mhurhangee/ep-ind-claims huggingface dataset:
A door assembly comprising a vehicle door and a retractable-step system for getting into and out of a vehicle; the vehicle door comprising a doorway and at least one leaf movable along a path for opening/ closing said doorway; the retractable-step system comprising: - at least one step; - a supporting element, which carries said step and is movable between a raised position and a lowered position; in the lowered position said step projecting from said supporting element along a first horizontal axis; - a control member, which can be operated manually for being displaced between a first position and a second position; - a stop device, which is activated and deactivated in response to the displacement of said control member so as to withhold said supporting element in the raised position when said control member is arranged in the first position and so as to leave said supporting element free to move into the lowered position when said control member is arranged in the second position; - a retention portion, which, in the second position of said control member, projects along a second horizontal axis orthogonal to said first horizontal axis in a position such as to intercept said path and keep the vehicle door open. - at least one step; - a supporting element, which carries said step and is movable between a raised position and a lowered position; in the lowered position said step projecting from said supporting element along a first horizontal axis; - a control member, which can be operated manually for being displaced between a first position and a second position; - a stop device, which is activated and deactivated in response to the displacement of said control member so as to withhold said supporting element in the raised position when said control member is arranged in the first position and so as to leave said supporting element free to move into the lowered position when said control member is arranged in the second position; - a retention portion, which, in the second position of said control member, projects along a second horizontal axis orthogonal to said first horizontal axis in a position such as to intercept said path and keep the vehicle door open.
A memristor device (10, 100) comprising: - a first electrode; - a second electrode; - a cathode metal layer disposed on a surface of the first electrode; and - an active region disposed between and in electrical contact with the second electrode and the cathode metal layer, the active region comprising at least one layer of an amorphous metal oxide (50, 60); wherein the memristor device (10, 100) is designed such that the active region exhibits a resistive switching behaviour when a switching voltage is applied between the first and second electrodes (20, 30), and the at least one layer of amorphous metal oxide (50, 60) includes an oxygen deficient amorphous metal oxide; characterized in that the oxygen deficient amorphous metal oxide includes a strontium titanate expressed by a formula amorphous-SrTiO 3-x, wherein 0.05 < x < 0.15. - a first electrode; - a second electrode; - a cathode metal layer disposed on a surface of the first electrode; and - an active region disposed between and in electrical contact with the second electrode and the cathode metal layer, the active region comprising at least one layer of an amorphous metal oxide (50, 60);
A method in a radio system node comprising receiving a measurement report from a mobile station relating to a signal strength of a transmission received by the mobile station, wherein the transmission involves several simultaneous co-channel transmissions, the method further comprising the step of: - modifying the report based on the individual power set for the mobile station when several co-channel signals are transmitted simultaneously in the same time slot on the same frequency, wherein the transmission is performed using an α-QPSK modulation, wherein the report is modified based on the α used in the transmission. - modifying the report based on the individual power set for the mobile station when several co-channel signals are transmitted simultaneously in the same time slot on the same frequency, wherein the transmission is performed using an α-QPSK modulation, wherein the report is modified based on the α used in the transmission.
An antenna comprising: a set of at least two antenna coils (1,2,3,4); a bank of at least two capacitors (C1,C2,C3,C4); and a switching arrangement (S1-S4), wherein the switching arrangement (S1-S4) is configurable to define at least two operating modes, each operating mode comprising a different number of the antenna coils in series and a different capacitance in parallel with the antenna coils, in which at least two operating modes a different combination of antenna coils and capacitors is connected into circuit, such as to define the same operating frequency in the at least two operating modes but with a different number of antenna coils, wherein the switching arrangement comprises a respective switch between one terminal of each coil and the capacitor bank. a set of at least two antenna coils (1,2,3,4); a bank of at least two capacitors (C1,C2,C3,C4); and a switching arrangement (S1-S4), wherein the switching arrangement (S1-S4) is configurable to define at least two operating modes, each operating mode comprising a different number of the antenna coils in series and a different capacitance in parallel with the antenna coils, in which at least two operating modes a different combination of antenna coils and capacitors is connected into circuit, such as to define the same operating frequency in the at least two operating modes but with a different number of antenna coils, wherein the switching arrangement comprises a respective switch between one terminal of each coil and the capacitor bank.
Refrigerator with at least a tray which can be placed in the interior of the refrigerator at a certain height and which can be removed therefrom, wherein side walls of the refrigerator are provided with means for pushing in or laying the tray in the interior, wherein a catch means which can be operated by hand for fixing the tray positioned inside the interior is attributed to the tray and which is in operative connection with a counterpart element attributed to the interior, wherein the catch means is positioned in a door-side front rail of the tray, wherein the counterpart element is arranged in the door-side front area of the side wall, characterized in that the catch means comprises a bolt loaded by a spring and arranged in a substantially sleeve-shaped rail part in a longitudinally movable and rotatable manner, wherein the bolt is provided with a locking part which can be actuated manually, from which it is kept against the spring force in the rail part in a retracted position, wherein the bolt can be clamped into the counterpart element such that it protrudes laterally out of the rail by the force of the spring during unlatching the locking part.
A circuit for a droplet deposition apparatus, the circuit configured to generate a drive waveform (30, 50) having a drive pulse (32, 52), a first non-ejection pulse (34, 54) and a second non-ejection pulse (36, 56); wherein the first non-ejection pulse (34, 54) is inverted with respect to the second non-ejection pulse (36, 56); characterised in that the drive waveform (30, 50) comprises a first, nonzero, delay (CmG) between the first non-ejection pulse (34, 54) and the second non-ejection pulse (36, 56). a drive pulse (32, 52), a first non-ejection pulse (34, 54) and a second non-ejection pulse (36, 56); wherein the first non-ejection pulse (34, 54) is inverted with respect to the second non-ejection pulse (36, 56); characterised in that the drive waveform (30, 50) comprises a first, nonzero, delay (CmG) between the first non-ejection pulse (34, 54) and the second non-ejection pulse (36, 56).
A method for accessing a register file associated with a multithreaded processor, the multithreaded processor having a cache memory, the method comprising: determining a thread identifier associated with a particular thread of the multithreaded processor; selecting a particular one out of separate portions of the register file (T0-T3) to be accessed by the corresponding processor thread based on token triggered threading utilizing at least a portion of the thread identifier; wherein the register file is separate from the cache memory of the multithreaded processor; wherein the cache memory fetches instructions through an instruction decoder; and wherein the separate portions of the register file are accessed by the threads of the multithreaded processor alternatingly over a plurality of processor clock cycles such that register accesses by odd-numbered threads are directed to different portions of the register file as compared to even-numbered threads. determining a thread identifier associated with a particular thread of the multithreaded processor; selecting a particular one out of separate portions of the register file (T0-T3) to be accessed by the corresponding processor thread based on token triggered threading utilizing at least a portion of the thread identifier; wherein the register file is separate from the cache memory of the multithreaded processor; wherein the cache memory fetches instructions through an instruction decoder; and wherein the separate portions of the register file are accessed by the threads of the multithreaded processor alternatingly over a plurality of processor clock cycles such that register accesses by odd-numbered threads are directed to different portions of the register file as compared to even-numbered threads.
A switchyard for interconnecting at least three direct current power networks (N1, N2, N3; N1, N2, N3, N4), the switchyard comprising a number of interconnected entities comprising: at least two main circuit breakers (MB1, MB2), and a number of transfer switches (TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8), wherein each network has two connections to the switchyard, each provided via a transfer switch (TS1_N, TS2_N)), and each network is joined with every other network via a corresponding path through at least one main circuit breaker as well as via a corresponding path bypassing all main circuit breakers, characterized in that each main circuit beaker has four connections in the switchyard, two at each end of the main circuit breaker provided via a transfer switch (TS3_MB, TS4_MB, TS5_MB, TS6_MB), thereby each main circuit breaker is connected between two networks via two network interconnecting transfer switches, one on each side of the main circuit breaker, where there is at least one bypass branch in parallel with the main circuit breaker, which bypass branch comprises a bypass transfer switch and is connected between the two network interconnecting transfer switches, and there is at least one circuit breaker interconnecting branch between the two circuit breakers and comprising a circuit breaker interconnecting transfer switch. at least two main circuit breakers (MB1, MB2), and a number of transfer switches (TS1, TS2, TS3, TS4, TS5, TS6, TS7, TS8), wherein each network has two connections to the switchyard, each provided via a transfer switch (TS1_N, TS2_N)), and each network is joined with every other network via a corresponding path through at least one main circuit breaker as well as via a corresponding path bypassing all main circuit breakers, characterized in that each main circuit beaker has four connections in the switchyard, two at each end of the main circuit breaker provided via a transfer switch (TS3_MB, TS4_MB, TS5_MB, TS6_MB), thereby each main circuit breaker is connected between two networks via two network interconnecting transfer switches, one on each side of the main circuit breaker, where there is at least one bypass branch in parallel with the main circuit breaker, which bypass branch comprises a bypass transfer switch and is connected between the two network interconnecting transfer switches, and there is at least one circuit breaker interconnecting branch between the two circuit breakers and comprising a circuit breaker interconnecting transfer switch.
A proxy-based encryption method, comprising: generating (101, 301), according to a private key of a sending end and a public key of a receiving end, proxy keys that correspond to at least two proxy servers, respectively, wherein the number of the proxy keys is equal to the number of the proxy servers and the proxy keys are different from one another; and sending (102, 303) encrypted ciphertexts and the proxy keys that correspond to the at least two proxy servers respectively to the at least two proxy servers, respectively, so that the at least two proxy servers re-encrypt the encrypted ciphertexts according to the corresponding proxy keys, respectively. generating (101, 301), according to a private key of a sending end and a public key of a receiving end, proxy keys that correspond to at least two proxy servers, respectively, wherein the number of the proxy keys is equal to the number of the proxy servers and the proxy keys are different from one another; and sending (102, 303) encrypted ciphertexts and the proxy keys that correspond to the at least two proxy servers respectively to the at least two proxy servers, respectively, so that the at least two proxy servers re-encrypt the encrypted ciphertexts according to the corresponding proxy keys, respectively.
A two-wheeled vehicle tire comprising: a carcass extending between bead cores each disposed in a respective one of bead portions through a tread portion and sidewall portions, the carcass comprising at least one carcass ply having a ply main portion extending between the bead cores through the tread portion; and a bead apex rubber extending radially outwardly from each bead core, wherein the bead apex rubber comprises a first rubber portion arranged adjacent to the ply main portion, and a second rubber portion arranged axially outwardly of the first rubber portion, the first rubber portion has a first end positioning radially outermost thereof, the second rubber portion has a second end positioning radially outermost thereof, and the first end is located radially outwardly of the second end, and characterized in that a substantially constant-thickness region of the first rubber portion in which a difference between a maximum thickness and a minimum thickness is equal to or less than 20% of the minimum thickness has a length equal to or more than 80% of a radial height of the first rubber portion from the bead core to the first end. a carcass extending between bead cores each disposed in a respective one of bead portions through a tread portion and sidewall portions, the carcass comprising at least one carcass ply having a ply main portion extending between the bead cores through the tread portion; and a bead apex rubber extending radially outwardly from each bead core, wherein the bead apex rubber comprises a first rubber portion arranged adjacent to the ply main portion, and a second rubber portion arranged axially outwardly of the first rubber portion, the first rubber portion has a first end positioning radially outermost thereof, the second rubber portion has a second end positioning radially outermost thereof, and the first end is located radially outwardly of the second end, and characterized in that a substantially constant-thickness region of the first rubber portion in which a difference between a maximum thickness and a minimum thickness is equal to or less than 20% of the minimum thickness has a length equal to or more than 80% of a radial height of the first rubber portion from the bead core to the first end.
An electronic apparatus having a main unit, wherein the main unit comprises: a first display unit incorporated in the main unit, a connector provided on the main unit and configured to output digital video signals; a determining means (11, 16); a memory; a means (11, 17) for executing a video-data reproducing application program; and a controlling means, wherein the determining means (11, 16) is adapted to determine whether a second display unit is connected to the connecter to display images represented by the digital video signals; and set a flag in the memory when the second display unit is connected to the connector; and wherein the determining means (11, 16) is further adapted, at the time of activating the means (11, 17) for executing a video-data reproducing application program, to: check the flag in the memory; acquire display parameters from the second display unit in accordance with the flag having been set in the memory; and set the second display unit as the display device of the electronic apparatus in accordance with the display parameter information; wherein the controlling means is thereby enabled to control the second display unit to display images represented by the digital video signals, in accordance with the flag set in the memory at the time of activating the video-data reproducing application program. a first display unit incorporated in the main unit, a connector provided on the main unit and configured to output digital video signals; a determining means (11, 16); a memory; a means (11, 17) for executing a video-data reproducing application program; and a controlling means, check the flag in the memory; acquire display parameters from the second display unit in accordance with the flag having been set in the memory; and set the second display unit as the display device of the electronic apparatus in accordance with the display parameter information; wherein the controlling means is thereby enabled to control the second display unit to display images represented by the digital video signals, in accordance with the flag set in the memory at the time of activating the video-data reproducing application program.
A method for preventing mis-adaptation in a feed-forward road noise cancellation, RNC, system, the method comprising: adjusting an adaptive transfer characteristic of a controllable filter based on a noise signal received from a sensor, an error signal received from a microphone located in a cabin of a vehicle, and an adaptation parameter; generating an anti-noise signal based in part on the adaptive transfer characteristic, the anti-noise signal to be radiated by a speaker as anti-noise within the cabin of the vehicle; receiving at least one sensor signal; detecting a non-stationary event based on signal parameters sampled from a frame of the at least one sensor signal; and modifying the adaptation parameter for a duration of the frame in response to detecting the non-stationary event, wherein the controllable filter is controlled according to a least mean square, LMS, algorithm, wherein modifying the adaptation parameter includes reducing a step size of the LMS algorithm, wherein detecting a non-stationary event comprises analyzing sensor data within the frame by calculating the fast Fourier transform, FFT, of the frame, and wherein the sensor is a vibration sensor and the at least one sensor signal is the noise signal. adjusting an adaptive transfer characteristic of a controllable filter based on a noise signal received from a sensor, an error signal received from a microphone located in a cabin of a vehicle, and an adaptation parameter; generating an anti-noise signal based in part on the adaptive transfer characteristic, the anti-noise signal to be radiated by a speaker as anti-noise within the cabin of the vehicle; receiving at least one sensor signal; detecting a non-stationary event based on signal parameters sampled from a frame of the at least one sensor signal; and modifying the adaptation parameter for a duration of the frame in response to detecting the non-stationary event, wherein the controllable filter is controlled according to a least mean square, LMS, algorithm, wherein modifying the adaptation parameter includes reducing a step size of the LMS algorithm, wherein detecting a non-stationary event comprises analyzing sensor data within the frame by calculating the fast Fourier transform, FFT, of the frame, and wherein the sensor is a vibration sensor and the at least one sensor signal is the noise signal.
Method for coating a workpiece, in particular on its narrow side, with a coating material, wherein the coating material is multi-layered and has a carrier layer, an activatable adhesive layer and a further activatable layer between the carrier layer and the activatable adhesive layer, having the steps of: delivering the coating material, activating at least the adhesive layer by means of a first energy source, activating the further activatable layer by means of a second energy source, wherein the first and second energy sources are different, moving the coating material and a workpiece relative to each other, and in the process pressing the coating material against the workpiece. delivering the coating material, activating at least the adhesive layer by means of a first energy source, activating the further activatable layer by means of a second energy source, wherein the first and second energy sources are different, moving the coating material and a workpiece relative to each other, and in the process pressing the coating material against the workpiece.
A method implemented by a processor of a mobile device for executing synchronization of the mobile device with a message mailbox on a server, the message mailbox containing a plurality of messages for synchronization, the method comprising: sending a request to the server to identify a first subset of most recently received messages from among the plurality of messages; retrieving the first subset of messages from the server; retrieving, from the server, messages belonging to conversations that include at least one of the messages in the first subset, prior to retrieving more recently received messages that are not in the first subset and do not belong to any conversation that includes at least one of the messages in the first subset; identifying a second subset of most recently received messages from among the plurality of messages, wherein the second subset does not contain any of the messages previously retrieved to the mobile device; retrieving the second subset of messages from the server; retrieving, from the server, messages belonging to conversations that include at least one of the messages in the second subset, prior to retrieving more recently received messages that are not in the second subset and do not belong to any conversation that includes at least one of the messages in the second subset; and synchronizing a mail client application on the device with the retrieved messages by indicating a correspondence between related messages belonging to the same conversations. sending a request to the server to identify a first subset of most recently received messages from among the plurality of messages; retrieving the first subset of messages from the server; retrieving, from the server, messages belonging to conversations that include at least one of the messages in the first subset, prior to retrieving more recently received messages that are not in the first subset and do not belong to any conversation that includes at least one of the messages in the first subset; identifying a second subset of most recently received messages from among the plurality of messages, wherein the second subset does not contain any of the messages previously retrieved to the mobile device; retrieving the second subset of messages from the server; retrieving, from the server, messages belonging to conversations that include at least one of the messages in the second subset, prior to retrieving more recently received messages that are not in the second subset and do not belong to any conversation that includes at least one of the messages in the second subset; and synchronizing a mail client application on the device with the retrieved messages by indicating a correspondence between related messages belonging to the same conversations.