mhurhangee/ep-ind-claims huggingface dataset:
Method for the serial commissioning of a number of electro-mechanical drive control systems (80,100), each comprising a machine (80,81) and a machine controller (100;90,95), wherein (a) a boot memory area stores machine-related data comprising at least a number of first parameters for a number of controllers and a number of application-specific second parameters of one of the drive control systems; (b) the numbers of first and second parameters are permanently stored in the boot memory area, which boot memory area is organised as module that is removed from a first machine controller (100;90,95) and inserted into a further machine controller; (c) a transfer of machine-related data takes place from the boot memory area to the further machine controller; (d) wherein an insertion of the module into the first machine controller (90,95,100) initiates a transfer of the machine-related data from a mirror boot-memory area of the machine controller to the boot area, when the electro-mechanical drive control system (80,100) is in operation. (a) a boot memory area stores machine-related data comprising at least a number of first parameters for a number of controllers and a number of application-specific second parameters of one of the drive control systems; (b) the numbers of first and second parameters are permanently stored in the boot memory area, which boot memory area is organised as module that is removed from a first machine controller (100;90,95) and inserted into a further machine controller; (c) a transfer of machine-related data takes place from the boot memory area to the further machine controller; (d) wherein an insertion of the module into the first machine controller (90,95,100) initiates a transfer of the machine-related data from a mirror boot-memory area of the machine controller to the boot area, when the electro-mechanical drive control system (80,100) is in operation.
An apparatus comprising: a processor; a sensor capable to sense at least one parameter; a first storage capable to store the at least one parameter; and a second storage capable to store a first access control list associated with a first device, wherein the processor is adapted to determine whether to grant an access request received from the first device to access a first resource of the apparatus based on an access control entry in the first access control list, the access control entry (227,335) to identify the first resource, wherein the apparatus, the first device and a second device are couplable in a distributed network having a distributed access control policy in which the apparatus is to locally host access control policy for a first subset of devices, whilst access control policy for a second subset of devices is remotely hostable, as a second access control list associated with a second device, by at least one access manager service, wherein the first access control list includes a distribution field to identify, as a distributed entity, the said access manager service, and wherein the apparatus is adapted to receive a second request from the second device to access a second resource of the apparatus and forward the second request to the access manager service according to the distribution field, wherein the second device is of the second subset of devices. a processor; a sensor capable to sense at least one parameter; a first storage capable to store the at least one parameter; and a second storage capable to store a first access control list associated with a first device, wherein the processor is adapted to determine whether to grant an access request received from the first device to access a first resource of the apparatus based on an access control entry in the first access control list, the access control entry (227,335) to identify the first resource, wherein the apparatus, the first device and a second device are couplable in a distributed network having a distributed access control policy in which the apparatus is to locally host access control policy for a first subset of devices, whilst access control policy for a second subset of devices is remotely hostable, as a second access control list associated with a second device, by at least one access manager service, wherein the first access control list includes a distribution field to identify, as a distributed entity, the said access manager service, and wherein the apparatus is adapted to receive a second request from the second device to access a second resource of the apparatus and forward the second request to the access manager service according to the distribution field, wherein the second device is of the second subset of devices.
A process for forming a permanent join between two sections of fibrous material contained in a thermosetting resin matrix, each section comprising the end of a prepreg tape; said process comprising overlaying the two sections and subjecting the overlaid sections to ultrasonic welding to form a permanent join between the two sections; wherein the sub-ambient Tg of the fibrous material contained in the thermosetting resin matrix in the region of the permanent join differs by no more than plus or minus 10°C from the sub-ambient Tg of the fibrous material contained in the thermosetting resin matrix before the ultrasonic welding; and further wherein the thickness of the permanent join is from 50% to 150% of the average thickness of each of the two overlaid sections before they are overlaid.
A piezo drive unit comprising a holder, a moving member and at least a first and a second actuator (53, 54) connected to the holder for interacting with a plane of the surface of the moving member and displacing the moving member relative to the holder, wherein: the holder has a first section and a second section; the first and second actuators (53, 54) are connected to the first section; the first section includes a part proximate to the surface and a part distal to the surface; the second section is connected to a support for mounting the piezo drive unit; and characterized in that the second section is connected by a first flexible hinge to the proximate part of the first section. the holder has a first section and a second section; the first and second actuators (53, 54) are connected to the first section; the first section includes a part proximate to the surface and a part distal to the surface; the second section is connected to a support for mounting the piezo drive unit; and characterized in that the second section is connected by a first flexible hinge to the proximate part of the first section.
Surface treatment method, comprising the consecutive steps of: a) providing a substrate composed of a metal or alloy, wherein the substrate preferably consists of a metal selected from the group consisting of iron, aluminum, copper, tin, zinc, nickel and alloys comprising one or more of said metals; b) providing an aqueous treatment liquid comprising more than 1000 ppm and less than 25000 ppm of one or more galactarate salts, preferably more than 1000 ppm and less than 20000 ppm, less than 15000 ppm, less than 12000 ppm of one or more galactarate salts; c) contacting the substrate and the aqueous treatment liquid so as to allow the aqueous treatment liquid to cover at least part of the surface of the substrate; and d) subjecting the surface of the substrate covered by the aqueous treatment liquid to a drying operation and recovering an article comprising said substrate and a film layer on the at least part of the surface of the substrate, wherein said film layer comprises one or more galactarate salts. a) providing a substrate composed of a metal or alloy, wherein the substrate preferably consists of a metal selected from the group consisting of iron, aluminum, copper, tin, zinc, nickel and alloys comprising one or more of said metals; b) providing an aqueous treatment liquid comprising more than 1000 ppm and less than 25000 ppm of one or more galactarate salts, preferably more than 1000 ppm and less than 20000 ppm, less than 15000 ppm, less than 12000 ppm of one or more galactarate salts; c) contacting the substrate and the aqueous treatment liquid so as to allow the aqueous treatment liquid to cover at least part of the surface of the substrate; and d) subjecting the surface of the substrate covered by the aqueous treatment liquid to a drying operation and recovering an article comprising said substrate and a film layer on the at least part of the surface of the substrate, wherein said film layer comprises one or more galactarate salts.
Device for controlling the operation of a power load belonging to a terminal electrical installation according to events which are related to the operation or management of an electrical network, characterized in that it comprises: - at least one functional block forming first means (3, 8, 10) for receiving at least one remote control command; - at least one functional block (7, 3, 8) exploiting the voltage of the terminal electrical installation for extracting at least one autonomous setpoint from the value of the voltage of the terminal electrical installation and/or from its evolution in time and/or from the value of the frequency of the alternating voltage of the terminal electrical installation and/or from its evolution in time, and/or for receiving at least one remote control command by ripple control or by powerline communications, the at least one functional block exploiting the voltage of the terminal electrical installation then forming second means (3, 8) for receiving at least one remote control command; - a functional block determining the functional status of said controlled power load, as a function of the at least one remote control command received and/or of the at least one extracted autonomous setpoint and/or of a command from the user. - at least one functional block forming first means (3, 8, 10) for receiving at least one remote control command; - at least one functional block (7, 3, 8) exploiting the voltage of the terminal electrical installation for extracting at least one autonomous setpoint from the value of the voltage of the terminal electrical installation and/or from its evolution in time and/or from the value of the frequency of the alternating voltage of the terminal electrical installation and/or from its evolution in time, and/or for receiving at least one remote control command by ripple control or by powerline communications, the at least one functional block exploiting the voltage of the terminal electrical installation then forming second means (3, 8) for receiving at least one remote control command; - a functional block determining the functional status of said controlled power load, as a function of the at least one remote control command received and/or of the at least one extracted autonomous setpoint and/or of a command from the user.
A method of manufacturing an electronic device comprising a layer of semiconductive material and at least one insulative feature, the or each insulative feature being arranged to electrically interrupt the layer of semiconductive material Z and inhibit current flow from semiconductive material on one side of the feature to semiconductive material on the other side of the feature, the method comprising: providing a layer of semiconductive material, and a layer of compressible material supporting the layer of semiconductive material; and forming the or each insulative feature by a method comprising displacing a respective selected portion of the layer of semiconductive material towards the compressible material so as to compress compressible material under the or each displaced portion and separate at least partly the or each displaced portion from undisplaced semiconductive material (1a, 1b). providing a layer of semiconductive material, and a layer of compressible material supporting the layer of semiconductive material; and forming the or each insulative feature by a method comprising displacing a respective selected portion of the layer of semiconductive material towards the compressible material so as to compress compressible material under the or each displaced portion and separate at least partly the or each displaced portion from undisplaced semiconductive material (1a, 1b).
Use of mixtures comprising polymer types A, B and AB as or in adhesives, polymer type A being a copolyester prepared with cocondensation of unsaturated aliphatic dicarboxylic acids, polymer type B being a (meth)acrylate homopolymer and/or copolymer, and polymer type AB being a graft copolymer of polymer type A and polymer type B, characterized in that polymer type AB comprises graft copolymers with polyester main chains and poly(meth)acrylate side chains and in that the adhesives comprise reactive hotmelt adhesives.
A method for a device-to-device, D2D, operation in a wireless communication system, the method performed by a user equipment, UE, and comprising: generating UE capability information indicating a capability of the UE; and transmitting the UE capability information to a network, wherein the UE capability information includes D2D communication support band information, which indicates bands on which the UE supports a D2D communication, and D2D discovery support band information, which indicates bands on which the UE supports a D2D discovery, respectively. generating UE capability information indicating a capability of the UE; and transmitting the UE capability information to a network, wherein the UE capability information includes D2D communication support band information, which indicates bands on which the UE supports a D2D communication, and D2D discovery support band information, which indicates bands on which the UE supports a D2D discovery, respectively.
A wireless communications method comprising: determining, by a network device, a period of a reference signal resource and a time domain resource offset of the reference signal resource; sending, by the network device, time domain resource configuration information of the reference signal resource to a terminal; determining, by the network device, at least one target first time domain resource unit according to the period and the time domain resource offset; characterized by determining, by the network device, at least one target second time domain resource unit from the at least one target first time domain resource unit, wherein a first time domain resource unit is used as a time unit for the at least one target first time domain resource unit, a second time domain resource unit is used as a time unit for the at least one target second time domain resource unit, and each of the first time domain resource unit comprises at least one second time domain resource unit; and sending, by the network device, a reference signal on a reference signal resource in the at least one target second time domain resource unit or performing, by the network device, rate matching on a signal on a reference signal resource in the at least one target second time domain resource unit. determining, by a network device, a period of a reference signal resource and a time domain resource offset of the reference signal resource; sending, by the network device, time domain resource configuration information of the reference signal resource to a terminal; determining, by the network device, at least one target first time domain resource unit according to the period and the time domain resource offset; characterized by determining, by the network device, at least one target second time domain resource unit from the at least one target first time domain resource unit, wherein a first time domain resource unit is used as a time unit for the at least one target first time domain resource unit, a second time domain resource unit is used as a time unit for the at least one target second time domain resource unit, and each of the first time domain resource unit comprises at least one second time domain resource unit; and sending, by the network device, a reference signal on a reference signal resource in the at least one target second time domain resource unit or performing, by the network device, rate matching on a signal on a reference signal resource in the at least one target second time domain resource unit.
A press head for axially pressing pipes, having a base body, which has two receivers (38, 39) for pipes with differently sized diameters, characterized in that the receivers (38, 39) are provided on the same side of the base body and merge into one another, and in that at least one stop protrudes in the receiver (38, 39), which stop extends along the edge of the receivers (38, 39).
A method of allocating computer resources in a computer system including a multicore processor having a plurality of cores, the method comprising: monitoring usage of the computer resources by a plurality of processes executing on the computer system; determining, based upon the monitoring, that one of the plurality of processes executing on the computer system is a game application, wherein the determining that the process is a game application is based on a finding that the process: consumes greater than a predefined threshold of the computer resources; and is in an interactive state corresponding to at least one of (i) operation of the process in fullscreen mode, and (ii) operation of the process in windowed mode wherein a window of the application is a foreground window; modifying an operating state of the computer system from a default state to an optimized state in which the allocation of computer resources to the game application are increased, thereby improving performance of the game application; detecting that the game application has transitioned from the interactive state to a non-interactive state, wherein the detecting includes determining that a user interface window of the game application has been minimized; and based upon the detected transition to the non-interactive state, reverting the operating state of the computer system from the optimized state to the default state. monitoring usage of the computer resources by a plurality of processes executing on the computer system; determining, based upon the monitoring, that one of the plurality of processes executing on the computer system is a game application, wherein the determining that the process is a game application is based on a finding that the process: consumes greater than a predefined threshold of the computer resources; and is in an interactive state corresponding to at least one of (i) operation of the process in fullscreen mode, and (ii) operation of the process in windowed mode wherein a window of the application is a foreground window; consumes greater than a predefined threshold of the computer resources; and is in an interactive state corresponding to at least one of (i) operation of the process in fullscreen mode, and (ii) operation of the process in windowed mode wherein a window of the application is a foreground window; modifying an operating state of the computer system from a default state to an optimized state in which the allocation of computer resources to the game application are increased, thereby improving performance of the game application; detecting that the game application has transitioned from the interactive state to a non-interactive state, wherein the detecting includes determining that a user interface window of the game application has been minimized; and based upon the detected transition to the non-interactive state, reverting the operating state of the computer system from the optimized state to the default state.
A method for operating a memo function cooperating with an audio recording function, to allow a user to input and store a memo associated with recorded audio data, the method comprising: executing a memo function and an audio recording function, wherein the memo function is inputting and storing a memo as memo data, and the audio recording function is collecting and recording an audio signal as audio data; receiving the memo data and the audio data simultaneously in real time; synchronizing the memo data with the audio data in response to the receiving of the memo data and the audio data, wherein the memo data comprises a plurality of objects, wherein an object is an unit of inputting memo, having an input time and an input length, and each object is mapped to an index time point on the timeline of the audio data; storing a memo including memo data synchronized with audio data, outputting a screen representing the stored memo on a touch screen, wherein the screen displays a progress bar for displaying a playback state of the recorded audio data to a first area and displays the memo data comprising the plurality of objects, each having a size according to its input length, to a second area; receiving a request for selecting an object of the plurality of objects while the audio data is played back; characterized in further comprising: moving playback of the audio data to a selected time point based on an index time point mapped to the selected object and a ratio of a length from a start position of the selected object to a touch point on the selected object, to an entire length of the selected object. executing a memo function and an audio recording function, wherein the memo function is inputting and storing a memo as memo data, and the audio recording function is collecting and recording an audio signal as audio data; receiving the memo data and the audio data simultaneously in real time; synchronizing the memo data with the audio data in response to the receiving of the memo data and the audio data, wherein the memo data comprises a plurality of objects, wherein an object is an unit of inputting memo, having an input time and an input length, and each object is mapped to an index time point on the timeline of the audio data; storing a memo including memo data synchronized with audio data, outputting a screen representing the stored memo on a touch screen, wherein the screen displays a progress bar for displaying a playback state of the recorded audio data to a first area and displays the memo data comprising the plurality of objects, each having a size according to its input length, to a second area; receiving a request for selecting an object of the plurality of objects while the audio data is played back; characterized in further comprising: moving playback of the audio data to a selected time point based on an index time point mapped to the selected object and a ratio of a length from a start position of the selected object to a touch point on the selected object, to an entire length of the selected object.