mhurhangee/patent-ind-claim-en huggingface dataset:
Device for mechanically treating a fluid such as water, arranged to be disposed in the path of a fluid circulating in a pipe of a facility, in order to restructure said fluid in order to avoid, in particular, the incrustation of limestone and/or the formation and deposition of sludge and/or corrosion phenomena, said device comprising a body with a longitudinal axis (A) provided at its two ends with two connecting end pieces delimiting a fluid inlet orifice and a fluid outlet orifice , said connecting end pieces being arranged to mount said device in series in said pipe, said body comprising at least one channel extending between said inlet orifice and said outlet orifice for the passage of the fluid through said device , and said device comprising means arranged to transform a linear movement of the fluid entering said device into a swirling movement of the fluid leaving said device, said means arranged to transform a linear movement of the fluid entering said device into a swirling movement of the fluid leaving said device comprising a baffle centred on the longitudinal axis (A), arranged facing said inlet orifice , interposed between said inlet orifice and said body and provided with deflection means for deflecting and creating a swirling movement of said fluid entering said device in the manner of a vortex, said body comprising a plurality of rectilinear channels , parallel to said longitudinal axis (A), bored-through, distributed around and downstream of said baffle , the passage section of said plurality of said channels being equal to or very close to the passage section of said connecting end pieces corresponding to the passage section of said pipe so as to limit load losses, said device comprising a central tube extending along the longitudinal axis (A), said baffle comprising a mounting section assembled with said central tube and a head provided with said means for deflecting the fluid and connected to said mounting section by a base , characterised in that the head of said baffle is a flat head perpendicular to said longitudinal axis (A), in that said means for deflecting the fluid consist of radial blades which are tilted in the direction of the fluid from said inlet orifice towards said outlet orifice , and in that at least part of said channels forms a housing for receiving at least one reactive element arranged freely in the path of said fluid circulating through said device , such that said at least one reactive element vibrates, strikes the walls of the channel which contains it, and transmits to the fluid mechanical sound waves which have the effect of destroying the sludge and/or limestone crystals present in the fluid.
Fixing profile for a balcony railing, the fixing profile comprising a fixing portion and a cantilever potion , the fixing portion providing a contact element formed for contact of the fixing profile against a mounting face of a building, the fixing portion providing through-clearances which serve to receive fixing means , and the cantilever portion protruding from the fixing portion on a face opposite the contact element and being formed elongate in a longitudinal direction in terms of a profile cross section, characterised in that the fixing portion has a plurality of profile chambers and in that the profile chambers are formed for receiving the fixing means in portions, the profile chambers being formed in that U-shaped cap profiles , formed elongate in the longitudinal direction , are installed on a profile carrier bridge of the fixing portion .
A protection arrangement (10; 100; 200; 300; 400; 500; 600; 800; 900) for a switching device (22; 122), comprising: a thyristor having main current-carrying terminals which in use are connected in reverse parallel with a switching device (22; 122) to be protected, whereby during normal operation of the switching device (22; 122) a reverse voltage is applied to the thyristor ; and characterized in that the protection arrangement further comprises: a trigger circuit operatively connected with a gate control terminal of the thyristor , the trigger circuit being configured to apply a voltage to the gate control terminal of the thyristor when the reverse voltage applied to the thyristor reaches a safety threshold voltage (V 2 ) whereby the thyristor fails and presents an irreversible short-circuit across the main current-carrying terminals of the switching device (22; 122). a thyristor having main current-carrying terminals which in use are connected in reverse parallel with a switching device (22; 122) to be protected, whereby during normal operation of the switching device (22; 122) a reverse voltage is applied to the thyristor ; and characterized in that the protection arrangement further comprises: a trigger circuit operatively connected with a gate control terminal of the thyristor , the trigger circuit being configured to apply a voltage to the gate control terminal of the thyristor when the reverse voltage applied to the thyristor reaches a safety threshold voltage (V 2 ) whereby the thyristor fails and presents an irreversible short-circuit across the main current-carrying terminals of the switching device (22; 122).
A wing for an aircraft , comprising a main wing , a slat , and a connection assembly movably connecting the slat to the main wing , such that the slat is movable between a retracted position and at least one extended position , wherein the connection assembly comprises an elongate slat track fixedly mounted to the slat and movably mounted to the main wing , wherein the slat track has a first end that is mounted to the slat and a second end that is guided at the main wing for movement along a predetermined path , wherein the path extends in a direction from a front spar to a leading edge of the main wing and from a lower side to an upper side of the main wing , and wherein between the first and second ends the slat track is mounted to the main wing by a translational-rotational bearing that allows translation of the slat track along its longitudinal direction and rotation of the slat track about a first axis of rotation parallel to the leading edge , and that inhibits translation of the slat track normal to its longitudinal direction , characterized in that the path is defined by a trace to which the second end of the slat track is engaged, and/or the path is defined by a linkage . a main wing , a slat , and a connection assembly movably connecting the slat to the main wing , such that the slat is movable between a retracted position and at least one extended position , wherein the connection assembly comprises an elongate slat track fixedly mounted to the slat and movably mounted to the main wing , wherein the slat track has a first end that is mounted to the slat and a second end that is guided at the main wing for movement along a predetermined path , wherein the path extends in a direction from a front spar to a leading edge of the main wing and from a lower side to an upper side of the main wing , and wherein between the first and second ends the slat track is mounted to the main wing by a translational-rotational bearing that allows translation of the slat track along its longitudinal direction and rotation of the slat track about a first axis of rotation parallel to the leading edge , and that inhibits translation of the slat track normal to its longitudinal direction , characterized in that the path is defined by a trace to which the second end of the slat track is engaged, and/or the path is defined by a linkage .
A method for calibrating a Coriolis flowmeter under test characterized by : determining a relationship between tube period ratio and a flow tube temperature compensation (FTC) value for a plurality of flowmeters; measuring tube periods of the flowmeter under test obtained in conditions of different tube stiffness; calculating a stiffness-correlated FTC using the determined relationship between the tube period ratio and the FTC value for the plurality of flowmeters and the measured tube periods of the flowmeter under test; applying the stiffness-correlated FTC to an operating routine of the flowmeter under test. determining a relationship between tube period ratio and a flow tube temperature compensation (FTC) value for a plurality of flowmeters; measuring tube periods of the flowmeter under test obtained in conditions of different tube stiffness; calculating a stiffness-correlated FTC using the determined relationship between the tube period ratio and the FTC value for the plurality of flowmeters and the measured tube periods of the flowmeter under test; applying the stiffness-correlated FTC to an operating routine of the flowmeter under test.
A method for extracting lead from a lead-based material, the method comprising: dissolving the lead-based material in a deep eutectic solvent to form an electrolyte; providing a working electrode in electrical contact with the electrolyte; providing a counter electrode in electrical contact with the electrolyte; and generating a potential through the electrolyte, thereby reducing a lead species of the lead-based material in the electrolyte at the working electrode, so as to deposit the reduced lead species as lead metal; wherein the lead-based material is PbO 2 , PbSO 4 , CH 3 NH 3 PbHal 3 , HC(NH 2 ) 2 PbHal 3 , CH 3 NH 3 PbI 3-X Cl X or PbTe, or a mixture thereof, wherein Hal is I, Cl or Br and X is a value between 0 and 3; and wherein the working electrode is a lead electrode. dissolving the lead-based material in a deep eutectic solvent to form an electrolyte; providing a working electrode in electrical contact with the electrolyte; providing a counter electrode in electrical contact with the electrolyte; and generating a potential through the electrolyte, thereby reducing a lead species of the lead-based material in the electrolyte at the working electrode, so as to deposit the reduced lead species as lead metal; wherein the lead-based material is PbO 2 , PbSO 4 , CH 3 NH 3 PbHal 3 , HC(NH 2 ) 2 PbHal 3 , CH 3 NH 3 PbI 3-X Cl X or PbTe, or a mixture thereof, wherein Hal is I, Cl or Br and X is a value between 0 and 3; and wherein the working electrode is a lead electrode.
Electromagnetic valve comprising an electromagnet assembly (E) and an associated valve assembly (V), wherein the electromagnet assembly (E) comprises an electromagnetic actuator having an actuator housing , having a coil which is arranged in the actuator housing and is selectively electrically energizable and has a coil body , and having an armature which is arranged movably in an armature chamber in the actuator housing of the electromagnetic valve and has an armature rod , wherein the valve assembly (V) comprises a valve having a valve housing , and having a valve plunger which is adjustable in the valve housing along a longitudinal axis (L) between at least two actuation positions and is connected in an adjustable manner to the armature rod , wherein the valve housing comprises a passage which faces towards the electromagnetic assembly (E) and which can be selectively opened or closed by the valve plunger , wherein the electromagnet assembly (E) forms a valve-receiving part in which the valve housing is arranged at least sectionally, and the electromagnet assembly (E) comprises an electromagnet end face facing towards the valve assembly (V) and the valve assembly (V) comprises a valve end face facing towards the electromagnet assembly (E), characterized in that the electromagnet end face and/or the valve end face form(s) a sealing region with a closed sealing edge , and the sealing edge abuts sealingly against the in each case other one of the two end faces , so that the armature chamber is closed off in a fluid-tight manner at least over the intermediate space between electromagnet end face and valve end face . wherein the valve assembly (V) comprises a valve having a valve housing , and having a valve plunger which is adjustable in the valve housing along a longitudinal axis (L) between at least two actuation positions and is connected in an adjustable manner to the armature rod , wherein the valve housing comprises a passage which faces towards the electromagnetic assembly (E) and which can be selectively opened or closed by the valve plunger , wherein the electromagnet assembly (E) forms a valve-receiving part in which the valve housing is arranged at least sectionally, and the electromagnet assembly (E) comprises an electromagnet end face facing towards the valve assembly (V) and the valve assembly (V) comprises a valve end face facing towards the electromagnet assembly (E), characterized in that the electromagnet end face and/or the valve end face form(s) a sealing region with a closed sealing edge , and the sealing edge abuts sealingly against the in each case other one of the two end faces , so that the armature chamber is closed off in a fluid-tight manner at least over the intermediate space between electromagnet end face and valve end face .
Automation cell for handling component carriers , having - an enclosure within which a first stacking space , a second stacking space and a third stacking space for component carriers are arranged, the enclosure having a loading opening for the first stacking space , - a transfer device for transferring component carriers between the stacking spaces , and - a separating device in order to selectively separate or release the first stacking space inwardly, characterized in that the automation cell has a safety system for an intervention area at the loading opening , which is set up - to monitor the entire intervention area in full monitoring mode, - to monitor only a sub-area , in particular an outer sub-area, of the intervention area in partial monitoring mode, and - to interrupt the operation of the automation cell if the safety system detects an intervention, and in that the automation cell is set up - to switch the safety system to partial monitoring mode in automatic loading mode if an automated loading process has been registered beforehand, and to switch the safety system to full monitoring mode after completion of the automated loading process, and - to deactivate the safety system in manual loading mode when the separating device separates the first stacking space and to switch the safety system to full monitoring mode before the separating device releases the first stacking space . - an enclosure within which a first stacking space , a second stacking space and a third stacking space for component carriers are arranged, the enclosure having a loading opening for the first stacking space , - a transfer device for transferring component carriers between the stacking spaces , and - a separating device in order to selectively separate or release the first stacking space inwardly, - to monitor the entire intervention area in full monitoring mode, - to monitor only a sub-area , in particular an outer sub-area, of the intervention area in partial monitoring mode, and - to interrupt the operation of the automation cell if the safety system detects an intervention, and in that the automation cell is set up - to switch the safety system to partial monitoring mode in automatic loading mode if an automated loading process has been registered beforehand, and to switch the safety system to full monitoring mode after completion of the automated loading process, and - to deactivate the safety system in manual loading mode when the separating device separates the first stacking space and to switch the safety system to full monitoring mode before the separating device releases the first stacking space .
A method , comprising: displaying , in a user interface , a keyboard layer of a user interface that includes a keyboard having at least one user interface element configured to receive a user input; detecting an initial input at a given user interface element ; revealing , in response to detecting the initial interaction, a first portion of a symbol layer of the user interface while maintaining display of the keyboard layer of the user interface, the symbol layer having at least one user interface element configured to receive a user input indicative of a symbol; detecting a subsequent input at the given user interface element ; revealing , in response to detecting the subsequent input, a larger portion of the symbol layer of the user interface while maintaining a position of the first portion of the symbol layer that was previously revealed in response to detecting the initial input, wherein revealing the larger portion of the symbol layer occludes at least a portion of the keyboard layer . displaying , in a user interface , a keyboard layer of a user interface that includes a keyboard having at least one user interface element configured to receive a user input; detecting an initial input at a given user interface element ; revealing , in response to detecting the initial interaction, a first portion of a symbol layer of the user interface while maintaining display of the keyboard layer of the user interface, the symbol layer having at least one user interface element configured to receive a user input indicative of a symbol; detecting a subsequent input at the given user interface element ; revealing , in response to detecting the subsequent input, a larger portion of the symbol layer of the user interface while maintaining a position of the first portion of the symbol layer that was previously revealed in response to detecting the initial input, wherein revealing the larger portion of the symbol layer occludes at least a portion of the keyboard layer .
A Non-3GPP InterWorking Function, N3IWF, entity comprising: position information management means for managing a Cell ID, a Tracking Area, TA, ID and an Emergency Area, EA, ID as a distribution destination in a 3GPP mobile communication system and position information indicating a position of a communication terminal connected to an access system different from the 3GPP mobile communication system by associating at least one of the Cell ID, the TA ID, and the EA ID with the position information when the position information is comprised within at least one of the Cell ID, the TA ID, and the EA ID; communication terminal management means for managing the communication terminal and at least one of the Cell ID, the TA ID, and the EA ID as a distribution destination in a mobile communication system to which the communication terminal belongs by associating the communication terminal with at least one of the Cell ID, the TA ID, and the EA ID based on positional information indicating a current position of the communication terminal within at least one of the Cell ID, the TA ID, and the EA ID; and communication means for, when it receives emergency information for which at least one of the Cell ID, the TA ID, and the EA ID is designated as its distribution destination, transmitting the emergency information to the communication terminal by changing at least one of the Cell ID, the TA ID, and the EA ID as the distribution destination to identification information of the communication terminal . position information management means for managing a Cell ID, a Tracking Area, TA, ID and an Emergency Area, EA, ID as a distribution destination in a 3GPP mobile communication system and position information indicating a position of a communication terminal connected to an access system different from the 3GPP mobile communication system by associating at least one of the Cell ID, the TA ID, and the EA ID with the position information when the position information is comprised within at least one of the Cell ID, the TA ID, and the EA ID; communication terminal management means for managing the communication terminal and at least one of the Cell ID, the TA ID, and the EA ID as a distribution destination in a mobile communication system to which the communication terminal belongs by associating the communication terminal with at least one of the Cell ID, the TA ID, and the EA ID based on positional information indicating a current position of the communication terminal within at least one of the Cell ID, the TA ID, and the EA ID; and communication means for, when it receives emergency information for which at least one of the Cell ID, the TA ID, and the EA ID is designated as its distribution destination, transmitting the emergency information to the communication terminal by changing at least one of the Cell ID, the TA ID, and the EA ID as the distribution destination to identification information of the communication terminal .
A washing- and cleaning-active polymer film, comprising or consisting of a polymer composition P) obtainable by free-radical polymerization of a monomer composition M) which comprises at least one monomer A) selected from α, β-ethylenically unsaturated carboxylic acids, salts of α, β-ethylenically unsaturated carboxylic acids and mixtures thereof, in the presence of at least one (C 8 -C 18 -alkyl)polyoxyalkylene ether PE) having on average 3 to 12 alkylene oxide units per molecule.
A method for a wireless local area network by using Multi-User Multiple Input Multiple Output, MU-MIMO, transmission, the method comprising, receiving a Physical layer convergence protocol Data Unit, PPDU from a transmitter over an operating channel, the PPDU including a common signal field, a user dedicated Very High Throughput Signal-B, VHT SIG-B, field and VHT data; and checking a cyclic redundancy check, CRC, over the VHT SIG-B field, wherein the common signal field for all users includes transmission duration information that indicates a duration of the PPDU, wherein the VHT SIG-B field includes length information indicating a length of a Physical layer Service Data Unit, PPDU and information about a modulation and coding scheme, MCS, and a tail field, wherein the VHT data includes a service field and the Physical Service Data Unit, PSDU, and wherein the service field includes the scrambler seed and the CRC, characterized by the CRC being calculated over the VHT SIG-B field excluding the tail field.
A method implemented at a user equipment , comprising: receiving an uplink grant from a network node , the uplink grant indicating a granted resource associated with a plurality of channels; detecting availability of the plurality of channels, wherein at least one of the plurality of channels is detected as unavailable; determining an uplink transmission parameter comprising a subset of the granted resource for uplink transmission based on the uplink grant, a result from the detection, and information on a required guard band, wherein the determining comprises determining a starting physical resource block, PRB, and an ending PRB of the subset within at least one available channel of the plurality of channels based on the information on the required guard band; and transmitting data to the network node according to the determined uplink transmission parameter. receiving an uplink grant from a network node , the uplink grant indicating a granted resource associated with a plurality of channels; detecting availability of the plurality of channels, wherein at least one of the plurality of channels is detected as unavailable; determining an uplink transmission parameter comprising a subset of the granted resource for uplink transmission based on the uplink grant, a result from the detection, and information on a required guard band, wherein the determining comprises determining a starting physical resource block, PRB, and an ending PRB of the subset within at least one available channel of the plurality of channels based on the information on the required guard band; and transmitting data to the network node according to the determined uplink transmission parameter.