A method , implemented by one or more data processors within one or more computing systems, comprising: receiving or accessing data encapsulating a sample of at least a portion of one or more portable executables ; disassembling of the sample of at least a portion of one or more portable executables, by a disassembler, giving a trace of machine instructions as a representation of the sample; encoding the trace of machine instructions and feeding it as a time-based sequence into a recurrent neural network (RNN) trained using historical data ; extracting, by the RNN, a final hidden state h i in a hidden layer of the RNN in which i is the number of machine instructions of the sample of at least a portion of one or more portable executables ; and determining, using the RNN and the final hidden state, whether the sample of at least a portion of one or more portable executables is likely to comprise malicious code . receiving or accessing data encapsulating a sample of at least a portion of one or more portable executables ; disassembling of the sample of at least a portion of one or more portable executables, by a disassembler, giving a trace of machine instructions as a representation of the sample; encoding the trace of machine instructions and feeding it as a time-based sequence into a recurrent neural network (RNN) trained using historical data ; extracting, by the RNN, a final hidden state h i in a hidden layer of the RNN in which i is the number of machine instructions of the sample of at least a portion of one or more portable executables ; and determining, using the RNN and the final hidden state, whether the sample of at least a portion of one or more portable executables is likely to comprise malicious code .
A method for managing an automated system comprising a display and adapted to be controlled by a human operator and by at least one automatic controller comprising a predetermined number of states and a set of conditions allowing to switch from one state to another, the automatic controller being in only one state at a time, the method comprising: - a step of triggering a condition associated with a parameter of the system, - a step of displaying said parameter of the system on the display in a first display zone of the display, called the parameter zone, - a step of automatic change of state of the automatic controller between a first state of the automatic controller and a second state of the automatic controller subsequent to the triggering of the condition, - a step of displaying said second state on the display in a second display zone of the display, called second state zone, - a step of detecting, by an operator's gaze tracking device and after the display of the parameter and the display of the second state, the zones of the display that are looked at by the human operator within a predetermined time interval, called the zones looked at, characterized in that it further comprises: - a step of verifying that the zones looked at comprise at least the second state zone and the parameter zone, and, if the zones looked at comprise at least the second state zone and the parameter zone, - a step of controlling, by the operator's gaze tracking device, that the operator makes an eye movement between the second state zone and the parameter zone. - a step of triggering a condition associated with a parameter of the system, - a step of displaying said parameter of the system on the display in a first display zone of the display, called the parameter zone, - a step of automatic change of state of the automatic controller between a first state of the automatic controller and a second state of the automatic controller subsequent to the triggering of the condition, - a step of displaying said second state on the display in a second display zone of the display, called second state zone, - a step of detecting, by an operator's gaze tracking device and after the display of the parameter and the display of the second state, the zones of the display that are looked at by the human operator within a predetermined time interval, called the zones looked at, - a step of verifying that the zones looked at comprise at least the second state zone and the parameter zone, and, if the zones looked at comprise at least the second state zone and the parameter zone, - a step of controlling, by the operator's gaze tracking device, that the operator makes an eye movement between the second state zone and the parameter zone.
A disc brake , in particular pneumatically actuated, for a vehicle, in particular for a commercial vehicle, comprising a floating caliper straddling a brake disc and float-mounted on at least one guide bearing of a stationary brake carrier ; two brake pads displaceable arranged in opposite direction in the caliper , wherein one inner brake pad of the two brake pads can be pressed against the brake disc by a brake application device having at least one brake plunger unit and a brake lever ; and at least one readjusting device for moving the caliper back to its initial position when the disc brake is in a release position of the disc brake after braking, wherein the readjusting device is an active caliper position control unit comprising at least one active force generating unit , a transmission unit , at least one spring element and a control unit characterized in that the caliper position control unit is arranged at an outer end of a guide section of a caliper head and cooperates with the stationary brake carrier , wherein the spring element is arranged between an inner wall of a section of a caliper back and the stationary brake carrier .
Grinding roller shaft on which a grinding roller for a rolling mill is mounted and which is rotatable about its longitudinal axis, wherein the grinding roller shaft comprises an axial bore , in which a cooling device is arranged, comprising at least one pipe (16, 20; 38) which is arranged in the bore , wherein a first channel for guiding a coolant is formed between the pipe (16, 20; 38) and the inner surface of the bore and a second channel for guiding the coolant is formed inside the pipe (16, 20; 38), characterized in that the at least one pipe (16, 20; 38) is made of a plastic.
A bound sheet device comprising:- a first sheet material having a plurality of first main apertures aligned adjacent to a first edge thereof and a first retaining aperture adjacent to said first edge and at one end of said line of first main apertures; a plurality of second sheet materials having a plurality of second main apertures corresponding with said first main apertures; and a binder having a substantially uniform helical shape, wherein said first retaining aperture is different from said first and second main apertures characterised in that at least one end of said binder is shaped to fit through said first and second main apertures but does not fit through said first retaining aperture when the binder is in an alignment corresponding with said main apertures. a first sheet material having a plurality of first main apertures aligned adjacent to a first edge thereof and a first retaining aperture adjacent to said first edge and at one end of said line of first main apertures; a plurality of second sheet materials having a plurality of second main apertures corresponding with said first main apertures; and a binder having a substantially uniform helical shape, wherein said first retaining aperture is different from said first and second main apertures characterised in that at least one end of said binder is shaped to fit through said first and second main apertures but does not fit through said first retaining aperture when the binder is in an alignment corresponding with said main apertures.
A composition for the liquid-liquid extraction of metals, the composition comprising 5 - 40 vol-% metal extraction reagent and 60 - 95 vol% diluent, wherein the diluent comprises 10% - 100 wt% first organic diluent of biological origin, comprising hydrocarbons comprising 80 - 98 wt% C15-C20 hydrocarbons having at least 60 wt% isoparaffins from the total amount of hydrocarbons, and 0 - 90 wt% second organic diluent component comprising naphthenes more than 10 wt%, preferably 20 wt% - 50 wt%; wherein the total amount of isoparaffins in the first organic diluent is at least 85 wt%.
A fire suppression apparatus for fighting fires from a helicopter, comprising: a tank assembly comprising: (a) a foam tank for housing a foam and configured for attachment to the helicopter, (b) a water tank located downstream of the foam tank for housing water and configured for attachment to the helicopter, wherein the water tank is configured to receive the foam from the foam tank that when mixed with water in the water tank forms a liquid fire retardant in the water tank, and (c) a tank assembly housing that encases the foam tank and the water tank; a centrifugal pump with a radial outflow impeller mountable to the helicopter and driven by an electric motor , the centrifugal pump including an air induction valve with an electrically variable valve opening disposed at and connected to a suction end of the centrifugal pump so as to form an air inlet, wherein air and the liquid fire retardant are drawn into the suction end and pressurized by the centrifugal pump; and a cannon assembly including an aimable boom mountable to the helicopter and connected to the centrifugal pump by a conduit, the boom including a nozzle on a distal end of the boom from which the pressurized liquid fire retardant and air is dispensed toward a target. a tank assembly comprising: (a) a foam tank for housing a foam and configured for attachment to the helicopter, (b) a water tank located downstream of the foam tank for housing water and configured for attachment to the helicopter, wherein the water tank is configured to receive the foam from the foam tank that when mixed with water in the water tank forms a liquid fire retardant in the water tank, and (c) a tank assembly housing that encases the foam tank and the water tank; (a) a foam tank for housing a foam and configured for attachment to the helicopter, (b) a water tank located downstream of the foam tank for housing water and configured for attachment to the helicopter, wherein the water tank is configured to receive the foam from the foam tank that when mixed with water in the water tank forms a liquid fire retardant in the water tank, and (c) a tank assembly housing that encases the foam tank and the water tank; a centrifugal pump with a radial outflow impeller mountable to the helicopter and driven by an electric motor , the centrifugal pump including an air induction valve with an electrically variable valve opening disposed at and connected to a suction end of the centrifugal pump so as to form an air inlet, wherein air and the liquid fire retardant are drawn into the suction end and pressurized by the centrifugal pump; and a cannon assembly including an aimable boom mountable to the helicopter and connected to the centrifugal pump by a conduit, the boom including a nozzle on a distal end of the boom from which the pressurized liquid fire retardant and air is dispensed toward a target.