mhurhangee/ep-ind-claims huggingface dataset:
Interface circuit for operating a light source, comprising: - a first and second pair of input terminals (7a, 7b) for connecting to lamp connection terminals of an high-frequency fluorescent lamp driver, - a first string comprising a series arrangement of first two resistors, interconnecting the first pair of input terminals to a first terminal formed by a common terminal of the first two series resistors, - a second string comprising a series arrangement of second two resistors, interconnecting the second pair of input terminals to a second terminal formed by a common terminal of the second two resistors, - a third string interconnecting the first terminal and the second terminal and comprising a rectifier, wherein output terminals of the rectifier are arranged to be coupled to the light source, and wherein a first unidirectional switching element is arranged to control the conductive state of the third string, such that the third string delivers a driving current to the light source when the first unidirectional switching element is conductive, - a fourth string also interconnecting the first terminal and the second terminal and comprising a sensor circuit, having an output terminal coupled to a control electrode of the first unidirectional switching element, for sensing the amplitude of a high frequency AC voltage between the first and the second terminal and for rendering the first unidirectional switching element conductive when the amplitude of the high frequency AC voltage reaches a predetermined value. - a first and second pair of input terminals (7a, 7b) for connecting to lamp connection terminals of an high-frequency fluorescent lamp driver, - a first string comprising a series arrangement of first two resistors, interconnecting the first pair of input terminals to a first terminal formed by a common terminal of the first two series resistors, - a second string comprising a series arrangement of second two resistors, interconnecting the second pair of input terminals to a second terminal formed by a common terminal of the second two resistors, - a third string interconnecting the first terminal and the second terminal and comprising a rectifier, wherein output terminals of the rectifier are arranged to be coupled to the light source, and wherein a first unidirectional switching element is arranged to control the conductive state of the third string, such that the third string delivers a driving current to the light source when the first unidirectional switching element is conductive, - a fourth string also interconnecting the first terminal and the second terminal and comprising a sensor circuit, having an output terminal coupled to a control electrode of the first unidirectional switching element, for sensing the amplitude of a high frequency AC voltage between the first and the second terminal and for rendering the first unidirectional switching element conductive when the amplitude of the high frequency AC voltage reaches a predetermined value.
A vehicle body structure in which left and right side frames are located on both sides in a vehicle width direction, wherein each of the left and right side frames includes a distal end on an external force acting side that receives a collision load (As) in a vehicle longitudinal direction acting from outside of a vehicle, and a proximal end on an opposite side of the distal end, the left and right side frames are provided with a plurality of fragile portions (81, 82, 83) on left and right sides, the plurality of fragile portions (81, 82, 83) on the left and right sides comprise at least left and right first fragile portions located at the distal ends, and left and right second fragile portions (82, 83) located on sides of the proximal ends apart from the left and right first fragile portions, and an area of each of the left and right first fragile portions is set to be larger than each of areas (A2, A3) of the left and right second fragile portions (82, 83), characterized in that the left and right side frames have left and right through holes in some left and right fragile portions in the plurality of fragile portions (81, 82, 83) on the left and right sides, and the left and right through holes are located substantially at a center in the vehicle longitudinal direction of the fragile portions with the left and right through holes as starting points of a deformation caused by the collision load (fs).
Method for removing at least one book cover from a conveyor flow of book covers moved in a main transport direction on a book production line for producing books, in particular for producing very short production runs of books, wherein the books consist at least of a book block and a hard book cover protecting the book block, comprising the process steps: a) identification of markings both of the book blocks and of the book covers, and b) removal of the at least one book cover in dependence on an evaluation, taking place in a machine control system, of the identification previously carried out, whereas c) a stack of book covers and a number of book blocks being supplied to the book production line and d) the marking of at least one book cover in the conveyor flow of the book production line being identified and forwarded to the machine control system, characterised in that e) on the basis of the marking of at least one book cover of the stack supplied, the machine control system allocates a dataset, stored in the machine control system and relating to the sequence of the book covers, to the stack supplied, and/or in that an operator allocates this dataset to the stack supplied, f) on the basis of the markings of the book blocks supplied, a sequence of these book blocks is determined in the machine control system and compared to the dataset relating to the sequence of the book covers, g) as a result of this comparison and in the event that at least one book block is missing in relation to the sequence of the book covers, the machine control system causes at least one book cover corresponding to the at least one missing book block to be removed. a) identification of markings both of the book blocks and of the book covers, and b) removal of the at least one book cover in dependence on an evaluation, taking place in a machine control system, of the identification previously carried out, whereas c) a stack of book covers and a number of book blocks being supplied to the book production line and d) the marking of at least one book cover in the conveyor flow of the book production line being identified and forwarded to the machine control system, characterised in that e) on the basis of the marking of at least one book cover of the stack supplied, the machine control system allocates a dataset, stored in the machine control system and relating to the sequence of the book covers, to the stack supplied, and/or in that an operator allocates this dataset to the stack supplied, f) on the basis of the markings of the book blocks supplied, a sequence of these book blocks is determined in the machine control system and compared to the dataset relating to the sequence of the book covers, g) as a result of this comparison and in the event that at least one book block is missing in relation to the sequence of the book covers, the machine control system causes at least one book cover corresponding to the at least one missing book block to be removed.
A method for energizing an electric system, comprising: applying an energizing trigger to a first battery subassembly; and in response to the energizing trigger, connecting the first battery subassembly in series to a second battery subassembly; characterized in that: the first battery subassembly is connected in series to the second battery subassembly via a current-limiting path in response to the energizing trigger; and in that the method further comprises: delivering electric power from the first and second battery subassemblies (282, 284) connected in series via the current-limiting path to energize a system controller; and once the system controller is energized, connecting the first battery subassembly in series to the second battery subassembly via a non-current-limiting path. applying an energizing trigger to a first battery subassembly; and in response to the energizing trigger, connecting the first battery subassembly in series to a second battery subassembly; characterized in that: the first battery subassembly is connected in series to the second battery subassembly via a current-limiting path in response to the energizing trigger; and in that the method further comprises: delivering electric power from the first and second battery subassemblies (282, 284) connected in series via the current-limiting path to energize a system controller; and once the system controller is energized, connecting the first battery subassembly in series to the second battery subassembly via a non-current-limiting path. the first battery subassembly is connected in series to the second battery subassembly via a current-limiting path in response to the energizing trigger; and in that the method further comprises: delivering electric power from the first and second battery subassemblies (282, 284) connected in series via the current-limiting path to energize a system controller; and once the system controller is energized, connecting the first battery subassembly in series to the second battery subassembly via a non-current-limiting path. delivering electric power from the first and second battery subassemblies (282, 284) connected in series via the current-limiting path to energize a system controller; and once the system controller is energized, connecting the first battery subassembly in series to the second battery subassembly via a non-current-limiting path.
Process for the connection of two plastics elements (1, 2), in particular for the production of a plastics housing, by means of a composite element, where the composite element has been designed as a sheet with at least one adhesive mass, and the adhesive mass is initially non-adherant, where the composite element is arranged between the plastics elements (1, 2) and where the adhesive mass is activated and the plastics elements (1, 2) are thus permanently connected to one another by means of the composite element.
A method for managing the charging of a set of electric vehicle traction batteries, wherein each battery of said set of batteries is provided for being charged in isolation in a charging step through a same local electric power distribution network to which it is connected, said local network being part of an electric power distribution network deployed downstream from a same local transformer, characterized in that it comprises a charging coordination step of said set of batteries wherein a battery charge management automaton associated with each battery of said set is provided, able to establish a bidirectional communication with a battery manager implemented at said local electric power distribution network, said battery manager being connected to said local network downstream from said transformer, and wherein, before the actual start of said charging step, an optimum charging profile is determined for each battery to be charged using said charge management automaton associated with said battery, taking into account an electric consumption signal provided to said automaton by said manager, able to indicate an overall electric consumption profile contemplated over said local network resulting from individual choices of charging profile specific to each battery iteratively emitted by each respective automaton destined for said manager.
A synchronization method of an electronic device with a touch screen, comprising: displaying a first shortcut icon (2010, 2020, 2030) corresponding to a first application on a launch bar on the touch screen in response to a first drag operation detected on the first shortcut icon (2010, 2020, 2030) being moved to the launch bar while the electronic device is in a user-interface unlock state; in response to the first shortcut icon (2010, 2020, 2030) being moved to the launch bar, displaying a first function image (2110, 2120,2130) of the first shortcut icon (2010, 2020, 2030) corresponding to the first application on the touch screen after the electronic device enters a user-interface lock state from the user-interface unlock state; and in response to a second drag operation associated with the first function image of the first shortcut icon when the electronic device is in the user-interface lock state, launching the first application. displaying a first shortcut icon (2010, 2020, 2030) corresponding to a first application on a launch bar on the touch screen in response to a first drag operation detected on the first shortcut icon (2010, 2020, 2030) being moved to the launch bar while the electronic device is in a user-interface unlock state; in response to the first shortcut icon (2010, 2020, 2030) being moved to the launch bar, displaying a first function image (2110, 2120,2130) of the first shortcut icon (2010, 2020, 2030) corresponding to the first application on the touch screen after the electronic device enters a user-interface lock state from the user-interface unlock state; and in response to a second drag operation associated with the first function image of the first shortcut icon when the electronic device is in the user-interface lock state, launching the first application.
A modular disk coextrusion die comprising at least one cell, the cell including a plurality of thin annular disks arranged in a stacked configuration; the cell including a central routing disk having at least one flow opening, a first sub-cell on a first side of the central routing disk, and a second sub-cell on a second side of the central routing disk; the first sub-cell including a first distribution disk, a first transition disk and a first spreader disk; the second sub-cell including a second distribution disk, a second transition disk and a second spreader disk; each distribution disk including a distribution inlet opening, a plurality of outlet openings, and a plurality of channels connecting the distribution inlet opening with the plurality of outlet openings; wherein the distribution inlet opening in the first distribution disk is about 180 degrees opposed to the distribution inlet opening in the second distribution disk. the cell including a central routing disk having at least one flow opening, a first sub-cell on a first side of the central routing disk, and a second sub-cell on a second side of the central routing disk; the first sub-cell including a first distribution disk, a first transition disk and a first spreader disk; the second sub-cell including a second distribution disk, a second transition disk and a second spreader disk; each distribution disk including a distribution inlet opening, a plurality of outlet openings, and a plurality of channels connecting the distribution inlet opening with the plurality of outlet openings; wherein the distribution inlet opening in the first distribution disk is about 180 degrees opposed to the distribution inlet opening in the second distribution disk.
A device for processing system-related events in a portable terminal, the device comprising: a memory for storing a user interface image, referred to as UI image, according to a system-related event; an event collection section for detecting the system-related event generated in the portable terminal and for generating an event message for discriminating the generated system-related event; an agent control section comprising a plurality of specialists corresponding to the system-related events, the agent control section is adapted to select a specialist of the plurality of specialists which corresponds to the event message, and adapted to select and output a UI image identification, referred to as UI ID, which corresponds to the system-related event of the selected specialist; and an agent expression section for accessing and outputting at least one of an image and a text corresponding to the UI ID according to the system-related event; wherein each specialist corresponds to a specific event and is adapted to process the corresponding event and output the processing results, characterized in that, the agent control section further comprises a supervision section for selecting a specialist that is most relevant to the received event among a plurality of specialists, wherein the specialist that is most relevant to the received event is selected by a priority according to the received event. a memory for storing a user interface image, referred to as UI image, according to a system-related event; an event collection section for detecting the system-related event generated in the portable terminal and for generating an event message for discriminating the generated system-related event; an agent control section comprising a plurality of specialists corresponding to the system-related events, the agent control section is adapted to select a specialist of the plurality of specialists which corresponds to the event message, and adapted to select and output a UI image identification, referred to as UI ID, which corresponds to the system-related event of the selected specialist; and an agent expression section for accessing and outputting at least one of an image and a text corresponding to the UI ID according to the system-related event; wherein each specialist corresponds to a specific event and is adapted to process the corresponding event and output the processing results, characterized in that, the agent control section further comprises a supervision section for selecting a specialist that is most relevant to the received event among a plurality of specialists, wherein the specialist that is most relevant to the received event is selected by a priority according to the received event.
Method for estimating the inflation pressure of a tire, said method comprising: - obtaining data representative of the deformation undergone by the tire on a rolling surface; - processing the obtained data in order to obtain a first quantity β representative of the extent of the deformation within a first deformation region substantially corresponding to the footprint between the tire and the rolling surface, characterized in further comprising: - processing the obtained data in order to obtain a second quantity σ, different from the first quantity β, representing the extent of the deformation in a second deformation region, said second region comprising the first deformation region and having a circumferential extension greater than the circumferential extension of the first deformation region, the second quantity σ being obtained starting from at least a part of the obtained data, which corresponds to a portion of said second deformation region which is external to the footprint; - estimating the pressure on the basis of the first quantity β and of the second quantity σ thus obtained. - obtaining data representative of the deformation undergone by the tire on a rolling surface; - processing the obtained data in order to obtain a first quantity β representative of the extent of the deformation within a first deformation region substantially corresponding to the footprint between the tire and the rolling surface, characterized in further comprising: - processing the obtained data in order to obtain a second quantity σ, different from the first quantity β, representing the extent of the deformation in a second deformation region, said second region comprising the first deformation region and having a circumferential extension greater than the circumferential extension of the first deformation region, the second quantity σ being obtained starting from at least a part of the obtained data, which corresponds to a portion of said second deformation region which is external to the footprint; - estimating the pressure on the basis of the first quantity β and of the second quantity σ thus obtained.
A blood flow controlling apparatus comprising: a valve means, the valve means movable between an open state and a closed state, the valve means in the open state extending primarily in a direction along blood flow, the valve means in the closed state extending in a direction transverse to blood flow, the valve means including a plurality of flaps arranged side-by-side with adjacent surfaces having coaptation areas in close contact with each other to prevent leakage between the flaps; an anchoring means arranged to fix the position of the apparatus in a circulatory system, the anchoring means disposed on an outflow side of the valve means; and an elongate connecting means extending between the valve means and the anchoring means, the connecting means axially spacing the valve means from the anchoring means and comprising a plurality of segments, characterized in that: the plurality of segments are arranged in sequence, the segments flexibly movable in relation to each other. a valve means, the valve means movable between an open state and a closed state, the valve means in the open state extending primarily in a direction along blood flow, the valve means in the closed state extending in a direction transverse to blood flow, the valve means including a plurality of flaps arranged side-by-side with adjacent surfaces having coaptation areas in close contact with each other to prevent leakage between the flaps; an anchoring means arranged to fix the position of the apparatus in a circulatory system, the anchoring means disposed on an outflow side of the valve means; and an elongate connecting means extending between the valve means and the anchoring means, the connecting means axially spacing the valve means from the anchoring means and comprising a plurality of segments, characterized in that: the plurality of segments are arranged in sequence, the segments flexibly movable in relation to each other.