mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a signaling system (201, 401) having a transmitter (203, 403) and a receiver (205, 405), in which at least a first path (103, 207, 409) and a second path (105, 209, 411) are at least in part parallel, comprising: measuring, at the receiver (205, 405), crosstalk arising on the second path (105, 209, 411) due to signaling on the first path (103, 207, 409); setting a variable capacitance circuit in the transmitter (203, 403) to have a capacitance that reduces the crosstalk at the receiver (205, 405); wherein the variable capacitance circuit is adapted to capacitively couple a representation of a signal conveyed over the first path (103, 207, 409) onto the second path (105, 209, 411); wherein the variable capacitance circuit includes a driver with programmable impedance and an adjustable capacitance; and wherein the capacitive-coupling comprises using the driver in series with the adjustable capacitance. measuring, at the receiver (205, 405), crosstalk arising on the second path (105, 209, 411) due to signaling on the first path (103, 207, 409); setting a variable capacitance circuit in the transmitter (203, 403) to have a capacitance that reduces the crosstalk at the receiver (205, 405); wherein the variable capacitance circuit is adapted to capacitively couple a representation of a signal conveyed over the first path (103, 207, 409) onto the second path (105, 209, 411); wherein the variable capacitance circuit includes a driver with programmable impedance and an adjustable capacitance; and wherein the capacitive-coupling comprises using the driver in series with the adjustable capacitance.
A laundry processor having a first pipeline and a second pipeline, wherein the first pipeline and the second pipeline are connected to each other and communicate with each other spatially; characterized in that the first pipeline comprises a first pipeline wall and a second pipeline wall; a first sealing strip is disposed between the first pipeline wall and the second pipeline wall; the second pipeline comprises a third pipeline wall and a fourth pipeline wall; a second sealing strip is disposed between the third pipeline wall and the fourth pipeline wall, wherein a third sealing strip is disposed at a connection place of the first pipeline and the second pipeline, and end portions (14, 15) of the first sealing strip and the second sealing strip connect the third sealing strip.
A system for verifying the authenticity of an object, having an optical security feature, comprising: (a) a first light source configured to direct a first light beam toward an object at a first incident angle, and a second light source configured to direct a second light beam toward the object at a second incident angle that is different from the first incident angle; (b) a first optical detector configured to receive the first light beam directed from the object along a first optical path; (c) a second optical detector configured to receive the second light beam directed from the object along a second optical path; and (d) a data analyzing device operatively connected to the first and second optical detectors and adapted to analyze one or more signals from the first and second optical detectors to determine the spectral shift between the first and second light beams directed along the first and second optical paths from the object to verify the authenticity of the object. (a) a first light source configured to direct a first light beam toward an object at a first incident angle, and a second light source configured to direct a second light beam toward the object at a second incident angle that is different from the first incident angle; (b) a first optical detector configured to receive the first light beam directed from the object along a first optical path; (c) a second optical detector configured to receive the second light beam directed from the object along a second optical path; and (d) a data analyzing device operatively connected to the first and second optical detectors and adapted to analyze one or more signals from the first and second optical detectors to determine the spectral shift between the first and second light beams directed along the first and second optical paths from the object to verify the authenticity of the object.
A communication control device for controlling communication of an in-vehicle communication device which is communicable with a mobile communication device, the communication control device comprising: a travel plan creation unit (200a, 330, 312) configured to create or acquire a travel plan of a vehicle equipped with the in-vehicle communication device and create a communication plan to switch at least one of a communication amount and a communication frequency between the in-vehicle communication device and the mobile communication device at switching time of a travel state of the travel plan according to a mode change of the travel state, wherein the vehicle is a hybrid type vehicle including an engine, a chargeable and dischargeable in-vehicle battery, and a rotating electric machine (30; 40) driven by power of the in-vehicle battery, wherein the travel plan creation unit (200a, 330, 312) is configured to create the travel plan by setting either an EV mode in which the power of the in-vehicle battery is used as a main power source or an HV mode in which the engine is used as the main power source as a travel mode to be used depending on a travel section, and wherein the switching time is switch time of the set travel mode. a travel plan creation unit (200a, 330, 312) configured to create or acquire a travel plan of a vehicle equipped with the in-vehicle communication device and create a communication plan to switch at least one of a communication amount and a communication frequency between the in-vehicle communication device and the mobile communication device at switching time of a travel state of the travel plan according to a mode change of the travel state, wherein the vehicle is a hybrid type vehicle including an engine, a chargeable and dischargeable in-vehicle battery, and a rotating electric machine (30; 40) driven by power of the in-vehicle battery, wherein the travel plan creation unit (200a, 330, 312) is configured to create the travel plan by setting either an EV mode in which the power of the in-vehicle battery is used as a main power source or an HV mode in which the engine is used as the main power source as a travel mode to be used depending on a travel section, and wherein the switching time is switch time of the set travel mode.
A system, comprising: an image sensor comprising an imaging substrate having warpage from center to edges of the imaging substrate; and a static, phased metalens configured to adjust a property of light that reaches the imaging substrate to compensate for a change in a flatness of the imaging substrate due to the warpage and thereby adjust a focus of an image detected by the imaging substrate. an image sensor comprising an imaging substrate having warpage from center to edges of the imaging substrate; and a static, phased metalens configured to adjust a property of light that reaches the imaging substrate to compensate for a change in a flatness of the imaging substrate due to the warpage and thereby adjust a focus of an image detected by the imaging substrate.
A viewing device for a vehicle, comprising: viewing means for assisting viewing by a vehicle occupant; an operating mechanism that is operable to tilt the viewing means; an accommodating body that accommodates the viewing means; a covering portion that is provided at a viewing means side of the accommodating body; and a reinforcing body that is fixed to an opposite side, from the viewing means, of the accommodating body, that reinforces the accommodating body, and that is provided with a bottom wall portion which covers an opposite side, from the viewing means, of the operating mechanism such that the operating mechanism is held between the covering portion and the bottom wall portion. viewing means for assisting viewing by a vehicle occupant; an operating mechanism that is operable to tilt the viewing means; an accommodating body that accommodates the viewing means; a covering portion that is provided at a viewing means side of the accommodating body; and a reinforcing body that is fixed to an opposite side, from the viewing means, of the accommodating body, that reinforces the accommodating body, and that is provided with a bottom wall portion which covers an opposite side, from the viewing means, of the operating mechanism such that the operating mechanism is held between the covering portion and the bottom wall portion.
A router in an information-centric network, ICN, the router being connected to a plurality of neighbor routers (804, 806, 808) in the network including a second router and comprising: means for assigning local intervals (814, 816, 818) to each of the plurality of neighbor routers, the local intervals comprising a set of local identifiers; a face for receiving local intervals (824, 826, 828) assigned to the router by each of the plurality of neighbor routers; a Local Interval Set Table, LIST, for storing the local intervals (814, 816, 818) assigned to the plurality of neighbors by the router and the local intervals (824, 826, 828) assigned by each of the plurality of neighbors to the router; a receiving module configured to receive an interest for a piece of content from a neighbor router, wherein the interest indicates a name associated with the piece of content and an identifier selected from the local interval assigned by the router to the neighbor router; an interest-processing module configured to: determine whether the interest can be forwarded; in response to determining that the interest can be forwarded to a second router, select an identifier from the local interval assigned to the router by the second router; and process the interest by inserting the identifier into the interest; and a forwarding module configured to forward the processed interest to the second router. means for assigning local intervals (814, 816, 818) to each of the plurality of neighbor routers, the local intervals comprising a set of local identifiers; a face for receiving local intervals (824, 826, 828) assigned to the router by each of the plurality of neighbor routers; a Local Interval Set Table, LIST, for storing the local intervals (814, 816, 818) assigned to the plurality of neighbors by the router and the local intervals (824, 826, 828) assigned by each of the plurality of neighbors to the router; a receiving module configured to receive an interest for a piece of content from a neighbor router, wherein the interest indicates a name associated with the piece of content and an identifier selected from the local interval assigned by the router to the neighbor router; an interest-processing module configured to: determine whether the interest can be forwarded; in response to determining that the interest can be forwarded to a second router, select an identifier from the local interval assigned to the router by the second router; and process the interest by inserting the identifier into the interest; and determine whether the interest can be forwarded; in response to determining that the interest can be forwarded to a second router, select an identifier from the local interval assigned to the router by the second router; and process the interest by inserting the identifier into the interest; and a forwarding module configured to forward the processed interest to the second router.
A terminal node, comprising: a transceiver module configured to communicate with an access node; and a processor coupled to the transceiver module; characterized in that the processor is configured to: execute a first user application and obtain state information about the first user application, transmit, via the transceiver module, a request for communications from an application server, transmit, via the transceiver module, the state information about the first user application to the access node over a first application-agent cooperative communication control path established between the first user application in the terminal node and an application agent in the access node without going through a backhaul link, receive, from the access node, data associated with the first user application; and receive through the first application-agent cooperative communication control path a set of reduced bitrate options or a set of increased bit rate options determined by the access node. a transceiver module configured to communicate with an access node; and a processor coupled to the transceiver module; characterized in that the processor is configured to: execute a first user application and obtain state information about the first user application, transmit, via the transceiver module, a request for communications from an application server, transmit, via the transceiver module, the state information about the first user application to the access node over a first application-agent cooperative communication control path established between the first user application in the terminal node and an application agent in the access node without going through a backhaul link, receive, from the access node, data associated with the first user application; and receive through the first application-agent cooperative communication control path a set of reduced bitrate options or a set of increased bit rate options determined by the access node. execute a first user application and obtain state information about the first user application, transmit, via the transceiver module, a request for communications from an application server, transmit, via the transceiver module, the state information about the first user application to the access node over a first application-agent cooperative communication control path established between the first user application in the terminal node and an application agent in the access node without going through a backhaul link, receive, from the access node, data associated with the first user application; and receive through the first application-agent cooperative communication control path a set of reduced bitrate options or a set of increased bit rate options determined by the access node.
An RNA oligonucleotide for use in a method of treating cancer, wherein the RNA oligonucleotide comprises the base sequence represented by SEQ ID NO:1 (5'-N 1 GUAGAN 2 N 3 -3') and the base sequence represented by SEQ ID NO:2 (5'-N 4 N 5 UUUGCN 6 -3'), wherein, the base sequences are bound to each other by a complementary binding to form double strands having a helical bend structure; the 3'-end of the base sequence represented by SEQ ID NO:1 and the 5'-end of the base sequence represented by SEQ ID NO:2 are connected into a loop to form a hairpin structure; and the base sequence represented by SEQ ID NO:1 has a hydroxy group at the 5'-end thereof.
Vehicle tyre comprising a tread profile with profile bands, which are separated from one another by circumferential grooves, and with transverse ribs, which are arranged in the circumferential grooves, the transverse ribs being designed to influence air flows occurring at the vehicle tyre during driving operation in such a way that noises resulting from the air flows are distributed over a broad frequency spectrum, the transverse ribs having in each case a height (H i) over a groove base of the respective circumferential groove and extending in each case over an entire width of the respective circumferential groove, characterized in that at least some of the transverse ribs arranged within a circumferential groove have different lengths (L i) in a circumferential direction of the vehicle tyre.
A power generation system comprising: a power generation unit generating power using a raw fuel and an oxidizer gas; a housing having a pin and an opening and containing the power generation unit; a first lid disposed so as to cover the opening of the housing and detachably attached to the pin; a second lid detachably disposed so as to cover the first lid; a sealing part disposed between the first lid and the housing; a fixing structure having a holding part and a first fitting part and displaceably disposed at a front of the first lid; and a second fitting part formed on the pin so as to be fitted with the first fitting part, wherein the fixing structure is configured so that, when disposing the second lid, the fixing structure is movable between a first position at which the first fitting part and the second fitting part are not fitted together, and the holding part and the second lid contact each other, and a second position at which the first fitting part and the second fitting part are fitted together and the holding part and the second lid do not contact each other, and wherein the first lid is fixed to the housing with the seal part compressed at a roughly constant level by attaching the first lid to the housing to make the first fitting part fitted with the second fitting part. a power generation unit generating power using a raw fuel and an oxidizer gas; a housing having a pin and an opening and containing the power generation unit; a first lid disposed so as to cover the opening of the housing and detachably attached to the pin; a second lid detachably disposed so as to cover the first lid; a sealing part disposed between the first lid and the housing; a fixing structure having a holding part and a first fitting part and displaceably disposed at a front of the first lid; and a second fitting part formed on the pin so as to be fitted with the first fitting part,
A compound for use in the treatment or prevention of cancer cachexia comprising as an effective ingredient a compound represented by (-)-17-(cyclopropylmethyl)-3,14β-dihydroxy-4,5α-epoxy-6β-[N-methyl-trans-3-(3-furyl)acrylamido]morphinan represented by Chemical Formula 2: or a pharmacologically acceptable acid addition salt thereof.
A method performed by a group management server in a communication system, the method comprising: receiving, from a Vertical Application Layer, VAL, server, a request message for configuring a group, the request message including an identifier, ID, of the group and a description of the group; creating the group based on the request message for configuring the group; transmitting, to at least one group management client (150a-150n), a group announcement message associated with the group, the group announcement message including the ID of the group and the description of the group; receiving, from the at least one group management client, a group registration request message including the ID of the group and information that indicates interest to receive a notification for a newly registered VAL UE ID; configuring the at least one group management client as member of the group; transmitting, to the at least one group management client, a group registration response message as a response to the group registration request message, the group registration response message including information for a subscription result associated with the at least one group management client, the subscription result indicating whether subscription to receive the notification for a newly registered VAL UE ID is successful or not; transmitting, to the VAL server, a response message for configuring the group; and transmitting (318, 320) an identity list notification message to the VAL server and a group management client identified based on the subscription result receiving, from a Vertical Application Layer, VAL, server, a request message for configuring a group, the request message including an identifier, ID, of the group and a description of the group; creating the group based on the request message for configuring the group; transmitting, to at least one group management client (150a-150n), a group announcement message associated with the group, the group announcement message including the ID of the group and the description of the group; receiving, from the at least one group management client, a group registration request message including the ID of the group and information that indicates interest to receive a notification for a newly registered VAL UE ID; configuring the at least one group management client as member of the group; transmitting, to the at least one group management client, a group registration response message as a response to the group registration request message, the group registration response message including information for a subscription result associated with the at least one group management client, the subscription result indicating whether subscription to receive the notification for a newly registered VAL UE ID is successful or not; transmitting, to the VAL server, a response message for configuring the group; and transmitting (318, 320) an identity list notification message to the VAL server and a group management client identified based on the subscription result
Media converter, comprising - an electrical bus port for connecting a first electrical bus and - an optical bus port for connecting an optical bus, the media converter being designed to convert an electrical signal of the first electrical bus into an optical signal of the optical bus in such a way that, for a first value of an internal control signal of the media converter, the optical signal corresponds to the electrical signal and, for a second value of the internal control signal, the optical signal has an inverted shape corresponding to the electrical signal, characterized in that in a transmission phase (PS1, PB1) during which the internal control signal changes from the first value to the second value, the media converter is designed to emit the optical signal in such a way that the optical signal corresponds to the electrical signal until the end of the transmission phase (PS1, PB1). - an electrical bus port for connecting a first electrical bus and - an optical bus port for connecting an optical bus, the media converter being designed to convert an electrical signal of the first electrical bus into an optical signal of the optical bus in such a way that, for a first value of an internal control signal of the media converter, the optical signal corresponds to the electrical signal and, for a second value of the internal control signal, the optical signal has an inverted shape corresponding to the electrical signal,
Driver for a vehicle window lifter, having a pane holder for fastening to a window pane, and a rail slider with a guide region as a rail grip for a guide rail of an adjusting mechanism of the vehicle window lifter, wherein the pane holder has an approximately cylindrical connecting portion, which is inserted along an axial direction into a holder portion of the rail slider and is enclosed by the latter at least in sections along a circumferential direction, characterized in - that a sliding insert lies in the guide region, - that the connecting portion has a receptacle and the holder portion has a through opening, which are arranged in alignment with one another along a radial direction, and - that a joining pin is inserted into the through opening and the receptacle. - that a sliding insert lies in the guide region, - that the connecting portion has a receptacle and the holder portion has a through opening, which are arranged in alignment with one another along a radial direction, and - that a joining pin is inserted into the through opening and the receptacle.