mhurhangee/patent-ind-claim-en huggingface dataset:
A power reception unit , comprising: a power reception section configured to receive wireless power; a communication section configured to perform communication with an electronic unit , a control section configured to control the communication section to perform a first authentication between the power reception unit and the electronic unit , the first authentication indicates that the power reception unit is a proper unit for charging by the electronic unit , characterized in that the control section is configured to control the communication section to perform a second authentication between the power reception unit and the electronic unit during power transmission, and the power reception unit is further configured to receive wireless power during pre-charging that is performed before the second authentication. a power reception section configured to receive wireless power; a communication section configured to perform communication with an electronic unit , a control section configured to control the communication section to perform a first authentication between the power reception unit and the electronic unit , the first authentication indicates that the power reception unit is a proper unit for charging by the electronic unit , characterized in that the control section is configured to control the communication section to perform a second authentication between the power reception unit and the electronic unit during power transmission, and the power reception unit is further configured to receive wireless power during pre-charging that is performed before the second authentication.
A surface processing device for processing surface areas with obstacles, the device having an outline and comprising a chassis , surface processing means located within the outline and configured to process the surface within the outline of the device and first and second sensory means , characterized in that it further comprises a movable assembly located within the outline of the device and adapted to affect the outline of the device and thereby exposure of the surface processing means to surface area, wherein the movable assembly is adapted to move, based on information from the first and the second sensory means , at least between a first position and a second position with respect to the chassis , wherein in the second position the surface processing means have different exposure to surface area than in the first position, and wherein the movable assembly comprises an extendable contact assembly for contacting obstacles, which is pivotable with respect to the chassis and a reciprocating element movable with respect to the chassis and adapted to actuate the contact assembly while simultaneously changing the exposure of the surface processing means to surface area, characterized in that the device is configured to, upon detecting an obstacle proximity by the first sensory means , check whether the second sensory means also detects the obstacle proximity and if not, move the movable assembly to a second position upon which obstacle proximity is detected by the second sensory means or maximum extension of the moveable assembly is reached.
A method comprising: receiving, by a first provider edge -PE- device of a plurality of PE devices configured with an Ethernet Virtual Private Network -EVPN- instance reachable by a port-extender Ethernet segment connecting the plurality of PE devices to a port-extender device , an EVPN route from another PE device of the plurality of PE devices, the EVPN route including information identifying an extended-port of the port-extender device associated with the port-extender Ethernet segment; storing, by the first PE device, the information identifying the extended-port of the port-extender device associated with the port-extender Ethernet segment, wherein the first PE device includes the stored information in packet headers of data packets to be forwarded toward the extended-port of the port-extender device; receiving, by the first PE device and from a second PE device of the plurality of PE devices, a data packet comprising one or more labels identifying the port-extender Ethernet segment and the information identifying the extended-port; and applying split-horizon, by the first PE device, based on the one or more labels identifying the port-extender Ethernet segment and the information identifying the extended-port, to process the received data packet. receiving, by a first provider edge -PE- device of a plurality of PE devices configured with an Ethernet Virtual Private Network -EVPN- instance reachable by a port-extender Ethernet segment connecting the plurality of PE devices to a port-extender device , an EVPN route from another PE device of the plurality of PE devices, the EVPN route including information identifying an extended-port of the port-extender device associated with the port-extender Ethernet segment; storing, by the first PE device, the information identifying the extended-port of the port-extender device associated with the port-extender Ethernet segment, wherein the first PE device includes the stored information in packet headers of data packets to be forwarded toward the extended-port of the port-extender device; receiving, by the first PE device and from a second PE device of the plurality of PE devices, a data packet comprising one or more labels identifying the port-extender Ethernet segment and the information identifying the extended-port; and applying split-horizon, by the first PE device, based on the one or more labels identifying the port-extender Ethernet segment and the information identifying the extended-port, to process the received data packet.
A log acquisition device that is connected to a plurality of electric instruments through a network , and acquires logs of the electric instruments , the log acquisition device comprising: an individual identification information acquiring part that acquires individual identification information for identifying an individual of an object instrument as any one of the plurality of electric instruments ; a notification period decision part that decides a notification period as a period when each of the logs of the object instrument is notified, based on commodity information associated with the individual identification information; a start time decision part that decides a notification start time as information indicating a time when a notification of the log of the object instrument starts so that transmission timing of the logs of the respective electric instruments is levelled, based on the notification period, and the notification start time and the notification period of the electric instrument already decided; a setting transmitter that transmits notification setting information including the notification start time decided and the notification period decided, based on the individual identification information; and a log acquisition part that acquires the log of the electric instrument to be notified in accordance with the notification start time and the notification period included in the notification setting information. an individual identification information acquiring part that acquires individual identification information for identifying an individual of an object instrument as any one of the plurality of electric instruments ; a notification period decision part that decides a notification period as a period when each of the logs of the object instrument is notified, based on commodity information associated with the individual identification information; a start time decision part that decides a notification start time as information indicating a time when a notification of the log of the object instrument starts so that transmission timing of the logs of the respective electric instruments is levelled, based on the notification period, and the notification start time and the notification period of the electric instrument already decided; a setting transmitter that transmits notification setting information including the notification start time decided and the notification period decided, based on the individual identification information; and a log acquisition part that acquires the log of the electric instrument to be notified in accordance with the notification start time and the notification period included in the notification setting information.
A method for quality of service, QoS, configuration for wireless communications, the method comprising: assigning a user equipment to a class of a plurality of classes, wherein each of the plurality of classes corresponds to a different first range of parameter values for providing QoS; determining a channel quality for the user equipment communicating on a wireless channel; providing, for each of the plurality of classes and within the first range of parameter values for providing QoS corresponding to the class, a second range for each of the one or more values for one or more parameters for providing QoS to the user equipment at each channel quality of the user equipment; selecting one or more values for the one or more parameters for providing the QoS to the user equipment in the second range of parameter values corresponding to the assigned class based on the determined channel quality; and allocating resources on the wireless channel to the user equipment based on the one or more values for the one or more parameters for providing the QoS to the user equipment that are selected in the second range of parameter values corresponding to the assigned class. assigning a user equipment to a class of a plurality of classes, wherein each of the plurality of classes corresponds to a different first range of parameter values for providing QoS; determining a channel quality for the user equipment communicating on a wireless channel; providing, for each of the plurality of classes and within the first range of parameter values for providing QoS corresponding to the class, a second range for each of the one or more values for one or more parameters for providing QoS to the user equipment at each channel quality of the user equipment; selecting one or more values for the one or more parameters for providing the QoS to the user equipment in the second range of parameter values corresponding to the assigned class based on the determined channel quality; and allocating resources on the wireless channel to the user equipment based on the one or more values for the one or more parameters for providing the QoS to the user equipment that are selected in the second range of parameter values corresponding to the assigned class.
A lockout device configured to prevent connection between a pair of terminals of a terminal block by insertion into a space of the terminal block when the terminal block is opened, the lockout device comprising: a pair of sections rotatably coupled to one another in which each of the sections has an upper portion including a corresponding lockout opening and a lower portion for selective reception into the space of an opened terminal block; wherein, the pair of sections are rotatable between an opened position and a closed position in which, in the closed position, the lockout openings of the upper portions are aligned to accommodate reception of a lock in the lockout openings to prevent movement away from the closed position and the lower portions are misaligned to prevent removal of at least a portion of the lower portions from the opening in the terminal block , wherein in the opened position, the upper portions are misaligned and the lower portions are aligned to permit at least a portion of the lower portions to be inserted into an opening between the terminal block while opened, characterized in that one of the pair of sections includes a hinge rod , the other of the pair of sections includes a hinge-rod cutaway , and the pair of sections are coupled together by snap-fitting the hinge rod within the hinge-rod cutaway . a pair of sections rotatably coupled to one another in which each of the sections has an upper portion including a corresponding lockout opening and a lower portion for selective reception into the space of an opened terminal block; wherein, the pair of sections are rotatable between an opened position and a closed position in which, in the closed position, the lockout openings of the upper portions are aligned to accommodate reception of a lock in the lockout openings to prevent movement away from the closed position and the lower portions are misaligned to prevent removal of at least a portion of the lower portions from the opening in the terminal block , wherein
A refrigeration cycle apparatus comprising: an evaporator including heat transfer tubes through which refrigerant flows, and heat transfer fins connected to the heat transfer tubes , the evaporator being configured to cool air with the refrigerant; a vortex generator formed independently of the evaporator , and provided upstream of the evaporator in a flow direction of the air; and spacers provided between the heat transfer fins of the evaporator and the vortex generator to provide space between the heat transfer fins and the vortex generator , wherein the spacers are formed independently of the evaporator and the vortex generator , and characterised in that the refrigeration cycle apparatus further comprises a fan configures to supply the air to the evaporator and wherein the spacers are formed of material having a lower thermal conductivity than those of the heat transfer fins of the evaporator and the vortex generator . an evaporator including heat transfer tubes through which refrigerant flows, and heat transfer fins connected to the heat transfer tubes , the evaporator being configured to cool air with the refrigerant; a vortex generator formed independently of the evaporator , and provided upstream of the evaporator in a flow direction of the air; and spacers provided between the heat transfer fins of the evaporator and the vortex generator to provide space between the heat transfer fins and the vortex generator , wherein the spacers are formed independently of the evaporator and the vortex generator , and characterised in that the refrigeration cycle apparatus further comprises a fan configures to supply the air to the evaporator and wherein the spacers are formed of material having a lower thermal conductivity than those of the heat transfer fins of the evaporator and the vortex generator .
A machine tool including an automatic tool changer , the machine tool comprising a bed , a spindle installed on the bed and configured to rotate a workpiece, and a tool post on which a tool is mounted, that is movable installed on the bed , and that is configured to machine the workpiece, and the automatic tool changer comprising: a base installed on the spindle ; a support movably installed on the base ; a magazine configured to hold a plurality of tools and movably installed on the support ; a moving mechanism configured to move the support and the magazine , the support being installed on the base to be movable in parallel with a horizontal feeding axis (Z) of the tool post by the moving mechanism ; a tool support configured to support tools held on the magazine by moving horizontally along the horizontal feeding axis (Z) independently from the magazine when the tools are exchanged; and wherein both of the magazine and the tool post installed on the bed are moved close to each other when tools are exchanged. a base installed on the spindle ; a support movably installed on the base ; a magazine configured to hold a plurality of tools and movably installed on the support ; a moving mechanism configured to move the support and the magazine , the support being installed on the base to be movable in parallel with a horizontal feeding axis (Z) of the tool post by the moving mechanism ; a tool support configured to support tools held on the magazine by moving horizontally along the horizontal feeding axis (Z) independently from the magazine when the tools are exchanged; and wherein both of the magazine and the tool post installed on the bed are moved close to each other when tools are exchanged.
An augmented reality device to augment a video display of a sign using context of a device user, the device comprising: a light capture component to capture video stream information of a scene including light reflected from the sign , the reflected light being emitted from an identifying lamp which embeds sign information into the light; a processor to: identify if the captured video stream information includes the embedded sign information and when the embedded sign information is included, to extract the embedded sign information; process the extracted sign information and use a user context to produce contextual signage information; and to generate, in real-time images of the scene, an augmented part of the images including replacement signage determined by the contextual signage information in place of signage on the sign ; a video display to display the real-time images of the scene. a light capture component to capture video stream information of a scene including light reflected from the sign , the reflected light being emitted from an identifying lamp which embeds sign information into the light; a processor to: identify if the captured video stream information includes the embedded sign information and when the embedded sign information is included, to extract the embedded sign information; process the extracted sign information and use a user context to produce contextual signage information; and to generate, in real-time images of the scene, an augmented part of the images including replacement signage determined by the contextual signage information in place of signage on the sign ; a video display to display the real-time images of the scene. identify if the captured video stream information includes the embedded sign information and when the embedded sign information is included, to extract the embedded sign information; process the extracted sign information and use a user context to produce contextual signage information; and to generate, in real-time images of the scene, an augmented part of the images including replacement signage determined by the contextual signage information in place of signage on the sign ; a video display to display the real-time images of the scene.
An annular combustion chamber wall arrangement comprises an annular wall , the annular wall has a first surface and a second surface , the wall has a plurality of pedestals extending away from the first surface and/or a plurality of effusion cooling apertures extending through the annular wall from the first surface to the second surface , the annular wall has the pedestals and/or the effusion cooling apertures arranged in a predetermined pattern , characterised in that the pedestals or the effusion cooling apertures are arranged on Fermat's spiral , in which the pedestals or effusion cooling apertures are arranged with Fibonacci number ordering, the predetermined pattern provides the annular wall with a substantially uniform stiffness in all directions, the annular wall has the pedestals or the effusion cooling apertures arranged such that there are no direct lines across the first surface of the annular wall without at least one pedestal or at least one effusion cooling aperture .
An articulated bracelet for use with an external non-invasive fixator for fixing a fracture or soft tissue injury, wherein the bracelet comprises a plurality of elements arranged in a plurality of rows so as to define a plurality of first elements arranged in a first row and a plurality of second elements arranged in a second row which is adjacent the first row, wherein each of said first and second elements comprises complementary linking means to permit direct linking of said adjacent rows of elements together in an interchangeably articulated or fixed relationship, wherein one or more of said plurality of elements comprises means for receiving and engaging at least a portion of a connecting device such that the position of the connecting device can be altered around the bracelet or the limb that it is mounted on.
A method for evaluating performance of a storage device connected to a host device , wherein the method is implemented by said host device, the method comprising: executing read-write tests on said storage device, wherein said read-write tests comprise binary read-write operations on a memory segment in said storage device and evaluation of a time required to complete said binary read-write operations; evaluating a performance profile of said storage device through measuring a read-write transfer bit rate of said storage device according to a result of said read-write tests and through a classification in a plurality of predetermined classes, said performance profile indicating and enabling to determine whether said storage device has sufficient performance capabilities to be used as a device for storing and retrieving video data with a video resolution out of a plurality of predetermined video resolutions; and showing a message destined to a user of the host device, said message indicating the performance profile as evaluated for the storage device. executing read-write tests on said storage device, wherein said read-write tests comprise binary read-write operations on a memory segment in said storage device and evaluation of a time required to complete said binary read-write operations; evaluating a performance profile of said storage device through measuring a read-write transfer bit rate of said storage device according to a result of said read-write tests and through a classification in a plurality of predetermined classes, said performance profile indicating and enabling to determine whether said storage device has sufficient performance capabilities to be used as a device for storing and retrieving video data with a video resolution out of a plurality of predetermined video resolutions; and showing a message destined to a user of the host device, said message indicating the performance profile as evaluated for the storage device.
A method of self-testing a motor vehicle radio frequency reception chain comprising a reception antenna followed by a reception amplifier , and a demodulator coupled to the reception amplifier by a radio frequency cable , said method comprising : activating a radio frequency source under the control of the demodulator, the radio frequency source comprising a radio frequency transmitter internal to the demodulator or a parasitic source within a motor vehicle equipment controllable by the demodulator, for the transmission of a test radio frequency signal with one or more harmonics of respective substantially known levels in the working frequency band of the demodulator, said test radio frequency signal being adapted to be received by the receiving antenna; determining by the demodulator the radio performance of the radio frequency receiving chain upstream of the demodulator, based on the effect on radio reception by said radio frequency receiving chain, of the harmonics of the test radio frequency signal which are received by the receiving antenna and conducted through the receiving chain to the demodulator. activating a radio frequency source under the control of the demodulator, the radio frequency source comprising a radio frequency transmitter internal to the demodulator or a parasitic source within a motor vehicle equipment controllable by the demodulator, for the transmission of a test radio frequency signal with one or more harmonics of respective substantially known levels in the working frequency band of the demodulator, said test radio frequency signal being adapted to be received by the receiving antenna; determining by the demodulator the radio performance of the radio frequency receiving chain upstream of the demodulator, based on the effect on radio reception by said radio frequency receiving chain, of the harmonics of the test radio frequency signal which are received by the receiving antenna and conducted through the receiving chain to the demodulator.