mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a state of an electronic system including a first device including a first battery; a second device including a second battery, the second battery of the second device adapted to receive a charge from the first battery of the first device, the method comprising: operating, by the first device, in a low power mode in which delivery of a charge from the first battery to the second battery is prevented; detecting, by the first device, one or more first conditions corresponding to shipment; remaining in the low power mode while the one or more first conditions are detected; detecting, by the first device, one or more second conditions corresponding to an end of shipment; automatically transitioning, by the first device, to a high power mode in response to detection of the one or more second conditions, in which high power mode delivery of charge from the first battery to the second battery is enabled, wherein the first and second conditions are detected based on an orientation of the first device, based on light or sound sensed by the first device, or based on receiving by the first device a beacon from a transportation vehicle. operating, by the first device, in a low power mode in which delivery of a charge from the first battery to the second battery is prevented; detecting, by the first device, one or more first conditions corresponding to shipment; remaining in the low power mode while the one or more first conditions are detected; detecting, by the first device, one or more second conditions corresponding to an end of shipment; automatically transitioning, by the first device, to a high power mode in response to detection of the one or more second conditions, in which high power mode delivery of charge from the first battery to the second battery is enabled, wherein the first and second conditions are detected based on an orientation of the first device, based on light or sound sensed by the first device, or based on receiving by the first device a beacon from a transportation vehicle.
A base station of a radio access network of a cellular network, comprising: - at least one interface configured to communicate with a terminal and to communicate with a mobile edge control node and a mobile edge server of a mobile edge system, the mobile edge control node being configured to control the mobile edge server, and the mobile edge server being arranged within the radio access network or close to equipment of the radio access network, and - at least one processor configured to provide a service of the mobile edge server to the terminal, wherein the at least one processor is further configured to send a first control message to the mobile edge control node of the mobile edge system, the first control message being indicative of a predicted handover of the terminal from the base station to one or more candidate base stations and of a predicted time of the predicted handover. - at least one interface configured to communicate with a terminal and to communicate with a mobile edge control node and a mobile edge server of a mobile edge system, the mobile edge control node being configured to control the mobile edge server, and the mobile edge server being arranged within the radio access network or close to equipment of the radio access network, and - at least one processor configured to provide a service of the mobile edge server to the terminal,
A diaper with an excrement sensing device, the diaper comprising: a detachable sensing part comprising a first light guide structure and a second light guide structure, wherein the first light guide structure has a first light guide opening, the second light guide structure has and a second light guide opening, and a light guide gap is formed between the first light guide opening and the second light guide opening; an electronic part comprising a signal processor, an emitter and a receiver, wherein the detachable sensing part is detachably combined with the electronic part, and an optical signal is emitted by the emitter, wherein after the optical signal is transmitted through the first light guide structure, the light guide gap and the second light guide structure, the optical signal is received by the receiver; and a diaper main body, wherein the detachable sensing part is disposed within the diaper main body, wherein when an excrement enters the light guide gap or contacts with the detachable sensing part, the optical signal is subjected to a change, wherein in response to the change of the optical signal, the signal processor generates a warning signal. a detachable sensing part comprising a first light guide structure and a second light guide structure, wherein the first light guide structure has a first light guide opening, the second light guide structure has and a second light guide opening, and a light guide gap is formed between the first light guide opening and the second light guide opening; an electronic part comprising a signal processor, an emitter and a receiver, wherein the detachable sensing part is detachably combined with the electronic part, and an optical signal is emitted by the emitter, wherein after the optical signal is transmitted through the first light guide structure, the light guide gap and the second light guide structure, the optical signal is received by the receiver; and a diaper main body, wherein the detachable sensing part is disposed within the diaper main body, wherein when an excrement enters the light guide gap or contacts with the detachable sensing part, the optical signal is subjected to a change, wherein in response to the change of the optical signal, the signal processor generates a warning signal.
A process for trimming an ophthalmic lens along a desired outline, said ophthalmic lens comprising a substrate and at least one coating film that is made of a different material to that of the substrate and that covers a main face of the substrate, comprising: - a step of pre-roughing the ophthalmic lens by means of a preliminary tool (210; 223), along a preliminary outline (C1, C1') separate and deduced from said desired outline; - a step of roughing the ophthalmic lens by means of a roughing abrasive wheel, along a roughing outline (C2, C3) coincident with or enlarged relative to the desired outline; and - a step of finishing the ophthalmic lens by means of a finishing tool, characterized in that said preliminary outline (C1, C1') is enlarged relative to the desired outline and in that the roughing abrasive wheel used has a grain size comprised between 0.1 and 0.5 mm and is steered relatively to said ophthalmic lens so as to apply in said roughing step a radial force to the ophthalmic lens comprised between 0.1 and 5 newtons. - a step of pre-roughing the ophthalmic lens by means of a preliminary tool (210; 223), along a preliminary outline (C1, C1') separate and deduced from said desired outline; - a step of roughing the ophthalmic lens by means of a roughing abrasive wheel, along a roughing outline (C2, C3) coincident with or enlarged relative to the desired outline; and - a step of finishing the ophthalmic lens by means of a finishing tool,
A computer-implemented method for automatically broadcasting a basic input/output system, BIOS (102-3, 103-3), setup option among a plurality of nodes in a virtual local-area network, VLAN, comprising: receiving, at a specific controller of a node of the plurality of nodes, a command to update a BIOS (102-3, 103-3) setup option on the node; determining that the specific controller is neither a master nor a slave based upon an internal flag of the specific controller; broadcasting a master request to the VLAN; determining that no response to the master request is received within a predetermined time period; setting the internal flag of the specific controller as the master; sending out a first completion response to indicate that the specific controller is the master and is enabled to broadcast updated BIOS (102-3, 103-3) setup option on the node to the VLAN; saving the updated BIOS (102-3, 103-3) setup option on the node; triggering a system management interrupt, SMI, prior to resetting the node; causing a SMI handler to get variables of BIOS (102-3, 103-3) setup options and send the variables to the specific controller; determining that the specific controller is the master based upon the internal flag; broadcasting the updated BIOS (102-3, 103-3) setup option to the VLAN; setting the internal flag of the specific controller to none; sending out a second completion response to indicate that the updated BIOS (102-3, 103-3) setup option has been broadcasted; and resetting the node. receiving, at a specific controller of a node of the plurality of nodes, a command to update a BIOS (102-3, 103-3) setup option on the node; determining that the specific controller is neither a master nor a slave based upon an internal flag of the specific controller; broadcasting a master request to the VLAN; determining that no response to the master request is received within a predetermined time period; setting the internal flag of the specific controller as the master; sending out a first completion response to indicate that the specific controller is the master and is enabled to broadcast updated BIOS (102-3, 103-3) setup option on the node to the VLAN; saving the updated BIOS (102-3, 103-3) setup option on the node; triggering a system management interrupt, SMI, prior to resetting the node; causing a SMI handler to get variables of BIOS (102-3, 103-3) setup options and send the variables to the specific controller; determining that the specific controller is the master based upon the internal flag; broadcasting the updated BIOS (102-3, 103-3) setup option to the VLAN; setting the internal flag of the specific controller to none; sending out a second completion response to indicate that the updated BIOS (102-3, 103-3) setup option has been broadcasted; and resetting the node.
An engine valve including an engine valve base body having a stem portion and a head portion provided at one end portion of the stem portion, which engine valve comprises: a build-up portion formed by seat welding to encircle the head portion; and a seat obtained by forming a surface-hardened layer on the build-up portion, wherein the build-up portion is formed of a seat weld material constituted of a Ni-Fe-Cr alloy containing W at 8.0 to 40.0 mass %, Mo at a total together with W in a range of 20.0 to 40.0 mass %, Fe at 20.0 to 50.0 mass %, Cr at 12.0 to 36.0 mass %, B at 1.0 to 2.5 mass %, and a balance of Ni and inevitable impurities, and wherein wherein elements incorporated within a range of remaining elements contained in the buildup material comprise 15.0 mass% or less of elements selected from among Co, Mn, Cu and Si, 15.0 mass % or less of Co, 5.0 mass % or less of Mn, 5.0 mass % or less of Cu, 2.0 mass % or less of Si and 0.5 mass % or less of C, characterized in that the surface-hardened layer is formed by effecting nitriding treatment on the entire valve to form a nitride layer on a machined surface formed on the seat. a build-up portion formed by seat welding to encircle the head portion; and a seat obtained by forming a surface-hardened layer on the build-up portion, wherein the build-up portion is formed of a seat weld material constituted of a Ni-Fe-Cr alloy containing W at 8.0 to 40.0 mass %, Mo at a total together with W in a range of 20.0 to 40.0 mass %, Fe at 20.0 to 50.0 mass %, Cr at 12.0 to 36.0 mass %, B at 1.0 to 2.5 mass %, and a balance of Ni and inevitable impurities, and wherein wherein elements incorporated within a range of remaining elements contained in the buildup material comprise 15.0 mass% or less of elements selected from among Co, Mn, Cu and Si, 15.0 mass % or less of Co, 5.0 mass % or less of Mn, 5.0 mass % or less of Cu, 2.0 mass % or less of Si and 0.5 mass % or less of C, characterized in that the surface-hardened layer is formed by effecting nitriding treatment on the entire valve to form a nitride layer on a machined surface formed on the seat.
A nozzle plate comprising a first surface, a second surface on the opposite side to the first surface, and a plurality of through holes which penetrate through the plate from the first surface to the second surface and become nozzles, wherein openings of the through holes in the first surface side form ejection holes, while openings of the through holes in the second surface side form internal openings, each of the through holes comprises a tapered part at the internal opening side having a cross-sectional area becoming larger towards the internal opening and, on at least the first surface side forming the side where the liquid is ejected, an inversely tapered part having a cross-sectional area becoming larger toward the ejection hole, the first surface comprises a first region and a second region which is not superimposed on the first region, a first through hole of one of the through holes is arranged in the first region, a second through hole of one of the through holes is arranged in the second region, when viewed from the first surface side, the inversely tapered part looks like a ring-shaped region on the periphery of a circular portion penetrating through the nozzle plate, with a width of the ring-shaped region being defined as width T, the width T of the first through hole is larger than the width T of the second through hole, and a thickness of the nozzle plate in the first region is thinner than a thickness of the nozzle plate in the second region.
Method for regulating low- and medium-voltage networks, wherein at least one lower control unit is respectively assigned to at least two sub-networks of a main network, wherein an upper control unit is assigned to the main network, wherein the main network is a medium- or low-voltage network, wherein which the sub-networks are low-voltage networks or low-voltage network sections, wherein the lower control units are each connected to a plurality of lower actuators, which lower actuators can change the state of the respective sub-network, wherein the lower control units aggregate data of the respectively associated lower actuators, wherein the aggregated data are transmitted by the lower control units to the upper control unit, wherein the upper control unit evaluates a state of the main network, characterized in that the upper control unit, in the event of a state of the main network meriting change, issues a change command to at least one selected lower control unit to change the state of the associated sub-network, wherein a change in the state of the associated sub-network simultaneously also causes a change in the state of the main network by means of a lower actuator and wherein the selected lower control unit is selected based on the aggregated data, wherein the change command comprises at least one power value, wherein the change command contains, in addition to the power value, a statement as to whether the sub-network should accept the power value or pass it on to the main network, wherein the selected lower control unit decides, based on the change command, which changes are made within the sub-network to change the state of the main network, wherein, in the event of a failure of the lower control unit, the upper control unit communicates with subordinate elements (5, 7, 12) of the lower control unit.
Adaptive acoustic system for optimising the acoustics of a room, comprising: a) at least one moveable, sound-absorbing or sound-insulating element, with which an acoustic separation or division of a region within a surrounding room is able to be generated, b) at least one sensor for determining the sound pressure or the noise level, and c) at least one actuator for controlling the vertical or horizontal motion of the at least one sound-absorbing or sound-insulating element, wherein the at least one sensor emits a signal to the actuator when a predetermined threshold value of the sound pressure or the noise level is exceeded, and the actuator of at least one of the sound-absorbing or sound-insulating elements is set in motion, such that an acoustic zoning or separation of a region within a surrounding room is generated, and/or emits a signal to the actuator when a predetermined threshold value of the sound pressure or the noise level is fallen below, and the actuator of at least one of the sound-absorbing or sound-insulating elements is set in motion, such that an acoustic zoning or separation of a region within a surrounding room is removed. a) at least one moveable, sound-absorbing or sound-insulating element, with which an acoustic separation or division of a region within a surrounding room is able to be generated, b) at least one sensor for determining the sound pressure or the noise level, and c) at least one actuator for controlling the vertical or horizontal motion of the at least one sound-absorbing or sound-insulating element,
A method for negotiating a security mechanism with a responding security gateway, the method comprising: in a negotiation stage: establishing a first connection between an initiating security gateway and the responding security gateway, wherein the first connection is configured to provide integrity protection of messages communicated between the initiating security gateway and the responding security gateway; transmitting a request message to the responding security gateway over the first connection, wherein the request message identifies one or more security mechanisms supported by the initiating security gateway; receiving a response message from the responding security gateway over the first connection, wherein the response message identifies an application layer security mechanism selected by the responding security gateway from among the one or more security mechanisms supported by the initiating security gateway; in a communications stage: communicating signaling messages with the responding security gateway using the selected application layer security mechanism. in a negotiation stage: establishing a first connection between an initiating security gateway and the responding security gateway, wherein the first connection is configured to provide integrity protection of messages communicated between the initiating security gateway and the responding security gateway; transmitting a request message to the responding security gateway over the first connection, wherein the request message identifies one or more security mechanisms supported by the initiating security gateway; receiving a response message from the responding security gateway over the first connection, wherein the response message identifies an application layer security mechanism selected by the responding security gateway from among the one or more security mechanisms supported by the initiating security gateway; establishing a first connection between an initiating security gateway and the responding security gateway, wherein the first connection is configured to provide integrity protection of messages communicated between the initiating security gateway and the responding security gateway; transmitting a request message to the responding security gateway over the first connection, wherein the request message identifies one or more security mechanisms supported by the initiating security gateway; receiving a response message from the responding security gateway over the first connection, wherein the response message identifies an application layer security mechanism selected by the responding security gateway from among the one or more security mechanisms supported by the initiating security gateway; in a communications stage: communicating signaling messages with the responding security gateway using the selected application layer security mechanism.
A network system, comprising: a host comprising a first network module and a first controller checking a data transmitting/receiving state of the first network module and outputting operation state data corresponding to the data transmitting/receiving state of the first network module; and a client comprising a display, a second network module connected to the host and receiving the operation state data from the host, and a second controller controlling the display to display information about the data transmitting/receiving state of the first network module of the host based on the operation state data received through the second network module wherein the host further comprises an access point to which the client is wirelessly connected through a wireless network, wherein the operation state data includes information about a first connection state corresponding to a wireless data transmitting/receiving state between at least one other client connected to the access point and the access point and/or between the client and the access point, and characterized by the information about the first connection state including at least one of authentication information about the client trying to access the access point and information about a wireless data transmitting/receiving error between the access point and the client and/or between the access point and the other client. a host comprising a first network module and a first controller checking a data transmitting/receiving state of the first network module and outputting operation state data corresponding to the data transmitting/receiving state of the first network module; and a client comprising a display, a second network module connected to the host and receiving the operation state data from the host, and a second controller controlling the display to display information about the data transmitting/receiving state of the first network module of the host based on the operation state data received through the second network module wherein the host further comprises an access point to which the client is wirelessly connected through a wireless network, wherein the operation state data includes information about a first connection state corresponding to a wireless data transmitting/receiving state between at least one other client connected to the access point and the access point and/or between the client and the access point, and characterized by the information about the first connection state including at least one of authentication information about the client trying to access the access point and information about a wireless data transmitting/receiving error between the access point and the client and/or between the access point and the other client.