mhurhangee/ep-ind-claims huggingface dataset:
A dispenser for liquid to pasty compositions, comprising a pump chamber, accommodating a pump piston arranged on a pump piston part, wherein the pump chamber has an inlet valve and an outlet valve, a storage space and a dispenser head, wherein the dispenser head is vertically movable for dispensing the composition in the usual dispenser position, wherein additionally a dispensing channel is formed in the dispenser head, wherein additionally the dispenser head has a head cover, and the outlet valve has a clamped flexible annular part, characterized in that a holder part (22, 41) on the pump chamber end and on the storage space end for the outlet valve and/or the inlet valve has a journal (31, 48) extending toward the head cover in the installed state, passing centrally through an annular part (30, 51) provided in an outlet valve as well as in an inlet valve, and in that the two holder parts (22, 41) have an annular space (28, 47) that is open toward the bottom in the installed state starting from a holder part cover (23, 42) having the journal (31, 48).
A method performed by a terminal (116, 1800) in a wireless communication system, the method comprising: determining a portion of second part of channel state information, CSI, to be omitted based on a priority of each of a plurality of CSIs in the second part of the CSI and a threshold code rate c T of the second part of the CSI, the CSI including first part of the CSI, CSI part 1, and the second part of the CSI, CSI part 2; mapping the CSI part 1 and a non-omitted portion of the CSI part 2 to bits of uplink control information, UCI; and transmitting, to the base station, the mapped UCI via physical uplink shared channel, PUSCH, wherein the plurality of CSIs comprises wideband CSI and a plurality of subband CSIs, each of the plurality of subband CSIs having each priority, wherein the plurality of subband CSIs comprise a plurality of subband CSI pairs, each of the plurality of subband CSI pairs having each priorities according to an index of a CSI report, wherein each of the subband CSI pairs comprises a subband CSI of even-numbered subbands and a subband CSI of odd-numbered subbands, wherein the subband CSI of even-numbered subbands has a higher priority than the subband CSI of odd-numbered subbands, wherein a code rate of the CSI part 2 to be transmitted is below the threshold code rate c T, and wherein the threshold code rate c T is determined based on a target code rate for the PUSCH and a CSI offset value. determining a portion of second part of channel state information, CSI, to be omitted based on a priority of each of a plurality of CSIs in the second part of the CSI and a threshold code rate c T of the second part of the CSI, the CSI including first part of the CSI, CSI part 1, and the second part of the CSI, CSI part 2; mapping the CSI part 1 and a non-omitted portion of the CSI part 2 to bits of uplink control information, UCI; and transmitting, to the base station, the mapped UCI via physical uplink shared channel, PUSCH, wherein the plurality of CSIs comprises wideband CSI and a plurality of subband CSIs, each of the plurality of subband CSIs having each priority, wherein the plurality of subband CSIs comprise a plurality of subband CSI pairs, each of the plurality of subband CSI pairs having each priorities according to an index of a CSI report, wherein each of the subband CSI pairs comprises a subband CSI of even-numbered subbands and a subband CSI of odd-numbered subbands, wherein the subband CSI of even-numbered subbands has a higher priority than the subband CSI of odd-numbered subbands, wherein a code rate of the CSI part 2 to be transmitted is below the threshold code rate c T, and wherein the threshold code rate c T is determined based on a target code rate for the PUSCH and a CSI offset value.
A method of adjusting operating parameters of a vacuum pump arrangement comprising a booster pump and a backing pump serially connected to a process chamber in a manner that the booster pump is downstream of the process chamber and upstream of the backing pump, the method comprising: determining characteristics of a first gas flowing through the vacuum pump arrangement by monitoring a property of the vacuum pump arrangement as the vacuum pump arrangement pumps the first gas therethrough, and determining the characteristics of the first gas based on the monitored property; and setting operating parameters of the vacuum pump arrangement based on the determined characteristics of the first gas. determining characteristics of a first gas flowing through the vacuum pump arrangement by monitoring a property of the vacuum pump arrangement as the vacuum pump arrangement pumps the first gas therethrough, and determining the characteristics of the first gas based on the monitored property; and setting operating parameters of the vacuum pump arrangement based on the determined characteristics of the first gas.
A fibre paper, which comprises a chopped fibre and m-POD fibrid; wherein the chopped fibre is p-POD chopped fibre; wherein POD stands for aromatic polyoxadiazole.
A method comprising: receiving, by a computing device comprising a processor, an input from an operator device, wherein the input facilitates determining a task to be performed, the task involving picking a first quantity of an item from a first location in a workplace; activating, by the computing device, a first light panel installed at the first location in response to receiving the input, the activating comprising causing the first light panel to display the first quantity of the item to be picked from the first location; receiving, by the computing device, a first voice input from the operator device, indicative of an exception encountered during execution of the task; transmitting an instruction to the first light panel, the instruction including a prompt or a query pertaining to a reason for the exception encountered during the execution of the task, the instruction causing the first light panel to display the prompt or query; receiving, by the computing device a second voice input from the operator device in response to the displayed prompt or query; and modifying the task, in response to determining that the first voice input is indicative of the exception encountered during execution of the task, including determining, by the computing device, a new task different from the task, and activating, by the computing device, a second light panel associated with a second location in the workplace where the new task is to be completed. receiving, by a computing device comprising a processor, an input from an operator device, wherein the input facilitates determining a task to be performed, the task involving picking a first quantity of an item from a first location in a workplace; activating, by the computing device, a first light panel installed at the first location in response to receiving the input, the activating comprising causing the first light panel to display the first quantity of the item to be picked from the first location; receiving, by the computing device, a first voice input from the operator device, indicative of an exception encountered during execution of the task; transmitting an instruction to the first light panel, the instruction including a prompt or a query pertaining to a reason for the exception encountered during the execution of the task, the instruction causing the first light panel to display the prompt or query; receiving, by the computing device a second voice input from the operator device in response to the displayed prompt or query; and
A method of providing power to operational elements of an electronic system, the method comprising: maintaining sequencing information for the operational elements that indicates relative priorities and inrush delays for each of the operational elements, wherein an inrush delay for an operational element indicates how long the operational element takes to arrive into a functional state after an initial application of power to the operational element; responsive to ones of the operational elements requesting transition to a powered state, placing at least indications of the ones of the operational elements into a queue; establishing a power sequencing process for servicing the queue with time delays between servicing each of the operational elements in the queue indicated by the inrush delays ordered using at least the relative priorities associated with the operational elements in the queue; and initiating the power sequencing process to provide input power to the operational elements in the queue. maintaining sequencing information for the operational elements that indicates relative priorities and inrush delays for each of the operational elements, wherein an inrush delay for an operational element indicates how long the operational element takes to arrive into a functional state after an initial application of power to the operational element; responsive to ones of the operational elements requesting transition to a powered state, placing at least indications of the ones of the operational elements into a queue; establishing a power sequencing process for servicing the queue with time delays between servicing each of the operational elements in the queue indicated by the inrush delays ordered using at least the relative priorities associated with the operational elements in the queue; and initiating the power sequencing process to provide input power to the operational elements in the queue.
A method for switching focus between objects (a, b, c, d, e) found simultaneously in an image area from a main camera used in film production where the focus of said main camera and a switch between different focus distances (d a, d b, d c, d d, d e) can be controlled by means of a remote follow focus unit connected to a turning mechanism for controlling the focus of said main camera, where distance information from a secondary system regarding the distance (d a) to a first object (a) is used by said follow focus unit as a focus distance to set the focus of said main camera on said first object (a), where the distance information from said secondary system regarding the distance (d b) to a second object (b) is used by said follow focus unit as a focus distance to switch the focus of said main camera from said first object (a) to said second object (b), characterized in, that each object (a, b, c, d, e) is represented by a knob (2a, 2b, 2c, 2d, 2e) on said follow focus unit, and that said method comprises selecting an object (b) by causing a switch of focus to said selected object (b) when a knob representing said selected object (b) is activated.
A coating comprising at least one cured coating layer which has an outer surface exhibiting a water contact angle greater than 90° and which contains: - a cross-linked, continuous polymer matrix having a top periphery, a bottom periphery and a thickness extending inward from the top periphery to the bottom periphery, and - first particles, second particles and third particles which are homogeneously distributed throughout said thickness, the second particles containing polytetrafluoroethylene and having a composition different from the third particles and the first particles, characterized in that said outer surface includes first surfaces of at least the first particles extending outward from said top periphery, said outer surface exhibiting a property of delaying ice formation compared to the cured coating layer without the first particles, which exhibit a particle size range of less than 100 nm whereas the second particles exhibit a particle size range of from 100 nm to 500 nm. - a cross-linked, continuous polymer matrix having a top periphery, a bottom periphery and a thickness extending inward from the top periphery to the bottom periphery, and - first particles, second particles and third particles which are homogeneously distributed throughout said thickness, the second particles containing polytetrafluoroethylene and having a composition different from the third particles and the first particles,
A steam cleaning apparatus comprising: a cleaning head movable along a floor surface; a handle operably coupled with the cleaning head and movable between an upright parked position and a reclined use position; a supply tank adapted to hold a quantity of liquid; a steam generator in fluid communication with the supply tank and configured to heat liquid to at least 100°C to generate steam; a steam outlet in fluid communication with the steam generator and positioned to distribute steam to the floor surface; a steam distribution path between the steam generator and the steam outlet; and characterized by a diverter in the steam distribution path and configured to divert steam away from the steam outlet when the handle is in the upright parked position and to deliver steam to the steam outlet when the handle is in the reclined use position. a cleaning head movable along a floor surface; a handle operably coupled with the cleaning head and movable between an upright parked position and a reclined use position; a supply tank adapted to hold a quantity of liquid; a steam generator in fluid communication with the supply tank and configured to heat liquid to at least 100°C to generate steam; a steam outlet in fluid communication with the steam generator and positioned to distribute steam to the floor surface; a steam distribution path between the steam generator and the steam outlet; and characterized by a diverter in the steam distribution path and configured to divert steam away from the steam outlet when the handle is in the upright parked position and to deliver steam to the steam outlet when the handle is in the reclined use position.
A fiber optic splicing assembly mountable to a mounting wall with a mounting hole, comprising: a splicing panel of which a front side is configured to mount a fiber optic splicing device for splicing fibers; a fiber storing device configured to be at least partially received in the mounting hole, wherein the fiber storing device comprises a bracket mountable to the mounting wall and a reel for pre-storing an optical cable and/or fiber, said reel being mounted on the bracket and being removably mounted to a rear side of the splicing panel, wherein the bracket comprises a support shaft, and the reel is movably sleeved onto the support shaft so that the reel is axially movable relative to the support shaft from a retraction state where the reel is located in the mounting hole to a expansion state where the reel is exposed outside the mounting hole; and wherein when the reel is in the expansion state, an operator can unreel the optical cable or fiber stored on the reel from an outside of the mounting wall. a splicing panel of which a front side is configured to mount a fiber optic splicing device for splicing fibers; a fiber storing device configured to be at least partially received in the mounting hole, wherein the fiber storing device comprises a bracket mountable to the mounting wall and a reel for pre-storing an optical cable and/or fiber, said reel being mounted on the bracket and being removably mounted to a rear side of the splicing panel, wherein the bracket comprises a support shaft, and the reel is movably sleeved onto the support shaft so that the reel is axially movable relative to the support shaft from a retraction state where the reel is located in the mounting hole to a expansion state where the reel is exposed outside the mounting hole; and wherein when the reel is in the expansion state, an operator can unreel the optical cable or fiber stored on the reel from an outside of the mounting wall.
A computerized method for distributing threat information, comprising: providing a network connecting a central repository to a plurality of local repositories; generating threat information in a customized machine readable language with a sensor based on an observed event; creating, at a first repository of the plurality of local repositories for storing and distributing threat information, a first item describing the threat information by converting the machine readable language into a common language; pushing the first item to the central repository and distributing the first item from the central repository to the plurality of local repositories; pushing the first item from the first local repository directly to a second local repository, wherein each of the plurality of local repositories is capable of pushing the first item to another local repository in the network, and each of the plurality of local repositories is capable of pulling the first item from another local repository in the network; assigning a quality metric to the first item describing the observed event or property, wherein the quality metric comprises a measure of the validity and accuracy of the threat information contained within a STIX language construct; automatically implementing a response to the first item in the event that the quality metric is above a threshold; and ignoring the first item in the event that the quality metric is below the threshold. providing a network connecting a central repository to a plurality of local repositories; generating threat information in a customized machine readable language with a sensor based on an observed event; creating, at a first repository of the plurality of local repositories for storing and distributing threat information, a first item describing the threat information by converting the machine readable language into a common language; pushing the first item to the central repository and distributing the first item from the central repository to the plurality of local repositories; pushing the first item from the first local repository directly to a second local repository, wherein each of the plurality of local repositories is capable of pushing the first item to another local repository in the network, and each of the plurality of local repositories is capable of pulling the first item from another local repository in the network; assigning a quality metric to the first item describing the observed event or property, wherein the quality metric comprises a measure of the validity and accuracy of the threat information contained within a STIX language construct; automatically implementing a response to the first item in the event that the quality metric is above a threshold; and ignoring the first item in the event that the quality metric is below the threshold.
Mobile hot air furnace comprising a combustion chamber and a heat exchanger, characterized by a solid fuel suction conveying installation (46, 124) with an air circulation system comprising a solid fuel receiving unit, a solid fuel separator and a vacuum unit with a suction pump designed as a side channel compressor for generating a negative pressure for a pneumatic transport of solid fuel through a part of the air circulation system.
Coating or sizing device for applying treatment substance on a fiber web, characterized in that the device comprises an application unit with an application module for applying the treatment substance onto the fiber web or onto a roll of the coating or the sizing device for transferring the treatment substance onto the fiber web, which application unit comprises a support element, on which the application module is supported, and that the application module is attached to the support element by a floating mounting (30, 31), which floating mounting (30,31) comprises an adjustment cylinder system comprising fluid filled adjustment cylinders each with a piston, which cylinders are connected to each other by their infeed lines via a fluid channel.
A process for treating a Bayer process waste comprising a slurry containing bauxite residue and dissolved aluminium, the process comprising the steps of: (a) supplying the waste to a settling area to cause the bauxite residue to settle out of the slurry, thereby producing a supernatant liquor; (b) neutralizing the supernatant liquor with a solution containing magnesium and calcium to produce a neutralized slurry containing precipitated hydrotalcites; (c) thickening the neutralized slurry to produce a clarified effluent and a compacted slurry containing the precipitated hydrotalcites; recirculating a stream of compacted slurry to the supernatant liquor fed to the neutralization step (b) and/or directly to the neutralization step (b); and (d) disposing of the clarified effluent and the compacted slurry separately. (a) supplying the waste to a settling area to cause the bauxite residue to settle out of the slurry, thereby producing a supernatant liquor; (b) neutralizing the supernatant liquor with a solution containing magnesium and calcium to produce a neutralized slurry containing precipitated hydrotalcites; (c) thickening the neutralized slurry to produce a clarified effluent and a compacted slurry containing the precipitated hydrotalcites; recirculating a stream of compacted slurry to the supernatant liquor fed to the neutralization step (b) and/or directly to the neutralization step (b); and (d) disposing of the clarified effluent and the compacted slurry separately.
A bimodal polymerization catalyst system comprising: a non-metallocene olefin polymerization catalyst; and a zirconocene catalyst of Formula I: where R 4 is independently a C 1 to C 20 alkyl, aryl or aralkyl group or a hydrogen, where R3 is a C 1 to C 20 alkyl, aryl or aralkyl group, and where each X is independently a halide, C 1 to C 20 alkyl, aralkyl group or hydrogen, and where: R 1 is a C 1 alkyl and R 2 is a C 3 alkyl. a non-metallocene olefin polymerization catalyst; and a zirconocene catalyst of Formula I: where R 4 is independently a C 1 to C 20 alkyl, aryl or aralkyl group or a hydrogen, where R3 is a C 1 to C 20 alkyl, aryl or aralkyl group, and where each X is independently a halide, C 1 to C 20 alkyl, aralkyl group or hydrogen, and where: R 1 is a C 1 alkyl and R 2 is a C 3 alkyl.
Vehicle lighting system for use in a vehicle combination composed of a towing vehicle and a trailer vehicle, comprising detection and display of a failure or partial failure of an LED vehicle luminaire (RL, RR), for example a brake or indicator luminaire, comprising means for identifying the interruption of a first circuit and for indicating this to the driver of the vehicle, wherein a load, preferably an ohmic resistor, and an interrupter switch is integrated in the first circuit, characterized in that the LED vehicle luminaire (RL, RR) is supplied with power by means of a separate second circuit, in that the LED vehicle luminaire (RL, RR) is actuated by means of a central light control unit, which is connected to the LED vehicle luminaire (RL, RR) by means of a bidirectional data bus, which, in addition to supplying power to the LED light, is also configured to transmit failure signals, and in that the interrupter switch can be actuated by the central light control unit.