mhurhangee/ep-ind-claims huggingface dataset:
A method of receiving a packet by a receiving terminal, the method comprising: receiving a plurality of packets during a predetermined time interval from a transmitting terminal, each of the plurality of packets including information about an occurrence of a time dependent event and a time of the occurrence of the time dependent event; selecting, from the plurality of packets and after expiry of the predetermined time interval, at least one packet including information about a most recent occurrence of the time dependent event from among the occurrences of the time dependent event that the received packets include information on; and synchronizing the event at the receiving terminal using the selected at least one packet, wherein a packet including information about an occurrence of a time dependent event and a time of the occurrence of the time dependent event generated after a first time from a time at which the time dependent event is generated is not received by the receiving terminal. receiving a plurality of packets during a predetermined time interval from a transmitting terminal, each of the plurality of packets including information about an occurrence of a time dependent event and a time of the occurrence of the time dependent event; selecting, from the plurality of packets and after expiry of the predetermined time interval, at least one packet including information about a most recent occurrence of the time dependent event from among the occurrences of the time dependent event that the received packets include information on; and synchronizing the event at the receiving terminal using the selected at least one packet, wherein a packet including information about an occurrence of a time dependent event and a time of the occurrence of the time dependent event generated after a first time from a time at which the time dependent event is generated is not received by the receiving terminal.
A microwave surgical instrument, comprising: a grip and an electrode section for emitting a microwave to a biological tissue so as to perform surgery on the biological tissue; a microwave oscillator for oscillating a microwave; an amplifier, connected between the electrode section and the microwave oscillator, for amplifying a microwave from the microwave oscillator and transmitting the microwave to the electrode section; a variable output matching circuit, connected between the amplifier and the electrode section, for matching output impedance of the amplifier and impedance of the biological tissue; a detection circuit, connected between the variable output matching circuit and the electrode section, for separately detecting a reflected power and an incident power between the amplifier and the electrode section; and controlling means for controlling the variable output matching circuit based on the values of the incident power and the reflected power detected by the detection circuit such that the variable impedance of the biological tissue and the output impedance of the amplifier is matched, wherein the grip comprises, on its top end, an insertion unit having the electrode section, the electrode section comprises a first electrode and a second electrode configured to come closer to each other to pinch the biological tissue, and wherein the microwave oscillator, the amplifier, the variable output matching circuit, the detection circuit and the controlling means are internally provided in the grip. a grip and an electrode section for emitting a microwave to a biological tissue so as to perform surgery on the biological tissue; a microwave oscillator for oscillating a microwave; an amplifier, connected between the electrode section and the microwave oscillator, for amplifying a microwave from the microwave oscillator and transmitting the microwave to the electrode section; a variable output matching circuit, connected between the amplifier and the electrode section, for matching output impedance of the amplifier and impedance of the biological tissue; a detection circuit, connected between the variable output matching circuit and the electrode section, for separately detecting a reflected power and an incident power between the amplifier and the electrode section; and controlling means for controlling the variable output matching circuit based on the values of the incident power and the reflected power detected by the detection circuit such that the variable impedance of the biological tissue and the output impedance of the amplifier is matched, wherein the grip comprises, on its top end, an insertion unit having the electrode section, the electrode section comprises a first electrode and a second electrode configured to come closer to each other to pinch the biological tissue, and wherein the microwave oscillator, the amplifier, the variable output matching circuit, the detection circuit and the controlling means are internally provided in the grip.
An insulated wire, having a conductor whose outer circumference is covered with an insulating film, wherein the insulating film is composed of a cured product of a thermosetting resin composition containing a thermoplastic resin, and the insulating film has air holes, wherein the average diameter of the air holes is 1 μm or less as determined with a scanning electron microscope.
A rotary valve for a downhole tool, the valve comprising: a valve housing; a manifold mounted to the valve housing; a rotary actuator rotatably mounted within the valve housing, with the rotary actuator having a first engagement surface; a valve seat that is coupled to the manifold, the valve seat having a second engagement surface that sealingly engages the first engagement surface; and wherein the valve comprises a compensation piston (164, 170), wherein an engagement force (97,98,99) is applied to the rotary actuator to maintain the engagement between the first and second engagement surfaces, and characterised in that at least a portion of the engagement force (97,98,99) is created by a first biasing device acting on the compensation piston (164, 170), further comprising a sealed volume within the valve housing, wherein the compensation piston (164, 170) provides pressure communication between the sealed volume and a first flow passage (80,176) external to the sealed volume, and wherein the first biasing device acting on the compensation piston (164, 170) creates a pressure differential between the first flow passage (80,176) and the sealed volume by increasing a pressure in the sealed volume by a constant amount above a pressure in the first flow passage (80,176). a valve housing; a manifold mounted to the valve housing; a rotary actuator rotatably mounted within the valve housing, with the rotary actuator having a first engagement surface; a valve seat that is coupled to the manifold, the valve seat having a second engagement surface that sealingly engages the first engagement surface; and wherein the valve comprises a compensation piston (164, 170), wherein an engagement force (97,98,99) is applied to the rotary actuator to maintain the engagement between the first and second engagement surfaces, and characterised in that at least a portion of the engagement force (97,98,99) is created by a first biasing device acting on the compensation piston (164, 170), further comprising a sealed volume within the valve housing, wherein the compensation piston (164, 170) provides pressure communication between the sealed volume and a first flow passage (80,176) external to the sealed volume, and wherein the first biasing device acting on the compensation piston (164, 170) creates a pressure differential between the first flow passage (80,176) and the sealed volume by increasing a pressure in the sealed volume by a constant amount above a pressure in the first flow passage (80,176).
A bridgeless power factor correction circuit comprising first and second input inductors (L1, L2), first ends of the inductors forming first and second input terminals of the circuit, a series connection of a first diode and a first controllable semiconductor switch, a series connection of a second diode and a second controllable semiconductor switch, the series connections being connected in parallel between positive and negative output terminals (VDC+, VDC-) of the power factor correction circuit, wherein a second end of the first inductor being connected at a point between the series connection of the first diode and the first controllable semiconductor switch, and a second end of the second inductor being connected at a point between the series connection of the second diode and the second controllable semiconductor switch, wherein polarities of the first and second diodes (D1, D2) are such that current can pass through the diode to the positive output terminal, the controllable semiconductor switches (S1, S2) are able to block current from flowing through the controllable semiconductor switches to the negative output terminal, characterized in that the power factor correction circuit further comprises a capacitor and a switching circuit adapted to connect the capacitor (CAB; CA, CB) between one of the input terminals and one of the output terminals of the power factor correction circuit in such a manner that the capacitor is connected between the first input terminal and an output terminal when input voltage connectable to the input terminals is positive and the capacitor is connected between the second input terminal and an output terminal when the input voltage connectable to the input terminals is negative, wherein the capacitor (CAB; CA, CB) is arranged in series with a switch of the switching circuit.
Mechanism for supporting at least one tray, said mechanism being suitable for a domestic oven that comprises an internal enclosure having side walls each side wall having at least one guiding support substantially horizontal and parallel to each other, the mechanism comprising an extraction support (5a,5b) that comprises a first support fixed to one of the sides of a rack, and a second support fixed to the other side of said rack, the rack being adapted to be supported on said guiding supports, and a tray support (6a,6b) that comprises a first guide that slides in relation to said first support and a second guide that slides in relation to said second support, characterised in that said two guides (6a,6b) are connected by connecting means, so that said guides (6a,6b) slide in parallel in relation to said extraction support (5a,5b).
A health monitoring method for a permanent magnet electric machine, where the electric machine comprises a rotor with a number of permanent magnets, and a stator with stator teeth, and where at least a first search coil is arranged on a first of the stator teeth, where the method comprises the following steps: I) Initial steps: - establishing a state baseline based on one of the following: i) a predefined state baseline, and ii) a current state for the PM electric machine in faultless operation, where the current state is established by the steps below of preprocessing, filtering, extracting, and establishing the current state; II) Operational steps: - preprocessing an analogue search coil signal from each search coil by applying an anti-aliasing filter providing an anti-aliased search coil signal, and converting the anti-aliased search coil signal to a digital search coil signal; - filtering the digital search coil signal by a band-pass analytic Hilbert filter, providing an analytic search coil signal; - extracting features from the analytic search coil signal; - establishing a current state based on the extracted features; - monitoring the health of the permanent magnet electric machine based on the current state and the state baseline. I) Initial steps: - establishing a state baseline based on one of the following: i) a predefined state baseline, and ii) a current state for the PM electric machine in faultless operation, where the current state is established by the steps below of preprocessing, filtering, extracting, and establishing the current state; - establishing a state baseline based on one of the following: i) a predefined state baseline, and ii) a current state for the PM electric machine in faultless operation, where the current state is established by the steps below of preprocessing, filtering, extracting, and establishing the current state; II) Operational steps: - preprocessing an analogue search coil signal from each search coil by applying an anti-aliasing filter providing an anti-aliased search coil signal, and converting the anti-aliased search coil signal to a digital search coil signal; - filtering the digital search coil signal by a band-pass analytic Hilbert filter, providing an analytic search coil signal; - extracting features from the analytic search coil signal; - establishing a current state based on the extracted features; - monitoring the health of the permanent magnet electric machine based on the current state and the state baseline. - preprocessing an analogue search coil signal from each search coil by applying an anti-aliasing filter providing an anti-aliased search coil signal, and converting the anti-aliased search coil signal to a digital search coil signal; - filtering the digital search coil signal by a band-pass analytic Hilbert filter, providing an analytic search coil signal; - extracting features from the analytic search coil signal; - establishing a current state based on the extracted features; - monitoring the health of the permanent magnet electric machine based on the current state and the state baseline.
A flexographic printing plate comprising at least one halftone printing area with a plurality of halftone dots; wherein a halftone dot of said plurality of halftone dots is shaped as a relief area; said relief area comprising a central portion and a surrounding portion; characterized in that said central portion having a central dot floor with a first pattern of a plurality of pins protruding upwardly from the central dot floor; said surrounding portion protruding upwardly from the central dot floor and having a top side comprising a second pattern of a plurality of recesses; wherein the first pattern and second pattern are such that the surrounding portion can be distinguished from the central portion.
A multifunctional surfacing film comprising: (a) a single layer of curable polymer composition having opposing first and second surfaces: (b) a first peelable porous sheet disposed beneath the first surface wherein the peelable porous sheet is positioned between 5 and 40% of the distance between the first and second surfaces of the single layer; and (c) at least one porous sheet of a second functional material disposed within the single layer of curable polymer composition and positioned between the second surface and the peelable porous sheet. (a) a single layer of curable polymer composition having opposing first and second surfaces: (b) a first peelable porous sheet disposed beneath the first surface wherein the peelable porous sheet is positioned between 5 and 40% of the distance between the first and second surfaces of the single layer; and (c) at least one porous sheet of a second functional material disposed within the single layer of curable polymer composition and positioned between the second surface and the peelable porous sheet.
Adjusting system arranged in a carrier profile, wherein the carrier profile has a first profile leg (12, 12') and a second profile leg (14, 14') and also a profile foot, and a region of a panel element is held between the first profile leg (12, 12') and the second profile leg (14, 14'), wherein at least one variable bearing body (26, 26', 40) is arranged on each of the first profile leg (12, 12') and the second profile leg (14, 14'), wherein the variable bearing bodies each comprise a tiltable element, and wherein in each case at least one screw element (24, 24') is arranged, which in each case bears against the tiltable elements and with which, by changing the position of the screw elements (24, 24'), the position of the tiltable elements (27, 44), within the carrier profile, is so changed that the angular position of the panel element within the carrier profile is thereby changed and adjustable, and wherein each variable bearing body is formed in three parts, and comprises a receiver, the tiltable element in the form of a tilting insert and a built-in element, and wherein the built-in element is in the form of a round bar. wherein at least one variable bearing body (26, 26', 40) is arranged on each of the first profile leg (12, 12') and the second profile leg (14, 14'), wherein the variable bearing bodies each comprise a tiltable element, and wherein in each case at least one screw element (24, 24') is arranged, which in each case bears against the tiltable elements and with which, by changing the position of the screw elements (24, 24'), the position of the tiltable elements (27, 44), within the carrier profile, is so changed that the angular position of the panel element within the carrier profile is thereby changed and adjustable, and wherein each variable bearing body is formed in three parts, and comprises a receiver, the tiltable element in the form of a tilting insert and a built-in element, and wherein the built-in element is in the form of a round bar.
A triazine compound according to Formula 1: with R = phosphite substituted with alkyl, functionalized alkyl, aryl, functionalized aryl, except halogen-substituted alkyl or aryl; R' = alkylene, arylene, alkoxy or aryloxy, all unsubstituted or functionalized, except halogen-substituted; X 1 and X 2 = hetero atoms and X 1 = X 2 or X 1 not = X 2 except where X 1 and X 2 = NH, - if R is phosphite substituted with Et, R' is not phenylene; 2-methyl-1,3-phenylene; 2,4,6-trimethyl-phenylene; 1,3-xylylene; diphenylmethane-4,4'-diyl; 1,2-ethylene; 1,3-propylene; 1,6-hexylene; 1,8- (3,6-dioxa octylene) or pyrid-2,6-diyl; - if R is phosphite substituted with Me, R' is not 1,3-phenylene or 2,6-dimethyl-1,3-propylene, and - if R is phosphite substituted with iPr, R' is not 1,3-phenylene or 1,12-dodecylene,, where R: (Z= methyl, ethyl, propyl, butyl, tert-butyl, isobutyl, isopropyl, phenyl) R': X 1 =X 2 = O, NH X 1 ≠X 2 = O, NH with R = phosphite substituted with alkyl, functionalized alkyl, aryl, functionalized aryl, except halogen-substituted alkyl or aryl; R' = alkylene, arylene, alkoxy or aryloxy, all unsubstituted or functionalized, except halogen-substituted; X 1 and X 2 = hetero atoms and X 1 = X 2 or X 1 not = X 2 except where X 1 and X 2 = NH, - if R is phosphite substituted with Et, R' is not phenylene; 2-methyl-1,3-phenylene; 2,4,6-trimethyl-phenylene; 1,3-xylylene; diphenylmethane-4,4'-diyl; 1,2-ethylene; 1,3-propylene; 1,6-hexylene; 1,8- (3,6-dioxa octylene) or pyrid-2,6-diyl; R' is not phenylene; 2-methyl-1,3-phenylene; 2,4,6-trimethyl-phenylene; 1,3-xylylene; diphenylmethane-4,4'-diyl; 1,2-ethylene; 1,3-propylene; 1,6-hexylene; 1,8- (3,6-dioxa octylene) or pyrid-2,6-diyl; - if R is phosphite substituted with Me, R' is not 1,3-phenylene or 2,6-dimethyl-1,3-propylene, and - if R is phosphite substituted with iPr, R' is not 1,3-phenylene or 1,12-dodecylene, R: (Z= methyl, ethyl, propyl, butyl, tert-butyl, isobutyl, isopropyl, phenyl) R': X 1 =X 2 = O, NH X 1 ≠X 2 = O, NH
A level measuring device for determining a topology of a product surface, comprising: an antenna device having an array of radiator elements for transmitting and/or receiving electromagnetic signals, the array being a one-dimensional array extending in a longitudinal direction; a rotatable support for rotating the antenna means about a non-vertical axis arranged parallel to the longitudinal direction wherein a plurality of radiation and/or reception angles of the antenna means relative to the product surface are electronically and mechanically adjustable by rotation of the antenna means about the non-vertical axis in combination with the electronic beam control to scan the product surface line by line and to determine the topology of the product surface. an antenna device having an array of radiator elements for transmitting and/or receiving electromagnetic signals, the array being a one-dimensional array extending in a longitudinal direction; a rotatable support for rotating the antenna means about a non-vertical axis arranged parallel to the longitudinal direction wherein a plurality of radiation and/or reception angles of the antenna means relative to the product surface are electronically and mechanically adjustable by rotation of the antenna means about the non-vertical axis in combination with the electronic beam control to scan the product surface line by line and to determine the topology of the product surface.
Latent heat storage body, comprising a phase change storage medium in a plastic sheath, wherein the latent heat storage body is designed such that in a first state of the phase change storage medium at a temperature T 1, it has a cross-sectional surface Q 1 which deviates from an O-shape and in a second state of the phase change storage medium at a temperature T 2 > T 1, it has a cross-sectional surface Q 2 > Q 1 and with the transition from the first into the second state, a phase change takes place, characterised in that the latent heat storage body in the first state has a round but not O-shaped cross-section and in the second state has a circular cross-section and the plastic sheath is filled completely by the phase change storage medium so that in particular a cavity which does not contain air is formed and a quotient Q = Q 2 /Q 1 is larger than a quotient U = U 2 /U 1, wherein U 1 is the periphery of the cross-sectional surface Q 1 and U 2 is the periphery of the cross-sectional surface Q 2 and wherein the quotient U lies in the range of 1.0 to 1.10 and the increase in the cross-sectional surface from Q 1 to Q 2 amounts to 5 to 15%, with respect to Q 1.
Flood barrier for temporarily sealing an opening in a building, said flood barrier comprising a flood barrier panel, wherein said flood barrier panel has a bottom edge, wherein said flood barrier panel has a top edge, wherein said flood barrier panel has two side edges, wherein at least one said side edge is provided with an inflatable flexible chamber, characterised in that said side edge is provided with an end cap disposed over said side edge and which is, slidably in the direction in which said bottom edge extends, attached to said flood barrier panel, wherein said inflatable flexible chamber is disposed between said side edge of said flood barrier panel and said end cap so that, upon inflation of said inflatable flexible chamber, said end cap is pushed outwards.
Cucumis melo plant comprising in its genome an impaired powdery mildew resistance conferring gene the amino acid sequence encoded by said resistance conferring gene is shown in SEQ ID No. 2; wherein - said impairment is one or more mutations in said gene resulting in the absence of a protein expression product; or - said impairment is one or more mutations in said gene resulting in a non-functional protein expression product; and wherein said impairment provides powdery mildew resistance and said Cucumis melon plant is not exclusively obtained by an essentially biological process. - said impairment is one or more mutations in said gene resulting in the absence of a protein expression product; or - said impairment is one or more mutations in said gene resulting in a non-functional protein expression product; and