mhurhangee/ep-ind-claims huggingface dataset:
A method of providing a graphic user interface GUI of a three dimensional 3D display apparatus operating in association with 3D glasses and transmitting a synchronous signal which synchronizes the 3D glasses and the 3D display apparatus, the method characterised by: receiving a signal containing battery information from the 3D glasses, wherein the signal containing the battery information is a response signal to said synchronous signal; generating a GUI related to the battery information of the 3D glasses, using the battery information contained in the received signal; and displaying the generated GUI. receiving a signal containing battery information from the 3D glasses, wherein the signal containing the battery information is a response signal to said synchronous signal; generating a GUI related to the battery information of the 3D glasses, using the battery information contained in the received signal; and displaying the generated GUI.
A method of wireless communication performed by a user equipment, UE, comprising: determining (315, 410) that an enhanced type-II channel state information, CSI, report configuration, associated with transmitting CSI feedback to a base station, is to be overridden; and transmitting (320, 420), based at least in part on determining that the enhanced type-II CSI report configuration is to be overridden, a CSI report using another CSI report configuration, wherein the CSI report includes the CSI feedback and an indication that the enhanced type-II CSI report configuration has been overridden, and wherein the indication that the enhanced type-II CSI report configuration has been overridden is included in the CSI report using a combination of unused or invalid values associated with at least one of: a rank indicator, RI; a precoding matrix indicator, PMI; or a channel quality indicator, CQI. determining (315, 410) that an enhanced type-II channel state information, CSI, report configuration, associated with transmitting CSI feedback to a base station, is to be overridden; and transmitting (320, 420), based at least in part on determining that the enhanced type-II CSI report configuration is to be overridden, a CSI report using another CSI report configuration, wherein the CSI report includes the CSI feedback and an indication that the enhanced type-II CSI report configuration has been overridden, and wherein the indication that the enhanced type-II CSI report configuration has been overridden is included in the CSI report using a combination of unused or invalid values associated with at least one of: a rank indicator, RI; a precoding matrix indicator, PMI; or a channel quality indicator, CQI. a rank indicator, RI; a precoding matrix indicator, PMI; or a channel quality indicator, CQI.
A method of generating, a Personal Identification Number, PIN, between a first device and a second device in a network, the method comprising: at the first device, securely receiving information for one or more input choices of the second device; at the first device, generating a PIN from the information for the one or more input choices of the second device; at the first device, providing instructions directing an entry of the one or more input choices on the second device; and at the second device, entering one or more input choices in response to the instructions provided by the first device, wherein the second device is operable to generate the same PIN from the entered one or more input choices if the entered one or more input choices are entered as instructed. at the first device, securely receiving information for one or more input choices of the second device; at the first device, generating a PIN from the information for the one or more input choices of the second device; at the first device, providing instructions directing an entry of the one or more input choices on the second device; and at the second device, entering one or more input choices in response to the instructions provided by the first device, wherein the second device is operable to generate the same PIN from the entered one or more input choices if the entered one or more input choices are entered as instructed.
A drumhead (1, 301), comprising: a membrane (10, 310), forming a striking surface of a percussion instrument (100, 300, 400); and a plurality of frame bodies (11, 311, 12, 312a, 312b), connected to an outer edge of the membrane (10, 310) and aligned along the outer edge of the membrane (10, 310), wherein the plurality of frame bodies (11, 311, 12, 312a, 312b) is formed by a plurality of first frame bodies (11, 311) and a plurality of second frame bodies (12, 312a, 312b), wherein each second frame body (12, 312a, 312b) is arranged between and adjacent to two first frame bodies (11, 311), and two ends of each second frame body (12, 312a, 312b) are overlapped with adjacent ones of the first frame bodies (11, 311) of the frame bodies (11, 311, 12, 312a, 312b), the drumhead (1, 301) being characterized in that in a case of being installed to the percussion instrument (100, 300, 400), each of the first frame bodies (11, 311) and of the second frame bodies (12, 312a, 312b) is configured to be folded to be inserted into a holding space of the percussion instrument (100, 300, 400), and each of the second frame bodies (12, 312a, 312b) is configured with a screw hole such that when a tension application member is screwed in the screw hole, the second frame body (12, 312a, 312b) is pulled so that the first frame bodies (11, 311) are pressed against the second frame bodies (12, 312a, 312b) and each of the plurality of frame bodies (11, 311, 12, 312a, 312b) is pulled to apply tension to the membrane (10, 310). a membrane (10, 310), forming a striking surface of a percussion instrument (100, 300, 400); and a plurality of frame bodies (11, 311, 12, 312a, 312b), connected to an outer edge of the membrane (10, 310) and aligned along the outer edge of the membrane (10, 310), wherein the plurality of frame bodies (11, 311, 12, 312a, 312b) is formed by a plurality of first frame bodies (11, 311) and a plurality of second frame bodies (12, 312a, 312b), wherein each second frame body (12, 312a, 312b) is arranged between and adjacent to two first frame bodies (11, 311), and two ends of each second frame body (12, 312a, 312b) are overlapped with adjacent ones of the first frame bodies (11, 311) of the frame bodies (11, 311, 12, 312a, 312b), the drumhead (1, 301) being characterized in that in a case of being installed to the percussion instrument (100, 300, 400), each of the first frame bodies (11, 311) and of the second frame bodies (12, 312a, 312b) is configured to be folded to be inserted into a holding space of the percussion instrument (100, 300, 400), and each of the second frame bodies (12, 312a, 312b) is configured with a screw hole such that when a tension application member is screwed in the screw hole, the second frame body (12, 312a, 312b) is pulled so that the first frame bodies (11, 311) are pressed against the second frame bodies (12, 312a, 312b) and each of the plurality of frame bodies (11, 311, 12, 312a, 312b) is pulled to apply tension to the membrane (10, 310).
A method for carrying out an electrochemical main reaction in an electrochemical reactor, said electrochemical reactor comprising - at least one electrolyte compartment for receiving an aqueous electrolyte, wherein at least one of the side walls of said electrolyte compartment is an electrode or a feeder electrode and an opposite side wall comprises or consist of a separator element, - a plurality of electrically conductive granules forming a working electrode for the electrochemical main reaction in the electrolyte compartment and enclosed in the electrolyte compartment, said granules comprising or consisting of a first material exhibiting at least a first activation overpotential for an electrochemical side reaction within a distance d from the separator element, wherein the electrochemical reactor further comprises - a spacer element for maintaining the conductive granules at least at a distance d from the separator element on at least the electrolyte-facing side of the separator element, wherein the spacer element is electrically conductive and wherein the spacer element comprises or consists of a second material exhibiting a second activation overpotential for the electrochemical side reaction within a distance d from the separator element and wherein the second activation overpotential is larger than the first activation overpotential. - at least one electrolyte compartment for receiving an aqueous electrolyte, wherein at least one of the side walls of said electrolyte compartment is an electrode or a feeder electrode and an opposite side wall comprises or consist of a separator element, - a plurality of electrically conductive granules forming a working electrode for the electrochemical main reaction in the electrolyte compartment and enclosed in the electrolyte compartment, said granules comprising or consisting of a first material exhibiting at least a first activation overpotential for an electrochemical side reaction within a distance d from the separator element, - a spacer element for maintaining the conductive granules at least at a distance d from the separator element on at least the electrolyte-facing side of the separator element, wherein the spacer element is electrically conductive and wherein the spacer element comprises or consists of a second material exhibiting a second activation overpotential for the electrochemical side reaction within a distance d from the separator element and wherein the second activation overpotential is larger than the first activation overpotential.
A compound represented by formula: wherein R is a hydrocarbon aliphatic chain having from 6 to 26 carbon atoms, and/or its enantiomer, wherein the expression "hydrocarbon aliphatic chain" refers to a linear or branched, cyclic or acyclic, non-aromatic hydrocarbon chain, optionally substituted, and optionally comprising at least one double bond and/or at least one triple bond.
A system comprising: • an aerosol-generating device comprising a heating chamber, wherein the heating chamber is configured to receive an aerosol-generating article of a first type, wherein the aerosol-generating article comprises aerosol-forming substrate, and • an adapter element for insertion into the heating chamber of the aerosol-generating device, wherein the adapter element is configured having an outer shape to be at least partly inserted into the heating chamber, wherein the adapter element has a cavity extending along the longitudinal axis of the adapter element, wherein the cavity is configured so that an aerosol-generating article of a second type having a diameter which is smaller than the diameter of the aerosol-generating article of the first type can be inserted into the cavity and thereby into the heating chamber, and wherein the adapter element comprises a detection element configured to enable identification, by the aerosol-generating device, of the type of adapter element inserted into the heating chamber, wherein the heating chamber comprises a detection element configured to detect the type of adapter element inserted into the heating chamber, and wherein the detection element of the heating chamber is one or more of a sensor, a poka yoke, encoding, a magnet, a color element, and an electrically conductive element. • an aerosol-generating device comprising a heating chamber, wherein the heating chamber is configured to receive an aerosol-generating article of a first type, wherein the aerosol-generating article comprises aerosol-forming substrate, and • an adapter element for insertion into the heating chamber of the aerosol-generating device, wherein the adapter element is configured having an outer shape to be at least partly inserted into the heating chamber, wherein the adapter element has a cavity extending along the longitudinal axis of the adapter element, wherein the cavity is configured so that an aerosol-generating article of a second type having a diameter which is smaller than the diameter of the aerosol-generating article of the first type can be inserted into the cavity and thereby into the heating chamber, and wherein the adapter element comprises a detection element configured to enable identification, by the aerosol-generating device, of the type of adapter element inserted into the heating chamber, wherein the heating chamber comprises a detection element configured to detect the type of adapter element inserted into the heating chamber, and wherein the detection element of the heating chamber is one or more of a sensor, a poka yoke, encoding, a magnet, a color element, and an electrically conductive element.
A computer-implemented method for configuring firewalls (230, 250; 322, 324, 326) in a vehicle network that comprises a trusted network internal to a vehicle and an untrusted network external to the vehicle, wherein the trusted network comprises one or more functional domains (222,224,226,232) for controlling functionalities of the vehicle, the computer-implemented method comprising: receiving, by at least one hardware processor, a software code of a network node (442, 444, 448, 432, 436) connected to the trusted network; performing, by the at least one hardware processor, a dynamic analysis of the software code to identify connectivity of the network nodes in the vehicle network, wherein the performing the dynamic analysis comprises: turning off one or more firewalls in the vehicle network; and determining the connectivity paths by performing a packet sniffing; determining, by the at least one hardware processor, connectivity information of the network nodes in the vehicle network based on the analysis, wherein the connectivity information comprises at least one of Network Layer connectivity information, Transport Layer connectivity information, or Application Layer connectivity information; and configuring one or more firewalls in the vehicle network based on the connectivity information. receiving, by at least one hardware processor, a software code of a network node (442, 444, 448, 432, 436) connected to the trusted network; performing, by the at least one hardware processor, a dynamic analysis of the software code to identify connectivity of the network nodes in the vehicle network, wherein the performing the dynamic analysis comprises: turning off one or more firewalls in the vehicle network; and determining the connectivity paths by performing a packet sniffing; determining, by the at least one hardware processor, connectivity information of the network nodes in the vehicle network based on the analysis, wherein the connectivity information comprises at least one of Network Layer connectivity information, Transport Layer connectivity information, or Application Layer connectivity information; and configuring one or more firewalls in the vehicle network based on the connectivity information. turning off one or more firewalls in the vehicle network; and determining the connectivity paths by performing a packet sniffing; determining, by the at least one hardware processor, connectivity information of the network nodes in the vehicle network based on the analysis, wherein the connectivity information comprises at least one of Network Layer connectivity information, Transport Layer connectivity information, or Application Layer connectivity information; and configuring one or more firewalls in the vehicle network based on the connectivity information.
An aqueous composition comprising (i) from 10 to 50 wt.%, based on the total solids weight of the composition, of a multi-stage acrylic emulsion polymer having 70 to 90 wt.%, based on the total solids weight of the polymer, of a first stage polymer of from 0.5 to 4 wt.%, based on the total weight of monomers used to make the first stage polymer, of a copolymerized carboxylic acid or salt group containing monomer, and having 10 to 30 wt.%, based on the total solids weight of the multi-stage acrylic emulsion polymer, of a second stage polymer of from 3 to 15 wt.%, based on the total weight of monomers used to make the second stage polymer, of a copolymerized hydroxyl group containing monomer, the first stage polymer having a glass transition temperature (Tg) by dynamic mechanical analysis of less than -10°C and the second stage polymer having a Tg of greater than 80°C; and (ii) from 25 to 75 wt.%, based on the total solids weight of the multi-stage acrylic polymer, of a polyurethane having a polymeric Tg determined by differential scanning calorimetry, scanning from a temperature of -90°C to 150°C at a heating rate of 20°C/min, of less than -20 or as low as -70°C.
Cap intended to be assembled with at least one chipped element, said cap comprising: - a stack of a plurality of electrically insulating layers (1 a) delimiting at least one shoulder forming a part of a first groove for housing a wired element, - at least one electrical bump contact (6, 6') arranged at an assembly surface of the stack intended to be mounted on a face of the chipped element, - at least one electrical connection terminal (5, 5') arranged at a wall of the shoulder, - an electrical link element (8, 8'), electrically linking said electrical connection terminal (5, 5') to the electrical bump contact (6, 6'), the electrical connection terminal (5, 5') making it possible to electrically connect the wired element embedded in the groove to the chip of the chipped element. - a stack of a plurality of electrically insulating layers (1 a) delimiting at least one shoulder forming a part of a first groove for housing a wired element, - at least one electrical bump contact (6, 6') arranged at an assembly surface of the stack intended to be mounted on a face of the chipped element, - at least one electrical connection terminal (5, 5') arranged at a wall of the shoulder, - an electrical link element (8, 8'), electrically linking said electrical connection terminal (5, 5') to the electrical bump contact (6, 6'), the electrical connection terminal (5, 5') making it possible to electrically connect the wired element embedded in the groove to the chip of the chipped element.
Sensor device for detecting a magnetic field change caused by an object approaching or moving past the sensor device, in particular by a wheel of a rail vehicle, wherein the sensor device has at least one transmitter device and at least one receiver device, wherein the transmitter device has at least two alternating-current-fed transmitter oscillating circuits (5.1, 5.2) for the formation of a transmitter frequency (f s) of the transmitter device, wherein the at least two transmitter oscillating circuits (5.1, 5.2) are designed such that their resonance frequencies (f r) are different from one another and the sensor device has at least one monitoring device which is designed for determining the transmitter frequency (f s) of the transmitter device and for checking whether the determined transmitter frequency (f s) is in a predetermined frequency range.
A fluid storage tank comprising: a housing defining an internal cavity, an inlet and an outlet; and an entrained air removal mechanism within the internal cavity fluidly interposed between the inlet and the outlet such that all fluid that passes through the inlet and outlet must pass through the entrained air removal mechanism; and wherein the entrained air removal mechanism is a separation plate within the housing separating the internal cavity into, at least, a first chamber and a second chamber, the plate including a plurality of slots there through that fluidly communicates the first chamber with the second chamber, characterised in that the plurality of slots include a plurality of peaks and valleys (120, 122) providing a saw tooth profile on at least one side of the slots. a housing defining an internal cavity, an inlet and an outlet; and an entrained air removal mechanism within the internal cavity fluidly interposed between the inlet and the outlet such that all fluid that passes through the inlet and outlet must pass through the entrained air removal mechanism; and wherein the entrained air removal mechanism is a separation plate within the housing separating the internal cavity into, at least, a first chamber and a second chamber, the plate including a plurality of slots there through that fluidly communicates the first chamber with the second chamber, characterised in that the plurality of slots include a plurality of peaks and valleys (120, 122) providing a saw tooth profile on at least one side of the slots.
A vehicle operable in manual and autonomous modes, the vehicle having a passenger cabin and a manual steering control unit for use when the automobile is operated in the manual mode, the manual steering control unit being movable between a stowed position and an operative position, wherein movement of the manual steering control unit as it transitions between the stowed position and the operable position comprises at least a component in a lateral direction of the vehicle, characterised in that the manual steering control unit is located laterally to one side of a free interior volume of the vehicle cabin in the stowed position and received within a recess in a side wall region of the vehicle cabin in the stowed position, or, the manual steering control unit is located laterally in a central region of the cabin when in the stowed position and located within a centre console in the vehicle cabin in the stowed position.
A printing apparatus, comprising: a printer unit; a display unit configured to display a screen including a code image to be read by an external apparatus; configuration means for using a plurality of screen components to configure the screen displayed by said display unit; setting means (320, 401, 402) for setting either of a first setting for displaying a screen in accordance with standard color information, and a second setting for displaying a screen in accordance with reversed standard color information; and processing means for performing color reversal processing of screen components of the screen displayed by said display unit in a case where the second setting is set by said setting means, wherein said processing means is adapted to perform the color reversal processing for the screen components other than the code image,, if the second setting is set by said setting means. a printer unit; a display unit configured to display a screen including a code image to be read by an external apparatus; configuration means for using a plurality of screen components to configure the screen displayed by said display unit; setting means (320, 401, 402) for setting either of a first setting for displaying a screen in accordance with standard color information, and a second setting for displaying a screen in accordance with reversed standard color information; and processing means for performing color reversal processing of screen components of the screen displayed by said display unit in a case where the second setting is set by said setting means, wherein said processing means is adapted to perform the color reversal processing for the screen components other than the code image,, if the second setting is set by said setting means.