mhurhangee/patent-ind-claim-en huggingface dataset:
Dosing roller for filling a target container with a sub-quantity of powdery product to be dosed, comprising: - a roller outer casing , - a filter element , - a filter bar , - a seal and - a clamping core , wherein the roller outer casing is provided with at least one dosing opening passing completely from its outside to its inside , wherein the dosing opening is bounded by means of the filter element on the inside, wherein the filter element is pressed against the inside of the roller outer casing via the filter bar by the clamping core , wherein the dosing opening can be subjected to a vacuum through the filter element via at least one pressure passage in the filter bar , characterised in that the seal is located between the filter element and the filter bar , wherein the seal seals a connection between the pressure passage and the dosing opening , wherein the seal is an elastomer vulcanised onto the filter bar . - a roller outer casing , - a filter element , - a filter bar , - a seal and - a clamping core , wherein the roller outer casing is provided with at least one dosing opening passing completely from its outside to its inside , wherein the dosing opening is bounded by means of the filter element on the inside, wherein the filter element is pressed against the inside of the roller outer casing via the filter bar by the clamping core , wherein the dosing opening can be subjected to a vacuum through the filter element via at least one pressure passage in the filter bar , characterised in that the seal is located between the filter element and the filter bar , wherein the seal seals a connection between the pressure passage and the dosing opening , wherein the seal is an elastomer vulcanised onto the filter bar .
A method performed by a network node in a wireless communication system, the method comprising: determining whether a voice session between a user equipment, UE, and an internet protocol, IP, multimedia subsystem, IMS, is initiated by an application regarding web real time communication, web RTC; if the voice session is initiated by the application regarding webRTC, determining a quality of service, QoS, class identifier, QCI for the voice session to be different from a QCI-1; and transmitting, to a enhanced NodeB, eNB, information comprising the determined QCI for the voice session initiated by the application regarding web RTC. determining whether a voice session between a user equipment, UE, and an internet protocol, IP, multimedia subsystem, IMS, is initiated by an application regarding web real time communication, web RTC; if the voice session is initiated by the application regarding webRTC, determining a quality of service, QoS, class identifier, QCI for the voice session to be different from a QCI-1; and transmitting, to a enhanced NodeB, eNB, information comprising the determined QCI for the voice session initiated by the application regarding web RTC.
An assembly for rotational equipment with an axial centerline , the assembly comprising: a carrier structure including a carrier base and a support ring , the carrier base extending axially along the centerline , and the support ring projecting radially inward from the carrier base ; and a seal assembly nested radially within the carrier base and axially next to the support ring , the seal assembly including a seal base , a plurality of spring elements and a plurality of seal shoes arranged about the centerline in an annular array; the seal base circumscribing the annular array of the seal shoes ; and each of the spring elements radially between and connecting a respective one of the seal shoes with the seal base ; wherein the assembly further comprises: a secondary seal carrier ring nested radially within the carrier base ; and at least one secondary seal device configured with the secondary seal carrier ring ; wherein the secondary seal device is configured to substantially seal an annular gap between the secondary seal carrier ring and the annular array of the seal shoes ; and wherein the secondary seal carrier ring is engaged axially with and between the seal base and the support ring ; characterised in that the seal base is configured as an annular full hoop body and the carrier structure is monolithic. a carrier structure including a carrier base and a support ring , the carrier base extending axially along the centerline , and the support ring projecting radially inward from the carrier base ; and a seal assembly nested radially within the carrier base and axially next to the support ring , the seal assembly including a seal base , a plurality of spring elements and a plurality of seal shoes arranged about the centerline in an annular array; the seal base circumscribing the annular array of the seal shoes ; and each of the spring elements radially between and connecting a respective one of the seal shoes with the seal base ; wherein the assembly further comprises: a secondary seal carrier ring nested radially within the carrier base ; and at least one secondary seal device configured with the secondary seal carrier ring ; wherein the secondary seal device is configured to substantially seal an annular gap between the secondary seal carrier ring and the annular array of the seal shoes ; and wherein the secondary seal carrier ring is engaged axially with and between the seal base and the support ring ; characterised in that the seal base is configured as an annular full hoop body and the carrier structure is monolithic. a secondary seal carrier ring nested radially within the carrier base ; and at least one secondary seal device configured with the secondary seal carrier ring ; wherein the secondary seal device is configured to substantially seal an annular gap between the secondary seal carrier ring and the annular array of the seal shoes ; and wherein the secondary seal carrier ring is engaged axially with and between the seal base and the support ring ; characterised in that the seal base is configured as an annular full hoop body and the carrier structure is monolithic.
A land-based system for the production of macroalgae, the system comprising: a reservoir containing pristine seawater, characterized in that the pristine seawater is obtained from at least one deep coastal well; at least one inoculum tank comprising at least one of a gas distribution system, a jet water system or a combination thereof, the at least one inoculum tank containing a culture medium and pieces of a macroalgae young thalli, wherein the culture medium consists of the pristine seawater from the reservoir; and at least one cultivation pond comprising at least one of a gas distribution system, a jet water system or a combination thereof, the at least one cultivation pond containing a culture medium and macroalgae, wherein the culture medium consists of the pristine seawater from the reservoir; wherein the pristine seawater is essentially free from contamination with heavy metals, polychlorinated biphenyls (PCBs), dioxins and pathogens and wherein the pristine seawater is rich in essential minerals selected from the group consisting of calcium, magnesium, carbonates and any combination thereof. a reservoir containing pristine seawater, characterized in that the pristine seawater is obtained from at least one deep coastal well; at least one inoculum tank comprising at least one of a gas distribution system, a jet water system or a combination thereof, the at least one inoculum tank containing a culture medium and pieces of a macroalgae young thalli, wherein the culture medium consists of the pristine seawater from the reservoir; and at least one cultivation pond comprising at least one of a gas distribution system, a jet water system or a combination thereof, the at least one cultivation pond containing a culture medium and macroalgae, wherein the culture medium consists of the pristine seawater from the reservoir; wherein the pristine seawater is essentially free from contamination with heavy metals, polychlorinated biphenyls (PCBs), dioxins and pathogens and wherein the pristine seawater is rich in essential minerals selected from the group consisting of calcium, magnesium, carbonates and any combination thereof.
A cationic composite filter aid comprising: a silicate substrate, wherein the silicate substrate is selected from the group consisting of diatomite, perlite, pumice, volcanic ash, calcined kaolin, smectite, mica, talc, shirasu, obsidian, pitchstone, rice hull ash, and combinations thereof; a silica precipitated on the silicate substrate; and a cationic surface modification of the precipitated silica, wherein the cationic surface modification comprises a cationic polymer. a silicate substrate, wherein the silicate substrate is selected from the group consisting of diatomite, perlite, pumice, volcanic ash, calcined kaolin, smectite, mica, talc, shirasu, obsidian, pitchstone, rice hull ash, and combinations thereof; a silica precipitated on the silicate substrate; and a cationic surface modification of the precipitated silica, wherein the cationic surface modification comprises a cationic polymer.
A method for retaining a removable card in a chassis comprising a retention-extraction device for the removable card, said retention-extraction device comprising: an extraction lever provided with a protrusion ; an actuation rod including a cam slot ; a bell crank including a cam follower configured to be received in the cam slot of the actuation rod; and a latch hook ; the method comprising: inserting the removable card along a chassis guide within the chassis to cause a portion of card to contact the protrusion provided on the extraction lever; rotating, based on the force applied to the protrusion by the portion of the card during the insertion of card, the extraction lever of the retention-extraction device in a first direction; causing, based on the rotation of the extraction lever of the retention-extraction device in the first direction, the actuation rod including the cam slot of the retention-extraction device to move in a linear direction along a surface of the chassis; and imparting, based on the motion of the cam follower of the bell crank received in the cam slot of the actuation rod, rotational movement to the bell crank; imparting, based on the rotation of the bell crank, rotational movement to the latch hook of the retention-extraction device in a second direction, opposite of the first direction of the extraction lever, the latch hook of the retention-extraction device being rotated from an open position to a closed position, and the latch hook of the retention-extraction device retaining the removable card within the chassis when the latch hook of the retention-extraction device is in the closed position. an extraction lever provided with a protrusion ; an actuation rod including a cam slot ; a bell crank including a cam follower configured to be received in the cam slot of the actuation rod; and a latch hook ; inserting the removable card along a chassis guide within the chassis to cause a portion of card to contact the protrusion provided on the extraction lever; rotating, based on the force applied to the protrusion by the portion of the card during the insertion of card, the extraction lever of the retention-extraction device in a first direction; causing, based on the rotation of the extraction lever of the retention-extraction device in the first direction, the actuation rod including the cam slot of the retention-extraction device to move in a linear direction along a surface of the chassis; and imparting, based on the motion of the cam follower of the bell crank received in the cam slot of the actuation rod, rotational movement to the bell crank; imparting, based on the rotation of the bell crank, rotational movement to the latch hook of the retention-extraction device in a second direction, opposite of the first direction of the extraction lever, the latch hook of the retention-extraction device being rotated from an open position to a closed position, and the latch hook of the retention-extraction device retaining the removable card within the chassis when the latch hook of the retention-extraction device is in the closed position.
A method for estimating surface roughness of a ground for an off-road vehicle to control an implement , the method comprising: detecting motion data of an off-road vehicle traversing a field or work site during a sampling interval, the motion data comprising ground speed of the off-road vehicle ; detecting roll data of the off-road vehicle for the sampling interval to obtain a roll acceleration; characterized by the steps of: detecting pitch data of the off-road vehicle for the sampling interval to obtain a pitch acceleration; determining a surface roughness index (ρ) based on the detected motion data, pitch data and roll data for the sampling interval; and displaying the surface roughness index (ρ) to a user or operator of the vehicle . detecting motion data of an off-road vehicle traversing a field or work site during a sampling interval, the motion data comprising ground speed of the off-road vehicle ; detecting roll data of the off-road vehicle for the sampling interval to obtain a roll acceleration; characterized by the steps of: detecting pitch data of the off-road vehicle for the sampling interval to obtain a pitch acceleration; determining a surface roughness index (ρ) based on the detected motion data, pitch data and roll data for the sampling interval; and displaying the surface roughness index (ρ) to a user or operator of the vehicle . detecting pitch data of the off-road vehicle for the sampling interval to obtain a pitch acceleration; determining a surface roughness index (ρ) based on the detected motion data, pitch data and roll data for the sampling interval; and displaying the surface roughness index (ρ) to a user or operator of the vehicle .
A vacuum pump comprising: - a wear recognition device which is configured to detect a set of operating variables of the vacuum pump and to determine a respective wear indicator for the vacuum pump for each of the detected operating variables, said wear indicator indicating the wear of at least one component of the vacuum pump , wherein the at least one component can in particular be a rolling element bearing of the vacuum pump , wherein the respective wear indicator assumes a respective numerical value which is derived from the respective operating variable of the vacuum pump ; and - a protection device , characterized in that the protection device is configured to carry out a measure for reducing the wear of the vacuum pump when at least one of the wear indicators assumes a predetermined state, i.e. exceeds a respective predetermined threshold value, wherein the set of operating variables comprises a number of operating hours of the vacuum pump , a temperature of the vacuum pump , a rotational speed of the vacuum pump , a pressure in the vacuum pump and an intensity of vibrations of the vacuum pump , and wherein the protection device is configured to carry out the measure for reducing the wear of the vacuum pump such that a power consumption of the vacuum pump is limited. - a wear recognition device which is configured to detect a set of operating variables of the vacuum pump and to determine a respective wear indicator for the vacuum pump for each of the detected operating variables, said wear indicator indicating the wear of at least one component of the vacuum pump , wherein the at least one component can in particular be a rolling element bearing of the vacuum pump , wherein the respective wear indicator assumes a respective numerical value which is derived from the respective operating variable of the vacuum pump ; and - a protection device , wherein the set of operating variables comprises a number of operating hours of the vacuum pump , a temperature of the vacuum pump , a rotational speed of the vacuum pump , a pressure in the vacuum pump and an intensity of vibrations of the vacuum pump , and wherein the protection device is configured to carry out the measure for reducing the wear of the vacuum pump such that a power consumption of the vacuum pump is limited.
Method for managing registrations in an IMS network, this method comprising: - a step (E5) of creating, for a given public identity (IMPU), at least two registration queues (F1, F2, F3), each being associated with a registration policy (POL1, POL2, POL3), at least one of said queues being reserved for a particular type of terminal and associated with a registration policy in which the queue is managed using a FIFO method and contains at most one registration; - a step (E10) of receiving a registration message (REG) sent by a terminal (MT, HGW, PC1, PC2) having said public identity, the message comprising a header containing information items on the type of this terminal; - a step (E70) of attributing said at least one of said registration queues to said terminal depending on a said information item on the type of the terminal contained in the header of the registration message. - a step (E5) of creating, for a given public identity (IMPU), at least two registration queues (F1, F2, F3), each being associated with a registration policy (POL1, POL2, POL3), at least one of said queues being reserved for a particular type of terminal and associated with a registration policy in which the queue is managed using a FIFO method and contains at most one registration; - a step (E10) of receiving a registration message (REG) sent by a terminal (MT, HGW, PC1, PC2) having said public identity, the message comprising a header containing information items on the type of this terminal; - a step (E70) of attributing said at least one of said registration queues to said terminal depending on a said information item on the type of the terminal contained in the header of the registration message.
A cushion module for a respiratory mask, the cushion module comprising: a housing comprising thermoformed foam; and a seal comprising thermoformed foam and coupled to the housing in use, the seal comprising a retention portion configured to removably retain the housing in engagement with the seal to form a breathing chamber; characterized in that the retention portion comprises a pair of arms , each of the arms extending forwardly and inwardly from a lateral side of the seal ; wherein the arms are configured to overlap each other. a housing comprising thermoformed foam; and a seal comprising thermoformed foam and coupled to the housing in use, the seal comprising a retention portion configured to removably retain the housing in engagement with the seal to form a breathing chamber; characterized in that the retention portion comprises a pair of arms , each of the arms extending forwardly and inwardly from a lateral side of the seal ; wherein the arms are configured to overlap each other.
An arc deposition system comprising: a coating chamber ; a central cathode target disposed within the coating chamber; at least two anodes surrounding the central cathode target , wherein each anode is configured to be positively biased with respect to the central cathode target such that each anode independently induces an associated racetrack erosion profile on the central cathode target ; and at least two magnetic components located within the central cathode target for guiding an associated arc that forms its associated racetrack erosion profile, each anode of the at least two anodes having an associated magnetic component. a coating chamber ; a central cathode target disposed within the coating chamber; at least two anodes surrounding the central cathode target , wherein each anode is configured to be positively biased with respect to the central cathode target such that each anode independently induces an associated racetrack erosion profile on the central cathode target ; and at least two magnetic components located within the central cathode target for guiding an associated arc that forms its associated racetrack erosion profile, each anode of the at least two anodes having an associated magnetic component.
Method wherein, when damage to a parked motor vehicle is detected, an interfering signal is transmitted by at least one communication module of the motor vehicle to switch mobile communication devices located in the vicinity of the motor vehicle into a receiving mode and set them into a search mode, whereby the mobile communication devices located in the vicinity of the motor vehicle become visible to the at least one communication module of the motor vehicle and are activated by the at least one communication module of the motor vehicle , and wherein the at least one communication module of the motor vehicle detects the MAC addresses of the mobile communication devices located in the vicinity of the motor vehicle and transmits them to a mobile communication device of the vehicle owner .
A valve assembly for a tire pressure management system, comprising: a housing ; a first chamber provided in the housing ; a second chamber provided in the housing , the second chamber being selectively in fluid communication with the first chamber ; a third chamber provided in the housing and selectively in fluid communication with the second chamber ; a deflate piston at least partially provided in the third chamber and the second chamber , wherein the deflate piston selectively permits or prevents fluid communication between the second chamber and the third chamber ; and an inflate piston attached to the deflate piston , the inflate piston at least partially provided in the second chamber and the first chamber , wherein the inflate piston selectively permits or prevents fluid communication between the first chamber and the second chamber ; wherein, when air in the first chamber is at a first pressure, the second chamber is in direct fluid communication with the first chamber and, when air in the first chamber is at a second pressure, the second chamber is in direct fluid communication with the third chamber , the second pressure being greater than the first pressure and the first pressure being greater than an initial pressure. a housing ; a first chamber provided in the housing ; a second chamber provided in the housing , the second chamber being selectively in fluid communication with the first chamber ; a third chamber provided in the housing and selectively in fluid communication with the second chamber ; a deflate piston at least partially provided in the third chamber and the second chamber , wherein the deflate piston selectively permits or prevents fluid communication between the second chamber and the third chamber ; and an inflate piston attached to the deflate piston , the inflate piston at least partially provided in the second chamber and the first chamber , wherein the inflate piston selectively permits or prevents fluid communication between the first chamber and the second chamber ; wherein, when air in the first chamber is at a first pressure, the second chamber is in direct fluid communication with the first chamber and, when air in the first chamber is at a second pressure, the second chamber is in direct fluid communication with the third chamber , the second pressure being greater than the first pressure and the first pressure being greater than an initial pressure.
Exhaust-gas aftertreatment system for an internal combustion engine , comprising an exhaust-gas system in which, in the flow direction of an exhaust-gas flow of the internal combustion engine , a passive NOx adsorber is arranged downstream of a turbine of an exhaust-gas turbocharger and at least one exhaust-gas aftertreatment component for selective catalytic reduction of nitrogen oxides is arranged downstream of the passive NOx adsorber , the exhaust-gas aftertreatment system comprising a heating device arranged in the exhaust-gas system downstream of the passive NOx adsorber and upstream of at least one exhaust-gas aftertreatment component for selective catalytic reduction of nitrogen oxides, characterized in that the exhaust-gas aftertreatment system comprises a compressor , the compressor being connected via a secondary air line to a discharge point for discharging secondary air into the exhaust-gas system , which is arranged downstream of the turbine of the exhaust-gas turbocharger and upstream of the passive NOx adsorber .