mhurhangee/ep-ind-claims huggingface dataset:
A harvester head or processor head of a kind adapted to grapple the trunk of a standing tree, the trunk of a felled tree or a log, the processor or harvester having a deployable grapple to hold the remainder of the head relative to a said trunk or log, a saw adapted to make a transverse cut where desired of trunk or log when the head has grappled the trunk or log, a drive to move the processor or harvester relatively along a said grappled trunk or log, a datum determining system to either treat or detect as a datum (i) the end being cut or to be cut as the tree is being felled, the end of trunk of the already felled tree or the end of the log, or (ii) the fresh end to be cut in the trunk of the already felled tree or in the log, a length determining system to measure the positioning of the saw for a processing cut from the datum determined by the datum determining system, first and second probes (6, 7) moveable relative to said grapple between a deployed configuration and a withdrawn configuration wherein, in the deployed configuration each of the first and second probes is configured to penetrate a grappled trunk or grappled log at places longitudinally spaced on the trunk or log, and wherein in the withdrawn configuration each of the first and second probes is configured to be withdrawn away from the trunk or tree to reduce exposure to damage when there is relativity of movement between the head and the trunk or log, an impact device or sound generator to provide a stress or sound wave input into the trunk or log when the probes are deployed in use, an electronic processor configured to determine the time of flight of a component of the stress or sound wave moving longitudinally between the probes by involving wave sensing at the second probe and wave generation or wave sensing at the first probe, wherein the electronic processor is configured to provide feedback for output to an operator or a control system or both as to the value of the time of flight, or a derivative thereof (e.g. velocity or a function thereof), or the relationship thereof to a threshold.
A primer composition comprising: a thiol-terminated urethane-containing polyether prepolymer; a polyepoxide; from 5 wt% to 9 wt% calcium carbonate; and from 3 wt% to 7 wt% magnesium oxide, wherein wt% is based on the total weight of the primer composition. a thiol-terminated urethane-containing polyether prepolymer; a polyepoxide; from 5 wt% to 9 wt% calcium carbonate; and from 3 wt% to 7 wt% magnesium oxide, wherein wt% is based on the total weight of the primer composition.
Procedure designed to control the excitation energy in a coil arrangement of a flowmeter with an energy buffer system designed to store energy, wherein said system is designed as a two-wire field device, said system being designed to generate a magnetic field B going through a medium depending on the excitation energy, wherein the flowmeter has multiple operating states it switches between, said states describing a cycle-controlled excitation current in a time interval, wherein at least a first operating state is operated with a first power, wherein in said state the coil arrangement is excited during a first cycle with an excitation current with a first maximum current intensity, wherein the cycle further has a first pulse pause, wherein said procedure comprises the following steps: A) Storage of a surplus power that is fed in and exceeds a minimum power for the operation of the device, for the purpose of operating the coil arrangement during a cycle depending on the power supplied in the energy buffer system; wherein the energy buffer system is at least partially charged during the first pulse pause and at least partially discharged during the excitation of the current intensity, wherein the at least partial discharging of the energy buffer system takes place during the excitation of the current intensity, such that said system is continuously charged by the surplus power if more power is supplied to the system than is needed to run the first operating state; and B) Change to a second operating state in which the coil arrangement is excited during a second cycle with an excitation current with a second maximum current intensity, wherein the cycle has a second pulse pause that is shorter than the first pulse pause, wherein the second maximum current intensity is greater than the first maximum current intensity. A) Storage of a surplus power that is fed in and exceeds a minimum power for the operation of the device, for the purpose of operating the coil arrangement during a cycle depending on the power supplied in the energy buffer system; wherein the energy buffer system is at least partially charged during the first pulse pause and at least partially discharged during the excitation of the current intensity, wherein the at least partial discharging of the energy buffer system takes place during the excitation of the current intensity, such that said system is continuously charged by the surplus power if more power is supplied to the system than is needed to run the first operating state; and B) Change to a second operating state in which the coil arrangement is excited during a second cycle with an excitation current with a second maximum current intensity, wherein the cycle has a second pulse pause that is shorter than the first pulse pause, wherein the second maximum current intensity is greater than the first maximum current intensity. wherein the cycle has a second pulse pause that is shorter than the first pulse pause, wherein the second maximum current intensity is greater than the first maximum current intensity.
A probe for insertion into a via of a device under test, the via comprising a vertical electrical connection between different layers of conductors in a printed circuit board of the device under test, the probe comprising: a planar body having opposed edges and opposed ends; the planar body being configured such that the edges engage a sidewall of a via of a device under test to create electrical contacts when one end of said opposed ends is inserted into the via; and characterized in that wherein the planar body is configured to resist the removal of the planar body from the via after insertion. a planar body having opposed edges and opposed ends; the planar body being configured such that the edges engage a sidewall of a via of a device under test to create electrical contacts when one end of said opposed ends is inserted into the via; and characterized in that wherein the planar body is configured to resist the removal of the planar body from the via after insertion.
An actuator device comprising a solid-state actuator and a hydraulic unit mechanically connected in series with the solid-state actuator, the hydraulic unit having a hydraulic volume which is filled with a hydraulic fluid, the hydraulic fluid being a liquid metal, the hydraulic unit comprising at least a drive chamber, an output chamber, and a first hydraulic line connecting these two chambers, the hydraulic unit comprising at least one drive element, which partially delimits the drive chamber and is movable by means of the solid-state actuator, a flow of the hydraulic fluid between the drive chamber and the output chamber being able to be brought about by moving the drive element, and the solid-state actuator being a magnetostrictive actuator or an electrostrictive actuator or a piezo actuator or a shape-memory actuator, characterized in that: - the hydraulic fluid is a eutectic alloy that is liquid at normal pressure at a temperature of 0°C; - a first one-way valve is arranged in the first line and opens in the direction of the output chamber; and - the hydraulic unit comprises a second line which connects the drive chamber to the output chamber and in which a second one-way valve is arranged, which opens in the direction of the drive chamber. - the hydraulic fluid is a eutectic alloy that is liquid at normal pressure at a temperature of 0°C; - a first one-way valve is arranged in the first line and opens in the direction of the output chamber; and - the hydraulic unit comprises a second line which connects the drive chamber to the output chamber and in which a second one-way valve is arranged, which opens in the direction of the drive chamber.
A gas turbine engine mid-turbine frame comprising: an annular case that has a hole, the annular case including an outer diameter surface; a tie rod with a first end extending through the hole, the first end including a threaded portion; and a nut secured to the threaded portion to clamp the tie rod to the annular case; characterised in that: the annular case includes a wall protruding radially from the outer diameter surface and the first end includes a lip extending radially from the first end relative to a longitudinal axis of the tie rod, wherein the lip includes a flat engaging the wall. an annular case that has a hole, the annular case including an outer diameter surface; a tie rod with a first end extending through the hole, the first end including a threaded portion; and a nut secured to the threaded portion to clamp the tie rod to the annular case; characterised in that: the annular case includes a wall protruding radially from the outer diameter surface and the first end includes a lip extending radially from the first end relative to a longitudinal axis of the tie rod, wherein the lip includes a flat engaging the wall.
Cleaning device for a vehicle for providing a liquid cleaning pulse and/or a compressed air cleaning pulse for at least one cleaning nozzle, having: - a module compressed air connection for receiving compressed air, - a pressure cylinder with a cylinder volume, having a movable separating means which divides the cylinder volume into a compressed air receiving chamber and a cleaning liquid receiving chamber in a fluid-tight manner, wherein - the air chamber has an air chamber connection (222.1) which can be subjected to compressed air for filling the air chamber, wherein when filling the air chamber contraction of the liquid chamber occurs by moving the separating means against a restoring force and expanding the air chamber, whereby cleaning liquid in the form of the liquid cleaning pulse is provided to a liquid nozzle line via a liquid chamber connection (224.1) of the liquid chamber, characterized by - a switching valve, which is designed for establishing a pneumatic connection between the module compressed air connection and the air chamber connection (222.1) in a ventilation position, and - a bypass valve, which is designed for establishing a pneumatic connection between the module compressed air connection and the compressed air nozzle line while bypassing the switching valve in an open position (330B, 332B, 334B) for providing a bypass compressed air flow. - a module compressed air connection for receiving compressed air, - a pressure cylinder with a cylinder volume, having a movable separating means which divides the cylinder volume into a compressed air receiving chamber and a cleaning liquid receiving chamber in a fluid-tight manner, wherein - the air chamber has an air chamber connection (222.1) which can be subjected to compressed air for filling the air chamber, wherein when filling the air chamber contraction of the liquid chamber occurs by moving the separating means against a restoring force and expanding the air chamber, whereby cleaning liquid in the form of the liquid cleaning pulse is provided to a liquid nozzle line via a liquid chamber connection (224.1) of the liquid chamber, characterized by - a switching valve, which is designed for establishing a pneumatic connection between the module compressed air connection and the air chamber connection (222.1) in a ventilation position, and - a bypass valve, which is designed for establishing a pneumatic connection between the module compressed air connection and the compressed air nozzle line while bypassing the switching valve in an open position (330B, 332B, 334B) for providing a bypass compressed air flow.
Communication device (DCOM1) associated with a so-called transmitting entity comprising: - a first transceiver module capable of receiving, from the transmitting entity, a request formulated in a predetermined natural language, - an extraction module configured to extract, from the request formulated in the predetermined natural language, at least one keyword representative of the request; - an identification module configured to identify, by using said at least one extracted keyword, a target device supporting the predetermined natural language to which to transmit the request; and - a second transceiver module configured to transmit the request formulated in the natural language to the target device. - a first transceiver module capable of receiving, from the transmitting entity, a request formulated in a predetermined natural language, - an extraction module configured to extract, from the request formulated in the predetermined natural language, at least one keyword representative of the request; - an identification module configured to identify, by using said at least one extracted keyword, a target device supporting the predetermined natural language to which to transmit the request; and - a second transceiver module configured to transmit the request formulated in the natural language to the target device.
A DNA construct comprising a polynucleotide molecule having gene regulatory activity and (i) comprising the polynucleotide sequence of SEQ ID NO:2, or (ii) consisting of a polynucleotide sequence with at least 98% sequence identity with the full-length polynucleotide sequence of SEQ ID NO:2 providing for expression in developing floral structures, wherein said polynucleotide molecule is operably linked to a transgene of interest. (i) comprising the polynucleotide sequence of SEQ ID NO:2, or (ii) consisting of a polynucleotide sequence with at least 98% sequence identity with the full-length polynucleotide sequence of SEQ ID NO:2 providing for expression in developing floral structures,
A roller shutter or venetian blind box having a first receiving space for receiving a roller shutter or a venetian blind, wherein there is provided a second receiving space for receiving a roller blind, characterised in that both the first and also the second receiving space are respectively connected to an opening (6, 7) arranged at the underside of the box.
A system for obtaining electrical activity measurement signals from an electrode configured for contacting skin of a user, the system comprising: a support configured to be positioned at least partially around a part of the user; an electrode supported by said support and configured for contacting the skin of the user; an actuator operatively coupled to the electrode, the actuator configured to move the electrode in at least a lateral dimension generally parallel to the skin, to enable the electrode to contact the skin at different locations; and a processor operatively connected with the electrode and the actuator, and programmed to obtain an impedance signal from the electrode, and actuate the actuator to move the electrode based on the obtained impedance signal, wherein the electrode is connected to the support via a spring structure configured to deliver sufficient contact pressure of the electrode on the user and to allow decoupling of the movement, in at least the lateral dimension, of the electrode with respect to the support, wherein the actuator is connected to the electrode using a spring, characterised in that the actuator is configured to move the electrode in the lateral dimension by retracting, and thereby pulling the spring to reposition the electrode. a support configured to be positioned at least partially around a part of the user; an electrode supported by said support and configured for contacting the skin of the user; an actuator operatively coupled to the electrode, the actuator configured to move the electrode in at least a lateral dimension generally parallel to the skin, to enable the electrode to contact the skin at different locations; and a processor operatively connected with the electrode and the actuator, and programmed to obtain an impedance signal from the electrode, and actuate the actuator to move the electrode based on the obtained impedance signal, wherein the electrode is connected to the support via a spring structure configured to deliver sufficient contact pressure of the electrode on the user and to allow decoupling of the movement, in at least the lateral dimension, of the electrode with respect to the support, wherein the actuator is connected to the electrode using a spring, characterised in that the actuator is configured to move the electrode in the lateral dimension by retracting, and thereby pulling the spring to reposition the electrode.
A method of adjusting the parameters at least regarding the orientation and aperture of an angular viewing/masking sector of an environment scanning device, integrated into the mission system, and geocentered around a carrier of that device, comprising an operator terminal further comprising information display means and means for adjusting these parameters by said operator, characterized in that it comprises: - a step of activating a phase of operator adjustment of the parameters, comprising showing on the information display means, on the one hand, the current angular viewing/masking sector of the scanning device with its radii indicating the central axis orientation and the lateral edges (16, 17) of the sector, and on the other hand, touch-sensitive interactive zones (18, 19, 20) whereby the operator can angularly move these radii, each touch-sensitive interactive zone being associated to one of the radii, in order to set the corresponding parameters of the scanning device, - a step of adjusting the orientation and aperture of the angular viewing/masking sector of the scanning device by a touch-sensitive interaction between the operator and the corresponding interactive zones (18, 19, 20) comprising an angular displacement relative to the interactive zones by the user and moving the corresponding radii toward their new adjustment position, and - a step of validating the adjustments made by the operator and corresponding programming of the scanning device. - a step of activating a phase of operator adjustment of the parameters, comprising showing on the information display means, on the one hand, the current angular viewing/masking sector of the scanning device with its radii indicating the central axis orientation and the lateral edges (16, 17) of the sector, and on the other hand, touch-sensitive interactive zones (18, 19, 20) whereby the operator can angularly move these radii, each touch-sensitive interactive zone being associated to one of the radii, in order to set the corresponding parameters of the scanning device, - a step of adjusting the orientation and aperture of the angular viewing/masking sector of the scanning device by a touch-sensitive interaction between the operator and the corresponding interactive zones (18, 19, 20) comprising an angular displacement relative to the interactive zones by the user and moving the corresponding radii toward their new adjustment position, and - a step of validating the adjustments made by the operator and corresponding programming of the scanning device.
A sheeted roll for use in contact cleaning comprising: a roll core; at least one sheet of adhesive material removably attached thereon; wherein the adhesive sheet has two sides, a first side comprising adhesive and a second side comprising an embossed surface with the proviso that the adhesive sheet contains no silicones and wherein the at least one adhesive sheet is biodegradable and recyclable and so the complete adhesive roll is environmentally friendly. a roll core; at least one sheet of adhesive material removably attached thereon; wherein the adhesive sheet has two sides, a first side comprising adhesive and a second side comprising an embossed surface with the proviso that the adhesive sheet contains no silicones and wherein the at least one adhesive sheet is biodegradable and recyclable and so the complete adhesive roll is environmentally friendly.
A method of processing grain comprising the steps of: (a) conditioning said grain, prior to milling, by contacting said grain with an amount of an aqueous conditioning fluid, effective to increase a moisture content of said grain, said aqueous conditioning fluid at least partially comprising an aqueous anolyte product wherein, when in undiluted form, said aqueous anolyte product has a pH in the range of from 4.5 to 7.5 and a positive oxidation-reduction potential of at least + 550mV and (b) milling said grain to produce a milled product. (a) conditioning said grain, prior to milling, by contacting said grain with an amount of an aqueous conditioning fluid, effective to increase a moisture content of said grain, said aqueous conditioning fluid at least partially comprising an aqueous anolyte product wherein, when in undiluted form, said aqueous anolyte product has a pH in the range of from 4.5 to 7.5 and a positive oxidation-reduction potential of at least + 550mV and (b) milling said grain to produce a milled product.
Apparatus comprising a cooling stage connected with a crystallisation stage for continuous tempering of a fat-containing, crystallisable mass such as chocolate mass or creme mass, comprising a column of mass chambers and intermediary water chambers arranged in stacked elements, a central drive shaft in engagement with mixing elements arranged in the mass chambers, and which crystallisation stage is arranged in the column, characterised in, that the cooling stage is arranged in a heat exchanger having at least one row of parallel plates arranged in a stack sealed at their edges providing intermediary, neighbouring channels (16, 17) each having an inlet (18, 20) and an outlet (19, 21), that every second channel in the row is connected with a common first inlet and a common first outlet for the flow of mass there through, and that each of the intermittent, neighbouring channels are connected with a common second inlet and a common second outlet for the flow of water medium there through, and that the channels (16, 17) have a width of 1-10 mm.
A method performed by a device configured for communication with a server via a transport node of a communication network, the method comprising: assembling a message for sending to the server via the transport node, the message comprising a message payload, an application layer header, and a signature prepared over the message payload and application layer header, wherein at least one of the message payload or a part of the application layer header is encrypted; retrieving a compression context identifier corresponding to the application layer header; replacing the application layer header in the message with the retrieved compression context identifier; and forwarding the message to the transport node. assembling a message for sending to the server via the transport node, the message comprising a message payload, an application layer header, and a signature prepared over the message payload and application layer header, wherein at least one of the message payload or a part of the application layer header is encrypted; retrieving a compression context identifier corresponding to the application layer header; replacing the application layer header in the message with the retrieved compression context identifier; and forwarding the message to the transport node.
A porous electrode substrate including a three-dimensional entangled structure obtainable by entanglement treatment of a porous electrode substrate precursor sheet, wherein short carbon fibers having an average length of 2 to 12 mm are three-dimensionally dispersed and are joined together via three-dimensional mesh-like carbon fibers which are present in a bent state or curved state at joining portions, and each of which forms a three-dimensional mesh structure, wherein the entanglement treatment comprises a high-pressure liquid jet treatment method, a high-pressure gas jet treatment method, or a method of a combination thereof.