mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for communications management in respect of a moving platform, comprising: an interface for receiving condition data, wherein the condition data is representative of a prevailing situational and/or environmental condition affecting a current communications plan, and in response generating a plan request for sending to a dynamic planner ; and a dynamic planner configured to, in response to receiving the plan request from the interface : generate an antenna and/or link selection plan; generate a power transmission selection and/or antenna beam selection plan; and generate a node manoeuvre plan; and for each of the antenna and/or link selection plan, power transmission selection and/or antenna beam selection plan, and node manoeuvre plan, generate a plan metric, wherein the interface is configured to select the plan having the highest plan metric to implement, in order to optimise communications. an interface for receiving condition data, wherein the condition data is representative of a prevailing situational and/or environmental condition affecting a current communications plan, and in response generating a plan request for sending to a dynamic planner ; and a dynamic planner configured to, in response to receiving the plan request from the interface : generate an antenna and/or link selection plan; generate a power transmission selection and/or antenna beam selection plan; and generate a node manoeuvre plan; and for each of the antenna and/or link selection plan, power transmission selection and/or antenna beam selection plan, and node manoeuvre plan, generate a plan metric, wherein the interface is configured to select the plan having the highest plan metric to implement, in order to optimise communications. generate an antenna and/or link selection plan; generate a power transmission selection and/or antenna beam selection plan; and generate a node manoeuvre plan; and for each of the antenna and/or link selection plan, power transmission selection and/or antenna beam selection plan, and node manoeuvre plan, generate a plan metric, wherein the interface is configured to select the plan having the highest plan metric to implement, in order to optimise communications.
An LED lamp for replacing a functionally equivalent filament lamp in a car headlamp, the functionally equivalent filament lamp comprising a low-beam filament and a cup-shaped shield for providing a low-beam function in the car headlamp with edges of the shield generating a bright/dark cut-off line of the low beam, the LED lamp comprising - a lamp base realized for insertion into a reflector of an automotive front lighting assembly; - a panel extending outward from the lamp base with, in its mounting position within the car headlamp, a first vertical side arranged to face into one half of the reflector and a second vertical side arranged to face into the other half of the reflector ; - a primary light source (P) comprising a set (PA, PB) of LED dies on each vertical side of the panel ; - a two-part shield comprising a first shield half arranged to shield the set of LED dies (PA) on the first vertical side of the panel and a second shield half arranged to shield the set of LED dies (PB) on the second vertical side of the panel ; wherein - the two-part shield has the same size and shape as the shield of the functionally equivalent filament lamp , and - the primary light source (P) and the two-part shield are for providing the low-beam function with edges of the two-part shield generating the bright/dark cut-off line of the low beam, the LED lamp further comprising - a secondary light source (S), which secondary light source (S) comprises a set (SA, SB) of LED dies arranged on each vertical side of the panel . - a lamp base realized for insertion into a reflector of an automotive front lighting assembly; - a panel extending outward from the lamp base with, in its mounting position within the car headlamp, a first vertical side arranged to face into one half of the reflector and a second vertical side arranged to face into the other half of the reflector ; - a primary light source (P) comprising a set (PA, PB) of LED dies on each vertical side of the panel ; - a two-part shield comprising a first shield half arranged to shield the set of LED dies (PA) on the first vertical side of the panel and a second shield half arranged to shield the set of LED dies (PB) on the second vertical side of the panel ; wherein - the two-part shield has the same size and shape as the shield of the functionally equivalent filament lamp , and - the primary light source (P) and the two-part shield are for providing the low-beam function with edges of the two-part shield generating the bright/dark cut-off line of the low beam, - a secondary light source (S), which secondary light source (S) comprises a set (SA, SB) of LED dies arranged on each vertical side of the panel .
A method for manufacturing a strap of a group of electrode plates of a lead-acid battery, comprising: an alignment process (S100) for aligning the group of electrode plates placed; characterized by a cutting process (S200) for maintaining the group of electrode plates aligned by the alignment process (S100), and cutting distal ends of the lugs of the group of electrode plates ; and a strap forming process (S400) for immersing, while maintaining the group of electrode plates after the cutting process (S200), the lugs of the group of electrode plates into a melting liquid of lead or lead alloy, thereby forming a strap , wherein the distal ends of the lugs of the maintained group of electrode plates having the same polarity are cut to be at the same height, wherein the alignment process (S100), the cutting process (S200), and the strap forming process (S400) are carried out by a COS (cast on strap) device, and the COS device at least includes a first station for carrying out the cutting process (S200) after the alignment process (S100) and a third station for carrying out the strap forming process (S400). an alignment process (S100) for aligning the group of electrode plates placed; characterized by a cutting process (S200) for maintaining the group of electrode plates aligned by the alignment process (S100), and cutting distal ends of the lugs of the group of electrode plates ; and a strap forming process (S400) for immersing, while maintaining the group of electrode plates after the cutting process (S200), the lugs of the group of electrode plates into a melting liquid of lead or lead alloy, thereby forming a strap , wherein the distal ends of the lugs of the maintained group of electrode plates having the same polarity are cut to be at the same height, wherein the alignment process (S100), the cutting process (S200), and the strap forming process (S400) are carried out by a COS (cast on strap) device, and the COS device at least includes a first station for carrying out the cutting process (S200) after the alignment process (S100) and a third station for carrying out the strap forming process (S400).
A binder for horticultural use comprising: a handle frame having pins protrudingly formed on both sides in the middle of the handle frame and a stopper outwardly protruding from a front end portion thereof; a tape guide attached to a lower face of the handle frame and having a tape case ; a taper rotatably mounted inside the handle frame ; an arm rotatably mounted on the handle frame and having a clincher at an end portion opposed to the taper ; a head mounted inside the arm for catching and drawing out a tape (T); and a link rotatably mounted on the arm and having a handle disposed at one side thereof and a hook disposed at the other side thereof, wherein the taper comprises: a taper frame ; and a binding heating cable unit having a binding heating cable which is disposed so as to receive an electric current from a power supply unit ; wherein the binding heating cable is opposed to the clincher for binding both ends of a tape (T), which is interposed between the binding heating cable and the clincher , by heat; the binder for horticultural use being characterized in that : the taper frame has a holder groove disposed at one side thereof; and the taper further comprises a holder to which the binding heating cable unit is detachably attached, the holder being inserted into the holder groove . a taper frame ; and a binding heating cable unit having a binding heating cable which is disposed so as to receive an electric current from a power supply unit ; wherein the binding heating cable is opposed to the clincher for binding both ends of a tape (T), which is interposed between the binding heating cable and the clincher , by heat; the binder for horticultural use being characterized in that : the taper frame has a holder groove disposed at one side thereof; and the taper further comprises a holder to which the binding heating cable unit is detachably attached, the holder being inserted into the holder groove . the taper frame has a holder groove disposed at one side thereof; and the taper further comprises a holder to which the binding heating cable unit is detachably attached, the holder being inserted into the holder groove .
A liquid blow molding method of supplying a pressurized liquid into a bottomed cylindrical preform from a pressurization supply source through a blow nozzle and molding, from the preform , a liquid-containing container (C) which is a container of a predetermined shape containing a content liquid (L), the liquid blow molding method comprising: a preliminary pressurization step of operating the pressurization supply source in a state in which the blow nozzle is closed by a seal body , to preliminarily pressurize a liquid between the pressurization supply source and the blow nozzle ; an operating condition setting step of setting an operating condition of the pressurization supply source based on the value of pressure obtained as a result of the preliminary pressurization step; and a blow molding step of operating the pressurization supply source under the operating condition set in the operating condition setting step in a state in which the blow nozzle is opened, to liquid blow mold the preform into the container (C) of the predetermined shape. a preliminary pressurization step of operating the pressurization supply source in a state in which the blow nozzle is closed by a seal body , to preliminarily pressurize a liquid between the pressurization supply source and the blow nozzle ; an operating condition setting step of setting an operating condition of the pressurization supply source based on the value of pressure obtained as a result of the preliminary pressurization step; and a blow molding step of operating the pressurization supply source under the operating condition set in the operating condition setting step in a state in which the blow nozzle is opened, to liquid blow mold the preform into the container (C) of the predetermined shape.
An apparatus for measuring properties of gases being supplied to a patient comprising: a gases supply , at least one delivery conduit to pass said gases to said patient , including a heater wire to heat the gases that flow through said conduit , characterised in that : said heater wire forms part of an electrical circuit comprising sensing means and a diode connected in parallel, and said heater wire is energisable by a DC heating voltage at a first polarity to heat said gases flow in said conduit and by a measurement voltage at a second polarity, opposite to the first polarity, to supply current to said electrical circuit to determine at least one property of said gases, and said electrical circuit is switchable from the DC heating voltage to the measurement voltage. a gases supply , at least one delivery conduit to pass said gases to said patient , including a heater wire to heat the gases that flow through said conduit , characterised in that : said heater wire forms part of an electrical circuit comprising sensing means and a diode connected in parallel, and said heater wire is energisable by a DC heating voltage at a first polarity to heat said gases flow in said conduit and by a measurement voltage at a second polarity, opposite to the first polarity, to supply current to said electrical circuit to determine at least one property of said gases, and said electrical circuit is switchable from the DC heating voltage to the measurement voltage. said heater wire forms part of an electrical circuit comprising sensing means and a diode connected in parallel, and said heater wire is energisable by a DC heating voltage at a first polarity to heat said gases flow in said conduit and by a measurement voltage at a second polarity, opposite to the first polarity, to supply current to said electrical circuit to determine at least one property of said gases, and said electrical circuit is switchable from the DC heating voltage to the measurement voltage.
Component for a vehicle transmission system , comprising: - an element able to be secured to the crankshaft of the combustion engine, - a torsional-oscillations damping device , the device comprising: - a support able to move in rotation about an axis (X), and - a plurality of pendulum bodies , - a fixing system for fixing the support of the torsional-oscillations damping device to the element , the support of the torsional-oscillations damping device comprising at least one passage able to collaborate with the fixing system , characterized in that the said passage is situated angularly between two pendulum bodies that are angularly adjacent, at least when the device is at rest, and in that the device is configured in such a way that angularly adjacent pendulum bodies never come into contact with one another, so as to leave free between them the zone of the support in which the passage is formed. - an element able to be secured to the crankshaft of the combustion engine, - a torsional-oscillations damping device , the device comprising: - a support able to move in rotation about an axis (X), and - a plurality of pendulum bodies , - a fixing system for fixing the support of the torsional-oscillations damping device to the element , - a support able to move in rotation about an axis (X), and - a plurality of pendulum bodies , - a fixing system for fixing the support of the torsional-oscillations damping device to the element ,
A circuit for providing damping of resonance caused by an inductor-capacitor, LC , circuit in an electromagnetic interference, EMI, filter, the circuit for providing damping being characterized by comprising: a voltage feedback circuit comprising a voltage sensor configured for sensing a common-mode voltage from the LC circuit; the voltage feedback circuit further comprising a linear amplifier configured to output a second amplified voltage indicative of the sensed common-mode voltage, an active damping circuit comprising at least one capacitor (C d ) configured to receive a common-mode current from the LC circuit; the active damping circuit further comprising a current sensor configured for sensing the common-mode current from the LC circuit through the at least one capacitor (C d ), a linear amplifier that, along with a power amplifier circuit , has a low-pass characteristic that includes a corner frequency, wherein the linear amplifier is configured to output a first amplified voltage indicative of the sensed common-mode current, and the corner frequency of the low-pass characteristic is set to a value that is greater than the resonant frequency of the LC circuit; the active damping circuit further comprising an adder circuit configured to sum the first and second amplified voltages; and the power amplifier is configured to receive the summed voltage and configured to output a voltage which creates a damping impedance for frequencies of the common-mode current less than the corner frequency, or for frequencies of the common-mode current greater than the corner frequency, creates a very low impedance to thereby provide a path to ground for the common-mode current. a voltage feedback circuit comprising a voltage sensor configured for sensing a common-mode voltage from the LC circuit; the voltage feedback circuit further comprising a linear amplifier configured to output a second amplified voltage indicative of the sensed common-mode voltage, an active damping circuit comprising at least one capacitor (C d ) configured to receive a common-mode current from the LC circuit; the active damping circuit further comprising a current sensor configured for sensing the common-mode current from the LC circuit through the at least one capacitor (C d ), a linear amplifier that, along with a power amplifier circuit , has a low-pass characteristic that includes a corner frequency, wherein the linear amplifier is configured to output a first amplified voltage indicative of the sensed common-mode current, and the corner frequency of the low-pass characteristic is set to a value that is greater than the resonant frequency of the LC circuit; the active damping circuit further comprising an adder circuit configured to sum the first and second amplified voltages; and the power amplifier is configured to receive the summed voltage and configured to output a voltage which creates a damping impedance for frequencies of the common-mode current less than the corner frequency, or for frequencies of the common-mode current greater than the corner frequency, creates a very low impedance to thereby provide a path to ground for the common-mode current.
A coupler uncoupling control mechanism, comprising an uncoupling cylinder and a propelling cylinder connected to a main reservoir pipe of a train, wherein the uncoupling cylinder comprises an air inlet communicated with an uncoupling pipe of the train; a chamber is formed within the propelling cylinder , and the chamber of the propelling cylinder comprises an air inlet chamber and an air outlet chamber ; the propelling cylinder is connected to a first valve body , and the first valve body comprises a first air inlet connected to the main reservoir pipe of the train, a first air outlet , a second air inlet and a second air outlet ; wherein in a non switched position of the first valve body , the first air outlet is communicated with the first air inlet and the second air outlet is communicated with the second air inlet ; the first air outlet is communicated with the air inlet chamber of the propelling cylinder, and the second air inlet is communicated with the air outlet chamber of the propelling cylinder, so that a cylinder rod of the propelling cylinder is allowed to do a retraction motion; the coupler uncoupling control mechanism further comprises a control assembly capable of suspending a motion of a cylinder rod of the uncoupling cylinder ; the control assembly comprises a second valve body and the second valve body is a pneumatic control valve; the second valve body comprises a third air inlet communicated with the uncoupling pipe of the train, a third air outlet and a first control port capable of controlling airflow communication between the third air inlet and the third air outlet after being triggered; wherein the third air inlet is communicated with the air inlet of the uncoupling cylinder , the coupler uncoupling control mechanism is characterized in that the first control port is connected to the first air outlet of the first valve body , and when the first control port is triggered, air flows between the third air inlet and the third air outlet .
Measuring system for detecting variables on planet carriers of a planetary gear train comprising at least multiple planetary gear stages , wherein at least each planetary gear stage comprises a respective sun shaft , at least one respective ring gear , and also at least one respective planet gear which is connected to the respective sun shaft and the respective ring gear by a toothed engagement, and a respective planet carrier which is assigned to the at least one planet gear and is rotationally connected to the at least one planet gear , wherein at least one first sensor, having at least one connection for supplying the first sensor with electrical energy, is arranged on at least one of the planet carriers on at least one of the planetary gear stages for detecting the variables of the assigned planet gear , and wherein the planetary gear train has electronics by means of which the at least one first sensor can be supplied with electrical energy and wherein the at least one planetary gear stage is selectable from each of the available planetary gear stages , characterised in that the electronics comprises a first electronics facility and a second electronics facility , the first electronics facility is arranged on the first planet carrier of a first planetary stage and the second electronics facility is arranged on the face side of the first sun shaft of the first planetary gear stage .
A pouch comprising a water-soluble fibrous wall material that defines a first internal volume of the pouch wherein the water-soluble fibrous wall material comprises one or more filaments, wherein one or more active agents are present in and releasable from the at least one filament when the pouch is exposed to conditions of intended use, and wherein the pouch further comprises an active agent within the first internal volume of the pouch; and wherein the pouch further comprises a discrete inner pouch present in the internal volume, wherein the inner pouch comprises a pouch wall material that defines a second internal volume, wherein the inner pouch's pouch wall material comprises a fibrous wall material and/or a film wall material, and wherein the second internal volume comprises an active agent.
A recombinant deamidated gliadin polypeptide antigen, comprising an interleukin 15 protein, and a DGP-1 peptide segment and a DGP-2 peptide segment linked to both ends of the interleukin 15 protein, respectively, the DGP-1 peptide segment having an amino acid sequence as set forth in SEQ ID NO. 1, and the DGP-2 peptide segment having an amino acid sequence as set forth in SEQ ID NO. 2.
A button type lip gloss tube, comprising a liquid storage tube and a lip gloss brush mounted on the liquid storage tube , the lip gloss brush comprises a cap , a rod core movably mounted in the cap , and a spring pressed between the cap and the rod core ; a button ring is mounted in the cap in a limited manner, the button ring comprises a button and an elastic ring , and the elastic ring confines the liquid storage tube , which is inserted into the cap , between the rod core and the elastic ring ; characterized in that : a limiting groove is formed on the side of the elastic ring relative to the button , a lining is mounted in the cap , and a stop block in limiting engagement with the limiting groove extends vertically upward at one end of the lining ; and when the button is pressed, the elastic ring is deformed under pressure, and the liquid storage tube is disengaged from the cap by the elastic force of the spring .