mhurhangee/ep-ind-claims huggingface dataset:
A control device for factory automation, the control device comprising: a first connector to connect a first network to which a control target belongs; a second connector to connect a second network to which an external instrument belongs; a control arithmetic unit to execute control arithmetic processing using data related to the control target; a communication unit (172, 177) to exchange the data with the external instrument by secure communication through the second network; a first logging unit to log information related to the secure communication performed by the communication unit; and a second logging unit to log information related to control of a logging operation of the first logging unit. a first connector to connect a first network to which a control target belongs; a second connector to connect a second network to which an external instrument belongs; a control arithmetic unit to execute control arithmetic processing using data related to the control target; a communication unit (172, 177) to exchange the data with the external instrument by secure communication through the second network; a first logging unit to log information related to the secure communication performed by the communication unit; and a second logging unit to log information related to control of a logging operation of the first logging unit.
A surgical instrument comprising: a longitudinal shaft including a) a blunt distal end; b) a proximate end opposite the blunt distal end; c) a pore through which infusion fluid flowing from the proximate end towards the blunt distal end can exit the longitudinal shaft; d) a resection port located in a side surface of the longitudinal shaft near the blunt distal end and defining a working area for a cutting member within the longitudinal shaft; e) a longitudinally extending return channel dimensioned to allow passage of tissue resected within the working area to traverse within the longitudinal shaft from the working area towards the proximate end; f) a longitudinally extending infusion channel for passing infusion fluid from the proximate end towards the blunt distal end; and characterised in that the longitudinal shaft further includes: g) a switch, within the longitudinal shaft, arranged to selectively control infusion fluid flow to follow a route either within the shaft into the return channel via the working area, or out of the shaft via the pore, or both. a longitudinal shaft including a) a blunt distal end; b) a proximate end opposite the blunt distal end; c) a pore through which infusion fluid flowing from the proximate end towards the blunt distal end can exit the longitudinal shaft; d) a resection port located in a side surface of the longitudinal shaft near the blunt distal end and defining a working area for a cutting member within the longitudinal shaft; e) a longitudinally extending return channel dimensioned to allow passage of tissue resected within the working area to traverse within the longitudinal shaft from the working area towards the proximate end; f) a longitudinally extending infusion channel for passing infusion fluid from the proximate end towards the blunt distal end; and characterised in that the longitudinal shaft further includes: g) a switch, within the longitudinal shaft, arranged to selectively control infusion fluid flow to follow a route either within the shaft into the return channel via the working area, or out of the shaft via the pore, or both. a) a blunt distal end; b) a proximate end opposite the blunt distal end; c) a pore through which infusion fluid flowing from the proximate end towards the blunt distal end can exit the longitudinal shaft; d) a resection port located in a side surface of the longitudinal shaft near the blunt distal end and defining a working area for a cutting member within the longitudinal shaft; e) a longitudinally extending return channel dimensioned to allow passage of tissue resected within the working area to traverse within the longitudinal shaft from the working area towards the proximate end; f) a longitudinally extending infusion channel for passing infusion fluid from the proximate end towards the blunt distal end; and characterised in that the longitudinal shaft further includes: g) a switch, within the longitudinal shaft, arranged to selectively control infusion fluid flow to follow a route either within the shaft into the return channel via the working area, or out of the shaft via the pore, or both.
An agent for use in suppressing chronic rejection reaction, comprising as an active ingredient an IL-6 inhibitor which is an anti-IL-6 antibody or anti-IL-6 receptor antibody.
A method comprising: receiving, at a computing device, a message from a server of a first remote service provider, the message comprising a symbolic representation of content of a verbal request spoken by a user of the computing device and an application identifier selected based on the content of the verbal request; in response to receiving the message: establishing, by the computing device, a connection with a server of a second remote service provider, wherein the server of the second remote service provider corresponds to an application on the computing device, and wherein the application on the computing device corresponds to the application identifier in the received message; and transmitting, by the computing device and using the application corresponding to the application identifier, a query to the server of the second remote service provider, the query based on the symbolic representation of content of the verbal request; receiving, by the computing device, a response to the query from the server of the second remote service provider; and presenting, by the computing device, the response to the query through an interface of the computing device. receiving, at a computing device, a message from a server of a first remote service provider, the message comprising a symbolic representation of content of a verbal request spoken by a user of the computing device and an application identifier selected based on the content of the verbal request; in response to receiving the message: establishing, by the computing device, a connection with a server of a second remote service provider, wherein the server of the second remote service provider corresponds to an application on the computing device, and wherein the application on the computing device corresponds to the application identifier in the received message; and transmitting, by the computing device and using the application corresponding to the application identifier, a query to the server of the second remote service provider, the query based on the symbolic representation of content of the verbal request; establishing, by the computing device, a connection with a server of a second remote service provider, wherein the server of the second remote service provider corresponds to an application on the computing device, and wherein the application on the computing device corresponds to the application identifier in the received message; and transmitting, by the computing device and using the application corresponding to the application identifier, a query to the server of the second remote service provider, the query based on the symbolic representation of content of the verbal request; receiving, by the computing device, a response to the query from the server of the second remote service provider; and presenting, by the computing device, the response to the query through an interface of the computing device.
A personal wearable monitor for monitoring a bio-electrical signal from a person, said monitor being adapted for detecting a condition of an upcoming seizure, and for providing an acoustical information signal, said monitor being provided with - a first speaker for providing said information signal, and - a second speaker adapted for functioning as a microphone in testing if said first speaker is capable of delivering a sound, and said monitor being adapted for providing a notification in the event that said first speaker is not capable of delivering sound. - a first speaker for providing said information signal, and - a second speaker adapted for functioning as a microphone in testing if said first speaker is capable of delivering a sound,
A processor for a user terminal having a function of device-to-device, D2D, communication, configured to: store resource information and power information that are preconfigured, wherein the resource information and the power information are used to control the D2D communication when the user terminal is in out of coverage; determine whether the user terminal is in out of coverage; and cause the terminal to transmit data to another user terminal through the D2D communication based on both the resource information and the power information while the user terminal is in the out of coverage, wherein the resource information indicates usable radio resources for the D2D communication when the user terminal is in out of coverage, and the power information is used for controlling transmission power in the D2D communication when the user terminal is in out of coverage. store resource information and power information that are preconfigured, wherein the resource information and the power information are used to control the D2D communication when the user terminal is in out of coverage; determine whether the user terminal is in out of coverage; and cause the terminal to transmit data to another user terminal through the D2D communication based on both the resource information and the power information while the user terminal is in the out of coverage, wherein the resource information indicates usable radio resources for the D2D communication when the user terminal is in out of coverage, and the power information is used for controlling transmission power in the D2D communication when the user terminal is in out of coverage.
A slide part, comprising: a hard member having an amorphous carbon coating containing nitrogen formed on an outermost surface of a substrate; and a seal member formed of an elastic body, the seal member being in sliding contact with the hard member, wherein: content of the nitrogen in the amorphous carbon coating is equal to or more than 3 atomic percentage (at.%) and equal to or less than 25 at.%, taking a total content of the carbon and the nitrogen in the amorphous carbon coating as 100 at.%; the seal member contains fluorine at least in a sliding contact surface region thereof; and content of the fluorine in the sliding contact surface region of the seal member is equal to or more than the nitrogen content in the amorphous carbon coating. a hard member having an amorphous carbon coating containing nitrogen formed on an outermost surface of a substrate; and a seal member formed of an elastic body, the seal member being in sliding contact with the hard member, wherein: content of the nitrogen in the amorphous carbon coating is equal to or more than 3 atomic percentage (at.%) and equal to or less than 25 at.%, taking a total content of the carbon and the nitrogen in the amorphous carbon coating as 100 at.%; the seal member contains fluorine at least in a sliding contact surface region thereof; and content of the fluorine in the sliding contact surface region of the seal member is equal to or more than the nitrogen content in the amorphous carbon coating. content of the nitrogen in the amorphous carbon coating is equal to or more than 3 atomic percentage (at.%) and equal to or less than 25 at.%, taking a total content of the carbon and the nitrogen in the amorphous carbon coating as 100 at.%; the seal member contains fluorine at least in a sliding contact surface region thereof; and content of the fluorine in the sliding contact surface region of the seal member is equal to or more than the nitrogen content in the amorphous carbon coating.
A method of selective authorization by a host device, comprising: determining to admit a client device (220, 230, 240) into a network sharing session with the host device; detecting that the client device (220, 230, 240) is proximate to the host device; receiving an identifier from the admitted client device (220, 230, 240) for identifying the admitted client device (220, 230, 240), wherein presentation of the identifier by the client device (220, 230, 240) is initiated by a user of the client device (220, 230, 240); establishing the network sharing session utilizing the identifier if a user of the host device determines to admit the client device (220, 230, 240) into the network sharing session; establishing a network connection with a server; providing identification information corresponding to the identifier to the server; receiving user information from the server to enable an establishment of communication with the admitted client device (220, 230, 240); and establishing a direct, ad-hoc wireless connection with the admitted client device (220, 230, 240) utilizing the user information from the server; wherein the receiving of the identifier comprises at least one of receiving a visual image at the host device from the admitted client device (220, 230, 240) or receiving an audio signal emitted by an audio emitter coupled to the admitted client device (220, 230, 240). determining to admit a client device (220, 230, 240) into a network sharing session with the host device; detecting that the client device (220, 230, 240) is proximate to the host device; receiving an identifier from the admitted client device (220, 230, 240) for identifying the admitted client device (220, 230, 240), wherein presentation of the identifier by the client device (220, 230, 240) is initiated by a user of the client device (220, 230, 240); establishing the network sharing session utilizing the identifier if a user of the host device determines to admit the client device (220, 230, 240) into the network sharing session; establishing a network connection with a server; providing identification information corresponding to the identifier to the server; receiving user information from the server to enable an establishment of communication with the admitted client device (220, 230, 240); and establishing a direct, ad-hoc wireless connection with the admitted client device (220, 230, 240) utilizing the user information from the server; wherein the receiving of the identifier comprises at least one of receiving a visual image at the host device from the admitted client device (220, 230, 240) or receiving an audio signal emitted by an audio emitter coupled to the admitted client device (220, 230, 240).
A multilateral production control method that comprises: casing a first borehole with a casing tubular having at least one transmission crossover arrangement, each transmission crossover arrangement having an adapter in communication with a coil antenna (156, 156A, 416, 532) that encircles the casing tubular; completing a second borehole with an inflow control device, wherein the second borehole is one of multiple lateral boreholes (502, 504) extending from the first borehole, each lateral borehole having a respective inflow control device (510, 520) that can be individually controlled by control signals transmitted by the at least one transmission crossover arrangement; deploying, inside the casing tubular, a conductive path that extends from a surface interface to the at least one transmission crossover arrangement; and communicating between the surface interface and the inflow control device using the at least one transmission crossover arrangement; wherein the coil antenna (156, 156A, 416, 532) of the at least one transmission crossover arrangement sends signals to and/or receives signals from the inflow control device (510, 520). casing a first borehole with a casing tubular having at least one transmission crossover arrangement, each transmission crossover arrangement having an adapter in communication with a coil antenna (156, 156A, 416, 532) that encircles the casing tubular; completing a second borehole with an inflow control device, wherein the second borehole is one of multiple lateral boreholes (502, 504) extending from the first borehole, each lateral borehole having a respective inflow control device (510, 520) that can be individually controlled by control signals transmitted by the at least one transmission crossover arrangement; deploying, inside the casing tubular, a conductive path that extends from a surface interface to the at least one transmission crossover arrangement; and communicating between the surface interface and the inflow control device using the at least one transmission crossover arrangement;
A memory device comprising: a crosspoint memory array; a timer; and hardware logic coupled with the crosspoint memory array, the hardware logic including a buffer (112A, 112B) and a command pipeline, wherein the hardware logic is configured to: receive multiple write commands to an address, send a first of the write commands to the crosspoint memory array and start the timer, hold subsequent write commands to the address received after the first of the write commands and before expiration of the timer in the buffer (112A, 112B), after expiration of the timer, send a most recent of the subsequent write commands from the buffer to the crosspoint memory array, and for each of the subsequent write commands to the address received before expiration of the timer: overwrite write data corresponding to the address in the buffer (112A, 112B) with write data for the subsequent write command, and send a signal to the command pipeline to drop the subsequent write command. a crosspoint memory array; a timer; and hardware logic coupled with the crosspoint memory array, the hardware logic including a buffer (112A, 112B) and a command pipeline, wherein the hardware logic is configured to: receive multiple write commands to an address, send a first of the write commands to the crosspoint memory array and start the timer, hold subsequent write commands to the address received after the first of the write commands and before expiration of the timer in the buffer (112A, 112B), after expiration of the timer, send a most recent of the subsequent write commands from the buffer to the crosspoint memory array, and for each of the subsequent write commands to the address received before expiration of the timer: overwrite write data corresponding to the address in the buffer (112A, 112B) with write data for the subsequent write command, and send a signal to the command pipeline to drop the subsequent write command. receive multiple write commands to an address, send a first of the write commands to the crosspoint memory array and start the timer, hold subsequent write commands to the address received after the first of the write commands and before expiration of the timer in the buffer (112A, 112B), after expiration of the timer, send a most recent of the subsequent write commands from the buffer to the crosspoint memory array, and for each of the subsequent write commands to the address received before expiration of the timer: overwrite write data corresponding to the address in the buffer (112A, 112B) with write data for the subsequent write command, and send a signal to the command pipeline to drop the subsequent write command. overwrite write data corresponding to the address in the buffer (112A, 112B) with write data for the subsequent write command, and send a signal to the command pipeline to drop the subsequent write command.
A combination chopstick utensil, comprising: a) a first chopstick member and a second chopstick member; b) a base coupled to each of the first and second chopstick members including: b1) a first transition member; b2) a second transition member coupled to the first transition member along an interior edge; and b3) a separation facilitation structure between the first and second transition members and configured to facilitate separation of the first and second transition members; and c) a utensil coupled to the base and extending therefrom substantially opposite of the first and second chopstick members; characterised in that the first and second chopstick members are substantially non-parallel when in a combined chopstick utensil configuration. a) a first chopstick member and a second chopstick member; b) a base coupled to each of the first and second chopstick members including: b1) a first transition member; b2) a second transition member coupled to the first transition member along an interior edge; and b3) a separation facilitation structure between the first and second transition members and configured to facilitate separation of the first and second transition members; and b1) a first transition member; b2) a second transition member coupled to the first transition member along an interior edge; and b3) a separation facilitation structure between the first and second transition members and configured to facilitate separation of the first and second transition members; and c) a utensil coupled to the base and extending therefrom substantially opposite of the first and second chopstick members; characterised in that the first and second chopstick members are substantially non-parallel when in a combined chopstick utensil configuration.
Method for fluid whey expulsion from a body of curd including the steps of - placing a dairy base in a container; - mixing in at least one coagulant; - placing a removable insert into said dairy base in said container, said insert comprising at least one projecting member arranged to extend, preferably substantially vertically, into said dairy base; - having a body of curd form by coagulation of said dairy base; - removing said insert from said body of curd causing fluid whey to be expelled, during and/or after removal of said insert, from said body of curd into the at least one void left in said body of curd by said at least one projecting member of said insert. - placing a dairy base in a container; - mixing in at least one coagulant; - placing a removable insert into said dairy base in said container, said insert comprising at least one projecting member arranged to extend, preferably substantially vertically, into said dairy base; - having a body of curd form by coagulation of said dairy base; - removing said insert from said body of curd causing fluid whey to be expelled, during and/or after removal of said insert, from said body of curd into the at least one void left in said body of curd by said at least one projecting member of said insert.