mhurhangee/patent-ind-claim-en huggingface dataset:
An automatic gas vent for a wet pipe fire protection sprinkler system, the wet pipe fire protection sprinkler system including a water source and at least one sprinkler , the automatic gas vent comprising: a sensor configured to sense a presence or absence of a liquid; and an electrically operated valve ; the automatic gas vent configured to open the electrically operated valve in response to the sensor sensing the absence of a liquid and close the electrically operated valve in response to the sensor sensing the presence of a liquid characterized in that the automatic gas vent includes a space between the sensor and the electrically operated valve for containing a pressurized gas bubble when the wet pipe fire protection sprinkler system is filled with water, wherein the pressurized gas bubble will expand in volume and remove water from around the sensor when the wet pipe fire protection sprinkler system is drained. a sensor configured to sense a presence or absence of a liquid; and an electrically operated valve ; the automatic gas vent configured to open the electrically operated valve in response to the sensor sensing the absence of a liquid and close the electrically operated valve in response to the sensor sensing the presence of a liquid characterized in that the automatic gas vent includes a space between the sensor and the electrically operated valve for containing a pressurized gas bubble when the wet pipe fire protection sprinkler system is filled with water, wherein the pressurized gas bubble will expand in volume and remove water from around the sensor when the wet pipe fire protection sprinkler system is drained.
A method of making a DNA methylation array comprising a plurality of polynucleotides coupled to a matrix, wherein the plurality of polynucleotides are selected by a method comprising: (a) performing a polynucleotide sequence alignment comprising comparing a human genome with a plurality of non-human mammalian genomes to identify polynucleotide sequences in the human genome comprising CpG methylation sites that are homologous to polynucleotide sequences within genomes of non-human mammalian species comprising CpG methylation sites; (b) ranking the polynucleotide sequences in the human genome identified in (a), wherein the ranking criteria comprises sequence homology to polynucleotide sequences in genomes of non-human mammalian species; and (c) using the ranking in (b) to select a plurality of polynucleotides in the human genome that cross hybridize to a plurality of polynucleotide sequences in the genomes of non-human mammalian species; and (d) coupling selected sequences from step (c) to a matrix so as to form a DNA methylation array. (a) performing a polynucleotide sequence alignment comprising comparing a human genome with a plurality of non-human mammalian genomes to identify polynucleotide sequences in the human genome comprising CpG methylation sites that are homologous to polynucleotide sequences within genomes of non-human mammalian species comprising CpG methylation sites; (b) ranking the polynucleotide sequences in the human genome identified in (a), wherein the ranking criteria comprises sequence homology to polynucleotide sequences in genomes of non-human mammalian species; and (c) using the ranking in (b) to select a plurality of polynucleotides in the human genome that cross hybridize to a plurality of polynucleotide sequences in the genomes of non-human mammalian species; and (d) coupling selected sequences from step (c) to a matrix so as to form a DNA methylation array.
A vacuum pump comprising a housing ; a functional unit arranged in the housing ; and a carrier which is arranged at the housing and which is connected electrically and/or in an IT regard to the functional unit via at least one line , wherein at least one connector is attached to the carrier , said connector being configured as an insulation displacement connector and having a connection section for the line , and wherein the line , as a connection region, has an unassembled line section via which the line directly contacts the connection section of the connector ; characterized in that a plurality of connectors , each having at least one connection section , are attached to the carrier , with the line section of the line contacting the plurality of connection sections in a direct manner in each case. a housing ; a functional unit arranged in the housing ; and a carrier which is arranged at the housing and which is connected electrically and/or in an IT regard to the functional unit via at least one line , wherein at least one connector is attached to the carrier , said connector being configured as an insulation displacement connector and having a connection section for the line , and wherein the line , as a connection region, has an unassembled line section via which the line directly contacts the connection section of the connector ; characterized in that a plurality of connectors , each having at least one connection section , are attached to the carrier , with the line section of the line contacting the plurality of connection sections in a direct manner in each case.
Hydropneumatic piston-cylinder arrangement, particularly for use in vehicle suspension systems and for damping movements of a driver's cab in a corresponding vehicle, comprising a cylinder housing with at least one separator piston arranged therein such that it can be displaced longitudinally, said separator piston separating a first media chamber , particularly for holding a working fluid, such as a hydraulic oil, from a second media chamber , particularly for holding a working gas, such as nitrogen (N 2 ), preferably in a media-tight manner, and comprising a hydropneumatic accumulator , which acts on the first media chamber in the cylinder housing , wherein a piston accumulator with an accumulator housing and with at least one accumulator piston arranged therein such that it can be displaced longitudinally is provided as a hydropneumatic accumulator , said accumulator piston separating a first accumulator chamber , particularly for holding the working fluid, from a second accumulator chamber , particularly for holding an accumulator gas, such as nitrogen (N 2 ), preferably in a media-tight manner, wherein the first accumulator chamber is connected to the first media chamber such as to convey media, and wherein a media compensation chamber , particularly for holding the working fluid, is arranged between the outside of the rod and the inside of the cylinder housing , characterised in that this media compensation chamber is permanently connected to the first media chamber such as to convey media via a damping device in a piston arrangement on a free end face of a piston rod and in that this media compensation chamber is also permanently connected to the first accumulator chamber so as to convey media directly in order to prevent cavitation.
A prompting method for a cooker hood , the cooker hood comprising a filter cartridge , comprising: obtaining current monitoring data about the cooker hood ; determining a current cooking mode based on the current monitoring data; determining a current greasy dirt adhesion amount of the filter cartridge based on the current cooking mode; adding the current greasy dirt adhesion amount and a historical greasy dirt adhesion amount to obtain a current accumulated greasy dirt adhesion amount; and triggering, when the current accumulated greasy dirt adhesion amount is greater than or equal to an accumulated greasy dirt adhesion amount threshold, prompt information about replacing the filter cartridge . obtaining current monitoring data about the cooker hood ; determining a current cooking mode based on the current monitoring data; determining a current greasy dirt adhesion amount of the filter cartridge based on the current cooking mode; adding the current greasy dirt adhesion amount and a historical greasy dirt adhesion amount to obtain a current accumulated greasy dirt adhesion amount; and triggering, when the current accumulated greasy dirt adhesion amount is greater than or equal to an accumulated greasy dirt adhesion amount threshold, prompt information about replacing the filter cartridge .
A novel multi-stage interlock, comprising a main lock and a pair of main lock hooks adapted for the main lock ; the main lock comprises a main lock housing , a control mechanism and a pair of main lock assemblies ; the main lock assemblies and the control mechanism are both arranged in the main lock housing ; the pair of main lock assemblies are located on both sides of the control mechanism ; the control mechanism is capable of controlling the locking and unlocking of all the main lock assemblies synchronously; the main lock hooks are provided with a plurality of first protruding teeth cooperated with the main lock assemblies ; the control mechanism comprises a customs lock and a drive assembly; the customs lock is arranged on an inner side of a lock cover of the main lock housing ; the drive assembly is disposed within the main lock housing ; characterized in that the drive assembly includes a pusher , at least one reduction gear , a first rack and a second rack ; the pusher is slidably arranged in the main lock housing ; a push button of the pusher protrudes from a through hole of the lock cover and is slidably matched with the through hole ; a bottom of the push button is provided with a rack portion ; the rack portion is engaged with a bull gear of the reduction gear ; the first rack and the second rack are both slidably arranged in the main lock housing ; the first rack and the second rack are engaged with the pinion gear of the reduction gear ; an end of the first rack is connected to one of the main lock assemblies ; an end of the second rack is connected to the other one of the main lock assemblies . the control mechanism comprises a customs lock and a drive assembly; the customs lock is arranged on an inner side of a lock cover of the main lock housing ; the drive assembly is disposed within the main lock housing ; characterized in that the drive assembly includes a pusher , at least one reduction gear , a first rack and a second rack ; the pusher is slidably arranged in the main lock housing ; a push button of the pusher protrudes from a through hole of the lock cover and is slidably matched with the through hole ; a bottom of the push button is provided with a rack portion ; the rack portion is engaged with a bull gear of the reduction gear ; the first rack and the second rack are both slidably arranged in the main lock housing ; the first rack and the second rack are engaged with the pinion gear of the reduction gear ; an end of the first rack is connected to one of the main lock assemblies ; an end of the second rack is connected to the other one of the main lock assemblies .
A system comprising one or more control moment gyroscopes and a cryocooler , the cryocooler comprising: a compressor configured to operate at a selected frequency matching an operating frequency of the one or more control moment gyroscopes, the compressor including one or more piston assemblies coupled to flexures configured to communicate a spring force to one or more pistons within the one or more piston assemblies; and a cooling device in fluid communication with the compressor and including a cold tip in fluid communication with a surge volume via an inertance channel and a regenerator assembly , the cold tip configured to provide cooling to a structure external to the cryocooler. a compressor configured to operate at a selected frequency matching an operating frequency of the one or more control moment gyroscopes, the compressor including one or more piston assemblies coupled to flexures configured to communicate a spring force to one or more pistons within the one or more piston assemblies; and a cooling device in fluid communication with the compressor and including a cold tip in fluid communication with a surge volume via an inertance channel and a regenerator assembly , the cold tip configured to provide cooling to a structure external to the cryocooler.
A method for transmitting data, comprising: in response to uplink data to be transmitted to a base station being detected, saving, by User Equipment, UE , in an inactive state, the uplink data in a designated buffer ; in response to Radio Access Network Location Area Update, RLAU, being started, reading, by the UE , the uplink data in the designated buffer ; and transmitting, by the UE , the uplink data to the base station in request signaling corresponding to the RLAU, such that the base station acquires the uplink data in the request signaling , wherein the request signaling is random access request signaling, wherein the transmitting the uplink data to the base station in request signaling corresponding to the RLAU comprises: including, by the UE , the uplink data in the random access request signaling ; and sending, by the UE to the base station , the random access request signaling including the uplink data , characterized in that the random access request signaling further comprises Radio Resource Control, RRC, connection recovery request signaling. in response to uplink data to be transmitted to a base station being detected, saving, by User Equipment, UE , in an inactive state, the uplink data in a designated buffer ; in response to Radio Access Network Location Area Update, RLAU, being started, reading, by the UE , the uplink data in the designated buffer ; and transmitting, by the UE , the uplink data to the base station in request signaling corresponding to the RLAU, such that the base station acquires the uplink data in the request signaling , wherein the request signaling is random access request signaling, wherein the transmitting the uplink data to the base station in request signaling corresponding to the RLAU comprises: including, by the UE , the uplink data in the random access request signaling ; and sending, by the UE to the base station , the random access request signaling including the uplink data , characterized in that the random access request signaling further comprises Radio Resource Control, RRC, connection recovery request signaling. including, by the UE , the uplink data in the random access request signaling ; and sending, by the UE to the base station , the random access request signaling including the uplink data , characterized in that the random access request signaling further comprises Radio Resource Control, RRC, connection recovery request signaling.
A lip-type seal shaft seal device equipped with a rotary member for rotating in a forward direction and a reverse direction, a stationary member concentrically disposed to the inside or respectively outside in a radial direction relative to said rotary member , and a lip seal for sealing the rotary member and the stationary member , pumping parts for creating pumping action through relative rotational sliding of said lip seal and said rotary member are formed in continuous fashion in the circumferential direction on the outside peripheral surface (S) of said rotary member ; said pumping parts are configured with grooves forming a periodic structure comprising a plurality of linear asperities of predetermined pitch, said linear asperities being formed so that the direction thereof is at a predetermined angular incline with respect to the sliding direction of the sliding surfaces of said lip seal and respectively said rotary member ; said pumping parts are configured with intake pumping parts having the plurality of linear asperities for acting on a sealed fluid in the intake direction, and with discharge pumping parts having the plurality of linear asperities for acting on the sealed fluid in the discharge direction, the intake and discharge pumping parts being arranged in a continuous fashion in the circumference direction on the outside peripheral surface of the rotary member , and the intake pumping parts and discharge pumping parts abutting against each other independently in alternating fashion along the circumferential direction, wherein an intake pumping part abuts against a discharge pumping part , which said discharge pumping part further abuts to a further intake pumping part so to form said continuous alternating fashion in said circumference direction on the outside peripheral surface of the rotary member ; the individual asperities of the intake pumping parts and discharge pumping parts are formed such that the inclined angels thereof are symmetrical with respect to the rotation tangent; and a lip of said lip seal extends in the axial direction towards the outside atmosphere side (A) leaving a portion of said pumping parts on the sealed fluid side (L) exposed, wherein the intake pumping parts and the discharge pumping parts are arranged so that during operation the sealed fluid is drawn into the intake pumping parts and fed into adjacent discharge pumping parts thereby returning the sealed fluid to the sealed fluid side through the action of the discharge pumping parts .
A sulfur-carbon composite comprising a porous carbon material; and sulfur, wherein at least a portion of an inside and a surface of the porous carbon material is coated with the sulfur, the sulfur-carbon composite has a pore volume of 0.180 cm 3 /g to 0.300 cm 3 /g, and the sulfur-carbon composite has an average pore size of 40.0 nm to 70.0 nm; and wherein: sulfur and the porous carbon material are present in the sulfur-carbon composite at a weight ratio of 7.5:2.5 to 4:6; the sulfur-carbon composite has particle size distributions d90, d10, and d50 of 100 um to 140 um, 7 um to 15 μm, and 30 um to 70 um, respectively; the particle size distributions d90, d10, and d50 are determined in a range of 0.4 um to 2000 um using a particle size analyzer; and the pore volume and the average pore size are determined using a nitrogen adsorption system. wherein at least a portion of an inside and a surface of the porous carbon material is coated with the sulfur, the sulfur-carbon composite has a pore volume of 0.180 cm 3 /g to 0.300 cm 3 /g, and the sulfur-carbon composite has an average pore size of 40.0 nm to 70.0 nm; and wherein: sulfur and the porous carbon material are present in the sulfur-carbon composite at a weight ratio of 7.5:2.5 to 4:6; the sulfur-carbon composite has particle size distributions d90, d10, and d50 of 100 um to 140 um, 7 um to 15 μm, and 30 um to 70 um, respectively; the particle size distributions d90, d10, and d50 are determined in a range of 0.4 um to 2000 um using a particle size analyzer; and the pore volume and the average pore size are determined using a nitrogen adsorption system. sulfur and the porous carbon material are present in the sulfur-carbon composite at a weight ratio of 7.5:2.5 to 4:6; the sulfur-carbon composite has particle size distributions d90, d10, and d50 of 100 um to 140 um, 7 um to 15 μm, and 30 um to 70 um, respectively; the particle size distributions d90, d10, and d50 are determined in a range of 0.4 um to 2000 um using a particle size analyzer; and the pore volume and the average pore size are determined using a nitrogen adsorption system.
A method of processing a suspended animal carcass as the carcass is moved along a defined path comprising: providing a carcass rail having a plurality of carcass trolleys spaced at desired intervals and movable along the carcass rail , each carcass trolley capable of supporting an animal carcass ; providing the animal carcass supported by a carcass trolley on the carcass rail ; providing a robot-based carcass processing device having a robotic arm driven by a robotic arm servo motor on which is mounted a splitting saw driven by a saw servo motor capable of effecting a splitting operation on the carcass , the robot-based carcass processing device being disposed adjacent the carcass rail ; providing a monitor for torque of one or both of the servo motors ; moving the supported carcass on the carcass rail to a position adjacent the robot-based carcass processing device ; using the robotic arm of the robot-based carcass processing device , moving the servo motor-driven splitting saw toward the carcass rail to splitting cut the supported carcass as it moves along the carcass rail ; using the monitor , monitoring torque of one or both of the servo motors during splitting cutting of the supported carcass ; and using the monitored torque to modify the splitting cutting operation on the supported carcass to cease the splitting cutting operation providing a carcass rail having a plurality of carcass trolleys spaced at desired intervals and movable along the carcass rail , each carcass trolley capable of supporting an animal carcass ; providing the animal carcass supported by a carcass trolley on the carcass rail ; providing a robot-based carcass processing device having a robotic arm driven by a robotic arm servo motor on which is mounted a splitting saw driven by a saw servo motor capable of effecting a splitting operation on the carcass , the robot-based carcass processing device being disposed adjacent the carcass rail ; providing a monitor for torque of one or both of the servo motors ; moving the supported carcass on the carcass rail to a position adjacent the robot-based carcass processing device ; using the robotic arm of the robot-based carcass processing device , moving the servo motor-driven splitting saw toward the carcass rail to splitting cut the supported carcass as it moves along the carcass rail ; using the monitor , monitoring torque of one or both of the servo motors during splitting cutting of the supported carcass ; and using the monitored torque to modify the splitting cutting operation on the supported carcass to cease the splitting cutting operation
A method of operating a terminal , comprising: receiving a frame from an access point , wherein the frame comprises a very high throughput signal, VHT-SIG, field (442; 452), a medium access control, MAC, frame, and a corresponding data field (443; 453), wherein the MAC frame comprises MAC header comprising information indicating whether additional data is to be transmitted to the terminal, CHARACTERIZED IN THAT the VHT-SIG field comprises information indicating whether the access point allows a terminal in a transmission opportunity, TXOP, power saving mode to enter a doze state during a TXOP duration. receiving a frame from an access point , wherein the frame comprises a very high throughput signal, VHT-SIG, field (442; 452), a medium access control, MAC, frame, and a corresponding data field (443; 453), wherein the MAC frame comprises MAC header comprising information indicating whether additional data is to be transmitted to the terminal, CHARACTERIZED IN THAT the VHT-SIG field comprises information indicating whether the access point allows a terminal in a transmission opportunity, TXOP, power saving mode to enter a doze state during a TXOP duration.
Process for reducing thermally induced discoloration of melt-processible fluoropolymer resin, said fluoropolymer resin produced by polymerizing fluoromonomer in an aqueous dispersion medium to form aqueous fluoropolymer dispersion and isolating said fluoropolymer from said aqueous medium to obtain said fluoropolymer resin, said process comprising: melt extruding said fluoropolymer resin to produce molten fluoropolymer resin; and exposing said molten fluoropolymer resin to an oxygen source during said melt extruding; wherein said aqueous fluoropolymer dispersion contains hydrocarbon surfactant which causes said thermally induced discoloration; and wherein oxygen source means any chemical source of oxygen capable of reacting as an oxidizing agent. melt extruding said fluoropolymer resin to produce molten fluoropolymer resin; and exposing said molten fluoropolymer resin to an oxygen source during said melt extruding; wherein said aqueous fluoropolymer dispersion contains hydrocarbon surfactant which causes said thermally induced discoloration; and wherein oxygen source means any chemical source of oxygen capable of reacting as an oxidizing agent.