mhurhangee/patent-ind-claim-en huggingface dataset:
A method of a frequency power manager for controlling a power mode of a plurality of modules of a physical, PHY, interface of a random access memory, RAM, comprising: receiving an indication of a desired operational frequency; determining to switch from a first power mode of the PHY interface to a second power mode of the PHY interface based on the received indication of the desired operational frequency, the first power mode being associated with a first set of modules of the plurality of modules of the PHY interface, the second power mode being associated with a second set of modules of the plurality of modules of the PHY interface, the second power mode corresponding to the desired operational frequency; enabling modules in the second set of modules that are unassociated with the first power mode; stopping traffic through the plurality of modules upon expiration of a time period after enabling the modules in the second set of modules that are unassociated with the first power mode; routing traffic through the second set of modules ; and disabling modules in the first set of modules that are unassociated with the second power mode, wherein the plurality of modules includes at least one of a calibrated delay circuit, CDC, an input receiver, a low-dropout, LDO, regulator, a current-to-voltage converter, a phase lock loop, PLL, a bias current generator, or a reference voltage generator, wherein the second power mode associated with said second set of modules is a higher power mode or a lower power mode than the first power mode associated with said first set of modules. receiving an indication of a desired operational frequency; determining to switch from a first power mode of the PHY interface to a second power mode of the PHY interface based on the received indication of the desired operational frequency, the first power mode being associated with a first set of modules of the plurality of modules of the PHY interface, the second power mode being associated with a second set of modules of the plurality of modules of the PHY interface, the second power mode corresponding to the desired operational frequency; enabling modules in the second set of modules that are unassociated with the first power mode; stopping traffic through the plurality of modules upon expiration of a time period after enabling the modules in the second set of modules that are unassociated with the first power mode; routing traffic through the second set of modules ; and disabling modules in the first set of modules that are unassociated with the second power mode, wherein the plurality of modules includes at least one of a calibrated delay circuit, CDC, an input receiver, a low-dropout, LDO, regulator, a current-to-voltage converter, a phase lock loop, PLL, a bias current generator, or a reference voltage generator, wherein the second power mode associated with said second set of modules is a higher power mode or a lower power mode than the first power mode associated with said first set of modules.
A system comprising: a sensor apparatus for use in determining a count of individual metal particles with respect to volume for a dynamic sample provided by a volume of fluid flowing through a sensing region of the apparatus between first and second times, the sensor apparatus comprising: magnetic field generating means for generating a magnetic field for application to a sample in the sensing region; sensing means comprising one or more electrically conductive coils for sensing the result of interaction between the generated magnetic field and a dynamic sample provided by a volume of fluid flowing through the sensing region between first and second times; characterized by a flow sensor for determining data indicative of a rate of fluid flow through the sensing region; and processing means for using data indicative of the sensed result of the interaction and the data indicative of the rate of fluid flow through the sensing region determined by the flow sensor in determining a count of individual metal particles with respect to volume for the dynamic sample. a sensor apparatus for use in determining a count of individual metal particles with respect to volume for a dynamic sample provided by a volume of fluid flowing through a sensing region of the apparatus between first and second times, the sensor apparatus comprising: magnetic field generating means for generating a magnetic field for application to a sample in the sensing region; sensing means comprising one or more electrically conductive coils for sensing the result of interaction between the generated magnetic field and a dynamic sample provided by a volume of fluid flowing through the sensing region between first and second times; characterized by a flow sensor for determining data indicative of a rate of fluid flow through the sensing region; and processing means for using data indicative of the sensed result of the interaction and the data indicative of the rate of fluid flow through the sensing region determined by the flow sensor in determining a count of individual metal particles with respect to volume for the dynamic sample.
A computer-implemented method comprising: deriving theoretical transient responses of a tri-axial resistivity tool, wherein the tri-axial resistivity tool includes three mutually orthogonal transmitters and three mutually orthogonal receivers, and one of the transmitters and one of the receivers are aligned with an axis of the borehole, the transient responses corresponding to an electromagnetic impulse; deriving a theoretical transient response of a directional resistivity tool, wherein the directional resistivity tool includes one transmitter and one receiver and at least one of a dipole of the transmitter or a dipole of the receiver is tilted from a tool axis, the transient response corresponding to the electromagnetic impulse based on the transient responses of the tri-axial resistivity tool; deriving a theoretical late time transient response of the directional resistivity tool based on the theoretical transient response of the directional resistivity tool, assuming that the transmitters and the receivers of the tri-axial resistivity tool are co-located with the transmitter and the receiver of the directional resistivity tool, respectively; measuring the late time transient response of the directional resistivity tool in a borehole, and determining an anisotropy, a horizontal conductivity, and a dip angle based on the measured late time transient response and the theoretical late time transient response, wherein the anisotropy is at least one of a resistivity anisotropy or a conductivity anisotropy. deriving theoretical transient responses of a tri-axial resistivity tool, wherein the tri-axial resistivity tool includes three mutually orthogonal transmitters and three mutually orthogonal receivers, and one of the transmitters and one of the receivers are aligned with an axis of the borehole, the transient responses corresponding to an electromagnetic impulse; deriving a theoretical transient response of a directional resistivity tool, wherein the directional resistivity tool includes one transmitter and one receiver and at least one of a dipole of the transmitter or a dipole of the receiver is tilted from a tool axis, the transient response corresponding to the electromagnetic impulse based on the transient responses of the tri-axial resistivity tool; deriving a theoretical late time transient response of the directional resistivity tool based on the theoretical transient response of the directional resistivity tool, assuming that the transmitters and the receivers of the tri-axial resistivity tool are co-located with the transmitter and the receiver of the directional resistivity tool, respectively; measuring the late time transient response of the directional resistivity tool in a borehole, and determining an anisotropy, a horizontal conductivity, and a dip angle based on the measured late time transient response and the theoretical late time transient response, wherein the anisotropy is at least one of a resistivity anisotropy or a conductivity anisotropy.
A plaster profile , in particular an overhang profile, comprising an elongated profile body which is provided for fastening to a wall section to be plastered and which has at least one areal plaster limb which is configured for an application of a plaster layer , wherein the at least one areal plaster limb has a continuously closed surface section and wherein a film which can be plastered over is applied to the continuously closed surface section , wherein the profile body has a contact surface for placing the plaster profile against a wall section to be plastered and wherein the at least one areal plaster limb extends in an overhang plane which is offset in parallel from the contact surface , wherein the contact surface is formed at an areal base limb of the plaster profile which is provided with apertures . wherein the at least one areal plaster limb has a continuously closed surface section and wherein a film which can be plastered over is applied to the continuously closed surface section , wherein the profile body has a contact surface for placing the plaster profile against a wall section to be plastered and wherein the at least one areal plaster limb extends in an overhang plane which is offset in parallel from the contact surface , wherein the contact surface is formed at an areal base limb of the plaster profile which is provided with apertures .
An internal support part structure for a plastic tank, wherein the structure comprises a support rod and end surface components disposed at two ends of the support rod, the support rod is made of a first material , an outer surface of the end surface component is covered by a second material , an outer edge of the end surface component has a regular or irregular shape, and a ratio of a cross-sectional diameter at any position of the end surface component to a cross-sectional diameter at any position of the support rod is less than 1.8 and greater than 1, characterised in that the outer edge of the end surface component comprises a plurality of V-shaped, W-shaped, semicircular, arc-shaped, triangular, zigzag, or polygonal indents.
A header plateless type heat exchanger, the heat exchanger comprising: a flat tube that has a pair of plates , wherein each of the plates includes a pair of side walls on both sides thereof raised up to form a groove-like shape and swelling portions with narrow width formed outward in a thickness direction at edges on both open sides of a groove bottom of the groove-like shape that is orthogonal to the side walls , and wherein the plates are fitted while facing each other in an opposite direction; and a heat exchanger core in which a plurality of the flat tubes are stacked on each other at the swelling portions and respective plates are brazed and joined to each other, wherein: the heat exchanger is configured so that a first fluid is flowable from each front edge of the swelling portions of the flat tubes into the inside thereof, and a second fluid is circulatable on the outside thereof, characterized in that : a recessed groove portion that is recessed inward in the thickness direction with narrow width is formed on an outer face side of each of the plates , in parallel to the swelling portion and in the approximately same length, and a projecting part that is inverse to the same is formed on an inner face side thereof. a flat tube that has a pair of plates , wherein each of the plates includes a pair of side walls on both sides thereof raised up to form a groove-like shape and swelling portions with narrow width formed outward in a thickness direction at edges on both open sides of a groove bottom of the groove-like shape that is orthogonal to the side walls , and wherein the plates are fitted while facing each other in an opposite direction; and a heat exchanger core in which a plurality of the flat tubes are stacked on each other at the swelling portions and respective plates are brazed and joined to each other, wherein: the heat exchanger is configured so that a first fluid is flowable from each front edge of the swelling portions of the flat tubes into the inside thereof, and a second fluid is circulatable on the outside thereof, characterized in that : a recessed groove portion that is recessed inward in the thickness direction with narrow width is formed on an outer face side of each of the plates , in parallel to the swelling portion and in the approximately same length, and a projecting part that is inverse to the same is formed on an inner face side thereof.
A basket suitable for temporarily storing organic waste contained in a breathable biodegradable plastic bag lining the basket, the basket having a bottom and an upstanding side wall , wherein the bottom of the basket is a closed bottom and the basket is composed of two identical halves mounted onto one another to form the basket, each half comprising a bottom portion forming one half of the bottom of the basket, and a side wall portion forming one half of the side wall of the basket, characterized in that the upstanding side wall is provided with ventilation openings , in that the bottom portions of the two halves of the basket form a seam and are inclined such that liquid drains from said seam towards the side wall of the basket, and in that the side wall of the basket is closed at the bottom of the basket to prevent any liquid draining towards said side wall to flow out of the basket.
A method comprising: detecting the spatial position of a user in a real world space; providing to the user one or more audio signals representing audio from one or more spatially-distributed audio sources in a virtual space; and defining a first zone and a second zone, the first zone being defined as a safe zone and the second zone as a restricted zone, the second zone being further defined by zone data representing a spatial area the boundary of which at least partially surrounds an object in the real world space; and characterized in responsive to detecting a movement of the user's spatial position from within the first zone to within the second zone within the real world space, modifying the audio signals for selected ones of the audio sources based on their spatial position in the virtual space, wherein: the audio sources are selected based on their spatial position being substantially in the direction of the user's detected movement and/or being within a predefined sector of the virtual space in the direction of the user's detected movement. detecting the spatial position of a user in a real world space; providing to the user one or more audio signals representing audio from one or more spatially-distributed audio sources in a virtual space; and defining a first zone and a second zone, the first zone being defined as a safe zone and the second zone as a restricted zone, the second zone being further defined by zone data representing a spatial area the boundary of which at least partially surrounds an object in the real world space; and characterized in responsive to detecting a movement of the user's spatial position from within the first zone to within the second zone within the real world space, modifying the audio signals for selected ones of the audio sources based on their spatial position in the virtual space, wherein: the audio sources are selected based on their spatial position being substantially in the direction of the user's detected movement and/or being within a predefined sector of the virtual space in the direction of the user's detected movement.
A setting change method that causes a computer to execute processing comprising: receiving (S1601) a setting change request packet for a kernel from software operating over a container (cr) executed in one of OSs; acquiring (S1602) identification information of one of communication modules that has received the setting change request packet, from the received setting change request packet; and referring to a storage unit that stores information indicating correspondence relationships between identification information of the OSs and the identification information of the communication modules in the OSs and determining (S1605) the OS in which the container is operating based on the acquired identification information of the communication module, wherein the computer is made to execute processing of changing (S1606) one of a setting of a capacity of a communication buffer, a setting of a firewall, and a setting of a number of acceptable couplings for processing web access of the kernel of the determined OS based on change request content determined from the setting change request packet. receiving (S1601) a setting change request packet for a kernel from software operating over a container (cr) executed in one of OSs; acquiring (S1602) identification information of one of communication modules that has received the setting change request packet, from the received setting change request packet; and referring to a storage unit that stores information indicating correspondence relationships between identification information of the OSs and the identification information of the communication modules in the OSs and determining (S1605) the OS in which the container is operating based on the acquired identification information of the communication module, wherein the computer is made to execute processing of changing (S1606) one of a setting of a capacity of a communication buffer, a setting of a firewall, and a setting of a number of acceptable couplings for processing web access of the kernel of the determined OS based on change request content determined from the setting change request packet.
Actuator for steering a valve in a heating circuit manifold having a motor receiver , the actuator comprising an electric motor with housing and a motor flange which motor flange is arranged to be fitted in the motor receiver of the heating circuit manifold , a valve switching element connected to this electric motor and moved by this in an axial direction, a motor electronics element , a contact plug mounted on this motor electronics element , and a contact socket mounted on this motor electronics element and matching a contact plug of the same type as this contact plug , wherein the contact plug is aligned in a first direction and the contact socket in a second direction, and whereby the contact plug and the contact socket are fitted with electric conductors for an electrical connection to an adjacent, identical actuator , characterised in that the motor electronics element is mounted on the electric motor's housing,
An apparatus for producing packs for cigarettes, having a preferably continuously driven conveying means , in particular a transporting belt with drivers , for the purpose of transporting the packs in a predetermined conveying direction , and having a device for applying printing carriers, such as revenue stamps , labels, coupons or the like, to a side surface of the packs , wherein the device has a holder for at least one pack , characterized in that the device is designed to move the at least one pack in the holder into a relative position suitable for a printing carrier to be applied, in that the device for applying printing carriers can apply the printing carrier to a first side surface of the pack , said first side surface being oriented counter to the conveying direction of the packs on the conveying means , such that a portion of the printing carrier projects laterally beyond the first side surface of the pack , and in that the apparatus is designed so that, once the printing carrier has been applied, it sets down the pack again on the conveying means in the original relative position, and in that the projecting portion can be folded, by means of a folding mechanism of the device, against another, second side surface of the pack , said second side surface being arranged adjacent to the first side surface of the pack .
An exhaust heater system, comprising: an exhaust tube having an exhaust tube outer surface, an exhaust tube inner surface , and a longitudinal central axis extending substantially centrally through the exhaust tube , the exhaust tube inner surface defining an interior space of the exhaust tube ; an air supply tube disposed within the interior space of the exhaust tube , the air supply tube having an air supply tube outer surface and an air supply tube inner surface ; a methanol injector configured to inject methanol into the air supply tube ; a turbine configured to receive exhaust from an engine and direct the exhaust to the exhaust tube ; and a compressor powered by turbine , the compressor configured to direct compressed air into the air supply tube , wherein heat from the exhaust in the exhaust tube heats and vaporizes at least a portion of the methanol injected into the air supply tube . an exhaust tube having an exhaust tube outer surface, an exhaust tube inner surface , and a longitudinal central axis extending substantially centrally through the exhaust tube , the exhaust tube inner surface defining an interior space of the exhaust tube ; an air supply tube disposed within the interior space of the exhaust tube , the air supply tube having an air supply tube outer surface and an air supply tube inner surface ; a methanol injector configured to inject methanol into the air supply tube ; a turbine configured to receive exhaust from an engine and direct the exhaust to the exhaust tube ; and a compressor powered by turbine , the compressor configured to direct compressed air into the air supply tube , wherein heat from the exhaust in the exhaust tube heats and vaporizes at least a portion of the methanol injected into the air supply tube .
An apparatus comprising; a storage unit that is configured to store pieces of state information on a plurality of types of states of the apparatus or of equipment connected to the apparatus; a switching unit that is configured to switch a to-be-output state among the plurality of types of states upon receiving a switching operation from a user; an identification information output unit that is configured to output a first indication for identifying a type of the to-be-output state; a state information output unit that is configured to output state information of the to-be-output state, and a network interface connected to a network, characterized in that when the first indication as a type of the to-be-output state and the state information of the to-be-output state are output, the network interface transmits the type of the to-be-output state and the state information of the to-be-output state together with a time when the switching operation is input by the user.