mhurhangee/patent-ind-claim-en huggingface dataset:
A method for cooling a forming and stamping mould , consisting of two mould halves and having an upper mould and a lower mould , of a thermoforming machine , the upper mould and the lower mould being supplied with a coolant by a central cooler , which is connected by its feed (WV) and its return (WR) to cooling circuits of the two mould halves , there being a temperature sensor (29a, 29b; 30a, 30b) provided in the feed (WV) and in the return (WR) in each cooling circuit and connected to a controller which actuates a means for adjusting the coolant flow when a temperature difference is detected by the sensors (29a, 29b; 30a, 30b), characterised in that the temperature difference (Δt) of one mould half is adjusted depending on the temperature difference (Δt) of the other mould half until the temperature differences are the same in both mould halves , wherein the Δt detected over the whole mould forming face by the temperature sensors of one mould half in the film movement direction is used as the target value for the difference adjustment.
Apparatus for surface treatment of articles, comprising: a plurality of trays each carrying one or more piece-holding spindles ; a plurality of work stations distributed along a movement path (P) extending according to a closed line, wherein said plurality of work stations comprises at least a first work station and at least a second work station configured each for the execution of a respective treatment on articles arranged on the piece-holding spindles ; a transport guide slidably engaging said trays and extending along the movement path (P); movement devices (M) for moving the trays along the transport guide , through the work stations ; wherein said movement devices (M) comprise a programmable electronic control unit (CPU), configured to modulate the translation speed of the individual trays along the transport guide so that each tray , while passing through the first work station during the execution of the treatment, moves at a different speed with respect to a moving speed of the trays in the second work station . a plurality of trays each carrying one or more piece-holding spindles ; a plurality of work stations distributed along a movement path (P) extending according to a closed line, wherein said plurality of work stations comprises at least a first work station and at least a second work station configured each for the execution of a respective treatment on articles arranged on the piece-holding spindles ; a transport guide slidably engaging said trays and extending along the movement path (P); movement devices (M) for moving the trays along the transport guide , through the work stations ; wherein said movement devices (M) comprise a programmable electronic control unit (CPU), configured to modulate the translation speed of the individual trays along the transport guide so that each tray , while passing through the first work station during the execution of the treatment, moves at a different speed with respect to a moving speed of the trays in the second work station .
A trestle comprising two identical first and second side support members each comprising a first and a second leg and a top rail extended between said first and second legs , at least one connecting means attached to said first and second side support members , wherein said at least one connecting means is provided to said first leg of said first side support member and said second leg of said second side support member , wherein each one of said first and second side support member comprises: - first and second pivot means spaced apart and provided on said top rail , said first pivot means being a female part and said second pivot means being a male part, wherein said male pivot means is provided with a protruding part having a length C1, - a lock protrusion provided on said top rail , said lock protrusion is arranged to protrude from said top rail, characterised in that said lock protrusion is offset a distance C2 in relation to a vertical center line A intersecting perpendicularly through said top rail, wherein C2+C2≤C1. - first and second pivot means spaced apart and provided on said top rail , said first pivot means being a female part and said second pivot means being a male part, wherein said male pivot means is provided with a protruding part having a length C1, - a lock protrusion provided on said top rail , said lock protrusion is arranged to protrude from said top rail, characterised in that said lock protrusion is offset a distance C2 in relation to a vertical center line A intersecting perpendicularly through said top rail, wherein C2+C2≤C1.
A method of chemically preparing a salt of heme iron of Chemical Formula 1 below, not derived from porcine blood, containing no animal component, and having high purity, the method comprising: A) dissolving a protoporphyrin IX derivative in an organic solvent, adding an iron compound and performing heating; wherein the organic solvent is N,N- dimethylformamide or tetrahydrofuran, and the iron compound is FeCl 2 ·4H 2 O; B) removing the organic solvent; and C) subjecting a product obtained in step B) to salification. A) dissolving a protoporphyrin IX derivative in an organic solvent, adding an iron compound and performing heating; wherein the organic solvent is N,N- dimethylformamide or tetrahydrofuran, and the iron compound is FeCl 2 ·4H 2 O; B) removing the organic solvent; and C) subjecting a product obtained in step B) to salification.
An apparatus for nuclear magnetic resonance therapy , comprising a bed with a bed surface , with sweep coils arranged laterally of the bed, the space between the coils defining a treatment volume, and a first further coil for generating an alternating magnetic field arranged below the bed , wherein a second further coil is arranged in a coil casing above the treatment volume for generating an alternating magnetic field, wherein the treatment volume is furthermore defined by the area between the bed surface and the coil casing , wherein the alternating magnetic field is generated perpendicular to the sweep field generated by the sweep coils, and wherein the field strength of the swept field is between 0.1 and 100 mT at a frequency of the alternating field from 1 to 100 kHz.
An educational toy that is configured to cause a movable object of self-running type to move on a moving path , comprising a plurality of command panels (121a-121m) respectively including command information readable by a reading module provided in the movable object , wherein the moving path is to be configured by arranging, in an arbitrary sequence, a part or all of the plurality of command panels (121a-121m) arbitrarily selected by a player, and the movable object is configured to sequentially read, using the reading module , the command information respectively included in each of the command panels over which the movable object passes, while moving on the moving path , and to sequentially perform a series of actions corresponding to the command information being read, and wherein for performing the actions, the movable object is provided with a movement function, a light flashing function and a sound reproduction function, and a picture pattern, representing at the same time the command information and the action to be performed, included in each of the plurality of command panels (121a-121m) is shown on a front surface of the command panel.
A capacity control valve (V) comprising: a valve housing provided with a Pc port , a Pd port , a first Ps port and a second Ps port ; a main valve element which includes a main valve portion capable of coming into contact with and separating from a main valve seat to close and open a communication between the Pd port and the Pc port by a drive force of a solenoid ; an intermediate communication path that communicates with the Pc port and the first Ps port ; a pressure-sensitive valve which includes a pressure-sensitive element disposed in a pressure-sensitive chamber capable of communicating with the Pc port , the Pd port and the first Ps port and which is able to open and close the intermediate communication path ; and a differential pressure valve including a differential pressure valve element and being capable of opening and closing a communication between the Pc port and the second Ps port and a communication between the Pc port and the pressure-sensitive chamber by the differential pressure valve element moved by a pressure, wherein the opening and closing of the main valve portion is obtained through the solenoid and the pressure-sensitive element , the opening and closing of the pressure-sensitive valve is obtained through the solenoid and the pressure-sensitive element , and the differential pressure valve is subject to the pressure of the pressure-sensitive chamber and the pressure of the second Ps port which act opposite to each other. a valve housing provided with a Pc port , a Pd port , a first Ps port and a second Ps port ; a main valve element which includes a main valve portion capable of coming into contact with and separating from a main valve seat to close and open a communication between the Pd port and the Pc port by a drive force of a solenoid ; an intermediate communication path that communicates with the Pc port and the first Ps port ; a pressure-sensitive valve which includes a pressure-sensitive element disposed in a pressure-sensitive chamber capable of communicating with the Pc port , the Pd port and the first Ps port and which is able to open and close the intermediate communication path ; and a differential pressure valve including a differential pressure valve element and being capable of opening and closing a communication between the Pc port and the second Ps port and a communication between the Pc port and the pressure-sensitive chamber by the differential pressure valve element moved by a pressure, wherein the opening and closing of the main valve portion is obtained through the solenoid and the pressure-sensitive element , the opening and closing of the pressure-sensitive valve is obtained through the solenoid and the pressure-sensitive element , and the differential pressure valve is subject to the pressure of the pressure-sensitive chamber and the pressure of the second Ps port which act opposite to each other.
A method for manufacturing a fiber sheet, comprising: forming a fiber by electrospinning; forming a deposited body by depositing the fiber; supplying a liquid to the deposited body, the liquid being volatile, the volatile liquid including at least one of an alcohol, an alcohol aqueous solution, acetone, acetonitrile, and ethylene glycol; and drying the deposited body including the volatile liquid to remove the volatile liquid. forming a fiber by electrospinning; forming a deposited body by depositing the fiber; supplying a liquid to the deposited body, the liquid being volatile, the volatile liquid including at least one of an alcohol, an alcohol aqueous solution, acetone, acetonitrile, and ethylene glycol; and drying the deposited body including the volatile liquid to remove the volatile liquid.
Cleansing composition comprising an anti-microbial agent, a first sulphur binding and/or oxidising agent, and a second sulphur binding and/or oxidising agent, wherein the pH of the composition is 7 or lower, wherein the first sulphur binding/oxidising agent is ammonium, wherein the amount of ammonium in the composition is between 0.04 and 0.5 wt%, wherein the second sulphur binding/oxidising agent is salicylic acid and wherein the anti-microbial agent is NaHCO 3 , wherein the amount of salicylic acid and NaHCO 3 is 0.1 to 2.5 wt% for use in the treatment or prophylaxis of halitosis or periodontitis.
Lighting device for a motor vehicle, the said device being characterized in that it comprises: - a segmentation piece comprising several through-cavities ; - several light sources upstream of the segmentation piece ; - a mask covering at least one through-cavity of the segmentation piece , the material of which the mask is made being dark and the said mask being able to have the light pass partially through it; and the said lighting device being arranged in such a way that each through-cavity receives the light from at least one distinct light source directly or indirectly. - a segmentation piece comprising several through-cavities ; - several light sources upstream of the segmentation piece ; - a mask covering at least one through-cavity of the segmentation piece , the material of which the mask is made being dark and the said mask being able to have the light pass partially through it; and
A timepiece glass, in particular a watch glass, comprising an optical device comprising at least one lens intended to enlarge an indication supplied by a timepiece, characterized in that said lens comprises at least one aspherical face comprising at least one section passing through a vertical plane comprising an optical axis of vertical direction z, of which at least one outline can be defined by the following equation: z r = r 2 R 1 + 1 − 1 − κ r 2 R 2 + α 4 r 4 + α 6 r 6 + ⋯ in which R is the nominal radius of curvature, k is the constant of conicity, and α (4,6,...) is/are coefficient/s of asphericity, and in which at least the constant of conicity k and/or at least one coefficient of asphericity is different from zero. in which R is the nominal radius of curvature, k is the constant of conicity, and α (4,6,...) is/are coefficient/s of asphericity, and in which at least the constant of conicity k and/or at least one coefficient of asphericity is different from zero.
A method of welding at least a first component to a second component , wherein - the first component is provided with a first elevated portion in a first surface ; - the second component is brought into contact with a second surface of the first component at least in the region of the first elevated portion ; - a laser welding head having a laser beam exit protection means is applied to the first component , characterized in that the laser beam exit protection means has an opening and the size of the opening is adapted to the size of the first elevated portion , whereby an automatic centering of the laser beam exit protection means takes place above the first elevated portion , with the laser beam exit protection means defining a protected volume and the laser welding head being applied to the first component such that the first elevated portion projects at least regionally into the protected volume ; and - a laser beam is projected onto the first elevated portion by means of the laser welding head to connect the first component to the second component in a bonded manner. - the first component is provided with a first elevated portion in a first surface ; - the second component is brought into contact with a second surface of the first component at least in the region of the first elevated portion ; - a laser welding head having a laser beam exit protection means is applied to the first component , characterized in that the laser beam exit protection means has an opening and the size of the opening is adapted to the size of the first elevated portion , whereby an automatic centering of the laser beam exit protection means takes place above the first elevated portion , with the laser beam exit protection means defining a protected volume and the laser welding head being applied to the first component such that the first elevated portion projects at least regionally into the protected volume ; and - a laser beam is projected onto the first elevated portion by means of the laser welding head to connect the first component to the second component in a bonded manner.
An automatic inspection machine for containers and of the upper surface of a pod of lyophilised product contained therein, comprising a serial horizontal conveyor line of the containers oriented with a vertical axis through at least one inspection station configured for inspection from above of the containers and of the upper surface of the pod of lyophilised product contained therein, said inspection station comprising lighting means of the containers , at least one television camera for acquiring images of the illuminated containers , wherein said lighting means comprises a first, a second and at least a third lighting device , characterised in that the third lighting device has a projection axis that is inclined from the bottom to the top and is positioned on the opposite side to the at least one television camera with respect to the conveyor line.
Door-lock device for appliances, in particular for dishwashers, comprising: - a support , - a lock wheel rotationally carried by said support around an axis of rotation (A), in which the lock wheel comprises a hub and a plurality of locking arms radially protruding from said hub , wherein said hub comprises a plurality of retention surfaces , and - at least one retention element elastically pressed into contact with said hub to hold the lock wheel in a plurality of locking positions, characterized in said door-lock device further comprising two retention elements which act upon respective hub sections which protrude laterally from parts that are opposite to said locking arms , and wherein said retention elements are housed within their respective seats of said support and are movable in a direction that is orthogonal with respect to said axis of rotation (A). - a support , - a lock wheel rotationally carried by said support around an axis of rotation (A), in which the lock wheel comprises a hub and a plurality of locking arms radially protruding from said hub , wherein said hub comprises a plurality of retention surfaces , and - at least one retention element elastically pressed into contact with said hub to hold the lock wheel in a plurality of locking positions, said door-lock device further comprising two retention elements which act upon respective hub sections which protrude laterally from parts that are opposite to said locking arms , and wherein said retention elements are housed within their respective seats of said support and are movable in a direction that is orthogonal with respect to said axis of rotation (A).
A light source system comprising: an excitation light source for generating an excitation light; a wavelength conversion device including at least one wavelength conversion region; a filter device fixed relative to the wavelength conversion device and including at least one first filter region; a drive device for driving the wavelength conversion device and the filter device , wherein the wavelength conversion region and the first filter region move synchronously, and wherein the wavelength conversion region is periodically disposed on a propagation path of excitation light and wavelength-converts the excitation light into a converted light; and a first optical assembly for guiding the converted light onto the first filter region, wherein the first filter region filters the converted light to increase its color purity; wherein the wavelength conversion device and the filter device are two ring shaped structures that are coaxially fixed to each other; and characterized in that the first optical assembly is disposed so that a light spot formed on the wavelength conversion device by the excitation light and a light spot formed on the filter device by the converted light guided by the first optical assembly are disposed at a predefined angle from each other with respect to a center of the two ring shaped structures, the predefined angle being 45 degrees, 90 degrees, 120 degrees, or 225 degrees. an excitation light source for generating an excitation light; a wavelength conversion device including at least one wavelength conversion region; a filter device fixed relative to the wavelength conversion device and including at least one first filter region; a drive device for driving the wavelength conversion device and the filter device , wherein the wavelength conversion region and the first filter region move synchronously, and wherein the wavelength conversion region is periodically disposed on a propagation path of excitation light and wavelength-converts the excitation light into a converted light; and a first optical assembly for guiding the converted light onto the first filter region, wherein the first filter region filters the converted light to increase its color purity; wherein the wavelength conversion device and the filter device are two ring shaped structures that are coaxially fixed to each other; and characterized in that the first optical assembly is disposed so that a light spot formed on the wavelength conversion device by the excitation light and a light spot formed on the filter device by the converted light guided by the first optical assembly are disposed at a predefined angle from each other with respect to a center of the two ring shaped structures, the predefined angle being 45 degrees, 90 degrees, 120 degrees, or 225 degrees.
A computer-implemented method of training a neural network to generate commands for controlling a real-world agent to perform a task in an environment, the method comprising: obtaining, for each of a plurality of performances of the task, a respective dataset characterizing the corresponding performance of the task, comprising image data encoding captured images of the environment and proprioceptive data comprising one or more variables describing configurations of the agent ; and using the dataset, training, based on the image data and the proprioceptive data , a neural network to generate commands for controlling the agent ; wherein the training the neural network comprises: receiving, as a first input to the neural network , the image data ; receiving, as a second input to the neural network , the proprioceptive data ; using the neural network to generate a plurality of sets of one or more commands , for each set of commands generating at least one corresponding reward value indicative of how successfully the task is carried out upon implementation of the set of commands by the agent , and adjusting one or more parameters of the neural network based on the dataset, the sets of commands and the corresponding reward values. obtaining, for each of a plurality of performances of the task, a respective dataset characterizing the corresponding performance of the task, comprising image data encoding captured images of the environment and proprioceptive data comprising one or more variables describing configurations of the agent ; and using the dataset, training, based on the image data and the proprioceptive data , a neural network to generate commands for controlling the agent ; wherein the training the neural network comprises: receiving, as a first input to the neural network , the image data ; receiving, as a second input to the neural network , the proprioceptive data ; using the neural network to generate a plurality of sets of one or more commands , for each set of commands generating at least one corresponding reward value indicative of how successfully the task is carried out upon implementation of the set of commands by the agent , and adjusting one or more parameters of the neural network based on the dataset, the sets of commands and the corresponding reward values. receiving, as a first input to the neural network , the image data ; receiving, as a second input to the neural network , the proprioceptive data ; using the neural network to generate a plurality of sets of one or more commands , for each set of commands generating at least one corresponding reward value indicative of how successfully the task is carried out upon implementation of the set of commands by the agent , and adjusting one or more parameters of the neural network based on the dataset, the sets of commands and the corresponding reward values.