mhurhangee/ep-ind-claims huggingface dataset:
A data transmission method of an apparatus for transmitting data through at least one of a first path and a second path, wherein the method comprises: identifying a maximum amount of data transmittable through the first path during a round-trip time, RTT, of the second path, the RTT of the second path being longer than an RTT of the first path; comparing the identified maximum amount of data with a buffer size of a reception device; and determining a transmission mode based on a result of the comparison, the transmission mode comprising a first mode in which scheduling is performed to transmit data to the reception device through the first path and the second path in case that the identified maximum amount of data does not exceed the buffer size of the reception device, and determining the transmission mode as a second mode for restricting scheduling of data on the second path and transmitting data to the reception device through the first path, in case that the identified maximum amount of data exceeds the buffer size of the reception device; transmitting an arbitrary packet through the first path and the second path while scheduling data in the second mode, once per RTT of the second path; identifying the size of data that can be transmitted through the first path during a reference time of the second path, according to the transmission of the arbitrary packet; and determining whether to maintain the transmission mode as the second mode based on a result of the transmission of the arbitrary packet. identifying a maximum amount of data transmittable through the first path during a round-trip time, RTT, of the second path, the RTT of the second path being longer than an RTT of the first path; comparing the identified maximum amount of data with a buffer size of a reception device; and determining a transmission mode based on a result of the comparison, the transmission mode comprising a first mode in which scheduling is performed to transmit data to the reception device through the first path and the second path in case that the identified maximum amount of data does not exceed the buffer size of the reception device, and determining the transmission mode as a second mode for restricting scheduling of data on the second path and transmitting data to the reception device through the first path, in case that the identified maximum amount of data exceeds the buffer size of the reception device; transmitting an arbitrary packet through the first path and the second path while scheduling data in the second mode, once per RTT of the second path; identifying the size of data that can be transmitted through the first path during a reference time of the second path, according to the transmission of the arbitrary packet; and determining whether to maintain the transmission mode as the second mode based on a result of the transmission of the arbitrary packet.
A brake device for a vehicle with handlebars where either one of a front wheel brake and a rear wheel brake is formed of a hydraulic brake and the other brake is formed of a mechanical brake, the hydraulic brake is operated singly by operating a first brake operator by means of a master cylinder unit formed by combining a hydraulic master cylinder and a lever mechanism, the hydraulic brake and the mechanical brake are operated in an interlocking manner by operating a second brake operator by means of the master cylinder unit, the lever mechanism includes a first rotary lever, a second rotary lever, a knocker and an equalizer lever, a first brake connecting means connected to the first brake operator is connected to the first rotary lever, a piston of the hydraulic master cylinder is operated by operating the first brake operator by means of the knocker which the first rotary lever moves by pushing thus singly operating the hydraulic brake, a second brake connecting means connected to the second brake operator, a mechanical brake side connecting means connected to the mechanical brake and the second rotary lever are connected to the equalizer lever, the mechanical brake side connecting means is towed by operating the second brake operator by means of the equalizer lever thus operating the mechanical brake, and the equalizer lever rotates the second rotary lever so that the piston of the hydraulic master cylinder is operated by means of the knocker which the second rotary lever moves by pushing thus operating the hydraulic brake in an interlocking manner with the operation of the mechanical brake, characterised by a lever holder which rotatably and pivotally supports the first rotary lever, the second rotary lever and the knocker by means of a fixing pin is mounted on a cylinder hole opening side of a cylinder body of the hydraulic master cylinder in a projecting manner, and the second rotary lever includes a bifurcated first rotary base portion arranged inside the lever holder (21q, 21r) in a state where the first rotary lever and the knocker are arranged inside the second rotary lever, and a knocker pushing and moving surface which moves the knocker by pushing is formed on the first rotary base portion. a lever holder which rotatably and pivotally supports the first rotary lever, the second rotary lever and the knocker by means of a fixing pin is mounted on a cylinder hole opening side of a cylinder body of the hydraulic master cylinder in a projecting manner, and the second rotary lever includes a bifurcated first rotary base portion arranged inside the lever holder (21q, 21r) in a state where the first rotary lever and the knocker are arranged inside the second rotary lever, and a knocker pushing and moving surface which moves the knocker by pushing is formed on the first rotary base portion.
A valve for a refrigeration system comprising: a valve body having an inlet, and outlet, and a valve seat, and a cavity, a port plate removably coupled to the valve body, and an inlet pressure passageway in fluid communication with the inlet port of the valve body and an outlet pressure passageway in fluid communication with the outlet port, such that the port plate functions to control a piston to open and close the valve, a cartridge disposed within the cavity of the valve body, the cartridge being accessible without disconnecting the valve from the system by removing the port plate from the valve body, the cartridge having a piston that engages the valve seat to close the valve and that disengages the valve seat to open the valve, and a regulator for setting an actuation pressure of the valve, the regulator coupled to the port plate and having a passageway in communication with a passageway through the port plate to the cavity, characterised in that the valve includes a manual opening mechanism including a valve stem for manually moving the piston to open and close the valve, the manual opening mechanism extending through an opening in the port plate that is in axial alignment with the piston, the port plate being configured for removably coupling to the valve body in one of a number of different configurations for converting the valve from solenoid operation, to regulator operation, or to regulator operation with multiple functional features. a valve body having an inlet, and outlet, and a valve seat, and a cavity, a port plate removably coupled to the valve body, and an inlet pressure passageway in fluid communication with the inlet port of the valve body and an outlet pressure passageway in fluid communication with the outlet port, such that the port plate functions to control a piston to open and close the valve, a cartridge disposed within the cavity of the valve body, the cartridge being accessible without disconnecting the valve from the system by removing the port plate from the valve body, the cartridge having a piston that engages the valve seat to close the valve and that disengages the valve seat to open the valve, and a regulator for setting an actuation pressure of the valve, the regulator coupled to the port plate and having a passageway in communication with a passageway through the port plate to the cavity, characterised in that the valve includes a manual opening mechanism including a valve stem for manually moving the piston to open and close the valve, the manual opening mechanism extending through an opening in the port plate that is in axial alignment with the piston, the port plate being configured for removably coupling to the valve body in one of a number of different configurations for converting the valve from solenoid operation, to regulator operation, or to regulator operation with multiple functional features.
Covering device for covering a fastening area of a roof for the purpose of fastening a solar panel or a photovoltaic module, comprising a metal plate having a recess for a roof hook, having a deformable fitting area, wherein the fitting area is a lower area of the metal plate in the mounted state, and having a covering area, wherein the covering area has corrugations comprising wavy, sawtooth, rectangular and/or trapezoidal patterns provided on the upper and lower surfaces of the metal plate, and a rubber sleeve enclosing the recess.
A method for the non-destructive condition assessment of a pipe carrying a fluid, comprising: detecting an acoustic disturbance propagating past two longitudinally separated points (12a, 12b) on said pipe; determining an actual value representative of the propagation velocity of said acoustic disturbance; computing a corresponding predicted value for the propagation velocity as a function of at least one wall thickness parameter of said pipe by using a theoretical model for the propagation of acoustic waves in said pipe that assumes said pipe has a finite wall thickness with a predetermined non-uniform circumferential thickness profile and takes into account variation of stresses across the thickness of the pipe wall, and wherein said at least one wall thickness parameter is representative of wall thickness as a function of angular coordinate, and computing said at least one wall thickness parameter by matching said actual value with said predicted value. detecting an acoustic disturbance propagating past two longitudinally separated points (12a, 12b) on said pipe; determining an actual value representative of the propagation velocity of said acoustic disturbance; computing a corresponding predicted value for the propagation velocity as a function of at least one wall thickness parameter of said pipe by using a theoretical model for the propagation of acoustic waves in said pipe that assumes said pipe has a finite wall thickness with a predetermined non-uniform circumferential thickness profile and takes into account variation of stresses across the thickness of the pipe wall, and wherein said at least one wall thickness parameter is representative of wall thickness as a function of angular coordinate, and computing said at least one wall thickness parameter by matching said actual value with said predicted value.
A target detection method comprising the following steps: controlling a modulated light emitting device to emit light pulse signals with a first light intensity and a second light intensity to a target to be detected and a background, wherein the first light intensity is not equal to the second light intensity, and the capabilities of reflecting the light pulse signals of the target to be detected and the background are different; controlling an image sensor to acquire images of the target to be detected and the background, wherein the image sensor comprises a plurality of image acquisition regions, the image acquisition regions have multiple lines, wherein two consecutive scans are performed on the same image acquisition region respectively in the first light intensity and in the second light intensity to obtain a first light intensity image, a second light intensity image and a difference image of the first light intensity image and the second light intensity image, and the obtained difference image is stored in a corresponding location in a frame difference image; obtaining the frame difference image after finishing the scanning for the plurality of image acquisition regions and distinguishing the target to be detected and the background using the frame difference image. controlling a modulated light emitting device to emit light pulse signals with a first light intensity and a second light intensity to a target to be detected and a background, wherein the first light intensity is not equal to the second light intensity, and the capabilities of reflecting the light pulse signals of the target to be detected and the background are different; controlling an image sensor to acquire images of the target to be detected and the background, wherein the image sensor comprises a plurality of image acquisition regions, the image acquisition regions have multiple lines, wherein two consecutive scans are performed on the same image acquisition region respectively in the first light intensity and in the second light intensity to obtain a first light intensity image, a second light intensity image and a difference image of the first light intensity image and the second light intensity image, and the obtained difference image is stored in a corresponding location in a frame difference image; obtaining the frame difference image after finishing the scanning for the plurality of image acquisition regions and distinguishing the target to be detected and the background using the frame difference image.
Lubricant container (100; 200; 300) for a hydraulic system, comprising a container housing, having a lower housing part and an upper housing part connected to the lower housing part; a lubricant filter arranged in the container housing; at least one lubricant inlet connecting piece and at least one lubricant outlet connecting piece for connecting the lubricant container (100; 200; 300) to at least one circuit of a hydraulic system, which are each arranged in a bottom region of the lower housing part; a conducting element arranged in the container housing, said conducting element forming a pathway for the lubricant, said pathway forcing lubricant into a flow movement after it has passed through the lubricant filter and before it has left the container housing via the lubricant outlet connecting piece in order to deposit the gas contained in it; characterized in that the conducting element (9; 22; 9a, 9b) extends from the bottom region of the lower housing part to an upper end region of the lower housing part, has at least one outlet opening (22; 12) in the upper end region, and is configured such that it forces lubricant emerging from the lubricant filter into a flow movement along the conducting element (9, 22; 9a, 9b) as far as the upper end region of the lower housing part and through the at least one outlet opening (12; 22). a container housing, having a lower housing part and an upper housing part connected to the lower housing part; a lubricant filter arranged in the container housing; at least one lubricant inlet connecting piece and at least one lubricant outlet connecting piece for connecting the lubricant container (100; 200; 300) to at least one circuit of a hydraulic system, which are each arranged in a bottom region of the lower housing part; a conducting element arranged in the container housing, said conducting element forming a pathway for the lubricant, said pathway forcing lubricant into a flow movement after it has passed through the lubricant filter and before it has left the container housing via the lubricant outlet connecting piece in order to deposit the gas contained in it; characterized in that the conducting element (9; 22; 9a, 9b) extends from the bottom region of the lower housing part to an upper end region of the lower housing part, has at least one outlet opening (22; 12) in the upper end region, and is configured such that it forces lubricant emerging from the lubricant filter into a flow movement along the conducting element (9, 22; 9a, 9b) as far as the upper end region of the lower housing part and through the at least one outlet opening (12; 22).
Method for providing an emergency response service based on the Internet Protocol, IP, wherein an emergency call initiated by a subscriber due to an emergency situation is received by a Session Initiation Protocol, SIP, server together with location information, and wherein the SIP server associates the location information with the subscriber that initiated the emergency call, wherein the method comprises the steps of - connecting at least one Internet of Things, IoT, device belonging to the subscriber to the SIP server; - associating, in the SIP server, the at least one IoT device to the location information; - receiving at the SIP server, from the at least one IoT device, real time data associated with the emergency situation; and - transmitting the real time data associated with the emergency situation to an emergency service routing proxy, ESRP, of an emergency IP network solution, EsiNet. - connecting at least one Internet of Things, IoT, device belonging to the subscriber to the SIP server; - associating, in the SIP server, the at least one IoT device to the location information; - receiving at the SIP server, from the at least one IoT device, real time data associated with the emergency situation; and - transmitting the real time data associated with the emergency situation to an emergency service routing proxy, ESRP, of an emergency IP network solution, EsiNet.
A method comprising: determining, by a network device, to assign a number of Internet protocol "IP" addresses to a plurality of virtual machines "VMs" executed by the network device, the number of IP addresses being greater than two, wherein the IP addresses are Internet Protocol version 6 "IPv6" addresses; determining, by the network device, a first IP address; determining, by the network device, a range value that is equal to or greater than the number of IP addresses; generating, by the network device, a message according to Duplicate Address Detection "DAD" protocol including data indicating that the message includes a range of addresses, the data further indicating the first IP address and the range value, wherein the message according to DAD is an extended neighbor solicitation message; and sending, by the network device, the message according to DAD to one or more network devices to determine whether any IP address in a range starting with the first IP address and through the range value is in use by the one or more network devices. determining, by a network device, to assign a number of Internet protocol "IP" addresses to a plurality of virtual machines "VMs" executed by the network device, the number of IP addresses being greater than two, wherein the IP addresses are Internet Protocol version 6 "IPv6" addresses; determining, by the network device, a first IP address; determining, by the network device, a range value that is equal to or greater than the number of IP addresses; generating, by the network device, a message according to Duplicate Address Detection "DAD" protocol including data indicating that the message includes a range of addresses, the data further indicating the first IP address and the range value, wherein the message according to DAD is an extended neighbor solicitation message; and sending, by the network device, the message according to DAD to one or more network devices to determine whether any IP address in a range starting with the first IP address and through the range value is in use by the one or more network devices.
An event processing system configured to process a stream of events operating on a database system, the event processing system comprising an event load balancing unit, a plurality of event computing nodes (105a, 105b, 105c), a plurality of event state stores (109a, 109b, 109c) which are separated from the event computing nodes (105a, 105b, 105c), a query load balancing unit and a plurality of query processing nodes (113a, 113b, 113c), wherein the event load balancing unit is configured to route the stream of events to the plurality of event computing nodes (105a, 105b, 105c) according to an event load balancing criteria; wherein the plurality of event state stores (109a, 109b, 109c) are configured to store states of the plurality of event computing nodes (105a, 105b, 105c) for maintaining a state of the event processing; and wherein the plurality of event computing nodes (105a, 105b, 105c) are configured to process the events received from the event load balancing unit, to change their states in accordance to the processing of the events and to update the plurality of event state stores (109a, 109b, 109c) based on their changed states; wherein the query load balancing unit is configured to route a stream of queries to the plurality of query processing nodes (113a, 113b, 113c) according to a query load balancing criteria; wherein the queries are ad-hoc queries; wherein the plurality of query processing nodes (113a, 113b, 113c) are configured to process the queries received from the query load balancing unit; wherein a query processing node of the plurality of query processing nodes (113a, 113b, 113c) is configured to access at least one event state store of the plurality of event state stores (109a, 109b, 109c) for processing the query received from the query load balancing unit; wherein the plurality of query processing nodes (113a, 113b, 113c) are configured to handle the ad-hoc queries for real-time analytics.
A heat exchanger plate comprising a rectangular plate having a first set of opposing circumferential edges and a second set of opposing circumferential edges, a first side, and a second side, and a plurality of spacers, wherein a number of first spacers are arranged in a number of rows extending across said heat exchanger plate in the same direction as the first set of edges, and a number of second spacers are arranged in a number of columns extending across said heat exchanger plate in the same direction as the second set of edges, said first spacers are formed as protrusions on said first side and as depressions on said second side of said heat exchanger plate and said second spacers are formed as protrusions on said second side and as depressions on said first side of said heat exchanger plate, each adjacent set of rows of first spacers form a channel extending across said first side of said heat exchanger plate in the same direction as the first set of edges, and each adjacent set of columns of second spacers form a channel extending across said second side of said heat exchanger plate in the same direction as the second set of edges, said channels being suitable for flow of fluid, characterized in that the heat exchanger plate further comprises a number of corrugations extending parallel to said second spacers and surrounding said first and second spacers, said corrugations ending adjacent to the periphery of each spacer, wherein said corrugations form protrusions on said first side and depressions on said second side of said heat exchanger plate.