mhurhangee/patent-ind-claim-en huggingface dataset:
A clothing treatment agent dispensing assembly for use in a clothing treatment device, wherein the clothing treatment device comprises a body, and the clothing treatment agent dispensing assembly comprises a dispensing container , a storage container and a docking mechanism ; and wherein the dispensing container and the storage container are both slidingly connected to the body, the docking mechanism enables the dispensing container and the storage container to be engaged with each other, and enables the dispensing container and the storage container to slide stably relative to the body as a whole, characterized in that the docking mechanism comprises a first docking portion provided on the dispensing container and a second docking portion provided on the storage container , and the first docking portion and the second docking portion cooperate with each other to engage the dispensing container with the storage container , wherein the first docking portion is a pin hole , and the second docking portion is a positioning pin matching the pin hole, or wherein the first docking portion is a positioning pin , and the second docking portion is a pin hole matching the positioning pin. wherein the clothing treatment device comprises a body, and the clothing treatment agent dispensing assembly comprises a dispensing container , a storage container and a docking mechanism ; and wherein the dispensing container and the storage container are both slidingly connected to the body, the docking mechanism enables the dispensing container and the storage container to be engaged with each other, and enables the dispensing container and the storage container to slide stably relative to the body as a whole, characterized in that the docking mechanism comprises a first docking portion provided on the dispensing container and a second docking portion provided on the storage container , and the first docking portion and the second docking portion cooperate with each other to engage the dispensing container with the storage container , wherein the first docking portion is a pin hole , and the second docking portion is a positioning pin matching the pin hole, or wherein the first docking portion is a positioning pin , and the second docking portion is a pin hole matching the positioning pin. the docking mechanism comprises a first docking portion provided on the dispensing container and a second docking portion provided on the storage container , and the first docking portion and the second docking portion cooperate with each other to engage the dispensing container with the storage container , wherein the first docking portion is a pin hole , and the second docking portion is a positioning pin matching the pin hole, or wherein the first docking portion is a positioning pin , and the second docking portion is a pin hole matching the positioning pin.
A network handover method performed by a terminal device, comprising: obtaining a link quality parameter of a data link of the terminal device, wherein the terminal device currently accesses a 5G system; and determining that the 5G system is unavailable when the link quality parameter meets a specified condition, and handing over from the 5G system to a non-5G system, wherein the link quality parameter comprises a quantity of uplink data packets and a quantity of downlink data packets that are received in specified duration, and the specified condition comprises: in the specified duration, the quantity of downlink data packets received by the terminal device exceeds a first threshold, and a quantity of sent uplink data packets is 0; or the specified condition comprises: in the specified duration, a quantity of uplink data packets sent by the terminal device exceeds a second threshold, and the quantity of received downlink data packets is 0, wherein after determining that the 5G system is unavailable, the method further comprises: recovering a network by querying a route; and the handing over from the 5G system to a non-5G system comprises: if the network is unsuccessfully recovered, handing over to the non-5G system. obtaining a link quality parameter of a data link of the terminal device, wherein the terminal device currently accesses a 5G system; and determining that the 5G system is unavailable when the link quality parameter meets a specified condition, and handing over from the 5G system to a non-5G system, wherein the link quality parameter comprises a quantity of uplink data packets and a quantity of downlink data packets that are received in specified duration, and the specified condition comprises: in the specified duration, the quantity of downlink data packets received by the terminal device exceeds a first threshold, and a quantity of sent uplink data packets is 0; or the specified condition comprises: in the specified duration, a quantity of uplink data packets sent by the terminal device exceeds a second threshold, and the quantity of received downlink data packets is 0, wherein after determining that the 5G system is unavailable, the method further comprises: recovering a network by querying a route; and the handing over from the 5G system to a non-5G system comprises: if the network is unsuccessfully recovered, handing over to the non-5G system. recovering a network by querying a route; and the handing over from the 5G system to a non-5G system comprises: if the network is unsuccessfully recovered, handing over to the non-5G system.
An appliance , comprising: at least one processor ; and at least one tangible computer readable medium accessible to the processor and storing executable instructions, which, when executed by the processor , cause the processor to instantiate a single virtual machine monitor, centralized control plane, VMM CPP configured to communicate with plural VMM data planes in a cluster of servers and to execute remotely from the plural VMM data planes , wherein each of the plural VMM data planes is hosted on a respective one of the servers , communicates with respective plural virtual machines, VM, on the respective server , and emulates software and forwarding hardware of a respective linecard of a modular Ethernet switch chassis interfacing the corresponding plural VMs to a network, wherein the VMM CCP emulates a supervisor module of a modular Ethernet switch chassis including the first and second linecards, and the appliance executes an instance of a data center-operating system, DC-OS program that spawns the VMM CCP, manages appliance, manages local communication interfaces that are not visible to the VMM CCP and manages communication with redundant appliance that includes at least one standby VMM CCP instance. at least one processor ; and at least one tangible computer readable medium accessible to the processor and storing executable instructions, which, when executed by the processor , cause the processor to instantiate a single virtual machine monitor, centralized control plane, VMM CPP configured to communicate with plural VMM data planes in a cluster of servers and to execute remotely from the plural VMM data planes , wherein each of the plural VMM data planes is hosted on a respective one of the servers , communicates with respective plural virtual machines, VM, on the respective server , and emulates software and forwarding hardware of a respective linecard of a modular Ethernet switch chassis interfacing the corresponding plural VMs to a network, wherein the VMM CCP emulates a supervisor module of a modular Ethernet switch chassis including the first and second linecards, and the appliance executes an instance of a data center-operating system, DC-OS program that spawns the VMM CCP, manages appliance, manages local communication interfaces that are not visible to the VMM CCP and manages communication with redundant appliance that includes at least one standby VMM CCP instance.
A peroxide-crosslinkable fluoroelastomer composition comprising: a fluorine-containing elastomer that contains 25 to 90 mol% of a unit of vinylidene fluoride, 10 to 75 mol% of a unit of a fluorine-containing monomer other than the vinylidene fluoride, 0 to 10 mol% of a unit of a fluorine-free monomer copolymerizable with the vinylidene fluoride, and 0.1% by mass or less of an iodine atom and a bromine atom; an organic peroxide having a structure represented by the following formula : wherein R is H or a C1-C4 alkyl group; and a co-crosslinking agent, the organic peroxide being present in an amount of 0.3 to 10 parts by mass relative to 100 parts by mass of the fluorine-containing elastomer. a fluorine-containing elastomer that contains 25 to 90 mol% of a unit of vinylidene fluoride, 10 to 75 mol% of a unit of a fluorine-containing monomer other than the vinylidene fluoride, 0 to 10 mol% of a unit of a fluorine-free monomer copolymerizable with the vinylidene fluoride, and 0.1% by mass or less of an iodine atom and a bromine atom; an organic peroxide having a structure represented by the following formula : wherein R is H or a C1-C4 alkyl group; and a co-crosslinking agent, the organic peroxide being present in an amount of 0.3 to 10 parts by mass relative to 100 parts by mass of the fluorine-containing elastomer.
A plastic optical fiber comprising a core and at least one layer of cladding, wherein the innermost layer of said cladding is being composed of a copolymer which contains as copolymerizing ingredients: 17 to 25% by weight of hexafluoropropylene 49 to 70% by weight of tetrafluoroethylene 14 to 30% by weight of vinylidene fluoride, and 2 to 7% by weight of a perfluoroalkylvinylether, characterized in that the bending elastic modulus of the innermost layer of said cladding is 20 to 70 MPa and in that the innermost layer of said cladding has a proportion of the weight of hexafluoropropylene of 0.250 to 0.360 with respect to the total weight of tetrafluoroethylene and vinylidene fluoride. 17 to 25% by weight of hexafluoropropylene 49 to 70% by weight of tetrafluoroethylene 14 to 30% by weight of vinylidene fluoride, and 2 to 7% by weight of a perfluoroalkylvinylether, characterized in that the bending elastic modulus of the innermost layer of said cladding is 20 to 70 MPa and in that the innermost layer of said cladding has a proportion of the weight of hexafluoropropylene of 0.250 to 0.360 with respect to the total weight of tetrafluoroethylene and vinylidene fluoride.
A method for ascertaining a position-related braking capability of a vehicle, a first vehicle ascertaining at least one item of position-related information about a line, the at least one item of position-related information about the line being information pertaining to a braking capability on the line, the first vehicle transmitting the at least one item of position-related information to a receiver, the receiver being at least one second vehicle.
An oscillating apparatus such as a tattooing apparatus comprising a housing , a handle , a power supply and - a needle connector configured to be connected or attached or fixed to a needle having at least one needle tip , said needle connector being configured to move relative to a stationary part of a linear electric motor , and said needle connector being configured to move reciprocating along a straight line between a retracted position and a forward position; - a linear electric motor in form of either a voice coil motor or a linear multi-phase motor having a variable and controllable motor controlling stroke length, position and velocity of the needle connector ; - the apparatus further comprises a first sensor and a controller , characterized in that the first sensor is configured to read the linear position of the needle connector , and transmit the reading as an input to the controller , and the controller is provided with a profile for the linear position of the needle connector and is configured to - receive the input from the first sensor and - compare the input from the first sensor with the profile for the linear position of the needle connector and - sending an output to the linear electric motor correcting the stroke length and velocity of the needle connector to adapt to the profile for the linear position of the needle connector. - a needle connector configured to be connected or attached or fixed to a needle having at least one needle tip , said needle connector being configured to move relative to a stationary part of a linear electric motor , and said needle connector being configured to move reciprocating along a straight line between a retracted position and a forward position; - a linear electric motor in form of either a voice coil motor or a linear multi-phase motor having a variable and controllable motor controlling stroke length, position and velocity of the needle connector ; - the apparatus further comprises a first sensor and a controller , characterized in that the first sensor is configured to read the linear position of the needle connector , and transmit the reading as an input to the controller , and the controller is provided with a profile for the linear position of the needle connector and is configured to - receive the input from the first sensor and - compare the input from the first sensor with the profile for the linear position of the needle connector and - sending an output to the linear electric motor correcting the stroke length and velocity of the needle connector to adapt to the profile for the linear position of the needle connector.
Charging door system for a pyrometallurgical plant, particularly steel works, comprising at least one metallurgical vessel with a housing and at least one charging platform , by which a charging opening and/or emptying opening in the housing is or are closable, wherein the charging door plant comprises at least one charging door leaf which is supported by suspension on a carrier and which is movable on the carrier , wherein the carrier is held by a frame arranged in stationary location on the charging platform , wherein the at least one charging door leaf comprises at least one upper support wheel , characterised in that the charging door leaf further comprises at least one lower support wheel and that the upper and lower support wheels are arranged in the travel direction at a spacing from one another on opposite sides of the mass centre of gravity of the charging door leaf .
A transferring group comprising a plurality of control units (U) each provided with an actuator (M) configured to control the opening / the closing of a gripper (P) by means of a kinematic chain comprising at least a control rod (A) acting on said gripper (P), a rocking lever engaged with said rod (A) and a control lever transferring a control action from said actuator (M) to said rocking lever , said grippers (P) of the plurality of control units (U) being integral with first side transferring means (T 1 ), characterized in that said actuator is being composed of a tubular linear electric motor provided with a stator and a slider reciprocally sliding, the slider being provided with a front section constrained in the movement with said control lever , and in that the position of said slider in relation to a fixed terminal board integral with said stator is being detected by a position transducer . an actuator (M) configured to control the opening / the closing of a gripper (P) by means of a kinematic chain comprising at least a control rod (A) acting on said gripper (P), a rocking lever engaged with said rod (A) and a control lever transferring a control action from said actuator (M) to said rocking lever , said grippers (P) of the plurality of control units (U) being integral with first side transferring means (T 1 ), characterized in that said actuator is being composed of a tubular linear electric motor provided with a stator and a slider reciprocally sliding, the slider being provided with a front section constrained in the movement with said control lever , and in that the position of said slider in relation to a fixed terminal board integral with said stator is being detected by a position transducer .
A method of improving communications, comprising: receiving a first packet from a backhaul at a gateway communicatively coupled to an end terminal through an unmanned air vehicle, UAV, wherein a first wireless link communicatively couples the gateway to the UAV, and a second wireless link communicatively couples the UAV to the end terminal; determining , with one or more processors, a signal quality on at least the first link between the gateway and the UAV in a first direction; if the signal quality exceeds a first predetermined threshold: encoding , at the gateway, the first received packet for processing by the end terminal; and characterised by tagging the first received packet with an indicator to bypass only forward error correction, FEC, at the UAV monitoring , with the one or more processors at the gateway, the signal quality on at least the first link; comparing the monitored signal quality to a second threshold lower than the first threshold; and continuing encoding and tagging packets for FEC bypass at the UAV until the monitored signal quality falls below the second threshold. receiving a first packet from a backhaul at a gateway communicatively coupled to an end terminal through an unmanned air vehicle, UAV, wherein a first wireless link communicatively couples the gateway to the UAV, and a second wireless link communicatively couples the UAV to the end terminal; determining , with one or more processors, a signal quality on at least the first link between the gateway and the UAV in a first direction; if the signal quality exceeds a first predetermined threshold: encoding , at the gateway, the first received packet for processing by the end terminal; and characterised by tagging the first received packet with an indicator to bypass only forward error correction, FEC, at the UAV monitoring , with the one or more processors at the gateway, the signal quality on at least the first link; comparing the monitored signal quality to a second threshold lower than the first threshold; and continuing encoding and tagging packets for FEC bypass at the UAV until the monitored signal quality falls below the second threshold. encoding , at the gateway, the first received packet for processing by the end terminal; and characterised by tagging the first received packet with an indicator to bypass only forward error correction, FEC, at the UAV monitoring , with the one or more processors at the gateway, the signal quality on at least the first link; comparing the monitored signal quality to a second threshold lower than the first threshold; and continuing encoding and tagging packets for FEC bypass at the UAV until the monitored signal quality falls below the second threshold.
A process for recovering electrical power from a steam reboiler system with a turbine, the process comprising: converting an inlet liquid process stream into a vapor phase and a liquid phase in a reboiler ; heating the inlet liquid process stream within the reboiler with a stream of steam with a heat exchanger having an inlet and an outlet ; reducing a pressure of the stream of steam with a turbine prior to heating the inlet liquid process stream ; recovering condensate from the outlet after heating the inlet liquid process stream ; rotating a turbine wheel within the turbine , the turbine wheel configured to transmit rotational movement to an electrical generator ; and generating electricity with the turbine ; wherein the inlet liquid process stream is from a processing unit; characterized in that the process further comprises: receiving information from the turbine relative to an amount of electricity generated by the turbine ; and, receiving information associated with a throughput of the processing unit, determining an electrical power generated target based in part upon the information associated with the throughput of the processing unit. converting an inlet liquid process stream into a vapor phase and a liquid phase in a reboiler ; heating the inlet liquid process stream within the reboiler with a stream of steam with a heat exchanger having an inlet and an outlet ; reducing a pressure of the stream of steam with a turbine prior to heating the inlet liquid process stream ; recovering condensate from the outlet after heating the inlet liquid process stream ; rotating a turbine wheel within the turbine , the turbine wheel configured to transmit rotational movement to an electrical generator ; and generating electricity with the turbine ; receiving information from the turbine relative to an amount of electricity generated by the turbine ; and, receiving information associated with a throughput of the processing unit, determining an electrical power generated target based in part upon the information associated with the throughput of the processing unit.
Pneumatic vehicle tyre with a tread having at least one shoulder-side profile rib which is delimited by a circumferential channel formed to a profile depth (T P ), said profile rib being provided with a multiplicity of transverse channels which run parallel to one another in plan view and end before the circumferential channel and have in each case one channel base and one end flank running as a continuation of said channel base to the tread periphery, and said profile rib furthermore being provided with depressions which proceed from the circumferential channel and are open to the tread periphery and have an end flank situated in the interior of the shoulder-side profile rib and running to the tread periphery, wherein the depressions are assigned to in each case one transverse channel such that their end flanks are situated opposite one another, wherein, between each depression and the transverse channel assigned thereto, there runs in each case one short sipe of narrower and shallower form in comparison with the transverse channel and the depression , said short sipe having a depth (t E ) of at least 30% of the profile depth (T P ), characterized in that , in plan view, the short sipe is made up of two sipe portions which include an angle (λ) of 130° to 170° and of which one extends as far as the end flank of the depression and the other extends as far as the end flank of the transverse channel . said profile rib being provided with a multiplicity of transverse channels which run parallel to one another in plan view and end before the circumferential channel and have in each case one channel base and one end flank running as a continuation of said channel base to the tread periphery, and said profile rib furthermore being provided with depressions which proceed from the circumferential channel and are open to the tread periphery and have an end flank situated in the interior of the shoulder-side profile rib and running to the tread periphery, wherein the depressions are assigned to in each case one transverse channel such that their end flanks are situated opposite one another, wherein, between each depression and the transverse channel assigned thereto, there runs in each case one short sipe of narrower and shallower form in comparison with the transverse channel and the depression , said short sipe having a depth (t E ) of at least 30% of the profile depth (T P ), characterized in that , in plan view, the short sipe is made up of two sipe portions which include an angle (λ) of 130° to 170° and of which one extends as far as the end flank of the depression and the other extends as far as the end flank of the transverse channel .