mhurhangee/ep-ind-claims huggingface dataset:
Computer-implemented method for training an artificial neural network for simulating the behavior of an environment sensor of a driver assistance system in traffic scenarios, comprising the following steps: reading traffic scenarios of a test drive at an interface; deriving from the traffic scenarios test driving data and the sensor data, in particular an object list, to be output by the environment sensor, in particular a camera, by means of processing by a data processing algorithm and/or an object recognition algorithm; generating a data stream, in particular an image stream, which depicts the traffic scenarios from the perspective of the environment sensor by means of a hardware and/or software processing unit; outputting (105; 105') the data stream at an interface in such a way that the environment sensor can generate sensor data on the basis of the data stream and provide it at a data interface at which the test drive data and the sensor data to be output are also provided; and reading the provided data into the artificial neural network for training. reading traffic scenarios of a test drive at an interface; deriving from the traffic scenarios test driving data and the sensor data, in particular an object list, to be output by the environment sensor, in particular a camera, by means of processing by a data processing algorithm and/or an object recognition algorithm; generating a data stream, in particular an image stream, which depicts the traffic scenarios from the perspective of the environment sensor by means of a hardware and/or software processing unit; outputting (105; 105') the data stream at an interface in such a way that the environment sensor can generate sensor data on the basis of the data stream and provide it at a data interface at which the test drive data and the sensor data to be output are also provided; and reading the provided data into the artificial neural network for training.
Device for coating web-shaped materials, comprising - a first roller and a second roller, which are arranged against each other and form a gap through which the web-shaped material runs, and - a trough, which is formed by the first roller, the second roller and two side walls (6, 7), and which receives a coating composition, wherein at least one opening (9, 10) for delivery of the coating composition into the trough is formed in each of the side walls (6, 7), characterized in that, in each of the side walls (6, 7), a plurality of openings (9, 10) are arranged horizontally in a row, or a plurality of openings (9, 10) are arranged vertically in a row, or a plurality of openings (9, 10) are arranged in a row in an arc shape, corresponding to the diameter of one of the rollers (2, 3). - a first roller and a second roller, which are arranged against each other and form a gap through which the web-shaped material runs, and - a trough, which is formed by the first roller, the second roller and two side walls (6, 7), and which receives a coating composition, wherein at least one opening (9, 10) for delivery of the coating composition into the trough is formed in each of the side walls (6, 7), characterized in that,
A flow measurement system, comprising: a mass flow meter (120; 200) configured to measure at least one parameter of a fluid flowing in said mass flow meter (120; 200); a control valve located downstream of said mass flow meter (120; 200), said control valve providing a back pressure on the fluid flowing in said mass flow meter (120; 200); and a controller configured to detect a vapor in the fluid flowing in said mass flow meter (120; 200); wherein the controller adjusts the control valve in response to detecting the vapor in the fluid so as to reduce the vapor in the fluid flowing in said mass flow meter (120; 200), and wherein a back pressure valve is located downstream of said control valve, said back pressure valve allowing the fluid to flow in said mass flow meter (120; 200) when the pressure of the fluid exceeds the vapor pressure of the fluid. a mass flow meter (120; 200) configured to measure at least one parameter of a fluid flowing in said mass flow meter (120; 200); a control valve located downstream of said mass flow meter (120; 200), said control valve providing a back pressure on the fluid flowing in said mass flow meter (120; 200); and a controller configured to detect a vapor in the fluid flowing in said mass flow meter (120; 200); wherein the controller adjusts the control valve in response to detecting the vapor in the fluid so as to reduce the vapor in the fluid flowing in said mass flow meter (120; 200), and wherein a back pressure valve is located downstream of said control valve, said back pressure valve allowing the fluid to flow in said mass flow meter (120; 200) when the pressure of the fluid exceeds the vapor pressure of the fluid.
An umbrella bag bundle including bundled umbrella bags each capable of accommodating an umbrella in a bag structure, wherein when a longitudinal direction of the umbrella accommodated in the bag structure is defined as a vertical direction and a direction orthogonal to the vertical direction is defined as a width direction, the umbrella bag includes: a sheet-like first bag portion; a sheet-like second bag portion that is opposed to the first bag portion and constitutes the bag structure having an opening at a top end in the vertical direction in cooperation with the first bag portion; a sheet-like extension that is extended further upward from a top end of the second bag portion; and an engagement portion that is located on the extension and capable of vertical engagement with the umbrella; characterized in that the umbrella bag further includes a lower engagement portion that is located below and at a distance from the engagement portion and is capable of vertical engagement with the umbrella. a sheet-like first bag portion; a sheet-like second bag portion that is opposed to the first bag portion and constitutes the bag structure having an opening at a top end in the vertical direction in cooperation with the first bag portion; a sheet-like extension that is extended further upward from a top end of the second bag portion; and an engagement portion that is located on the extension and capable of vertical engagement with the umbrella; characterized in that the umbrella bag further includes a lower engagement portion that is located below and at a distance from the engagement portion and is capable of vertical engagement with the umbrella.
Brewing unit (10; 110) for an automatic machine to make coffee beverages, comprising a brewing chamber closed at the lower part by a first piston (13; 113) and at the upper part, on the opposite side, by a second piston (14; 114), a first inlet duct (15; 115) for the heated water, and a first outlet duct (16; 116) for the beverage, communicating respectively with an inlet side and with an outlet side of said brewing chamber, and a filtering element disposed in said brewing chamber, said brewing unit comprising a decanting chamber (20; 120) disposed downstream of said filtering element and upstream of said outlet duct in the direction of the flow of water characterized in that said brewing unit further comprises diversion and guide means disposed in said decanting chamber (20; 120) and 2. adapted to convey the flow of beverage so as to divert it and make it follow an indirect path toward an outlet aperture (31; 131) of said decanting chamber (20; 120).
A method for connecting a terminal to a Bluetooth device, comprising: establishing and maintaining, by two or more terminals, a Bluetooth low energy, BLE, connection with the Bluetooth device; sending (102, 509), by one terminal of the two or more terminals, a notification message to the Bluetooth device upon detecting an operation triggering a state change of the terminal; and receiving, by the one terminal of the two or more terminals, a connection state report sent by the Bluetooth device,and, in a case that the connection state report indicates that a non-BLE Bluetooth communication connection of a specific type between the Bluetooth device and another terminal of the two or more terminals is not established, initiating (103, 704), with the BLE connection maintained, a connection request to the Bluetooth device to establish a Bluetooth communication connection, wherein the connection request is used for indicating that the terminal requests to establish the non-BLE Bluetooth communication connection of the specific type with the Bluetooth device. establishing and maintaining, by two or more terminals, a Bluetooth low energy, BLE, connection with the Bluetooth device; sending (102, 509), by one terminal of the two or more terminals, a notification message to the Bluetooth device upon detecting an operation triggering a state change of the terminal; and receiving, by the one terminal of the two or more terminals, a connection state report sent by the Bluetooth device,and, in a case that the connection state report indicates that a non-BLE Bluetooth communication connection of a specific type between the Bluetooth device and another terminal of the two or more terminals is not established, initiating (103, 704), with the BLE connection maintained, a connection request to the Bluetooth device to establish a Bluetooth communication connection, wherein the connection request is used for indicating that the terminal requests to establish the non-BLE Bluetooth communication connection of the specific type with the Bluetooth device.
Method to manufacture a crystallizer with plates for continuous casting of slabs comprising at least two wide walls, facing each other and each provided with at least one plate (14, 15), said method comprising the making of at least one of said wide walls having at least one concave portion in its surface development, characterized in that it comprises: - the making of a molding apparatus provided with a mold and a counter-mold, respective shaped surfaces (42, 43) being made in said mold and said counter-mold defining together, when said mold and said counter-mold are closed to each other in the operating molding position, a molding cavity, wherein said shaped surfaces (42, 43) faithfully reproduce the whole surface development of respectively an inner and an outer surfaces (16, 17; 18, 19) of at least said plate (14, 15), wherein said molding cavity in turn defines in negative the whole surface development, in shape and size, of at least said plate (14, 15) of said wide walls; - the compression molding of at least said plate (14, 15) closing to each other said mold and said counter-mold, to obtain at least said plate (14, 15) directly in the finished form. - the making of a molding apparatus provided with a mold and a counter-mold, respective shaped surfaces (42, 43) being made in said mold and said counter-mold defining together, when said mold and said counter-mold are closed to each other in the operating molding position, a molding cavity, wherein said shaped surfaces (42, 43) faithfully reproduce the whole surface development of respectively an inner and an outer surfaces (16, 17; 18, 19) of at least said plate (14, 15), wherein said molding cavity in turn defines in negative the whole surface development, in shape and size, of at least said plate (14, 15) of said wide walls; - the compression molding of at least said plate (14, 15) closing to each other said mold and said counter-mold, to obtain at least said plate (14, 15) directly in the finished form.
A method of receiving content in a device (104, 402), the method comprising: sending a request for the content to a first network node (108, 412); receiving a redirection instruction from the first network node, wherein the redirection instruction indicates a content delivery network and indicates a data transfer policy; sending a request for the content to the content delivery network, wherein the request indicates the data transfer policy; and receiving data associated with the content from the content delivery network according to the data transfer policy. sending a request for the content to a first network node (108, 412); receiving a redirection instruction from the first network node, wherein the redirection instruction indicates a content delivery network and indicates a data transfer policy; sending a request for the content to the content delivery network, wherein the request indicates the data transfer policy; and receiving data associated with the content from the content delivery network according to the data transfer policy.
A construction machine comprising: an engine; an engine compartment that has an outer wall enclosing an accommodation space and accommodates the engine in the accommodation space; a partition member (25, 29) that partitions the accommodation space into a main chamber accommodating the engine and an intake chamber in communication with an outside of the outer wall through an air intake opening formed in the outer wall, the main chamber and the intake chamber being arranged in a horizontal chamber arrangement direction, the partition member (25, 29) having an inter-chamber opening that provides communication between the main chamber and the intake chamber and has a smaller area than an area of the intake chamber when viewed in the chamber arrangement direction; a fan disposed in the main chamber to suck air in the engine compartment in a suction direction so as to generate cooling air flowing through the air intake opening, the intake chamber, the inter-chamber opening, and the main chamber in this order; and a duct joined to the outer wall so as to enclose the air intake opening, the duct including an inner peripheral surface enclosing a duct passage leading to the air intake opening and an outer peripheral surface, the duct being disposed in the intake chamber so as to define a duct surrounding space around the outer peripheral surface of the duct, characterized in that the duct extends straight in a duct extension direction different from the suction direction. an engine; an engine compartment that has an outer wall enclosing an accommodation space and accommodates the engine in the accommodation space; a partition member (25, 29) that partitions the accommodation space into a main chamber accommodating the engine and an intake chamber in communication with an outside of the outer wall through an air intake opening formed in the outer wall, the main chamber and the intake chamber being arranged in a horizontal chamber arrangement direction, the partition member (25, 29) having an inter-chamber opening that provides communication between the main chamber and the intake chamber and has a smaller area than an area of the intake chamber when viewed in the chamber arrangement direction; a fan disposed in the main chamber to suck air in the engine compartment in a suction direction so as to generate cooling air flowing through the air intake opening, the intake chamber, the inter-chamber opening, and the main chamber in this order; and a duct joined to the outer wall so as to enclose the air intake opening, the duct including an inner peripheral surface enclosing a duct passage leading to the air intake opening and an outer peripheral surface, the duct being disposed in the intake chamber so as to define a duct surrounding space around the outer peripheral surface of the duct, characterized in that the duct extends straight in a duct extension direction different from the suction direction.
A driver's cab of a public transport vehicle, in particular a railway vehicle, comprising a control lever adapted to be tilted into a plurality of positions and to generate a vehicle control associated with said position in which it is tilted, the cockpit further comprising a device for setting the parameters of the joystick comprising: - a user interface comprising first means for selecting, for each position of the joystick, a vehicle control from a predefined list of controls, and - an assignment unit configured to associate the selected control with each position of the joystick, the parameter-setting device further comprising a memory capable of storing at least one control profile defining, for each position of the joystick, a command preselected from a predefined list of commands, the user interface comprising second means for selecting a control profile from the stored control profile or profiles, and the assignment unit being configured to associate a command with each position of the joystick as a function of the selected profile, the user interface comprises means for modifying at least one preselected command of a stored control profile. the cockpit further comprising a device for setting the parameters of the joystick comprising: - a user interface comprising first means for selecting, for each position of the joystick, a vehicle control from a predefined list of controls, and - an assignment unit configured to associate the selected control with each position of the joystick, - a user interface comprising first means for selecting, for each position of the joystick, a vehicle control from a predefined list of controls, and - an assignment unit configured to associate the selected control with each position of the joystick, the parameter-setting device further comprising a memory capable of storing at least one control profile defining, for each position of the joystick, a command preselected from a predefined list of commands, the user interface comprising second means for selecting a control profile from the stored control profile or profiles, and the assignment unit being configured to associate a command with each position of the joystick as a function of the selected profile, the user interface comprises means for modifying at least one preselected command of a stored control profile.
A method of sewing fabric onto an extrudate, said method comprising at least the steps: extruding the extrudate by means of an extruder at a constant process speed; and conveying the extrudate from the extruder to a sewing machine at the constant process speed, characterized in that the method comprises as a further step: sewing the fabric onto the extrudate by means of the sewing machine at the constant process speed. extruding the extrudate by means of an extruder at a constant process speed; and conveying the extrudate from the extruder to a sewing machine at the constant process speed, characterized in that the method comprises as a further step: sewing the fabric onto the extrudate by means of the sewing machine at the constant process speed.
A method for improving hatching of hatchery eggs comprising: (a) treating the egg with a coating composition comprising an aqueous-based vehicle and a coating agent selected from the group consisting of polymers, polysaccha rides, lipids, proteins, natural resins, hydrocarbons, synthetic and natural latexes and mixtures thereof, the coating composition having a coating agent concentration in the coating composition in a range of 0.01% and 8% w/w whereby a breathing coating is formed over the egg's shell surface; and (b) incubating the coated egg under conditions suitable to allow hatching to occur, the conditions comprises at least one of a temperature in the range 36°C - 39°C and relative humidity in the range 50% to 80%; whereby hatching yield of said hatchery eggs is improved as compared to hatching yield of eggs without the shell surface coating. (a) treating the egg with a coating composition comprising an aqueous-based vehicle and a coating agent selected from the group consisting of polymers, polysaccha rides, lipids, proteins, natural resins, hydrocarbons, synthetic and natural latexes and mixtures thereof, the coating composition having a coating agent concentration in the coating composition in a range of 0.01% and 8% w/w whereby a breathing coating is formed over the egg's shell surface; and (b) incubating the coated egg under conditions suitable to allow hatching to occur, the conditions comprises at least one of a temperature in the range 36°C - 39°C and relative humidity in the range 50% to 80%;
Dermatological treatment device comprising an energy source emitting a quasi-Gaussian spatial power distribution profile laser beam, and a detachable and interchangeable optical unit, characterized in that it includes means of shaping the beam, comprising at least one lens array and one cylindrical lens between the energy source and the zone to be treated suitable for converting the beam into a beam with a flat-top spatial power distribution profile having a rate of variation of less than 5% along the wavefront width and a ratio of wavefront width to full-width half-maximum of greater than 90% for obtaining a homogeneous heating on the area to be treated.
A filling valve (1, 101) for machines for filling containers with a filling fluid, comprising a hollow valve body comprising an inlet opening for the filling fluid and a dispensing opening for said fluid, a shutter being longitudinally sliding inside the valve body for closing the dispensing opening, wherein the valve body comprises an upper recess in flow communication upstream with said inlet opening and downstream with a restricting channel, a fluid flow obstructing member being placed in the upper recess, configured to be movable between a position of complete obstruction of the restricting channel and opening positions, characterized in that said obstructing member being configured to obstruct the restricting channel positioning itself on the edges of the restricting channel, and said obstructing member and said shutter being two distinct bodies.
An information processing apparatus, comprising: an acquisition unit configured to acquire pieces of current position information of a plurality of users (A-C); and a controller configured to perform control in a manner that, in a case where it is determined that there is a gathering of the plurality of users (A-C) on the basis of the pieces of current position information, a set sharer is notified of place information based on the pieces of current position information of the plurality of users (A-C), wherein the controller is configured to set as a sharer a user having a gathering rate with the plurality of users of more than or equal to a predetermined value on the basis of gathering histories of the respective users (A-C). an acquisition unit configured to acquire pieces of current position information of a plurality of users (A-C); and a controller configured to perform control in a manner that, in a case where it is determined that there is a gathering of the plurality of users (A-C) on the basis of the pieces of current position information, a set sharer is notified of place information based on the pieces of current position information of the plurality of users (A-C), wherein the controller is configured to set as a sharer a user having a gathering rate with the plurality of users of more than or equal to a predetermined value on the basis of gathering histories of the respective users (A-C).