mhurhangee/ep-ind-claims huggingface dataset:
A droplet generation system, comprising: a first nozzle configuration structured to receive a liquid and a gas under pressure in a controllable feed ratio, and to merge the liquid and gas to form an intermediate stream that is a mixture of the gas and of a dispersed phase of the liquid to thereby precondition the liquid and gas that form the intermediate stream into the dispersed phase to facilitate the generation of the droplet stream at a second nozzle configuration; and the second nozzle configuration being connected to receive the intermediate stream from the first nozzle configuration and having a cyclically operable valve mechanism with one or more controllable operating parameters to generate and emit a stream of droplets of said liquid, wherein said one or more controllable operating parameters includes one or more of a duty cycle, a frequency, or a pulse width, wherein the mean size of the droplets is dependent on said controllable feed ratio of the liquid and gas and on one or more of the duty cycle, frequency, or the pulse width of the cyclically operable valve, and wherein the flow rate of the stream of droplets is dependent on the controllable operating parameter(s) of the cyclically operable valve mechanism. a first nozzle configuration structured to receive a liquid and a gas under pressure in a controllable feed ratio, and to merge the liquid and gas to form an intermediate stream that is a mixture of the gas and of a dispersed phase of the liquid to thereby precondition the liquid and gas that form the intermediate stream into the dispersed phase to facilitate the generation of the droplet stream at a second nozzle configuration; and the second nozzle configuration being connected to receive the intermediate stream from the first nozzle configuration and having a cyclically operable valve mechanism with one or more controllable operating parameters to generate and emit a stream of droplets of said liquid, wherein said one or more controllable operating parameters includes one or more of a duty cycle, a frequency, or a pulse width, wherein the mean size of the droplets is dependent on said controllable feed ratio of the liquid and gas and on one or more of the duty cycle, frequency, or the pulse width of the cyclically operable valve, and wherein the flow rate of the stream of droplets is dependent on the controllable operating parameter(s) of the cyclically operable valve mechanism.
Base for a mould, for a clippable container, comprising on the upper face thereof, a wall for moulding the bottom of the container to be obtained, from which a head emerges extending along a longitudinal axis A2, said head comprises a peripheral surface comprising at least one blind opening, characterised in that the portion of said peripheral surface in line with said blind opening can move between a forward position, where said portion is aligned with the rest of said peripheral surface, and a rear position where said portion is set back from the axis parallel to the axis A2 and passing through the bottom of said blind opening.
Method for calibrating the phase center of an active antenna comprising a plurality of sub-elements capable of receiving a useful signal transmitted by a satellite, a reference signal being emitted by the same satellite as the useful signal in addition to the useful signal over a frequency band substantially equal to the frequency band of the useful signal, and the theoretical reception characteristics of the reference signal being known, the reference signal being a GNSS signal and the useful signal being a MEOSAR signal, characterized in that said calibration is defined as a function of the reception characteristics of the reference signal at the level of each sub-element, the method comprising the following steps: - a step of acquiring the values of the reference signal and those of the useful signal at the level of each of the sub-elements of the receiving antenna, - a step of measuring possible phase and gain differences between the values of the reference signal actually received and the theoretical values of reception of the reference signal, - a step of evaluating an optimal distribution law to be applied to the reference signal to take account of possible deviations, - a step of applying the distribution law to the useful signal received at the level of each sub-element. - a step of acquiring the values of the reference signal and those of the useful signal at the level of each of the sub-elements of the receiving antenna, - a step of measuring possible phase and gain differences between the values of the reference signal actually received and the theoretical values of reception of the reference signal, - a step of evaluating an optimal distribution law to be applied to the reference signal to take account of possible deviations, - a step of applying the distribution law to the useful signal received at the level of each sub-element.
Cluster (53; 72) of attachments intended to be loaded into a stapler in order to be able to attach tubular heated-floor conduits, said cluster (53, 72) of fasteners comprising a plurality of U-shaped fasteners each having an arc-shaped part and two opposite anchoring legs (14, 16), each of said fasteners having firstly two opposite faces (18, 20) defining respectively two tangent planes (Ptg1, Ptg2) parallel to each other and a mid-plane (Pmoy) extending parallel at equal distances from said tangent planes, and secondly an edge defining a line at the intersection of said mid-plane and said edge, said cluster (53; 72) of fasteners further comprising at least a plurality of flexible links (62, 64, 66; 80) for connecting said fasteners in pairs, with their opposite faces (18, 20) facing each other, the flexible links (62, 64, 66; 80) each having two fixing ends respectively fixed in said opposite facing faces, at said arc-shaped part, said cluster having a median plane (Pmed) perpendicular to the mid-planes (Pmoy) of each of said fasteners (54, 56, 58, 60); characterised in that it comprises two pluralities of flexible links extending longitudinally in a direction substantially perpendicular to the mid-planes (Pmoy) in order to connect said fasteners in pairs with two links symmetrical with one another with respect to said median plane (Pmed), while said arc-shaped part of each of said fasteners (54, 56, 58, 60) has two opposite flanks (26, 28) respectively inclined towards said line of the edges of said fasteners, and in that said fixing ends are respectively fixed in the vicinity of said line of the edges of said fasteners in a position separated from the tangent planes (Ptg1, Ptg2).
A data processing apparatus operable to map data symbols received from sub-carrier signals of Orthogonal Frequency Division Multiplexed OFDM symbols into an output data stream, the number of sub-carrier signals available for each OFDM symbol being variable between each of the OFDM symbols, each of the OFDM symbols includes a signal indicating the number of sub-carriers in the OFDM symbol, and the data symbols including first sets of data symbols and second sets of input data symbols, the data processing apparatus comprising an address generator, an interleaver memory and a controller, the controller being operable, when operating in accordance with a first interleaving process to read out from the interleaver memory a first set of the data symbols into the output data stream using addresses generated by the address generator, to write into the interleaver memory a second set of the data symbols received from the sub-carrier signals of an even OFDM symbol using a sequential order of the first set of input data symbols, and the controller is operable in accordance with a second interleaving process, to read out from the interleaver memory a first set of the data symbols into the output data stream using read addresses determined in accordance with a sequential order of the first set of input data symbols, and to write into the interleaver memory a second set of the data symbols received from the sub-carrier signals of an odd OFDM symbol at write addresses determined by the address generator, such that while data symbols from the first set are being read from locations in the interleaver memory, input data symbols from the second set can be written to the locations just read from, wherein the number of the sub-carriers which are available from a previous OFDM symbol is different from the number of the sub-carriers which are available from a current OFDM symbol, and the controller is operable to determine before reading out the first data symbols from the interleaver memory, whether the read address is valid for the previous OFDM symbol, by determining the number of sub-carriers in the previous OFDM symbol from the signal received from the previous OFDM symbols, comparing the read address with the number of sub-carriers which are available for the previous OFDM symbol, and if the read address is lower than the number of sub-carriers which are available, determining that the read address is valid and reading a data symbol from the interleaver memory at the read address, and to determine before writing the second data symbols into the interleaver memory, whether the write address is valid for the current OFDM symbol, by determining the number of sub-carriers in the current OFDM symbol from the signal received from the current OFDM symbol, comparing the write address with the number of sub-carriers which are available for the current OFDM symbol, and if the write address is lower than the number of sub-carriers which are available, determining that the write address is valid and writing an input data symbol to the interleaver memory at the write address.
A baseband processing apparatus for a mobile communication modem, the baseband processing apparatus being configured to process a baseband representation of a radio frequency signal, the baseband processing apparatus comprising means for exchanging payload data and control data with a radio frequency apparatus, wherein the means for exchanging is configured to generate a plurality of parallel communication links to the radio frequency apparatus, wherein a clock link is configured to communicate a clock signal common to the baseband processing apparatus and the radio frequency apparatus, wherein a control link is configured to communicate control data, and wherein one or more payload links are configured to communicate payload data between the baseband processing apparatus and the radio frequency apparatus, wherein the baseband processing apparatus is further configured to adapt a power used for communicating on the one or more payload links based on a payload data transmission rate used on the one or more payload links.
A vehicle seat arrangement comprising a vehicle seat arranged to be adjusted between a forward facing setup and a rearward facing setup and a seat support structure configured for being fastened to an vehicle structure, the vehicle seat comprising a first seat part, a second seat part and a third seat part, where the second seat part is pivotably connected to both the first seat part and the third seat part and is positioned between the first seat part and the third seat part, where the second seat part is further pivotably connected to the seat support structure, wherein in the forward facing setup, the first seat part and the second seat part make up a seat back of the vehicle seat and the third seat part make up a seat cushion of the vehicle seat, wherein the second seat part is arranged to pivot between the forward facing setup and the rearward facing setup, wherein in the rearward facing setup, the first seat part make up the seat cushion and the second seat part and third seat part make up the seat back of the vehicle seat, characterized in that the vehicle seat arrangement further comprises a load bearing structure configured for being fastened to the vehicle structure and is arranged to assist in bearing the load from a seated occupant in both the forward facing setup and the rearward facing setup.
An operating device for operating an implement with at least one attachment, comprising at least one manual control unit and at least one controller/regulator, wherein the controller/regulator is equipped to actuate the attachment on the basis of a single control movement of the manual control unit, which is detectable by means of a single detection means provided on the manual control unit, for carrying out a linear movement, characterized in that the at least one manual control unit as a first manual control unit is equipped to move the attachment along a first and a second axis, which are perpendicular to each other, and rotate the same about a third axis that is parallel to the first or second axis and is spaced apart from the same; the at least one manual control unit comprises a proportional control element for actuating the working tool for rotating; and that a second manual control unit is equipped to rotate the attachment about at least one axis. the at least one manual control unit as a first manual control unit is equipped to move the attachment along a first and a second axis, which are perpendicular to each other, and rotate the same about a third axis that is parallel to the first or second axis and is spaced apart from the same; the at least one manual control unit comprises a proportional control element for actuating the working tool for rotating; and that a second manual control unit is equipped to rotate the attachment about at least one axis.
A computer-implemented method for avoiding traffic loss in an active-standby, multihomed Ethernet Ring running an Ethernet Ring Protection protocol including a specified Ring Protection Link, RPL, the Ethernet Ring located in a first portion of a network, and in which a first node of the Ethernet Ring is linked with a designated border router located in a second portion of the network and in which a second node of the Ethernet Ring is linked with a standby border router of the second portion of the network, the computer-implemented method comprising: receiving an indication that the link between the first node and the designated border router of the network has failed; and invoking, responsive to the received indication, an ERP Media Access Control MAC-flush in the Ethernet Ring, even in the absence of a failed link in the Ethernet Ring and without activating the specified RPL. receiving an indication that the link between the first node and the designated border router of the network has failed; and invoking, responsive to the received indication, an ERP Media Access Control MAC-flush in the Ethernet Ring, even in the absence of a failed link in the Ethernet Ring and without activating the specified RPL.
A fluid printhead, comprising: a plurality of fluid ejection elements each comprising: a fluid chamber; a throat portion through which fluid is provided to the fluid chamber; and a heater element disposed within the fluid chamber; and a printhead condition detection system comprising: a stimulus node configured to deliver a step voltage; a first electrode at least a portion of which is disposed within the plurality of fluid chambers, and which is electrically connected to the stimulus node, the first electrode configured to receive the step voltage delivered from the stimulus node and being shared by the plurality of fluid chambers; a plurality of second electrodes each disposed within one of the throat portions of the plurality of fluid ejection elements; a plurality of sense circuits each electrically connected to one of the plurality of second electrodes, the plurality of sense circuits being configured to generate an output based on a response resulting from the application of the step voltage to the first electrode as an indication of printhead condition; and a sense bus configured to receive the output from the plurality of sense circuits. a plurality of fluid ejection elements each comprising: a fluid chamber; a throat portion through which fluid is provided to the fluid chamber; and a heater element disposed within the fluid chamber; and a fluid chamber; a throat portion through which fluid is provided to the fluid chamber; and a heater element disposed within the fluid chamber; and a printhead condition detection system comprising: a stimulus node configured to deliver a step voltage; a first electrode at least a portion of which is disposed within the plurality of fluid chambers, and which is electrically connected to the stimulus node, the first electrode configured to receive the step voltage delivered from the stimulus node and being shared by the plurality of fluid chambers; a plurality of second electrodes each disposed within one of the throat portions of the plurality of fluid ejection elements; a plurality of sense circuits each electrically connected to one of the plurality of second electrodes, the plurality of sense circuits being configured to generate an output based on a response resulting from the application of the step voltage to the first electrode as an indication of printhead condition; and a sense bus configured to receive the output from the plurality of sense circuits.
A robot comprising: • two elements (2, 8) that are movable with respect to one another, • a joint, having at least one degree of freedom, connecting the two elements (2, 8), • a flexible and elastic film that surrounds the joint and is fixed to each of the two elements, the film being stretched between a first fixing point on the first element and a second fixing point on the second element in at least one configuration of the two elements (2, 8), the tension in the film varying depending on a variation (Δd) in a distance (d) separating the two fixing points (16, 17) during movements of the joint about the configuration, characterised in that the robot also comprises: • a collar that surrounds a first of the two elements (2, 8) and is connected to the first element by way of a free pivot link, wherein the film is fixed to the first element by way of the collar. • two elements (2, 8) that are movable with respect to one another, • a joint, having at least one degree of freedom, connecting the two elements (2, 8), • a flexible and elastic film that surrounds the joint and is fixed to each of the two elements, the film being stretched between a first fixing point on the first element and a second fixing point on the second element in at least one configuration of the two elements (2, 8), the tension in the film varying depending on a variation (Δd) in a distance (d) separating the two fixing points (16, 17) during movements of the joint about the configuration, characterised in that the robot also comprises: • a collar that surrounds a first of the two elements (2, 8) and is connected to the first element by way of a free pivot link, wherein the film is fixed to the first element by way of the collar.
Elevating work platform including a crane mechanism and a cage, wherein an operating device including a protective function in case of an overload of a hand control device (30, 300), caused by squeezing/jamming of a person in the cage, is disposed in the cage, the operating device (150, 15) comprising: a bottom plate (430, 43); the hand control device (30, 300) disposed in an angular relation to the bottom plate (430, 43) and moveable at least one-dimensionally with respect to the bottom plate (430, 43); and a movement sensor (40, 400) configured to determine a position and/or a movement of the hand control device (30, 300) with respect to the bottom plate (430, 43) and to output a movement signal depending on the determined position and/or the determined movement; and characterized in that the elevating work platform further comprises a force sensor (410, 410',41, 42) disposed in the bottom plate (430, 43) or in a component connected to the bottom plate (430, 43) and configured to determine a force acting on the hand control device (30, 300) and transmitted by the hand control device (30, 300) to the bottom plate (430, 43) and to output a force signal depending on the determined force. a bottom plate (430, 43); the hand control device (30, 300) disposed in an angular relation to the bottom plate (430, 43) and moveable at least one-dimensionally with respect to the bottom plate (430, 43); and a movement sensor (40, 400) configured to determine a position and/or a movement of the hand control device (30, 300) with respect to the bottom plate (430, 43) and to output a movement signal depending on the determined position and/or the determined movement; and characterized in that the elevating work platform further comprises a force sensor (410, 410',41, 42) disposed in the bottom plate (430, 43) or in a component connected to the bottom plate (430, 43) and configured to determine a force acting on the hand control device (30, 300) and transmitted by the hand control device (30, 300) to the bottom plate (430, 43) and to output a force signal depending on the determined force.
The combined use of a C3 to C6 alkene compound including only one double bond and of at least one molecular sieve, for limiting or preventing the isomerization of trans-1-chloro-3,3,3-trifluoropropene to cis-1-chloro-3,3,3-trifluoropropene, and/or for limiting or preventing the degradation of trans-1-chloro-3,3,3-trifluoropropene.
A method comprising: receiving, at a first user device, a user selection of one of at least a first wireless delivery pathway (76, 78, 80, 84) that uses a first protocol and a second wireless delivery pathway (76, 78, 80,84) that uses a second protocol, wherein the first wireless delivery pathway is different to the second wireless delivery pathway, and wherein the first protocol is different to the second protocol; sending from the first user device to a content provider, a request comprising: an identifier of a third party mobile station, and an identifier of a particular media file to be sent by the content provider to the third party mobile station; and sending to the content provider an indication of the selected wireless delivery pathway by which the particular content is to be sent to the third party mobile station. receiving, at a first user device, a user selection of one of at least a first wireless delivery pathway (76, 78, 80, 84) that uses a first protocol and a second wireless delivery pathway (76, 78, 80,84) that uses a second protocol, wherein the first wireless delivery pathway is different to the second wireless delivery pathway, and wherein the first protocol is different to the second protocol; sending from the first user device to a content provider, a request comprising: an identifier of a third party mobile station, and an identifier of a particular media file to be sent by the content provider to the third party mobile station; and an identifier of a third party mobile station, and an identifier of a particular media file to be sent by the content provider to the third party mobile station; and sending to the content provider an indication of the selected wireless delivery pathway by which the particular content is to be sent to the third party mobile station.
A composition comprising a polymer having at least one reactive silyl group selected from the group consisting of a polyether having at least one reactive silyl group, a (meth)acrylate-based polymer having at least one reactive silyl group, a polyisobutylene having at least one reactive silyl group and a silicone having at least one reactive silyl group and combinations thereof and a lignin derivative having at least one functional group which is reactive with component.