mhurhangee/ep-ind-claims huggingface dataset:
A sliding component formed in an annular shape and disposed at a relative rotation point of a rotating machine, wherein a plurality of dynamic pressure generation mechanisms are provided on a sliding surface of the sliding component, each of the dynamic pressure generation mechanisms including a first groove portion communicating with a leak side and a pair of second groove portions (9A, 9B) communicating with the first groove portion and extending on both sides in a circumferential direction, an extension-direction end surface of each of the second groove portions (9A, 9B) is disposed on a sealing target fluid side as compared with a communication portion of between the first groove portion and each of the second groove portions(9A, 9B), characterized in that each of the second groove portions (9A, 9B) curvedly extends so as to be convex toward the leak side, in that each of the second groove portions (9A, 9B) has a first side wall surface extending from the first groove portion on the sealing target fluid side and a second side wall surface extending from the first groove portion on the leak side, and an end wall surface connecting the first side wall surface and the second side wall surface in an end of the respective second groove portion (9A, 9B), and in that the end wall surface of the second groove portion (9A, 9B) is a surface extending in the circumferential direction. a plurality of dynamic pressure generation mechanisms are provided on a sliding surface of the sliding component, each of the dynamic pressure generation mechanisms including a first groove portion communicating with a leak side and a pair of second groove portions (9A, 9B) communicating with the first groove portion and extending on both sides in a circumferential direction, an extension-direction end surface of each of the second groove portions (9A, 9B) is disposed on a sealing target fluid side as compared with a communication portion of between the first groove portion and each of the second groove portions(9A, 9B), characterized in that each of the second groove portions (9A, 9B) curvedly extends so as to be convex toward the leak side, in that each of the second groove portions (9A, 9B) has a first side wall surface extending from the first groove portion on the sealing target fluid side and a second side wall surface extending from the first groove portion on the leak side, and an end wall surface connecting the first side wall surface and the second side wall surface in an end of the respective second groove portion (9A, 9B), and in that the end wall surface of the second groove portion (9A, 9B) is a surface extending in the circumferential direction.
An electronic frequency measuring and control apparatus, comprising: an analog-to-digital converter to convert an analog oscillation signal to a digital oscillation signal; and a phase locked loop to compare the digital oscillation signal from the analog-to-digital converter with a digital reference oscillation signal and generate a digital phase difference signal; and a plurality of oscillators in parallel downstream communication with the phase locked loop to receive the digital phase difference signal, wherein the oscillators include a plurality of phase accumulators to generate a plurality of digital phase signals for a corresponding plurality of channels and a plurality of phase-to-amplitude converters downstream of the phase accumulators to convert the plurality of digital phase signals into a plurality of digital amplitude signals for the corresponding plurality of channels wherein the phase locked loop and the plurality of oscillators are defined by a single programmable logic device in communication with the analog-to-digital converter and configured to apply a plurality of channel-specific synchronization factors to the digital phase difference signal upstream of the phase accumulators. an analog-to-digital converter to convert an analog oscillation signal to a digital oscillation signal; and a phase locked loop to compare the digital oscillation signal from the analog-to-digital converter with a digital reference oscillation signal and generate a digital phase difference signal; and a plurality of oscillators in parallel downstream communication with the phase locked loop to receive the digital phase difference signal, wherein the oscillators include a plurality of phase accumulators to generate a plurality of digital phase signals for a corresponding plurality of channels and a plurality of phase-to-amplitude converters downstream of the phase accumulators to convert the plurality of digital phase signals into a plurality of digital amplitude signals for the corresponding plurality of channels wherein the phase locked loop and the plurality of oscillators are defined by a single programmable logic device in communication with the analog-to-digital converter and configured to apply a plurality of channel-specific synchronization factors to the digital phase difference signal upstream of the phase accumulators.
An internal combustion engine with a secondary air pump, with an exhaust gas line and with a secondary air line, which constitutes a connection between the conveying side of the secondary air pump and the exhaust gas line, wherein a negative pressure side of an brake force booster is fluidically connected to the secondary air pump, characterized in that the negative pressure side of the brake force booster is fluidically connected to a conveying side of the secondary air pump and a venturi tube is arranged on the fluidic connection from the negative pressure side of the brake force booster to the conveying side of the secondary air pump.
A storable windshield system attached to a support system of a utility vehicle, said storable windshield system comprising: a roof assembly having a recess formed therein; a windshield assembly operatively connected to said roof assembly, said windshield assembly is slidable relative to said roof assembly between a stored position and an extended position and rotatable relative to said roof assembly between said extended position and an installed position located immediately adjacent to said support system; a locking mechanism for securing said windshield assembly to said support system when said windshield is in said installed position, characterized in that said locking mechanism includes a rotatable knob assembly attached to said windshield assembly and a receiving member attached to said support system, wherein said knob assembly is selectively attachable to said receiving member, wherein a first multi-pole magnet is attached to said rotatable knob assembly and a second multi-pole magnet is attached to said receiving member, and quadrants of said multi-pole magnets are selectively alignable for attaching or releasing said knob assembly relative to said receiving member. a roof assembly having a recess formed therein; a windshield assembly operatively connected to said roof assembly, said windshield assembly is slidable relative to said roof assembly between a stored position and an extended position and rotatable relative to said roof assembly between said extended position and an installed position located immediately adjacent to said support system; a locking mechanism for securing said windshield assembly to said support system when said windshield is in said installed position, characterized in that said locking mechanism includes a rotatable knob assembly attached to said windshield assembly and a receiving member attached to said support system, wherein said knob assembly is selectively attachable to said receiving member, wherein a first multi-pole magnet is attached to said rotatable knob assembly and a second multi-pole magnet is attached to said receiving member, and quadrants of said multi-pole magnets are selectively alignable for attaching or releasing said knob assembly relative to said receiving member.
Sensor comprising at least an assembly, wherein the assembly comprises a functional body, which has a first material, wherein the surface of the functional body is at least partly covered by a plastic protective body, wherein at least one free section of the surface of the functional body is not covered by the plastic protective body, wherein the free section of the surface of the functional body serves as a section of the sensor to be exposed to the medium under measurement, and wherein the free section is limited by at least one closed circumferential boundary at which the plastic protective body rests on the functional body, wherein an elastic sealing ring rests in a sealing manner on the surface of the functional body inside the plastic protective body at a distance from the boundary in order to seal the functional body from a gap occurring between the plastic protective body and the functional body coming from the boundary, characterized in that the plastic protective body features injection-molded plastic and a molded part which surrounds or includes the sealing ring at least partially, and wherein the molded part comprises a sleeve which surrounds the elastic sealing ring in an annular manner, wherein the sleeve pretensions the sealing ring in relation to the functional body around the entire circumference.
Arrangement for controlling a hydraulic three-point hitch, comprising a hydraulic cylinder with a working chamber, to which pressurized hydraulic fluid can be admitted to change the lifting position of a lower arm comprised by the hydraulic three-point hitch, and also first and second seat valves (24, 26) communicating with the working chamber, the first seat valve being designed for producing a flow connection to a high-pressure source and the second seat valve being designed for producing a return connection to a hydraulic reservoir, characterized in that a pressure compensation valve (48, 50) is connected upstream of each of the two seat valves (24, 26) with respect to its respective through-flow direction (44, 46).
A method for supporting multi-homed routing in a network environment, comprising: providing an end node connected to a network fabric comprising a plurality of spine switches (231, 232) and a plurality of leaf switches (211...214), wherein the end node comprises first and second ports (H1, H2), wherein the first port is connected to a switch port of a first leaf switch in the network fabric and a second port is connected to a switch port of a second leaf switch in the network fabric; performing, by a subnet manager, routing through the network fabric for each of said first and second ports on the end node using a routing algorithm by determining a first path through the leaf and spine switches for the first port and marking each switch on the first path, and by determining a second path through the leaf and spine switches for the second port while preventing the second path from using the marked switches such that the first and second paths are mutually independent, whereby if a given leaf or spine switch is located on the first path for the first port, the routing algorithm avoids using the given switch for the second path for the second port. providing an end node connected to a network fabric comprising a plurality of spine switches (231, 232) and a plurality of leaf switches (211...214), wherein the end node comprises first and second ports (H1, H2), wherein the first port is connected to a switch port of a first leaf switch in the network fabric and a second port is connected to a switch port of a second leaf switch in the network fabric; performing, by a subnet manager, routing through the network fabric for each of said first and second ports on the end node using a routing algorithm by determining a first path through the leaf and spine switches for the first port and marking each switch on the first path, and by determining a second path through the leaf and spine switches for the second port while preventing the second path from using the marked switches such that the first and second paths are mutually independent, whereby if a given leaf or spine switch is located on the first path for the first port, the routing algorithm avoids using the given switch for the second path for the second port.
A method of cleaning a textile, the method comprising providing a textile; providing a wash water; providing a rinse water; providing a powder laundry detergent formulation comprising: 5 to 50 wt% of a detergent surfactant; 25 to 80 wt% of a builder; 0.01 to 1 wt% of a polyethylene oxide having a weight average molecular weight, M W, of 750,000 to 10,000,000 Daltons; and 0.01 to 5 wt% of a poly(acrylic acid) having a weight average molecular weight, M W, of 1,000 to 20,000 Daltons; wherein weight average molecular weights are measured using gel permeation chromatography and polyethylene oxide) standards; mixing the powder laundry detergent and the wash water to form a laundry liquor; treating the textile with the laundry liquor; and rinsing the textile with the rinse water, and wherein the textile is treated with the laundry liquor by hand-washing. providing a textile; providing a wash water; providing a rinse water; providing a powder laundry detergent formulation comprising: 5 to 50 wt% of a detergent surfactant; 25 to 80 wt% of a builder; 0.01 to 1 wt% of a polyethylene oxide having a weight average molecular weight, M W, of 750,000 to 10,000,000 Daltons; and 0.01 to 5 wt% of a poly(acrylic acid) having a weight average molecular weight, M W, of 1,000 to 20,000 Daltons; wherein weight average molecular weights are measured using gel permeation chromatography and polyethylene oxide) standards; 5 to 50 wt% of a detergent surfactant; 25 to 80 wt% of a builder; 0.01 to 1 wt% of a polyethylene oxide having a weight average molecular weight, M W, of 750,000 to 10,000,000 Daltons; and 0.01 to 5 wt% of a poly(acrylic acid) having a weight average molecular weight, M W, of 1,000 to 20,000 Daltons; wherein weight average molecular weights are measured using gel permeation chromatography and polyethylene oxide) standards; mixing the powder laundry detergent and the wash water to form a laundry liquor; treating the textile with the laundry liquor; and rinsing the textile with the rinse water, and wherein the textile is treated with the laundry liquor by hand-washing.
A mobile wireless communications device comprising: a housing; an antenna carried by said housing; a circuit board carried by said housing; a power amplifier carried by said circuit board; an antenna switch carried by said circuit board and configured to selectively couple said power amplifier to said antenna; a first radio frequency shield covering said power amplifier and said antenna switch; and a second RF shield within said first RF shield and covering said antenna switch or said power amplifier, said second RF shield comprises a top, a plurality of legs extending therefrom to said circuit board, sidewall skirts extending from said top, and a corner extension extending outwardly from said top. a housing; an antenna carried by said housing; a circuit board carried by said housing; a power amplifier carried by said circuit board; an antenna switch carried by said circuit board and configured to selectively couple said power amplifier to said antenna; a first radio frequency shield covering said power amplifier and said antenna switch; and a second RF shield within said first RF shield and covering said antenna switch or said power amplifier, said second RF shield comprises a top, a plurality of legs extending therefrom to said circuit board, sidewall skirts extending from said top, and a corner extension extending outwardly from said top.
An industrial vehicle including an engine, a drive wheel, and a power transmission mechanism that transmits power of the engine to the drive wheel wherein the power transmitted through the power transmission mechanism causes creeping of the vehicle, the industrial vehicle comprising: a control unit (31, 32) that controls an engine speed of the engine; and a vehicle speed detection unit that detects a vehicle speed of the vehicle, characterized in that the control unit (31, 32) controls the engine speed at a first engine speed when the vehicle is in a non-traveling state, and when the vehicle speed has exceeded a predetermined vehicle speed due to a transition to a state of power transmission in which the power of the engine is transmitted to the drive wheel, the control unit (31, 32) controls the engine speed at a second engine speed that is lower than the first engine speed, and the second engine speed is set to generate a desired creeping speed. a control unit (31, 32) that controls an engine speed of the engine; and a vehicle speed detection unit that detects a vehicle speed of the vehicle, the control unit (31, 32) controls the engine speed at a first engine speed when the vehicle is in a non-traveling state, and when the vehicle speed has exceeded a predetermined vehicle speed due to a transition to a state of power transmission in which the power of the engine is transmitted to the drive wheel, the control unit (31, 32) controls the engine speed at a second engine speed that is lower than the first engine speed, and the second engine speed is set to generate a desired creeping speed.
Method for dimming the light emitted from LED lights, in particular in the passenger cabin of an airliner, by variation of LED current-flow time intervals (t, tr, tg, tb) during cyclically successive working periods (Ta), wherein a drive cycle (Z, Z') for current-flow time intervals (t, tr, tg, tb) which can be determined independently of one another over multicolour LED arrays and are given by the time intervals (t, tr, tg, tb) of the respective current flow in the LED arrays is subject to variation of its cycle length, wherein the drive cycle (Z, Z') comprises a working period (Ta) comprising the current-flow time intervals (t, tr, tg, tb), wherein the current-flow time intervals (t, tr, tg, tb) with respect to the start of a working period (Ta) start with a time offset between them, wherein the current-flow time interval (t, tr, tg, tb) of one of the LED arrays starts at the start of each working period (Ta), and the current-flow time interval (t, tr, tg, tb) in an LED array of a different colour ends upon the end of the respective working period (Ta), and wherein the current-flow time interval (t, tr, tg, tb) in a further one of the LED arrays is in each case symmetrical in time with respect to the centre of the working period (Ta).
Food preparation appliance with a food preparation vessel, a lid which can be placed on the food preparation vessel, an attachment part which can be placed on the food preparation vessel instead of the lid, wherein the attachment part comprises a first part and a second part (20 to 26); with a locking device for locking the lid placed on the food preparation vessel and for locking the attachment part placed on the food preparation vessel, a sensor which is triggered when the placed lid is locked by the locking device, and which is triggered when the placed attachment part is locked by the locking device, wherein the sensor is not triggered when only one part of the attachment part is placed on the food preparation vessel and locked.
An electrophotographic printing machine comprising: a photoconductive member having a path a movement through a plurality of xerographic stations, said photoconductive member including a segmented ground plane, said segmented ground plane being divided into individual portions by insulating separation lines in said ground plane; and a grounding strip electrically connected to each individual portions, characterized in that said insulating lines are narrow 10 to 20 micron lines. a photoconductive member having a path a movement through a plurality of xerographic stations, said photoconductive member including a segmented ground plane, said segmented ground plane being divided into individual portions by insulating separation lines in said ground plane; and a grounding strip electrically connected to each individual portions,
An endoscope device comprising: a handle portion; a shaft projecting from the handle portion, wherein the shaft includes a proximal portion and a distal portion relative to the handle portion; a flexible tip coupled to the distal portion of the shaft; a pair of pull wires (208, 210) extending from the handle portion through the shaft portion and coupled to the flexible tip, wherein the handle portion includes a control wheel assembly coupled to the pair of pull wires, wherein the control wheel assembly comprises at least two control wheels, and wherein each of the at least two control wheels are capable of independent rotation to provide accurate tensioning of the pair of pull wires during assembly of the endoscope device, characterized in that each pull wire in the pair of pull wires comprises a Bowden-style cable that includes an inner wire and an outer compression coil; and a coil stop mounted in the handle portion for engaging the outer compression coil in each of the pull wires and transferring a compression load to the handle during articulation of the pair of pull wires,wherein the coil stop comprises a pair of slots for receiving the pair of pull wires respectively therein. a handle portion; a shaft projecting from the handle portion, wherein the shaft includes a proximal portion and a distal portion relative to the handle portion; a flexible tip coupled to the distal portion of the shaft; a pair of pull wires (208, 210) extending from the handle portion through the shaft portion and coupled to the flexible tip, wherein the handle portion includes a control wheel assembly coupled to the pair of pull wires, wherein the control wheel assembly comprises at least two control wheels, and wherein each of the at least two control wheels are capable of independent rotation to provide accurate tensioning of the pair of pull wires during assembly of the endoscope device, characterized in that each pull wire in the pair of pull wires comprises a Bowden-style cable that includes an inner wire and an outer compression coil; and a coil stop mounted in the handle portion for engaging the outer compression coil in each of the pull wires and transferring a compression load to the handle during articulation of the pair of pull wires,wherein the coil stop comprises a pair of slots for receiving the pair of pull wires respectively therein.