mhurhangee/ep-ind-claims huggingface dataset:
A network data flow management device comprising: a working packet module configured to store data related to a data flow; at least one network interface connected to the working packet module for receiving data from a network host and sending data to a second network host, wherein the data is related to data flows; a processor configured to: receive data from the working packet module and determine if the data flow matches a predetermined protocol, wherein the predetermined protocol is one that uses a positive acknowledgment protocol; and if the data flow matches the predetermined protocol, using the at least one network interface to send a predictive acknowledgment acknowledging unreceived data from the data flow after waiting a hold-off time, the sending configured such that the predictive acknowledgment is to be received by a server after the data to which the predictive acknowledgment relates is sent by the server and before receiving data from the data flow that the predictive acknowledgment is acknowledging. a working packet module configured to store data related to a data flow; at least one network interface connected to the working packet module for receiving data from a network host and sending data to a second network host, wherein the data is related to data flows; a processor configured to: receive data from the working packet module and determine if the data flow matches a predetermined protocol, wherein the predetermined protocol is one that uses a positive acknowledgment protocol; and if the data flow matches the predetermined protocol, using the at least one network interface to send a predictive acknowledgment acknowledging unreceived data from the data flow after waiting a hold-off time, the sending configured such that the predictive acknowledgment is to be received by a server after the data to which the predictive acknowledgment relates is sent by the server and before receiving data from the data flow that the predictive acknowledgment is acknowledging. receive data from the working packet module and determine if the data flow matches a predetermined protocol, wherein the predetermined protocol is one that uses a positive acknowledgment protocol; and if the data flow matches the predetermined protocol, using the at least one network interface to send a predictive acknowledgment acknowledging unreceived data from the data flow after waiting a hold-off time, the sending configured such that the predictive acknowledgment is to be received by a server after the data to which the predictive acknowledgment relates is sent by the server and before receiving data from the data flow that the predictive acknowledgment is acknowledging.
An assay fluid delivery system comprising an array of fluid reservoirs, each of which is selectively actuatable to deliver a respective fluid to a fluid channel structure; and a fluid delivery control system comprising a plurality of reciprocally mounted actuators in two lines in a rectilinear arrangement, each associated with a respective reservoir and being movable between a retracted position and an actuating position at which it causes fluid to be delivered from the corresponding reservoir, a plurality of cams with different profiles mounted on a common, rotatable cam shaft, each cam being engaged with a respective one of the actuators and the cam shaft being located between the two lines so as to allow both lines of actuators to be engaged by the plurality of cams whereby rotation of the cams causes movement of the corresponding actuators between the retracted and actuating positions, and a motor coupled to the cam shaft for rotating the cam shaft, wherein the cams are shaped relative to one another so as to cause the corresponding actuators to actuate the reservoirs in a predetermined sequence and for predetermined respective times.
A rope-handling system configured for catching a heaving line characterized in that it comprises - a guiding pole that is convertible between an operating configuration and a storage configuration, the guiding pole comprising • pivotable arms forming a Y fork at an upper end of the guiding pole in the operating configuration of the guiding pole, • a leg portion with a base end and a distal end, and the pivotable arms are attached to the distal end opposite to each other, and wherein the arms extend in the same direction with the leg portion in the storage configuration, and open away from each other when the guiding pole is converted to the operating configuration; - line-engaging means releasably attachable at the base of the arms and connectable to an attachment rope; wherein - the line-engaging means comprises a line trap for catching a monkey-fist of the heaving line when the heaving line is directed between the arms of the Y fork from a vessel. - a guiding pole that is convertible between an operating configuration and a storage configuration, the guiding pole comprising • pivotable arms forming a Y fork at an upper end of the guiding pole in the operating configuration of the guiding pole, • a leg portion with a base end and a distal end, and the pivotable arms are attached to the distal end opposite to each other, and wherein the arms extend in the same direction with the leg portion in the storage configuration, and open away from each other when the guiding pole is converted to the operating configuration; • pivotable arms forming a Y fork at an upper end of the guiding pole in the operating configuration of the guiding pole, • a leg portion with a base end and a distal end, and the pivotable arms are attached to the distal end opposite to each other, and wherein the arms extend in the same direction with the leg portion in the storage configuration, and open away from each other when the guiding pole is converted to the operating configuration; - line-engaging means releasably attachable at the base of the arms and connectable to an attachment rope; wherein - the line-engaging means comprises a line trap for catching a monkey-fist of the heaving line when the heaving line is directed between the arms of the Y fork from a vessel.
A molding machine cylinder comprising a lining layer formed on an inner surface of a steel cylinder by a centrifugal casting method; said lining layer having a structure comprising 20-50% by area of tungsten carbide particles and 1-10% by area of tungsten-based metal carboboride particles in a nickel-based alloy matrix; said lining layer containing 1-7.5% by mass of Fe, said metal carboboride particles consisting of 0.5-4% by mass of C, 0.5-6% by mass of B, 65-85% by mass of W, 1-20% by mass of Ni, and said matrix of said lining layer consisting of 0.05-1% by mass of C, 0.5-3% by mass of B, 1-5% by mass of W, 2-20% by mass of Cr, 2-30% by mass of Co, 0.2-5% by mass of Si, 0.2-5% by mass of Mn, 2-15% by mass of Fe, and 0-10% by mass of Cu, the balance being nickel and inevitable impurities.
A carton for heating a food product, the carton comprising: a lid comprising a central lid panel and at least one lid side panel (56, 58, 60) foldably connected to the central lid panel, the at least one lid side panel (56, 58, 60) comprises a first lid side panel, a second lid side panel, and a third lid side panel respectively foldably connected to the central lid panel along a respective fold line (66,64) at a respective edge of the central lid panel, the second lid side panel is oblique relative to the first lid side panel, and the third lid side panel is oblique relative to the first lid side panel; a tray comprising a central tray panel and at least one tray side panel (34, 36, 38) foldably connected to the central tray panel; a side panel foldably connected to the central tray panel and the central lid panel; and characterized in that an aperture is in at least a portion of the of the side panel, at least a portion of the central tray panel and at least a portion of the central lid panel. a lid comprising a central lid panel and at least one lid side panel (56, 58, 60) foldably connected to the central lid panel, the at least one lid side panel (56, 58, 60) comprises a first lid side panel, a second lid side panel, and a third lid side panel respectively foldably connected to the central lid panel along a respective fold line (66,64) at a respective edge of the central lid panel, the second lid side panel is oblique relative to the first lid side panel, and the third lid side panel is oblique relative to the first lid side panel; a tray comprising a central tray panel and at least one tray side panel (34, 36, 38) foldably connected to the central tray panel; a side panel foldably connected to the central tray panel and the central lid panel; and characterized in that an aperture is in at least a portion of the of the side panel, at least a portion of the central tray panel and at least a portion of the central lid panel.
A relay transmission method, wherein a Long Term Evolution/Long Term Evolution Advanced, LTE/LTE-A, relay frame comprising ten subframes that are labeled as 0 to 9 from a first subframe to a tenth subframe, wherein subframes 1 and 6 are special subframes, subframes 0, 4, 5 and 9 are downlink subframes, subframes 2, 3, 7 and 8 are uplink subframes, each of the special subframes comprises a downlink pilot timeslot, DwPTS, an uplink pilot timeslot, UpPTS and a guard period, GP; said method comprising the steps: performing, by an evolved NodeB, eNB, a relay transmission with a relay node, RN, on a downlink relay link from the eNB to the RN, said downlink relay link comprising at least one of said downlink subframes 4 and 9; and performing, by the eNB, the relay transmission with the RN on an uplink relay link from the RN to the eNB, said uplink relay link comprising at least one of said uplink relay subframes 3 and 8; performing, by an evolved NodeB, eNB, a relay transmission with a relay node, RN, on a downlink relay link from the eNB to the RN, said downlink relay link comprising at least one of said downlink subframes 4 and 9; and performing, by the eNB, the relay transmission with the RN on an uplink relay link from the RN to the eNB, said uplink relay link comprising at least one of said uplink relay subframes 3 and 8;
A box for connecting optical fibers of a main trunk to optical fibers of an end user comprising a rear housing of the trunk cable, a support for connectors and a cassette for coiling the fibers, formed in a box body provided with a closing bottom limiting said rear housing and a front part mounted in pivoting connection on the body of the box near one of its side walls, said pivoting front part being said connector support, characterized in that said rear housing is open toward the rear and in that said cartridge is formed by molding in said bottom of the box body and delimits a rear channel for housing the trunk cable.
A semiconductor device comprising: an insulating gate type field effect transistor portion having a source region and a drain region separated from each other by a channel formation region, the device further comprising a gate electrode, which is separated from said channel formation region by a gate insulating film (4, 4a); a stabilizing plate, made of a conductor or of a semiconductor, which is separated from said drain region by an insulating film (4, 4b) and which forms, together with said drain region, a stabilizing plate capacitor; and a semiconductor substrate having a first main surface and a second main surface that are opposed to each other, a plurality of transistors of the same type as said insulating gate type field effect transistor are arranged side by side; one said stabilizing plate is arranged in a region sandwiched by two of said insulating gate type field effect transistors; said gate electrode and said stabilizing plate each have a plane structure extending on the first main surface; said stabilizing plate capacitor formed between said stabilizing plate and said drain region has a capacitance greater than that of a gate-drain capacitor formed between said gate electrode and said drain region characterized in that the dielectric constant of said insulating film in a portion where said stabilizing plate is opposed to said drain region is greater than the dielectric constant of said gate insulating film in a portion where said gate electrode is opposed to said drain region. an insulating gate type field effect transistor portion having a source region and a drain region separated from each other by a channel formation region, the device further comprising a gate electrode, which is separated from said channel formation region by a gate insulating film (4, 4a); a stabilizing plate, made of a conductor or of a semiconductor, which is separated from said drain region by an insulating film (4, 4b) and which forms, together with said drain region, a stabilizing plate capacitor; and a semiconductor substrate having a first main surface and a second main surface that are opposed to each other, a plurality of transistors of the same type as said insulating gate type field effect transistor are arranged side by side; one said stabilizing plate is arranged in a region sandwiched by two of said insulating gate type field effect transistors; said gate electrode and said stabilizing plate each have a plane structure extending on the first main surface; said stabilizing plate capacitor formed between said stabilizing plate and said drain region has a capacitance greater than that of a gate-drain capacitor formed between said gate electrode and said drain region characterized in that the dielectric constant of said insulating film in a portion where said stabilizing plate is opposed to said drain region is greater than the dielectric constant of said gate insulating film in a portion where said gate electrode is opposed to said drain region.
A booster seat for children, comprising: a seat having an inner cavity; at least one winding drum, for a belt to be wound up thereon, said belt having one end that comes out of said cavity said winding drum being placed in said cavity and being able to rotate in a first direction in which the belt is unwound from the drum and in a second direction in which the belt is wound up on the drum; first elastic members, operating on said drum to counteract rotation of said drum in the first direction; lock members, operating on said at least one drum and/or said belt, and adapted to be switched between a retaining position in which they inhibit rotation of the drum and/or movement of the belt, and a release position in which they permit rotation of the drum and/or movement of the belt, said first elastic members being configured to wind said belt around said drum when said lock members are in said release position; first actuator members, operable on said lock members to switch the lock members to the release position; second actuator members, operable on said first actuator members and/or on the lock members to switch the lock members to the retaining position, characterised in that said first actuator members comprise a user-operable pushbutton. a seat having an inner cavity; at least one winding drum, for a belt to be wound up thereon, said belt having one end that comes out of said cavity said winding drum being placed in said cavity and being able to rotate in a first direction in which the belt is unwound from the drum and in a second direction in which the belt is wound up on the drum; first elastic members, operating on said drum to counteract rotation of said drum in the first direction; lock members, operating on said at least one drum and/or said belt, and adapted to be switched between a retaining position in which they inhibit rotation of the drum and/or movement of the belt, and a release position in which they permit rotation of the drum and/or movement of the belt, said first elastic members being configured to wind said belt around said drum when said lock members are in said release position; first actuator members, operable on said lock members to switch the lock members to the release position; second actuator members, operable on said first actuator members and/or on the lock members to switch the lock members to the retaining position, characterised in that said first actuator members comprise a user-operable pushbutton.
A two-compartment pouch comprising: a top compartment and a bottom compartment, an inner gusset separating the top compartment from the bottom compartment, wherein the inner gusset includes an openable region and a fold line, and a means for grasping and pulling apart the front and rear panels of the pouch to cause the openable region to open to allow for the combining of contents of the top compartment with contents of the bottom compartment without opening the pouch, characterized in that the means for grasping and pulling apart the front and rear panels are two outer folds, wherein the two outer folds include two lines of perforations in each outer fold to form a pull tab in the each outer fold, in that the inner gusset is folded in the pouch and includes a fold line in the form of a "V" wherein the fold line is the tip of the "V" and forms the openable region, and and in that the inner gusset is integral to the top compartment of the pouch by being formed in a pouch within a pouch type of arrangement. a top compartment and a bottom compartment, an inner gusset separating the top compartment from the bottom compartment, wherein the inner gusset includes an openable region and a fold line, and a means for grasping and pulling apart the front and rear panels of the pouch to cause the openable region to open to allow for the combining of contents of the top compartment with contents of the bottom compartment without opening the pouch, characterized in that the means for grasping and pulling apart the front and rear panels are two outer folds, wherein the two outer folds include two lines of perforations in each outer fold to form a pull tab in the each outer fold, in that the inner gusset is folded in the pouch and includes a fold line in the form of a "V" wherein the fold line is the tip of the "V" and forms the openable region, and and in that the inner gusset is integral to the top compartment of the pouch by being formed in a pouch within a pouch type of arrangement.
A method for soiling detection on an imaging system, comprising the steps of: capturing, by the imaging system, a first frame, while the imaging system is moving; computing first image processing data based on the captured first frame; capturing, by the imaging system, a second frame, while the imaging system is not moving; computing second image processing data based on the captured second frame; and determining a soiling measure for each pixel position covered by the imaging system based on the computed first image processing data and the computed second image processing data, wherein said soiling measure comprises a first value specifying a degree of soiling and a second value specifying a confidence value of the first value, wherein computing first image processing data and computing second image processing data comprises computing sharpness of a captured first frame and a captures second frame, and wherein determining a soiling measure comprises comparing the computed sharpness of the first frame and the computed sharpness of the second frame. capturing, by the imaging system, a first frame, while the imaging system is moving; computing first image processing data based on the captured first frame; capturing, by the imaging system, a second frame, while the imaging system is not moving; computing second image processing data based on the captured second frame; and determining a soiling measure for each pixel position covered by the imaging system based on the computed first image processing data and the computed second image processing data, wherein said soiling measure comprises a first value specifying a degree of soiling and a second value specifying a confidence value of the first value, wherein computing first image processing data and computing second image processing data comprises computing sharpness of a captured first frame and a captures second frame, and wherein determining a soiling measure comprises comparing the computed sharpness of the first frame and the computed sharpness of the second frame.
An electrodepositable coating composition comprising: a polybutylene oxide polymer; an ionic film-forming polymer having functional groups; and a curing agent that is reactive with functional groups on the film-forming polymer, wherein the polybutylene oxide polymer comprises a copolymer of butylene oxide and propylene oxide. a polybutylene oxide polymer; an ionic film-forming polymer having functional groups; and a curing agent that is reactive with functional groups on the film-forming polymer, wherein the polybutylene oxide polymer comprises a copolymer of butylene oxide and propylene oxide.
Device for supplying pressurized fluid, in particular pressurized gas, comprising a first valve accommodating an internal fluid circuit, the device having a second valve comprising an internal circuit, the second valve forming a separate physical entity from the first valve, the first valve and the second valve comprising respective coupling members (6, 7) that form a quick-connection system for removably connecting the second valve to the first valve, the internal circuits (13, 15) comprising a set of one or more control valves (4, 9) for allowing or preventing the flow of the fluid towards an outlet of the device when the second valve is coupled to the first valve via the quick-connection system, the device comprising at least one manually actuable mobile control member for controlling the set of one or more control valves, the control member being able to move between a first, rest position, in which the flow of fluid towards the outlet is prevented, and a second, active position, in which the flow of fluid towards the outlet is allowed, the quick-connection system comprising a connection piece for connecting the second valve to the first valve, the connection piece being able to move between a first position, in which the quick connection between the second valve and the first valve has not been established, and a second position, in which the quick connection between the second valve and the first valve has been established, the second valve comprising at least one electrical member (16, 17) and in particular an electronic controller and a battery for supplying power to the at least one electrical member (16, 17), and a sensor for sensing the position of the connection piece, said sensor being connected to the controller, the at least one electrical member (16, 17) being able to switch between two distinct given operating states, the controller being configured so as to switch the at least one electrical member (16, 17) between the two operating states, the device being characterized in that it includes a sensor for sensing the position of the control member, said sensor being connected to the controller, the controller being configured so as to switch the at least one electrical member (16, 17) depending on the combination of the measurements from the sensor for sensing the position of the connection piece and from the sensor for sensing the position of the control member and in that, in its first position, the connection piece blocks the control member in its first, rest position so as to prevent it from moving towards its second, active position, and in that, in its second position, the connection piece does not block the control member in its first, rest position so as to allow it to move towards its second, active position, and in that, when the sensor for sensing the position of the connection piece detects that the connection piece is in its first position and, at the same time, the sensor for sensing the position of the control member is in its second position, the controller is configured so as to generate a visual and/or audio and/or electromagnetic warning signal.