mhurhangee/ep-ind-claims huggingface dataset:
Method of manufacturing a sandwich panel comprising the steps of: a) an assembling step of providing a plate-shaped assembly of a first cover part and a second cover part and between these cover parts a core part of a thermoplastic material containing a physical blowing agent; b) a heating step of heating the assembly resulting from step a) under pressure between heated press tools in a press to a foaming temperature below the glass transition temperature of the thermoplastic material in the core part, thereby effecting adhesion of the core part to be foamed to the first and second cover parts; c) a foaming step of foaming the thermoplastic material in the core part under pressure and at the foaming temperature wherein the spacing between the press tools is increased; d) a cooling step of cooling the foamed sandwich panel resulting from step c), while the sandwich panel is maintained under pressure between the press tools; e) a discharging step of removing the thus cooled sandwich panel from the press; and f) a drying step of drying the sandwich panel thus obtained; characterized in that the cooling step d) is carried out in two substeps, comprising a first substep d1) of cooling the foamed assembly from the foaming temperature to an intermediate temperature in the range of 70-100 °C at a first cooling rate and a second substep d2) of cooling the foamed assembly from the intermediate temperature to ambient temperature at a second cooling rate, wherein the first cooling rate is at least 140 °C/ min and wherein the second cooling rate is less than the first cooling rate. a) an assembling step of providing a plate-shaped assembly of a first cover part and a second cover part and between these cover parts a core part of a thermoplastic material containing a physical blowing agent; b) a heating step of heating the assembly resulting from step a) under pressure between heated press tools in a press to a foaming temperature below the glass transition temperature of the thermoplastic material in the core part, thereby effecting adhesion of the core part to be foamed to the first and second cover parts; c) a foaming step of foaming the thermoplastic material in the core part under pressure and at the foaming temperature wherein the spacing between the press tools is increased; d) a cooling step of cooling the foamed sandwich panel resulting from step c), while the sandwich panel is maintained under pressure between the press tools; e) a discharging step of removing the thus cooled sandwich panel from the press; and f) a drying step of drying the sandwich panel thus obtained;
A scanning transmission electron microscope comprising an electron beam source to generate a primary electron beam, at least one condenser lens, a scanning deflection system for shifting said primary electron beam over the sample, an objective lens, a sample holder to hold a sample in the path of the primary electron beam, at least one projection lens and at least one detector to detect scattered transmitted electrons characterized in that the scanning transmission electron microscope further comprises a precession deflection system located between the beam source and the sample holder.
Method for applying noise reducing elements to tyres for vehicle wheels, comprising: feeding in a sequence noise reducing elements according to a predetermined path, wherein said noise reducing elements have all the same shape and have all in plan substantially a same larger dimension and a same smaller dimension; feeding in a sequence a plurality of tyres for vehicle wheels, wherein at least one of the tyres of said plurality has sizes (C, P) different from the others; picking up the noise reducing elements from the predetermined path; applying the noise reducing elements to radially inner surfaces of the tyres; wherein applying comprises: orienting the noise reducing elements as a function of the sizes (C, P) of the tyre to which they are applied; wherein orienting comprises: arranging the noise reducing elements with the larger dimension directed in a circumferential direction or arranging the noise reducing elements with the larger dimension directed in an axial direction with respect to said tyre. feeding in a sequence noise reducing elements according to a predetermined path, wherein said noise reducing elements have all the same shape and have all in plan substantially a same larger dimension and a same smaller dimension; feeding in a sequence a plurality of tyres for vehicle wheels, wherein at least one of the tyres of said plurality has sizes (C, P) different from the others; picking up the noise reducing elements from the predetermined path; applying the noise reducing elements to radially inner surfaces of the tyres; wherein applying comprises: orienting the noise reducing elements as a function of the sizes (C, P) of the tyre to which they are applied; wherein orienting comprises: arranging the noise reducing elements with the larger dimension directed in a circumferential direction or arranging the noise reducing elements with the larger dimension directed in an axial direction with respect to said tyre.
A stamp comprising: a first print body which is fixed to a main body case and has a first print face for forming a print image; a second print body which has an exposure hole through which the first print face is exposed and a second print face for forming the print image together with the first print face exposed through the exposure hole, characterized by a restricting member (120, 300) which holds the second print body and restricts a distance in which the second print face is compressed when the main body case is pressed down at the time of making stamp; a holding member which holds the second print body from an opposite side of the second print face; a frame member which nips the second print body with the holding member such that the second print face is exposed; and a damper member which makes contact with the main body case and the frame member, wherein the holding member is formed at a lower position apart by a gap than the frame member; the restricting member (120, 300) is constituted of the frame member and the damper member and when stamping is made, the damper member is compressed so that the frame member is pressed down and the exposed second print face is compressed until the frame member comes into contact with a stamping object medium. a first print body which is fixed to a main body case and has a first print face for forming a print image; a second print body which has an exposure hole through which the first print face is exposed and a second print face for forming the print image together with the first print face exposed through the exposure hole, characterized by a restricting member (120, 300) which holds the second print body and restricts a distance in which the second print face is compressed when the main body case is pressed down at the time of making stamp; a holding member which holds the second print body from an opposite side of the second print face; a frame member which nips the second print body with the holding member such that the second print face is exposed; and a damper member which makes contact with the main body case and the frame member, wherein the holding member is formed at a lower position apart by a gap than the frame member; the restricting member (120, 300) is constituted of the frame member and the damper member and when stamping is made, the damper member is compressed so that the frame member is pressed down and the exposed second print face is compressed until the frame member comes into contact with a stamping object medium.
An assembly comprising: a vessel having an open end, a closed end, and an interior cavity; a cap disposed over the open end of the vessel, wherein the cap comprises a first bore extending through the cap; a first port adapted to engage with the first bore; a dip tube having an end coupled to the cap and an opposite end extending a majority of the length of the interior cavity of the vessel, the dip tube adapted to selectively withdraw an isolated component in the vessel, the dip tube adapted to engage with the first port via the first bore such that the height of the tube relative to the closed end of the vessel is adjustable, wherein the assembly is adapted to maintain an aseptic interior cavity when the dip tube withdraws the isolated component in the vessel, wherein the assembly comprises a dynamic mechanism configured to allow the height of the tube to be adjusted while withdrawing the isolated component and maintaining an aseptic interior cavity, wherein the dip tube comprises threading, and the first bore comprises threading, and wherein the threading on the dip tube is adapted to engage with the threading on the first bore. a vessel having an open end, a closed end, and an interior cavity; a cap disposed over the open end of the vessel, wherein the cap comprises a first bore extending through the cap; a first port adapted to engage with the first bore; a dip tube having an end coupled to the cap and an opposite end extending a majority of the length of the interior cavity of the vessel, the dip tube adapted to selectively withdraw an isolated component in the vessel, the dip tube adapted to engage with the first port via the first bore such that the height of the tube relative to the closed end of the vessel is adjustable, wherein the assembly is adapted to maintain an aseptic interior cavity when the dip tube withdraws the isolated component in the vessel, wherein the assembly comprises a dynamic mechanism configured to allow the height of the tube to be adjusted while withdrawing the isolated component and maintaining an aseptic interior cavity, wherein the dip tube comprises threading, and the first bore comprises threading, and wherein the threading on the dip tube is adapted to engage with the threading on the first bore.
An electric motor assembly comprising: a primary electric motor including a primary rotor assembly and a primary stator assembly configured to be actuated to cause the primary rotor assembly to rotate based on an amount of magnetic flux in the rotor assembly; a secondary electric motor including a secondary rotor assembly and a secondary stator assembly; a controllable magnetic device coupled to at least one of the primary rotor assembly and the secondary rotor assembly; characterised by a controller configured to actuate the secondary electric motor based on a failure of the primary electric motor, and apply electric current to the controllable magnetic device to reduce back electromotive force (BEMF) caused by rotation of the primary rotor assembly during actuation of the secondary electric motor. a primary electric motor including a primary rotor assembly and a primary stator assembly configured to be actuated to cause the primary rotor assembly to rotate based on an amount of magnetic flux in the rotor assembly; a secondary electric motor including a secondary rotor assembly and a secondary stator assembly; a controllable magnetic device coupled to at least one of the primary rotor assembly and the secondary rotor assembly; characterised by a controller configured to actuate the secondary electric motor based on a failure of the primary electric motor, and apply electric current to the controllable magnetic device to reduce back electromotive force (BEMF) caused by rotation of the primary rotor assembly during actuation of the secondary electric motor.
Method for operating a residual-current-operated circuit-breaker in which primary lines (16, 18) coupled to mains cables are routed through a summation current transformer on which a secondary winding is provided that is coupled to earth via an impedance, wherein the method involves the series circuit comprising secondary winding and impedance having a square-wave voltage applied to it and a variable being measured and evaluated, wherein a predetermined evaluation result prompts at least one of the primary lines (16, 18) to be interrupted, characterized in that the pulse height of square-wave pulses of the square-wave voltage is regulated to a value that is such that the change in the current intensity of the current induced in a secondary winding by a square-wave pulse over time has a respective predetermined value over the duration of a square-wave pulse and/or the duration of a pulse pause between two square-wave pulses.
A secure communication apparatus comprising: a security module configured to: encrypt at least a portion of data included in a bitstream by using an encryption key and a reinforcement key; and generate an encrypted bitstream by inserting key information including the encryption key and the reinforcement key; and a communication module configured to transmit the encrypted bitstream to a counterpart terminal; wherein the reinforcement key is one of a recipient identifier of the counterpart terminal and a counterpart terminal identifier. encrypt at least a portion of data included in a bitstream by using an encryption key and a reinforcement key; and generate an encrypted bitstream by inserting key information including the encryption key and the reinforcement key; and a communication module configured to transmit the encrypted bitstream to a counterpart terminal; wherein the reinforcement key is one of a recipient identifier of the counterpart terminal and a counterpart terminal identifier.
A method comprising: with a first computing device, initiating a communications call; receiving capability information for a second computing device, the capability information for the second computing device including information indicating attributes of a service supported by the second computing device; with the first computing device, evaluating the capability information for the second computing device to determine that the service is supported by the first and second computing devices (100, 120); with the first computing device, initiating a sharing-experience session that includes the service; receiving an update message comprising update information for the service; and based on the received update information, changing a virtual object in a display of the first computing device. with a first computing device, initiating a communications call; receiving capability information for a second computing device, the capability information for the second computing device including information indicating attributes of a service supported by the second computing device; with the first computing device, evaluating the capability information for the second computing device to determine that the service is supported by the first and second computing devices (100, 120); with the first computing device, initiating a sharing-experience session that includes the service; receiving an update message comprising update information for the service; and based on the received update information, changing a virtual object in a display of the first computing device.
Cereal product, comprising cereals bound together by at least one binding agent, and/or cereals comprising at least one coating, wherein the cereal product contains 50 to 95 % by weight (based on the total dry substance of the cereal product) cereals and 5 to 50 % by weight (based on the total dry substance of the cereal product) isomaltulose as binding agent and/or as coating.
A turbine starter, comprising: a turbine section; a supply duct formed to define an air flow pathway by which air is provided to the turbine section; a valve disposed within the supply duct along the air flow pathway to modulate an amount of the air permitted to flow to the turbine section; a static pressure sensor disposed downstream from the valve and upstream from the turbine section to detect a pressure of the air upstream from the turbine section; and an ambient pressure sensor disposed downstream from or at the turbine section to detect an ambient pressure of the air; characterised by: an electrically powered motor coupled to the valve, the static pressure sensor and the ambient pressure sensor to control the valve to modulate the amount of the air permitted to flow to the turbine section in accordance with a pressure drop across the turbine section, which is associated with the detected pressure upstream from the turbine section and the detected ambient pressure, and in accordance with feedback control; a heating element disposed on the valve; and a heat sensor disposed on the valve to detect a temperature of the valve. a turbine section; a supply duct formed to define an air flow pathway by which air is provided to the turbine section; a valve disposed within the supply duct along the air flow pathway to modulate an amount of the air permitted to flow to the turbine section; a static pressure sensor disposed downstream from the valve and upstream from the turbine section to detect a pressure of the air upstream from the turbine section; and an ambient pressure sensor disposed downstream from or at the turbine section to detect an ambient pressure of the air; an electrically powered motor coupled to the valve, the static pressure sensor and the ambient pressure sensor to control the valve to modulate the amount of the air permitted to flow to the turbine section in accordance with a pressure drop across the turbine section, which is associated with the detected pressure upstream from the turbine section and the detected ambient pressure, and in accordance with feedback control; a heating element disposed on the valve; and a heat sensor disposed on the valve to detect a temperature of the valve.
A joystick for controlling a machine in multi-axes, comprising: a handle assembly allowed to rotate around a central axis extending along a longitudinal direction of the joystick, comprising a button body in which an upper circuit having an upper sensor is provided; a control assembly having a lower body in which a lower circuit with a lower sensor is provided; and a control lever partly introduced to the handle assembly and mounted on a pivotal member for pivotal movement relative to the lower body characterized in that said control lever is at least partly made of plastic in an injection-molding operation and has an overmolded lower magnet provided in the proximity of the lower circuit of the control portion, wherein the control lever has an upper magnet provided in the proximity of the upper circuit of the handle assembly; and a separate upper lever part having the upper magnet, formed as an extension of the control lever in the handle assembly. a handle assembly allowed to rotate around a central axis extending along a longitudinal direction of the joystick, comprising a button body in which an upper circuit having an upper sensor is provided; a control assembly having a lower body in which a lower circuit with a lower sensor is provided; and a control lever partly introduced to the handle assembly and mounted on a pivotal member for pivotal movement relative to the lower body characterized in that said control lever is at least partly made of plastic in an injection-molding operation and has an overmolded lower magnet provided in the proximity of the lower circuit of the control portion, wherein the control lever has an upper magnet provided in the proximity of the upper circuit of the handle assembly; and a separate upper lever part having the upper magnet, formed as an extension of the control lever in the handle assembly.
A method for playing media on a terminal, comprising: detecting that a duration of a selection operation performed by a user on a preset area of a touch display screen of the terminal reaches a first preset duration, and in response thereto, enabling a function of setting a quantity of play times of media; continuously detecting the selection operation performed by the user on the preset area of the touch display screen of the terminal, and determining the quantity of play times of the media according to the duration of the selection operation; and playing the media according to the determined quantity of play times. detecting that a duration of a selection operation performed by a user on a preset area of a touch display screen of the terminal reaches a first preset duration, and in response thereto, enabling a function of setting a quantity of play times of media; continuously detecting the selection operation performed by the user on the preset area of the touch display screen of the terminal, and determining the quantity of play times of the media according to the duration of the selection operation; and playing the media according to the determined quantity of play times.
Measuring method for detecting the position of an in particular capsular object in a transversely conveyed filter strand of the tobacco processing industry, wherein radiation is transmitted through the circumferential surface of the filter strand along at least three optical axes (18, 18', 18") located mutually independent of one another, as a result of which at least three independent measuring signals are obtained, and the position of the object is determined in two directions perpendicular to the filter strand through appropriate combination of the measuring signals, wherein the method is a transmittive method, wherein the respective shadowing of the optical radiation passing through the filter strand caused by the object is measured.
A method of attracting a male Emerald Ash borer, the method comprising: placing an attractant comprising dodecan-12-olide and a green leaf volatile in a canopy of an Ash tree, or in or near a non-host tree.
A system for applying a vaccination composition to a population of 1-5 day-old chickens comprising: a) an apparatus for applying an effective amount of the vaccination agent to a population of fowl comprising a refrigerated vessel configured to contain a pressurized aqueous vaccination composition; a delivery outlet configured to provide fluid communication between the vessel and a valve; and a nozzle in fluid communication with the valve such that when the valve is actuated, the composition is applied to the fowl; b) an application hood defining an application space; an actuation detector in electronic communication with the valve and proximate the application area; and wherein the nozzle is positioned within the hood such that the composition is applied within the application space; c) a conveyor configured to continuously transport a population of 1-5 day-old chickens on a defined path through the application space and in proximity to the actuation detector such that upon passing in proximity to the actuation detector the valve is actuated; and when the population is transported along the path beyond the actuation detector, the valve is closed. a) an apparatus for applying an effective amount of the vaccination agent to a population of fowl comprising a refrigerated vessel configured to contain a pressurized aqueous vaccination composition; a delivery outlet configured to provide fluid communication between the vessel and a valve; and a nozzle in fluid communication with the valve such that when the valve is actuated, the composition is applied to the fowl; b) an application hood defining an application space; an actuation detector in electronic communication with the valve and proximate the application area; and wherein the nozzle is positioned within the hood such that the composition is applied within the application space; c) a conveyor configured to continuously transport a population of 1-5 day-old chickens on a defined path through the application space and in proximity to the actuation detector such that upon passing in proximity to the actuation detector the valve is actuated; and when the population is transported along the path beyond the actuation detector, the valve is closed.