mhurhangee/ep-ind-claims huggingface dataset:
A mobile communications terminal comprising a user interface (120, 135, 130) and a controller, wherein the controller is configured to: receive runtime data from a second mobile communications terminal, wherein the runtime data corresponds to a plurality of statuses of at least one application and/or at least one resource, the runtime data not being screen dumps; automatically compile a compiled overall status for the second mobile communications terminal based on the runtime data, the compiled overall status thereby relating to runtime data concerning several aspects whereby the plurality of runtime data are combined into one compiled overall status; present the compiled overall status through the user interface (120, 130, 135); receive user input through the user interface (120, 130, 135), the user input indicating a control command and/or data to be shared; and if the user input indicates a control command, send the control command to the second mobile communications terminal, thereby causing the second mobile communications terminal to execute the control command, wherein the control command relates to a control function of the second mobile communications terminal thereby preventing full control of the second mobile communications terminal by only allowing control of a set of control functions, and if the user input indicates data to be shared, send the data to be shared to the second mobile communications terminal, thereby causing the second mobile communications terminal to present the data to be shared. receive runtime data from a second mobile communications terminal, wherein the runtime data corresponds to a plurality of statuses of at least one application and/or at least one resource, the runtime data not being screen dumps; automatically compile a compiled overall status for the second mobile communications terminal based on the runtime data, the compiled overall status thereby relating to runtime data concerning several aspects whereby the plurality of runtime data are combined into one compiled overall status; present the compiled overall status through the user interface (120, 130, 135); receive user input through the user interface (120, 130, 135), the user input indicating a control command and/or data to be shared; and if the user input indicates a control command, send the control command to the second mobile communications terminal, thereby causing the second mobile communications terminal to execute the control command, wherein the control command relates to a control function of the second mobile communications terminal thereby preventing full control of the second mobile communications terminal by only allowing control of a set of control functions, and if the user input indicates data to be shared, send the data to be shared to the second mobile communications terminal, thereby causing the second mobile communications terminal to present the data to be shared.
A method for concurrently manufacturing two different types of smoking article using a smoking article manufacturing machine that comprises a filter rod feeder, a rod attachment unit for attaching rods of smokable material to each longitudinal end of a dual length filter rod received from the filter rod feeder, and a cutter (23a,29a) to cut the dual length filter rod into two filter rod segments (1") so that each segment (1"), together with the rod of smokable material attached to each segment (1"), forms a smoking article, the method comprising supplying the filter rod feeder with filter rods that comprise filter tow and which are configured so that the two filter rod segments (1") cut from a dual length filter rod by the cutter (23a, 29a) will each have a different characteristic.
A gear comprising: a deaerator shaft comprising a central ring positioned about an axis; wherein the deaerator shaft comprises a plurality of vanes within an interior of the deaerator shaft, each of the plurality of vanes terminating at an inner wall of the deaerator shaft at a point 120 degrees apart from an adjacent vane, and extending axially along a length of the deaerator shaft, wherein each of the plurality of vanes forms a channel having capacity equal to the other vanes; opposing tabs (702, 704) that extend axially from a first axial side of the central ring; and a shouldered ring that extends from a second axial side of the central ring, the shouldered ring having a lip that extends radially inward toward the axis. a deaerator shaft comprising a central ring positioned about an axis; wherein the deaerator shaft comprises a plurality of vanes within an interior of the deaerator shaft, each of the plurality of vanes terminating at an inner wall of the deaerator shaft at a point 120 degrees apart from an adjacent vane, and extending axially along a length of the deaerator shaft, wherein each of the plurality of vanes forms a channel having capacity equal to the other vanes; opposing tabs (702, 704) that extend axially from a first axial side of the central ring; and a shouldered ring that extends from a second axial side of the central ring, the shouldered ring having a lip that extends radially inward toward the axis.
Method for associating tyre pressure monitoring units of a tyre pressure monitoring system of a vehicle to the various positions at which a wheel is mounted on the vehicle, wherein the tyre pressure monitoring units each comprise a pressure sensor, at least one acceleration sensor and a transmitter, the transmitter transmits data obtained during operation from measurements of the pressure sensor and the at least one acceleration sensor together with a characteristic identifier of the tyre pressure monitoring unit, the tyre pressure monitoring system contains a central unit which receives transmissions from the tyre pressure monitoring units and, by evaluating the data contained therein, assigns each of the characteristic identifiers of the various tyre pressure monitoring units to one of the positions at which a wheel is mounted on the vehicle, characterised in that the central unit communicates with the tyre pressure monitoring units via Bluetooth and the central unit selects times at which the tyre pressure monitoring units are to take measurements with their at least one acceleration sensor and then communicates these times to some or all of the tyre pressure monitoring units and requests measurement results for these times. the tyre pressure monitoring units each comprise a pressure sensor, at least one acceleration sensor and a transmitter, the transmitter transmits data obtained during operation from measurements of the pressure sensor and the at least one acceleration sensor together with a characteristic identifier of the tyre pressure monitoring unit, the tyre pressure monitoring system contains a central unit which receives transmissions from the tyre pressure monitoring units and, by evaluating the data contained therein, assigns each of the characteristic identifiers of the various tyre pressure monitoring units to one of the positions at which a wheel is mounted on the vehicle, characterised in that the central unit communicates with the tyre pressure monitoring units via Bluetooth and the central unit selects times at which the tyre pressure monitoring units are to take measurements with their at least one acceleration sensor and then communicates these times to some or all of the tyre pressure monitoring units and requests measurement results for these times.
An extractor system for extracting a flexible article of manufacture (300, 400, 500) from a mold, the extractor system comprising: an extraction roller, comprising: a base member; and a row of teeth extending along and protruding from the base member; at least one track configured to support the extraction roller over the mold and the flexible article of manufacture (300, 400, 500), the extractor system characterized by: a trolley configured to carry the extraction roller along the at least one track, horizontally over the mold from a first side of the mold toward a second, opposite side of the mold, as the extraction roller rotates to wrap the flexible article of manufacture (300, 400, 500) about the extraction roller. an extraction roller, comprising: a base member; and a row of teeth extending along and protruding from the base member; a base member; and a row of teeth extending along and protruding from the base member; at least one track configured to support the extraction roller over the mold and the flexible article of manufacture (300, 400, 500), the extractor system characterized by: a trolley configured to carry the extraction roller along the at least one track, horizontally over the mold from a first side of the mold toward a second, opposite side of the mold, as the extraction roller rotates to wrap the flexible article of manufacture (300, 400, 500) about the extraction roller.
A downhole completion system, comprising: an elongate tubular sealing structure having a first open end and a second open end opposite the first open end and being movable between a contracted configuration and an expanded configuration, wherein the sealing structure, in the contracted configuration, is able to axially traverse production tubing extended within a wellbore, and wherein the sealing structure includes: a first connection section defined proximate to the first open end and a second connection section defined proximate to the second open end; and a sealing section extending between the first and second connection sections (204a,b); a conveyance device configured to couple to and transport the sealing structure through the production tubing; and a deployment device configured to radially expand the sealing structure from the contracted configuration to the expanded configuration; the sealing structure further including a plurality of longitudinally-extending folds extending along the first and second connection sections (204a,b) and the sealing section, and characterised by the longitudinally-extending folds of the sealing section exhibiting a larger frequency than the longitudinally-extending folds of at least one of the first and second connection sections (204a,b) so that the sealing section is able to expand to a greater diameter than the at least one of the first and second connection sections (204a,b). an elongate tubular sealing structure having a first open end and a second open end opposite the first open end and being movable between a contracted configuration and an expanded configuration, wherein the sealing structure, in the contracted configuration, is able to axially traverse production tubing extended within a wellbore, and wherein the sealing structure includes: a first connection section defined proximate to the first open end and a second connection section defined proximate to the second open end; and a sealing section extending between the first and second connection sections (204a,b); a first connection section defined proximate to the first open end and a second connection section defined proximate to the second open end; and a sealing section extending between the first and second connection sections (204a,b); a conveyance device configured to couple to and transport the sealing structure through the production tubing; and a deployment device configured to radially expand the sealing structure from the contracted configuration to the expanded configuration; the sealing structure further including a plurality of longitudinally-extending folds extending along the first and second connection sections (204a,b) and the sealing section, and characterised by the longitudinally-extending folds of the sealing section exhibiting a larger frequency than the longitudinally-extending folds of at least one of the first and second connection sections (204a,b) so that the sealing section is able to expand to a greater diameter than the at least one of the first and second connection sections (204a,b).
Valve function group for a liquid-conducting system comprising a domestic appliance and a liquid tank for selective flow-conducting connection of the liquid tank to or flow-conducting separation of the liquid tank from the domestic appliance, comprising a coupling socket for the flow-conducting connection of the valve function group to the liquid tank, and a coupling connecting piece inserted in an insertion position into a connecting-piece holder of the coupling socket in a flow-conducting manner for the flow-conducting connection of the valve function group to the domestic appliance, the coupling socket having a bush seal which is transferable back and forth between a closed position blocking a flow path connecting the liquid tank to the connecting-piece holder in a flow-conducting manner and an open position opening the flow path, and the flow path is blockable in its closed position and openable in its open position only by means of an elastic deformation of the bush seal, characterised in that the bush seal is designed such that the bush seal is transferable in the insertion position from its closing position into its open position and/or from its open position into its closed position by means of a vacuum applied to the bush seal, preferably only by means of a vacuum.
An analytical method for analyzing the presence and quantity of impurities present in a preparation of dianhydrogalactitol comprising the steps of: (a) analyzing a preparation of dianhydrogalactitol by subjecting the preparation to high performance liquid chromatography using a reversed phase amide column employing amide chemistry in a hydrophilic interaction mode and ethylene bridged hybrid technology with elution with a mobile phase gradient wherein a first mobile phase is 100% acetonitrile and a second mobile phase is 100% water to separate dianhydrogalactitol from dulcitol and other contaminants of the preparation; and (b) determining the relative concentration of one or more peaks resolved by high performance liquid chromatography that represent compounds other than dianhydrogalactitol itself. (a) analyzing a preparation of dianhydrogalactitol by subjecting the preparation to high performance liquid chromatography using a reversed phase amide column employing amide chemistry in a hydrophilic interaction mode and ethylene bridged hybrid technology with elution with a mobile phase gradient wherein a first mobile phase is 100% acetonitrile and a second mobile phase is 100% water to separate dianhydrogalactitol from dulcitol and other contaminants of the preparation; and (b) determining the relative concentration of one or more peaks resolved by high performance liquid chromatography that represent compounds other than dianhydrogalactitol itself.
A pick-up device for use on board of an agricultural vehicle or implement, the pick-up device comprising: a plurality of pick-up tines for conveying forage material about a rotational axis of the pick-up device; a plurality of stripper bands (42, 242) each having a first end and a second end, the stripper bands (42, 242) defining slots between the stripper bands (42, 242) for enabling at least some of the pick-up tines to pass through during rotation of the pick-up tines; and a back-plate (46, 246) that defines a plurality of back-plate chambers, wherein every back-plate chamber is arranged such that a segment adjacent to the first end of one stripper band can be received in this back-plate chamber, the back-plate chamber surrounding a segment of the received stripper band from two opposing sides, characterised by the stripper bands (42, 242) not being fastened to the back plate (46, 246) at their first ends to allow each stripper band (42, 242) to slide within the respective back-plate chamber. a plurality of pick-up tines for conveying forage material about a rotational axis of the pick-up device; a plurality of stripper bands (42, 242) each having a first end and a second end, the stripper bands (42, 242) defining slots between the stripper bands (42, 242) for enabling at least some of the pick-up tines to pass through during rotation of the pick-up tines; and a back-plate (46, 246) that defines a plurality of back-plate chambers, wherein every back-plate chamber is arranged such that a segment adjacent to the first end of one stripper band can be received in this back-plate chamber, the back-plate chamber surrounding a segment of the received stripper band from two opposing sides,
Module for aircraft cockpit, the module comprising an instrument panel that is intended to support at least one screen and further comprising an air conditioning air distribution unit running along this instrument panel and secured to a rear face thereof, the air conditioning distribution unit comprising: - an air distributor; - a manifold for excess air; - a plurality of air distribution ducts each comprising a first end that communicates with the air distributor and a second end that communicates with the excess air manifold, each distribution duct being equipped with an air outlet that is arranged between its first and second ends (70a, 70b). - an air distributor; - a manifold for excess air; - a plurality of air distribution ducts each comprising a first end that communicates with the air distributor and a second end that communicates with the excess air manifold, each distribution duct being equipped with an air outlet that is arranged between its first and second ends (70a, 70b).
A ultraviolet radiation sun protective composition, comprising: micronized metal oxide inorganic particles selected from the group consisting of zinc oxide, titanium dioxide and mixtures thereof, the inorganic particles being coated with an adduct of a hydroxy cinnamate and a silanol or a silsesquioxane, amounts of the adduct to the inorganic particles being in a relative weight ratio of 1:200 to 1:4.
An ammonia operated fuel cell system comprising: an alkaline membrane fuel cell (AMFC) having an anode, a cathode, a cathode inlet and an air feed stream upstream of the cathode inlet; an ammonia thermal cracker including a combustion chamber, the cracker being in gas communication with an ammonia tank, and configured to provide a supply of Hydrogen directly to the AMFC anode; characterised in that, the air feed stream is configured to receive a bleed of ammonia from the ammonia tank. an alkaline membrane fuel cell (AMFC) having an anode, a cathode, a cathode inlet and an air feed stream upstream of the cathode inlet; an ammonia thermal cracker including a combustion chamber, the cracker being in gas communication with an ammonia tank, and configured to provide a supply of Hydrogen directly to the AMFC anode;
A radar system comprising, a transmitter that transmits a predefined wideband signal and a digital receiver that records a returned signal with an analog to digital converter to produce a digitized returned signal, the system using: a. a one bit ADC; b. a pure random noise source signal added to the transmitted or the returned signal; and c. a processing means; characterized in that the processing means is configured to average the digitized return signal prior to cross-correlation with the predefined wideband reference signal. a. a one bit ADC; b. a pure random noise source signal added to the transmitted or the returned signal; and c. a processing means; characterized in that the processing means is configured to average the digitized return signal prior to cross-correlation with the predefined wideband reference signal.
A conveying and/or pressing device, in particular of a baling press or a collecting container, comprising a feed device, which is connected upstream, and comprising a filling chamber for material to be pressed, wherein the bottom of the filling chamber is curved in the form of a cylinder jacket section, wherein provision is made in the filling chamber for a conveying device, which can be pivoted back and forth by means of a power drive and the pivot axis of which coincides with a virtual centre axis of the cylinder jacket section, wherein the conveying device is a conveyor rocker comprising a conveyor head, which is immovably connected to two conveyor rocker arms, wherein the conveyor head can be moved back and forth across the bottom, wherein a space radially inside of the conveyor head between the rocker arms of the conveyor rocker is always free, allowing for material to be pressed to pass, and wherein a rotatably drivable rotor roller or two parallel rotor rollers, which can be rotatably driven in the opposite direction, is/are arranged so as to connect to the transfer area for further conveying and/or pressing the material to be pressed, characterised in - that the bottom of the filling chamber rises in a transfer area upstream of the conveying and/or pressing device and - that the conveyor head can be moved from a position in the lower area of the bottom upwards to the transfer area for a quantitatively limited conveying of the material to be pressed and has an effective conveying surface of a limited size such that an excess of material to be pressed which cannot be processed directly by the rotor roller/the rotor rollers, can fall past the conveyor head through the rocker arms back into the lowermost area of the filling chamber. - that the bottom of the filling chamber rises in a transfer area upstream of the conveying and/or pressing device and - that the conveyor head can be moved from a position in the lower area of the bottom upwards to the transfer area for a quantitatively limited conveying of the material to be pressed and has an effective conveying surface of a limited size such that an excess of material to be pressed which cannot be processed directly by the rotor roller/the rotor rollers, can fall past the conveyor head through the rocker arms back into the lowermost area of the filling chamber.
Sling element for coupling sling gear, such as a shackle, hook or ring, or a lifting means, such as a belt, a rope, a chain or a strap, to a goods item to be transported, wherein the sling element has a fastening section (3, 4), into which an oblong-shaped opening (7, 8) is formed which leads from the upper side of the fastening section (3, 4) to a contact area (18, 19) formed on the underside of the fastening section (3, 4), characterised in that a wedge area (14a-17b) aligned in the longitudinal direction (L3, L4) of the opening (7, 8) of the fastening section (3, 4) is formed on the fastening section (3, 4), which wedge area (14a-17b) runs in a plane (E1-E4) which intersects the longitudinal axis (L3, L4) of the opening (7, 8) at an acute angle (β) and is designed as a support for a fastening means (20, 21) which is provided to brace the sling element on the goods item to be transported.