mhurhangee/ep-ind-claims huggingface dataset:
A food ricer comprising: a first plate including a first pattern of apertures; and a second plate rotatably disposed against the first plate, the second plate including a second pattern of apertures that is substantially identical to the first pattern of apertures, and the first plate including a third pattern of apertures offset from the second pattern of apertures, characterized by a selectable ricing pattern configured by superposition of the first pattern of apertures, the second pattern of apertures and the third pattern of apertures, the selectable ricing pattern including: a first ricing pattern when the second plate is disposed at a first angular displacement relative to the first plate, a second ricing pattern when the second plate is disposed at a second angular displacement relative to the first plate, and a third ricing pattern when the second plate is disposed at a third angular displacement relative to the first plate, an axis of rotation of the second plate extending through the center of the first plate and the second plate, the first pattern of apertures and second pattern of apertures offset from the axis of rotation so that the apertures of the second plate follow eccentric paths upon rotation of the second plate. a first plate including a first pattern of apertures; and a second plate rotatably disposed against the first plate, the second plate including a second pattern of apertures that is substantially identical to the first pattern of apertures, and the first plate including a third pattern of apertures offset from the second pattern of apertures, characterized by a selectable ricing pattern configured by superposition of the first pattern of apertures, the second pattern of apertures and the third pattern of apertures, the selectable ricing pattern including: a first ricing pattern when the second plate is disposed at a first angular displacement relative to the first plate, a second ricing pattern when the second plate is disposed at a second angular displacement relative to the first plate, and a third ricing pattern when the second plate is disposed at a third angular displacement relative to the first plate, a first ricing pattern when the second plate is disposed at a first angular displacement relative to the first plate, a second ricing pattern when the second plate is disposed at a second angular displacement relative to the first plate, and a third ricing pattern when the second plate is disposed at a third angular displacement relative to the first plate, an axis of rotation of the second plate extending through the center of the first plate and the second plate, the first pattern of apertures and second pattern of apertures offset from the axis of rotation so that the apertures of the second plate follow eccentric paths upon rotation of the second plate.
A display apparatus comprising: a blue light emitting element configured to emit blue light having a wavelength of 450 nm to 495 nm; a red light emitting element configured to emit red light having a wavelength of 620 nm to 750 nm, and a green light emitting element configured to emit green light having a wavelength of 495 nm to 570 nm, wherein the blue light emitting element comprises: a first light emitting diode configured to emit first light having a maximum intensity at a wavelength shorter than a blue wavelength; a blue filter configured to transmit light having the blue wavelength, characterized in that the first light emitting diode is configured to emit light having the maximum intensity at any one of 440 nm to 450 nm, and wherein a blocking characteristic curve of the blue filter is configured to cross a spectral curve of the first light emitting diode at 465 nm. a blue light emitting element configured to emit blue light having a wavelength of 450 nm to 495 nm; a red light emitting element configured to emit red light having a wavelength of 620 nm to 750 nm, and a green light emitting element configured to emit green light having a wavelength of 495 nm to 570 nm, wherein the blue light emitting element comprises: a first light emitting diode configured to emit first light having a maximum intensity at a wavelength shorter than a blue wavelength; a blue filter configured to transmit light having the blue wavelength, characterized in that the first light emitting diode is configured to emit light having the maximum intensity at any one of 440 nm to 450 nm, and wherein a blocking characteristic curve of the blue filter is configured to cross a spectral curve of the first light emitting diode at 465 nm. a first light emitting diode configured to emit first light having a maximum intensity at a wavelength shorter than a blue wavelength; a blue filter configured to transmit light having the blue wavelength, characterized in that the first light emitting diode is configured to emit light having the maximum intensity at any one of 440 nm to 450 nm, and wherein a blocking characteristic curve of the blue filter is configured to cross a spectral curve of the first light emitting diode at 465 nm.
An antenna element for an antenna array, comprising: - a transmission line, a single flexible film, an antenna and a base board, wherein one end of the transmission line is coupled to the base board of the antenna array and another end of the transmission line is coupled to the antenna, and a first part of the transmission line is bent about 90 degrees compared to a second part of the transmission line, and the transmission line and the antenna are on, or in, the single flexible film, characterized in that - the single flexible film comprises an opening, wherein the second part of the transmission line is arranged to go through the opening, and the opening is a hole. - a transmission line, a single flexible film, an antenna and a base board, wherein one end of the transmission line is coupled to the base board of the antenna array and another end of the transmission line is coupled to the antenna, and a first part of the transmission line is bent about 90 degrees compared to a second part of the transmission line, and the transmission line and the antenna are on, or in, the single flexible film, characterized in that - the single flexible film comprises an opening, wherein the second part of the transmission line is arranged to go through the opening, and the opening is a hole.
An e-vaping device, comprising: a power supply configured to supply electrical power; a cartridge holder including at least first and second connectors (33-1, 33-N) electrically coupled to the power supply; and at least first and second cartridges (22-1, 22-N) removably coupled to separate, respective connectors (33-1, 33-N) of the first and second connectors such that the first and second cartridges (22-1, 22-N) are removably electrically coupled to the power supply; the first connector being restricted from directly coupling with the second cartridge (22-N), and the second connector (33-N) being restricted from directly coupling with the first cartridge, wherein the first and second cartridges (22-1, 22-N) include at least one atomizer assembly and at least one vaporizer assembly defining a dispersion generator, wherein the vaporizer assembly is configured to generate a vapor via heating a pre-vapor formulation, wherein the atomizer assembly is configured to generate an aerosol via applying mechanical force to a pre-aerosol formulation, the atomizer assembly including a pressurization arrangement to apply constant pressure to a compressible tank of the atomizer assembly formed of a flexible material, an elastic material or both, the atomizer assembly also comprising a valve at an outlet of the tank and a nozzle through which the pre-aerosol formulation is released when the valve is opened. a power supply configured to supply electrical power; a cartridge holder including at least first and second connectors (33-1, 33-N) electrically coupled to the power supply; and at least first and second cartridges (22-1, 22-N) removably coupled to separate, respective connectors (33-1, 33-N) of the first and second connectors such that the first and second cartridges (22-1, 22-N) are removably electrically coupled to the power supply; the first connector being restricted from directly coupling with the second cartridge (22-N), and the second connector (33-N) being restricted from directly coupling with the first cartridge, wherein the first and second cartridges (22-1, 22-N) include at least one atomizer assembly and at least one vaporizer assembly defining a dispersion generator, wherein the vaporizer assembly is configured to generate a vapor via heating a pre-vapor formulation, wherein the atomizer assembly is configured to generate an aerosol via applying mechanical force to a pre-aerosol formulation, the atomizer assembly including a pressurization arrangement to apply constant pressure to a compressible tank of the atomizer assembly formed of a flexible material, an elastic material or both, the atomizer assembly also comprising a valve at an outlet of the tank and a nozzle through which the pre-aerosol formulation is released when the valve is opened.
A data transmission method, comprising: sending, by a macro base station, a configuration request message to an access node (S504,S604), wherein the configuration request message comprises a bearer configuration parameter that carries a radio bearer RB identifier, so that the access node completes bearer configuration according to the bearer configuration parameter; receiving, by the macro base station, a configuration success message from the access node (S505,S605), wherein the configuration success message carries at least physical layer parameter configuration information that is configured by the access node for a user equipment; and sending, by the macro base station, a reconfiguration message to the user equipment (S506, S607), wherein the reconfiguration message comprises at least the RB identifier and/or a logical channel identifier that is reconfigured to transmit on the access node and the physical layer parameter configuration information of the access node, so that after the user equipment completes physical layer configuration according to the physical layer parameter configuration information, the user equipment sends signaling and/or service data to the access node according to the RB identifier and/or the logical channel identifier that is reconfigured to transmit on the access node. sending, by a macro base station, a configuration request message to an access node (S504,S604), wherein the configuration request message comprises a bearer configuration parameter that carries a radio bearer RB identifier, so that the access node completes bearer configuration according to the bearer configuration parameter; receiving, by the macro base station, a configuration success message from the access node (S505,S605), wherein the configuration success message carries at least physical layer parameter configuration information that is configured by the access node for a user equipment; and sending, by the macro base station, a reconfiguration message to the user equipment (S506, S607), wherein the reconfiguration message comprises at least the RB identifier and/or a logical channel identifier that is reconfigured to transmit on the access node and the physical layer parameter configuration information of the access node, so that after the user equipment completes physical layer configuration according to the physical layer parameter configuration information, the user equipment sends signaling and/or service data to the access node according to the RB identifier and/or the logical channel identifier that is reconfigured to transmit on the access node.
A liquid blow molding apparatus (1, 1') that molds a bottomed cylindrical preform into a container of a predetermined shape, the liquid blow molding apparatus (1, 1') comprising: a mold in which the preform is to be placed; and a nozzle unit having a supply port (9, 9') capable of supplying a liquid from above into the preform placed in the mold, characterized in that the nozzle unit includes a seal body (13, 13') that is movable among a closed position at which supply of the liquid through the supply port (9, 9') is blocked, a first open position at which supply of the liquid along only part of an inner circumferential surface of the supply port (9, 9') in a circumferential direction is allowed, and a second open position at which supply of the liquid through the whole supply port (9, 9') in the circumferential direction is allowed. a mold in which the preform is to be placed; and a nozzle unit having a supply port (9, 9') capable of supplying a liquid from above into the preform placed in the mold, characterized in that the nozzle unit includes a seal body (13, 13') that is movable among a closed position at which supply of the liquid through the supply port (9, 9') is blocked, a first open position at which supply of the liquid along only part of an inner circumferential surface of the supply port (9, 9') in a circumferential direction is allowed, and a second open position at which supply of the liquid through the whole supply port (9, 9') in the circumferential direction is allowed.
A thermal sensor (100; 300), comprising: a first electrode; a second electrode; and a state changing material, wherein the state changing material is able to transition between a non-conductive state to a conductive state at a threshold temperature, wherein, in the conductive state, the state change material is able to electrically connect the first and second electrodes, characterised in that a plurality of beads (105; 305) are disposed between the first electrode and the second electrode, the beads defining bead cavities between each other, and wherein the state changing material is disposed in the bead cavities. a first electrode; a second electrode; and a state changing material, wherein the state changing material is able to transition between a non-conductive state to a conductive state at a threshold temperature, wherein, in the conductive state, the state change material is able to electrically connect the first and second electrodes, characterised in that a plurality of beads (105; 305) are disposed between the first electrode and the second electrode, the beads defining bead cavities between each other, and wherein the state changing material is disposed in the bead cavities.
A processor system comprising: a master processor (12; 112) that successively processes a plurality of tasks; a checker processor (14; 114) that successively processes at least one of the plurality of tasks; and a control circuit (2; 124; 324; 424; 524; 624) that performs control so that the checker processor operates when the master processor and the checker processor perform a lock-step operation, and the checker processor stops its operation when the master processor and the checker processor do not perform the lock-step operation, the lock-step operation being an operation in which each of the master processor and the checker processor processes the same task, wherein the control circuit performs control so that a period from when a task is processed by the lock-step operation to when another task is processed in the next lock-step operation is equal to or shorter than a maximum test period that is predetermined, characterized in that the maximum test period is defined as the time that is obtained by subtracting the sum of a fault reaction time and a time necessary for a test process from a fault tolerant time interval, the fault reaction time is a period from when a fault is detected to when the processor system changes to a stopped state, and the fault tolerant time interval is a period from when a fault occurs in the processor system to when the processor system changes to a stopped state. a master processor (12; 112) that successively processes a plurality of tasks; a checker processor (14; 114) that successively processes at least one of the plurality of tasks; and a control circuit (2; 124; 324; 424; 524; 624) that performs control so that the checker processor operates when the master processor and the checker processor perform a lock-step operation, and the checker processor stops its operation when the master processor and the checker processor do not perform the lock-step operation, the lock-step operation being an operation in which each of the master processor and the checker processor processes the same task, wherein the control circuit performs control so that a period from when a task is processed by the lock-step operation to when another task is processed in the next lock-step operation is equal to or shorter than a maximum test period that is predetermined, characterized in that the maximum test period is defined as the time that is obtained by subtracting the sum of a fault reaction time and a time necessary for a test process from a fault tolerant time interval, the fault reaction time is a period from when a fault is detected to when the processor system changes to a stopped state, and the fault tolerant time interval is a period from when a fault occurs in the processor system to when the processor system changes to a stopped state.
A security document, especially fiduciary document, which comprises inside it or at the surface a reversible mechanoluminescent compound, characterised in that said compound responds to the following formula: in which n a whole number between 1 and 4.
A printing device comprising: a communication unit adapted to communicate with a mail server on a network; a connection unit to which a portable storage medium can be connected; a printing unit adapted for executing printing; and a control unit adapted for executing a mail acquisition process of acquiring an e-mail including a body and an attached file from the mail server via the communication unit, and adapted for executing printing the body with the printing unit, characterized in that the control unit is adapted to execute: judging whether a file is attached to the acquired e-mail and in case a file is attached to the acquired e-mail, judging whether the file attached to the acquired e-mail is a file of a printable format or not and generating print data by rasterizing the file attached to the acquired e-mail if the attached file is a file of a printable format, while storing the file attached to the acquired e-mail in the portable storage medium connected to the connection unit if the attached file is not a file of a printable format. a communication unit adapted to communicate with a mail server on a network; a connection unit to which a portable storage medium can be connected; a printing unit adapted for executing printing; and a control unit adapted for executing a mail acquisition process of acquiring an e-mail including a body and an attached file from the mail server via the communication unit, and adapted for executing printing the body with the printing unit, characterized in that the control unit is adapted to execute: judging whether a file is attached to the acquired e-mail and in case a file is attached to the acquired e-mail, judging whether the file attached to the acquired e-mail is a file of a printable format or not and generating print data by rasterizing the file attached to the acquired e-mail if the attached file is a file of a printable format, while storing the file attached to the acquired e-mail in the portable storage medium connected to the connection unit if the attached file is not a file of a printable format. judging whether a file is attached to the acquired e-mail and in case a file is attached to the acquired e-mail, judging whether the file attached to the acquired e-mail is a file of a printable format or not and generating print data by rasterizing the file attached to the acquired e-mail if the attached file is a file of a printable format, while storing the file attached to the acquired e-mail in the portable storage medium connected to the connection unit if the attached file is not a file of a printable format.
Display assembly comprising a display module provided with a light source for displaying at least one piece of information and a dial module for showing said display information only when the display is activated, the dial module including a dial made of a translucent or semi-transparent material underneath which is disposed, directly or via a substrate, a layer of semi-reflective material for reflecting part of the light from said light source and transmitting another proportion of the light from said light source while preventing the deflection of light rays by diffusion through the dial module, said display module being disposed underneath said semi-reflective element.
A method for producing a structure of fibers, the method comprising: electrically charging one or more first electrodes that define an area at a first polarity; electrically charging a second electrode positioned within the defined area at the first polarity; electrically charging a spinneret at a second polarity opposite the first polarity, wherein the spinneret is aligned with the second electrode; and dispensing a polymer from the spinneret to create a structure of fibers extending from the second electrode to the one or more first electrodes. electrically charging one or more first electrodes that define an area at a first polarity; electrically charging a second electrode positioned within the defined area at the first polarity; electrically charging a spinneret at a second polarity opposite the first polarity, wherein the spinneret is aligned with the second electrode; and dispensing a polymer from the spinneret to create a structure of fibers extending from the second electrode to the one or more first electrodes.
A method of differentiated data session access on a wireless communication device, comprising: receiving an input to launch a first network-service application; characterised by retrieving, from a user identity module in communication with the wireless communication device, a first application profile selected from a plurality of application profiles each corresponding to a network-service application and having respective profile data including an application-specific network address identifier, wherein the first application profile corresponds to the first network-service application and comprises first profile data; establishing a first data session for the first network-service application according to the first profile data; and launching the first network-service application using the first data session. receiving an input to launch a first network-service application; characterised by retrieving, from a user identity module in communication with the wireless communication device, a first application profile selected from a plurality of application profiles each corresponding to a network-service application and having respective profile data including an application-specific network address identifier, wherein the first application profile corresponds to the first network-service application and comprises first profile data; establishing a first data session for the first network-service application according to the first profile data; and launching the first network-service application using the first data session.
A rotor for an electric motor configured by combining an annular magnet section molded of thermoplastic resin containing ferrite and a rotating shaft penetrating through the annular magnet section in an axial direction of the annular magnet section, the rotor comprising a magnetic section for position detection formed of a resin magnet injected to an axial direction end face of the annular magnet section via a runner and integrally formed of the resin magnet on the axial direction end face, characterised in that after removal of part of the runner removal marks of the runner exist in an inner circumferential portion of the annular resin magnet section, said removal marks being suitable to be used as a rotation stopper when the magnet section is molded integrally with the rotation shaft.