mhurhangee/patent-ind-claim-en huggingface dataset:
A service notification method, wherein the method is applied to a first mobile edge host and a second mobile edge host, the first mobile edge host comprises a first mobile edge platform and a first application instance, the second mobile edge host comprises a second mobile edge platform, and the method comprises: receiving , by the first mobile edge platform, a service registration message from the first application instance, wherein the service registration message carries a service use indication identifier, and the indication identifier indicates that a service can be used by an application instance on another mobile edge host; and sending , by the first mobile edge platform, a service notification message to the second mobile edge platform based on the indication identifier. receiving , by the first mobile edge platform, a service registration message from the first application instance, wherein the service registration message carries a service use indication identifier, and the indication identifier indicates that a service can be used by an application instance on another mobile edge host; and sending , by the first mobile edge platform, a service notification message to the second mobile edge platform based on the indication identifier.
A non-inductive coil assembly , wherein the non-inductive coil assembly comprises: a superconducting joint , the superconducting joint configured to be conductive; and a superconducting coil , the superconducting coil comprising an even number of conducting wires, the even number of conducting wires being helically wound together, a first end of the superconducting coil being connected to the superconducting joint , and, at a second end of the superconducting coil , the even number of conducting wires dividing into two strands and being respectively helically wound to form an input group and an output group , the numbers of conducting wires of the input group and the output group being the same, and current flowing to the superconducting joint via the conducting wire corresponding to the input group , and flowing out of the superconducting coil from the conducting wire corresponding to the output group . a superconducting joint , the superconducting joint configured to be conductive; and a superconducting coil , the superconducting coil comprising an even number of conducting wires, the even number of conducting wires being helically wound together, a first end of the superconducting coil being connected to the superconducting joint , and, at a second end of the superconducting coil , the even number of conducting wires dividing into two strands and being respectively helically wound to form an input group and an output group , the numbers of conducting wires of the input group and the output group being the same, and current flowing to the superconducting joint via the conducting wire corresponding to the input group , and flowing out of the superconducting coil from the conducting wire corresponding to the output group . the even number of conducting wires being helically wound together, a first end of the superconducting coil being connected to the superconducting joint , and, at a second end of the superconducting coil , the even number of conducting wires dividing into two strands and being respectively helically wound to form an input group and an output group , the numbers of conducting wires of the input group and the output group being the same, and current flowing to the superconducting joint via the conducting wire corresponding to the input group , and flowing out of the superconducting coil from the conducting wire corresponding to the output group .
A delivery device for a collapsible prosthetic heart valve, the delivery device comprising: an outer shaft (16; 510a,b; 610; 710; 1010) having a first end (12; 512) and a second end (14; 514); an inner shaft disposed inside of the outer shaft and longitudinally movable relative to the outer shaft; and a distal sheath coupled to the inner shaft and movable with the inner shaft to selectively cover and uncover a compartment for housing the valve; the outer shaft (16; 510a,b; 610; 710; 1010) including a plurality of disks (520a,b; 620a,b; 720; 1020) and forming a triangular cut out (554; 654) between adjacent disks, the adjacent disks defining at least one hinge (530; 630) to allow articulation of adjacent disks relative to one another, the at least one hinge including a male hinge member (530a; 630a) having a generally circular head joined to a first one of the adjacent disks by a narrowed neck and a female hinge member (530b; 630b) formed in a second one of the adjacent disks and having a shape complementary to the male hinge member; characterized in that the adjacent disks further define at least one rib (540; 541; 640; 1040) for coupling the adjacent disks to one another, the at least one rib including a male rib member (540a; 541a; 640a) having a generally rectangular head joined to the first one of the adjacent disks by a narrowed neck, a female rib member (540b; 541b; 640b) formed in the second one of the adjacent disks and having a shape complementary to the male rib member, and an open area (550; 552; 650; 652) formed between the male rib member and the female rib member. an outer shaft (16; 510a,b; 610; 710; 1010) having a first end (12; 512) and a second end (14; 514); an inner shaft disposed inside of the outer shaft and longitudinally movable relative to the outer shaft; and a distal sheath coupled to the inner shaft and movable with the inner shaft to selectively cover and uncover a compartment for housing the valve; the outer shaft (16; 510a,b; 610; 710; 1010) including a plurality of disks (520a,b; 620a,b; 720; 1020) and forming a triangular cut out (554; 654) between adjacent disks, the adjacent disks defining at least one hinge (530; 630) to allow articulation of adjacent disks relative to one another, the at least one hinge including a male hinge member (530a; 630a) having a generally circular head joined to a first one of the adjacent disks by a narrowed neck and a female hinge member (530b; 630b) formed in a second one of the adjacent disks and having a shape complementary to the male hinge member; characterized in that the adjacent disks further define at least one rib (540; 541; 640; 1040) for coupling the adjacent disks to one another, the at least one rib including a male rib member (540a; 541a; 640a) having a generally rectangular head joined to the first one of the adjacent disks by a narrowed neck, a female rib member (540b; 541b; 640b) formed in the second one of the adjacent disks and having a shape complementary to the male rib member, and an open area (550; 552; 650; 652) formed between the male rib member and the female rib member.
An OpenFlow based distributed antenna system, DAS, comprising: a DAS controller configured to generate or change a traffic transmission policy and transmit the traffic transmission policy to a DAS unit using an OpenFlow protocol, wherein the traffic transmission policy is an OpenFlow based traffic transmission policy; and a DAS unit , which includes a control plane and a data plane , wherein the control plane is configured to receive the traffic transmission policy from the DAS controller and wherein the data plane is configured to transmit traffic received through an input port of the DAS unit to an output port thereof based on the received traffic transmission policy information; wherein the control plane of the DAS unit includes a mediation layer which is configured to allow the data plane of the DAS unit to interwork with the DAS controller even when the data plane of the DAS unit supports only functions of the vendor's own specification by mapping and setting the OpenFlow based traffic transmission policy to the traffic transmission policy of the vendor's own specification of the DAS unit , wherein the data plane of the DAS unit is configured to perform traffic routing based on the updated traffic transmission policy. a DAS controller configured to generate or change a traffic transmission policy and transmit the traffic transmission policy to a DAS unit using an OpenFlow protocol, wherein the traffic transmission policy is an OpenFlow based traffic transmission policy; and a DAS unit , which includes a control plane and a data plane , wherein the control plane is configured to receive the traffic transmission policy from the DAS controller and wherein the data plane is configured to transmit traffic received through an input port of the DAS unit to an output port thereof based on the received traffic transmission policy information; wherein the control plane of the DAS unit includes a mediation layer which is configured to allow the data plane of the DAS unit to interwork with the DAS controller even when the data plane of the DAS unit supports only functions of the vendor's own specification by mapping and setting the OpenFlow based traffic transmission policy to the traffic transmission policy of the vendor's own specification of the DAS unit , wherein the data plane of the DAS unit is configured to perform traffic routing based on the updated traffic transmission policy.
A method performed by an electronic device, comprising: receiving a user input from a user; and in response to receiving the user input, characterized in , generating a first response comprising first content of a first type based on the user input irrespective of contextual information of the user, obtaining contextual information of the user of a context which changes continuously in real time, and wherein there is delayed updating of the contextual information of the user, generating a second response comprising second content of a second type based on the contextual information, the second type of the second content being different from the first type of the first content, wherein the first type of the first content comprises at least one of text, a moving picture, an image, or audio content, and wherein the second type of the second content comprises at least one of text, a moving picture, an image, audio content, a light-emitting diode, LED, output, a vibration output, a visual effect, an audible effect, or a user interface, generating a combined response based on the first response and the second response, and outputting the combined response by outputting the first response together with the second response. receiving a user input from a user; and in response to receiving the user input, characterized in , generating a first response comprising first content of a first type based on the user input irrespective of contextual information of the user, obtaining contextual information of the user of a context which changes continuously in real time, and wherein there is delayed updating of the contextual information of the user, generating a second response comprising second content of a second type based on the contextual information, the second type of the second content being different from the first type of the first content, wherein the first type of the first content comprises at least one of text, a moving picture, an image, or audio content, and wherein the second type of the second content comprises at least one of text, a moving picture, an image, audio content, a light-emitting diode, LED, output, a vibration output, a visual effect, an audible effect, or a user interface, generating a combined response based on the first response and the second response, and outputting the combined response by outputting the first response together with the second response.
Method for making a multilayer laminar product , comprising the following operations: - preparing a laminar support ; - covering a first side of said laminar support with a covering layer made of a non-completely polymerized polymeric resin; - preparing a laminar element provided with a first side chemically incompatible with said polymeric resin; - pushing an embossed surface against said covering layer after interposing said laminar element in order to impress the pattern of said embossed surface on said covering layer , the laminar element being arranged in such a way that said first side is facing towards said covering layer ; - once said pattern has been impressed, polymerizing said covering layer in order to obtain a stabilized covering layer ; - separating said laminar element from said stabilized covering layer ; characterized in that it comprises the following further operations: - creating said laminar element by placing side by side two or more identical strips overlapping at the level of their respective edges, each one of said strips comprising a film made of a substance which is chemically compatible with said polymeric resin, coupled with said first side of said laminar element in such a way that it can be detached from said first side ; - keeping the corresponding films of said two or more strips in contact with said covering layer while said embossed surface is pushed against said covering layer and during the polymerization of said covering layer . - preparing a laminar support ; - covering a first side of said laminar support with a covering layer made of a non-completely polymerized polymeric resin; - preparing a laminar element provided with a first side chemically incompatible with said polymeric resin; - pushing an embossed surface against said covering layer after interposing said laminar element in order to impress the pattern of said embossed surface on said covering layer , the laminar element being arranged in such a way that said first side is facing towards said covering layer ; - once said pattern has been impressed, polymerizing said covering layer in order to obtain a stabilized covering layer ; - separating said laminar element from said stabilized covering layer ; - creating said laminar element by placing side by side two or more identical strips overlapping at the level of their respective edges, each one of said strips comprising a film made of a substance which is chemically compatible with said polymeric resin, coupled with said first side of said laminar element in such a way that it can be detached from said first side ; - keeping the corresponding films of said two or more strips in contact with said covering layer while said embossed surface is pushed against said covering layer and during the polymerization of said covering layer .
Mould device in a continuous casting plant for the casting of liquid metal to form a cast strip, comprising: - two opposite mould wide-side plates ; - two opposite wide-side water tanks each for supporting one of the mould wide-side plates , wherein at least one of the wide-side water tanks is connected with a water supply device by way of a conduit section ; - two mould narrow-side plates , which are arranged between the mould wide sides and opposite one another; and - two narrow-side support devices for supporting the mould narrow-side plates , characterised in that - the conduit section comprises, for conducting through a liquid: a conduit element with an inflow-side end and a consumer-side end ; an inflow device for the fluid; an inflow-side ball joint , which is arranged at the inflow-side end of the conduit element , with a passage channel for articulated and fluid-conducting connection of the inflow-side end of the conduit element with the inflow device for the fluid, wherein a consumer-side ball joint arranged at the consumer-side end of the conduit element is formed with a passage channel for articulated and fluid-conducting connection of the consumer-side end of the conduit element with a consumer , wherein the inflow device corresponds with a pipe length, which leads to the water supply device and the consumer corresponds with at least one of the wide-side water tanks . - two opposite mould wide-side plates ; - two opposite wide-side water tanks each for supporting one of the mould wide-side plates , wherein at least one of the wide-side water tanks is connected with a water supply device by way of a conduit section ; - two mould narrow-side plates , which are arranged between the mould wide sides and opposite one another; and - two narrow-side support devices for supporting the mould narrow-side plates , - the conduit section comprises, for conducting through a liquid: a conduit element with an inflow-side end and a consumer-side end ; an inflow device for the fluid; an inflow-side ball joint , which is arranged at the inflow-side end of the conduit element , with a passage channel for articulated and fluid-conducting connection of the inflow-side end of the conduit element with the inflow device for the fluid, wherein a consumer-side ball joint arranged at the consumer-side end of the conduit element is formed with a passage channel for articulated and fluid-conducting connection of the consumer-side end of the conduit element with a consumer , wherein the inflow device corresponds with a pipe length, which leads to the water supply device and the consumer corresponds with at least one of the wide-side water tanks .
Motor vehicle latch, in particular a motor vehicle door latch, comprising a locking mechanism consisting substantially of a catch and a pawl , and comprising a securing device and comprising an emergency actuation element for the securing device , wherein the securing device has at least a first securing lever which can be acted upon both by a first motor drive and by an emergency actuation lever as part of the emergency actuation element , wherein the first securing lever has a spring for being positioned in one of the functional positions "anti-theft device ON" and "anti-theft device OFF," wherein the securing device has a second securing lever , wherein the first securing lever is designed as an anti-theft securing lever and the second securing lever is a central locking lever , wherein the two securing levers are mounted on the same axis about an axis of rotation (A).
Mounting indicator for a plug-in connection which is configured for connecting two pipes , - wherein the plug-in connection has a plug-in module disposed on an outer wall of a first pipe and a mounting module which encloses an end of a second pipe , wherein an end of the first pipe and the plug-in module are to be inserted into the mounting module , - wherein the mounting indicator has a cylindrical sleeve which has at least one angularly oriented bayonet fitting channel having an axially oriented opening in which is displaceably disposed a testing pin , wherein the mounting indicator has at least one securing element which can be disposed on the outer wall of the first pipe , - wherein the sleeve , enclosing the second pipe , is to be displaced in the direction of the end of the second pipe , wherein the at least one securing element is to be inserted through the axially oriented opening into the at least one angularly oriented bayonet fitting channel , wherein the at least one securing element comes into abutment with a wall of the angularly oriented bayonet fitting channel , wherein the sleeve is to be turned around the plug-in connection , wherein the at least one securing element comes into abutment with the testing pin , wherein the testing pin is to be displaced within the angularly oriented bayonet fitting channel from an original passive position into an active position. - wherein the plug-in connection has a plug-in module disposed on an outer wall of a first pipe and a mounting module which encloses an end of a second pipe , wherein an end of the first pipe and the plug-in module are to be inserted into the mounting module , - wherein the mounting indicator has a cylindrical sleeve which has at least one angularly oriented bayonet fitting channel having an axially oriented opening in which is displaceably disposed a testing pin , wherein the mounting indicator has at least one securing element which can be disposed on the outer wall of the first pipe , - wherein the sleeve , enclosing the second pipe , is to be displaced in the direction of the end of the second pipe , wherein the at least one securing element is to be inserted through the axially oriented opening into the at least one angularly oriented bayonet fitting channel , wherein the at least one securing element comes into abutment with a wall of the angularly oriented bayonet fitting channel , wherein the sleeve is to be turned around the plug-in connection , wherein the at least one securing element comes into abutment with the testing pin , wherein the testing pin is to be displaced within the angularly oriented bayonet fitting channel from an original passive position into an active position.
A method of controlling a mobile device including multiple touch screens, the method comprising: calculating (S320) an angle between a first housing including a first touch screen and a second housing including a second touch screen , the second housing being rotatably connected to the first housing ; and if the calculated angle is greater than a threshold, turning off (S330) an image-display area of the second touch screen , executing (S350) an application in response to a first touch applied (S340) to an icon displayed on the first touch screen , detecting (S360) a second touch in a touch detectable area of the turned-off image-display area of the second touch screen , and controlling (S370) the application in response to the detected second touch, characterized in that a size and a location of the touch detectable area on the second touch screen is determined according to an attribute of the application, wherein the size of the touch detectable area is smaller than a size of the second touch screen . calculating (S320) an angle between a first housing including a first touch screen and a second housing including a second touch screen , the second housing being rotatably connected to the first housing ; and if the calculated angle is greater than a threshold, turning off (S330) an image-display area of the second touch screen , executing (S350) an application in response to a first touch applied (S340) to an icon displayed on the first touch screen , detecting (S360) a second touch in a touch detectable area of the turned-off image-display area of the second touch screen , and controlling (S370) the application in response to the detected second touch, characterized in that a size and a location of the touch detectable area on the second touch screen is determined according to an attribute of the application, wherein the size of the touch detectable area is smaller than a size of the second touch screen .
A method for message match table lookup, comprising performing on-demand data bit width compression on information of a specified part of an input message to obtain compressed data (S101), wherein the information of the specified part of the message comprises header information and descriptor information of message attributes; extracting N groups of data from the compressed data, performing intra-group data comparison on each of the N groups of data to obtain N groups of comparison results, and performing true value splicing on the N groups of comparison results, wherein N is an integer greater than 1 (S102); performing match searching of a Ternary Content Addressable Memory, TCAM, by using a true value splicing result as a keyword (S103); and searching for an Action Random Access Memory, Action RAM, according to a match hit result of the TCAM, and outputting a table lookup request by the Action RAM (S104). performing on-demand data bit width compression on information of a specified part of an input message to obtain compressed data (S101), wherein the information of the specified part of the message comprises header information and descriptor information of message attributes; extracting N groups of data from the compressed data, performing intra-group data comparison on each of the N groups of data to obtain N groups of comparison results, and performing true value splicing on the N groups of comparison results, wherein N is an integer greater than 1 (S102); performing match searching of a Ternary Content Addressable Memory, TCAM, by using a true value splicing result as a keyword (S103); and searching for an Action Random Access Memory, Action RAM, according to a match hit result of the TCAM, and outputting a table lookup request by the Action RAM (S104).