mhurhangee/ep-ind-claims huggingface dataset:
Suspension system for automotive vehicles, configured to modify a camber angle of at least one wheel, wherein said at least one wheel is supported by a stub axle which in a lower area, below an axis of rotation of said at least one wheel, is articulated by means of a ball joint to a lower support which is in turn articulated by means of a ball joint to a chassis of the vehicle, wherein the suspension system comprises: - a steering rod articulated by means of a ball joint to the stub axle and to steering elements, wherein said steering rod is contained in a plane defined by the lower support, and wherein the point of attachment between the steering rod and the stub axle is contained in an instantaneous axis of rotation of the lower support with respect to said stub axle in any situation of the suspension system, - a connection joint articulated at the upper part by means of a ball joint to the stub axle, - a tie bar which at a first end is articulated by means of a ball joint to the connection joint and at a second end is articulated by means of a ball joint to the chassis of the vehicle, and - an actuator element rigidly attached to the connection joint and in an articulated manner by means of a ball joint to the chassis, said actuator element being configured to modify the camber angle of said at least one wheel by means of modifying the length of said actuator element, characterized in that the actuator element is contained in a plane formed by upper support elements of the suspension comprising the tie bar. - a steering rod articulated by means of a ball joint to the stub axle and to steering elements, wherein said steering rod is contained in a plane defined by the lower support, and wherein the point of attachment between the steering rod and the stub axle is contained in an instantaneous axis of rotation of the lower support with respect to said stub axle in any situation of the suspension system, - a connection joint articulated at the upper part by means of a ball joint to the stub axle, - a tie bar which at a first end is articulated by means of a ball joint to the connection joint and at a second end is articulated by means of a ball joint to the chassis of the vehicle, and - an actuator element rigidly attached to the connection joint and in an articulated manner by means of a ball joint to the chassis, said actuator element being configured to modify the camber angle of said at least one wheel by means of modifying the length of said actuator element,
A method for applying electrocoagulation treatment to an aqueous dispersion, the method comprising: a: flowing the aqueous dispersion through a region of a flow-through cell comprising sacrificial electrodes and located between opposed electrodes, and b: applying a voltage V across the opposed electrodes whereby a current C is passed between the opposed electrodes through the sacrificial electrodes whereby the sacrificial electrodes donate cations to the aqueous dispersion, wherein the voltage is maintained at or below a value V max when the conductivity of the aqueous dispersion is S min or less; wherein the voltage V is controlled to decrease from V max to V min, as the conductivity of the aqueous dispersion increases from S min to S max, with the current C maintained at a value C min when the conductivity of the aqueous solution is between S min and S max; and wherein the voltage V is maintained at V min for conductivities of the aqueous dispersion increases from S max to S tot, with the current C increasing from C min to C max as the conductivity of the aqueous solution increases from S max to S tot. a: flowing the aqueous dispersion through a region of a flow-through cell comprising sacrificial electrodes and located between opposed electrodes, and b: applying a voltage V across the opposed electrodes whereby a current C is passed between the opposed electrodes through the sacrificial electrodes whereby the sacrificial electrodes donate cations to the aqueous dispersion,
An access point, AP, comprising: a transceiver; and a processor; wherein the transceiver and the processor are configured to: transmit, to a plurality of stations, STAs, a trigger frame triggering uplink, UL, null data packet, NDP, physical layer convergence protocol, PLCP, protocol data unit, PPDU, transmissions from the plurality of STAs, wherein the trigger frame includes an NDP indication in a common information field; and receive, from at least a first STA of the plurality of STAs, a first UL NDP PPDU transmission comprising short UL control information. a transceiver; and a processor; wherein the transceiver and the processor are configured to: transmit, to a plurality of stations, STAs, a trigger frame triggering uplink, UL, null data packet, NDP, physical layer convergence protocol, PLCP, protocol data unit, PPDU, transmissions from the plurality of STAs, wherein the trigger frame includes an NDP indication in a common information field; and receive, from at least a first STA of the plurality of STAs, a first UL NDP PPDU transmission comprising short UL control information. transmit, to a plurality of stations, STAs, a trigger frame triggering uplink, UL, null data packet, NDP, physical layer convergence protocol, PLCP, protocol data unit, PPDU, transmissions from the plurality of STAs, wherein the trigger frame includes an NDP indication in a common information field; and receive, from at least a first STA of the plurality of STAs, a first UL NDP PPDU transmission comprising short UL control information.
A process for manufacturing soluble and functional plant proteins, characterized in that it comprises at least one functionalization step consisting of a treatment of 0.01 to 1 s consisting of: - a step of heating soluble plant proteins with a solids content of greater than 15% by weight to a temperature of 100°C to 160°C; - a step of cooling said heated plant proteins. - a step of heating soluble plant proteins with a solids content of greater than 15% by weight to a temperature of 100°C to 160°C; - a step of cooling said heated plant proteins.
A printing subassembly, comprising a printbar (102, 224, 424); a frame (104, 222, 422) coupled to the printbar such that the printbar does not move with respect to the frame; and a fluid supply system (106, 234, 426) coupled to the printbar and to the frame such that the fluid supply system is not movable with respect to the frame. a printbar (102, 224, 424); a frame (104, 222, 422) coupled to the printbar such that the printbar does not move with respect to the frame; and a fluid supply system (106, 234, 426) coupled to the printbar and to the frame such that the fluid supply system is not movable with respect to the frame.
A method for producing 1,1-dibromo-1-fluoroethane, the method comprising step A of reacting 1,1-dibromoethylene with hydrogen fluoride to obtain 1,1-dibromo-1-fluoroethane.
A method for producing a polymer by polymerization of a monomer comprising a conjugated diene compound and/or an aromatic vinyl compound by use of an organolithium compound as a polymerization initiator, comprising step of mixing an organolithium compound solution I in which the concentration of the organolithium compound is 5 to 50% by mass and a non-polar solvent in a pipe-system to provide an organolithium compound solution II, and step of feeding the organolithium compound solution II to the bottom of a polymerization tank, wherein at least one selected from the group consisting of the organolithium compound solution I, the organolithium compound solution II and the non-polar solvent is in the state of turbulent flow in step, said turbulent flow being characterized by a Reynolds number (Re) of 500000 or more.
A method of controlling chromaticity of total light in a space by using a lighting system, the method comprising: generating, by a sensor system monitoring a space, a detected light signal ( F S) comprising a controlled light signal component ( F L) due to light produced by a plurality of controllable light sources illuminating the space and an uncontrolled light signal component ( F D) due to light produced by at least one uncontrollable light source not under the control of the lighting system; isolating the uncontrolled light signal component ( F D) from the detected light signal ( F S) based on electrical properties currently being used to control the plurality of controllable light sources the method being characterised by dynamically transforming the uncontrolled light signal component ( F D) using a calibration table that is selected based on the uncontrolled light signal component ( F D) to obtain a calibrated uncontrolled light signal component X ̅ D meas; and adjusting the electrical properties of the plurality of controllable light sources to approximate a target chromaticity based on the calibrated uncontrolled light signal component X ̅ D meas and the controlled light signal component ( F L). generating, by a sensor system monitoring a space, a detected light signal ( F S) comprising a controlled light signal component ( F L) due to light produced by a plurality of controllable light sources illuminating the space and an uncontrolled light signal component ( F D) due to light produced by at least one uncontrollable light source not under the control of the lighting system; isolating the uncontrolled light signal component ( F D) from the detected light signal ( F S) based on electrical properties currently being used to control the plurality of controllable light sources the method being characterised by dynamically transforming the uncontrolled light signal component ( F D) using a calibration table that is selected based on the uncontrolled light signal component ( F D) to obtain a calibrated uncontrolled light signal component X ̅ D meas; and adjusting the electrical properties of the plurality of controllable light sources to approximate a target chromaticity based on the calibrated uncontrolled light signal component X ̅ D meas and the controlled light signal component ( F L).
An ocular fluid management system, comprising: a chamber including a first portion and a second portion, the first portion connected to an input line configured to receive fluids into the first portion of the chamber and an output line configured to discharge fluids from the first portion of the chamber; a pump communicating with at least one selected from the group including the input line and the output line; a pressure regulator communicating with the second portion of the chamber; a diaphragm contained in the chamber and configured to change position based on a pressure difference between the first portion and the second portion of the chamber; an optical sensor disposed outside of the chamber and configured to detect a position of the diaphragm and transmit a signal based on the detected position; a transparent barrier located between the diaphragm and the optical sensor, wherein the barrier limits movement of the diaphragm in a direction of the second portion of the chamber; and a controller configured to receive the signal and control operation of at least one of the pump and the pressure regulator based on the signal to maintain the diaphragm in a predetermined position. a chamber including a first portion and a second portion, the first portion connected to an input line configured to receive fluids into the first portion of the chamber and an output line configured to discharge fluids from the first portion of the chamber; a pump communicating with at least one selected from the group including the input line and the output line; a pressure regulator communicating with the second portion of the chamber; a diaphragm contained in the chamber and configured to change position based on a pressure difference between the first portion and the second portion of the chamber; an optical sensor disposed outside of the chamber and configured to detect a position of the diaphragm and transmit a signal based on the detected position; a transparent barrier located between the diaphragm and the optical sensor, wherein the barrier limits movement of the diaphragm in a direction of the second portion of the chamber; and a controller configured to receive the signal and control operation of at least one of the pump and the pressure regulator based on the signal to maintain the diaphragm in a predetermined position.
A toothbrush having needle-shaped bristles on a head portion, wherein a difference in height between longer bristles and shorter bristles is 1 to 4 mm, end-point diameters of the longer bristles are dispersed in a range of 0.01 to 0.03 mm, end-point diameters of the shorter bristles are dispersed in a range of 0.03 to 0.08 mm, wherein the longer and shorter bristles have differently-sized end points, and wherein taper lengths of the longer bristles are 4 to 8 mm, taper lengths of the shorter bristles are 2 to 6 mm, and a difference in the taper length between the longer bristles and the shorter bristles is 1 to 4 mm.
Receptacle treatment machine, with a protective cladding (5a-5e) arranged at a critical region of the container handling machine, comprising at least one protective wall for intercepting receptacle fragments or broken pieces (2.1) that move or are projected away from the receptacle treatment machine, characterised in that the protective cladding (5a-5e) is formed from a plurality of first cladding segments (6a-6d), which for the formation of the protective wall are arranged following one another and in each case are held a) swinging freely only at their upper end, or b) are connected at least at one end, by means of a working connection with an elastically deformable element, to the receptacle treatment machine, and wherein the lower ends of the cladding segments (6a-6e) are located beneath a level of the treatment positions of the receptacle treatment machine and/or beneath a level on which the receptacles move with their lower region or receptacle base during the treatment.
A method of producing an optimised multifrequency electromagnetic signal for sea bed logging, the method comprising the following steps: - obtaining optimised signal generating parameters using a transmitter receiver offset length and modelled signal behaviour, where the signal generating parameters are selected from current direction switch times, signal period and a number of current direction switch times per period, and where the parameter values are obtained by iterative refinement of an initial standard parameter set, - using the optimised signal generating parameters to determine a set of two or more desired harmonic frequencies optimally suited for logging at a site, and suitable amplitude ratios for the desired harmonic frequencies such that substantially equal amplitude ratios of each frequency are received at a receiver when the receiver is at a maximum range, the total power in the desired harmonic frequencies being a maximised proportion of the maximised power deliverable to a transmitter; and - using a transmitter to produce a signal according to the optimised signal generating parameters. - obtaining optimised signal generating parameters using a transmitter receiver offset length and modelled signal behaviour, where the signal generating parameters are selected from current direction switch times, signal period and a number of current direction switch times per period, and where the parameter values are obtained by iterative refinement of an initial standard parameter set, - using the optimised signal generating parameters to determine a set of two or more desired harmonic frequencies optimally suited for logging at a site, and suitable amplitude ratios for the desired harmonic frequencies such that substantially equal amplitude ratios of each frequency are received at a receiver when the receiver is at a maximum range, the total power in the desired harmonic frequencies being a maximised proportion of the maximised power deliverable to a transmitter; and - using a transmitter to produce a signal according to the optimised signal generating parameters.
A communication method according to an automatic repeat request scheme in a mobile communication system, the method being characterized in that it comprises: transmitting, to a user equipment, indication information indicating a first frame where a synchronous retransmission scheme is applied and a second frame where an asynchronous retransmission scheme is applied in a frame group, wherein the frame group consists of a plurality of successive frames including the first frame and the second frame; transmitting a first retransmission packet within the first frame having a time period according to the synchronous retransmission scheme, in response to a first negative acknowledgement, NACK, from the user equipment for a first packet transmission; and transmitting a second retransmission packet non-periodically within the second frame, in response to a second NACK from the user equipment for a second packet transmission. transmitting, to a user equipment, indication information indicating a first frame where a synchronous retransmission scheme is applied and a second frame where an asynchronous retransmission scheme is applied in a frame group, wherein the frame group consists of a plurality of successive frames including the first frame and the second frame; transmitting a first retransmission packet within the first frame having a time period according to the synchronous retransmission scheme, in response to a first negative acknowledgement, NACK, from the user equipment for a first packet transmission; and transmitting a second retransmission packet non-periodically within the second frame, in response to a second NACK from the user equipment for a second packet transmission.
A lithium-ion secondary battery separator comprising a composite of a non-woven fabric having a basis weight of 2 to 20 g/m 2 formed from fibers of a thermoplastic material having an average fiber diameter of 5 to 40 μm and ultra-microfibers having an average fiber diameter of 1 μm or less in an amount of 1/5 to 3 times the mass of the non-woven fabric, the composite having a thickness of 10 to 40 μm after being subjected to a heat-pressing treatment carried out under such conditions that the non-woven fabric has a glossiness measured at 60o in accordance with JIS standard (JIS Z 8741) in the range of 3 to 30 and a thickness of 10 to 40 μm if only the non-woven fabric is subjected to the heat-pressing treatment.
A resonator for the distribution and partial transformation of longitudinal vibrations into longitudinal vibrations that are overlaid with vibrations that are directed towards the centroid or approximately towards the centroid of a profile area of at least one opening comprised by the resonator, wherein the resonator comprises a natural number of parallel arranged elements of at least Lambda/2 or a natural multiple of this and at least one of the Lambda/2 elements has at least one opening, which is adapted in order to transfer the transformed vibrations to a fluid located within the opening, characterized in that the Lambda/2 elements are separated from each other by slits that penetrate the resonator along a portion of its longitudinal expansion.
Mixture comprising the terephthalic diesters I, II and III, where R 1 is an alkyl radical having 5 carbon atoms and R 2 is an alkyl radical having 9 carbon atoms.
A compatiblizing coating composition comprising: - a dendritic polymer comprising a terminal functional group; - an epoxy-containing material comprising at least two epoxy groups; and - at least one of: a coupling agent, an at least partial hydrolysate thereof, or a mixture thereof; and - optionally at least one of an initiator and a catalyst. - a dendritic polymer comprising a terminal functional group; - an epoxy-containing material comprising at least two epoxy groups; and - at least one of: a coupling agent, an at least partial hydrolysate thereof, or a mixture thereof; and - optionally at least one of an initiator and a catalyst.
A cover plate assembly for a concave grate of a combine harvester, the concave grate comprising two parallel arcuate rails, an end plate, and a plurality of axial bars spanning the parallel arcuate rails, wherein the cover plate assembly comprises: an elongated body dimensioned to fit between the two parallel arcuate rails on an exterior of the concave grate of the combine harvester; said elongated body having two opposing ends, each end having a clasp element (104, 106) formed therein, wherein the clasp elements are configured to grasp onto separate axial bars spanning the parallel arcuate rails and lock said elongated body in a supinated position against the exterior of said concave grate; and a latching mechanism configured to maintain the position of said elongated body relative to said concave grate so that each of said clasp elements (104, 106) maintain its grasp on its respective axial bar, wherein said latching mechanism comprises: an anchor bracket attached to an exterior-facing side of said elongated body, an anchor device configured to be secured to an end plate of said concave grate, and a mechanism configured to induce a tension force between the anchor bracket and the anchor device. an elongated body dimensioned to fit between the two parallel arcuate rails on an exterior of the concave grate of the combine harvester; said elongated body having two opposing ends, each end having a clasp element (104, 106) formed therein, wherein the clasp elements are configured to grasp onto separate axial bars spanning the parallel arcuate rails and lock said elongated body in a supinated position against the exterior of said concave grate; and a latching mechanism configured to maintain the position of said elongated body relative to said concave grate so that each of said clasp elements (104, 106) maintain its grasp on its respective axial bar, wherein said latching mechanism comprises: an anchor bracket attached to an exterior-facing side of said elongated body, an anchor device configured to be secured to an end plate of said concave grate, and a mechanism configured to induce a tension force between the anchor bracket and the anchor device. an anchor bracket attached to an exterior-facing side of said elongated body, an anchor device configured to be secured to an end plate of said concave grate, and a mechanism configured to induce a tension force between the anchor bracket and the anchor device.