mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing method for displaying a service completion status, the method comprising: displaying a plurality of service items as respective input fields in a service operation interface, said plurality of service items including a plurality of mandatory service items; determining (S1) the total number of mandatory service items displayed in the service operation interface; determining (S2) the number of completed mandatory service items; displaying (S3) a counting unit at a predetermined position in the service operation interface, wherein the counting unit shows i) the determined total number of mandatory service items and ii) the determined number of completed mandatory service items; setting an operation status of a designated operation button displayed in the service operation interface based on mandatory service item completion information currently displayed by the counting unit; activating the designated operation button displayed in the service operation interface when the determined number of completed mandatory service items in the counting unit is equal to the total number of mandatory service items displayed; characterized by : changing a value of a current transparency of the operation button based on i) the determined number of completed mandatory service items and ii) a predetermined transparency value changing rule, wherein a) each time that a mandatory service item is completed the transparency of the operation button decreases by a predetermined percentage and b) the predetermined percentage is dependent on the total number of mandatory service items. displaying a plurality of service items as respective input fields in a service operation interface, said plurality of service items including a plurality of mandatory service items; determining (S1) the total number of mandatory service items displayed in the service operation interface; determining (S2) the number of completed mandatory service items; displaying (S3) a counting unit at a predetermined position in the service operation interface, wherein the counting unit shows i) the determined total number of mandatory service items and ii) the determined number of completed mandatory service items; setting an operation status of a designated operation button displayed in the service operation interface based on mandatory service item completion information currently displayed by the counting unit; activating the designated operation button displayed in the service operation interface when the determined number of completed mandatory service items in the counting unit is equal to the total number of mandatory service items displayed; characterized by : changing a value of a current transparency of the operation button based on i) the determined number of completed mandatory service items and ii) a predetermined transparency value changing rule, wherein a) each time that a mandatory service item is completed the transparency of the operation button decreases by a predetermined percentage and b) the predetermined percentage is dependent on the total number of mandatory service items.
Method for generating a panoramic map for capturing a scene on the basis of a plurality of individual cameras , each of the cameras capturing at least a partial region of the scene in its field of view , and the cameras in combination completely capturing the scene in their fields of view , the method comprising the steps of - extracting at least one frame from each of the cameras , - determining an orientation of the cameras on the basis of the at least one frame from each of the cameras , and - generating the panoramic map of the scene as a matrix of map elements according to a mapping rule of the map elements onto image coordinates of the cameras on the basis of the determined orientation of the cameras , the method comprising an additional step of determining image correction values for each of the cameras on the basis of the at least one frame from each of the cameras , and the panoramic map of the scene being generated as a matrix of map elements according to a mapping rule of the map elements onto image coordinates of the cameras on the basis of the determined orientation of the cameras , additionally taking into consideration the determined image correction values of the respective cameras , characterized in that the method comprises an additional step of generating image correction maps as a matrix of map elements for each of the cameras , each image correction map comprising a correction mapping rule of the map elements of the image correction map onto image coordinates of the corresponding cameras on the basis of the corresponding determined image correction values. - extracting at least one frame from each of the cameras , - determining an orientation of the cameras on the basis of the at least one frame from each of the cameras , and - generating the panoramic map of the scene as a matrix of map elements according to a mapping rule of the map elements onto image coordinates of the cameras on the basis of the determined orientation of the cameras , the method comprising an additional step of determining image correction values for each of the cameras on the basis of the at least one frame from each of the cameras , and the panoramic map of the scene being generated as a matrix of map elements according to a mapping rule of the map elements onto image coordinates of the cameras on the basis of the determined orientation of the cameras , additionally taking into consideration the determined image correction values of the respective cameras , characterized in that the method comprises an additional step of generating image correction maps as a matrix of map elements for each of the cameras , each image correction map comprising a correction mapping rule of the map elements of the image correction map onto image coordinates of the corresponding cameras on the basis of the corresponding determined image correction values.
A communications device comprising: a memory unit ; and an input/output interface configured to send and receive signals to and from a memory device using wireless communications; at least one processor configured using the input/output interface for sending and receiving signals to and from the memory device to: send an activation signal to the memory device ; receive from the memory device a random challenge (C1); wherein the random challenge (C1) is derived from at least one physical property of said activation signal ; and the at least one processor is further configured to: compute a signature (R1) using the random challenge (C1) and a private key (priv_A) of the communications device ; send the computed signature (R1) and a certificate (cert_A) of the communication device to the memory device ; and to transmit to the memory device a radio signal containing an intention of the communications device to leave and instructions for the memory device to deactivate or power down; wherein the certificate (cert_A) of the communications device has been obtained from a certificate authority (CA) and is based on a public key (pub_A) of the communications device and on a signature (SIGN(pub_A, priv_CA)) of the public key (pub_A) of the communications device and of a private key (priv_CA) of the certificate authority (CA). a memory unit ; and an input/output interface configured to send and receive signals to and from a memory device using wireless communications; at least one processor configured using the input/output interface for sending and receiving signals to and from the memory device to: send an activation signal to the memory device ; receive from the memory device a random challenge (C1); wherein send an activation signal to the memory device ; receive from the memory device a random challenge (C1); wherein the random challenge (C1) is derived from at least one physical property of said activation signal ; and the at least one processor is further configured to: compute a signature (R1) using the random challenge (C1) and a private key (priv_A) of the communications device ; send the computed signature (R1) and a certificate (cert_A) of the communication device to the memory device ; and to transmit to the memory device a radio signal containing an intention of the communications device to leave and instructions for the memory device to deactivate or power down; compute a signature (R1) using the random challenge (C1) and a private key (priv_A) of the communications device ; send the computed signature (R1) and a certificate (cert_A) of the communication device to the memory device ; and to transmit to the memory device a radio signal containing an intention of the communications device to leave and instructions for the memory device to deactivate or power down; wherein the certificate (cert_A) of the communications device has been obtained from a certificate authority (CA) and is based on a public key (pub_A) of the communications device and on a signature (SIGN(pub_A, priv_CA)) of the public key (pub_A) of the communications device and of a private key (priv_CA) of the certificate authority (CA).
A constant volume combustion chamber for a turbine engine, the combustion chamber comprising an intake port , an exhaust port , and a first rotary shutter facing the intake and exhaust ports and configured to rotate around an axis of rotation (R) in a first direction of rotation, the first shutter comprising an aperture intended to cooperate alternately with the intake port and the exhaust port during the rotation of the first shutter , the combustion chamber further comprising at least one second rotary shutter facing the intake and exhaust ports and configured to rotate around said axis of rotation (R) in a second direction of rotation opposite to the first direction of rotation, said second shutter comprising an aperture intended to cooperate alternately with the intake port and the exhaust port during the rotation of said at least one second shutter , said first and second shutters being synchronized and configured so that their respective apertures intersect a first time when both are facing the intake port and a second time when both are facing the exhaust port .
Power electronics device , comprising: a link circuit capacitor module , in which a coil is electrically conductively mounted on two electrode plates which are opposite one another; and a power electronics module comprising at least two busbars ; wherein the link circuit capacitor module is connected to the power electronics module by means of a plug connection; wherein a plurality of first connecting means for producing the plug connection to corresponding second connecting means mounted on the busbars of the power electronics module are provided on each electrode plate ; wherein the second connecting means for producing the plug connection to the corresponding first connecting means mounted on the electrode plates of the link circuit capacitor module are provided on each busbar , characterized in that the second connecting means have been deformed after the production of the plug connection such that the plug connection is no longer releasable without deformation or destruction of the connecting means . a link circuit capacitor module , in which a coil is electrically conductively mounted on two electrode plates which are opposite one another; and a power electronics module comprising at least two busbars ; wherein the link circuit capacitor module is connected to the power electronics module by means of a plug connection; wherein a plurality of first connecting means for producing the plug connection to corresponding second connecting means mounted on the busbars of the power electronics module are provided on each electrode plate ; wherein the second connecting means for producing the plug connection to the corresponding first connecting means mounted on the electrode plates of the link circuit capacitor module are provided on each busbar , characterized in that the second connecting means have been deformed after the production of the plug connection such that the plug connection is no longer releasable without deformation or destruction of the connecting means .
An apparatus for providing combustion, comprising: an inner liner and an outer liner extending circumferentially around an engine centerline axis thereby forming a combustion chamber therebetween; a dome extending between the inner and outer liners and having a plurality of fuel nozzle ports configured to each receive a fuel nozzle , each fuel nozzle port having a port centerline axis extending axially therethrough; characterized by a first row of air inlets in the inner liner and a second row of air inlets in the outer liner , the air inlets being elliptically-shaped and closely spaced to form doublet pairs including an inner doublet in the first row and an outer doublet in the second row, the inner and outer doublets being offset to opposing lateral sides of the port centerline axis for each corresponding fuel nozzle , and the inner doublet being in the inner liner and the outer doublet being in the outer liner ; wherein the air inlets include first and second outer plunged inlet holes formed as the outer doublet in the outer liner and extending in a first radial direction toward the engine centerline axis and into at least a portion of the combustion chamber; and wherein the air inlets include first and second inner plunged inlet holes formed as the inner doublet in the inner liner and extending in a second radial direction away from the engine centerline axis and into at least a portion of the combustion chamber. an inner liner and an outer liner extending circumferentially around an engine centerline axis thereby forming a combustion chamber therebetween; a dome extending between the inner and outer liners and having a plurality of fuel nozzle ports configured to each receive a fuel nozzle , each fuel nozzle port having a port centerline axis extending axially therethrough; characterized by a first row of air inlets in the inner liner and a second row of air inlets in the outer liner , the air inlets being elliptically-shaped and closely spaced to form doublet pairs including an inner doublet in the first row and an outer doublet in the second row, the inner and outer doublets being offset to opposing lateral sides of the port centerline axis for each corresponding fuel nozzle , and the inner doublet being in the inner liner and the outer doublet being in the outer liner ; wherein the air inlets include first and second outer plunged inlet holes formed as the outer doublet in the outer liner and extending in a first radial direction toward the engine centerline axis and into at least a portion of the combustion chamber; and wherein the air inlets include first and second inner plunged inlet holes formed as the inner doublet in the inner liner and extending in a second radial direction away from the engine centerline axis and into at least a portion of the combustion chamber.
Press for manufacturing a sandwich panel, comprising a first and second press plate (12; 14) that are configured to be movable with respect to one another, the press having a fluid circulation loop for heating and cooling the press plates, wherein the fluid circulation loop comprises a heater for generating a heated fluid having an outlet connected to a fluid supply conduit , and an inlet connected to a fluid return conduit , wherein the fluid supply conduit is in fluid communication with an inlet of at least one internal flow channel in each press plate (12; 14) and the fluid return conduit is in fluid communication with an outlet of the at least one internal flow channel of each press plate , wherein the fluid circulation loop is provided with a water source of which the outlet is in fluid communication with the inlet of the at least one internal flow channel of each press plate (12; 14) via a water supply conduit , characterized in that the fluid circulation loop is provided with a controlled expansion valve configured for conversion of hot pressurized water into steam for cooling the press plates . wherein the fluid circulation loop comprises a heater for generating a heated fluid having an outlet connected to a fluid supply conduit , and an inlet connected to a fluid return conduit , wherein the fluid supply conduit is in fluid communication with an inlet of at least one internal flow channel in each press plate (12; 14) and the fluid return conduit is in fluid communication with an outlet of the at least one internal flow channel of each press plate , wherein the fluid circulation loop is provided with a water source of which the outlet is in fluid communication with the inlet of the at least one internal flow channel of each press plate (12; 14) via a water supply conduit , characterized in that the fluid circulation loop is provided with a controlled expansion valve configured for conversion of hot pressurized water into steam for cooling the press plates .
A process for removing organic acids from a crude oil and/or a crude oil distillate containing organic acids comprising the steps of: (i) contacting the crude oil and/or the crude oil distillate containing organic acids with a basic ionic liquid having a basic anion selected from hydrogencarbonate or alkylcarbonate, wherein the ionic liquid and the crude oil and/or crude oil distillate are contacted in a mass ratio of from greater than 1:40; and (ii) obtaining a crude oil and/or crude oil distillate product having reduced acidity which is separated from the basic ionic liquid. (i) contacting the crude oil and/or the crude oil distillate containing organic acids with a basic ionic liquid having a basic anion selected from hydrogencarbonate or alkylcarbonate, wherein the ionic liquid and the crude oil and/or crude oil distillate are contacted in a mass ratio of from greater than 1:40; and (ii) obtaining a crude oil and/or crude oil distillate product having reduced acidity which is separated from the basic ionic liquid.
Valve assembly for controlling pressure of a fluid, the valve assembly comprising a proportional valve , which has an opening cross-section continuously variable by an actuator and has a sensor means for detecting the valve output pressure, comprising a digital control device , and comprising a switching valve arranged in parallel with the proportional valve , the opening cross-section of the switching valve being smaller than the maximum opening cross-section of the proportional valve , characterized in that the control device is programmed to automatically calculate, at runtime, on the basis of the currently given valve output pressure and the current position of the actuator, the maximum operating pressure achievable by the proportional valve at a maximum opening width thereof, and additionally to open the switching valve when the calculated maximum achievable operating pressure does not meet a predeterminable target working pressure by a determinable deviation value.
A method of joining a first piece of a first non-weldable material to a second piece of a second non-weldable material , wherein at least one of the first and second pieces has a thickness of between 0,0254 and 0,635 cm, the method characterized by adding at least one first layer of a first weldable material to a first surface of the first piece using a solid state joining technique; adding at least one second layer of a second weldable material to a second surface of the second piece using the solid state joining technique; and welding the first piece to the second piece at the first and second layers of the first and second weldable materials using a fusion welding technique. adding at least one first layer of a first weldable material to a first surface of the first piece using a solid state joining technique; adding at least one second layer of a second weldable material to a second surface of the second piece using the solid state joining technique; and welding the first piece to the second piece at the first and second layers of the first and second weldable materials using a fusion welding technique.
A field device configured to send and receive data over an industrial process network, the field device comprising: a processor ; and a communications unit communicatively connected to the industrial process network, the communications unit configured to send and receive the data over the industrial process network via a first communications protocol at a first data rate and connected to communicate with the processor via a second communications protocol at a second data rate that is greater than the first data rate, wherein the communications unit comprises: a first receive buffer configured to store a first message object corresponding to a first message received by the communications unit over the industrial process network, the first message object including the first message and information corresponding to the first message; wherein the communication unit is configured to output a message-received notification to the processor only after the first message is completely received; and the processor is configured to invoke an interrupt service routine to retrieve the first message object from the communications unit via the second communications protocol in response to the notification. a processor ; and a communications unit communicatively connected to the industrial process network, the communications unit configured to send and receive the data over the industrial process network via a first communications protocol at a first data rate and connected to communicate with the processor via a second communications protocol at a second data rate that is greater than the first data rate, wherein the communications unit comprises: a first receive buffer configured to store a first message object corresponding to a first message received by the communications unit over the industrial process network, the first message object including the first message and information corresponding to the first message; wherein the communication unit is configured to output a message-received notification to the processor only after the first message is completely received; and the processor is configured to invoke an interrupt service routine to retrieve the first message object from the communications unit via the second communications protocol in response to the notification. a first receive buffer configured to store a first message object corresponding to a first message received by the communications unit over the industrial process network, the first message object including the first message and information corresponding to the first message; wherein the communication unit is configured to output a message-received notification to the processor only after the first message is completely received; and the processor is configured to invoke an interrupt service routine to retrieve the first message object from the communications unit via the second communications protocol in response to the notification.
A method for producing an ethyleneimine polymer having a branched structure, the method comprising: polymerizing ethyleneimine at a temperature of 70 to 150°C in the presence of water at from 1.0 to 40% by mass with respect to 100% by mass of the ethyleneimine and a catalyst at from 0.3 to 5% by mass with respect to 100% by mass of the ethyleneimine, wherein the catalyst is a water-soluble organic compound having at least one halogen element and a hydrophilic substituent or a water-soluble inorganic acid containing a halogen element.