mhurhangee/patent-ind-claim-en huggingface dataset:
A vortex flowmeter configured to measure a flow rate of a fluid flow comprising: a housing including an interior cavity having a central axis ; a vortex shedder supported by the housing and extending into the interior cavity along a first axis that is oblique to the central axis ; an ultrasonic sensor supported by the housing on a downstream side of the vortex shedder and configured to produce an ultrasonic flow rate output that is indicative of the flow rate of the fluid flow through the interior cavity , the ultrasonic sensor including an ultrasonic emitter and an ultrasonic receiver that are positioned on opposing sides of the interior cavity ; a bending moment sensor supported by the housing on the downstream side of the vortex shedder and configured to produce a bending moment flow rate output that is indicative of the flow rate of the fluid flow through the interior cavity , the bending moment sensor including a beam extending from a wall of the interior cavity along the first axis ; and a controller configured to use the bending moment flow rate output from the bending moment sensor to detect a shedding frequency of vortices shed by the vortex shedder and configured to generate a flow rate measurement that is indicative of the flow rate based on the ultrasonic flow rate output and/or the bending moment flow rate output. a housing including an interior cavity having a central axis ; a vortex shedder supported by the housing and extending into the interior cavity along a first axis that is oblique to the central axis ; an ultrasonic sensor supported by the housing on a downstream side of the vortex shedder and configured to produce an ultrasonic flow rate output that is indicative of the flow rate of the fluid flow through the interior cavity , the ultrasonic sensor including an ultrasonic emitter and an ultrasonic receiver that are positioned on opposing sides of the interior cavity ; a bending moment sensor supported by the housing on the downstream side of the vortex shedder and configured to produce a bending moment flow rate output that is indicative of the flow rate of the fluid flow through the interior cavity , the bending moment sensor including a beam extending from a wall of the interior cavity along the first axis ; and a controller configured to use the bending moment flow rate output from the bending moment sensor to detect a shedding frequency of vortices shed by the vortex shedder and configured to generate a flow rate measurement that is indicative of the flow rate based on the ultrasonic flow rate output and/or the bending moment flow rate output.
A memory card, comprising a card body , and a communications unit and a storage unit that are disposed on the card body, wherein a plurality of connection pins are disposed on the card body , the plurality of connection pins comprise a first connection pin, a second connection pin, and a third connection pin, the first connection pin is separately connected to the communications unit and the storage unit , the second connection pin is separately connected to the communications unit and the storage unit , and the third connection pin is connected to the communications unit , wherein the memory card further comprises a first processor and a control switch , wherein the first processor is configured to control, by using the control switch , the first connection pin and the second connection pin to be connected to the communications unit or the storage unit ; wherein the first processor is configured to: control, by using the control switch , the first connection pin and the second connection pin to be connected to the communications unit ; characterized in that the first processor is further configured to : control the communications unit to send a connection determining signal to a mobile terminal, and when no feedback signal of the mobile terminal is received, control the control switch to connect the first connection pin and the second connection pin to the storage unit . the memory card further comprises a first processor and a control switch , wherein the first processor is configured to control, by using the control switch , the first connection pin and the second connection pin to be connected to the communications unit or the storage unit ; wherein the first processor is configured to: control, by using the control switch , the first connection pin and the second connection pin to be connected to the communications unit ; characterized in that the first processor is further configured to : control the communications unit to send a connection determining signal to a mobile terminal, and when no feedback signal of the mobile terminal is received, control the control switch to connect the first connection pin and the second connection pin to the storage unit . control, by using the control switch , the first connection pin and the second connection pin to be connected to the communications unit ; characterized in that the first processor is further configured to : control the communications
Agricultural baler comprising: - a bale case , having a wall portion with an entrance opening for the introduction of crop material; - a plunger , disposed for movement in the bale case to thereby compact said crop material into bales; - a duct for the transportation of said crop material to said entrance opening; - a stuffer unit , operable associated with said duct and comprising: - a fork assembly comprising tines ; and - a drive mechanism acting on the fork assembly; wherein - the drive mechanism comprises: - a first drive member configured for a reciprocating motion along a path of movement and operatively connected to a power source of the baler; and - a second drive member configured for a reciprocating motion along the path of movement of the first drive member and operatively connected to the fork assembly, characterized in that - the drive mechanism further comprises: - a selectively operable coupling arrangement configured for selectively coupling the second drive member either to the first drive member or to a stationary part of the baler . - a bale case , having a wall portion with an entrance opening for the introduction of crop material; - a plunger , disposed for movement in the bale case to thereby compact said crop material into bales; - a duct for the transportation of said crop material to said entrance opening; - a stuffer unit , operable associated with said duct and comprising: - a fork assembly comprising tines ; and - a drive mechanism acting on the fork assembly; - a fork assembly comprising tines ; and - a drive mechanism acting on the fork assembly; - the drive mechanism comprises: - a first drive member configured for a reciprocating motion along a path of movement and operatively connected to a power source of the baler; and - a second drive member configured for a reciprocating motion along the path of movement of the first drive member and operatively connected to the fork assembly, - a first drive member configured for a reciprocating motion along a path of movement and operatively connected to a power source of the baler; and - a second drive member configured for a reciprocating motion along the path of movement of the first drive member and operatively connected to the fork assembly, - the drive mechanism further comprises: - a selectively operable coupling arrangement configured for selectively coupling the second drive member either to the first drive member or to a stationary part of the baler . - a selectively operable coupling arrangement configured for selectively coupling the second drive member either to the first drive member or to a stationary part of the baler .
An assembly (1; 1") for the positioning and position detection of a deformable load-bearing plate, including: a drive parallel-type cinematic system (3; 5"; 50) having a plurality of drive legs, wherein the load-bearing plate (4; 4"; 40) forms a component of the drive parallel-type cinematic system or is rigidly fixed on a platform of it, characterized by a reference parallel-type cinematic system (5; 5", 50) having a substantially deformation-free reference plate (6; 6"; 60) formed by the platform (5a; 5a", 52) thereof or rigidly fixed on it, which is positioned below the load-bearing plate, and having a plurality of reference legs, a sensor arrangement (8; 70) comprising a plurality of leg length measurement devices arranged within the reference legs, as well as a plurality of distance sensors arranged on the reference plate for the point-wise or range-based detection of the distance of the reference plate from the load-bearing plate, and a position calculation unit connected to the leg length measurement devices and the distance sensors on an input side, which processes the output signals of the leg length measurement devices and the distance sensors to a position map of the load-bearing plate. a drive parallel-type cinematic system (3; 5"; 50) having a plurality of drive legs, wherein the load-bearing plate (4; 4"; 40) forms a component of the drive parallel-type cinematic system or is rigidly fixed on a platform of it, characterized by a reference parallel-type cinematic system (5; 5", 50) having a substantially deformation-free reference plate (6; 6"; 60) formed by the platform (5a; 5a", 52) thereof or rigidly fixed on it, which is positioned below the load-bearing plate, and having a plurality of reference legs, a sensor arrangement (8; 70) comprising a plurality of leg length measurement devices arranged within the reference legs, as well as a plurality of distance sensors arranged on the reference plate for the point-wise or range-based detection of the distance of the reference plate from the load-bearing plate, and a position calculation unit connected to the leg length measurement devices and the distance sensors on an input side, which processes the output signals of the leg length measurement devices and the distance sensors to a position map of the load-bearing plate.
A suspension for a vehicle, the suspension comprising: a leaf spring provided at a suspension arm connecting a body frame to a knuckle ; a spring pad coupled to the leaf spring ; and a coil spring provided to be supported, at opposite ends of the coil spring , by a body member and the spring pad , the body member being located above the suspension arm . a leaf spring provided at a suspension arm connecting a body frame to a knuckle ; a spring pad coupled to the leaf spring ; and a coil spring provided to be supported, at opposite ends of the coil spring , by a body member and the spring pad , the body member being located above the suspension arm .
A shutter which is formed to be capable of bending in a sliding direction, and which slides along a pair of guide grooves including a curved portion at one portion thereof, the guide grooves being provided on two sides, facing each other, of an opening of a device main member and a shutter storage side, to open and close the opening, the shutter comprising: a shutter base material sliding along the guide grooves in a state wherein corresponding portions thereof fit into the guide grooves ; and a hinge base material disposed to cover at least an outer face of the shutter base material , the hinge base material being a sheet formed of a continuous fiber reinforced plastic, wherein the shutter base material is made of rigid resin; the shutter base material is structured by a plurality of piece-like rib materials arranged side by side at intervals in the sliding direction; and a single projection is provided at both ends of the piece-like rib material ; the shutter being characterized in that the shutter base material is also structured by a first plate-like rib material placed in a front side and having a plate width wider than that of the piece-like rib materials , two projections are provided at both end portions of the plate-like rib material , and each projection is provided in a step shape relative to an upper face of the piece-like rib material and the plate-like rib material , and slidably fitted into the guide groove . a shutter base material sliding along the guide grooves in a state wherein corresponding portions thereof fit into the guide grooves ; and a hinge base material disposed to cover at least an outer face of the shutter base material , the hinge base material being a sheet formed of a continuous fiber reinforced plastic, wherein the shutter base material is made of rigid resin; the shutter base material is structured by a plurality of piece-like rib materials arranged side by side at intervals in the sliding direction; and a single projection is provided at both ends of the piece-like rib material ; the shutter being characterized in that the shutter base material is also structured by a first plate-like rib material placed in a front side and having a plate width wider than that of the piece-like rib materials , two projections are provided at both end portions of the plate-like rib material , and each projection is provided in a step shape relative to an upper face of the piece-like rib material and the plate-like rib material , and slidably fitted into the guide groove .
A pharmaceutical composition for use in the prevention or treatment of a neurodegenerative disease, with reduced immunosuppressive activity, comprising one or more FK506 derivatives selected from the group consisting of 31- O -demethyl-FK506, 9-deoxo-31- O -demethyl-FK506, and 9-deoxo-prolyl-FK506 represented by Formula 2 below:
A method of operating a headend computer, comprising: under control of one or more processors configured with executable instructions: receiving data from user equipment, UE, in a communication; receiving , from a mobility management entity, MME, a value of a maximum coupling loss, MCL, of the communication; analyzing the MCL of the communication, wherein the analyzing is based at least in part on data inputs from the UE, wherein the analyzing comprises: determining a period of polling of the user equipment; and determining acceptable device latency; and providing the UE with values for: a first timer that directs a cellular modem of the UE when to enter and when to exit a power-save mode, PSM, and a second timer that directs the cellular modem of the UE when to enter and when to exit an idle mode; wherein the values provided to the UE are based at least in part on the determined period of polling and the determined acceptable device latency, and the MCL of the communication. receiving data from user equipment, UE, in a communication; receiving , from a mobility management entity, MME, a value of a maximum coupling loss, MCL, of the communication; analyzing the MCL of the communication, wherein the analyzing is based at least in part on data inputs from the UE, wherein the analyzing comprises: determining a period of polling of the user equipment; and determining acceptable device latency; and determining a period of polling of the user equipment; and determining acceptable device latency; and providing the UE with values for: a first timer that directs a cellular modem of the UE when to enter and when to exit a power-save mode, PSM, and a second timer that directs the cellular modem of the UE when to enter and when to exit an idle mode; wherein the values provided to the UE are based at least in part on the determined period of polling and the determined acceptable device latency, and the MCL of the communication. a first timer that directs a cellular modem of the UE when to enter and when to exit a power-save mode, PSM, and a second timer that directs the cellular modem of the UE when to enter and when to exit an idle mode; wherein the values provided to the UE are based at least in part on the determined period of polling and the determined acceptable device latency, and the MCL of the communication.
A lens for receiving light from an LED , comprising: a tapered cylindrical opening having a tapered sidewall surface extending into the lens from a light entry region configured for receiving the entirety of light from the LED , wherein the tapered sidewall surface extends from an opening formed by the tapered cylindrical opening at the light entry region to an upper surface , wherein the tapered sidewall surface further comprises: a plurality of planar lunes extending radially inward toward a central axis from the opening to the upper surface , and a diffusion surface on each of the plurality of lunes ; and wherein the lens further comprises: a concave spherical surface extending across the entirety of a light exit region of the lens; and a total internal reflective (TIR) outer surface shaped as a compound parabolic concentrator (CPC) extending between the light entry region and the light exit region . a tapered cylindrical opening having a tapered sidewall surface extending into the lens from a light entry region configured for receiving the entirety of light from the LED , wherein the tapered sidewall surface extends from an opening formed by the tapered cylindrical opening at the light entry region to an upper surface , wherein the tapered sidewall surface further comprises: a plurality of planar lunes extending radially inward toward a central axis from the opening to the upper surface , and a diffusion surface on each of the plurality of lunes ; and a plurality of planar lunes extending radially inward toward a central axis from the opening to the upper surface , and a diffusion surface on each of the plurality of lunes ; and a concave spherical surface extending across the entirety of a light exit region of the lens; and a total internal reflective (TIR) outer surface shaped as a compound parabolic concentrator (CPC) extending between the light entry region and the light exit region .
Filter device , in particular for a liquid medium, such as for example a cooling medium in a cooling circuit of a fuel-cell system , having: a support structure which extends between a first end and a second end and which defines an interior space tapering from the first end to the second end , wherein, at the second end , the support structure has a flow body which projects into the interior space in the direction of the first end and which tapers in the direction of the first end , and wherein the support structure has passages which connect the interior space to surroundings of the support structure in a fluidically conducting manner; and a filter medium which is accommodated in the interior space of the support structure , characterized in that the filter device additionally has a line body which, at the first end , projects into the interior space of the support structure and which defines a flow channel extending between an inlet opening and an outlet opening ; wherein the outlet opening is situated directed towards the interior space of the support structure ; and wherein the flow channel has an outlet portion which widens, in particular conically widens, to the outlet opening . a support structure which extends between a first end and a second end and which defines an interior space tapering from the first end to the second end , wherein, at the second end , the support structure has a flow body which projects into the interior space in the direction of the first end and which tapers in the direction of the first end , and wherein the support structure has passages which connect the interior space to surroundings of the support structure in a fluidically conducting manner; and a filter medium which is accommodated in the interior space of the support structure , characterized in that the filter device additionally has a line body which, at the first end , projects into the interior space of the support structure and which defines a flow channel extending between an inlet opening and an outlet opening ; wherein the outlet opening is situated directed towards the interior space of the support structure ; and wherein the flow channel has an outlet portion which widens, in particular conically widens, to the outlet opening .
A piezoelectric actuator , comprising: a suspension plate , wherein the suspension plate is a square structure, and the suspension plate is permitted to undergo a curvy vibration from a middle portion to a periphery portion ; an outer frame arranged around the suspension plate ; at least one bracket connected between the suspension plate and the outer frame for elastically supporting the suspension plate ; and a piezoelectric ceramic plate , wherein the piezoelectric ceramic plate is a square structure, a length of the piezoelectric ceramic plate is not larger than a length of the suspension plate , and the piezoelectric ceramic plate is attached on a first surface of the suspension plate , wherein when a voltage is applied to the piezoelectric ceramic plate , the suspension plate is driven to undergo the curvy vibration; characterized in that a length of the suspension plate is in a range between 4mm and 8mm. a suspension plate , wherein the suspension plate is a square structure, and the suspension plate is permitted to undergo a curvy vibration from a middle portion to a periphery portion ; an outer frame arranged around the suspension plate ; at least one bracket connected between the suspension plate and the outer frame for elastically supporting the suspension plate ; and a piezoelectric ceramic plate , wherein the piezoelectric ceramic plate is a square structure, a length of the piezoelectric ceramic plate is not larger than a length of the suspension plate , and the piezoelectric ceramic plate is attached on a first surface of the suspension plate , wherein when a voltage is applied to the piezoelectric ceramic plate , the suspension plate is driven to undergo the curvy vibration; characterized in that a length of the suspension plate is in a range between 4mm and 8mm.
A process for preparing 2,3,3,3-tetrafluoropropene comprising: (a) providing a reaction to make 2,3,3,3-tetrafluoropropene by dehydrochlorination of 2-chloro-1,1,1 ,2-tetrafluoropropane, the reaction taking place in a reactor, the reaction having a first selectivity for 2,3,3,3-tetrafluoropropene; (b) detecting a second selectivity for 2,3,3,3-tetrafluoropropene as the reaction proceeds; (c) ceasing the reaction; (d) removing impurities from said reactor by introducing a reducing agent or an oxidizing agent or by mechanical means under conditions effective to reduce the impurities and improve selectivity to 2,3,3,3-tetrafluoropropene; and (e) resuming the reaction. (a) providing a reaction to make 2,3,3,3-tetrafluoropropene by dehydrochlorination of 2-chloro-1,1,1 ,2-tetrafluoropropane, the reaction taking place in a reactor, the reaction having a first selectivity for 2,3,3,3-tetrafluoropropene; (b) detecting a second selectivity for 2,3,3,3-tetrafluoropropene as the reaction proceeds; (c) ceasing the reaction; (d) removing impurities from said reactor by introducing a reducing agent or an oxidizing agent or by mechanical means under conditions effective to reduce the impurities and improve selectivity to 2,3,3,3-tetrafluoropropene; and (e) resuming the reaction.